SetName Date_pool_expt_started Drop Person Mutant.Library Description gDNA.plate gDNA.well Index Sequenced.at Media MediaStrength Growth.Method Group Temperature pH Liquid.v..solid Aerobic_v_Anaerobic Shaking Condition_1 Concentration_1 Units_1 Condition_2 Concentration_2 Units_2 Condition_3 Concentration_3 Units_3 Condition_4 Concentration_4 Units_4 Timecourse Timecourse.Sample Growth.Plate.ID Growth.Plate.wells StartOD EndOD Total.Generations num name short t0set Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F5 IT065 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Gentamicin sulfate salt 0.2 mg/ml NA NA 0.02 0.5 4.64385619 1 set1IT065 Time0 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F6 IT066 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Gentamicin sulfate salt 0.2 mg/ml NA NA 0.02 0.5 4.64385619 2 set1IT066 Time0 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F7 IT067 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 0.145 2.857980995 3 set1IT067 Time0 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F8 IT068 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 0.145 2.857980995 4 set1IT068 Time0 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F9 IT069 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 5 set1IT069 Time0 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F10 IT070 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 6 set1IT070 Time0 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate117 F11 IT071 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA NA NA NA 7 set1IT071 D-Glucose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate117 F12 IT072 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA NA NA NA 8 set1IT072 D-Glucose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate117 G1 IT073 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA NA NA NA 9 set1IT073 D-Glucose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Arabinose carbon source FEBA_gDNA_plate117 G2 IT074 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Arabinose 20 mM NA NA NA NA NA NA 10 set1IT074 D-Arabinose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Raffinose pentahydrate carbon source FEBA_gDNA_plate117 G3 IT075 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Raffinose pentahydrate 20 mM NA NA NA NA NA NA 11 set1IT075 D-Raffinose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 L-Fucose carbon source FEBA_gDNA_plate117 G4 IT076 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm L-Fucose 20 mM NA NA NA NA NA NA 12 set1IT076 L-Fucose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Trehalose dihydrate carbon source FEBA_gDNA_plate117 G5 IT077 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Trehalose dihydrate 20 mM NA NA NA NA NA NA 13 set1IT077 D-Trehalose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 Beta-Lactose carbon source FEBA_gDNA_plate117 G6 IT078 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Beta-Lactose 20 mM NA NA NA NA NA NA 14 set1IT078 Beta-Lactose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Fructose carbon source FEBA_gDNA_plate117 G7 IT079 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Fructose 20 mM NA NA NA NA NA NA 15 set1IT079 D-Fructose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Maltose monohydrate carbon source FEBA_gDNA_plate117 G8 IT080 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Maltose monohydrate 20 mM NA NA NA NA NA NA 16 set1IT080 D-Maltose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 L-Rhamnose monohydrate carbon source FEBA_gDNA_plate117 G9 IT081 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm L-Rhamnose monohydrate 20 mM NA NA NA NA NA NA 17 set1IT081 L-Rhamnose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate117 G11 IT083 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA NA NA NA 19 set1IT083 D-Glucose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Mannose carbon source FEBA_gDNA_plate117 G12 IT084 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Mannose 20 mM NA NA NA NA NA NA 20 set1IT084 D-Mannose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Xylose carbon source FEBA_gDNA_plate117 H2 IT086 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Xylose 20 mM NA NA NA NA NA NA 22 set1IT086 D-Xylose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 a-Cyclodextrin carbon source FEBA_gDNA_plate117 H3 IT087 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm a-Cyclodextrin 20 mM NA NA NA NA NA NA 23 set1IT087 a-Cyclodextrin (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Galacturonic Acid monohydrate carbon source FEBA_gDNA_plate117 H4 IT088 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Galacturonic Acid monohydrate 20 mM NA NA NA NA NA NA 24 set1IT088 D-Galacturonic Acid (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 N-Acetyl-D-Glucosamine carbon source FEBA_gDNA_plate117 H5 IT089 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 20 mM NA NA NA NA NA NA 25 set1IT089 NAG (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 L-Arabinose carbon source FEBA_gDNA_plate117 H7 IT091 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm L-Arabinose 20 mM NA NA NA NA NA NA 27 set1IT091 L-Arabinose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Galactose carbon source FEBA_gDNA_plate117 H8 IT092 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Galactose 20 mM NA NA NA NA NA NA 28 set1IT092 D-Galactose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 L-Fucose carbon source FEBA_gDNA_plate117 H10 IT094 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm L-Fucose 20 mM NA NA NA NA NA NA 30 set1IT094 L-Fucose (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Glucosamine Hydrochloride carbon source FEBA_gDNA_plate117 H11 IT095 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 20 mM NA NA NA NA NA NA 31 set1IT095 D-Glucosamine Hydrochloride (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set1 8-May-17 NA Hualan Btheta_ML6 D-Galacturonic Acid monohydrate carbon source FEBA_gDNA_plate117 H12 IT096 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Galacturonic Acid monohydrate 20 mM NA NA NA NA NA NA 32 set1IT096 D-Galacturonic Acid (C) 8-May-17 Btheta_ML6_set1 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate123 A1 IT001 arb1 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 0.5 4.64385619 33 set2IT001 Time0 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate123 A2 IT002 arb2 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 0.5 4.64385619 34 set2IT002 Time0 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate123 A3 IT003 arb3 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 0.5 4.64385619 35 set2IT003 Time0 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 D-Arabinose carbon source FEBA_gDNA_plate123 A4 IT004 arb4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Arabinose 20 mM NA NA NA NA NA NA 36 set2IT004 D-Arabinose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 D-Raffinose pentahydrate carbon source FEBA_gDNA_plate123 A5 IT005 arb5 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Raffinose pentahydrate 20 mM NA NA NA NA NA NA 37 set2IT005 D-Raffinose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 D-Trehalose dihydrate carbon source FEBA_gDNA_plate123 A6 IT006 arb6 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Trehalose dihydrate 20 mM NA NA NA NA NA NA 38 set2IT006 D-Trehalose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 Beta-Lactose carbon source FEBA_gDNA_plate123 A7 IT007 arb7 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Beta-Lactose 20 mM NA NA NA NA NA NA 39 set2IT007 Beta-Lactose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 D-Fructose carbon source FEBA_gDNA_plate123 A8 IT008 arb8 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Fructose 20 mM NA NA NA NA NA NA 40 set2IT008 D-Fructose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 D-Maltose monohydrate carbon source FEBA_gDNA_plate123 A9 IT009 arb9 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Maltose monohydrate 20 mM NA NA NA NA NA NA 41 set2IT009 D-Maltose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 L-Rhamnose monohydrate carbon source FEBA_gDNA_plate123 A10 IT010 arb10 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm L-Rhamnose monohydrate 20 mM NA NA NA NA NA NA 42 set2IT010 L-Rhamnose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 D-Mannose carbon source FEBA_gDNA_plate123 A12 IT012 arb12 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Mannose 20 mM NA NA NA NA NA NA 44 set2IT012 D-Mannose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 D-Xylose carbon source FEBA_gDNA_plate123 B2 IT014 arb14 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Xylose 20 mM NA NA NA NA NA NA 46 set2IT014 D-Xylose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 a-Cyclodextrin carbon source FEBA_gDNA_plate123 B3 IT015 arb15 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm a-Cyclodextrin 20 mM NA NA NA NA NA NA 47 set2IT015 a-Cyclodextrin (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 N-Acetyl-D-Glucosamine carbon source FEBA_gDNA_plate123 B4 IT016 arb16 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 20 mM NA NA NA NA NA NA 48 set2IT016 NAG (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 BHIS FEBA_gDNA_plate123 B5 IT017 arb17 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 49 set2IT017 BHIS 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 L-Arabinose carbon source FEBA_gDNA_plate123 B6 IT018 arb18 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm L-Arabinose 20 mM NA NA NA NA NA NA 50 set2IT018 L-Arabinose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 D-Galactose carbon source FEBA_gDNA_plate123 B7 IT019 arb19 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Galactose 20 mM NA NA NA NA NA NA 51 set2IT019 D-Galactose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 D-Ribose carbon source FEBA_gDNA_plate123 B8 IT020 arb20 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Ribose 20 mM NA NA NA NA NA NA 52 set2IT020 D-Ribose (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set2 8-May-17 NA Hualan Btheta_ML6 D-Glucosamine Hydrochloride carbon source FEBA_gDNA_plate123 B9 IT021 arb21 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 20 mM NA NA NA NA NA NA 53 set2IT021 D-Glucosamine Hydrochloride (C) 8-May-17 Btheta_ML6_set2 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A1 IT001 T0_790_a BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 54 set3IT001 Time0 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A2 IT002 T0_790_a BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 55 set3IT002 Time0 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A3 IT003 T0_790_a BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 56 set3IT003 Time0 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A4 IT004 T0_790_a BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 57 set3IT004 Time0 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A5 IT005 T0_790_a BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 58 set3IT005 Time0 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A6 IT006 T0_790_a BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 59 set3IT006 Time0 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 (+)-Arabinogalactan carbon source FEBA_gDNA_plate124 A7 IT007 A1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan 5 mg/ml NA NA NA 0.02 NA NA 60 set3IT007 (+)-Arabinogalactan (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Chondroitin sulfate A sodium salt from bovine trachea carbon source FEBA_gDNA_plate124 A8 IT008 A3 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Chondroitin sulfate A sodium salt from bovine trachea 5 mg/ml NA NA NA 0.02 NA NA 61 set3IT008 Chondroitin sulfate A from bovine trachea (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 dextran, Mw ~200,000 carbon source FEBA_gDNA_plate124 A9 IT009 A4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm dextran, Mw ~200,000 5 mg/ml NA NA NA 0.02 NA NA 62 set3IT009 dextran, Mw ~200,000 (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Laminarin from Laminaria digitata carbon source FEBA_gDNA_plate124 A10 IT010 A7 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Laminarin from Laminaria digitata 5 mg/ml NA NA NA 0.02 NA NA 63 set3IT010 Laminarin from Laminaria digitata (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Mucin, Bovine Submaxillary Gland, type I-S carbon source FEBA_gDNA_plate124 A11 IT011 A8 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Mucin, Bovine Submaxillary Gland, type I-S 5 mg/ml NA NA NA 0.02 NA NA 64 set3IT011 Mucin, Bovine Submaxillary Gland, type I-S (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Mannan from Saccharomyces cerevisiae carbon source FEBA_gDNA_plate124 A12 IT012 A9 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 5 mg/ml NA NA NA 0.02 NA NA 65 set3IT012 Mannan from Saccharomyces cerevisiae (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 amylopectin from maize carbon source FEBA_gDNA_plate124 B1 IT013 A10 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml NA NA NA 0.02 NA NA 66 set3IT013 amylopectin from maize (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Hyaluronic acid sodium salt from Streptococcus equi carbon source FEBA_gDNA_plate124 B2 IT014 A13 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Hyaluronic acid sodium salt from Streptococcus equi 5 mg/ml NA NA NA 0.02 NA NA 67 set3IT014 Hyaluronic from Streptococcus equi (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Levan - from Erwinia herbicola carbon source FEBA_gDNA_plate124 B3 IT015 A14 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 5 mg/ml NA NA NA 0.02 NA NA 68 set3IT015 Levan - from Erwinia herbicola (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Mucin from porcine stomach,Type II carbon source FEBA_gDNA_plate124 B4 IT016 A15 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 5 mg/ml NA NA NA 0.02 NA NA 69 set3IT016 Mucin from porcine stomach,Type II (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 polygalacturonic acid carbon source FEBA_gDNA_plate124 B5 IT017 A16 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm polygalacturonic acid 5 mg/ml NA NA NA 0.02 NA NA 70 set3IT017 polygalacturonic (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Pectin carbon source FEBA_gDNA_plate124 B6 IT018 A17 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Pectin 5 mg/ml NA NA NA 0.02 NA NA 71 set3IT018 Pectin (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Red Arabinan from sugar-beet carbon source FEBA_gDNA_plate124 B7 IT019 A18 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml NA NA NA 0.02 NA NA 72 set3IT019 Red Arabinan from sugar-beet (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Starch from potato carbon source FEBA_gDNA_plate124 B8 IT020 A19 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Starch 5 mg/ml NA NA NA 0.02 NA NA 73 set3IT020 Starch from potato (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate124 B9 IT021 A21 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA 0.02 NA NA 74 set3IT021 D-Glucose (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 BHIS carbon source FEBA_gDNA_plate124 B10 IT022 A23 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA 0.02 NA NA 75 set3IT022 BHIS (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 (+)-Arabinogalactan carbon source FEBA_gDNA_plate124 B11 IT023 B1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan 5 mg/ml NA NA NA 0.02 NA NA 76 set3IT023 (+)-Arabinogalactan (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Chondroitin sulfate A sodium salt from bovine trachea carbon source FEBA_gDNA_plate124 B12 IT024 B3 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Chondroitin sulfate A sodium salt from bovine trachea 5 mg/ml NA NA NA 0.02 NA NA 77 set3IT024 Chondroitin sulfate A from bovine trachea (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 dextran, Mw ~200,000 carbon source FEBA_gDNA_plate124 C1 IT025 B4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm dextran, Mw ~200,000 5 mg/ml NA NA NA 0.02 NA NA 78 set3IT025 dextran, Mw ~200,000 (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Laminarin from Laminaria digitata carbon source FEBA_gDNA_plate124 C2 IT026 B7 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Laminarin from Laminaria digitata 5 mg/ml NA NA NA 0.02 NA NA 79 set3IT026 Laminarin from Laminaria digitata (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Mucin, Bovine Submaxillary Gland, type I-S carbon source FEBA_gDNA_plate124 C3 IT027 B8 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Mucin, Bovine Submaxillary Gland, type I-S 5 mg/ml NA NA NA 0.02 NA NA 80 set3IT027 Mucin, Bovine Submaxillary Gland, type I-S (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Mannan from Saccharomyces cerevisiae carbon source FEBA_gDNA_plate124 C4 IT028 B9 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 5 mg/ml NA NA NA 0.02 NA NA 81 set3IT028 Mannan from Saccharomyces cerevisiae (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 amylopectin from maize carbon source FEBA_gDNA_plate124 C5 IT029 B10 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml NA NA NA 0.02 NA NA 82 set3IT029 amylopectin from maize (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Hyaluronic acid sodium salt from Streptococcus equi carbon source FEBA_gDNA_plate124 C6 IT030 B13 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Hyaluronic acid sodium salt from Streptococcus equi 5 mg/ml NA NA NA 0.02 NA NA 83 set3IT030 Hyaluronic from Streptococcus equi (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Levan - from Erwinia herbicola carbon source FEBA_gDNA_plate124 C7 IT031 B14 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 5 mg/ml NA NA NA 0.02 NA NA 84 set3IT031 Levan - from Erwinia herbicola (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Mucin from porcine stomach,Type II carbon source FEBA_gDNA_plate124 C8 IT032 B15 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 5 mg/ml NA NA NA 0.02 NA NA 85 set3IT032 Mucin from porcine stomach,Type II (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 polygalacturonic acid carbon source FEBA_gDNA_plate124 C9 IT033 B16 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm polygalacturonic acid 5 mg/ml NA NA NA 0.02 NA NA 86 set3IT033 polygalacturonic (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Pectin carbon source FEBA_gDNA_plate124 C10 IT034 B17 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Pectin 5 mg/ml NA NA NA 0.02 NA NA 87 set3IT034 Pectin (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Red Arabinan from sugar-beet carbon source FEBA_gDNA_plate124 C11 IT035 B18 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml NA NA NA 0.02 NA NA 88 set3IT035 Red Arabinan from sugar-beet (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Starch from potato carbon source FEBA_gDNA_plate124 C12 IT036 B19 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Starch 5 mg/ml NA NA NA 0.02 NA NA 89 set3IT036 Starch from potato (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate124 D1 IT037 B21 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA 0.02 NA NA 90 set3IT037 D-Glucose (C) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 BHIS FEBA_gDNA_plate124 D2 IT038 B23 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA 0.02 NA NA 91 set3IT038 BHIS 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 amylopectin from maize FEBA_gDNA_plate124 D3 IT039 LiqA1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml NA NA NA 0.02 NA NA 92 set3IT039 amylopectin from maize 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Hyaluronic acid sodium salt from Streptococcus equi FEBA_gDNA_plate124 D4 IT040 LiqA4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Hyaluronic acid sodium salt from Streptococcus equi 5 mg/ml NA NA NA 0.02 NA NA 93 set3IT040 Hyaluronic from Streptococcus equi 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Levan - from Erwinia herbicola FEBA_gDNA_plate124 D5 IT041 LiqA5 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 5 mg/ml NA NA NA 0.02 NA NA 94 set3IT041 Levan - from Erwinia herbicola 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Mucin from porcine stomach,Type II FEBA_gDNA_plate124 D6 IT042 LiqA6 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 5 mg/ml NA NA NA 0.02 NA NA 95 set3IT042 Mucin from porcine stomach,Type II 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 polygalacturonic acid FEBA_gDNA_plate124 D7 IT043 LiqA7 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm polygalacturonic acid 5 mg/ml NA NA NA 0.02 NA NA 96 set3IT043 polygalacturonic 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Pectin FEBA_gDNA_plate124 D8 IT044 LiqA8 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Pectin 5 mg/ml NA NA NA 0.02 NA NA 97 set3IT044 Pectin 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Red Arabinan from sugar-beet FEBA_gDNA_plate124 D9 IT045 LiqA9 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml NA NA NA 0.02 NA NA 98 set3IT045 Red Arabinan from sugar-beet 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Starch from potato FEBA_gDNA_plate124 D10 IT046 LiqA10 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Starch 5 mg/ml NA NA NA 0.02 NA NA 99 set3IT046 Starch from potato 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Amylose from potato FEBA_gDNA_plate124 D11 IT047 LiqA2 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Amylose from potato 5 mg/ml NA NA NA 0.02 NA NA 100 set3IT047 Amylose from potato 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 cellulose (fibers,medium) FEBA_gDNA_plate124 D12 IT048 LiqA3 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm cellulose (fibers,medium) 5 mg/ml NA NA NA 0.02 NA NA 101 set3IT048 cellulose (fibers,medium) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 amylopectin from maize FEBA_gDNA_plate124 E1 IT049 LiqB1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml NA NA NA 0.02 NA NA 102 set3IT049 amylopectin from maize 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Hyaluronic acid sodium salt from Streptococcus equi FEBA_gDNA_plate124 E2 IT050 LiqB4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Hyaluronic acid sodium salt from Streptococcus equi 5 mg/ml NA NA NA 0.02 NA NA 103 set3IT050 Hyaluronic from Streptococcus equi 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Levan - from Erwinia herbicola FEBA_gDNA_plate124 E3 IT051 LiqB5 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 5 mg/ml NA NA NA 0.02 NA NA 104 set3IT051 Levan - from Erwinia herbicola 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Mucin from porcine stomach,Type II FEBA_gDNA_plate124 E4 IT052 LiqB6 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 5 mg/ml NA NA NA 0.02 NA NA 105 set3IT052 Mucin from porcine stomach,Type II 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 polygalacturonic acid FEBA_gDNA_plate124 E5 IT053 LiqB7 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm polygalacturonic acid 5 mg/ml NA NA NA 0.02 NA NA 106 set3IT053 polygalacturonic 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Pectin FEBA_gDNA_plate124 E6 IT054 LiqB8 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Pectin 5 mg/ml NA NA NA 0.02 NA NA 107 set3IT054 Pectin 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Red Arabinan from sugar-beet FEBA_gDNA_plate124 E7 IT055 LiqB9 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml NA NA NA 0.02 NA NA 108 set3IT055 Red Arabinan from sugar-beet 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Starch from potato FEBA_gDNA_plate124 E8 IT056 LiqB10 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Starch 5 mg/ml NA NA NA 0.02 NA NA 109 set3IT056 Starch from potato 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 Amylose from potato FEBA_gDNA_plate124 E9 IT057 LiqB2 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Amylose from potato 5 mg/ml NA NA NA 0.02 NA NA 110 set3IT057 Amylose from potato 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 17-Aug-17 NA Hualan Btheta_ML6 cellulose (fibers,medium) FEBA_gDNA_plate124 E10 IT058 LiqB3 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm cellulose (fibers,medium) 5 mg/ml NA NA NA 0.02 NA NA 111 set3IT058 cellulose (fibers,medium) 17-Aug-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Nickel (II) chloride hexahydrate 5 mM FEBA_gDNA_plate124 E11 IT059 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 5 mM NA NA NA Btheta_sp2_copyA A1 0.02 NA NA 112 set3IT059 BHIS with Nickel (II) chloride 5 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Cobalt chloride hexahydrate 3 mM FEBA_gDNA_plate124 E12 IT060 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 3 mM NA NA NA Btheta_sp2_copyA A4 0.02 NA NA 113 set3IT060 BHIS with Cobalt chloride 3 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with copper (II) chloride dihydrate 2 mM FEBA_gDNA_plate124 F1 IT061 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 2 mM NA NA NA Btheta_sp2_copyA B3 0.02 NA NA 114 set3IT061 BHIS with copper (II) chloride 2 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with sodium fluoride 15 mM FEBA_gDNA_plate124 F2 IT062 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm sodium fluoride 15 mM NA NA NA Btheta_sp2_copyA B5 0.02 NA NA 115 set3IT062 BHIS with sodium fluoride 15 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with sodium fluoride 30 mM FEBA_gDNA_plate124 F3 IT063 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm sodium fluoride 30 mM NA NA NA Btheta_sp2_copyA B6 0.02 NA NA 116 set3IT063 BHIS with sodium fluoride 30 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Paraquat dichloride 0.1 mg/ml FEBA_gDNA_plate124 F4 IT064 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Paraquat dichloride 0.1 mg/ml NA NA NA Btheta_sp2_copyA C2 0.02 NA NA 117 set3IT064 BHIS with Paraquat dichloride 0.1 mg/ml 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Paraquat dichloride 0.25 mg/ml FEBA_gDNA_plate124 F5 IT065 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Paraquat dichloride 0.25 mg/ml NA NA NA Btheta_sp2_copyA C3 0.02 NA NA 118 set3IT065 BHIS with Paraquat dichloride 0.25 mg/ml 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Thallium(I) acetate 0.04 mg/ml FEBA_gDNA_plate124 F6 IT066 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thallium(I) acetate 0.04 mg/ml NA NA NA Btheta_sp2_copyA C5 0.02 NA NA 119 set3IT066 BHIS with Thallium(I) acetate 0.04 mg/ml 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Thallium(I) acetate 0.1 mg/ml FEBA_gDNA_plate124 F7 IT067 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thallium(I) acetate 0.1 mg/ml NA NA NA Btheta_sp2_copyA C6 0.02 NA NA 120 set3IT067 BHIS with Thallium(I) acetate 0.1 mg/ml 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Sodium nitrate 300 mM FEBA_gDNA_plate124 F9 IT069 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sodium nitrate 300 mM NA NA NA Btheta_sp3_copyA A5 0.02 NA NA 122 set3IT069 BHIS with nitrate 300 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Sodium perchlorate monohydrate 100 mM FEBA_gDNA_plate124 F10 IT070 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sodium perchlorate monohydrate 100 mM NA NA NA Btheta_sp3_copyA C5 0.02 NA NA 123 set3IT070 BHIS with perchlorate 100 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Sodium perchlorate monohydrate 150 mM FEBA_gDNA_plate124 F11 IT071 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sodium perchlorate monohydrate 150 mM NA NA NA Btheta_sp3_copyA C6 0.02 NA NA 124 set3IT071 BHIS with perchlorate 150 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Sodium Chloride 350 mM FEBA_gDNA_plate124 F12 IT072 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sodium Chloride 350 mM NA NA NA Btheta_sp3_copyA D5 0.02 NA NA 125 set3IT072 BHIS with Chloride 350 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS FEBA_gDNA_plate124 G1 IT073 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Btheta_sp3_copyA D6 0.02 NA NA 126 set3IT073 BHIS 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Nickel (II) chloride hexahydrate 5 mM FEBA_gDNA_plate124 G2 IT074 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 5 mM NA NA NA Btheta_sp2_copyB A1 0.02 NA NA 127 set3IT074 BHIS with Nickel (II) chloride 5 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Cobalt chloride hexahydrate 3 mM FEBA_gDNA_plate124 G3 IT075 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 3 mM NA NA NA Btheta_sp2_copyB A4 0.02 NA NA 128 set3IT075 BHIS with Cobalt chloride 3 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with copper (II) chloride dihydrate 2 mM FEBA_gDNA_plate124 G4 IT076 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 2 mM NA NA NA Btheta_sp2_copyB B3 0.02 NA NA 129 set3IT076 BHIS with copper (II) chloride 2 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with sodium fluoride 15 mM FEBA_gDNA_plate124 G5 IT077 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm sodium fluoride 15 mM NA NA NA Btheta_sp2_copyB B5 0.02 NA NA 130 set3IT077 BHIS with sodium fluoride 15 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with sodium fluoride 30 mM FEBA_gDNA_plate124 G6 IT078 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm sodium fluoride 30 mM NA NA NA Btheta_sp2_copyB B6 0.02 NA NA 131 set3IT078 BHIS with sodium fluoride 30 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Paraquat dichloride 0.1 mg/ml FEBA_gDNA_plate124 G7 IT079 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Paraquat dichloride 0.1 mg/ml NA NA NA Btheta_sp2_copyB C2 0.02 NA NA 132 set3IT079 BHIS with Paraquat dichloride 0.1 mg/ml 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Paraquat dichloride 0.25 mg/ml FEBA_gDNA_plate124 G8 IT080 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Paraquat dichloride 0.25 mg/ml NA NA NA Btheta_sp2_copyB C3 0.02 NA NA 133 set3IT080 BHIS with Paraquat dichloride 0.25 mg/ml 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Thallium(I) acetate 0.04 mg/ml FEBA_gDNA_plate124 G9 IT081 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thallium(I) acetate 0.04 mg/ml NA NA NA Btheta_sp2_copyB C5 0.02 NA NA 134 set3IT081 BHIS with Thallium(I) acetate 0.04 mg/ml 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Thallium(I) acetate 0.1 mg/ml FEBA_gDNA_plate124 G10 IT082 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thallium(I) acetate 0.1 mg/ml NA NA NA Btheta_sp2_copyB C6 0.02 NA NA 135 set3IT082 BHIS with Thallium(I) acetate 0.1 mg/ml 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS FEBA_gDNA_plate124 G11 IT083 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Btheta_sp2_copyB D6 0.02 NA NA 136 set3IT083 BHIS 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Sodium nitrate 300 mM FEBA_gDNA_plate124 G12 IT084 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sodium nitrate 300 mM NA NA NA Btheta_sp3_copyB A5 0.02 NA NA 137 set3IT084 BHIS with nitrate 300 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Sodium perchlorate monohydrate 100 mM FEBA_gDNA_plate124 H1 IT085 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sodium perchlorate monohydrate 100 mM NA NA NA Btheta_sp3_copyB C5 0.02 NA NA 138 set3IT085 BHIS with perchlorate 100 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Sodium perchlorate monohydrate 150 mM FEBA_gDNA_plate124 H2 IT086 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sodium perchlorate monohydrate 150 mM NA NA NA Btheta_sp3_copyB C6 0.02 NA NA 139 set3IT086 BHIS with perchlorate 150 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 H5 IT089 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 142 set3IT089 Time0 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 H6 IT090 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 143 set3IT090 Time0 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 H7 IT091 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 144 set3IT091 Time0 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Benzethonium chloride 0.002 mM FEBA_gDNA_plate124 H8 IT092 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.002 mM NA NA NA Btheta_sp4, copyA A2 0.02 NA NA 145 set3IT092 BHIS with Benzethonium chloride 0.002 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Benzethonium chloride 0.004 mM FEBA_gDNA_plate124 H9 IT093 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.004 mM NA NA NA Btheta_sp4, copyA A3 0.02 NA NA 146 set3IT093 BHIS with Benzethonium chloride 0.004 mM 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Fusidic acid sodium salt 0.002 mg/ml FEBA_gDNA_plate124 H10 IT094 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fusidic acid sodium salt 0.002 mg/ml NA NA NA Btheta_sp4, copyA C1 0.02 NA NA 147 set3IT094 BHIS with Fusidic 0.002 mg/ml 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Fusidic acid sodium salt 0.004 mg/ml FEBA_gDNA_plate124 H11 IT095 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fusidic acid sodium salt 0.004 mg/ml NA NA NA Btheta_sp4, copyA C2 0.02 NA NA 148 set3IT095 BHIS with Fusidic 0.004 mg/ml 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set3 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 7 vol% FEBA_gDNA_plate124 H12 IT096 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 7 vol% NA NA NA Btheta_sp4, copyA D2 0.02 NA NA 149 set3IT096 BHIS with Dimethyl Sulfoxide 7 vol% 11-Oct-17 Btheta_ML6_set3 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 9 vol% FEBA_gDNA_plate125 A1 IT001 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 9 vol% NA NA NA Btheta_sp4, copyA D3 0.02 NA NA 150 set4IT001 BHIS with Dimethyl Sulfoxide 9 vol% 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 10 vol% FEBA_gDNA_plate125 A2 IT002 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 10 vol% NA NA NA Btheta_sp4, copyA D4 0.02 NA NA 151 set4IT002 BHIS with Dimethyl Sulfoxide 10 vol% 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Vancomycin Hydrochloride Hydrate 0.016 mg/ml FEBA_gDNA_plate125 A4 IT004 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride Hydrate 0.016 mg/ml NA NA NA Btheta_sp5, copyA A2 0.02 NA NA 153 set4IT004 BHIS with Vancomycin 0.016 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Vancomycin Hydrochloride Hydrate 0.032 mg/ml FEBA_gDNA_plate125 A5 IT005 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride Hydrate 0.032 mg/ml NA NA NA Btheta_sp5, copyA A3 0.02 NA NA 154 set4IT005 BHIS with Vancomycin 0.032 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Cephalothin sodium salt 0.625 mg/ml FEBA_gDNA_plate125 A6 IT006 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.625 mg/ml NA NA NA Btheta_sp5, copyA A6 0.02 NA NA 155 set4IT006 BHIS with Cephalothin 0.625 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with MreB Perturbing Compound A22 0.3 mg/ml FEBA_gDNA_plate125 A7 IT007 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm MreB Perturbing Compound A22 0.3 mg/ml NA NA NA Btheta_sp5, copyA B3 0.02 NA NA 156 set4IT007 BHIS with A22 0.3 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Lomefloxacin hydrochloride 0.025 mM FEBA_gDNA_plate125 A8 IT008 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lomefloxacin hydrochloride 0.025 mM NA NA NA Btheta_sp5, copyA B5 0.02 NA NA 157 set4IT008 BHIS with Lomefloxacin 0.025 mM 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Ceftazidime hydrate 0.5 mg/ml FEBA_gDNA_plate125 A9 IT009 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Ceftazidime hydrate 0.5 mg/ml NA NA NA Btheta_sp5, copyA D5 0.02 NA NA 158 set4IT009 BHIS with Ceftazidime 0.5 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 A10 IT010 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Btheta_sp5, copyA D6 0.02 NA NA 159 set4IT010 BHIS 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Benzethonium chloride 0.002 mM FEBA_gDNA_plate125 A11 IT011 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.002 mM NA NA NA Btheta_sp4, copyB A2 0.02 NA NA 160 set4IT011 BHIS with Benzethonium chloride 0.002 mM 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Benzethonium chloride 0.004 mM FEBA_gDNA_plate125 A12 IT012 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.004 mM NA NA NA Btheta_sp4, copyB A3 0.02 NA NA 161 set4IT012 BHIS with Benzethonium chloride 0.004 mM 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Fusidic acid sodium salt 0.002 mg/ml FEBA_gDNA_plate125 B1 IT013 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fusidic acid sodium salt 0.002 mg/ml NA NA NA Btheta_sp4, copyB C1 0.02 NA NA 162 set4IT013 BHIS with Fusidic 0.002 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Fusidic acid sodium salt 0.004 mg/ml FEBA_gDNA_plate125 B2 IT014 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fusidic acid sodium salt 0.004 mg/ml NA NA NA Btheta_sp4, copyB C2 0.02 NA NA 163 set4IT014 BHIS with Fusidic 0.004 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 7 vol% FEBA_gDNA_plate125 B3 IT015 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 7 vol% NA NA NA Btheta_sp4, copyB D2 0.02 NA NA 164 set4IT015 BHIS with Dimethyl Sulfoxide 7 vol% 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 9 vol% FEBA_gDNA_plate125 B4 IT016 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 9 vol% NA NA NA Btheta_sp4, copyB D3 0.02 NA NA 165 set4IT016 BHIS with Dimethyl Sulfoxide 9 vol% 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 10 vol% FEBA_gDNA_plate125 B5 IT017 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 10 vol% NA NA NA Btheta_sp4, copyB D4 0.02 NA NA 166 set4IT017 BHIS with Dimethyl Sulfoxide 10 vol% 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 B6 IT018 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Btheta_sp4, copyB D6 0.02 NA NA 167 set4IT018 BHIS 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Vancomycin Hydrochloride Hydrate 0.016 mg/ml FEBA_gDNA_plate125 B7 IT019 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride Hydrate 0.016 mg/ml NA NA NA Btheta_sp5, copyB A2 0.02 NA NA 168 set4IT019 BHIS with Vancomycin 0.016 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Vancomycin Hydrochloride Hydrate 0.032 mg/ml FEBA_gDNA_plate125 B8 IT020 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride Hydrate 0.032 mg/ml NA NA NA Btheta_sp5, copyB A3 0.02 NA NA 169 set4IT020 BHIS with Vancomycin 0.032 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Cephalothin sodium salt 0.625 mg/ml FEBA_gDNA_plate125 B9 IT021 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.625 mg/ml NA NA NA Btheta_sp5, copyB A6 0.02 NA NA 170 set4IT021 BHIS with Cephalothin 0.625 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with MreB Perturbing Compound A22 0.3 mg/ml FEBA_gDNA_plate125 B10 IT022 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm MreB Perturbing Compound A22 0.3 mg/ml NA NA NA Btheta_sp5, copyB B3 0.02 NA NA 171 set4IT022 BHIS with A22 0.3 mg/ml 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with Lomefloxacin hydrochloride 0.025 mM FEBA_gDNA_plate125 B11 IT023 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lomefloxacin hydrochloride 0.025 mM NA NA NA Btheta_sp5, copyB B5 0.02 NA NA 172 set4IT023 BHIS with Lomefloxacin 0.025 mM 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 C1 IT025 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Btheta_sp5, copyB D6 0.02 NA NA 174 set4IT025 BHIS 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with DEANONOate 0.25 mM FEBA_gDNA_plate125 C2 IT026 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm DEANONOate 0.25 mM NA NA NA Btheta_DEANONOate_plate A5 0.02 NA NA 175 set4IT026 BHIS with DEANONOate 0.25 mM 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with DEANONOate 0.25 mM FEBA_gDNA_plate125 C3 IT027 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm DEANONOate 0.25 mM NA NA NA Btheta_DEANONOate_plate A6 0.02 NA NA 176 set4IT027 BHIS with DEANONOate 0.25 mM 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS with DEANONOate 0.1 mM FEBA_gDNA_plate125 C5 IT029 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm DEANONOate 0.1 mM NA NA NA Btheta_DEANONOate_plate B2 0.02 NA NA 178 set4IT029 BHIS with DEANONOate 0.1 mM 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 C6 IT030 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Btheta_DEANONOate_plate B3 0.02 NA NA 179 set4IT030 BHIS 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 C7 IT031 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Btheta_DEANONOate_plate B4 0.02 NA NA 180 set4IT031 BHIS 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate125 C8 IT032 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 181 set4IT032 Time0 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate125 C9 IT033 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 182 set4IT033 Time0 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 Time0 FEBA_gDNA_plate125 C10 IT034 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 183 set4IT034 Time0 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 2017_Oct11_testML6a NA Hualan Btheta_ML6a Time0 FEBA_gDNA_plate125 C11 IT035 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 184 set4IT035 Time0 2017_Oct11_testML6a Btheta_ML6_set4 Btheta_ML6_set4 2017_Oct11_testML6a NA Hualan Btheta_ML6a Time0 FEBA_gDNA_plate125 C12 IT036 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 185 set4IT036 Time0 2017_Oct11_testML6a Btheta_ML6_set4 Btheta_ML6_set4 2017_Oct11_testML6a NA Hualan Btheta_ML6a Time0 FEBA_gDNA_plate125 D1 IT037 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 NA NA 186 set4IT037 Time0 2017_Oct11_testML6a Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 Heparin sodium salt from porcine intestinal mucosa carbon source FEBA_gDNA_plate125 D2 IT038 1 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Heparin sodium salt from porcine intestinal mucosa 5 mg/ml NA NA NA 0.02 NA NA 187 set4IT038 Heparin from porcine intestinal mucosa (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 Heparin sodium salt from porcine intestinal mucosa carbon source FEBA_gDNA_plate125 D3 IT039 2 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Heparin sodium salt from porcine intestinal mucosa 5 mg/ml NA NA NA 0.02 NA NA 188 set4IT039 Heparin from porcine intestinal mucosa (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 Inulin from chicory carbon source FEBA_gDNA_plate125 D4 IT040 3 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Inulin from chicory 5 mg/ml NA NA NA 0.02 NA NA 189 set4IT040 Inulin from chicory (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 Inulin from chicory carbon source FEBA_gDNA_plate125 D5 IT041 4 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Inulin from chicory 5 mg/ml NA NA NA 0.02 NA NA 190 set4IT041 Inulin from chicory (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 amylopectin from maize carbon source FEBA_gDNA_plate125 D6 IT042 5 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml NA NA NA 0.02 NA NA 191 set4IT042 amylopectin from maize (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 amylopectin from maize carbon source FEBA_gDNA_plate125 D7 IT043 6 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml NA NA NA 0.02 NA NA 192 set4IT043 amylopectin from maize (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 Starch from potato carbon source FEBA_gDNA_plate125 D8 IT044 7 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Starch 5 mg/ml NA NA NA 0.02 NA NA 193 set4IT044 Starch from potato (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 Starch from potato carbon source FEBA_gDNA_plate125 D9 IT045 8 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Starch 5 mg/ml NA NA NA 0.02 NA NA 194 set4IT045 Starch from potato (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate125 D10 IT046 9 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA 0.02 NA NA 195 set4IT046 D-Glucose (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate125 D11 IT047 10 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA 0.02 NA NA 196 set4IT047 D-Glucose (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 2017_Oct11_testML6a NA Hualan Btheta_ML6a D-Glucose carbon source FEBA_gDNA_plate125 D12 IT048 11 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA 0.02 NA NA 197 set4IT048 D-Glucose (C) 2017_Oct11_testML6a Btheta_ML6_set4 Btheta_ML6_set4 2017_Oct11_testML6a NA Hualan Btheta_ML6a D-Glucose carbon source FEBA_gDNA_plate125 E1 IT049 12 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA 0.02 NA NA 198 set4IT049 D-Glucose (C) 2017_Oct11_testML6a Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate125 E2 IT050 13 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA 0.02 NA NA 199 set4IT050 D-Glucose (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate125 E3 IT051 14 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA 0.02 NA NA 200 set4IT051 D-Glucose (C) 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 D-Glucose carbon source with L-Arginine FEBA_gDNA_plate125 E4 IT052 15 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM L-Arginine 0.5 mM NA NA 0.02 NA NA 201 set4IT052 D-Glucose (C) with L-Arginine 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 D-Glucose carbon source with L-Arginine FEBA_gDNA_plate125 E5 IT053 16 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM L-Arginine 0.5 mM NA NA 0.02 NA NA 202 set4IT053 D-Glucose (C) with L-Arginine 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 D-Glucose carbon source with L-Threonine FEBA_gDNA_plate125 E6 IT054 17 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM L-Threonine 0.5 mM NA NA 0.02 NA NA 203 set4IT054 D-Glucose (C) with L-Threonine 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 D-Glucose carbon source with L-Threonine FEBA_gDNA_plate125 E7 IT055 18 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM L-Threonine 0.5 mM NA NA 0.02 NA NA 204 set4IT055 D-Glucose (C) with L-Threonine 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 D-Glucose carbon source with 20 amino acid mix FEBA_gDNA_plate125 E8 IT056 19 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM 20AA_mix 1 X NA NA 0.02 NA NA 205 set4IT056 D-Glucose (C) with 20 amino mix 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set4 11-Oct-17 NA Hualan Btheta_ML6 D-Glucose carbon source with 20 amino acid mix FEBA_gDNA_plate125 E9 IT057 20 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM 20AA_mix 1 X NA NA 0.02 NA NA 206 set4IT057 D-Glucose (C) with 20 amino mix 11-Oct-17 Btheta_ML6_set4 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a L-aspartic acid nitrogen source FEBA_gDNA_plate130 A1 IT001 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Aspartic Acid 6 mM NA NA NA 1941 A4 NA NA NA 207 set5IT001 L-aspartic (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a L-Glutamine nitrogen source FEBA_gDNA_plate130 A2 IT002 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Glutamine 20 mM NA NA NA 1941 B3 NA NA NA 208 set5IT002 L-Glutamine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Glycine nitrogen source FEBA_gDNA_plate130 A3 IT003 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Glycine 20 mM NA NA NA 1941 B5 NA NA NA 209 set5IT003 Glycine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a L-Leucine nitrogen source FEBA_gDNA_plate130 A4 IT004 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Leucine 20 mM NA NA NA 1941 C4 NA NA NA 210 set5IT004 L-Leucine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Gly-DL-Asp nitrogen source FEBA_gDNA_plate130 A5 IT005 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Gly-DL-Asp 20 mM NA NA NA 1941 D5 NA NA NA 211 set5IT005 Gly-DL-Asp (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a N-Acetyl-D-glucosamine nitrogen source FEBA_gDNA_plate130 A6 IT006 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 20 mM NA NA NA 1943 B1 NA NA NA 212 set5IT006 N-Acetyl-D-glucosamine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a D-Glucosamine Hydrochloride nitrogen source FEBA_gDNA_plate130 A7 IT007 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 20 mM NA NA NA 1943 B2 NA NA NA 213 set5IT007 D-Glucosamine Hydrochloride (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Glucuronamide nitrogen source FEBA_gDNA_plate130 A8 IT008 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Glucuronamide 20 mM NA NA NA 1943 C6 NA NA NA 214 set5IT008 Glucuronamide (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Ammonium chloride nitrogen source FEBA_gDNA_plate130 A9 IT009 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Ammonium chloride 20 mM NA NA NA 1943 D1 NA NA NA 215 set5IT009 Ammonium chloride (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a L-aspartic acid nitrogen source FEBA_gDNA_plate130 A10 IT010 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Aspartic Acid 6 mM NA NA NA 1942 A4 NA NA NA 216 set5IT010 L-aspartic (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a L-Glutamine nitrogen source FEBA_gDNA_plate130 A11 IT011 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Glutamine 20 mM NA NA NA 1942 B3 NA NA NA 217 set5IT011 L-Glutamine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Glycine nitrogen source FEBA_gDNA_plate130 A12 IT012 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Glycine 20 mM NA NA NA 1942 B5 NA NA NA 218 set5IT012 Glycine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a L-Valine nitrogen source FEBA_gDNA_plate130 B1 IT013 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Valine 20 mM NA NA NA 1942 C2 NA NA NA 219 set5IT013 L-Valine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a L-Leucine nitrogen source FEBA_gDNA_plate130 B2 IT014 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Leucine 20 mM NA NA NA 1942 C4 NA NA NA 220 set5IT014 L-Leucine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a D-Serine nitrogen source FEBA_gDNA_plate130 B3 IT015 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm D-Serine 20 mM NA NA NA 1942 D3 NA NA NA 221 set5IT015 D-Serine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Gly-DL-Asp nitrogen source FEBA_gDNA_plate130 B4 IT016 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Gly-DL-Asp 20 mM NA NA NA 1942 D5 NA NA NA 222 set5IT016 Gly-DL-Asp (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Casamino Acids nitrogen source FEBA_gDNA_plate130 B5 IT017 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm casamino acids 2 mg/mL NA NA NA 1944 A5 NA NA NA 223 set5IT017 Casamino Acids (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a N-Acetyl-D-glucosamine nitrogen source FEBA_gDNA_plate130 B6 IT018 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 20 mM NA NA NA 1944 B1 NA NA NA 224 set5IT018 N-Acetyl-D-glucosamine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a D-Glucosamine Hydrochloride nitrogen source FEBA_gDNA_plate130 B7 IT019 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 20 mM NA NA NA 1944 B2 NA NA NA 225 set5IT019 D-Glucosamine Hydrochloride (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Thymidine nitrogen source FEBA_gDNA_plate130 B8 IT020 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Thymidine 10 mM NA NA NA 1944 C1 NA NA NA 226 set5IT020 Thymidine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Cytidine nitrogen source FEBA_gDNA_plate130 B9 IT021 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Cytidine 20 mM NA NA NA 1944 C3 NA NA NA 227 set5IT021 Cytidine (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Glucuronamide nitrogen source FEBA_gDNA_plate130 B10 IT022 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Glucuronamide 20 mM NA NA NA 1944 C6 NA NA NA 228 set5IT022 Glucuronamide (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Ammonium chloride nitrogen source FEBA_gDNA_plate130 B11 IT023 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Ammonium chloride 20 mM NA NA NA 1944 D1 NA NA NA 229 set5IT023 Ammonium chloride (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Urea nitrogen source FEBA_gDNA_plate130 B12 IT024 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 NA Liquid Anaerobic 0 rpm Urea 20 mM NA NA NA 1944 D4 NA NA NA 230 set5IT024 Urea (N) 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Nickel (II) chloride hexahydrate 0.01 mM FEBA_gDNA_plate130 C1 IT025 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 0.01 mM NA NA NA 1945 A1 NA NA NA 231 set5IT025 Nickel (II) chloride 0.01 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Nickel (II) chloride hexahydrate 0.1 mM FEBA_gDNA_plate130 C2 IT026 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 0.1 mM NA NA NA 1945 A3 NA NA NA 232 set5IT026 Nickel (II) chloride 0.1 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Nickel (II) chloride hexahydrate 1 mM FEBA_gDNA_plate130 C3 IT027 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 1 mM NA NA NA 1945 A5 NA NA NA 233 set5IT027 Nickel (II) chloride 1 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Cobalt chloride hexahydrate 0.005 mM FEBA_gDNA_plate130 C4 IT028 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.005 mM NA NA NA 1945 B1 NA NA NA 234 set5IT028 Cobalt chloride 0.005 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Cobalt chloride hexahydrate 0.05 mM FEBA_gDNA_plate130 C5 IT029 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.05 mM NA NA NA 1945 B3 NA NA NA 235 set5IT029 Cobalt chloride 0.05 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Cobalt chloride hexahydrate 0.5 mM FEBA_gDNA_plate130 C6 IT030 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.5 mM NA NA NA 1945 B5 NA NA NA 236 set5IT030 Cobalt chloride 0.5 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with copper (II) chloride dihydrate 0.05 mM FEBA_gDNA_plate130 C7 IT031 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 0.05 mM NA NA NA 1945 C2 NA NA NA 237 set5IT031 copper (II) chloride 0.05 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with copper (II) chloride dihydrate 1 mM FEBA_gDNA_plate130 C8 IT032 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 1 mM NA NA NA 1945 C5 NA NA NA 238 set5IT032 copper (II) chloride 1 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Thallium(I) acetate 0.01 mg/ml FEBA_gDNA_plate130 C9 IT033 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thallium(I) acetate 0.01 mg/ml NA NA NA 1945 D3 NA NA NA 239 set5IT033 Thallium(I) acetate 0.01 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Thallium(I) acetate 0.025 mg/ml FEBA_gDNA_plate130 C10 IT034 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thallium(I) acetate 0.025 mg/ml NA NA NA 1945 D4 NA NA NA 240 set5IT034 Thallium(I) acetate 0.025 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Thallium(I) acetate 0.05 mg/ml FEBA_gDNA_plate130 C11 IT035 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thallium(I) acetate 0.05 mg/ml NA NA NA 1945 D5 NA NA NA 241 set5IT035 Thallium(I) acetate 0.05 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Varel_Bryant_medium_Glucose FEBA_gDNA_plate130 C12 IT036 Varel_Bryant_medium_Glucose 24-well transparent microplate varel_bryant_medium_glucose 37 NA Liquid Anaerobic 0 rpm NA NA NA NA 1945 D6 NA NA NA 242 set5IT036 Varel_Bryant_medium_Glucose 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Nickel (II) chloride hexahydrate 0.01 mM FEBA_gDNA_plate130 D1 IT037 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 0.01 mM NA NA NA 1946 A1 NA NA NA 243 set5IT037 Nickel (II) chloride 0.01 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Nickel (II) chloride hexahydrate 0.1 mM FEBA_gDNA_plate130 D2 IT038 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 0.1 mM NA NA NA 1946 A3 NA NA NA 244 set5IT038 Nickel (II) chloride 0.1 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Nickel (II) chloride hexahydrate 1 mM FEBA_gDNA_plate130 D3 IT039 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 1 mM NA NA NA 1946 A5 NA NA NA 245 set5IT039 Nickel (II) chloride 1 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Cobalt chloride hexahydrate 0.005 mM FEBA_gDNA_plate130 D4 IT040 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.005 mM NA NA NA 1946 B1 NA NA NA 246 set5IT040 Cobalt chloride 0.005 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Cobalt chloride hexahydrate 0.05 mM FEBA_gDNA_plate130 D5 IT041 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.05 mM NA NA NA 1946 B3 NA NA NA 247 set5IT041 Cobalt chloride 0.05 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Cobalt chloride hexahydrate 0.5 mM FEBA_gDNA_plate130 D6 IT042 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.5 mM NA NA NA 1946 B5 NA NA NA 248 set5IT042 Cobalt chloride 0.5 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with copper (II) chloride dihydrate 0.05 mM FEBA_gDNA_plate130 D7 IT043 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 0.05 mM NA NA NA 1946 C2 NA NA NA 249 set5IT043 copper (II) chloride 0.05 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with copper (II) chloride dihydrate 1 mM FEBA_gDNA_plate130 D8 IT044 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 1 mM NA NA NA 1946 C5 NA NA NA 250 set5IT044 copper (II) chloride 1 mM 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Thallium(I) acetate 0.01 mg/ml FEBA_gDNA_plate130 D9 IT045 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thallium(I) acetate 0.01 mg/ml NA NA NA 1946 D3 NA NA NA 251 set5IT045 Thallium(I) acetate 0.01 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Thallium(I) acetate 0.025 mg/ml FEBA_gDNA_plate130 D10 IT046 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thallium(I) acetate 0.025 mg/ml NA NA NA 1946 D4 NA NA NA 252 set5IT046 Thallium(I) acetate 0.025 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Thallium(I) acetate 0.05 mg/ml FEBA_gDNA_plate130 D11 IT047 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thallium(I) acetate 0.05 mg/ml NA NA NA 1946 D5 NA NA NA 253 set5IT047 Thallium(I) acetate 0.05 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Varel_Bryant_medium_Glucose FEBA_gDNA_plate130 D12 IT048 Varel_Bryant_medium_Glucose 24-well transparent microplate varel_bryant_medium_glucose 37 NA Liquid Anaerobic 0 rpm NA NA NA NA 1946 D6 NA NA NA 254 set5IT048 Varel_Bryant_medium_Glucose 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a BHIS with Bile salts 0.5 mg/ml FEBA_gDNA_plate130 E1 IT049 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Bile salts 0.5 mg/ml NA NA NA 1947 A5 NA NA NA 255 set5IT049 BHIS with Bile salts 0.5 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a BHIS with Bile salts 0.25 mg/ml FEBA_gDNA_plate130 E2 IT050 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml NA NA NA 1947 A6 NA NA NA 256 set5IT050 BHIS with Bile salts 0.25 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a BHIS with Bile salts 0.5 mg/ml FEBA_gDNA_plate130 E3 IT051 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Bile salts 0.5 mg/ml NA NA NA 1947 B5 NA NA NA 257 set5IT051 BHIS with Bile salts 0.5 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a BHIS FEBA_gDNA_plate130 E4 IT052 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA 1947 B6 NA NA NA 258 set5IT052 BHIS 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Bile salts 1 mg/ml FEBA_gDNA_plate130 E5 IT053 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Bile salts 1 mg/ml NA NA NA 1947 C4 NA NA NA 259 set5IT053 Bile salts 1 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Bile salts 0.5 mg/ml FEBA_gDNA_plate130 E6 IT054 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Bile salts 0.5 mg/ml NA NA NA 1947 C5 NA NA NA 260 set5IT054 Bile salts 0.5 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Bile salts 0.25 mg/ml FEBA_gDNA_plate130 E7 IT055 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml NA NA NA 1947 C6 NA NA NA 261 set5IT055 Bile salts 0.25 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Bile salts 1 mg/ml FEBA_gDNA_plate130 E8 IT056 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Bile salts 1 mg/ml NA NA NA 1947 D4 NA NA NA 262 set5IT056 Bile salts 1 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Defined media with Bile salts 0.5 mg/ml FEBA_gDNA_plate130 E9 IT057 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Bile salts 0.5 mg/ml NA NA NA 1947 D5 NA NA NA 263 set5IT057 Bile salts 0.5 mg/ml 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Varel_Bryant_medium_Glucose FEBA_gDNA_plate130 E10 IT058 Varel_Bryant_medium_Glucose 24-well transparent microplate varel_bryant_medium_glucose 37 NA Liquid Anaerobic 0 rpm NA NA NA NA 1947 D6 NA NA NA 264 set5IT058 Varel_Bryant_medium_Glucose 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic shaking 24 hr copy A FEBA_gDNA_plate130 E11 IT059 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic shaking, replicate1 1 NA NA NA 265 set5IT059 aerobic shaking 24 hr copy A 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic shaking 24 hr copy B FEBA_gDNA_plate130 E12 IT060 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic shaking, replicate2 1 NA NA NA 266 set5IT060 aerobic shaking 24 hr copy B 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic shaking 48 hr copy A FEBA_gDNA_plate130 F1 IT061 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic shaking, replicate1 2 NA NA NA 267 set5IT061 aerobic shaking 48 hr copy A 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic shaking 48 hr copy B FEBA_gDNA_plate130 F2 IT062 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic shaking, replicate2 2 NA NA NA 268 set5IT062 aerobic shaking 48 hr copy B 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic shaking 72 hr copy A FEBA_gDNA_plate130 F3 IT063 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic shaking, replicate1 3 NA NA NA 269 set5IT063 aerobic shaking 72 hr copy A 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic shaking 72 hr copy B FEBA_gDNA_plate130 F4 IT064 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic shaking, replicate2 3 NA NA NA 270 set5IT064 aerobic shaking 72 hr copy B 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic no shaking 24 hr copy A FEBA_gDNA_plate130 F5 IT065 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic no shaking, replicate1 1 NA NA NA 271 set5IT065 aerobic no shaking 24 hr copy A 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic no shaking 24 hr copy B FEBA_gDNA_plate130 F6 IT066 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic no shaking, replicate2 1 NA NA NA 272 set5IT066 aerobic no shaking 24 hr copy B 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic no shaking 48 hr copy A FEBA_gDNA_plate130 F7 IT067 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic no shaking, replicate1 2 NA NA NA 273 set5IT067 aerobic no shaking 48 hr copy A 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic no shaking 48 hr copy B FEBA_gDNA_plate130 F8 IT068 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic no shaking, replicate2 2 NA NA NA 274 set5IT068 aerobic no shaking 48 hr copy B 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic no shaking 72 hr copy A FEBA_gDNA_plate130 F9 IT069 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic no shaking, replicate1 3 NA NA NA 275 set5IT069 aerobic no shaking 72 hr copy A 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a aerobic no shaking 72 hr copy B FEBA_gDNA_plate130 F10 IT070 BHIS tube survival 37 NA Liquid Anaerobic 0 rpm NA NA NA NA Aerobic no shaking, replicate2 3 NA NA NA 276 set5IT070 aerobic no shaking 72 hr copy B 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 F11 IT071 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 277 set5IT071 Time0 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 F12 IT072 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 278 set5IT072 Time0 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 G1 IT073 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 279 set5IT073 Time0 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 G2 IT074 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 280 set5IT074 Time0 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 G3 IT075 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 281 set5IT075 Time0 12/19/17 Btheta_ML6_set5 Btheta_ML6_set5 12/19/17 NA Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 G4 IT076 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 282 set5IT076 Time0 12/19/17 Btheta_ML6_set5 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Nitrofurantoin 0.15 mM FEBA_gDNA_plate135 A1 IT001 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nitrofurantoin 0.15 mM Dimethyl Sulfoxide 1.5 vol% NA NA 2023 A1 NA NA NA 283 set6IT001 BHIS with Nitrofurantoin 0.15 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Irgasan 0.005 mM FEBA_gDNA_plate135 A2 IT002 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.005 mM Dimethyl Sulfoxide 0.05 vol% NA NA 2023 B1 NA NA NA 284 set6IT002 BHIS with Irgasan 0.005 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Thioridazine hydrochloride 0.0125 mM FEBA_gDNA_plate135 A3 IT003 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2023 B4 NA NA NA 285 set6IT003 BHIS with Thioridazine 0.0125 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Thioridazine hydrochloride 0.00625 mM FEBA_gDNA_plate135 A4 IT004 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA 2023 B5 NA NA NA 286 set6IT004 BHIS with Thioridazine 0.00625 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 A5 IT005 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2023 B6 NA NA NA 287 set6IT005 BHIS with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Nitrofurantoin 0.15 mM FEBA_gDNA_plate135 A6 IT006 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nitrofurantoin 0.15 mM Dimethyl Sulfoxide 1.5 vol% NA NA 2023 C1 NA NA NA 288 set6IT006 BHIS with Nitrofurantoin 0.15 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Irgasan 0.005 mM FEBA_gDNA_plate135 A7 IT007 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.005 mM Dimethyl Sulfoxide 0.05 vol% NA NA 2023 D1 NA NA NA 289 set6IT007 BHIS with Irgasan 0.005 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Thioridazine hydrochloride 0.0125 mM FEBA_gDNA_plate135 A8 IT008 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2023 D4 NA NA NA 290 set6IT008 BHIS with Thioridazine 0.0125 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Thioridazine hydrochloride 0.00625 mM FEBA_gDNA_plate135 A9 IT009 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA 2023 D5 NA NA NA 291 set6IT009 BHIS with Thioridazine 0.00625 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 A10 IT010 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2023 D6 NA NA NA 292 set6IT010 BHIS with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Chlorpromazine hydrochloride 0.05 mM FEBA_gDNA_plate135 A11 IT011 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2024 A2 NA NA NA 293 set6IT011 BHIS with Chlorpromazine 0.05 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Levofloxacin 0.1 mM FEBA_gDNA_plate135 A12 IT012 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA 2024 A5 NA NA NA 294 set6IT012 BHIS with Levofloxacin 0.1 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Levofloxacin 0.05 mM FEBA_gDNA_plate135 B1 IT013 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2024 A6 NA NA NA 295 set6IT013 BHIS with Levofloxacin 0.05 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Levofloxacin 0.025 mM FEBA_gDNA_plate135 B2 IT014 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2024 B1 NA NA NA 296 set6IT014 BHIS with Levofloxacin 0.025 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Econazole nitrate salt 0.01 mM FEBA_gDNA_plate135 B3 IT015 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.01 mM Dimethyl Sulfoxide 0.1 vol% NA NA 2024 B4 NA NA NA 297 set6IT015 BHIS with Econazole nitrate salt 0.01 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Econazole nitrate salt 0.005 mM FEBA_gDNA_plate135 B4 IT016 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.005 mM Dimethyl Sulfoxide 0.05 vol% NA NA 2024 B5 NA NA NA 298 set6IT016 BHIS with Econazole nitrate salt 0.005 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 B5 IT017 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2024 B6 NA NA NA 299 set6IT017 BHIS with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Chlorpromazine hydrochloride 0.05 mM FEBA_gDNA_plate135 B6 IT018 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2024 C2 NA NA NA 300 set6IT018 BHIS with Chlorpromazine 0.05 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Levofloxacin 0.1 mM FEBA_gDNA_plate135 B7 IT019 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA 2024 C5 NA NA NA 301 set6IT019 BHIS with Levofloxacin 0.1 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Levofloxacin 0.05 mM FEBA_gDNA_plate135 B8 IT020 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2024 C6 NA NA NA 302 set6IT020 BHIS with Levofloxacin 0.05 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Levofloxacin 0.025 mM FEBA_gDNA_plate135 B9 IT021 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2024 D1 NA NA NA 303 set6IT021 BHIS with Levofloxacin 0.025 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Econazole nitrate salt 0.01 mM FEBA_gDNA_plate135 B10 IT022 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.01 mM Dimethyl Sulfoxide 0.1 vol% NA NA 2024 D4 NA NA NA 304 set6IT022 BHIS with Econazole nitrate salt 0.01 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Econazole nitrate salt 0.005 mM FEBA_gDNA_plate135 B11 IT023 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.005 mM Dimethyl Sulfoxide 0.05 vol% NA NA 2024 D5 NA NA NA 305 set6IT023 BHIS with Econazole nitrate salt 0.005 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 B12 IT024 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2024 D6 NA NA NA 306 set6IT024 BHIS with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.0015 mM FEBA_gDNA_plate135 C1 IT025 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015 mM Dimethyl Sulfoxide 0.15 vol% NA NA 2025 A2 NA NA NA 307 set6IT025 BHIS with Chlorhexidine diacetate salt 0.0015 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.00075 mM FEBA_gDNA_plate135 C2 IT026 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.00075 mM Dimethyl Sulfoxide 0.075 vol% NA NA 2025 A3 NA NA NA 308 set6IT026 BHIS with Chlorhexidine diacetate salt 0.00075 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Sulfaquinoxaline sodium salt 0.2 mM FEBA_gDNA_plate135 C3 IT027 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA 2025 A5 NA NA NA 309 set6IT027 BHIS with Sulfaquinoxaline 0.2 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Zinc Pyrithione 0.05 mM FEBA_gDNA_plate135 C4 IT028 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2025 B3 NA NA NA 310 set6IT028 BHIS with Zinc Pyrithione 0.05 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 C5 IT029 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2025 B6 NA NA NA 311 set6IT029 BHIS with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.0015 mM FEBA_gDNA_plate135 C6 IT030 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015 mM Dimethyl Sulfoxide 0.15 vol% NA NA 2025 C2 NA NA NA 312 set6IT030 BHIS with Chlorhexidine diacetate salt 0.0015 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.00075 mM FEBA_gDNA_plate135 C7 IT031 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.00075 mM Dimethyl Sulfoxide 0.075 vol% NA NA 2025 C3 NA NA NA 313 set6IT031 BHIS with Chlorhexidine diacetate salt 0.00075 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Sulfaquinoxaline sodium salt 0.2 mM FEBA_gDNA_plate135 C8 IT032 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA 2025 C5 NA NA NA 314 set6IT032 BHIS with Sulfaquinoxaline 0.2 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Zinc Pyrithione 0.05 mM FEBA_gDNA_plate135 C9 IT033 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2025 D3 NA NA NA 315 set6IT033 BHIS with Zinc Pyrithione 0.05 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 C10 IT034 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2025 D6 NA NA NA 316 set6IT034 BHIS with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.025 mM FEBA_gDNA_plate135 C11 IT035 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2026 A1 NA NA NA 317 set6IT035 BHIS with Dimetridazole 0.025 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.0125 mM FEBA_gDNA_plate135 C12 IT036 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2026 A2 NA NA NA 318 set6IT036 BHIS with Dimetridazole 0.0125 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.00625 mM FEBA_gDNA_plate135 D1 IT037 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA 2026 A3 NA NA NA 319 set6IT037 BHIS with Dimetridazole 0.00625 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.1 mM FEBA_gDNA_plate135 D2 IT038 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA 2026 A5 NA NA NA 320 set6IT038 BHIS with 8-hydroxy-nitroquinoline 0.1 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.05 mM FEBA_gDNA_plate135 D3 IT039 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2026 A6 NA NA NA 321 set6IT039 BHIS with 8-hydroxy-nitroquinoline 0.05 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.025 mM FEBA_gDNA_plate135 D4 IT040 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2026 B1 NA NA NA 322 set6IT040 BHIS with 8-hydroxy-nitroquinoline 0.025 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.0125 mM FEBA_gDNA_plate135 D5 IT041 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2026 B2 NA NA NA 323 set6IT041 BHIS with 8-hydroxy-nitroquinoline 0.0125 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.025 mM FEBA_gDNA_plate135 D6 IT042 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2026 B3 NA NA NA 324 set6IT042 BHIS with Dimetridazole 0.025 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.0125 mM FEBA_gDNA_plate135 D7 IT043 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2026 B4 NA NA NA 325 set6IT043 BHIS with Dimetridazole 0.0125 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.00625 mM FEBA_gDNA_plate135 D8 IT044 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA 2026 B5 NA NA NA 326 set6IT044 BHIS with Dimetridazole 0.00625 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 D9 IT045 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2026 B6 NA NA NA 327 set6IT045 BHIS with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.025 mM FEBA_gDNA_plate135 D10 IT046 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2026 C1 NA NA NA 328 set6IT046 BHIS with Dimetridazole 0.025 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.0125 mM FEBA_gDNA_plate135 D11 IT047 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2026 C2 NA NA NA 329 set6IT047 BHIS with Dimetridazole 0.0125 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.00625 mM FEBA_gDNA_plate135 D12 IT048 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA 2026 C3 NA NA NA 330 set6IT048 BHIS with Dimetridazole 0.00625 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.1 mM FEBA_gDNA_plate135 E1 IT049 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA 2026 C5 NA NA NA 331 set6IT049 BHIS with 8-hydroxy-nitroquinoline 0.1 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.05 mM FEBA_gDNA_plate135 E2 IT050 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2026 C6 NA NA NA 332 set6IT050 BHIS with 8-hydroxy-nitroquinoline 0.05 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.025 mM FEBA_gDNA_plate135 E3 IT051 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2026 D1 NA NA NA 333 set6IT051 BHIS with 8-hydroxy-nitroquinoline 0.025 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.0125 mM FEBA_gDNA_plate135 E4 IT052 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2026 D2 NA NA NA 334 set6IT052 BHIS with 8-hydroxy-nitroquinoline 0.0125 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.025 mM FEBA_gDNA_plate135 E5 IT053 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2026 D3 NA NA NA 335 set6IT053 BHIS with Dimetridazole 0.025 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.0125 mM FEBA_gDNA_plate135 E6 IT054 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2026 D4 NA NA NA 336 set6IT054 BHIS with Dimetridazole 0.0125 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimetridazole 0.00625 mM FEBA_gDNA_plate135 E7 IT055 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA 2026 D5 NA NA NA 337 set6IT055 BHIS with Dimetridazole 0.00625 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 E8 IT056 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2026 D6 NA NA NA 338 set6IT056 BHIS with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Benzethonium chloride 0.006 mM FEBA_gDNA_plate135 E9 IT057 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.006 mM Dimethyl Sulfoxide 0.6 vol% NA NA 2027 A1 NA NA NA 339 set6IT057 BHIS with Benzethonium chloride 0.006 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Benzethonium chloride 0.003 mM FEBA_gDNA_plate135 E10 IT058 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.003 mM Dimethyl Sulfoxide 0.3 vol% NA NA 2027 A2 NA NA NA 340 set6IT058 BHIS with Benzethonium chloride 0.003 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 E11 IT059 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2027 B6 NA NA NA 341 set6IT059 BHIS with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Benzethonium chloride 0.006 mM FEBA_gDNA_plate135 E12 IT060 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.006 mM Dimethyl Sulfoxide 0.6 vol% NA NA 2027 C1 NA NA NA 342 set6IT060 BHIS with Benzethonium chloride 0.006 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Benzethonium chloride 0.003 mM FEBA_gDNA_plate135 F1 IT061 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.003 mM Dimethyl Sulfoxide 0.3 vol% NA NA 2027 C2 NA NA NA 343 set6IT061 BHIS with Benzethonium chloride 0.003 mM 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 F2 IT062 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2027 D6 NA NA NA 344 set6IT062 BHIS with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate135 F3 IT063 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 1.2 5.906890596 345 set6IT063 Time0 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate135 F4 IT064 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 1.2 5.906890596 346 set6IT064 Time0 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate135 F5 IT065 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 1.2 5.906890596 347 set6IT065 Time0 5/2/18 Btheta_ML6_set6 Btheta_ML6_set6 5/2/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate135 F6 IT066 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 1.2 5.906890596 348 set6IT066 Time0 5/2/18 Btheta_ML6_set6 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Nitrofurantoin 0.15 mM FEBA_gDNA_plate136 A1 IT001 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nitrofurantoin 0.15 mM Dimethyl Sulfoxide 1.5 vol% NA NA 2028 A1 NA NA NA 349 set7IT001 Varel_Bryant medium with Nitrofurantoin 0.15 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Irgasan 0.01 mM FEBA_gDNA_plate136 A2 IT002 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.01 mM Dimethyl Sulfoxide 0.1 vol% NA NA 2028 A6 NA NA NA 350 set7IT002 Varel_Bryant medium with Irgasan 0.01 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Irgasan 0.005 mM FEBA_gDNA_plate136 A3 IT003 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.005 mM Dimethyl Sulfoxide 0.05 vol% NA NA 2028 B1 NA NA NA 351 set7IT003 Varel_Bryant medium with Irgasan 0.005 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Irgasan 0.0025 mM FEBA_gDNA_plate136 A4 IT004 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.0025 mM Dimethyl Sulfoxide 0.025 vol% NA NA 2028 B2 NA NA NA 352 set7IT004 Varel_Bryant medium with Irgasan 0.0025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Thioridazine hydrochloride 0.0125 mM FEBA_gDNA_plate136 A5 IT005 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2028 B4 NA NA NA 353 set7IT005 Varel_Bryant medium with Thioridazine 0.0125 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Thioridazine hydrochloride 0.00625 mM FEBA_gDNA_plate136 A6 IT006 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA 2028 B5 NA NA NA 354 set7IT006 Varel_Bryant medium with Thioridazine 0.00625 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate136 A7 IT007 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2028 B6 NA NA NA 355 set7IT007 Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Nitrofurantoin 0.15 mM FEBA_gDNA_plate136 A8 IT008 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Nitrofurantoin 0.15 mM Dimethyl Sulfoxide 1.5 vol% NA NA 2028 C1 NA NA NA 356 set7IT008 Varel_Bryant medium with Nitrofurantoin 0.15 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Irgasan 0.01 mM FEBA_gDNA_plate136 A9 IT009 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.01 mM Dimethyl Sulfoxide 0.1 vol% NA NA 2028 C6 NA NA NA 357 set7IT009 Varel_Bryant medium with Irgasan 0.01 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Irgasan 0.005 mM FEBA_gDNA_plate136 A10 IT010 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.005 mM Dimethyl Sulfoxide 0.05 vol% NA NA 2028 D1 NA NA NA 358 set7IT010 Varel_Bryant medium with Irgasan 0.005 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Irgasan 0.0025 mM FEBA_gDNA_plate136 A11 IT011 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.0025 mM Dimethyl Sulfoxide 0.025 vol% NA NA 2028 D2 NA NA NA 359 set7IT011 Varel_Bryant medium with Irgasan 0.0025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Thioridazine hydrochloride 0.0125 mM FEBA_gDNA_plate136 A12 IT012 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2028 D4 NA NA NA 360 set7IT012 Varel_Bryant medium with Thioridazine 0.0125 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Thioridazine hydrochloride 0.00625 mM FEBA_gDNA_plate136 B1 IT013 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA 2028 D5 NA NA NA 361 set7IT013 Varel_Bryant medium with Thioridazine 0.00625 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate136 B2 IT014 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2028 D6 NA NA NA 362 set7IT014 Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Chlorpromazine hydrochloride 0.05 mM FEBA_gDNA_plate136 B3 IT015 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2029 A2 NA NA NA 363 set7IT015 Varel_Bryant medium with Chlorpromazine 0.05 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Chlorpromazine hydrochloride 0.025 mM FEBA_gDNA_plate136 B4 IT016 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2029 A3 NA NA NA 364 set7IT016 Varel_Bryant medium with Chlorpromazine 0.025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Chlorpromazine hydrochloride 0.0125 mM FEBA_gDNA_plate136 B5 IT017 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2029 A4 NA NA NA 365 set7IT017 Varel_Bryant medium with Chlorpromazine 0.0125 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Levofloxacin 0.1 mM FEBA_gDNA_plate136 B6 IT018 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA 2029 A5 NA NA NA 366 set7IT018 Varel_Bryant medium with Levofloxacin 0.1 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Econazole nitrate salt 0.02 mM FEBA_gDNA_plate136 B7 IT019 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.02 mM Dimethyl Sulfoxide 0.2 vol% NA NA 2029 B3 NA NA NA 367 set7IT019 Varel_Bryant medium with Econazole nitrate salt 0.02 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate136 B8 IT020 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2029 B6 NA NA NA 368 set7IT020 Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Chlorpromazine hydrochloride 0.05 mM FEBA_gDNA_plate136 B9 IT021 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2029 C2 NA NA NA 369 set7IT021 Varel_Bryant medium with Chlorpromazine 0.05 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Chlorpromazine hydrochloride 0.025 mM FEBA_gDNA_plate136 B10 IT022 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2029 C3 NA NA NA 370 set7IT022 Varel_Bryant medium with Chlorpromazine 0.025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Chlorpromazine hydrochloride 0.0125 mM FEBA_gDNA_plate136 B11 IT023 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2029 C4 NA NA NA 371 set7IT023 Varel_Bryant medium with Chlorpromazine 0.0125 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Levofloxacin 0.1 mM FEBA_gDNA_plate136 B12 IT024 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA 2029 C5 NA NA NA 372 set7IT024 Varel_Bryant medium with Levofloxacin 0.1 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Econazole nitrate salt 0.02 mM FEBA_gDNA_plate136 C1 IT025 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.02 mM Dimethyl Sulfoxide 0.2 vol% NA NA 2029 D3 NA NA NA 373 set7IT025 Varel_Bryant medium with Econazole nitrate salt 0.02 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate136 C2 IT026 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2029 D6 NA NA NA 374 set7IT026 Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Chlorhexidine diacetate salt hydrate 0.0015 mM FEBA_gDNA_plate136 C3 IT027 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015 mM Dimethyl Sulfoxide 0.15 vol% NA NA 2030 A2 NA NA NA 375 set7IT027 Varel_Bryant medium with Chlorhexidine diacetate salt 0.0015 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Chlorhexidine diacetate salt hydrate 0.00075 mM FEBA_gDNA_plate136 C4 IT028 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.00075 mM Dimethyl Sulfoxide 0.075 vol% NA NA 2030 A3 NA NA NA 376 set7IT028 Varel_Bryant medium with Chlorhexidine diacetate salt 0.00075 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Sulfaquinoxaline sodium salt 0.02 mM FEBA_gDNA_plate136 C5 IT029 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.02 mM Dimethyl Sulfoxide 0.2 vol% NA NA 2030 A5 NA NA NA 377 set7IT029 Varel_Bryant medium with Sulfaquinoxaline 0.02 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Sulfaquinoxaline sodium salt 0.01 mM FEBA_gDNA_plate136 C6 IT030 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.01 mM Dimethyl Sulfoxide 0.1 vol% NA NA 2030 A6 NA NA NA 378 set7IT030 Varel_Bryant medium with Sulfaquinoxaline 0.01 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Zinc Pyrithione 0.05 mM FEBA_gDNA_plate136 C7 IT031 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2030 B3 NA NA NA 379 set7IT031 Varel_Bryant medium with Zinc Pyrithione 0.05 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Zinc Pyrithione 0.025 mM FEBA_gDNA_plate136 C8 IT032 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2030 B4 NA NA NA 380 set7IT032 Varel_Bryant medium with Zinc Pyrithione 0.025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Zinc Pyrithione 0.0125 mM FEBA_gDNA_plate136 C9 IT033 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2030 B5 NA NA NA 381 set7IT033 Varel_Bryant medium with Zinc Pyrithione 0.0125 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate136 C10 IT034 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2030 B6 NA NA NA 382 set7IT034 Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Chlorhexidine diacetate salt hydrate 0.0015 mM FEBA_gDNA_plate136 C11 IT035 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015 mM Dimethyl Sulfoxide 0.15 vol% NA NA 2030 C2 NA NA NA 383 set7IT035 Varel_Bryant medium with Chlorhexidine diacetate salt 0.0015 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Chlorhexidine diacetate salt hydrate 0.00075 mM FEBA_gDNA_plate136 C12 IT036 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.00075 mM Dimethyl Sulfoxide 0.075 vol% NA NA 2030 C3 NA NA NA 384 set7IT036 Varel_Bryant medium with Chlorhexidine diacetate salt 0.00075 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Sulfaquinoxaline sodium salt 0.02 mM FEBA_gDNA_plate136 D1 IT037 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.02 mM Dimethyl Sulfoxide 0.2 vol% NA NA 2030 C5 NA NA NA 385 set7IT037 Varel_Bryant medium with Sulfaquinoxaline 0.02 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Sulfaquinoxaline sodium salt 0.01 mM FEBA_gDNA_plate136 D2 IT038 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.01 mM Dimethyl Sulfoxide 0.1 vol% NA NA 2030 C6 NA NA NA 386 set7IT038 Varel_Bryant medium with Sulfaquinoxaline 0.01 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Zinc Pyrithione 0.05 mM FEBA_gDNA_plate136 D3 IT039 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA 2030 D3 NA NA NA 387 set7IT039 Varel_Bryant medium with Zinc Pyrithione 0.05 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Zinc Pyrithione 0.025 mM FEBA_gDNA_plate136 D4 IT040 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2030 D4 NA NA NA 388 set7IT040 Varel_Bryant medium with Zinc Pyrithione 0.025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Zinc Pyrithione 0.0125 mM FEBA_gDNA_plate136 D5 IT041 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA 2030 D5 NA NA NA 389 set7IT041 Varel_Bryant medium with Zinc Pyrithione 0.0125 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate136 D6 IT042 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2030 D6 NA NA NA 390 set7IT042 Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimetridazole 0.025 mM FEBA_gDNA_plate136 D7 IT043 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2031 A1 NA NA NA 391 set7IT043 Varel_Bryant medium with Dimetridazole 0.025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with 8-hydroxy-nitroquinoline 0.01 mM FEBA_gDNA_plate136 D8 IT044 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.01 mM Dimethyl Sulfoxide 0.1 vol% NA NA 2031 A5 NA NA NA 392 set7IT044 Varel_Bryant medium with 8-hydroxy-nitroquinoline 0.01 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimetridazole 0.025 mM FEBA_gDNA_plate136 D9 IT045 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2031 B3 NA NA NA 393 set7IT045 Varel_Bryant medium with Dimetridazole 0.025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate136 D10 IT046 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2031 B6 NA NA NA 394 set7IT046 Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimetridazole 0.025 mM FEBA_gDNA_plate136 D11 IT047 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2031 C1 NA NA NA 395 set7IT047 Varel_Bryant medium with Dimetridazole 0.025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with 8-hydroxy-nitroquinoline 0.01 mM FEBA_gDNA_plate136 D12 IT048 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.01 mM Dimethyl Sulfoxide 0.1 vol% NA NA 2031 C5 NA NA NA 396 set7IT048 Varel_Bryant medium with 8-hydroxy-nitroquinoline 0.01 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimetridazole 0.025 mM FEBA_gDNA_plate136 E1 IT049 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2031 D3 NA NA NA 397 set7IT049 Varel_Bryant medium with Dimetridazole 0.025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate136 E2 IT050 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2031 D6 NA NA NA 398 set7IT050 Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Benzethonium chloride 0.006 mM FEBA_gDNA_plate136 E3 IT051 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.006 mM Dimethyl Sulfoxide 0.6 vol% NA NA 2032 A1 NA NA NA 399 set7IT051 Varel_Bryant medium with Benzethonium chloride 0.006 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Benzethonium chloride 0.003 mM FEBA_gDNA_plate136 E4 IT052 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.003 mM Dimethyl Sulfoxide 0.3 vol% NA NA 2032 A2 NA NA NA 400 set7IT052 Varel_Bryant medium with Benzethonium chloride 0.003 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dibucaine 0.2 mM FEBA_gDNA_plate136 E5 IT053 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dibucaine 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA 2032 A5 NA NA NA 401 set7IT053 Varel_Bryant medium with Dibucaine 0.2 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dibucaine 0.15 mM FEBA_gDNA_plate136 E6 IT054 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dibucaine 0.15 mM Dimethyl Sulfoxide 1.5 vol% NA NA 2032 A6 NA NA NA 402 set7IT054 Varel_Bryant medium with Dibucaine 0.15 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Tetrazolium violet 0.025 mM FEBA_gDNA_plate136 E7 IT055 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Tetrazolium violet 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2032 B1 NA NA NA 403 set7IT055 Varel_Bryant medium with Tetrazolium violet 0.025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Rotenone 0.2 mM FEBA_gDNA_plate136 E8 IT056 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rotenone 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA 2032 B3 NA NA NA 404 set7IT056 Varel_Bryant medium with Rotenone 0.2 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with 2,2-dibromo-2-cyanoacetamide 0.2 mM FEBA_gDNA_plate136 E9 IT057 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 2,2-dibromo-2-cyanoacetamide 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA 2032 B4 NA NA NA 405 set7IT057 Varel_Bryant medium with 2,2-dibromo-2-cyanoacetamide 0.2 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate136 E10 IT058 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2032 B6 NA NA NA 406 set7IT058 Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Benzethonium chloride 0.006 mM FEBA_gDNA_plate136 E11 IT059 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.006 mM Dimethyl Sulfoxide 0.6 vol% NA NA 2032 C1 NA NA NA 407 set7IT059 Varel_Bryant medium with Benzethonium chloride 0.006 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Benzethonium chloride 0.003 mM FEBA_gDNA_plate136 E12 IT060 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.003 mM Dimethyl Sulfoxide 0.3 vol% NA NA 2032 C2 NA NA NA 408 set7IT060 Varel_Bryant medium with Benzethonium chloride 0.003 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dibucaine 0.2 mM FEBA_gDNA_plate136 F1 IT061 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dibucaine 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA 2032 C5 NA NA NA 409 set7IT061 Varel_Bryant medium with Dibucaine 0.2 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dibucaine 0.15 mM FEBA_gDNA_plate136 F2 IT062 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dibucaine 0.15 mM Dimethyl Sulfoxide 1.5 vol% NA NA 2032 C6 NA NA NA 410 set7IT062 Varel_Bryant medium with Dibucaine 0.15 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Tetrazolium violet 0.025 mM FEBA_gDNA_plate136 F3 IT063 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Tetrazolium violet 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA 2032 D1 NA NA NA 411 set7IT063 Varel_Bryant medium with Tetrazolium violet 0.025 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Rotenone 0.2 mM FEBA_gDNA_plate136 F4 IT064 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rotenone 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA 2032 D3 NA NA NA 412 set7IT064 Varel_Bryant medium with Rotenone 0.2 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with 2,2-dibromo-2-cyanoacetamide 0.2 mM FEBA_gDNA_plate136 F5 IT065 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm 2,2-dibromo-2-cyanoacetamide 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA 2032 D4 NA NA NA 413 set7IT065 Varel_Bryant medium with 2,2-dibromo-2-cyanoacetamide 0.2 mM 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate136 F6 IT066 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% NA NA NA 2032 D6 NA NA NA 414 set7IT066 Varel_Bryant medium with Dimethyl Sulfoxide 2 vol% 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate136 F7 IT067 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 1.2 5.906890596 415 set7IT067 Time0 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate136 F8 IT068 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 1.2 5.906890596 416 set7IT068 Time0 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate136 F9 IT069 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 1.2 5.906890596 417 set7IT069 Time0 5/2/18 Btheta_ML6_set7 Btheta_ML6_set7 5/2/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate136 F10 IT070 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA 0.02 1.2 5.906890596 418 set7IT070 Time0 5/2/18 Btheta_ML6_set7 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimetridazole 0.025 mM FEBA_gDNA_plate140 A1 IT001 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 479 set8IT001 BHIS with Dimetridazole 0.025 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Antimycin A 0.2 mM FEBA_gDNA_plate140 A2 IT002 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Antimycin A 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 480 set8IT002 BHIS with Antimycin A 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.003125 mM FEBA_gDNA_plate140 A3 IT003 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% NA NA NA NA NA 481 set8IT003 BHIS with Chlorhexidine diacetate salt 0.003125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate140 A4 IT004 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 482 set8IT004 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Geneticin G418 0.2 mM FEBA_gDNA_plate140 A5 IT005 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Geneticin G418 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 483 set8IT005 BHIS with Geneticin G418 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Spiramycin 0.2 mM FEBA_gDNA_plate140 A6 IT006 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Spiramycin 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 484 set8IT006 BHIS with Spiramycin 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Thioridazine hydrochloride 0.025 mM FEBA_gDNA_plate140 A7 IT007 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 485 set8IT007 BHIS with Thioridazine 0.025 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimetridazole 0.00625 mM FEBA_gDNA_plate140 A8 IT008 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA NA NA NA 486 set8IT008 BHIS with Dimetridazole 0.00625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Oxytetracycline hydrochloride 0.0001953125 mM FEBA_gDNA_plate140 A9 IT009 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% NA NA NA NA NA 487 set8IT009 BHIS with Oxytetracycline 0.0001953125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate140 A10 IT010 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 488 set8IT010 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimetridazole 0.025 mM FEBA_gDNA_plate140 A11 IT011 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 489 set8IT011 Varel_Bryant_medium_Glucose with Dimetridazole 0.025 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Antimycin A 0.2 mM FEBA_gDNA_plate140 A12 IT012 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Antimycin A 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 490 set8IT012 Varel_Bryant_medium_Glucose with Antimycin A 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimetridazole 0.0125 mM FEBA_gDNA_plate140 B1 IT013 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 491 set8IT013 BHIS with Dimetridazole 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Antimycin A 0.1 mM FEBA_gDNA_plate140 B2 IT014 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Antimycin A 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 492 set8IT014 BHIS with Antimycin A 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.0015625 mM FEBA_gDNA_plate140 B3 IT015 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 493 set8IT015 BHIS with Chlorhexidine diacetate salt 0.0015625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.1 vol% FEBA_gDNA_plate140 B4 IT016 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.1 vol% NA NA NA NA NA NA 494 set8IT016 BHIS with Dimethyl Sulfoxide 0.1 vol% 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Irgasan 0.025 mM FEBA_gDNA_plate140 B5 IT017 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 495 set8IT017 BHIS with Irgasan 0.025 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Spiramycin 0.1 mM FEBA_gDNA_plate140 B6 IT018 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Spiramycin 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 496 set8IT018 BHIS with Spiramycin 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Thioridazine hydrochloride 0.0125 mM FEBA_gDNA_plate140 B7 IT019 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 497 set8IT019 BHIS with Thioridazine 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Anhydrotetracycline hydrochloride 0.0125 mM FEBA_gDNA_plate140 B8 IT020 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 498 set8IT020 BHIS with Anhydrotetracycline 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Rifampicin 0.00009765625 mM FEBA_gDNA_plate140 B9 IT021 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 9.77e-05 mM Dimethyl Sulfoxide 0.000976563 vol% NA NA NA NA NA 499 set8IT021 BHIS with Rifampicin 0.00009765625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate140 B10 IT022 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 500 set8IT022 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimetridazole 0.0125 mM FEBA_gDNA_plate140 B11 IT023 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 501 set8IT023 Varel_Bryant_medium_Glucose with Dimetridazole 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Cefoxitin sodium salt 0.025 mM FEBA_gDNA_plate140 B12 IT024 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 502 set8IT024 Varel_Bryant_medium_Glucose with Cefoxitin 0.025 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with 2-Mercaptopyridine N-oxide sodium salt 0.2 mM FEBA_gDNA_plate140 C1 IT025 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 503 set8IT025 BHIS with 2-Mercaptopyridine N-oxide 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Cefoxitin sodium salt 0.025 mM FEBA_gDNA_plate140 C2 IT026 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 504 set8IT026 BHIS with Cefoxitin 0.025 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Chlorpromazine hydrochloride 0.2 mM FEBA_gDNA_plate140 C3 IT027 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 505 set8IT027 BHIS with Chlorpromazine 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.05 vol% FEBA_gDNA_plate140 C4 IT028 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.05 vol% NA NA NA NA NA NA 506 set8IT028 BHIS with Dimethyl Sulfoxide 0.05 vol% 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Irgasan 0.0125 mM FEBA_gDNA_plate140 C5 IT029 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 507 set8IT029 BHIS with Irgasan 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfamethizole 0.2 mM FEBA_gDNA_plate140 C6 IT030 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamethizole 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 508 set8IT030 BHIS with Sulfamethizole 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Trimethoprim 0.0125 mM FEBA_gDNA_plate140 C7 IT031 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 509 set8IT031 BHIS with Trimethoprim 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Anhydrotetracycline hydrochloride 0.00078125 mM FEBA_gDNA_plate140 C8 IT032 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 510 set8IT032 BHIS with Anhydrotetracycline 0.00078125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Rifampicin 0.000048828125 mM FEBA_gDNA_plate140 C9 IT033 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 4.88e-05 mM Dimethyl Sulfoxide 0.000488281 vol% NA NA NA NA NA 511 set8IT033 BHIS with Rifampicin 0.000048828125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate140 C10 IT034 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 512 set8IT034 Time0 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 2-Mercaptopyridine N-oxide sodium salt 0.2 mM FEBA_gDNA_plate140 C11 IT035 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 513 set8IT035 Varel_Bryant_medium_Glucose with 2-Mercaptopyridine N-oxide 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Cefoxitin sodium salt 0.0125 mM FEBA_gDNA_plate140 C12 IT036 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 514 set8IT036 Varel_Bryant_medium_Glucose with Cefoxitin 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with 2-Mercaptopyridine N-oxide sodium salt 0.1 mM FEBA_gDNA_plate140 D1 IT037 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 515 set8IT037 BHIS with 2-Mercaptopyridine N-oxide 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Cefoxitin sodium salt 0.0125 mM FEBA_gDNA_plate140 D2 IT038 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 516 set8IT038 BHIS with Cefoxitin 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Chlorpromazine hydrochloride 0.1 mM FEBA_gDNA_plate140 D3 IT039 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 517 set8IT039 BHIS with Chlorpromazine 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate140 D4 IT040 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 518 set8IT040 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Levofloxacin 0.0015625 mM FEBA_gDNA_plate140 D5 IT041 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 519 set8IT041 BHIS with Levofloxacin 0.0015625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfamethizole 0.1 mM FEBA_gDNA_plate140 D6 IT042 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamethizole 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 520 set8IT042 BHIS with Sulfamethizole 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Trimethoprim 0.00625 mM FEBA_gDNA_plate140 D7 IT043 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA NA NA NA 521 set8IT043 BHIS with Trimethoprim 0.00625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Doxycycline hyclate 0.000390625 mM FEBA_gDNA_plate140 D8 IT044 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% NA NA NA NA NA 522 set8IT044 BHIS with Doxycycline hyclate 0.000390625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Rifampicin 0.0000244140625 mM FEBA_gDNA_plate140 D9 IT045 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 2.44e-05 mM Dimethyl Sulfoxide 0.000244141 vol% NA NA NA NA NA 523 set8IT045 BHIS with Rifampicin 0.0000244140625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate140 D10 IT046 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 524 set8IT046 Time0 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 2-Mercaptopyridine N-oxide sodium salt 0.1 mM FEBA_gDNA_plate140 D11 IT047 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 525 set8IT047 Varel_Bryant_medium_Glucose with 2-Mercaptopyridine N-oxide 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM FEBA_gDNA_plate140 D12 IT048 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 526 set8IT048 Varel_Bryant_medium_Glucose with Ceftriaxone hemi(heptahydrate) 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with 5-Fluorouracil 0.2 mM FEBA_gDNA_plate140 E1 IT049 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 5-fluorouracil 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 527 set8IT049 BHIS with 5-Fluorouracil 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM FEBA_gDNA_plate140 E2 IT050 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 528 set8IT050 BHIS with Ceftriaxone hemi(heptahydrate) 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Ciprofloxacin Hydrochloride 0.05 mM FEBA_gDNA_plate140 E3 IT051 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 529 set8IT051 BHIS with Ciprofloxacin Hydrochloride 0.05 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Econazole nitrate salt 0.025 mM FEBA_gDNA_plate140 E4 IT052 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 530 set8IT052 BHIS with Econazole nitrate salt 0.025 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Lincomycin hydrochloride 0.0015625 mM FEBA_gDNA_plate140 E5 IT053 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Lincomycin hydrochloride 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 531 set8IT053 BHIS with Lincomycin 0.0015625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfamonomethoxine 0.2 mM FEBA_gDNA_plate140 E6 IT054 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 532 set8IT054 BHIS with Sulfamonomethoxine 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Vancomycin Hydrochloride from Streptomyces orientalis 0.025 mM FEBA_gDNA_plate140 E7 IT055 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 533 set8IT055 BHIS with Vancomycin Hydrochloride from Streptomyces orientalis 0.025 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Doxycycline hyclate 0.0001953125 mM FEBA_gDNA_plate140 E8 IT056 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% NA NA NA NA NA 534 set8IT056 BHIS with Doxycycline hyclate 0.0001953125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Benzethonium chloride 0.0125 mM FEBA_gDNA_plate140 E9 IT057 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 535 set8IT057 BHIS with Benzethonium chloride 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 5-Fluorouracil 0.2 mM FEBA_gDNA_plate140 E11 IT059 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 5-fluorouracil 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 536 set8IT059 Varel_Bryant_medium_Glucose with 5-Fluorouracil 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM FEBA_gDNA_plate140 E12 IT060 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 537 set8IT060 Varel_Bryant_medium_Glucose with Ceftriaxone hemi(heptahydrate) 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with 5-Fluorouracil 0.1 mM FEBA_gDNA_plate140 F1 IT061 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 5-fluorouracil 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 538 set8IT061 BHIS with 5-Fluorouracil 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM FEBA_gDNA_plate140 F2 IT062 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 539 set8IT062 BHIS with Ceftriaxone hemi(heptahydrate) 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Ciprofloxacin Hydrochloride 0.025 mM FEBA_gDNA_plate140 F3 IT063 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 540 set8IT063 BHIS with Ciprofloxacin Hydrochloride 0.025 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Econazole nitrate salt 0.0125 mM FEBA_gDNA_plate140 F4 IT064 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 541 set8IT064 BHIS with Econazole nitrate salt 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Metronidazole 0.0015625 mM FEBA_gDNA_plate140 F5 IT065 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Metronidazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 542 set8IT065 BHIS with Metronidazole 0.0015625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfamonomethoxine 0.1 mM FEBA_gDNA_plate140 F6 IT066 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 543 set8IT066 BHIS with Sulfamonomethoxine 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM FEBA_gDNA_plate140 F7 IT067 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 544 set8IT067 BHIS with Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Doxycycline hyclate 0.00009765625 mM FEBA_gDNA_plate140 F8 IT068 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 9.77e-05 mM Dimethyl Sulfoxide 0.000976563 vol% NA NA NA NA NA 545 set8IT068 BHIS with Doxycycline hyclate 0.00009765625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Benzethonium chloride 0.00078125 mM FEBA_gDNA_plate140 F9 IT069 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 546 set8IT069 BHIS with Benzethonium chloride 0.00078125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 5-Fluorouracil 0.1 mM FEBA_gDNA_plate140 F11 IT071 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 5-fluorouracil 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 547 set8IT071 Varel_Bryant_medium_Glucose with 5-Fluorouracil 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Cephalothin sodium salt 0.2 mM FEBA_gDNA_plate140 F12 IT072 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 548 set8IT072 Varel_Bryant_medium_Glucose with Cephalothin 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.1 mM FEBA_gDNA_plate140 G1 IT073 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 549 set8IT073 BHIS with 8-hydroxy-nitroquinoline 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Cephalothin sodium salt 0.2 mM FEBA_gDNA_plate140 G2 IT074 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 550 set8IT074 BHIS with Cephalothin 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimetridazole 0.0015625 mM FEBA_gDNA_plate140 G3 IT075 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 551 set8IT075 BHIS with Dimetridazole 0.0015625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Furaltadone hydrochloride 0.1 mM FEBA_gDNA_plate140 G4 IT076 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 552 set8IT076 BHIS with Furaltadone 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Phenazine ethosulfate 0.2 mM FEBA_gDNA_plate140 G5 IT077 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 553 set8IT077 BHIS with Phenazine ethosulfate 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfaquinoxaline sodium salt 0.2 mM FEBA_gDNA_plate140 G6 IT078 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 554 set8IT078 BHIS with Sulfaquinoxaline 0.2 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Zinc Pyrithione 0.025 mM FEBA_gDNA_plate140 G7 IT079 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 555 set8IT079 BHIS with Zinc Pyrithione 0.025 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Oxytetracycline hydrochloride 0.00078125 mM FEBA_gDNA_plate140 G8 IT080 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 556 set8IT080 BHIS with Oxytetracycline 0.00078125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate140 G9 IT081 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 557 set8IT081 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 8-hydroxy-nitroquinoline 0.1 mM FEBA_gDNA_plate140 G11 IT083 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 558 set8IT083 Varel_Bryant_medium_Glucose with 8-hydroxy-nitroquinoline 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Cephalothin sodium salt 0.1 mM FEBA_gDNA_plate140 G12 IT084 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 559 set8IT084 Varel_Bryant_medium_Glucose with Cephalothin 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.05 mM FEBA_gDNA_plate140 H1 IT085 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 560 set8IT085 BHIS with 8-hydroxy-nitroquinoline 0.05 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Cephalothin sodium salt 0.1 mM FEBA_gDNA_plate140 H2 IT086 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 561 set8IT086 BHIS with Cephalothin 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimetridazole 0.00078125 mM FEBA_gDNA_plate140 H3 IT087 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 562 set8IT087 BHIS with Dimetridazole 0.00078125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Furaltadone hydrochloride 0.05 mM FEBA_gDNA_plate140 H4 IT088 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 563 set8IT088 BHIS with Furaltadone 0.05 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Ramoplanin 0.003125 mM FEBA_gDNA_plate140 H5 IT089 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ramoplanin 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% NA NA NA NA NA 564 set8IT089 BHIS with Ramoplanin 0.003125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfaquinoxaline sodium salt 0.1 mM FEBA_gDNA_plate140 H6 IT090 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 565 set8IT090 BHIS with Sulfaquinoxaline 0.1 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Zinc Pyrithione 0.0125 mM FEBA_gDNA_plate140 H7 IT091 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 566 set8IT091 BHIS with Zinc Pyrithione 0.0125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Oxytetracycline hydrochloride 0.000390625 mM FEBA_gDNA_plate140 H8 IT092 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% NA NA NA NA NA 567 set8IT092 BHIS with Oxytetracycline 0.000390625 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate140 H9 IT093 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 568 set8IT093 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 8-hydroxy-nitroquinoline 0.05 mM FEBA_gDNA_plate140 H11 IT095 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 569 set8IT095 Varel_Bryant_medium_Glucose with 8-hydroxy-nitroquinoline 0.05 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set8 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Chlorhexidine diacetate salt hydrate 0.003125 mM FEBA_gDNA_plate140 H12 IT096 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% NA NA NA NA NA 570 set8IT096 Varel_Bryant_medium_Glucose with Chlorhexidine diacetate salt 0.003125 mM 6/18/18 Btheta_ML6_set8 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimetridazole 0.025 mM FEBA_gDNA_plate141 A1 IT001 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 571 set9IT001 BHIS with Dimetridazole 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Antimycin A 0.2 mM FEBA_gDNA_plate141 A2 IT002 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Antimycin A 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 572 set9IT002 BHIS with Antimycin A 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.003125 mM FEBA_gDNA_plate141 A3 IT003 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% NA NA NA NA NA 573 set9IT003 BHIS with Chlorhexidine diacetate salt 0.003125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate141 A4 IT004 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 574 set9IT004 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Geneticin G418 0.2 mM FEBA_gDNA_plate141 A5 IT005 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Geneticin G418 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 575 set9IT005 BHIS with Geneticin G418 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Spiramycin 0.2 mM FEBA_gDNA_plate141 A6 IT006 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Spiramycin 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 576 set9IT006 BHIS with Spiramycin 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Thioridazine hydrochloride 0.025 mM FEBA_gDNA_plate141 A7 IT007 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 577 set9IT007 BHIS with Thioridazine 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimetridazole 0.00625 mM FEBA_gDNA_plate141 A8 IT008 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA NA NA NA 578 set9IT008 BHIS with Dimetridazole 0.00625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Oxytetracycline hydrochloride 0.0001953125 mM FEBA_gDNA_plate141 A9 IT009 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% NA NA NA NA NA 579 set9IT009 BHIS with Oxytetracycline 0.0001953125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate141 A10 IT010 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 580 set9IT010 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Chlorhexidine diacetate salt hydrate 0.0015625 mM FEBA_gDNA_plate141 A11 IT011 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 581 set9IT011 Varel_Bryant_medium_Glucose with Chlorhexidine diacetate salt 0.0015625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.05 vol% FEBA_gDNA_plate141 A12 IT012 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.05 vol% Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 582 set9IT012 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.05 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimetridazole 0.0125 mM FEBA_gDNA_plate141 B1 IT013 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 583 set9IT013 BHIS with Dimetridazole 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Antimycin A 0.1 mM FEBA_gDNA_plate141 B2 IT014 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Antimycin A 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 584 set9IT014 BHIS with Antimycin A 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.0015625 mM FEBA_gDNA_plate141 B3 IT015 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 585 set9IT015 BHIS with Chlorhexidine diacetate salt 0.0015625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.1 vol% FEBA_gDNA_plate141 B4 IT016 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.1 vol% NA NA NA NA NA NA 586 set9IT016 BHIS with Dimethyl Sulfoxide 0.1 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Irgasan 0.025 mM FEBA_gDNA_plate141 B5 IT017 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 587 set9IT017 BHIS with Irgasan 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Spiramycin 0.1 mM FEBA_gDNA_plate141 B6 IT018 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Spiramycin 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 588 set9IT018 BHIS with Spiramycin 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Thioridazine hydrochloride 0.0125 mM FEBA_gDNA_plate141 B7 IT019 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 589 set9IT019 BHIS with Thioridazine 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Anhydrotetracycline hydrochloride 0.0125 mM FEBA_gDNA_plate141 B8 IT020 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 590 set9IT020 BHIS with Anhydrotetracycline 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Rifampicin 0.00009765625 mM FEBA_gDNA_plate141 B9 IT021 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 9.77e-05 mM Dimethyl Sulfoxide 0.000976563 vol% NA NA NA NA NA 591 set9IT021 BHIS with Rifampicin 0.00009765625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate141 B10 IT022 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 592 set9IT022 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Chlorpromazine hydrochloride 0.1 mM FEBA_gDNA_plate141 B11 IT023 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 593 set9IT023 Varel_Bryant_medium_Glucose with Chlorpromazine 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate141 B12 IT024 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 594 set9IT024 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with 2-Mercaptopyridine N-oxide sodium salt 0.2 mM FEBA_gDNA_plate141 C1 IT025 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 595 set9IT025 BHIS with 2-Mercaptopyridine N-oxide 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Cefoxitin sodium salt 0.025 mM FEBA_gDNA_plate141 C2 IT026 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 596 set9IT026 BHIS with Cefoxitin 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Chlorpromazine hydrochloride 0.2 mM FEBA_gDNA_plate141 C3 IT027 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 597 set9IT027 BHIS with Chlorpromazine 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.05 vol% FEBA_gDNA_plate141 C4 IT028 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.05 vol% NA NA NA NA NA NA 598 set9IT028 BHIS with Dimethyl Sulfoxide 0.05 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Irgasan 0.0125 mM FEBA_gDNA_plate141 C5 IT029 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 599 set9IT029 BHIS with Irgasan 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfamethizole 0.2 mM FEBA_gDNA_plate141 C6 IT030 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamethizole 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 600 set9IT030 BHIS with Sulfamethizole 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Trimethoprim 0.0125 mM FEBA_gDNA_plate141 C7 IT031 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 601 set9IT031 BHIS with Trimethoprim 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Anhydrotetracycline hydrochloride 0.00078125 mM FEBA_gDNA_plate141 C8 IT032 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 602 set9IT032 BHIS with Anhydrotetracycline 0.00078125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Rifampicin 0.000048828125 mM FEBA_gDNA_plate141 C9 IT033 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 4.88e-05 mM Dimethyl Sulfoxide 0.000488281 vol% NA NA NA NA NA 603 set9IT033 BHIS with Rifampicin 0.000048828125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate141 C10 IT034 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 604 set9IT034 Time0 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Chlorpromazine hydrochloride 0.05 mM FEBA_gDNA_plate141 C11 IT035 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 605 set9IT035 Varel_Bryant_medium_Glucose with Chlorpromazine 0.05 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Econazole nitrate salt 0.025 mM FEBA_gDNA_plate141 C12 IT036 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 606 set9IT036 Varel_Bryant_medium_Glucose with Econazole nitrate salt 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with 2-Mercaptopyridine N-oxide sodium salt 0.1 mM FEBA_gDNA_plate141 D1 IT037 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 607 set9IT037 BHIS with 2-Mercaptopyridine N-oxide 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Cefoxitin sodium salt 0.0125 mM FEBA_gDNA_plate141 D2 IT038 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 608 set9IT038 BHIS with Cefoxitin 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Chlorpromazine hydrochloride 0.1 mM FEBA_gDNA_plate141 D3 IT039 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 609 set9IT039 BHIS with Chlorpromazine 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate141 D4 IT040 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 610 set9IT040 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Levofloxacin 0.0015625 mM FEBA_gDNA_plate141 D5 IT041 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 611 set9IT041 BHIS with Levofloxacin 0.0015625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfamethizole 0.1 mM FEBA_gDNA_plate141 D6 IT042 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamethizole 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 612 set9IT042 BHIS with Sulfamethizole 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Trimethoprim 0.00625 mM FEBA_gDNA_plate141 D7 IT043 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA NA NA NA 613 set9IT043 BHIS with Trimethoprim 0.00625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Doxycycline hyclate 0.000390625 mM FEBA_gDNA_plate141 D8 IT044 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% NA NA NA NA NA 614 set9IT044 BHIS with Doxycycline hyclate 0.000390625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Rifampicin 0.0000244140625 mM FEBA_gDNA_plate141 D9 IT045 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 2.44e-05 mM Dimethyl Sulfoxide 0.000244141 vol% NA NA NA NA NA 615 set9IT045 BHIS with Rifampicin 0.0000244140625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate141 D10 IT046 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 616 set9IT046 Time0 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ciprofloxacin Hydrochloride 0.05 mM FEBA_gDNA_plate141 D11 IT047 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 617 set9IT047 Varel_Bryant_medium_Glucose with Ciprofloxacin Hydrochloride 0.05 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Econazole nitrate salt 0.0125 mM FEBA_gDNA_plate141 D12 IT048 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 618 set9IT048 Varel_Bryant_medium_Glucose with Econazole nitrate salt 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with 5-Fluorouracil 0.2 mM FEBA_gDNA_plate141 E1 IT049 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 5-fluorouracil 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 619 set9IT049 BHIS with 5-Fluorouracil 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM FEBA_gDNA_plate141 E2 IT050 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 620 set9IT050 BHIS with Ceftriaxone hemi(heptahydrate) 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Ciprofloxacin Hydrochloride 0.05 mM FEBA_gDNA_plate141 E3 IT051 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 621 set9IT051 BHIS with Ciprofloxacin Hydrochloride 0.05 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Econazole nitrate salt 0.025 mM FEBA_gDNA_plate141 E4 IT052 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 622 set9IT052 BHIS with Econazole nitrate salt 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Lincomycin hydrochloride 0.0015625 mM FEBA_gDNA_plate141 E5 IT053 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Lincomycin hydrochloride 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 623 set9IT053 BHIS with Lincomycin 0.0015625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfamonomethoxine 0.2 mM FEBA_gDNA_plate141 E6 IT054 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 624 set9IT054 BHIS with Sulfamonomethoxine 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Vancomycin Hydrochloride from Streptomyces orientalis 0.025 mM FEBA_gDNA_plate141 E7 IT055 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 625 set9IT055 BHIS with Vancomycin Hydrochloride from Streptomyces orientalis 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Doxycycline hyclate 0.0001953125 mM FEBA_gDNA_plate141 E8 IT056 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% NA NA NA NA NA 626 set9IT056 BHIS with Doxycycline hyclate 0.0001953125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Benzethonium chloride 0.0125 mM FEBA_gDNA_plate141 E9 IT057 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 627 set9IT057 BHIS with Benzethonium chloride 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ciprofloxacin Hydrochloride 0.025 mM FEBA_gDNA_plate141 E11 IT059 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 628 set9IT059 Varel_Bryant_medium_Glucose with Ciprofloxacin Hydrochloride 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Furaltadone hydrochloride 0.1 mM FEBA_gDNA_plate141 E12 IT060 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 629 set9IT060 Varel_Bryant_medium_Glucose with Furaltadone 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with 5-Fluorouracil 0.1 mM FEBA_gDNA_plate141 F1 IT061 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 5-fluorouracil 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 630 set9IT061 BHIS with 5-Fluorouracil 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM FEBA_gDNA_plate141 F2 IT062 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 631 set9IT062 BHIS with Ceftriaxone hemi(heptahydrate) 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Ciprofloxacin Hydrochloride 0.025 mM FEBA_gDNA_plate141 F3 IT063 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 632 set9IT063 BHIS with Ciprofloxacin Hydrochloride 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Econazole nitrate salt 0.0125 mM FEBA_gDNA_plate141 F4 IT064 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 633 set9IT064 BHIS with Econazole nitrate salt 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Metronidazole 0.0015625 mM FEBA_gDNA_plate141 F5 IT065 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Metronidazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 634 set9IT065 BHIS with Metronidazole 0.0015625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfamonomethoxine 0.1 mM FEBA_gDNA_plate141 F6 IT066 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 635 set9IT066 BHIS with Sulfamonomethoxine 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM FEBA_gDNA_plate141 F7 IT067 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 636 set9IT067 BHIS with Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Doxycycline hyclate 0.00009765625 mM FEBA_gDNA_plate141 F8 IT068 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 9.77e-05 mM Dimethyl Sulfoxide 0.000976563 vol% NA NA NA NA NA 637 set9IT068 BHIS with Doxycycline hyclate 0.00009765625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Benzethonium chloride 0.00078125 mM FEBA_gDNA_plate141 F9 IT069 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 638 set9IT069 BHIS with Benzethonium chloride 0.00078125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimetridazole 0.0015625 mM FEBA_gDNA_plate141 F11 IT071 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 639 set9IT071 Varel_Bryant_medium_Glucose with Dimetridazole 0.0015625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Furaltadone hydrochloride 0.05 mM FEBA_gDNA_plate141 F12 IT072 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 640 set9IT072 Varel_Bryant_medium_Glucose with Furaltadone 0.05 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.1 mM FEBA_gDNA_plate141 G1 IT073 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 641 set9IT073 BHIS with 8-hydroxy-nitroquinoline 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Cephalothin sodium salt 0.2 mM FEBA_gDNA_plate141 G2 IT074 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 642 set9IT074 BHIS with Cephalothin 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimetridazole 0.0015625 mM FEBA_gDNA_plate141 G3 IT075 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 643 set9IT075 BHIS with Dimetridazole 0.0015625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Furaltadone hydrochloride 0.1 mM FEBA_gDNA_plate141 G4 IT076 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 644 set9IT076 BHIS with Furaltadone 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Phenazine ethosulfate 0.2 mM FEBA_gDNA_plate141 G5 IT077 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 645 set9IT077 BHIS with Phenazine ethosulfate 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfaquinoxaline sodium salt 0.2 mM FEBA_gDNA_plate141 G6 IT078 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 646 set9IT078 BHIS with Sulfaquinoxaline 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Zinc Pyrithione 0.025 mM FEBA_gDNA_plate141 G7 IT079 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 647 set9IT079 BHIS with Zinc Pyrithione 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Oxytetracycline hydrochloride 0.00078125 mM FEBA_gDNA_plate141 G8 IT080 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 648 set9IT080 BHIS with Oxytetracycline 0.00078125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate141 G9 IT081 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 649 set9IT081 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate141 G11 IT083 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 650 set9IT083 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Geneticin G418 0.2 mM FEBA_gDNA_plate141 G12 IT084 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Geneticin G418 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 651 set9IT084 Varel_Bryant_medium_Glucose with Geneticin G418 0.2 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.05 mM FEBA_gDNA_plate141 H1 IT085 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 652 set9IT085 BHIS with 8-hydroxy-nitroquinoline 0.05 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Cephalothin sodium salt 0.1 mM FEBA_gDNA_plate141 H2 IT086 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 653 set9IT086 BHIS with Cephalothin 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimetridazole 0.00078125 mM FEBA_gDNA_plate141 H3 IT087 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 654 set9IT087 BHIS with Dimetridazole 0.00078125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Furaltadone hydrochloride 0.05 mM FEBA_gDNA_plate141 H4 IT088 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 655 set9IT088 BHIS with Furaltadone 0.05 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Ramoplanin 0.003125 mM FEBA_gDNA_plate141 H5 IT089 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ramoplanin 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% NA NA NA NA NA 656 set9IT089 BHIS with Ramoplanin 0.003125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Sulfaquinoxaline sodium salt 0.1 mM FEBA_gDNA_plate141 H6 IT090 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 657 set9IT090 BHIS with Sulfaquinoxaline 0.1 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Zinc Pyrithione 0.0125 mM FEBA_gDNA_plate141 H7 IT091 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 658 set9IT091 BHIS with Zinc Pyrithione 0.0125 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Oxytetracycline hydrochloride 0.000390625 mM FEBA_gDNA_plate141 H8 IT092 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% NA NA NA NA NA 659 set9IT092 BHIS with Oxytetracycline 0.000390625 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a BHIS with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate141 H9 IT093 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% 2 NA NA NA NA NA 660 set9IT093 BHIS with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.1 vol% FEBA_gDNA_plate141 H11 IT095 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.1 vol% NA NA NA NA NA NA 661 set9IT095 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.1 vol% 6/18/18 Btheta_ML6_set9 Btheta_ML6_set9 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Irgasan 0.025 mM FEBA_gDNA_plate141 H12 IT096 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 662 set9IT096 Varel_Bryant_medium_Glucose with Irgasan 0.025 mM 6/18/18 Btheta_ML6_set9 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimetridazole 0.025 mM FEBA_gDNA_plate142 A1 IT001 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 663 set10IT001 Varel_Bryant_medium_Glucose with Dimetridazole 0.025 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Antimycin A 0.2 mM FEBA_gDNA_plate142 A2 IT002 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Antimycin A 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 664 set10IT002 Varel_Bryant_medium_Glucose with Antimycin A 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Chlorhexidine diacetate salt hydrate 0.0015625 mM FEBA_gDNA_plate142 A3 IT003 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 665 set10IT003 Varel_Bryant_medium_Glucose with Chlorhexidine diacetate salt 0.0015625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.05 vol% FEBA_gDNA_plate142 A4 IT004 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.05 vol% NA NA NA NA NA NA 666 set10IT004 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.05 vol% 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Irgasan 0.0125 mM FEBA_gDNA_plate142 A5 IT005 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 667 set10IT005 Varel_Bryant_medium_Glucose with Irgasan 0.0125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ramoplanin 0.0015625 mM FEBA_gDNA_plate142 A6 IT006 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ramoplanin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 668 set10IT006 Varel_Bryant_medium_Glucose with Ramoplanin 0.0015625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Thioridazine hydrochloride 0.025 mM FEBA_gDNA_plate142 A7 IT007 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 669 set10IT007 Varel_Bryant_medium_Glucose with Thioridazine 0.025 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Anhydrotetracycline hydrochloride 0.00078125 mM FEBA_gDNA_plate142 A8 IT008 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 670 set10IT008 Varel_Bryant_medium_Glucose with Anhydrotetracycline 0.00078125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Rifampicin 0.0001953125 mM FEBA_gDNA_plate142 A9 IT009 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% NA NA NA NA NA 671 set10IT009 Varel_Bryant_medium_Glucose with Rifampicin 0.0001953125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate142 A10 IT010 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 672 set10IT010 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Irgasan 0.0125 mM FEBA_gDNA_plate142 A11 IT011 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 673 set10IT011 Varel_Bryant_medium_Glucose with Irgasan 0.0125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ramoplanin 0.0015625 mM FEBA_gDNA_plate142 A12 IT012 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ramoplanin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 674 set10IT012 Varel_Bryant_medium_Glucose with Ramoplanin 0.0015625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimetridazole 0.0125 mM FEBA_gDNA_plate142 B1 IT013 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 675 set10IT013 Varel_Bryant_medium_Glucose with Dimetridazole 0.0125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Cefoxitin sodium salt 0.025 mM FEBA_gDNA_plate142 B2 IT014 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 676 set10IT014 Varel_Bryant_medium_Glucose with Cefoxitin 0.025 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Chlorpromazine hydrochloride 0.1 mM FEBA_gDNA_plate142 B3 IT015 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 677 set10IT015 Varel_Bryant_medium_Glucose with Chlorpromazine 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate142 B4 IT016 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 678 set10IT016 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Levofloxacin 0.0015625 mM FEBA_gDNA_plate142 B5 IT017 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 679 set10IT017 Varel_Bryant_medium_Glucose with Levofloxacin 0.0015625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Spiramycin 0.2 mM FEBA_gDNA_plate142 B6 IT018 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Spiramycin 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 680 set10IT018 Varel_Bryant_medium_Glucose with Spiramycin 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Trimethoprim 0.025 mM FEBA_gDNA_plate142 B7 IT019 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 681 set10IT019 Varel_Bryant_medium_Glucose with Trimethoprim 0.025 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Anhydrotetracycline hydrochloride 0.000390625 mM FEBA_gDNA_plate142 B8 IT020 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% NA NA NA NA NA 682 set10IT020 Varel_Bryant_medium_Glucose with Anhydrotetracycline 0.000390625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Rifampicin 0.00009765625 mM FEBA_gDNA_plate142 B9 IT021 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 9.77e-05 mM Dimethyl Sulfoxide 0.000976563 vol% NA NA NA NA NA 683 set10IT021 Varel_Bryant_medium_Glucose with Rifampicin 0.00009765625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate142 B10 IT022 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 684 set10IT022 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Levofloxacin 0.0015625 mM FEBA_gDNA_plate142 B11 IT023 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 685 set10IT023 Varel_Bryant_medium_Glucose with Levofloxacin 0.0015625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Spiramycin 0.2 mM FEBA_gDNA_plate142 B12 IT024 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Spiramycin 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 686 set10IT024 Varel_Bryant_medium_Glucose with Spiramycin 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 2-Mercaptopyridine N-oxide sodium salt 0.2 mM FEBA_gDNA_plate142 C1 IT025 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 687 set10IT025 Varel_Bryant_medium_Glucose with 2-Mercaptopyridine N-oxide 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Cefoxitin sodium salt 0.0125 mM FEBA_gDNA_plate142 C2 IT026 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 688 set10IT026 Varel_Bryant_medium_Glucose with Cefoxitin 0.0125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Chlorpromazine hydrochloride 0.05 mM FEBA_gDNA_plate142 C3 IT027 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 689 set10IT027 Varel_Bryant_medium_Glucose with Chlorpromazine 0.05 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Econazole nitrate salt 0.025 mM FEBA_gDNA_plate142 C4 IT028 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 690 set10IT028 Varel_Bryant_medium_Glucose with Econazole nitrate salt 0.025 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Levofloxacin 0.00078125 mM FEBA_gDNA_plate142 C5 IT029 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 691 set10IT029 Varel_Bryant_medium_Glucose with Levofloxacin 0.00078125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Sulfamethizole 0.2 mM FEBA_gDNA_plate142 C6 IT030 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamethizole 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 692 set10IT030 Varel_Bryant_medium_Glucose with Sulfamethizole 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Trimethoprim 0.0125 mM FEBA_gDNA_plate142 C7 IT031 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 693 set10IT031 Varel_Bryant_medium_Glucose with Trimethoprim 0.0125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.0001953125 mM FEBA_gDNA_plate142 C8 IT032 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% NA NA NA NA NA 694 set10IT032 Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.0001953125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Rifampicin 0.000048828125 mM FEBA_gDNA_plate142 C9 IT033 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 4.88e-05 mM Dimethyl Sulfoxide 0.000488281 vol% NA NA NA NA NA 695 set10IT033 Varel_Bryant_medium_Glucose with Rifampicin 0.000048828125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate142 C10 IT034 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 696 set10IT034 Time0 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Levofloxacin 0.00078125 mM FEBA_gDNA_plate142 C11 IT035 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Levofloxacin 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 697 set10IT035 Varel_Bryant_medium_Glucose with Levofloxacin 0.00078125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Sulfamethizole 0.2 mM FEBA_gDNA_plate142 C12 IT036 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamethizole 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 698 set10IT036 Varel_Bryant_medium_Glucose with Sulfamethizole 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 2-Mercaptopyridine N-oxide sodium salt 0.1 mM FEBA_gDNA_plate142 D1 IT037 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 699 set10IT037 Varel_Bryant_medium_Glucose with 2-Mercaptopyridine N-oxide 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM FEBA_gDNA_plate142 D2 IT038 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 700 set10IT038 Varel_Bryant_medium_Glucose with Ceftriaxone hemi(heptahydrate) 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ciprofloxacin Hydrochloride 0.05 mM FEBA_gDNA_plate142 D3 IT039 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 701 set10IT039 Varel_Bryant_medium_Glucose with Ciprofloxacin Hydrochloride 0.05 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Econazole nitrate salt 0.0125 mM FEBA_gDNA_plate142 D4 IT040 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Econazole nitrate salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 702 set10IT040 Varel_Bryant_medium_Glucose with Econazole nitrate salt 0.0125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Lincomycin hydrochloride 0.0015625 mM FEBA_gDNA_plate142 D5 IT041 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Lincomycin hydrochloride 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 703 set10IT041 Varel_Bryant_medium_Glucose with Lincomycin 0.0015625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Sulfamethizole 0.1 mM FEBA_gDNA_plate142 D6 IT042 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamethizole 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 704 set10IT042 Varel_Bryant_medium_Glucose with Sulfamethizole 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM FEBA_gDNA_plate142 D7 IT043 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 705 set10IT043 Varel_Bryant_medium_Glucose with Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.00009765625 mM FEBA_gDNA_plate142 D8 IT044 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 9.77e-05 mM Dimethyl Sulfoxide 0.000976563 vol% NA NA NA NA NA 706 set10IT044 Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.00009765625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Benzethonium chloride 0.0125 mM FEBA_gDNA_plate142 D9 IT045 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 707 set10IT045 Varel_Bryant_medium_Glucose with Benzethonium chloride 0.0125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate142 D10 IT046 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 708 set10IT046 Time0 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Lincomycin hydrochloride 0.0015625 mM FEBA_gDNA_plate142 D11 IT047 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Lincomycin hydrochloride 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 709 set10IT047 Varel_Bryant_medium_Glucose with Lincomycin 0.0015625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Sulfamethizole 0.1 mM FEBA_gDNA_plate142 D12 IT048 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamethizole 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 710 set10IT048 Varel_Bryant_medium_Glucose with Sulfamethizole 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 5-Fluorouracil 0.2 mM FEBA_gDNA_plate142 E1 IT049 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 5-fluorouracil 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 711 set10IT049 Varel_Bryant_medium_Glucose with 5-Fluorouracil 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM FEBA_gDNA_plate142 E2 IT050 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 712 set10IT050 Varel_Bryant_medium_Glucose with Ceftriaxone hemi(heptahydrate) 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ciprofloxacin Hydrochloride 0.025 mM FEBA_gDNA_plate142 E3 IT051 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 713 set10IT051 Varel_Bryant_medium_Glucose with Ciprofloxacin Hydrochloride 0.025 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Furaltadone hydrochloride 0.1 mM FEBA_gDNA_plate142 E4 IT052 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 714 set10IT052 Varel_Bryant_medium_Glucose with Furaltadone 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Metronidazole 0.0015625 mM FEBA_gDNA_plate142 E5 IT053 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Metronidazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 715 set10IT053 Varel_Bryant_medium_Glucose with Metronidazole 0.0015625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Sulfamonomethoxine 0.2 mM FEBA_gDNA_plate142 E6 IT054 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 716 set10IT054 Varel_Bryant_medium_Glucose with Sulfamonomethoxine 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Vancomycin Hydrochloride from Streptomyces orientalis 0.00625 mM FEBA_gDNA_plate142 E7 IT055 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA NA NA NA 717 set10IT055 Varel_Bryant_medium_Glucose with Vancomycin Hydrochloride from Streptomyces orientalis 0.00625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.000048828125 mM FEBA_gDNA_plate142 E8 IT056 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 4.88e-05 mM Dimethyl Sulfoxide 0.000488281 vol% NA NA NA NA NA 718 set10IT056 Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.000048828125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Benzethonium chloride 0.00078125 mM FEBA_gDNA_plate142 E9 IT057 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 719 set10IT057 Varel_Bryant_medium_Glucose with Benzethonium chloride 0.00078125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Metronidazole 0.0015625 mM FEBA_gDNA_plate142 E11 IT059 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Metronidazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 720 set10IT059 Varel_Bryant_medium_Glucose with Metronidazole 0.0015625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Sulfamonomethoxine 0.2 mM FEBA_gDNA_plate142 E12 IT060 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 721 set10IT060 Varel_Bryant_medium_Glucose with Sulfamonomethoxine 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 5-Fluorouracil 0.1 mM FEBA_gDNA_plate142 F1 IT061 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 5-fluorouracil 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 722 set10IT061 Varel_Bryant_medium_Glucose with 5-Fluorouracil 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Cephalothin sodium salt 0.2 mM FEBA_gDNA_plate142 F2 IT062 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 723 set10IT062 Varel_Bryant_medium_Glucose with Cephalothin 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimetridazole 0.0015625 mM FEBA_gDNA_plate142 F3 IT063 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimetridazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% NA NA NA NA NA 724 set10IT063 Varel_Bryant_medium_Glucose with Dimetridazole 0.0015625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Furaltadone hydrochloride 0.05 mM FEBA_gDNA_plate142 F4 IT064 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 725 set10IT064 Varel_Bryant_medium_Glucose with Furaltadone 0.05 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Phenazine ethosulfate 0.2 mM FEBA_gDNA_plate142 F5 IT065 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 726 set10IT065 Varel_Bryant_medium_Glucose with Phenazine ethosulfate 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Sulfaquinoxaline sodium salt 0.2 mM FEBA_gDNA_plate142 F6 IT066 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 727 set10IT066 Varel_Bryant_medium_Glucose with Sulfaquinoxaline 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Zinc Pyrithione 0.05 mM FEBA_gDNA_plate142 F7 IT067 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 728 set10IT067 Varel_Bryant_medium_Glucose with Zinc Pyrithione 0.05 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Oxytetracycline hydrochloride 0.000390625 mM FEBA_gDNA_plate142 F8 IT068 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% NA NA NA NA NA 729 set10IT068 Varel_Bryant_medium_Glucose with Oxytetracycline 0.000390625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Benzethonium chloride 0.000390625 mM FEBA_gDNA_plate142 F9 IT069 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% NA NA NA NA NA 730 set10IT069 Varel_Bryant_medium_Glucose with Benzethonium chloride 0.000390625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Phenazine ethosulfate 0.2 mM FEBA_gDNA_plate142 F11 IT071 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 731 set10IT071 Varel_Bryant_medium_Glucose with Phenazine ethosulfate 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Sulfaquinoxaline sodium salt 0.2 mM FEBA_gDNA_plate142 F12 IT072 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 732 set10IT072 Varel_Bryant_medium_Glucose with Sulfaquinoxaline 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 8-hydroxy-nitroquinoline 0.1 mM FEBA_gDNA_plate142 G1 IT073 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 733 set10IT073 Varel_Bryant_medium_Glucose with 8-hydroxy-nitroquinoline 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Cephalothin sodium salt 0.1 mM FEBA_gDNA_plate142 G2 IT074 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 734 set10IT074 Varel_Bryant_medium_Glucose with Cephalothin 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate142 G3 IT075 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 735 set10IT075 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Geneticin G418 0.2 mM FEBA_gDNA_plate142 G4 IT076 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Geneticin G418 0.2 mM Dimethyl Sulfoxide 2 vol% NA NA NA NA NA 736 set10IT076 Varel_Bryant_medium_Glucose with Geneticin G418 0.2 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Phenazine ethosulfate 0.1 mM FEBA_gDNA_plate142 G5 IT077 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 737 set10IT077 Varel_Bryant_medium_Glucose with Phenazine ethosulfate 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Sulfaquinoxaline sodium salt 0.1 mM FEBA_gDNA_plate142 G6 IT078 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 738 set10IT078 Varel_Bryant_medium_Glucose with Sulfaquinoxaline 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Zinc Pyrithione 0.025 mM FEBA_gDNA_plate142 G7 IT079 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 739 set10IT079 Varel_Bryant_medium_Glucose with Zinc Pyrithione 0.025 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Oxytetracycline hydrochloride 0.0001953125 mM FEBA_gDNA_plate142 G8 IT080 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% NA NA NA NA NA 740 set10IT080 Varel_Bryant_medium_Glucose with Oxytetracycline 0.0001953125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate142 G9 IT081 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 741 set10IT081 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Phenazine ethosulfate 0.1 mM FEBA_gDNA_plate142 G11 IT083 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 742 set10IT083 Varel_Bryant_medium_Glucose with Phenazine ethosulfate 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Sulfaquinoxaline sodium salt 0.1 mM FEBA_gDNA_plate142 G12 IT084 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% NA NA NA NA NA 743 set10IT084 Varel_Bryant_medium_Glucose with Sulfaquinoxaline 0.1 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with 8-hydroxy-nitroquinoline 0.05 mM FEBA_gDNA_plate142 H1 IT085 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 744 set10IT085 Varel_Bryant_medium_Glucose with 8-hydroxy-nitroquinoline 0.05 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Chlorhexidine diacetate salt hydrate 0.003125 mM FEBA_gDNA_plate142 H2 IT086 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% NA NA NA NA NA 745 set10IT086 Varel_Bryant_medium_Glucose with Chlorhexidine diacetate salt 0.003125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.1 vol% FEBA_gDNA_plate142 H3 IT087 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.1 vol% NA NA NA NA NA NA 746 set10IT087 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.1 vol% 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Irgasan 0.025 mM FEBA_gDNA_plate142 H4 IT088 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Irgasan 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 747 set10IT088 Varel_Bryant_medium_Glucose with Irgasan 0.025 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ramoplanin 0.003125 mM FEBA_gDNA_plate142 H5 IT089 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ramoplanin 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% NA NA NA NA NA 748 set10IT089 Varel_Bryant_medium_Glucose with Ramoplanin 0.003125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Thioridazine hydrochloride 0.05 mM FEBA_gDNA_plate142 H6 IT090 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 749 set10IT090 Varel_Bryant_medium_Glucose with Thioridazine 0.05 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Anhydrotetracycline hydrochloride 0.0125 mM FEBA_gDNA_plate142 H7 IT091 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 750 set10IT091 Varel_Bryant_medium_Glucose with Anhydrotetracycline 0.0125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Oxytetracycline hydrochloride 0.00009765625 mM FEBA_gDNA_plate142 H8 IT092 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 9.77e-05 mM Dimethyl Sulfoxide 0.000976563 vol% NA NA NA NA NA 751 set10IT092 Varel_Bryant_medium_Glucose with Oxytetracycline 0.00009765625 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate142 H9 IT093 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 752 set10IT093 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Ramoplanin 0.003125 mM FEBA_gDNA_plate142 H11 IT095 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Ramoplanin 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% NA NA NA NA NA 753 set10IT095 Varel_Bryant_medium_Glucose with Ramoplanin 0.003125 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set10 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Thioridazine hydrochloride 0.05 mM FEBA_gDNA_plate142 H12 IT096 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 754 set10IT096 Varel_Bryant_medium_Glucose with Thioridazine 0.05 mM 6/18/18 Btheta_ML6_set10 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Thioridazine hydrochloride 0.025 mM FEBA_gDNA_plate144 A1 IT001 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 755 set11IT001 Varel_Bryant_medium_Glucose with Thioridazine 0.025 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Trimethoprim 0.025 mM FEBA_gDNA_plate144 A2 IT002 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 756 set11IT002 Varel_Bryant_medium_Glucose with Trimethoprim 0.025 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Trimethoprim 0.0125 mM FEBA_gDNA_plate144 A3 IT003 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 757 set11IT003 Varel_Bryant_medium_Glucose with Trimethoprim 0.0125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM FEBA_gDNA_plate144 A4 IT004 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 758 set11IT004 Varel_Bryant_medium_Glucose with Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Vancomycin Hydrochloride from Streptomyces orientalis 0.00625 mM FEBA_gDNA_plate144 A5 IT005 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% NA NA NA NA NA 759 set11IT005 Varel_Bryant_medium_Glucose with Vancomycin Hydrochloride from Streptomyces orientalis 0.00625 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Zinc Pyrithione 0.05 mM FEBA_gDNA_plate144 A6 IT006 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% NA NA NA NA NA 760 set11IT006 Varel_Bryant_medium_Glucose with Zinc Pyrithione 0.05 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Zinc Pyrithione 0.025 mM FEBA_gDNA_plate144 A7 IT007 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% NA NA NA NA NA 761 set11IT007 Varel_Bryant_medium_Glucose with Zinc Pyrithione 0.025 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Anhydrotetracycline hydrochloride 0.0125 mM FEBA_gDNA_plate144 A8 IT008 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 762 set11IT008 Varel_Bryant_medium_Glucose with Anhydrotetracycline 0.0125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Anhydrotetracycline hydrochloride 0.00078125 mM FEBA_gDNA_plate144 A9 IT009 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 763 set11IT009 Varel_Bryant_medium_Glucose with Anhydrotetracycline 0.00078125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Anhydrotetracycline hydrochloride 0.000390625 mM FEBA_gDNA_plate144 A10 IT010 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% NA NA NA NA NA 764 set11IT010 Varel_Bryant_medium_Glucose with Anhydrotetracycline 0.000390625 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.0001953125 mM FEBA_gDNA_plate144 A11 IT011 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% NA NA NA NA NA 765 set11IT011 Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.0001953125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.00009765625 mM FEBA_gDNA_plate144 A12 IT012 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 9.77e-05 mM Dimethyl Sulfoxide 0.000976563 vol% NA NA NA NA NA 766 set11IT012 Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.00009765625 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.000048828125 mM FEBA_gDNA_plate144 B1 IT013 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Doxycycline hyclate 4.88e-05 mM Dimethyl Sulfoxide 0.000488281 vol% NA NA NA NA NA 767 set11IT013 Varel_Bryant_medium_Glucose with Doxycycline hyclate 0.000048828125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Oxytetracycline hydrochloride 0.000390625 mM FEBA_gDNA_plate144 B2 IT014 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% NA NA NA NA NA 768 set11IT014 Varel_Bryant_medium_Glucose with Oxytetracycline 0.000390625 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Oxytetracycline hydrochloride 0.0001953125 mM FEBA_gDNA_plate144 B3 IT015 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% NA NA NA NA NA 769 set11IT015 Varel_Bryant_medium_Glucose with Oxytetracycline 0.0001953125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Oxytetracycline hydrochloride 0.00009765625 mM FEBA_gDNA_plate144 B4 IT016 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 9.77e-05 mM Dimethyl Sulfoxide 0.000976563 vol% NA NA NA NA NA 770 set11IT016 Varel_Bryant_medium_Glucose with Oxytetracycline 0.00009765625 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Rifampicin 0.0001953125 mM FEBA_gDNA_plate144 B5 IT017 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% NA NA NA NA NA 771 set11IT017 Varel_Bryant_medium_Glucose with Rifampicin 0.0001953125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Rifampicin 0.00009765625 mM FEBA_gDNA_plate144 B6 IT018 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 9.77e-05 mM Dimethyl Sulfoxide 0.000976563 vol% NA NA NA NA NA 772 set11IT018 Varel_Bryant_medium_Glucose with Rifampicin 0.00009765625 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Rifampicin 0.000048828125 mM FEBA_gDNA_plate144 B7 IT019 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Rifampicin 4.88e-05 mM Dimethyl Sulfoxide 0.000488281 vol% NA NA NA NA NA 773 set11IT019 Varel_Bryant_medium_Glucose with Rifampicin 0.000048828125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Benzethonium chloride 0.0125 mM FEBA_gDNA_plate144 B8 IT020 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% NA NA NA NA NA 774 set11IT020 Varel_Bryant_medium_Glucose with Benzethonium chloride 0.0125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Benzethonium chloride 0.00078125 mM FEBA_gDNA_plate144 B9 IT021 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% NA NA NA NA NA 775 set11IT021 Varel_Bryant_medium_Glucose with Benzethonium chloride 0.00078125 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Benzethonium chloride 0.000390625 mM FEBA_gDNA_plate144 B10 IT022 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Benzethonium chloride 0.000390625 mM NA NA NA NA NA NA 776 set11IT022 Varel_Bryant_medium_Glucose with Benzethonium chloride 0.000390625 mM 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate144 B11 IT023 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 777 set11IT023 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate144 B12 IT024 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 778 set11IT024 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate144 C1 IT025 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 779 set11IT025 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% FEBA_gDNA_plate144 C2 IT026 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% NA NA NA NA NA NA 780 set11IT026 Varel_Bryant_medium_Glucose with Dimethyl Sulfoxide 0.2 vol% 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate144 C3 IT027 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 781 set11IT027 Time0 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/18/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate144 C4 IT028 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 782 set11IT028 Time0 6/18/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with LL17-29 0.1 mg/ml FEBA_gDNA_plate144 C5 IT029 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL17-29 0.1 mg/ml NA NA NA 2047 A1 NA NA NA 783 set11IT029 BHIS with LL17-29 0.1 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with Indolicidin 0.0075 mg/ml FEBA_gDNA_plate144 C6 IT030 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Indolicidin 0.0075 mg/ml NA NA NA 2047 A5 NA NA NA 784 set11IT030 BHIS with Indolicidin 0.0075 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with LL-37 0.005 mg/ml FEBA_gDNA_plate144 C7 IT031 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL-37 0.005 mg/ml NA NA NA 2047 B3 NA NA NA 785 set11IT031 BHIS with LL-37 0.005 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS FEBA_gDNA_plate144 C8 IT032 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA 2047 B6 NA NA NA 786 set11IT032 BHIS 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with LL17-29 0.1 mg/ml FEBA_gDNA_plate144 C9 IT033 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL17-29 0.1 mg/ml NA NA NA 2047 C1 NA NA NA 787 set11IT033 BHIS with LL17-29 0.1 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with Indolicidin 0.0075 mg/ml FEBA_gDNA_plate144 C10 IT034 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Indolicidin 0.0075 mg/ml NA NA NA 2047 C5 NA NA NA 788 set11IT034 BHIS with Indolicidin 0.0075 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with LL-37 0.005 mg/ml FEBA_gDNA_plate144 C11 IT035 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL-37 0.005 mg/ml NA NA NA 2047 D3 NA NA NA 789 set11IT035 BHIS with LL-37 0.005 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS FEBA_gDNA_plate144 C12 IT036 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA 2047 D6 NA NA NA 790 set11IT036 BHIS 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with Chenodeoxycholic acid 0.25 mg/ml FEBA_gDNA_plate144 D1 IT037 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.25 mg/ml Ethanol 1.25 vol% NA NA 2049 A3 NA NA NA 791 set11IT037 BHIS with Chenodeoxycholic 0.25 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with Deoxycholic acid 0.2 mg/ml FEBA_gDNA_plate144 D2 IT038 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Deoxycholic acid 0.2 mg/ml Ethanol 0.4 vol% NA NA 2049 A5 NA NA NA 792 set11IT038 BHIS with Deoxycholic 0.2 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with Lithocholic acid 0.4 mg/ml FEBA_gDNA_plate144 D3 IT039 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lithocholic acid 0.4 mg/ml Ethanol 3.2 vol% NA NA 2049 B3 NA NA NA 793 set11IT039 BHIS with Lithocholic 0.4 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with Ethanol 3.33 vol% FEBA_gDNA_plate144 D4 IT040 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Ethanol 3.33 vol% NA NA NA 2049 B6 NA NA NA 794 set11IT040 BHIS with Ethanol 3.33 vol% 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with Chenodeoxycholic acid 0.25 mg/ml FEBA_gDNA_plate144 D5 IT041 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.25 mg/ml Ethanol 1.25 vol% NA NA 2049 C3 NA NA NA 795 set11IT041 BHIS with Chenodeoxycholic 0.25 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with Deoxycholic acid 0.2 mg/ml FEBA_gDNA_plate144 D6 IT042 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Deoxycholic acid 0.2 mg/ml Ethanol 0.4 vol% NA NA 2049 C5 NA NA NA 796 set11IT042 BHIS with Deoxycholic 0.2 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with Lithocholic acid 0.4 mg/ml FEBA_gDNA_plate144 D7 IT043 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lithocholic acid 0.4 mg/ml Ethanol 3.2 vol% NA NA 2049 D3 NA NA NA 797 set11IT043 BHIS with Lithocholic 0.4 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a BHIS with Ethanol 3.33 vol% FEBA_gDNA_plate144 D8 IT044 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Ethanol 3.33 vol% NA NA NA 2049 D6 NA NA NA 798 set11IT044 BHIS with Ethanol 3.33 vol% 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Hans Btheta_ML6a BHIS with Bile salts 0.25 mg/ml; pH 7 FEBA_gDNA_plate144 D9 IT045 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 7 Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml NA NA NA BHIS A E4 NA NA NA 799 set11IT045 BHIS with Bile salts 0.25 mg/ml; pH 7 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Hans Btheta_ML6a BHIS with Bile salts 0.25 mg/ml; pH 7 FEBA_gDNA_plate144 D10 IT046 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 7 Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml NA NA NA BHIS B E4 NA NA NA 800 set11IT046 BHIS with Bile salts 0.25 mg/ml; pH 7 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Hans Btheta_ML6a BHIS with Bile salts 0.25 mg/ml; pH 6 FEBA_gDNA_plate144 D11 IT047 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 6 Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml NA NA NA BHIS A A4 NA NA NA 801 set11IT047 BHIS with Bile salts 0.25 mg/ml; pH 6 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Hans Btheta_ML6a BHIS with Bile salts 0.25 mg/ml; pH 6 FEBA_gDNA_plate144 D12 IT048 BHIS 96 deep-well microplate; 1.2 mL volume stress 37 6 Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml NA NA NA BHIS B A4 NA NA NA 802 set11IT048 BHIS with Bile salts 0.25 mg/ml; pH 6 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Hans Btheta_ML6a BHIS, pH 7 FEBA_gDNA_plate144 E1 IT049 BHIS 96 deep-well microplate; 1.2 mL volume pH 37 7 Liquid Anaerobic 0 rpm NA NA NA NA BHIS A E12 NA NA NA 803 set11IT049 BHIS, pH 7 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Hans Btheta_ML6a BHIS, pH 7 FEBA_gDNA_plate144 E2 IT050 BHIS 96 deep-well microplate; 1.2 mL volume pH 37 7 Liquid Anaerobic 0 rpm NA NA NA NA BHIS B E12 NA NA NA 804 set11IT050 BHIS, pH 7 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Hans Btheta_ML6a BHIS, pH 6 FEBA_gDNA_plate144 E3 IT051 BHIS 96 deep-well microplate; 1.2 mL volume pH 37 6 Liquid Anaerobic 0 rpm NA NA NA NA BHIS A A12 NA NA NA 805 set11IT051 BHIS, pH 6 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Hans Btheta_ML6a BHIS, pH 6 FEBA_gDNA_plate144 E4 IT052 BHIS 96 deep-well microplate; 1.2 mL volume pH 37 6 Liquid Anaerobic 0 rpm NA NA NA NA BHIS B A12 NA NA NA 806 set11IT052 BHIS, pH 6 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Isomaltose carbon source FEBA_gDNA_plate144 E5 IT053 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Isomaltose 20 mM NA NA NA 2043 A01 NA NA NA 807 set11IT053 Isomaltose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a 6-O-Acetyl-D-glucose carbon source FEBA_gDNA_plate144 E6 IT054 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm 6-O-Acetyl-D-glucose 20 mM NA NA NA 2043 A02 NA NA NA 808 set11IT054 6-O-Acetyl-D-glucose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Maltotetraose carbon source FEBA_gDNA_plate144 E7 IT055 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Maltotetraose 10 mM NA NA NA 2043 A04 NA NA NA 809 set11IT055 Maltotetraose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Maltohexaose carbon source FEBA_gDNA_plate144 E8 IT056 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Maltohexaose 10 mM NA NA NA 2043 A06 NA NA NA 810 set11IT056 Maltohexaose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Arabinobiose carbon source FEBA_gDNA_plate144 E9 IT057 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Arabinobiose 20 mM NA NA NA 2043 B01 NA NA NA 811 set11IT057 Arabinobiose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Laminaribiose carbon source FEBA_gDNA_plate144 E10 IT058 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Laminaribiose 20 mM NA NA NA 2043 B03 NA NA NA 812 set11IT058 Laminaribiose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a 1,4-B-D-Galactobiose carbon source FEBA_gDNA_plate144 E11 IT059 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm 1,4-B-D-Galactobiose 10 mM NA NA NA 2043 C06 NA NA NA 813 set11IT059 1,4-B-D-Galactobiose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a 2-Keto-D-gluconic acid hemicalcium salt hydrate carbon source FEBA_gDNA_plate144 E12 IT060 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm 2-Keto-D-gluconic acid hemicalcium salt hydrate 20 mM NA NA NA 2043 D02 NA NA NA 814 set11IT060 2-Keto-D-gluconic hemicalcium salt (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Rhamnogalacturonan - from potato carbon source FEBA_gDNA_plate144 F1 IT061 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan - from potato 5 mg/ml NA NA NA 2043 D03 NA NA NA 815 set11IT061 Rhamnogalacturonan - from potato (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a D-Leucrose carbon source FEBA_gDNA_plate144 F2 IT062 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Leucrose 20 mM NA NA NA 2045 A01 NA NA NA 816 set11IT062 D-Leucrose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Stachyose - 70% carbon source FEBA_gDNA_plate144 F3 IT063 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Stachyose - 70% 20 mM NA NA NA 2045 A02 NA NA NA 817 set11IT063 Stachyose - 70% (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Arabinoxylan (Rye Flour) carbon source FEBA_gDNA_plate144 F4 IT064 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Arabinoxylan (Rye Flour) 5 mg/ml NA NA NA 2045 A03 NA NA NA 818 set11IT064 Arabinoxylan (Rye Flour) (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Fructooligosaccharides (FOS) carbon source FEBA_gDNA_plate144 F5 IT065 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Fructooligosaccharides (FOS) 5 mg/ml NA NA NA 2045 A04 NA NA NA 819 set11IT065 Fructooligosaccharides (FOS) (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a palatinose hydrate carbon source FEBA_gDNA_plate144 F6 IT066 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm palatinose hydrate 20 mM NA NA NA 2045 B02 NA NA NA 820 set11IT066 palatinose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Melibiose carbon source FEBA_gDNA_plate144 F7 IT067 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Melibiose 20 mM NA NA NA 2045 B04 NA NA NA 821 set11IT067 Melibiose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Isomaltose carbon source FEBA_gDNA_plate144 F8 IT068 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Isomaltose 20 mM NA NA NA 2044 A01 NA NA NA 822 set11IT068 Isomaltose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a 6-O-Acetyl-D-glucose carbon source FEBA_gDNA_plate144 F9 IT069 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm 6-O-Acetyl-D-glucose 20 mM NA NA NA 2044 A02 NA NA NA 823 set11IT069 6-O-Acetyl-D-glucose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Maltotetraose carbon source FEBA_gDNA_plate144 F10 IT070 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Maltotetraose 10 mM NA NA NA 2044 A04 NA NA NA 824 set11IT070 Maltotetraose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Maltohexaose carbon source FEBA_gDNA_plate144 F11 IT071 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Maltohexaose 10 mM NA NA NA 2044 A06 NA NA NA 825 set11IT071 Maltohexaose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Arabinobiose carbon source FEBA_gDNA_plate144 F12 IT072 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Arabinobiose 20 mM NA NA NA 2044 B01 NA NA NA 826 set11IT072 Arabinobiose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Laminaribiose carbon source FEBA_gDNA_plate144 G1 IT073 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Laminaribiose 20 mM NA NA NA 2044 B03 NA NA NA 827 set11IT073 Laminaribiose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a 1,4-B-D-Galactobiose carbon source FEBA_gDNA_plate144 G2 IT074 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm 1,4-B-D-Galactobiose 10 mM NA NA NA 2044 C06 NA NA NA 828 set11IT074 1,4-B-D-Galactobiose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a 2-Keto-D-gluconic acid hemicalcium salt hydrate carbon source FEBA_gDNA_plate144 G3 IT075 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm 2-Keto-D-gluconic acid hemicalcium salt hydrate 20 mM NA NA NA 2044 D02 NA NA NA 829 set11IT075 2-Keto-D-gluconic hemicalcium salt (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Rhamnogalacturonan - from potato carbon source FEBA_gDNA_plate144 G4 IT076 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan - from potato 5 mg/ml NA NA NA 2044 D03 NA NA NA 830 set11IT076 Rhamnogalacturonan - from potato (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a D-Leucrose carbon source FEBA_gDNA_plate144 G5 IT077 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Leucrose 20 mM NA NA NA 2046 A01 NA NA NA 831 set11IT077 D-Leucrose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Stachyose - 70% carbon source FEBA_gDNA_plate144 G6 IT078 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Stachyose - 70% 20 mM NA NA NA 2046 A02 NA NA NA 832 set11IT078 Stachyose - 70% (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Arabinoxylan (Rye Flour) carbon source FEBA_gDNA_plate144 G7 IT079 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Arabinoxylan (Rye Flour) 5 mg/ml NA NA NA 2046 A03 NA NA NA 833 set11IT079 Arabinoxylan (Rye Flour) (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Fructooligosaccharides (FOS) carbon source FEBA_gDNA_plate144 G8 IT080 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Fructooligosaccharides (FOS) 5 mg/ml NA NA NA 2046 A04 NA NA NA 834 set11IT080 Fructooligosaccharides (FOS) (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a palatinose hydrate carbon source FEBA_gDNA_plate144 G9 IT081 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm palatinose hydrate 20 mM NA NA NA 2046 B02 NA NA NA 835 set11IT081 palatinose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Melibiose carbon source FEBA_gDNA_plate144 G10 IT082 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Melibiose 20 mM NA NA NA 2046 B04 NA NA NA 836 set11IT082 Melibiose (C) 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with LL17-29 0.1 mg/ml FEBA_gDNA_plate144 G11 IT083 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL17-29 0.1 mg/ml NA NA NA 2048 A1 NA NA NA 837 set11IT083 Varel_Bryant_medium_Glucose with LL17-29 0.1 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with LL17-29 0.04 mg/ml FEBA_gDNA_plate144 H1 IT085 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL17-29 0.04 mg/ml NA NA NA 2048 A3 NA NA NA 839 set11IT085 Varel_Bryant_medium_Glucose with LL17-29 0.04 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Indolicidin 0.0035 mg/ml FEBA_gDNA_plate144 H2 IT086 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Indolicidin 0.0035 mg/ml NA NA NA 2048 B1 NA NA NA 840 set11IT086 Varel_Bryant_medium_Glucose with Indolicidin 0.0035 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Indolicidin 0.002 mg/ml FEBA_gDNA_plate144 H3 IT087 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Indolicidin 0.002 mg/ml NA NA NA 2048 B2 NA NA NA 841 set11IT087 Varel_Bryant_medium_Glucose with Indolicidin 0.002 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with LL-37 0.005 mg/ml FEBA_gDNA_plate144 H4 IT088 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL-37 0.005 mg/ml NA NA NA 2048 B3 NA NA NA 842 set11IT088 Varel_Bryant_medium_Glucose with LL-37 0.005 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose FEBA_gDNA_plate144 H5 IT089 Varel_Bryant_medium_Glucose 24-well transparent microplate varel_bryant_medium_glucose 37 NA Liquid Anaerobic 0 rpm NA NA NA NA 2048 B6 NA NA NA 843 set11IT089 Varel_Bryant_medium_Glucose 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with LL17-29 0.1 mg/ml FEBA_gDNA_plate144 H6 IT090 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL17-29 0.1 mg/ml NA NA NA 2048 C1 NA NA NA 844 set11IT090 Varel_Bryant_medium_Glucose with LL17-29 0.1 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with LL17-29 0.075 mg/ml FEBA_gDNA_plate144 H7 IT091 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL17-29 0.075 mg/ml NA NA NA 2048 C2 NA NA NA 845 set11IT091 Varel_Bryant_medium_Glucose with LL17-29 0.075 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with LL17-29 0.04 mg/ml FEBA_gDNA_plate144 H8 IT092 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL17-29 0.04 mg/ml NA NA NA 2048 C3 NA NA NA 846 set11IT092 Varel_Bryant_medium_Glucose with LL17-29 0.04 mg/ml 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate144 H9 IT093 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 847 set11IT093 Time0 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate144 H10 IT094 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 848 set11IT094 Time0 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate144 H11 IT095 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 849 set11IT095 Time0 6/29/18 Btheta_ML6_set11 Btheta_ML6_set11 6/29/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate144 H12 IT096 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 850 set11IT096 Time0 6/29/18 Btheta_ML6_set11 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.5 mg/mL; pH 7 FEBA_gDNA_plate146 A1 IT001 extra1 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 7 Liquid Anaerobic 0 rpm Bile salts 0.5 mg/ml NA NA NA VB A E3 NA NA NA 883 set12IT001 Varel_Bryant_medium_Glucose with Bile salts 0.5 mg/mL; pH 7 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.5 mg/mL; pH 7 FEBA_gDNA_plate146 A2 IT002 extra2 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 7 Liquid Anaerobic 0 rpm Bile salts 0.5 mg/ml NA NA NA VB B E3 NA NA NA 884 set12IT002 Varel_Bryant_medium_Glucose with Bile salts 0.5 mg/mL; pH 7 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.25 mg/mL; pH 6 FEBA_gDNA_plate146 A3 IT003 extra3 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 6 Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml NA NA NA VB A A4 NA NA NA 885 set12IT003 Varel_Bryant_medium_Glucose with Bile salts 0.25 mg/mL; pH 6 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.25 mg/mL; pH 6 FEBA_gDNA_plate146 A4 IT004 extra4 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 6 Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml NA NA NA VB B A4 NA NA NA 886 set12IT004 Varel_Bryant_medium_Glucose with Bile salts 0.25 mg/mL; pH 6 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose; pH 7 FEBA_gDNA_plate146 A5 IT005 extra5 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume pH 37 7 Liquid Anaerobic 0 rpm NA NA NA NA VB A E12 NA NA NA 887 set12IT005 Varel_Bryant_medium_Glucose; pH 7 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose; pH 7 FEBA_gDNA_plate146 A6 IT006 extra6 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume pH 37 7 Liquid Anaerobic 0 rpm NA NA NA NA VB B E12 NA NA NA 888 set12IT006 Varel_Bryant_medium_Glucose; pH 7 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose; pH 6 FEBA_gDNA_plate146 A7 IT007 extra7 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume pH 37 6 Liquid Anaerobic 0 rpm NA NA NA NA VB A A12 NA NA NA 889 set12IT007 Varel_Bryant_medium_Glucose; pH 6 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose; pH 6 FEBA_gDNA_plate146 A8 IT008 extra8 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume pH 37 6 Liquid Anaerobic 0 rpm NA NA NA NA VB B A12 NA NA NA 890 set12IT008 Varel_Bryant_medium_Glucose; pH 6 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.25 mg/mL; pH 7 FEBA_gDNA_plate146 A9 IT009 extra9 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 7 Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml NA NA NA VB A E4 NA NA NA 891 set12IT009 Varel_Bryant_medium_Glucose with Bile salts 0.25 mg/mL; pH 7 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.25 mg/mL; pH 7 FEBA_gDNA_plate146 A10 IT010 extra10 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 7 Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml NA NA NA VB B E4 NA NA NA 892 set12IT010 Varel_Bryant_medium_Glucose with Bile salts 0.25 mg/mL; pH 7 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 6.5 FEBA_gDNA_plate146 A11 IT011 extra11 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 6.5 Liquid Anaerobic 0 rpm Bile salts 0.125 mg/ml NA NA NA VB A D5 NA NA NA 893 set12IT011 Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 6.5 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 6.5 FEBA_gDNA_plate146 A12 IT012 extra12 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 6.5 Liquid Anaerobic 0 rpm Bile salts 0.125 mg/ml NA NA NA VB B D5 NA NA NA 894 set12IT012 Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 6.5 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 6 FEBA_gDNA_plate146 B1 IT013 extra13 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 6 Liquid Anaerobic 0 rpm Bile salts 0.125 mg/ml NA NA NA VB A C5 NA NA NA 895 set12IT013 Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 6 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 6 FEBA_gDNA_plate146 B2 IT014 extra14 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 6 Liquid Anaerobic 0 rpm Bile salts 0.125 mg/ml NA NA NA VB B C5 NA NA NA 896 set12IT014 Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 6 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 5.5 FEBA_gDNA_plate146 B3 IT015 extra15 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 5.5 Liquid Anaerobic 0 rpm Bile salts 0.125 mg/ml NA NA NA VB A B5 NA NA NA 897 set12IT015 Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 5.5 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 5.5 FEBA_gDNA_plate146 B4 IT016 extra16 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume stress 37 5.5 Liquid Anaerobic 0 rpm Bile salts 0.125 mg/ml NA NA NA VB B B5 NA NA NA 898 set12IT016 Varel_Bryant_medium_Glucose with Bile salts 0.125 mg/mL; pH 5.5 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Indolicidin 0.0035 mg/ml FEBA_gDNA_plate146 B5 IT017 extra17 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Indolicidin 0.0035 mg/ml NA NA NA 2048 D1 NA NA NA 899 set12IT017 Varel_Bryant_medium_Glucose with Indolicidin 0.0035 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Indolicidin 0.002 mg/ml FEBA_gDNA_plate146 B6 IT018 extra18 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Indolicidin 0.002 mg/ml NA NA NA 2048 D2 NA NA NA 900 set12IT018 Varel_Bryant_medium_Glucose with Indolicidin 0.002 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with LL-37 0.005 mg/ml FEBA_gDNA_plate146 B7 IT019 extra19 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm LL-37 0.005 mg/ml NA NA NA 2048 D3 NA NA NA 901 set12IT019 Varel_Bryant_medium_Glucose with LL-37 0.005 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose FEBA_gDNA_plate146 B8 IT020 extra20 Varel_Bryant_medium_Glucose 24-well transparent microplate varel_bryant_medium_glucose 37 NA Liquid Anaerobic 0 rpm NA NA NA NA 2048 D6 NA NA NA 902 set12IT020 Varel_Bryant_medium_Glucose 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Chenodeoxycholic acid 0.5 mg/ml FEBA_gDNA_plate146 B9 IT021 extra21 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.5 mg/ml Ethanol 2.5 vol% NA NA 2050 A2 NA NA NA 903 set12IT021 Varel_Bryant_medium_Glucose with Chenodeoxycholic 0.5 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Chenodeoxycholic acid 0.25 mg/ml FEBA_gDNA_plate146 B10 IT022 extra22 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.25 mg/ml Ethanol 1.25 vol% NA NA 2050 A3 NA NA NA 904 set12IT022 Varel_Bryant_medium_Glucose with Chenodeoxycholic 0.25 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Chenodeoxycholic acid 0.125 mg/ml FEBA_gDNA_plate146 B11 IT023 extra23 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.125 mg/ml Ethanol 0.625 vol% NA NA 2050 A4 NA NA NA 905 set12IT023 Varel_Bryant_medium_Glucose with Chenodeoxycholic 0.125 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Deoxycholic acid 0.2 mg/ml FEBA_gDNA_plate146 B12 IT024 extra24 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Deoxycholic acid 0.2 mg/ml Ethanol 0.4 vol% NA NA 2050 A5 NA NA NA 906 set12IT024 Varel_Bryant_medium_Glucose with Deoxycholic 0.2 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Deoxycholic acid 0.1 mg/ml FEBA_gDNA_plate146 C1 IT025 extra25 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Deoxycholic acid 0.1 mg/ml Ethanol 0.2 vol% NA NA 2050 A6 NA NA NA 907 set12IT025 Varel_Bryant_medium_Glucose with Deoxycholic 0.1 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Deoxycholic acid 0.075 mg/ml FEBA_gDNA_plate146 C2 IT026 extra26 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Deoxycholic acid 0.075 mg/ml Ethanol 0.15 vol% NA NA 2050 B1 NA NA NA 908 set12IT026 Varel_Bryant_medium_Glucose with Deoxycholic 0.075 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Lithocholic acid 0.4 mg/ml FEBA_gDNA_plate146 C3 IT027 extra27 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lithocholic acid 0.4 mg/ml Ethanol 3.2 vol% NA NA 2050 B3 NA NA NA 909 set12IT027 Varel_Bryant_medium_Glucose with Lithocholic 0.4 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Lithocholic acid 0.2 mg/ml FEBA_gDNA_plate146 C4 IT028 extra28 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lithocholic acid 0.2 mg/ml Ethanol 1.6 vol% NA NA 2050 B4 NA NA NA 910 set12IT028 Varel_Bryant_medium_Glucose with Lithocholic 0.2 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Ethanol 3.33 vol% FEBA_gDNA_plate146 C5 IT029 extra29 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Ethanol 3.33 vol% NA NA NA 2050 B6 NA NA NA 911 set12IT029 Varel_Bryant_medium_Glucose with Ethanol 3.33 vol% 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Chenodeoxycholic acid 0.5 mg/ml FEBA_gDNA_plate146 C6 IT030 extra30 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.5 mg/ml Ethanol 2.5 vol% NA NA 2050 C2 NA NA NA 912 set12IT030 Varel_Bryant_medium_Glucose with Chenodeoxycholic 0.5 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Chenodeoxycholic acid 0.25 mg/ml FEBA_gDNA_plate146 C7 IT031 extra31 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.25 mg/ml Ethanol 1.25 vol% NA NA 2050 C3 NA NA NA 913 set12IT031 Varel_Bryant_medium_Glucose with Chenodeoxycholic 0.25 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Chenodeoxycholic acid 0.125 mg/ml FEBA_gDNA_plate146 C8 IT032 extra32 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.125 mg/ml Ethanol 0.625 vol% NA NA 2050 C4 NA NA NA 914 set12IT032 Varel_Bryant_medium_Glucose with Chenodeoxycholic 0.125 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Deoxycholic acid 0.2 mg/ml FEBA_gDNA_plate146 C9 IT033 extra33 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Deoxycholic acid 0.2 mg/ml Ethanol 0.4 vol% NA NA 2050 C5 NA NA NA 915 set12IT033 Varel_Bryant_medium_Glucose with Deoxycholic 0.2 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Deoxycholic acid 0.1 mg/ml FEBA_gDNA_plate146 C10 IT034 extra34 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Deoxycholic acid 0.1 mg/ml Ethanol 0.2 vol% NA NA 2050 C6 NA NA NA 916 set12IT034 Varel_Bryant_medium_Glucose with Deoxycholic 0.1 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Deoxycholic acid 0.075 mg/ml FEBA_gDNA_plate146 C11 IT035 extra35 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Deoxycholic acid 0.075 mg/ml Ethanol 0.15 vol% NA NA 2050 D1 NA NA NA 917 set12IT035 Varel_Bryant_medium_Glucose with Deoxycholic 0.075 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Lithocholic acid 0.4 mg/ml FEBA_gDNA_plate146 C12 IT036 extra36 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lithocholic acid 0.4 mg/ml Ethanol 3.2 vol% NA NA 2050 D3 NA NA NA 918 set12IT036 Varel_Bryant_medium_Glucose with Lithocholic 0.4 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Lithocholic acid 0.2 mg/ml FEBA_gDNA_plate146 D1 IT037 extra37 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lithocholic acid 0.2 mg/ml Ethanol 1.6 vol% NA NA 2050 D4 NA NA NA 919 set12IT037 Varel_Bryant_medium_Glucose with Lithocholic 0.2 mg/ml 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Varel_Bryant_medium_Glucose with Ethanol 3.33 vol% FEBA_gDNA_plate146 D2 IT038 extra38 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Ethanol 3.33 vol% NA NA NA 2050 D6 NA NA NA 920 set12IT038 Varel_Bryant_medium_Glucose with Ethanol 3.33 vol% 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a 1-Kestose carbon source FEBA_gDNA_plate146 D3 IT039 extra39 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm 1-Kestose 10 mM NA NA NA 2043 A03 NA NA NA 921 set12IT039 1-Kestose (C) 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a 1-Kestose carbon source FEBA_gDNA_plate146 D4 IT040 extra40 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm 1-Kestose 10 mM NA NA NA 2044 A03 NA NA NA 922 set12IT040 1-Kestose (C) 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate146 D5 IT041 extra41 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 923 set12IT041 Time0 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate146 D6 IT042 extra42 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 924 set12IT042 Time0 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate146 D7 IT043 extra43 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 925 set12IT043 Time0 6/29/18 Btheta_ML6_set12 Btheta_ML6_set12 6/29/18 NA Adam Btheta_ML6a Time0 FEBA_gDNA_plate146 D8 IT044 extra44 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 926 set12IT044 Time0 6/29/18 Btheta_ML6_set12 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose FEBA_gDNA_plate150 A1 IT001 arb1 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume varel_bryant_medium_glucose 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 931 set13IT001 Varel_Bryant_medium_Glucose 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with Cyanocobalamin 10 nM FEBA_gDNA_plate150 A2 IT002 arb2 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm Cyanocobalamin 10 nM NA NA NA NA NA NA 932 set13IT002 Varel_Bryant_medium_Glucose_noMET with Cyanocobalamin 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with benzimidazolyl cobamide 10 nM FEBA_gDNA_plate150 A3 IT003 arb3 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm benzimidazolyl cobamide 10 nM NA NA NA NA NA NA 933 set13IT003 Varel_Bryant_medium_Glucose_noMET with benzimidazolyl cobamide 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with 5-methylbenzimidazolyl cobamide 10 nM FEBA_gDNA_plate150 A4 IT004 arb4 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm 5-methylbenzimidazolyl cobamide 10 nM NA NA NA NA NA NA 934 set13IT004 Varel_Bryant_medium_Glucose_noMET with 5-methylbenzimidazolyl cobamide 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with 5-methoxybenzimidazolyl cobamide 10 nM FEBA_gDNA_plate150 A5 IT005 arb5 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm 5-methoxybenzimidazolyl cobamide 10 nM NA NA NA NA NA NA 935 set13IT005 Varel_Bryant_medium_Glucose_noMET with 5-methoxybenzimidazolyl cobamide 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with adeninyl cobamide 10 nM FEBA_gDNA_plate150 A6 IT006 arb6 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm adeninyl cobamide 10 nM NA NA NA NA NA NA 936 set13IT006 Varel_Bryant_medium_Glucose_noMET with adeninyl cobamide 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with 2-methyladeninyl cobamide 10 nM FEBA_gDNA_plate150 A7 IT007 arb7 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm 2-methyladeninyl cobamide 10 nM NA NA NA NA NA NA 937 set13IT007 Varel_Bryant_medium_Glucose_noMET with 2-methyladeninyl cobamide 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose FEBA_gDNA_plate150 A8 IT008 arb8 Varel_Bryant_medium_Glucose 96 deep-well microplate; 1.2 mL volume varel_bryant_medium_glucose 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 938 set13IT008 Varel_Bryant_medium_Glucose 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with Cyanocobalamin 10 nM FEBA_gDNA_plate150 A9 IT009 arb9 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm Cyanocobalamin 10 nM NA NA NA NA NA NA 939 set13IT009 Varel_Bryant_medium_Glucose_noMET with Cyanocobalamin 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with benzimidazolyl cobamide 10 nM FEBA_gDNA_plate150 A10 IT010 arb10 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm benzimidazolyl cobamide 10 nM NA NA NA NA NA NA 940 set13IT010 Varel_Bryant_medium_Glucose_noMET with benzimidazolyl cobamide 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with 5-methylbenzimidazolyl cobamide 10 nM FEBA_gDNA_plate150 A11 IT011 arb11 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm 5-methylbenzimidazolyl cobamide 10 nM NA NA NA NA NA NA 941 set13IT011 Varel_Bryant_medium_Glucose_noMET with 5-methylbenzimidazolyl cobamide 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with 5-methoxybenzimidazolyl cobamide 10 nM FEBA_gDNA_plate150 A12 IT012 arb12 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm 5-methoxybenzimidazolyl cobamide 10 nM NA NA NA NA NA NA 942 set13IT012 Varel_Bryant_medium_Glucose_noMET with 5-methoxybenzimidazolyl cobamide 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with adeninyl cobamide 10 nM FEBA_gDNA_plate150 B1 IT013 arb13 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm adeninyl cobamide 10 nM NA NA NA NA NA NA 943 set13IT013 Varel_Bryant_medium_Glucose_noMET with adeninyl cobamide 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Varel_Bryant_medium_Glucose_noMET with 2-methyladeninyl cobamide 10 nM FEBA_gDNA_plate150 B2 IT014 arb14 Varel_Bryant_medium_Glucose_noMET 96 deep-well microplate; 1.2 mL volume vitamin 37 NA Liquid Anaerobic 0 rpm 2-methyladeninyl cobamide 10 nM NA NA NA NA NA NA 944 set13IT014 Varel_Bryant_medium_Glucose_noMET with 2-methyladeninyl cobamide 10 nM 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate150 B3 IT015 arb15 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 945 set13IT015 Time0 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate150 B4 IT016 arb16 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 946 set13IT016 Time0 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate150 B5 IT017 arb17 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 947 set13IT017 Time0 8/8/18 Btheta_ML6_set13 Btheta_ML6_set13 8/8/18 NA Hans Btheta_ML6a Time0 FEBA_gDNA_plate150 B6 IT018 arb18 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 948 set13IT018 Time0 8/8/18 Btheta_ML6_set13 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 60 uM FEBA_gDNA_plate185 A1 IT001 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 60 uM NA NA NA NA NA NA 949 set14IT001 BHIS with Fosmidomycin 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin 30 uM FEBA_gDNA_plate185 A2 IT002 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin 30 uM NA NA NA NA NA NA 950 set14IT002 BHIS with Simvastatin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin 30 uM FEBA_gDNA_plate185 A3 IT003 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin 30 uM NA NA NA NA NA NA 951 set14IT003 BHIS with Simvastatin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Methotrexate 60 uM FEBA_gDNA_plate185 A4 IT004 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Methotrexate 60 uM NA NA NA NA NA NA 952 set14IT004 BHIS with Methotrexate 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Methotrexate 60 uM FEBA_gDNA_plate185 A5 IT005 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Methotrexate 60 uM NA NA NA NA NA NA 953 set14IT005 BHIS with Methotrexate 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Lovastatin 120 uM FEBA_gDNA_plate185 A6 IT006 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lovastatin 120 uM NA NA NA NA NA NA 954 set14IT006 BHIS with Lovastatin 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Lovastatin 120 uM FEBA_gDNA_plate185 A7 IT007 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lovastatin 120 uM NA NA NA NA NA NA 955 set14IT007 BHIS with Lovastatin 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Lovastatin 120 uM FEBA_gDNA_plate185 A8 IT008 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lovastatin 120 uM NA NA NA NA NA NA 956 set14IT008 BHIS with Lovastatin 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 120 uM FEBA_gDNA_plate185 A9 IT009 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 120 uM NA NA NA NA NA NA 957 set14IT009 BHIS with Atorvastatin calcium salt trihydrate 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 120 uM FEBA_gDNA_plate185 A10 IT010 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 120 uM NA NA NA NA NA NA 958 set14IT010 BHIS with Atorvastatin calcium salt trihydrate 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 120 uM FEBA_gDNA_plate185 A11 IT011 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 120 uM NA NA NA NA NA NA 959 set14IT011 BHIS with Atorvastatin calcium salt trihydrate 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Methotrexate 60 uM FEBA_gDNA_plate185 A12 IT012 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Methotrexate 60 uM NA NA NA NA NA NA 960 set14IT012 BHIS with Methotrexate 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 60 uM FEBA_gDNA_plate185 B1 IT013 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 60 uM NA NA NA NA NA NA 961 set14IT013 BHIS with Fosmidomycin 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin Hydroxy Acid Ammonium Salt 120 uM FEBA_gDNA_plate185 B2 IT014 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 120 uM NA NA NA NA NA NA 962 set14IT014 BHIS with Simvastatin Hydroxy Acid Ammonium Salt 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin Hydroxy Acid Ammonium Salt 120 uM FEBA_gDNA_plate185 B3 IT015 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 120 uM NA NA NA NA NA NA 963 set14IT015 BHIS with Simvastatin Hydroxy Acid Ammonium Salt 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Methotrexate 30 uM FEBA_gDNA_plate185 B4 IT016 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Methotrexate 30 uM NA NA NA NA NA NA 964 set14IT016 BHIS with Methotrexate 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Methotrexate 30 uM FEBA_gDNA_plate185 B5 IT017 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Methotrexate 30 uM NA NA NA NA NA NA 965 set14IT017 BHIS with Methotrexate 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Lovastatin 60 uM FEBA_gDNA_plate185 B6 IT018 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lovastatin 60 uM NA NA NA NA NA NA 966 set14IT018 BHIS with Lovastatin 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Lovastatin 60 uM FEBA_gDNA_plate185 B7 IT019 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lovastatin 60 uM NA NA NA NA NA NA 967 set14IT019 BHIS with Lovastatin 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Lovastatin 60 uM FEBA_gDNA_plate185 B8 IT020 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lovastatin 60 uM NA NA NA NA NA NA 968 set14IT020 BHIS with Lovastatin 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 60 uM FEBA_gDNA_plate185 B9 IT021 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 60 uM NA NA NA NA NA NA 969 set14IT021 BHIS with Atorvastatin calcium salt trihydrate 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 60 uM FEBA_gDNA_plate185 B10 IT022 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 60 uM NA NA NA NA NA NA 970 set14IT022 BHIS with Atorvastatin calcium salt trihydrate 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 60 uM FEBA_gDNA_plate185 B11 IT023 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 60 uM NA NA NA NA NA NA 971 set14IT023 BHIS with Atorvastatin calcium salt trihydrate 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Methotrexate 30 uM FEBA_gDNA_plate185 B12 IT024 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Methotrexate 30 uM NA NA NA NA NA NA 972 set14IT024 BHIS with Methotrexate 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 60 uM FEBA_gDNA_plate185 C1 IT025 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 60 uM NA NA NA NA NA NA 973 set14IT025 BHIS with Fosmidomycin 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin Hydroxy Acid Ammonium Salt 60 uM FEBA_gDNA_plate185 C2 IT026 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 60 uM NA NA NA NA NA NA 974 set14IT026 BHIS with Simvastatin Hydroxy Acid Ammonium Salt 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin Hydroxy Acid Ammonium Salt 60 uM FEBA_gDNA_plate185 C3 IT027 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 60 uM NA NA NA NA NA NA 975 set14IT027 BHIS with Simvastatin Hydroxy Acid Ammonium Salt 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with DAMPA 60 uM FEBA_gDNA_plate185 C4 IT028 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm DAMPA 60 uM NA NA NA NA NA NA 976 set14IT028 BHIS with DAMPA 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with DAMPA 60 uM FEBA_gDNA_plate185 C5 IT029 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm DAMPA 60 uM NA NA NA NA NA NA 977 set14IT029 BHIS with DAMPA 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Lovastatin 30 uM FEBA_gDNA_plate185 C6 IT030 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lovastatin 30 uM NA NA NA NA NA NA 978 set14IT030 BHIS with Lovastatin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Lovastatin 30 uM FEBA_gDNA_plate185 C7 IT031 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lovastatin 30 uM NA NA NA NA NA NA 979 set14IT031 BHIS with Lovastatin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Lovastatin 30 uM FEBA_gDNA_plate185 C8 IT032 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Lovastatin 30 uM NA NA NA NA NA NA 980 set14IT032 BHIS with Lovastatin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 30 uM FEBA_gDNA_plate185 C9 IT033 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 30 uM NA NA NA NA NA NA 981 set14IT033 BHIS with Atorvastatin calcium salt trihydrate 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 30 uM FEBA_gDNA_plate185 C10 IT034 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 30 uM NA NA NA NA NA NA 982 set14IT034 BHIS with Atorvastatin calcium salt trihydrate 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 30 uM FEBA_gDNA_plate185 C11 IT035 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 30 uM NA NA NA NA NA NA 983 set14IT035 BHIS with Atorvastatin calcium salt trihydrate 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 120 uM FEBA_gDNA_plate185 C12 IT036 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 120 uM NA NA NA NA NA NA 984 set14IT036 BHIS with Fosmidomycin 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 30 uM FEBA_gDNA_plate185 D1 IT037 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 30 uM NA NA NA NA NA NA 985 set14IT037 BHIS with Fosmidomycin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin Hydroxy Acid Ammonium Salt 30 uM FEBA_gDNA_plate185 D2 IT038 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 30 uM NA NA NA NA NA NA 986 set14IT038 BHIS with Simvastatin Hydroxy Acid Ammonium Salt 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin Hydroxy Acid Ammonium Salt 30 uM FEBA_gDNA_plate185 D3 IT039 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 30 uM NA NA NA NA NA NA 987 set14IT039 BHIS with Simvastatin Hydroxy Acid Ammonium Salt 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with DAMPA 30 uM FEBA_gDNA_plate185 D4 IT040 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm DAMPA 30 uM NA NA NA NA NA NA 988 set14IT040 BHIS with DAMPA 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with DAMPA 30 uM FEBA_gDNA_plate185 D5 IT041 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm DAMPA 30 uM NA NA NA NA NA NA 989 set14IT041 BHIS with DAMPA 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 120 uM FEBA_gDNA_plate185 D6 IT042 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Pravastatin lactone 120 uM NA NA NA NA NA NA 990 set14IT042 BHIS with Pravastatin lactone 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 120 uM FEBA_gDNA_plate185 D7 IT043 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Pravastatin lactone 120 uM NA NA NA NA NA NA 991 set14IT043 BHIS with Pravastatin lactone 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 120 uM FEBA_gDNA_plate185 D8 IT044 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Pravastatin lactone 120 uM NA NA NA NA NA NA 992 set14IT044 BHIS with Pravastatin lactone 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 120 uM FEBA_gDNA_plate185 D9 IT045 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rosuvastatin calcium 120 uM NA NA NA NA NA NA 993 set14IT045 BHIS with Rosuvastatin calcium 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 120 uM FEBA_gDNA_plate185 D10 IT046 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rosuvastatin calcium 120 uM NA NA NA NA NA NA 994 set14IT046 BHIS with Rosuvastatin calcium 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 120 uM FEBA_gDNA_plate185 D11 IT047 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rosuvastatin calcium 120 uM NA NA NA NA NA NA 995 set14IT047 BHIS with Rosuvastatin calcium 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 120 uM FEBA_gDNA_plate185 D12 IT048 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 120 uM NA NA NA NA NA NA 996 set14IT048 BHIS with Fosmidomycin 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 30 uM FEBA_gDNA_plate185 E1 IT049 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 30 uM NA NA NA NA NA NA 997 set14IT049 BHIS with Fosmidomycin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 E2 IT050 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% NA NA NA NA NA NA 998 set14IT050 BHIS with Dimethyl Sulfoxide 4 vol% 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 E3 IT051 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% NA NA NA NA NA NA 999 set14IT051 BHIS with Dimethyl Sulfoxide 4 vol% 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 15 uM FEBA_gDNA_plate185 E4 IT052 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 15 uM NA NA NA NA NA NA 1000 set14IT052 BHIS with Trimethoprim 15 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 15 uM FEBA_gDNA_plate185 E5 IT053 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 15 uM NA NA NA NA NA NA 1001 set14IT053 BHIS with Trimethoprim 15 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 60 uM FEBA_gDNA_plate185 E6 IT054 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Pravastatin lactone 60 uM NA NA NA NA NA NA 1002 set14IT054 BHIS with Pravastatin lactone 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 60 uM FEBA_gDNA_plate185 E7 IT055 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Pravastatin lactone 60 uM NA NA NA NA NA NA 1003 set14IT055 BHIS with Pravastatin lactone 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 60 uM FEBA_gDNA_plate185 E8 IT056 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Pravastatin lactone 60 uM NA NA NA NA NA NA 1004 set14IT056 BHIS with Pravastatin lactone 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 60 uM FEBA_gDNA_plate185 E9 IT057 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rosuvastatin calcium 60 uM NA NA NA NA NA NA 1005 set14IT057 BHIS with Rosuvastatin calcium 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 60 uM FEBA_gDNA_plate185 E10 IT058 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rosuvastatin calcium 60 uM NA NA NA NA NA NA 1006 set14IT058 BHIS with Rosuvastatin calcium 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 60 uM FEBA_gDNA_plate185 E11 IT059 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rosuvastatin calcium 60 uM NA NA NA NA NA NA 1007 set14IT059 BHIS with Rosuvastatin calcium 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 120 uM FEBA_gDNA_plate185 E12 IT060 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 120 uM NA NA NA NA NA NA 1008 set14IT060 BHIS with Fosmidomycin 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 30 uM FEBA_gDNA_plate185 F1 IT061 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 30 uM NA NA NA NA NA NA 1009 set14IT061 BHIS with Fosmidomycin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 F2 IT062 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1010 set14IT062 BHIS 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 7.5 uM FEBA_gDNA_plate185 F4 IT064 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 7.5 uM NA NA NA NA NA NA 1011 set14IT064 BHIS with Trimethoprim 7.5 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 7.5 uM FEBA_gDNA_plate185 F5 IT065 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 7.5 uM NA NA NA NA NA NA 1012 set14IT065 BHIS with Trimethoprim 7.5 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 30 uM FEBA_gDNA_plate185 F6 IT066 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Pravastatin lactone 30 uM NA NA NA NA NA NA 1013 set14IT066 BHIS with Pravastatin lactone 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 30 uM FEBA_gDNA_plate185 F7 IT067 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Pravastatin lactone 30 uM NA NA NA NA NA NA 1014 set14IT067 BHIS with Pravastatin lactone 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 30 uM FEBA_gDNA_plate185 F8 IT068 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Pravastatin lactone 30 uM NA NA NA NA NA NA 1015 set14IT068 BHIS with Pravastatin lactone 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 30 uM FEBA_gDNA_plate185 F9 IT069 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rosuvastatin calcium 30 uM NA NA NA NA NA NA 1016 set14IT069 BHIS with Rosuvastatin calcium 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 30 uM FEBA_gDNA_plate185 F10 IT070 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rosuvastatin calcium 30 uM NA NA NA NA NA NA 1017 set14IT070 BHIS with Rosuvastatin calcium 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 30 uM FEBA_gDNA_plate185 F11 IT071 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Rosuvastatin calcium 30 uM NA NA NA NA NA NA 1018 set14IT071 BHIS with Rosuvastatin calcium 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Neomycin 30 uM FEBA_gDNA_plate185 F12 IT072 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Neomycin 30 uM NA NA NA NA NA NA 1019 set14IT072 BHIS with Neomycin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate185 G1 IT073 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1020 set14IT073 Time0 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 G2 IT074 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1021 set14IT074 BHIS 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 G3 IT075 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1022 set14IT075 BHIS 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 G4 IT076 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% NA NA NA NA NA NA 1023 set14IT076 BHIS with Dimethyl Sulfoxide 4 vol% 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 G5 IT077 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% NA NA NA NA NA NA 1024 set14IT077 BHIS with Dimethyl Sulfoxide 4 vol% 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 G6 IT078 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% NA NA NA NA NA NA 1025 set14IT078 BHIS with Dimethyl Sulfoxide 4 vol% 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 G7 IT079 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% NA NA NA NA NA NA 1026 set14IT079 BHIS with Dimethyl Sulfoxide 4 vol% 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 G8 IT080 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% NA NA NA NA NA NA 1027 set14IT080 BHIS with Dimethyl Sulfoxide 4 vol% 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Neomycin 120 uM FEBA_gDNA_plate185 G9 IT081 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Neomycin 120 uM NA NA NA NA NA NA 1028 set14IT081 BHIS with Neomycin 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Neomycin 120 uM FEBA_gDNA_plate185 G10 IT082 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Neomycin 120 uM NA NA NA NA NA NA 1029 set14IT082 BHIS with Neomycin 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Neomycin 120 uM FEBA_gDNA_plate185 G11 IT083 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Neomycin 120 uM NA NA NA NA NA NA 1030 set14IT083 BHIS with Neomycin 120 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Neomycin 30 uM FEBA_gDNA_plate185 G12 IT084 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Neomycin 30 uM NA NA NA NA NA NA 1031 set14IT084 BHIS with Neomycin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate185 H1 IT085 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1032 set14IT085 Time0 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H2 IT086 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1033 set14IT086 BHIS 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H3 IT087 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1034 set14IT087 BHIS 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H4 IT088 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1035 set14IT088 BHIS 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H5 IT089 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1036 set14IT089 BHIS 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H6 IT090 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1037 set14IT090 BHIS 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H7 IT091 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1038 set14IT091 BHIS 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H8 IT092 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1039 set14IT092 BHIS 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Neomycin 60 uM FEBA_gDNA_plate185 H9 IT093 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Neomycin 60 uM NA NA NA NA NA NA 1040 set14IT093 BHIS with Neomycin 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Neomycin 60 uM FEBA_gDNA_plate185 H10 IT094 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Neomycin 60 uM NA NA NA NA NA NA 1041 set14IT094 BHIS with Neomycin 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Neomycin 60 uM FEBA_gDNA_plate185 H11 IT095 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Neomycin 60 uM NA NA NA NA NA NA 1042 set14IT095 BHIS with Neomycin 60 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set14 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Neomycin 30 uM FEBA_gDNA_plate185 H12 IT096 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Neomycin 30 uM NA NA NA NA NA NA 1043 set14IT096 BHIS with Neomycin 30 uM 10/4/19 Btheta_ML6_set14 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin 30 uM FEBA_gDNA_plate186 A1 IT001 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin 30 uM NA NA NA NA NA NA 1044 set15IT001 BHIS with Simvastatin 30 uM 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 A2 IT002 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1045 set15IT002 Time0 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 A4 IT004 1 flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1046 set15IT004 Time0 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1A;Mouse1 FEBA_gDNA_plate186 A6 IT006 17 mouse NA NA NA NA NA NA Cage1A;Mouse1 2 NA NA NA 1048 set15IT006 Post-colonization (Day 2) - Cage1A;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1A;Mouse1 FEBA_gDNA_plate186 A7 IT007 25 mouse NA NA NA NA NA NA Cage1A;Mouse1 3 NA NA NA 1049 set15IT007 Post-colonization (Day 4) - Cage1A;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1A;Mouse1 FEBA_gDNA_plate186 A8 IT008 33 mouse NA NA NA NA NA NA Cage1A;Mouse1 4 NA NA NA 1050 set15IT008 Post-colonization (Day 7) - Cage1A;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1A;Mouse1 FEBA_gDNA_plate186 A9 IT009 41 mouse NA NA Simvastatin 40 uM NA NA NA Cage1A;Mouse1 5 NA NA NA 1051 set15IT009 Post-dosage t1 (Day 1) - Cage1A;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1A;Mouse1 FEBA_gDNA_plate186 A10 IT010 49 mouse NA NA Simvastatin 40 uM NA NA NA Cage1A;Mouse1 6 NA NA NA 1052 set15IT010 Post-dosage t2 (Day 2) - Cage1A;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1A;Mouse1 FEBA_gDNA_plate186 A11 IT011 57 mouse NA NA Simvastatin 40 uM NA NA NA Cage1A;Mouse1 7 NA NA NA 1053 set15IT011 Post-dosage t3 (Day 3) - Cage1A;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin Hydroxy Acid Ammonium Salt 120 uM FEBA_gDNA_plate186 B1 IT013 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 120 uM NA NA NA NA NA NA 1054 set15IT013 BHIS with Simvastatin Hydroxy Acid Ammonium Salt 120 uM 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 B2 IT014 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1055 set15IT014 Time0 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 B4 IT016 2 flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1056 set15IT016 Time0 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1A;Mouse3 FEBA_gDNA_plate186 B6 IT018 18 mouse NA NA NA NA NA NA Cage1A;Mouse3 2 NA NA NA 1058 set15IT018 Post-colonization (Day 2) - Cage1A;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1A;Mouse3 FEBA_gDNA_plate186 B7 IT019 26 mouse NA NA NA NA NA NA Cage1A;Mouse3 3 NA NA NA 1059 set15IT019 Post-colonization (Day 4) - Cage1A;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1A;Mouse3 FEBA_gDNA_plate186 B8 IT020 34 mouse NA NA NA NA NA NA Cage1A;Mouse3 4 NA NA NA 1060 set15IT020 Post-colonization (Day 7) - Cage1A;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1A;Mouse3 FEBA_gDNA_plate186 B9 IT021 42 mouse NA NA Simvastatin 40 uM NA NA NA Cage1A;Mouse3 5 NA NA NA 1061 set15IT021 Post-dosage t1 (Day 1) - Cage1A;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1A;Mouse3 FEBA_gDNA_plate186 B10 IT022 50 mouse NA NA Simvastatin 40 uM NA NA NA Cage1A;Mouse3 6 NA NA NA 1062 set15IT022 Post-dosage t2 (Day 2) - Cage1A;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1A;Mouse3 FEBA_gDNA_plate186 B11 IT023 58 mouse NA NA Simvastatin 40 uM NA NA NA Cage1A;Mouse3 7 NA NA NA 1063 set15IT023 Post-dosage t3 (Day 3) - Cage1A;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin Hydroxy Acid Ammonium Salt 60 uM FEBA_gDNA_plate186 C1 IT025 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 60 uM NA NA NA NA NA NA 1064 set15IT025 BHIS with Simvastatin Hydroxy Acid Ammonium Salt 60 uM 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 C2 IT026 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1065 set15IT026 Time0 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 C4 IT028 3 flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1066 set15IT028 Time0 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1A;Mouse2 FEBA_gDNA_plate186 C6 IT030 19 mouse NA NA NA NA NA NA Cage1A;Mouse2 2 NA NA NA 1068 set15IT030 Post-colonization (Day 2) - Cage1A;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1A;Mouse2 FEBA_gDNA_plate186 C7 IT031 27 mouse NA NA NA NA NA NA Cage1A;Mouse2 3 NA NA NA 1069 set15IT031 Post-colonization (Day 4) - Cage1A;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1A;Mouse2 FEBA_gDNA_plate186 C8 IT032 35 mouse NA NA NA NA NA NA Cage1A;Mouse2 4 NA NA NA 1070 set15IT032 Post-colonization (Day 7) - Cage1A;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1A;Mouse2 FEBA_gDNA_plate186 C9 IT033 43 mouse NA NA Simvastatin 40 uM NA NA NA Cage1A;Mouse2 5 NA NA NA 1071 set15IT033 Post-dosage t1 (Day 1) - Cage1A;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1A;Mouse2 FEBA_gDNA_plate186 C10 IT034 51 mouse NA NA Simvastatin 40 uM NA NA NA Cage1A;Mouse2 6 NA NA NA 1072 set15IT034 Post-dosage t2 (Day 2) - Cage1A;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1A;Mouse2 FEBA_gDNA_plate186 C11 IT035 59 mouse NA NA Simvastatin 40 uM NA NA NA Cage1A;Mouse2 7 NA NA NA 1073 set15IT035 Post-dosage t3 (Day 3) - Cage1A;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Simvastatin Hydroxy Acid Ammonium Salt 30 uM FEBA_gDNA_plate186 D1 IT037 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 30 uM NA NA NA NA NA NA 1074 set15IT037 BHIS with Simvastatin Hydroxy Acid Ammonium Salt 30 uM 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 D2 IT038 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1075 set15IT038 Time0 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 D4 IT040 4 flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1076 set15IT040 Time0 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1B;Mouse4 FEBA_gDNA_plate186 D6 IT042 20 mouse NA NA NA NA NA NA Cage1B;Mouse4 2 NA NA NA 1078 set15IT042 Post-colonization (Day 2) - Cage1B;Mouse4 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1B;Mouse4 FEBA_gDNA_plate186 D7 IT043 28 mouse NA NA NA NA NA NA Cage1B;Mouse4 3 NA NA NA 1079 set15IT043 Post-colonization (Day 4) - Cage1B;Mouse4 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1B;Mouse4 FEBA_gDNA_plate186 D8 IT044 36 mouse NA NA NA NA NA NA Cage1B;Mouse4 4 NA NA NA 1080 set15IT044 Post-colonization (Day 7) - Cage1B;Mouse4 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1B;Mouse4 FEBA_gDNA_plate186 D9 IT045 44 mouse NA NA Simvastatin 40 uM NA NA NA Cage1B;Mouse4 5 NA NA NA 1081 set15IT045 Post-dosage t1 (Day 1) - Cage1B;Mouse4 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1B;Mouse4 FEBA_gDNA_plate186 D10 IT046 52 mouse NA NA Simvastatin 40 uM NA NA NA Cage1B;Mouse4 6 NA NA NA 1082 set15IT046 Post-dosage t2 (Day 2) - Cage1B;Mouse4 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1B;Mouse4 FEBA_gDNA_plate186 D11 IT047 60 mouse NA NA Simvastatin 40 uM NA NA NA Cage1B;Mouse4 7 NA NA NA 1083 set15IT047 Post-dosage t3 (Day 3) - Cage1B;Mouse4 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate186 E1 IT049 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% NA NA NA NA NA NA 1084 set15IT049 BHIS with Dimethyl Sulfoxide 4 vol% 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 15 uM FEBA_gDNA_plate186 E2 IT050 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 15 uM NA NA NA NA NA NA 1085 set15IT050 BHIS with Trimethoprim 15 uM 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 E4 IT052 5 flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1086 set15IT052 Time0 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1B;Mouse5 FEBA_gDNA_plate186 E6 IT054 21 mouse NA NA NA NA NA NA Cage1B;Mouse5 2 NA NA NA 1088 set15IT054 Post-colonization (Day 2) - Cage1B;Mouse5 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1B;Mouse5 FEBA_gDNA_plate186 E7 IT055 29 mouse NA NA NA NA NA NA Cage1B;Mouse5 3 NA NA NA 1089 set15IT055 Post-colonization (Day 4) - Cage1B;Mouse5 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1B;Mouse5 FEBA_gDNA_plate186 E8 IT056 37 mouse NA NA NA NA NA NA Cage1B;Mouse5 4 NA NA NA 1090 set15IT056 Post-colonization (Day 7) - Cage1B;Mouse5 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1B;Mouse5 FEBA_gDNA_plate186 E9 IT057 45 mouse NA NA Simvastatin 40 uM NA NA NA Cage1B;Mouse5 5 NA NA NA 1091 set15IT057 Post-dosage t1 (Day 1) - Cage1B;Mouse5 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1B;Mouse5 FEBA_gDNA_plate186 E10 IT058 53 mouse NA NA Simvastatin 40 uM NA NA NA Cage1B;Mouse5 6 NA NA NA 1092 set15IT058 Post-dosage t2 (Day 2) - Cage1B;Mouse5 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1B;Mouse5 FEBA_gDNA_plate186 E11 IT059 61 mouse NA NA Simvastatin 40 uM NA NA NA Cage1B;Mouse5 7 NA NA NA 1093 set15IT059 Post-dosage t3 (Day 3) - Cage1B;Mouse5 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate186 F1 IT061 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1094 set15IT061 BHIS 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 7.5 uM FEBA_gDNA_plate186 F2 IT062 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm Trimethoprim 7.5 uM NA NA NA NA NA NA 1095 set15IT062 BHIS with Trimethoprim 7.5 uM 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 F4 IT064 6 flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1096 set15IT064 Time0 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1C;Mouse1 FEBA_gDNA_plate186 F6 IT066 22 mouse NA NA NA NA NA NA Cage1C;Mouse1 2 NA NA NA 1098 set15IT066 Post-colonization (Day 2) - Cage1C;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1C;Mouse1 FEBA_gDNA_plate186 F7 IT067 30 mouse NA NA NA NA NA NA Cage1C;Mouse1 3 NA NA NA 1099 set15IT067 Post-colonization (Day 4) - Cage1C;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1C;Mouse1 FEBA_gDNA_plate186 F8 IT068 38 mouse NA NA NA NA NA NA Cage1C;Mouse1 4 NA NA NA 1100 set15IT068 Post-colonization (Day 7) - Cage1C;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1C;Mouse1 FEBA_gDNA_plate186 F9 IT069 46 mouse NA NA Sunflower oil 100 vol% NA NA NA Cage1C;Mouse1 5 NA NA NA 1101 set15IT069 Post-dosage t1 (Day 1) - Cage1C;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1C;Mouse1 FEBA_gDNA_plate186 F10 IT070 54 mouse NA NA Sunflower oil 100 vol% NA NA NA Cage1C;Mouse1 6 NA NA NA 1102 set15IT070 Post-dosage t2 (Day 2) - Cage1C;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1C;Mouse1 FEBA_gDNA_plate186 F11 IT071 62 mouse NA NA Sunflower oil 100 vol% NA NA NA Cage1C;Mouse1 7 NA NA NA 1103 set15IT071 Post-dosage t3 (Day 3) - Cage1C;Mouse1 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate186 G1 IT073 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1104 set15IT073 BHIS 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with DAMPA 60 uM FEBA_gDNA_plate186 G2 IT074 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm DAMPA 60 uM NA NA NA NA NA NA 1105 set15IT074 BHIS with DAMPA 60 uM 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1C;Mouse3 FEBA_gDNA_plate186 G6 IT078 23 mouse NA NA NA NA NA NA Cage1C;Mouse3 2 NA NA NA 1108 set15IT078 Post-colonization (Day 2) - Cage1C;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1C;Mouse3 FEBA_gDNA_plate186 G7 IT079 31 mouse NA NA NA NA NA NA Cage1C;Mouse3 3 NA NA NA 1109 set15IT079 Post-colonization (Day 4) - Cage1C;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1C;Mouse3 FEBA_gDNA_plate186 G8 IT080 39 mouse NA NA NA NA NA NA Cage1C;Mouse3 4 NA NA NA 1110 set15IT080 Post-colonization (Day 7) - Cage1C;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1C;Mouse3 FEBA_gDNA_plate186 G9 IT081 47 mouse NA NA Sunflower oil 100 vol% NA NA NA Cage1C;Mouse3 5 NA NA NA 1111 set15IT081 Post-dosage t1 (Day 1) - Cage1C;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1C;Mouse3 FEBA_gDNA_plate186 G10 IT082 55 mouse NA NA Sunflower oil 100 vol% NA NA NA Cage1C;Mouse3 6 NA NA NA 1112 set15IT082 Post-dosage t2 (Day 2) - Cage1C;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1C;Mouse3 FEBA_gDNA_plate186 G11 IT083 63 mouse NA NA Sunflower oil 100 vol% NA NA NA Cage1C;Mouse3 7 NA NA NA 1113 set15IT083 Post-dosage t3 (Day 3) - Cage1C;Mouse3 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate186 H1 IT085 BHIS 24-well transparent microplate bhis 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1114 set15IT085 BHIS 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 10/4/19 NA Veronica Escalante Btheta_ML6a BHIS with DAMPA 30 uM FEBA_gDNA_plate186 H2 IT086 BHIS 24-well transparent microplate stress 37 NA Liquid Anaerobic 0 rpm DAMPA 30 uM NA NA NA NA NA NA 1115 set15IT086 BHIS with DAMPA 30 uM 10/4/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1C;Mouse2 FEBA_gDNA_plate186 H6 IT090 24 mouse NA NA NA NA NA NA Cage1C;Mouse2 2 NA NA NA 1118 set15IT090 Post-colonization (Day 2) - Cage1C;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1C;Mouse2 FEBA_gDNA_plate186 H7 IT091 32 mouse NA NA NA NA NA NA Cage1C;Mouse2 3 NA NA NA 1119 set15IT091 Post-colonization (Day 4) - Cage1C;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1C;Mouse2 FEBA_gDNA_plate186 H8 IT092 40 mouse NA NA NA NA NA NA Cage1C;Mouse2 4 NA NA NA 1120 set15IT092 Post-colonization (Day 7) - Cage1C;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1C;Mouse2 FEBA_gDNA_plate186 H9 IT093 48 mouse NA NA Sunflower oil 100 vol% NA NA NA Cage1C;Mouse2 5 NA NA NA 1121 set15IT093 Post-dosage t1 (Day 1) - Cage1C;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1C;Mouse2 FEBA_gDNA_plate186 H10 IT094 56 mouse NA NA Sunflower oil 100 vol% NA NA NA Cage1C;Mouse2 6 NA NA NA 1122 set15IT094 Post-dosage t2 (Day 2) - Cage1C;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set15 4/15/19 NA Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1C;Mouse2 FEBA_gDNA_plate186 H11 IT095 64 mouse NA NA Sunflower oil 100 vol% NA NA NA Cage1C;Mouse2 7 NA NA NA 1123 set15IT095 Post-dosage t3 (Day 3) - Cage1C;Mouse2 4/15/19 Btheta_ML6_set15 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Time0 FEBA_gDNA_plate201 C10 IT034 Time0 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1124 set16IT034 Time0 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Time0 FEBA_gDNA_plate201 C11 IT035 Time0 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1125 set16IT035 Time0 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Time0 FEBA_gDNA_plate201 C12 IT036 Time0 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1126 set16IT036 Time0 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Time0 FEBA_gDNA_plate201 D1 IT037 Time0 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1127 set16IT037 Time0 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a D-Glucose 20mM carbon source FEBA_gDNA_plate201 D2 IT038 A1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA NA NA NA 1128 set16IT038 D-Glucose 20mM (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Lactulose 20mM carbon source FEBA_gDNA_plate201 D3 IT039 A2 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Lactulose 20 mM NA NA NA NA NA NA 1129 set16IT039 Lactulose 20mM (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Maltitol 20mM carbon source FEBA_gDNA_plate201 D4 IT040 A4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Maltitol 20 mM NA NA NA NA NA NA 1130 set16IT040 Maltitol 20mM (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a D-Trehalose dihydrate 20mM carbon source FEBA_gDNA_plate201 D5 IT041 A6 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Trehalose dihydrate 20 mM NA NA NA NA NA NA 1131 set16IT041 D-Trehalose 20mM (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Agro_defined_trehalose 1x carbon source FEBA_gDNA_plate201 D6 IT042 B1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Agro_defined_trehalose 1 x NA NA NA NA NA NA 1132 set16IT042 Agro_defined_trehalose 1x (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Supernatant; Agrobacterium rhizogenes K599 grown in Agro_defined_trehalose (~7.5 mM 3-keto-trehalose) 0.5x carbon source FEBA_gDNA_plate201 D7 IT043 B2 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Supernatant; Agrobacterium rhizogenes K599 grown in Agro_defined_trehalose (~7.5 mM 3-keto-trehalose) 0.5 x NA NA NA NA NA NA 1133 set16IT043 Supernatant; Agrobacterium rhizogenes K599 grown in Agro_defined_trehalose (~7.5 mM 3-keto-trehalose) 0.5x (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a D-Glucose 20mM carbon source FEBA_gDNA_plate201 D8 IT044 C1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 20 mM NA NA NA NA NA NA 1134 set16IT044 D-Glucose 20mM (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Lactulose 20mM carbon source FEBA_gDNA_plate201 D9 IT045 C2 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Lactulose 20 mM NA NA NA NA NA NA 1135 set16IT045 Lactulose 20mM (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Maltitol 20mM carbon source FEBA_gDNA_plate201 D10 IT046 C4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Maltitol 20 mM NA NA NA NA NA NA 1136 set16IT046 Maltitol 20mM (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a D-Trehalose dihydrate 20mM carbon source FEBA_gDNA_plate201 D11 IT047 C6 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Trehalose dihydrate 20 mM NA NA NA NA NA NA 1137 set16IT047 D-Trehalose 20mM (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Agro_defined_trehalose 1x carbon source FEBA_gDNA_plate201 D12 IT048 D1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Agro_defined_trehalose 1 x NA NA NA NA NA NA 1138 set16IT048 Agro_defined_trehalose 1x (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set16 6/30/20 NA Valentine Btheta_ML6a Supernatant; Agrobacterium rhizogenes K599 grown in Agro_defined_trehalose (~7.5 mM 3-keto-trehalose) 0.5x carbon source FEBA_gDNA_plate201 E1 IT049 D2 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm Supernatant; Agrobacterium rhizogenes K599 grown in Agro_defined_trehalose (~7.5 mM 3-keto-trehalose) 0.5 x NA NA NA NA NA NA 1139 set16IT049 Supernatant; Agrobacterium rhizogenes K599 grown in Agro_defined_trehalose (~7.5 mM 3-keto-trehalose) 0.5x (C) 6/30/20 Btheta_ML6_set16 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage2;Mouse4 FEBA_BS_283 A2 IT002 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1141 set17IT002 Post-colonization (Day 1) - Cage2;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage3;Mouse3 FEBA_BS_283 A3 IT003 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1142 set17IT003 Post-colonization (Day 1) - Cage3;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage5;Mouse1 FEBA_BS_283 A4 IT004 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1143 set17IT004 Post-colonization (Day 1) - Cage5;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage6;Mouse2 FEBA_BS_283 A5 IT005 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1144 set17IT005 Post-colonization (Day 1) - Cage6;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage1;Mouse3 FEBA_BS_283 A6 IT006 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1145 set17IT006 Post-colonization (Day 2) - Cage1;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage2;Mouse4 FEBA_BS_283 A7 IT007 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1146 set17IT007 Post-colonization (Day 2) - Cage2;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage4;Mouse1 FEBA_BS_283 A8 IT008 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1147 set17IT008 Post-colonization (Day 2) - Cage4;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage5;Mouse2 FEBA_BS_283 A9 IT009 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1148 set17IT009 Post-colonization (Day 2) - Cage5;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage7;Mouse2 FEBA_BS_283 A10 IT010 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1149 set17IT010 Post-colonization (Day 2) - Cage7;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage3;Mouse1 FEBA_BS_283 A11 IT011 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1150 set17IT011 Post-colonization (Day 3) - Cage3;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage1;Mouse3 FEBA_BS_283 A12 IT012 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1151 set17IT012 Post-colonization (Day 3) - Cage1;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage5;Mouse4 FEBA_BS_283 B1 IT013 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1152 set17IT013 Post-colonization (Day 3) - Cage5;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage7;Mouse2 FEBA_BS_283 B2 IT014 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1153 set17IT014 Post-colonization (Day 3) - Cage7;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage2;Mouse1 FEBA_BS_283 B3 IT015 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1154 set17IT015 Post-colonization (Day 4) - Cage2;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage3;Mouse3 FEBA_BS_283 B4 IT016 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1155 set17IT016 Post-colonization (Day 4) - Cage3;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage5;Mouse1 FEBA_BS_283 B5 IT017 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1156 set17IT017 Post-colonization (Day 4) - Cage5;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage6;Mouse2 FEBA_BS_283 B6 IT018 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1157 set17IT018 Post-colonization (Day 4) - Cage6;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage1;Mouse4 FEBA_BS_283 B7 IT019 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1158 set17IT019 Post-colonization (Day 6) - Cage1;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage3;Mouse1 FEBA_BS_283 B8 IT020 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1159 set17IT020 Post-colonization (Day 6) - Cage3;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage5;Mouse4 FEBA_BS_283 B9 IT021 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1160 set17IT021 Post-colonization (Day 6) - Cage5;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage7;Mouse2 FEBA_BS_283 B10 IT022 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1161 set17IT022 Post-colonization (Day 6) - Cage7;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage1;Mouse5 FEBA_BS_283 B11 IT023 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1162 set17IT023 Post-colonization (Day 8) - Cage1;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage5;Mouse3 FEBA_BS_283 B12 IT024 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1163 set17IT024 Post-colonization (Day 8) - Cage5;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage7;Mouse1 FEBA_BS_283 C1 IT025 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1164 set17IT025 Post-colonization (Day 8) - Cage7;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage1;Mouse4 FEBA_BS_283 C2 IT026 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1165 set17IT026 Post-colonization (Day 10) - Cage1;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage3;Mouse1 FEBA_BS_283 C3 IT027 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1166 set17IT027 Post-colonization (Day 10) - Cage3;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage5;Mouse5 FEBA_BS_283 C4 IT028 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1167 set17IT028 Post-colonization (Day 10) - Cage5;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage7;Mouse2 FEBA_BS_283 C5 IT029 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1168 set17IT029 Post-colonization (Day 10) - Cage7;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage2;Mouse1 FEBA_BS_283 C6 IT030 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1169 set17IT030 Post-colonization (Day 12) - Cage2;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage3;Mouse3 FEBA_BS_283 C7 IT031 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1170 set17IT031 Post-colonization (Day 12) - Cage3;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage4;Mouse5 FEBA_BS_283 C8 IT032 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1171 set17IT032 Post-colonization (Day 12) - Cage4;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage6;Mouse1 FEBA_BS_283 C9 IT033 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1172 set17IT033 Post-colonization (Day 12) - Cage6;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage1;Mouse3 FEBA_BS_283 C10 IT034 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1173 set17IT034 Post-colonization (Day 14) - Cage1;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage4;Mouse4 FEBA_BS_283 C11 IT035 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1174 set17IT035 Post-colonization (Day 14) - Cage4;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage5;Mouse4 FEBA_BS_283 C12 IT036 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1175 set17IT036 Post-colonization (Day 14) - Cage5;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1 ) - Cage1;Mouse5 FEBA_BS_283 D1 IT037 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1176 set17IT037 PEG (Day 1 ) - Cage1;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1 ) - Cage2;Mouse4 FEBA_BS_283 D2 IT038 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1177 set17IT038 PEG (Day 1 ) - Cage2;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage3;Mouse4 FEBA_BS_283 D3 IT039 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1178 set17IT039 PEG (Day 1) - Cage3;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_283 D4 IT040 Tnlib2 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1179 set17IT040 Time0 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage5;Mouse1 FEBA_BS_283 D5 IT041 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1180 set17IT041 PEG (Day 1) - Cage5;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage6;Mouse2 FEBA_BS_283 D6 IT042 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1181 set17IT042 PEG (Day 1) - Cage6;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage1;Mouse2 FEBA_BS_283 D7 IT043 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1182 set17IT043 PEG (Day 2) - Cage1;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage2;Mouse1 FEBA_BS_283 D8 IT044 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1183 set17IT044 PEG (Day 2) - Cage2;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage4;Mouse5 FEBA_BS_283 D9 IT045 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1184 set17IT045 PEG (Day 2) - Cage4;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage5;Mouse3 FEBA_BS_283 D10 IT046 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1185 set17IT046 PEG (Day 2) - Cage5;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage7;Mouse1 FEBA_BS_283 D11 IT047 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1186 set17IT047 PEG (Day 2) - Cage7;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage1;Mouse2 FEBA_BS_283 D12 IT048 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1187 set17IT048 PEG (Day 3) - Cage1;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage5;Mouse3 FEBA_BS_283 E1 IT049 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1188 set17IT049 PEG (Day 3) - Cage5;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage2;Mouse4 FEBA_BS_283 E2 IT050 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1189 set17IT050 PEG (Day 3) - Cage2;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage4;Mouse3 FEBA_BS_283 E3 IT051 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1190 set17IT051 PEG (Day 3) - Cage4;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage7;Mouse1 FEBA_BS_283 E4 IT052 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1191 set17IT052 PEG (Day 3) - Cage7;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage3;Mouse1 FEBA_BS_283 E5 IT053 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1192 set17IT053 PEG (Day 4) - Cage3;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage6;Mouse1 FEBA_BS_283 E6 IT054 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1193 set17IT054 PEG (Day 4) - Cage6;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage1;Mouse5 FEBA_BS_283 E7 IT055 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1194 set17IT055 PEG (Day 5) - Cage1;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage2;Mouse4 FEBA_BS_283 E8 IT056 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1195 set17IT056 PEG (Day 5) - Cage2;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage7;Mouse2 FEBA_BS_283 E10 IT058 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1197 set17IT058 PEG (Day 5) - Cage7;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage1;Mouse5 FEBA_BS_283 E11 IT059 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1198 set17IT059 PEG (Day 6) - Cage1;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage3;Mouse2 FEBA_BS_283 E12 IT060 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1199 set17IT060 PEG (Day 6) - Cage3;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage5;Mouse3 FEBA_BS_283 F1 IT061 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1200 set17IT061 PEG (Day 6) - Cage5;Mouse3 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage7;Mouse1 FEBA_BS_283 F2 IT062 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1201 set17IT062 PEG (Day 6) - Cage7;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage1;Mouse2 FEBA_BS_283 F3 IT063 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1202 set17IT063 Recovery (Day 1) - Cage1;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage2;Mouse4 FEBA_BS_283 F4 IT064 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1203 set17IT064 Recovery (Day 1) - Cage2;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage6;Mouse1 FEBA_BS_283 F5 IT065 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1204 set17IT065 Recovery (Day 1) - Cage6;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_283 F6 IT066 Tnlib3 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1205 set17IT066 Time0 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage1;Mouse4 FEBA_BS_283 F7 IT067 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1206 set17IT067 Recovery (Day 2) - Cage1;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage2;Mouse4 FEBA_BS_283 F8 IT068 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1207 set17IT068 Recovery (Day 2) - Cage2;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage5;Mouse5 FEBA_BS_283 F9 IT069 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1208 set17IT069 Recovery (Day 2) - Cage5;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage7;Mouse2 FEBA_BS_283 F10 IT070 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1209 set17IT070 Recovery (Day 2) - Cage7;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage2;Mouse4 FEBA_BS_283 F11 IT071 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1210 set17IT071 Recovery (Day 4) - Cage2;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage2;Mouse2 FEBA_BS_283 G1 IT073 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1212 set17IT073 Recovery (Day 8) - Cage2;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage5;Mouse1 FEBA_BS_283 G2 IT074 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1213 set17IT074 Recovery (Day 8) - Cage5;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage6;Mouse2 FEBA_BS_283 G3 IT075 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1214 set17IT075 Recovery (Day 8) - Cage6;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage2;Mouse2 FEBA_BS_283 G4 IT076 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1215 set17IT076 Recovery (Day 9) - Cage2;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage6;Mouse1 FEBA_BS_283 G5 IT077 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1216 set17IT077 Recovery (Day 9) - Cage6;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage7;Mouse1 FEBA_BS_283 G6 IT078 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1217 set17IT078 Recovery (Day 9) - Cage7;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage1;Mouse2 FEBA_BS_283 G7 IT079 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1218 set17IT079 Recovery (Day 11) - Cage1;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage5;Mouse1 FEBA_BS_283 G8 IT080 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1219 set17IT080 Recovery (Day 11) - Cage5;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage7;Mouse1 FEBA_BS_283 G9 IT081 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1220 set17IT081 Recovery (Day 11) - Cage7;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage2;Mouse4 FEBA_BS_283 G10 IT082 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1221 set17IT082 Recovery (Day 15) - Cage2;Mouse4 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage6;Mouse1 FEBA_BS_283 G11 IT083 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1222 set17IT083 Recovery (Day 18) - Cage6;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage5;Mouse5 FEBA_BS_283 G12 IT084 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1223 set17IT084 Recovery (Day 22) - Cage5;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage6;Mouse2 FEBA_BS_283 H1 IT085 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1224 set17IT085 Recovery (Day 22) - Cage6;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage7;Mouse1 FEBA_BS_283 H2 IT086 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1225 set17IT086 Recovery (Day 8) - Cage7;Mouse1 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage4;Mouse2 FEBA_BS_283 H3 IT087 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1226 set17IT087 Post-colonization (Day 3) - Cage4;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage2;Mouse5 FEBA_BS_283 H4 IT088 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1227 set17IT088 Post-colonization (Day 1) - Cage2;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage4;Mouse2 FEBA_BS_283 H5 IT089 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1228 set17IT089 Post-colonization (Day 14) - Cage4;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage2;Mouse5 FEBA_BS_283 H6 IT090 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1229 set17IT090 Post-colonization (Day 14) - Cage2;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage4;Mouse2 FEBA_BS_283 H7 IT091 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1230 set17IT091 PEG (Day 4) - Cage4;Mouse2 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage2;Mouse5 FEBA_BS_283 H8 IT092 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1231 set17IT092 PEG (Day 3) - Cage2;Mouse5 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Cage3 - postgavage control FEBA_BS_283 H10 IT094 Cage3BtTpostgavage post_gavage_control NA NA NA NA NA NA NA NA NA 1233 set17IT094 Cage3 - postgavage control 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Cage6 and Cage7 - postgavage control FEBA_BS_283 H11 IT095 Cage6&7BtTpostgavage post_gavage_control NA NA NA NA NA NA NA NA NA 1234 set17IT095 Cage6 and Cage7 - postgavage control 2/1/21 Btheta_ML6_set17 Btheta_ML6_set17 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_283 H12 IT096 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1235 set17IT096 Time0 2/1/21 Btheta_ML6_set17 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage1;Mouse3 FEBA_BS_284 A1 IT001 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1236 set18IT001 Post-colonization (Day 1) - Cage1;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage4;Mouse1 FEBA_BS_284 A2 IT002 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1237 set18IT002 Post-colonization (Day 1) - Cage4;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage5;Mouse2 FEBA_BS_284 A3 IT003 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1238 set18IT003 Post-colonization (Day 1) - Cage5;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage7;Mouse1 FEBA_BS_284 A4 IT004 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1239 set18IT004 Post-colonization (Day 1) - Cage7;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage1;Mouse5 FEBA_BS_284 A5 IT005 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1240 set18IT005 Post-colonization (Day 2) - Cage1;Mouse5 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage3;Mouse1 FEBA_BS_284 A6 IT006 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1241 set18IT006 Post-colonization (Day 2) - Cage3;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage4;Mouse3 FEBA_BS_284 A7 IT007 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1242 set18IT007 Post-colonization (Day 2) - Cage4;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage5;Mouse3 FEBA_BS_284 A8 IT008 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1243 set18IT008 Post-colonization (Day 2) - Cage5;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage7;Mouse1 FEBA_BS_284 A9 IT009 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1244 set18IT009 Post-colonization (Day 2) - Cage7;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage2;Mouse2 FEBA_BS_284 A10 IT010 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1245 set18IT010 Post-colonization (Day 3) - Cage2;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage3;Mouse3 FEBA_BS_284 A11 IT011 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1246 set18IT011 Post-colonization (Day 3) - Cage3;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage4;Mouse3 FEBA_BS_284 A12 IT012 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1247 set18IT012 Post-colonization (Day 3) - Cage4;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage6;Mouse1 FEBA_BS_284 B1 IT013 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1248 set18IT013 Post-colonization (Day 3) - Cage6;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage1;Mouse2 FEBA_BS_284 B2 IT014 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1249 set18IT014 Post-colonization (Day 4) - Cage1;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage2;Mouse2 FEBA_BS_284 B3 IT015 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1250 set18IT015 Post-colonization (Day 4) - Cage2;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage3;Mouse4 FEBA_BS_284 B4 IT016 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1251 set18IT016 Post-colonization (Day 4) - Cage3;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage4;Mouse1 FEBA_BS_284 B5 IT017 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1252 set18IT017 Post-colonization (Day 4) - Cage4;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage5;Mouse2 FEBA_BS_284 B6 IT018 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1253 set18IT018 Post-colonization (Day 4) - Cage5;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage7;Mouse1 FEBA_BS_284 B7 IT019 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1254 set18IT019 Post-colonization (Day 4) - Cage7;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage2;Mouse3 FEBA_BS_284 B8 IT020 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1255 set18IT020 Post-colonization (Day 6) - Cage2;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage3;Mouse2 FEBA_BS_284 B9 IT021 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1256 set18IT021 Post-colonization (Day 6) - Cage3;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage4;Mouse4 FEBA_BS_284 B10 IT022 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1257 set18IT022 Post-colonization (Day 6) - Cage4;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage6;Mouse1 FEBA_BS_284 B11 IT023 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1258 set18IT023 Post-colonization (Day 6) - Cage6;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage1;Mouse2 FEBA_BS_284 B12 IT024 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1259 set18IT024 Post-colonization (Day 8) - Cage1;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage3;Mouse1 FEBA_BS_284 C1 IT025 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1260 set18IT025 Post-colonization (Day 8) - Cage3;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage4;Mouse4 FEBA_BS_284 C2 IT026 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1261 set18IT026 Post-colonization (Day 8) - Cage4;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage5;Mouse4 FEBA_BS_284 C3 IT027 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1262 set18IT027 Post-colonization (Day 8) - Cage5;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage7;Mouse2 FEBA_BS_284 C4 IT028 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1263 set18IT028 Post-colonization (Day 8) - Cage7;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage2;Mouse1 FEBA_BS_284 C5 IT029 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1264 set18IT029 Post-colonization (Day 10) - Cage2;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage3;Mouse3 FEBA_BS_284 C6 IT030 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1265 set18IT030 Post-colonization (Day 10) - Cage3;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage4;Mouse5 FEBA_BS_284 C7 IT031 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1266 set18IT031 Post-colonization (Day 10) - Cage4;Mouse5 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage6;Mouse1 FEBA_BS_284 C8 IT032 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1267 set18IT032 Post-colonization (Day 10) - Cage6;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage1;Mouse3 FEBA_BS_284 C9 IT033 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1268 set18IT033 Post-colonization (Day 12) - Cage1;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage2;Mouse2 FEBA_BS_284 C10 IT034 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1269 set18IT034 Post-colonization (Day 12) - Cage2;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage3;Mouse4 FEBA_BS_284 C11 IT035 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1270 set18IT035 Post-colonization (Day 12) - Cage3;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage5;Mouse2 FEBA_BS_284 C12 IT036 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1271 set18IT036 Post-colonization (Day 12) - Cage5;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage7;Mouse1 FEBA_BS_284 D1 IT037 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1272 set18IT037 Post-colonization (Day 12) - Cage7;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage1;Mouse4 FEBA_BS_284 D2 IT038 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1273 set18IT038 Post-colonization (Day 14) - Cage1;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage3;Mouse1 FEBA_BS_284 D3 IT039 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1274 set18IT039 Post-colonization (Day 14) - Cage3;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage4;Mouse5 FEBA_BS_284 D4 IT040 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1275 set18IT040 Post-colonization (Day 14) - Cage4;Mouse5 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage6;Mouse1 FEBA_BS_284 D5 IT041 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1276 set18IT041 Post-colonization (Day 14) - Cage6;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage1;Mouse3 FEBA_BS_284 D6 IT042 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1277 set18IT042 PEG (Day 1) - Cage1;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage4;Mouse1 FEBA_BS_284 D7 IT043 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1278 set18IT043 PEG (Day 1) - Cage4;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage7;Mouse1 FEBA_BS_284 D8 IT044 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1279 set18IT044 PEG (Day 1) - Cage7;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage5;Mouse4 FEBA_BS_284 D9 IT045 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1280 set18IT045 PEG (Day 1) - Cage5;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage1;Mouse3 FEBA_BS_284 D10 IT046 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1281 set18IT046 PEG (Day 2) - Cage1;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage3;Mouse4 FEBA_BS_284 D11 IT047 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1282 set18IT047 PEG (Day 2) - Cage3;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage4;Mouse3 FEBA_BS_284 D12 IT048 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1283 set18IT048 PEG (Day 2) - Cage4;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage5;Mouse4 FEBA_BS_284 E1 IT049 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1284 set18IT049 PEG (Day 2) - Cage5;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage7;Mouse2 FEBA_BS_284 E2 IT050 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1285 set18IT050 PEG (Day 2) - Cage7;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage2;Mouse1 FEBA_BS_284 E3 IT051 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1286 set18IT051 PEG (Day 3) - Cage2;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage3;Mouse1 FEBA_BS_284 E4 IT052 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1287 set18IT052 PEG (Day 3) - Cage3;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage4;Mouse4 FEBA_BS_284 E5 IT053 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1288 set18IT053 PEG (Day 3) - Cage4;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage6;Mouse2 FEBA_BS_284 E6 IT054 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1289 set18IT054 PEG (Day 3) - Cage6;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage1;Mouse2 FEBA_BS_284 E7 IT055 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1290 set18IT055 PEG (Day 4) - Cage1;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage2;Mouse2 FEBA_BS_284 E8 IT056 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1291 set18IT056 PEG (Day 4) - Cage2;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_284 E9 IT057 Tnlib3 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1292 set18IT057 Time0 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage3;Mouse4 FEBA_BS_284 E10 IT058 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1293 set18IT058 PEG (Day 4) - Cage3;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage6;Mouse2 FEBA_BS_284 E12 IT060 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1295 set18IT060 PEG (Day 4) - Cage6;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage1;Mouse2 FEBA_BS_284 F1 IT061 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1296 set18IT061 PEG (Day 5) - Cage1;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage3;Mouse2 FEBA_BS_284 F2 IT062 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1297 set18IT062 PEG (Day 5) - Cage3;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage4;Mouse1 FEBA_BS_284 F3 IT063 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1298 set18IT063 PEG (Day 5) - Cage4;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage5;Mouse4 FEBA_BS_284 F4 IT064 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1299 set18IT064 PEG (Day 5) - Cage5;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage7;Mouse1 FEBA_BS_284 F5 IT065 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1300 set18IT065 PEG (Day 5) - Cage7;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage2;Mouse2 FEBA_BS_284 F6 IT066 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1301 set18IT066 PEG (Day 6) - Cage2;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage5;Mouse4 FEBA_BS_284 F8 IT068 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1303 set18IT068 PEG (Day 6) - Cage5;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage7;Mouse3 FEBA_BS_284 F9 IT069 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1304 set18IT069 PEG (Day 6) - Cage7;Mouse3 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage1;Mouse4 FEBA_BS_284 F10 IT070 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1305 set18IT070 Recovery (Day 1) - Cage1;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage3;Mouse2 FEBA_BS_284 F11 IT071 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1306 set18IT071 Recovery (Day 1) - Cage3;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage6;Mouse2 FEBA_BS_284 F12 IT072 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1307 set18IT072 Recovery (Day 1) - Cage6;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage7;Mouse1 FEBA_BS_284 G1 IT073 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1308 set18IT073 Recovery (Day 1) - Cage7;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage4;Mouse1 FEBA_BS_284 G2 IT074 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1309 set18IT074 Recovery (Day 2) - Cage4;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_284 G3 IT075 Tnlib1 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1310 set18IT075 Time0 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage6;Mouse1 FEBA_BS_284 G4 IT076 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1311 set18IT076 Recovery (Day 2) - Cage6;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage4;Mouse1 FEBA_BS_284 G5 IT077 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1312 set18IT077 Recovery (Day 4) - Cage4;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage6;Mouse1 FEBA_BS_284 G6 IT078 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1313 set18IT078 Recovery (Day 4) - Cage6;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage7;Mouse2 FEBA_BS_284 G7 IT079 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1314 set18IT079 Recovery (Day 4) - Cage7;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage1;Mouse2 FEBA_BS_284 G8 IT080 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1315 set18IT080 Recovery (Day 8) - Cage1;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage2;Mouse4 FEBA_BS_284 G9 IT081 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1316 set18IT081 Recovery (Day 8) - Cage2;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage5;Mouse5 FEBA_BS_284 G10 IT082 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1317 set18IT082 Recovery (Day 9) - Cage5;Mouse5 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage1;Mouse4 FEBA_BS_284 G11 IT083 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1318 set18IT083 Recovery (Day 9) - Cage1;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage1;Mouse4 FEBA_BS_284 H1 IT085 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1320 set18IT085 Recovery (Day 11) - Cage1;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage2;Mouse4 FEBA_BS_284 H2 IT086 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1321 set18IT086 Recovery (Day 11) - Cage2;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage6;Mouse2 FEBA_BS_284 H3 IT087 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1322 set18IT087 Recovery (Day 11) - Cage6;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage1;Mouse2 FEBA_BS_284 H4 IT088 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1323 set18IT088 Recovery (Day 15) - Cage1;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage5;Mouse1 FEBA_BS_284 H5 IT089 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1324 set18IT089 Recovery (Day 15) - Cage5;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage7;Mouse2 FEBA_BS_284 H6 IT090 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1325 set18IT090 Recovery (Day 18) - Cage7;Mouse2 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage2;Mouse4 FEBA_BS_284 H7 IT091 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1326 set18IT091 Recovery (Day 22) - Cage2;Mouse4 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage7;Mouse1 FEBA_BS_284 H8 IT092 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1327 set18IT092 Recovery (Day 22) - Cage7;Mouse1 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage5;Mouse5 FEBA_BS_284 H9 IT093 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1328 set18IT093 Post-colonization (Day 8) - Cage5;Mouse5 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage5;Mouse5 FEBA_BS_284 H10 IT094 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1329 set18IT094 Post-colonization (Day 6) - Cage5;Mouse5 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Cage4 - postgavage control FEBA_BS_284 H11 IT095 Cage4BtTpostgavage post_gavage_control NA NA NA NA NA NA NA NA NA 1330 set18IT095 Cage4 - postgavage control 2/1/21 Btheta_ML6_set18 Btheta_ML6_set18 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_284 H12 IT096 Transposonlibrary BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1331 set18IT096 Time0 2/1/21 Btheta_ML6_set18 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage2;Mouse2 FEBA_BS_285 A1 IT001 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1332 set19IT001 Post-colonization (Day 1) - Cage2;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage3;Mouse2 FEBA_BS_285 A2 IT002 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1333 set19IT002 Post-colonization (Day 1) - Cage3;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage4;Mouse5 FEBA_BS_285 A3 IT003 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1334 set19IT003 Post-colonization (Day 1) - Cage4;Mouse5 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage5;Mouse4 FEBA_BS_285 A4 IT004 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1335 set19IT004 Post-colonization (Day 1) - Cage5;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage7;Mouse2 FEBA_BS_285 A5 IT005 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1336 set19IT005 Post-colonization (Day 1) - Cage7;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage2;Mouse1 FEBA_BS_285 A6 IT006 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1337 set19IT006 Post-colonization (Day 2) - Cage2;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage3;Mouse2 FEBA_BS_285 A7 IT007 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1338 set19IT007 Post-colonization (Day 2) - Cage3;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage4;Mouse4 FEBA_BS_285 A8 IT008 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1339 set19IT008 Post-colonization (Day 2) - Cage4;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage6;Mouse1 FEBA_BS_285 A9 IT009 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1340 set19IT009 Post-colonization (Day 2) - Cage6;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage1;Mouse1 FEBA_BS_285 A10 IT010 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1341 set19IT010 Post-colonization (Day 3) - Cage1;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage2;Mouse3 FEBA_BS_285 A11 IT011 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1342 set19IT011 Post-colonization (Day 3) - Cage2;Mouse3 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage3;Mouse4 FEBA_BS_285 A12 IT012 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1343 set19IT012 Post-colonization (Day 3) - Cage3;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage5;Mouse1 FEBA_BS_285 B1 IT013 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1344 set19IT013 Post-colonization (Day 3) - Cage5;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_285 B2 IT014 Tnlib1 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1345 set19IT014 Time0 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage1;Mouse4 FEBA_BS_285 B3 IT015 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1346 set19IT015 Post-colonization (Day 4) - Cage1;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage2;Mouse4 FEBA_BS_285 B4 IT016 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1347 set19IT016 Post-colonization (Day 4) - Cage2;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage4;Mouse4 FEBA_BS_285 B5 IT017 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1348 set19IT017 Post-colonization (Day 4) - Cage4;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage5;Mouse5 FEBA_BS_285 B6 IT018 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1349 set19IT018 Post-colonization (Day 4) - Cage5;Mouse5 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage7;Mouse2 FEBA_BS_285 B7 IT019 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1350 set19IT019 Post-colonization (Day 4) - Cage7;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage1;Mouse1 FEBA_BS_285 B8 IT020 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1351 set19IT020 Post-colonization (Day 6) - Cage1;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage2;Mouse4 FEBA_BS_285 B9 IT021 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1352 set19IT021 Post-colonization (Day 6) - Cage2;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage3;Mouse4 FEBA_BS_285 B10 IT022 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1353 set19IT022 Post-colonization (Day 6) - Cage3;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage5;Mouse1 FEBA_BS_285 B11 IT023 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1354 set19IT023 Post-colonization (Day 6) - Cage5;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage6;Mouse2 FEBA_BS_285 B12 IT024 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1355 set19IT024 Post-colonization (Day 6) - Cage6;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage2;Mouse3 FEBA_BS_285 C1 IT025 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1356 set19IT025 Post-colonization (Day 8) - Cage2;Mouse3 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage3;Mouse2 FEBA_BS_285 C2 IT026 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1357 set19IT026 Post-colonization (Day 8) - Cage3;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage4;Mouse5 FEBA_BS_285 C3 IT027 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1358 set19IT027 Post-colonization (Day 8) - Cage4;Mouse5 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage6;Mouse1 FEBA_BS_285 C4 IT028 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1359 set19IT028 Post-colonization (Day 8) - Cage6;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage1;Mouse1 FEBA_BS_285 C5 IT029 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1360 set19IT029 Post-colonization (Day 10) - Cage1;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage2;Mouse4 FEBA_BS_285 C6 IT030 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1361 set19IT030 Post-colonization (Day 10) - Cage2;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage3;Mouse4 FEBA_BS_285 C7 IT031 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1362 set19IT031 Post-colonization (Day 10) - Cage3;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage5;Mouse2 FEBA_BS_285 C8 IT032 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1363 set19IT032 Post-colonization (Day 10) - Cage5;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage6;Mouse2 FEBA_BS_285 C9 IT033 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1364 set19IT033 Post-colonization (Day 10) - Cage6;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage1;Mouse4 FEBA_BS_285 C10 IT034 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1365 set19IT034 Post-colonization (Day 12) - Cage1;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage4;Mouse1 FEBA_BS_285 C11 IT035 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1366 set19IT035 Post-colonization (Day 12) - Cage4;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage5;Mouse3 FEBA_BS_285 C12 IT036 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1367 set19IT036 Post-colonization (Day 12) - Cage5;Mouse3 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage7;Mouse3 FEBA_BS_285 D1 IT037 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1368 set19IT037 Post-colonization (Day 12) - Cage7;Mouse3 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage2;Mouse2 FEBA_BS_285 D2 IT038 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1369 set19IT038 Post-colonization (Day 14) - Cage2;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage3;Mouse3 FEBA_BS_285 D3 IT039 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1370 set19IT039 Post-colonization (Day 14) - Cage3;Mouse3 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_285 D4 IT040 Tnlib2 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1371 set19IT040 Time0 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage7;Mouse1 FEBA_BS_285 D5 IT041 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1372 set19IT041 Post-colonization (Day 14) - Cage7;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage1;Mouse2 FEBA_BS_285 D6 IT042 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1373 set19IT042 PEG (Day 1) - Cage1;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage3;Mouse1 FEBA_BS_285 D7 IT043 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1374 set19IT043 PEG (Day 1) - Cage3;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage5;Mouse3 FEBA_BS_285 D8 IT044 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1375 set19IT044 PEG (Day 1) - Cage5;Mouse3 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage7;Mouse2 FEBA_BS_285 D9 IT045 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1376 set19IT045 PEG (Day 1) - Cage7;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage2;Mouse5 FEBA_BS_285 D10 IT046 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1377 set19IT046 PEG (Day 2) - Cage2;Mouse5 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage3;Mouse1 FEBA_BS_285 D11 IT047 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1378 set19IT047 PEG (Day 2) - Cage3;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage4;Mouse1 FEBA_BS_285 D12 IT048 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1379 set19IT048 PEG (Day 2) - Cage4;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage6;Mouse1 FEBA_BS_285 E1 IT049 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1380 set19IT049 PEG (Day 2) - Cage6;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage1;Mouse4 FEBA_BS_285 E2 IT050 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1381 set19IT050 PEG (Day 3) - Cage1;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage3;Mouse2 FEBA_BS_285 E3 IT051 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1382 set19IT051 PEG (Day 3) - Cage3;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage6;Mouse1 FEBA_BS_285 E5 IT053 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1384 set19IT053 PEG (Day 3) - Cage6;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage1;Mouse3 FEBA_BS_285 E6 IT054 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1385 set19IT054 PEG (Day 4) - Cage1;Mouse3 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage2;Mouse4 FEBA_BS_285 E7 IT055 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1386 set19IT055 PEG (Day 4) - Cage2;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage5;Mouse4 FEBA_BS_285 E9 IT057 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1388 set19IT057 PEG (Day 4) - Cage5;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage7;Mouse1 FEBA_BS_285 E10 IT058 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1389 set19IT058 PEG (Day 4) - Cage7;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage1;Mouse3 FEBA_BS_285 E11 IT059 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1390 set19IT059 PEG (Day 5) - Cage1;Mouse3 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage3;Mouse1 FEBA_BS_285 E12 IT060 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1391 set19IT060 PEG (Day 5) - Cage3;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage4;Mouse4 FEBA_BS_285 F1 IT061 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1392 set19IT061 PEG (Day 5) - Cage4;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage6;Mouse1 FEBA_BS_285 F2 IT062 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1393 set19IT062 PEG (Day 5) - Cage6;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage1;Mouse2 FEBA_BS_285 F3 IT063 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1394 set19IT063 PEG (Day 6) - Cage1;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage2;Mouse4 FEBA_BS_285 F4 IT064 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1395 set19IT064 PEG (Day 6) - Cage2;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage1;Mouse5 FEBA_BS_285 F7 IT067 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1398 set19IT067 Recovery (Day 1) - Cage1;Mouse5 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage3;Mouse4 FEBA_BS_285 F8 IT068 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1399 set19IT068 Recovery (Day 1) - Cage3;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage4;Mouse4 FEBA_BS_285 F9 IT069 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1400 set19IT069 Recovery (Day 1) - Cage4;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage7;Mouse2 FEBA_BS_285 F10 IT070 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1401 set19IT070 Recovery (Day 1) - Cage7;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage1;Mouse5 FEBA_BS_285 F11 IT071 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1402 set19IT071 Recovery (Day 2) - Cage1;Mouse5 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage4;Mouse4 FEBA_BS_285 F12 IT072 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1403 set19IT072 Recovery (Day 2) - Cage4;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage6;Mouse2 FEBA_BS_285 G1 IT073 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1404 set19IT073 Recovery (Day 2) - Cage6;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage1;Mouse5 FEBA_BS_285 G2 IT074 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1405 set19IT074 Recovery (Day 4) - Cage1;Mouse5 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage4;Mouse4 FEBA_BS_285 G3 IT075 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1406 set19IT075 Recovery (Day 4) - Cage4;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage6;Mouse2 FEBA_BS_285 G4 IT076 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1407 set19IT076 Recovery (Day 4) - Cage6;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage1;Mouse4 FEBA_BS_285 G5 IT077 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1408 set19IT077 Recovery (Day 8) - Cage1;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage4;Mouse1 FEBA_BS_285 G6 IT078 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1409 set19IT078 Recovery (Day 8) - Cage4;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage5;Mouse5 FEBA_BS_285 G7 IT079 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1410 set19IT079 Recovery (Day 8) - Cage5;Mouse5 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage7;Mouse2 FEBA_BS_285 G8 IT080 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1411 set19IT080 Recovery (Day 8) - Cage7;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage1;Mouse2 FEBA_BS_285 G9 IT081 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1412 set19IT081 Recovery (Day 9) - Cage1;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage5;Mouse1 FEBA_BS_285 G10 IT082 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1413 set19IT082 Recovery (Day 9) - Cage5;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage2;Mouse2 FEBA_BS_285 G11 IT083 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1414 set19IT083 Recovery (Day 11) - Cage2;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage6;Mouse1 FEBA_BS_285 G12 IT084 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1415 set19IT084 Recovery (Day 11) - Cage6;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage1;Mouse4 FEBA_BS_285 H1 IT085 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1416 set19IT085 Recovery (Day 15) - Cage1;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage5;Mouse5 FEBA_BS_285 H2 IT086 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1417 set19IT086 Recovery (Day 15) - Cage5;Mouse5 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage7;Mouse2 FEBA_BS_285 H3 IT087 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1418 set19IT087 Recovery (Day 15) - Cage7;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage7;Mouse1 FEBA_BS_285 H4 IT088 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1419 set19IT088 Recovery (Day 15) - Cage7;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage6;Mouse2 FEBA_BS_285 H5 IT089 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1420 set19IT089 Recovery (Day 15) - Cage6;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage5;Mouse5 FEBA_BS_285 H6 IT090 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1421 set19IT090 Recovery (Day 18) - Cage5;Mouse5 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage2;Mouse4 FEBA_BS_285 H7 IT091 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1422 set19IT091 Recovery (Day 18) - Cage2;Mouse4 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage7;Mouse1 FEBA_BS_285 H8 IT092 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1423 set19IT092 Recovery (Day 18) - Cage7;Mouse1 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage2;Mouse2 FEBA_BS_285 H9 IT093 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1424 set19IT093 Recovery (Day 22) - Cage2;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage7;Mouse2 FEBA_BS_285 H10 IT094 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1425 set19IT094 Recovery (Day 22) - Cage7;Mouse2 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Cage1 - postgavage control FEBA_BS_285 H11 IT095 Cage1BtTpostgavage post_gavage_control NA NA NA NA NA NA NA NA NA 1426 set19IT095 Cage1 - postgavage control 2/1/21 Btheta_ML6_set19 Btheta_ML6_set19 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_285 H12 IT096 Transposonlibrary BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1427 set19IT096 Time0 2/1/21 Btheta_ML6_set19 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage1;Mouse4 FEBA_BS_286 A1 IT001 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1428 set20IT001 Post-colonization (Day 1) - Cage1;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage3;Mouse1 FEBA_BS_286 A2 IT002 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1429 set20IT002 Post-colonization (Day 1) - Cage3;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage4;Mouse3 FEBA_BS_286 A3 IT003 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1430 set20IT003 Post-colonization (Day 1) - Cage4;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage6;Mouse1 FEBA_BS_286 A4 IT004 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1431 set20IT004 Post-colonization (Day 1) - Cage6;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage1;Mouse1 FEBA_BS_286 A5 IT005 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1432 set20IT005 Post-colonization (Day 2) - Cage1;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage2;Mouse3 FEBA_BS_286 A6 IT006 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1433 set20IT006 Post-colonization (Day 2) - Cage2;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage3;Mouse4 FEBA_BS_286 A7 IT007 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1434 set20IT007 Post-colonization (Day 2) - Cage3;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage5;Mouse1 FEBA_BS_286 A8 IT008 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1435 set20IT008 Post-colonization (Day 2) - Cage5;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage6;Mouse2 FEBA_BS_286 A9 IT009 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1436 set20IT009 Post-colonization (Day 2) - Cage6;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage1;Mouse2 FEBA_BS_286 A10 IT010 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1437 set20IT010 Post-colonization (Day 3) - Cage1;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage2;Mouse4 FEBA_BS_286 A11 IT011 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1438 set20IT011 Post-colonization (Day 3) - Cage2;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage4;Mouse1 FEBA_BS_286 A12 IT012 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1439 set20IT012 Post-colonization (Day 3) - Cage4;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage6;Mouse2 FEBA_BS_286 B1 IT013 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1440 set20IT013 Post-colonization (Day 3) - Cage6;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage7;Mouse1 FEBA_BS_286 B2 IT014 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1441 set20IT014 Post-colonization (Day 3) - Cage7;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage5;Mouse2 FEBA_BS_286 B3 IT015 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1442 set20IT015 Post-colonization (Day 3) - Cage5;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage1;Mouse5 FEBA_BS_286 B4 IT016 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1443 set20IT016 Post-colonization (Day 4) - Cage1;Mouse5 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage3;Mouse2 FEBA_BS_286 B5 IT017 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1444 set20IT017 Post-colonization (Day 4) - Cage3;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage4;Mouse5 FEBA_BS_286 B6 IT018 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1445 set20IT018 Post-colonization (Day 4) - Cage4;Mouse5 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage6;Mouse1 FEBA_BS_286 B7 IT019 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1446 set20IT019 Post-colonization (Day 4) - Cage6;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage1;Mouse3 FEBA_BS_286 B8 IT020 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1447 set20IT020 Post-colonization (Day 6) - Cage1;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage4;Mouse1 FEBA_BS_286 B9 IT021 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1448 set20IT021 Post-colonization (Day 6) - Cage4;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage5;Mouse2 FEBA_BS_286 B10 IT022 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1449 set20IT022 Post-colonization (Day 6) - Cage5;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage7;Mouse1 FEBA_BS_286 B11 IT023 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1450 set20IT023 Post-colonization (Day 6) - Cage7;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage1;Mouse4 FEBA_BS_286 B12 IT024 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1451 set20IT024 Post-colonization (Day 8) - Cage1;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage2;Mouse4 FEBA_BS_286 C1 IT025 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1452 set20IT025 Post-colonization (Day 8) - Cage2;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage3;Mouse4 FEBA_BS_286 C2 IT026 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1453 set20IT026 Post-colonization (Day 8) - Cage3;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage5;Mouse2 FEBA_BS_286 C3 IT027 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1454 set20IT027 Post-colonization (Day 8) - Cage5;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_286 C4 IT028 Tnlib1 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1455 set20IT028 Time0 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage6;Mouse2 FEBA_BS_286 C5 IT029 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1456 set20IT029 Post-colonization (Day 8) - Cage6;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage1;Mouse2 FEBA_BS_286 C6 IT030 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1457 set20IT030 Post-colonization (Day 10) - Cage1;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage4;Mouse1 FEBA_BS_286 C7 IT031 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1458 set20IT031 Post-colonization (Day 10) - Cage4;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage5;Mouse3 FEBA_BS_286 C8 IT032 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1459 set20IT032 Post-colonization (Day 10) - Cage5;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage7;Mouse1 FEBA_BS_286 C9 IT033 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1460 set20IT033 Post-colonization (Day 10) - Cage7;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage1;Mouse5 FEBA_BS_286 C10 IT034 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1461 set20IT034 Post-colonization (Day 12) - Cage1;Mouse5 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage3;Mouse1 FEBA_BS_286 C11 IT035 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1462 set20IT035 Post-colonization (Day 12) - Cage3;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage5;Mouse4 FEBA_BS_286 C12 IT036 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1463 set20IT036 Post-colonization (Day 12) - Cage5;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage1;Mouse1 FEBA_BS_286 D1 IT037 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1464 set20IT037 Post-colonization (Day 14) - Cage1;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage5;Mouse1 FEBA_BS_286 D2 IT038 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1465 set20IT038 Post-colonization (Day 14) - Cage5;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage2;Mouse4 FEBA_BS_286 D3 IT039 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1466 set20IT039 Post-colonization (Day 14) - Cage2;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage5;Mouse3 FEBA_BS_286 D4 IT040 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1467 set20IT040 Post-colonization (Day 14) - Cage5;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_286 D5 IT041 Tnlib2 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1468 set20IT041 Time0 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage7;Mouse3 FEBA_BS_286 D6 IT042 mouse_post_colonization NA NA NA NA NA NA NA NA NA 1469 set20IT042 Post-colonization (Day 14) - Cage7;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage2;Mouse1 FEBA_BS_286 D7 IT043 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1470 set20IT043 PEG (Day 1) - Cage2;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage3;Mouse3 FEBA_BS_286 D8 IT044 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1471 set20IT044 PEG (Day 1) - Cage3;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage4;Mouse3 FEBA_BS_286 D9 IT045 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1472 set20IT045 PEG (Day 1) - Cage4;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage6;Mouse1 FEBA_BS_286 D10 IT046 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1473 set20IT046 PEG (Day 1) - Cage6;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage1;Mouse4 FEBA_BS_286 D11 IT047 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1474 set20IT047 PEG (Day 2) - Cage1;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage2;Mouse2 FEBA_BS_286 D12 IT048 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1475 set20IT048 PEG (Day 2) - Cage2;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage3;Mouse3 FEBA_BS_286 E1 IT049 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1476 set20IT049 PEG (Day 2) - Cage3;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage5;Mouse1 FEBA_BS_286 E2 IT050 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1477 set20IT050 PEG (Day 2) - Cage5;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage6;Mouse2 FEBA_BS_286 E3 IT051 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1478 set20IT051 PEG (Day 2) - Cage6;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage1;Mouse5 FEBA_BS_286 E4 IT052 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1479 set20IT052 PEG (Day 3) - Cage1;Mouse5 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Time0 FEBA_BS_286 E6 IT054 Tnlib3 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml NA NA NA NA NA NA 1481 set20IT054 Time0 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage5;Mouse1 FEBA_BS_286 E7 IT055 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1482 set20IT055 PEG (Day 3) - Cage5;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage7;Mouse2 FEBA_BS_286 E8 IT056 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1483 set20IT056 PEG (Day 3) - Cage7;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage1;Mouse4 FEBA_BS_286 E9 IT057 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1484 set20IT057 PEG (Day 4) - Cage1;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage3;Mouse2 FEBA_BS_286 E10 IT058 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1485 set20IT058 PEG (Day 4) - Cage3;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage4;Mouse1 FEBA_BS_286 E11 IT059 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1486 set20IT059 PEG (Day 4) - Cage4;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage5;Mouse1 FEBA_BS_286 E12 IT060 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1487 set20IT060 PEG (Day 4) - Cage5;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage7;Mouse2 FEBA_BS_286 F1 IT061 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1488 set20IT061 PEG (Day 4) - Cage7;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage2;Mouse2 FEBA_BS_286 F2 IT062 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1489 set20IT062 PEG (Day 5) - Cage2;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage3;Mouse4 FEBA_BS_286 F3 IT063 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1490 set20IT063 PEG (Day 5) - Cage3;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage5;Mouse3 FEBA_BS_286 F4 IT064 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1491 set20IT064 PEG (Day 5) - Cage5;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage6;Mouse2 FEBA_BS_286 F5 IT065 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1492 set20IT065 PEG (Day 5) - Cage6;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage1;Mouse4 FEBA_BS_286 F6 IT066 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1493 set20IT066 PEG (Day 6) - Cage1;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage3;Mouse1 FEBA_BS_286 F7 IT067 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1494 set20IT067 PEG (Day 6) - Cage3;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage6;Mouse2 FEBA_BS_286 F9 IT069 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1496 set20IT069 PEG (Day 6) - Cage6;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage6;Mouse1 FEBA_BS_286 F10 IT070 mouse_peg_treatment NA NA Polyethylene glycol 15 vol% NA NA NA NA NA NA 1497 set20IT070 PEG (Day 6) - Cage6;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage2;Mouse2 FEBA_BS_286 F11 IT071 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1498 set20IT071 Recovery (Day 1) - Cage2;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage4;Mouse1 FEBA_BS_286 F12 IT072 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1499 set20IT072 Recovery (Day 1) - Cage4;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage5;Mouse5 FEBA_BS_286 G1 IT073 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1500 set20IT073 Recovery (Day 1) - Cage5;Mouse5 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage1;Mouse2 FEBA_BS_286 G2 IT074 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1501 set20IT074 Recovery (Day 2) - Cage1;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage2;Mouse2 FEBA_BS_286 G3 IT075 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1502 set20IT075 Recovery (Day 2) - Cage2;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage5;Mouse1 FEBA_BS_286 G4 IT076 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1503 set20IT076 Recovery (Day 2) - Cage5;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage7;Mouse1 FEBA_BS_286 G5 IT077 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1504 set20IT077 Recovery (Day 2) - Cage7;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage2;Mouse2 FEBA_BS_286 G6 IT078 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1505 set20IT078 Recovery (Day 4) - Cage2;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage5;Mouse1 FEBA_BS_286 G7 IT079 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1506 set20IT079 Recovery (Day 4) - Cage5;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage7;Mouse1 FEBA_BS_286 G8 IT080 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1507 set20IT080 Recovery (Day 4) - Cage7;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage1;Mouse5 FEBA_BS_286 G9 IT081 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1508 set20IT081 Recovery (Day 8) - Cage1;Mouse5 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage4;Mouse4 FEBA_BS_286 G10 IT082 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1509 set20IT082 Recovery (Day 8) - Cage4;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Cage - broth control FEBA_BS_286 G11 IT083 Cage1broth post_gavage_control NA NA NA NA NA NA NA NA NA 1510 set20IT083 Cage - broth control 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage2;Mouse4 FEBA_BS_286 G12 IT084 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1511 set20IT084 Recovery (Day 9) - Cage2;Mouse4 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage6;Mouse2 FEBA_BS_286 H1 IT085 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1512 set20IT085 Recovery (Day 9) - Cage6;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage7;Mouse2 FEBA_BS_286 H2 IT086 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1513 set20IT086 Recovery (Day 9) - Cage7;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage5;Mouse5 FEBA_BS_286 H3 IT087 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1514 set20IT087 Recovery (Day 11) - Cage5;Mouse5 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage7;Mouse2 FEBA_BS_286 H4 IT088 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1515 set20IT088 Recovery (Day 11) - Cage7;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage2;Mouse2 FEBA_BS_286 H5 IT089 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1516 set20IT089 Recovery (Day 15) - Cage2;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage6;Mouse1 FEBA_BS_286 H6 IT090 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1517 set20IT090 Recovery (Day 15) - Cage6;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage7;Mouse3 FEBA_BS_286 H7 IT091 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1518 set20IT091 Recovery (Day 15) - Cage7;Mouse3 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage2;Mouse2 FEBA_BS_286 H8 IT092 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1519 set20IT092 Recovery (Day 18) - Cage2;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage6;Mouse2 FEBA_BS_286 H9 IT093 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1520 set20IT093 Recovery (Day 18) - Cage6;Mouse2 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage6;Mouse1 FEBA_BS_286 H10 IT094 mouse_recovery_after_peg NA NA NA NA NA NA NA NA NA 1521 set20IT094 Recovery (Day 22) - Cage6;Mouse1 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Cage2 - postgavage control FEBA_BS_286 H11 IT095 Cage2BtTpostgavage post_gavage_control NA NA NA NA NA NA NA NA NA 1522 set20IT095 Cage2 - postgavage control 2/1/21 Btheta_ML6_set20 Btheta_ML6_set20 2/1/21 NA Deanna Pepin Btheta_ML6a Cage5 - postgavage control FEBA_BS_286 H12 IT096 Cage5BtTpostgavage post_gavage_control NA NA NA NA NA NA NA NA NA 1523 set20IT096 Cage5 - postgavage control 2/1/21 Btheta_ML6_set20 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a uncoatedP_1 AAYH001 A1 IT001 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm PBS-washed well NA NA NA NA NA NA NA 1524 set21IT001 uncoatedP_1 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a uncoatedP_2 AAYH001 A2 IT002 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm PBS-washed well NA NA NA NA NA NA NA 1525 set21IT002 uncoatedP_2 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a uncoatedP_3 AAYH001 A3 IT003 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm PBS-washed well NA NA NA NA NA NA NA 1526 set21IT003 uncoatedP_3 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a Mucin II attachment substrate AAYH001 A4 IT004 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type II coating - 400uL 1 mg/mL NA NA NA NA NA NA 1527 set21IT004 Mucin II attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a Mucin II attachment substrate AAYH001 A5 IT005 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type II coating - 400uL 1 mg/mL NA NA NA NA NA NA 1528 set21IT005 Mucin II attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a Mucin II attachment substrate AAYH001 A6 IT006 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type II coating - 400uL 1 mg/mL NA NA NA NA NA NA 1529 set21IT006 Mucin II attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a Mucin III attachment substrate AAYH001 A7 IT007 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type III coating - 400uL 1 mg/mL NA NA NA NA NA NA 1530 set21IT007 Mucin III attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a Mucin III attachment substrate AAYH001 A8 IT008 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type III coating - 400uL 1 mg/mL NA NA NA NA NA NA 1531 set21IT008 Mucin III attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a Mucin III attachment substrate AAYH001 A9 IT009 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type III coating - 400uL 1 mg/mL NA NA NA NA NA NA 1532 set21IT009 Mucin III attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a Mucin I-S attachment substrate AAYH001 A10 IT010 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL 1 mg/mL NA NA NA NA NA NA 1533 set21IT010 Mucin I-S attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a Mucin I-S attachment substrate AAYH001 A11 IT011 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL 1 mg/mL NA NA NA NA NA NA 1534 set21IT011 Mucin I-S attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a Mucin I-S attachment substrate AAYH001 A12 IT012 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL 1 mg/mL NA NA NA NA NA NA 1535 set21IT012 Mucin I-S attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a BSA_P_1 AAYH001 B1 IT013 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v NA NA NA NA NA NA 1536 set21IT013 BSA_P_1 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a BSA_P_2 AAYH001 B2 IT014 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v NA NA NA NA NA NA 1537 set21IT014 BSA_P_2 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a BSA_P_3 AAYH001 B3 IT015 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v NA NA NA NA NA NA 1538 set21IT015 BSA_P_3 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a Gelatin attachment substrate AAYH001 B4 IT016 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Gelatin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1539 set21IT016 Gelatin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a Gelatin attachment substrate AAYH001 B5 IT017 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Gelatin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1540 set21IT017 Gelatin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a Gelatin attachment substrate AAYH001 B6 IT018 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Gelatin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1541 set21IT018 Gelatin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a Collagen I attachment substrate AAYH001 B7 IT019 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Collagen I coating - 400uL 1 mg/mL NA NA NA NA NA NA 1542 set21IT019 Collagen I attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a Collagen I attachment substrate AAYH001 B8 IT020 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Collagen I coating - 400uL 1 mg/mL NA NA NA NA NA NA 1543 set21IT020 Collagen I attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a Collagen I attachment substrate AAYH001 B9 IT021 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Collagen I coating - 400uL 1 mg/mL NA NA NA NA NA NA 1544 set21IT021 Collagen I attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a Collagen IV attachment substrate AAYH001 B10 IT022 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Collagen IV coating - 400uL 1 mg/mL NA NA NA NA NA NA 1545 set21IT022 Collagen IV attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a Collagen IV attachment substrate AAYH001 B11 IT023 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Collagen IV coating - 400uL 1 mg/mL NA NA NA NA NA NA 1546 set21IT023 Collagen IV attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a Collagen IV attachment substrate AAYH001 B12 IT024 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Collagen IV coating - 400uL 1 mg/mL NA NA NA NA NA NA 1547 set21IT024 Collagen IV attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a uncoatedS_1 AAYH001 C1 IT025 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm PBS-washed well NA NA NA NA NA NA NA 1548 set21IT025 uncoatedS_1 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a uncoatedS_2 AAYH001 C2 IT026 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm PBS-washed well NA NA NA NA NA NA NA 1549 set21IT026 uncoatedS_2 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a uncoatedS_3 AAYH001 C3 IT027 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm PBS-washed well NA NA NA NA NA NA NA 1550 set21IT027 uncoatedS_3 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a Hyaluronic acid attachment substrate AAYH001 C4 IT028 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL 1 mg/mL NA NA NA NA NA NA 1551 set21IT028 Hyaluronic attachment substrate 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a Hyaluronic acid attachment substrate AAYH001 C5 IT029 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL 1 mg/mL NA NA NA NA NA NA 1552 set21IT029 Hyaluronic attachment substrate 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a Hyaluronic acid attachment substrate AAYH001 C6 IT030 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL 1 mg/mL NA NA NA NA NA NA 1553 set21IT030 Hyaluronic attachment substrate 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a Fructooligosaccharide attachment substrate AAYH001 C7 IT031 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL 1 mg/mL NA NA NA NA NA NA 1554 set21IT031 Fructooligosaccharide attachment substrate 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a Fructooligosaccharide attachment substrate AAYH001 C8 IT032 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL 1 mg/mL NA NA NA NA NA NA 1555 set21IT032 Fructooligosaccharide attachment substrate 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a Fructooligosaccharide attachment substrate AAYH001 C9 IT033 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL 1 mg/mL NA NA NA NA NA NA 1556 set21IT033 Fructooligosaccharide attachment substrate 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a Chondroitin sulfate attachment substrate AAYH001 C10 IT034 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL 1 mg/mL NA NA NA NA NA NA 1557 set21IT034 Chondroitin sulfate attachment substrate 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a Chondroitin sulfate attachment substrate AAYH001 C11 IT035 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL 1 mg/mL NA NA NA NA NA NA 1558 set21IT035 Chondroitin sulfate attachment substrate 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a Chondroitin sulfate attachment substrate AAYH001 C12 IT036 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL 1 mg/mL NA NA NA NA NA NA 1559 set21IT036 Chondroitin sulfate attachment substrate 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a BSA_S_1 AAYH001 D1 IT037 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v NA NA NA NA NA NA 1560 set21IT037 BSA_S_1 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a BSA_S_2 AAYH001 D2 IT038 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v NA NA NA NA NA NA 1561 set21IT038 BSA_S_2 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a BSA_S_3 AAYH001 D3 IT039 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v NA NA NA NA NA NA 1562 set21IT039 BSA_S_3 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a a-cyclodextrin attachment substrate AAYH001 D4 IT040 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1563 set21IT040 a-cyclodextrin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a a-cyclodextrin attachment substrate AAYH001 D5 IT041 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1564 set21IT041 a-cyclodextrin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a a-cyclodextrin attachment substrate AAYH001 D6 IT042 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1565 set21IT042 a-cyclodextrin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a Heparin attachment substrate AAYH001 D7 IT043 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Heparin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1566 set21IT043 Heparin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a Heparin attachment substrate AAYH001 D8 IT044 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Heparin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1567 set21IT044 Heparin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a Heparin attachment substrate AAYH001 D9 IT045 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Heparin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1568 set21IT045 Heparin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a Mannan attachment substrate AAYH001 D10 IT046 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mannan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1569 set21IT046 Mannan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a Mannan attachment substrate AAYH001 D11 IT047 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mannan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1570 set21IT047 Mannan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a Mannan attachment substrate AAYH001 D12 IT048 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mannan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1571 set21IT048 Mannan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Pectin attachment substrate AAYH001 E1 IT049 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1572 set21IT049 Pectin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Pectin attachment substrate AAYH001 E2 IT050 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1573 set21IT050 Pectin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Pectin attachment substrate AAYH001 E3 IT051 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin coating - 400uL 1 mg/mL NA NA NA NA NA NA 1574 set21IT051 Pectin attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Arabinogalactan attachment substrate AAYH001 E4 IT052 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1575 set21IT052 Arabinogalactan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Arabinogalactan attachment substrate AAYH001 E5 IT053 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1576 set21IT053 Arabinogalactan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Arabinogalactan attachment substrate AAYH001 E6 IT054 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1577 set21IT054 Arabinogalactan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Levan attachment substrate AAYH001 E7 IT055 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Levan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1578 set21IT055 Levan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Levan attachment substrate AAYH001 E8 IT056 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Levan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1579 set21IT056 Levan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Levan attachment substrate AAYH001 E9 IT057 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Levan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1580 set21IT057 Levan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Arabinoxylan attachment substrate AAYH001 E10 IT058 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Arabinoxylan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1581 set21IT058 Arabinoxylan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Arabinoxylan attachment substrate AAYH001 E11 IT059 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Arabinoxylan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1582 set21IT059 Arabinoxylan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Arabinoxylan attachment substrate AAYH001 E12 IT060 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Arabinoxylan coating - 400uL 1 mg/mL NA NA NA NA NA NA 1583 set21IT060 Arabinoxylan attachment substrate 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Amylopectin attachment substrate AAYH001 F1 IT061 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Amylopectin coating - 400uL 10 ug/mL NA NA NA NA NA NA 1584 set21IT061 Amylopectin attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Amylopectin attachment substrate AAYH001 F2 IT062 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Amylopectin coating - 400uL 10 ug/mL NA NA NA NA NA NA 1585 set21IT062 Amylopectin attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Amylopectin attachment substrate AAYH001 F3 IT063 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Amylopectin coating - 400uL 10 ug/mL NA NA NA NA NA NA 1586 set21IT063 Amylopectin attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Chitosan attachment substrate AAYH001 F4 IT064 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chitosan coating - 400uL 100 ug/mL NA NA NA NA NA NA 1587 set21IT064 Chitosan attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Chitosan attachment substrate AAYH001 F5 IT065 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chitosan coating - 400uL 100 ug/mL NA NA NA NA NA NA 1588 set21IT065 Chitosan attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Chitosan attachment substrate AAYH001 F6 IT066 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chitosan coating - 400uL 100 ug/mL NA NA NA NA NA NA 1589 set21IT066 Chitosan attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Dextran attachment substrate AAYH001 F7 IT067 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Dextran coating - 400uL 100 ug/mL NA NA NA NA NA NA 1590 set21IT067 Dextran attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Dextran attachment substrate AAYH001 F8 IT068 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Dextran coating - 400uL 100 ug/mL NA NA NA NA NA NA 1591 set21IT068 Dextran attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Dextran attachment substrate AAYH001 F9 IT069 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Dextran coating - 400uL 100 ug/mL NA NA NA NA NA NA 1592 set21IT069 Dextran attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Inulin attachment substrate AAYH001 F10 IT070 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Inulin coating - 400uL 100 ug/mL NA NA NA NA NA NA 1593 set21IT070 Inulin attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Inulin attachment substrate AAYH001 F11 IT071 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Inulin coating - 400uL 100 ug/mL NA NA NA NA NA NA 1594 set21IT071 Inulin attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Inulin attachment substrate AAYH001 F12 IT072 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Inulin coating - 400uL 100 ug/mL NA NA NA NA NA NA 1595 set21IT072 Inulin attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Starch attachment substrate AAYH001 G1 IT073 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Starch coating - 400uL 10 ug/mL NA NA NA NA NA NA 1596 set21IT073 Starch attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Starch attachment substrate AAYH001 G2 IT074 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Starch coating - 400uL 10 ug/mL NA NA NA NA NA NA 1597 set21IT074 Starch attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Starch attachment substrate AAYH001 G3 IT075 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Starch coating - 400uL 10 ug/mL NA NA NA NA NA NA 1598 set21IT075 Starch attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Pectin from apple attachment substrate AAYH001 G4 IT076 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin from apple coating - 400uL 100 ug/mL NA NA NA NA NA NA 1599 set21IT076 Pectin from apple attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Pectin from apple attachment substrate AAYH001 G5 IT077 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin from apple coating - 400uL 100 ug/mL NA NA NA NA NA NA 1600 set21IT077 Pectin from apple attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Pectin from apple attachment substrate AAYH001 G6 IT078 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin from apple coating - 400uL 100 ug/mL NA NA NA NA NA NA 1601 set21IT078 Pectin from apple attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Xanthan attachment substrate AAYH001 G7 IT079 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Xanthan coating - 400uL 100 ug/mL NA NA NA NA NA NA 1602 set21IT079 Xanthan attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Xanthan attachment substrate AAYH001 G8 IT080 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Xanthan coating - 400uL 100 ug/mL NA NA NA NA NA NA 1603 set21IT080 Xanthan attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Xanthan attachment substrate AAYH001 G9 IT081 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Xanthan coating - 400uL 100 ug/mL NA NA NA NA NA NA 1604 set21IT081 Xanthan attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Xylan attachment substrate AAYH001 G10 IT082 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Xylan coating - 400uL 100 ug/mL NA NA NA NA NA NA 1605 set21IT082 Xylan attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Xylan attachment substrate AAYH001 G11 IT083 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Xylan coating - 400uL 100 ug/mL NA NA NA NA NA NA 1606 set21IT083 Xylan attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Xylan attachment substrate AAYH001 G12 IT084 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Xylan coating - 400uL 100 ug/mL NA NA NA NA NA NA 1607 set21IT084 Xylan attachment substrate 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a Time0 protein P1 AAYH001 H1 IT085 QB3, HiSeq BHIS, PBS Flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL NA NA NA NA 0.584 NA 1608 set21IT085 Time0 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-1 NA Allison Hung Btheta_ML6a T=2h protein P1 AAYH001 H2 IT086 QB3, HiSeq BHIS, PBS Tube adhesion 37 NA Liquid Aerobic 0 rpm PBS, 2 hr NA NA NA NA NA NA NA 1609 set21IT086 T=2h protein P1 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a Time0 protein P2 AAYH001 H3 IT087 QB3, HiSeq BHIS, PBS Flask adhesion 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL NA NA NA NA 0.584 NA 1610 set21IT087 Time0 protein P2 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/15/21-2 NA Allison Hung Btheta_ML6a T=2h protein P2 AAYH001 H4 IT088 QB3, HiSeq BHIS, PBS Tube adhesion 37 NA Liquid Aerobic 0 rpm PBS, 2 hr NA NA NA NA NA NA NA 1611 set21IT088 T=2h protein P2 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a Time0 sugar 1 P1 AAYH001 H5 IT089 QB3, HiSeq BHIS, PBS Flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL NA NA NA NA 0.504 NA 1612 set21IT089 Time0 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-1 NA Allison Hung Btheta_ML6a T=2h sugar 1 P1 AAYH001 H6 IT090 QB3, HiSeq BHIS, PBS Tube adhesion 37 NA Liquid Aerobic 0 rpm PBS, 2 hr NA NA NA NA NA NA NA 1613 set21IT090 T=2h sugar 1 P1 3/23/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a Time0 sugar 1 P2 AAYH001 H7 IT091 QB3, HiSeq BHIS, PBS Flask adhesion 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL NA NA NA NA 0.504 NA 1614 set21IT091 Time0 sugar 1 P2 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-2 NA Allison Hung Btheta_ML6a T=2h sugar 1 P2 AAYH001 H8 IT092 QB3, HiSeq BHIS, PBS Tube adhesion 37 NA Liquid Aerobic 0 rpm PBS, 2 hr NA NA NA NA NA NA NA 1615 set21IT092 T=2h sugar 1 P2 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a Time0 sugar 1 P3 AAYH001 H9 IT093 QB3, HiSeq BHIS, PBS Flask adhesion 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL NA NA NA NA 0.504 NA 1616 set21IT093 Time0 sugar 1 P3 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/23/21-3 NA Allison Hung Btheta_ML6a T=2h sugar 1 P3 AAYH001 H10 IT094 QB3, HiSeq BHIS, PBS Tube adhesion 37 NA Liquid Aerobic 0 rpm PBS, 2 hr NA NA NA NA NA NA NA 1617 set21IT094 T=2h sugar 1 P3 3/15/21-1 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a Time0 sugar 2 P2 AAYH001 H11 IT095 QB3, HiSeq BHIS, PBS Flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL NA NA NA NA 0.465 NA 1618 set21IT095 Time0 3/25/21 Btheta_ML6_set21 Btheta_ML6_set21 3/25/21 NA Allison Hung Btheta_ML6a T=2h sugar 2 P2 AAYH001 H12 IT096 QB3, HiSeq BHIS, PBS Tube adhesion 37 NA Liquid Aerobic 0 rpm PBS, 2 hr NA NA NA NA NA NA NA 1619 set21IT096 T=2h sugar 2 P2 3/25/21 Btheta_ML6_set21 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a ARB14_cps1_10MOI A1 A1 IT001 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB14 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1620 set22IT001 ARB14_cps1_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a ARB25_Acapsular_10MOI A2 A2 IT002 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB25 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1621 set22IT002 ARB25_Acapsular_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC15 _cps3_10MOI A3 A3 IT003 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC15 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1622 set22IT003 DAC15 _cps3_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC16_cps7_10MOI A4 A4 IT004 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC16 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1623 set22IT004 DAC16_cps7_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC17_cps3_10MOI A5 A5 IT005 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC17 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1624 set22IT005 DAC17_cps3_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC19_cps8_10MOI A6 A6 IT006 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC19 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1625 set22IT006 DAC19_cps8_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC20_cps8_10MOI A7 A7 IT007 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC20 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1626 set22IT007 DAC20_cps8_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC22_cps8_10MOI A8 A8 IT008 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC22 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1627 set22IT008 DAC22_cps8_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC23_cps8_10MOI A9 A9 IT009 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC23 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1628 set22IT009 DAC23_cps8_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a HNL05_cps7_10MOI A10 A10 IT010 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL05 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1629 set22IT010 HNL05_cps7_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a HNL35_cps7_10MOI A11 A11 IT011 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL35 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1630 set22IT011 HNL35_cps7_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC01_cps1_10MOI A12 A12 IT012 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC01 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1631 set22IT012 SJC01_cps1_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC03_cps7_10MOI B1 B1 IT013 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC03 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1632 set22IT013 SJC03_cps7_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC09_Acapsular_10MOI B2 B2 IT014 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC09 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1633 set22IT014 SJC09_Acapsular_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC10_Acapsular_10MOI B3 B3 IT015 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC10 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1634 set22IT015 SJC10_Acapsular_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC11_cps8_10MOI B4 B4 IT016 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC11 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1635 set22IT016 SJC11_cps8_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC12_cps8_10MOI B5 B5 IT017 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC12 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1636 set22IT017 SJC12_cps8_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC13_Acapsular_10MOI B6 B6 IT018 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC13 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1637 set22IT018 SJC13_Acapsular_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC14_cps8_10MOI B7 B7 IT019 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC14 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1638 set22IT019 SJC14_cps8_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC15_cps8_10MOI B8 B8 IT020 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC15 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1639 set22IT020 SJC15_cps8_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC16_cps8_10MOI B9 B9 IT021 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC16 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1640 set22IT021 SJC16_cps8_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC17_Acapsular_10MOI B10 B10 IT022 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC17 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1641 set22IT022 SJC17_Acapsular_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC18_Acapsular_10MOI B11 B11 IT023 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC18 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1642 set22IT023 SJC18_Acapsular_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC20_Acapsular_10MOI B12 B12 IT024 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC20 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1643 set22IT024 SJC20_Acapsular_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC22_Acapsular_10MOI C1 C1 IT025 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC22 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1644 set22IT025 SJC22_Acapsular_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC23_Acapsular_10MOI C2 C2 IT026 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC23 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1645 set22IT026 SJC23_Acapsular_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC25_Acapsular_10MOI C3 C3 IT027 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC25 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1646 set22IT027 SJC25_Acapsular_10MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a ARB14_cps1_1MOI C4 C4 IT028 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB14 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1647 set22IT028 ARB14_cps1_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a ARB25_Acapsular_1MOI C5 C5 IT029 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB25 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1648 set22IT029 ARB25_Acapsular_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC15 _cps3_1MOI C6 C6 IT030 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC15 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1649 set22IT030 DAC15 _cps3_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC16_cps7_1MOI C7 C7 IT031 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC16 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1650 set22IT031 DAC16_cps7_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC17_cps3_1MOI C8 C8 IT032 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC17 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1651 set22IT032 DAC17_cps3_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC19_cps8_1MOI C9 C9 IT033 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC19 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1652 set22IT033 DAC19_cps8_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC20_cps8_1MOI C10 C10 IT034 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC20 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1653 set22IT034 DAC20_cps8_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC22_cps8_1MOI C11 C11 IT035 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC22 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1654 set22IT035 DAC22_cps8_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC23_cps8_1MOI C12 C12 IT036 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC23 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1655 set22IT036 DAC23_cps8_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a HNL05_cps7_1MOI D1 D1 IT037 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL05 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1656 set22IT037 HNL05_cps7_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a HNL35_cps7_1MOI D2 D2 IT038 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL35 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1657 set22IT038 HNL35_cps7_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC01_cps1_1MOI D3 D3 IT039 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC01 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1658 set22IT039 SJC01_cps1_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC03_cps7_1MOI D4 D4 IT040 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC03 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1659 set22IT040 SJC03_cps7_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC09_Acapsular_1MOI D5 D5 IT041 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC09 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1660 set22IT041 SJC09_Acapsular_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC10_Acapsular_1MOI D6 D6 IT042 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC10 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1661 set22IT042 SJC10_Acapsular_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC11_cps8_1MOI D7 D7 IT043 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC11 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1662 set22IT043 SJC11_cps8_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC12_cps8_1MOI D8 D8 IT044 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC12 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1663 set22IT044 SJC12_cps8_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC13_Acapsular_1MOI D9 D9 IT045 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC13 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1664 set22IT045 SJC13_Acapsular_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC14_cps8_1MOI D10 D10 IT046 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC14 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1665 set22IT046 SJC14_cps8_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC15_cps8_1MOI D11 D11 IT047 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC15 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1666 set22IT047 SJC15_cps8_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC16_cps8_1MOI D12 D12 IT048 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC16 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1667 set22IT048 SJC16_cps8_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC17_Acapsular_1MOI E1 E1 IT049 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC17 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1668 set22IT049 SJC17_Acapsular_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC18_Acapsular_1MOI E2 E2 IT050 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC18 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1669 set22IT050 SJC18_Acapsular_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC20_Acapsular_1MOI E3 E3 IT051 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC20 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1670 set22IT051 SJC20_Acapsular_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC22_Acapsular_1MOI E4 E4 IT052 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC22 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1671 set22IT052 SJC22_Acapsular_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC23_Acapsular_1MOI E5 E5 IT053 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC23 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1672 set22IT053 SJC23_Acapsular_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC25_Acapsular_1MOI E6 E6 IT054 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC25 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1673 set22IT054 SJC25_Acapsular_1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a ARB14_cps1_0.1MOI E7 E7 IT055 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB14 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1674 set22IT055 ARB14_cps1_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a ARB25_Acapsular_0.1MOI E8 E8 IT056 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB25 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1675 set22IT056 ARB25_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC15 _cps3_0.1MOI E9 E9 IT057 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC15 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1676 set22IT057 DAC15 _cps3_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC16_cps7_0.1MOI E10 E10 IT058 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC16 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1677 set22IT058 DAC16_cps7_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC17_cps3_0.1MOI E11 E11 IT059 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC17 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1678 set22IT059 DAC17_cps3_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC19_cps8_0.1MOI E12 E12 IT060 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC19 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1679 set22IT060 DAC19_cps8_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC20_cps8_0.1MOI F1 F1 IT061 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC20 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1680 set22IT061 DAC20_cps8_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC22_cps8_0.1MOI F2 F2 IT062 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC22 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1681 set22IT062 DAC22_cps8_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a DAC23_cps8_0.1MOI F3 F3 IT063 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC23 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1682 set22IT063 DAC23_cps8_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a HNL05_cps7_0.1MOI F4 F4 IT064 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL05 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1683 set22IT064 HNL05_cps7_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a HNL35_cps7_0.1MOI F5 F5 IT065 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL35 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1684 set22IT065 HNL35_cps7_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC01_cps1_0.1MOI F6 F6 IT066 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC01 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1685 set22IT066 SJC01_cps1_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC03_cps7_0.1MOI F7 F7 IT067 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC03 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1686 set22IT067 SJC03_cps7_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC09_Acapsular_0.1MOI F8 F8 IT068 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC09 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1687 set22IT068 SJC09_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC10_Acapsular_0.1MOI F9 F9 IT069 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC10 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1688 set22IT069 SJC10_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC11_cps8_0.1MOI F10 F10 IT070 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC11 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1689 set22IT070 SJC11_cps8_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC12_cps8_0.1MOI F11 F11 IT071 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC12 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1690 set22IT071 SJC12_cps8_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC13_Acapsular_0.1MOI F12 F12 IT072 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC13 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1691 set22IT072 SJC13_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC14_cps8_0.1MOI G1 G1 IT073 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC14 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1692 set22IT073 SJC14_cps8_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC15_cps8_0.1MOI G2 G2 IT074 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC15 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1693 set22IT074 SJC15_cps8_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC16_cps8_0.1MOI G3 G3 IT075 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC16 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1694 set22IT075 SJC16_cps8_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC17_Acapsular_0.1MOI G4 G4 IT076 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC17 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1695 set22IT076 SJC17_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC18_Acapsular_0.1MOI G5 G5 IT077 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC18 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1696 set22IT077 SJC18_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC20_Acapsular_0.1MOI G6 G6 IT078 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC20 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1697 set22IT078 SJC20_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC22_Acapsular_0.1MOI G7 G7 IT079 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC22 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1698 set22IT079 SJC22_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC23_Acapsular_0.1MOI G8 G8 IT080 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC23 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1699 set22IT080 SJC23_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a SJC25_Acapsular_0.1MOI G9 G9 IT081 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC25 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1700 set22IT081 SJC25_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a Time0 G10 G10 IT082 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 NA NA Erythromycin 0.01 mg/mL NA NA NA NA 1701 set22IT082 Time0 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a Time0 G11 G11 IT083 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 NA NA Erythromycin 0.01 mg/mL NA NA NA NA 1702 set22IT083 Time0 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a Time0 G12 G12 IT084 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 NA NA Erythromycin 0.01 mg/mL NA NA NA NA 1703 set22IT084 Time0 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a NoPhage H1 H1 IT085 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl NA CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1704 set22IT085 NoPhage 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a NoPhage H2 H2 IT086 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl NA CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1705 set22IT086 NoPhage 7/27/21 Btheta_ML6_set22 Btheta_ML6_set22 7/27/21 NA VM Btheta_ML6a NoPhage H3 H3 IT087 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl NA CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1706 set22IT087 NoPhage 7/27/21 Btheta_ML6_set22 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a ARB14_cps1_10MOI A1 A1 IT001 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB14 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1707 set23IT001 ARB14_cps1_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a ARB25_Acapsular_10MOI A2 A2 IT002 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB25 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1708 set23IT002 ARB25_Acapsular_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC15 _cps3_10MOI A3 A3 IT003 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC15 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1709 set23IT003 DAC15 _cps3_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC16_cps7_10MOI A4 A4 IT004 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC16 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1710 set23IT004 DAC16_cps7_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC17_cps3_10MOI A5 A5 IT005 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC17 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1711 set23IT005 DAC17_cps3_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC19_cps8_10MOI A6 A6 IT006 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC19 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1712 set23IT006 DAC19_cps8_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC20_cps8_10MOI A7 A7 IT007 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC20 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1713 set23IT007 DAC20_cps8_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC22_cps8_10MOI A8 A8 IT008 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC22 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1714 set23IT008 DAC22_cps8_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC23_cps8_10MOI A9 A9 IT009 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC23 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1715 set23IT009 DAC23_cps8_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a HNL05_cps7_10MOI A10 A10 IT010 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL05 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1716 set23IT010 HNL05_cps7_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a HNL35_cps7_10MOI A11 A11 IT011 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL35 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1717 set23IT011 HNL35_cps7_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC01_cps1_10MOI A12 A12 IT012 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC01 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1718 set23IT012 SJC01_cps1_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC03_cps7_10MOI B1 B1 IT013 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC03 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1719 set23IT013 SJC03_cps7_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC09_Acapsular_10MOI B2 B2 IT014 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC09 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1720 set23IT014 SJC09_Acapsular_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC10_Acapsular_10MOI B3 B3 IT015 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC10 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1721 set23IT015 SJC10_Acapsular_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC11_cps8_10MOI B4 B4 IT016 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC11 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1722 set23IT016 SJC11_cps8_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC12_cps8_10MOI B5 B5 IT017 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC12 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1723 set23IT017 SJC12_cps8_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC13_Acapsular_10MOI B6 B6 IT018 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC13 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1724 set23IT018 SJC13_Acapsular_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC14_cps8_10MOI B7 B7 IT019 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC14 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1725 set23IT019 SJC14_cps8_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC15_cps8_10MOI B8 B8 IT020 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC15 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1726 set23IT020 SJC15_cps8_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC16_cps8_10MOI B9 B9 IT021 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC16 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1727 set23IT021 SJC16_cps8_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC17_Acapsular_10MOI B10 B10 IT022 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC17 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1728 set23IT022 SJC17_Acapsular_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC18_Acapsular_10MOI B11 B11 IT023 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC18 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1729 set23IT023 SJC18_Acapsular_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC20_Acapsular_10MOI B12 B12 IT024 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC20 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1730 set23IT024 SJC20_Acapsular_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC22_Acapsular_10MOI C1 C1 IT025 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC22 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1731 set23IT025 SJC22_Acapsular_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC23_Acapsular_10MOI C2 C2 IT026 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC23 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1732 set23IT026 SJC23_Acapsular_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC25_Acapsular_10MOI C3 C3 IT027 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC25 10 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1733 set23IT027 SJC25_Acapsular_10MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a ARB14_cps1_1MOI C4 C4 IT028 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB14 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1734 set23IT028 ARB14_cps1_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a ARB25_Acapsular_1MOI C5 C5 IT029 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB25 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1735 set23IT029 ARB25_Acapsular_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC15 _cps3_1MOI C6 C6 IT030 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC15 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1736 set23IT030 DAC15 _cps3_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC16_cps7_1MOI C7 C7 IT031 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC16 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1737 set23IT031 DAC16_cps7_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC17_cps3_1MOI C8 C8 IT032 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC17 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1738 set23IT032 DAC17_cps3_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC19_cps8_1MOI C9 C9 IT033 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC19 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1739 set23IT033 DAC19_cps8_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC20_cps8_1MOI C10 C10 IT034 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC20 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1740 set23IT034 DAC20_cps8_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC22_cps8_1MOI C11 C11 IT035 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC22 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1741 set23IT035 DAC22_cps8_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC23_cps8_1MOI C12 C12 IT036 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC23 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1742 set23IT036 DAC23_cps8_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a HNL05_cps7_1MOI D1 D1 IT037 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL05 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1743 set23IT037 HNL05_cps7_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a HNL35_cps7_1MOI D2 D2 IT038 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL35 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1744 set23IT038 HNL35_cps7_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC01_cps1_1MOI D3 D3 IT039 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC01 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1745 set23IT039 SJC01_cps1_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC03_cps7_1MOI D4 D4 IT040 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC03 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1746 set23IT040 SJC03_cps7_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC09_Acapsular_1MOI D5 D5 IT041 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC09 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1747 set23IT041 SJC09_Acapsular_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC10_Acapsular_1MOI D6 D6 IT042 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC10 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1748 set23IT042 SJC10_Acapsular_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC11_cps8_1MOI D7 D7 IT043 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC11 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1749 set23IT043 SJC11_cps8_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC12_cps8_1MOI D8 D8 IT044 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC12 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1750 set23IT044 SJC12_cps8_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC13_Acapsular_1MOI D9 D9 IT045 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC13 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1751 set23IT045 SJC13_Acapsular_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC14_cps8_1MOI D10 D10 IT046 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC14 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1752 set23IT046 SJC14_cps8_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC15_cps8_1MOI D11 D11 IT047 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC15 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1753 set23IT047 SJC15_cps8_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC16_cps8_1MOI D12 D12 IT048 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC16 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1754 set23IT048 SJC16_cps8_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC17_Acapsular_1MOI E1 E1 IT049 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC17 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1755 set23IT049 SJC17_Acapsular_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC18_Acapsular_1MOI E2 E2 IT050 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC18 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1756 set23IT050 SJC18_Acapsular_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC20_Acapsular_1MOI E3 E3 IT051 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC20 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1757 set23IT051 SJC20_Acapsular_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC22_Acapsular_1MOI E4 E4 IT052 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC22 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1758 set23IT052 SJC22_Acapsular_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC23_Acapsular_1MOI E5 E5 IT053 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC23 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1759 set23IT053 SJC23_Acapsular_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC25_Acapsular_1MOI E6 E6 IT054 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC25 1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1760 set23IT054 SJC25_Acapsular_1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a ARB14_cps1_0.1MOI E7 E7 IT055 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB14 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1761 set23IT055 ARB14_cps1_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a ARB25_Acapsular_0.1MOI E8 E8 IT056 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_ARB25 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1762 set23IT056 ARB25_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC15 _cps3_0.1MOI E9 E9 IT057 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC15 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1763 set23IT057 DAC15 _cps3_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC16_cps7_0.1MOI E10 E10 IT058 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC16 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1764 set23IT058 DAC16_cps7_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC17_cps3_0.1MOI E11 E11 IT059 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC17 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1765 set23IT059 DAC17_cps3_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC19_cps8_0.1MOI E12 E12 IT060 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC19 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1766 set23IT060 DAC19_cps8_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC20_cps8_0.1MOI F1 F1 IT061 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC20 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1767 set23IT061 DAC20_cps8_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC22_cps8_0.1MOI F2 F2 IT062 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC22 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1768 set23IT062 DAC22_cps8_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a DAC23_cps8_0.1MOI F3 F3 IT063 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_DAC23 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1769 set23IT063 DAC23_cps8_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a HNL05_cps7_0.1MOI F4 F4 IT064 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL05 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1770 set23IT064 HNL05_cps7_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a HNL35_cps7_0.1MOI F5 F5 IT065 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_HNL35 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1771 set23IT065 HNL35_cps7_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC01_cps1_0.1MOI F6 F6 IT066 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC01 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1772 set23IT066 SJC01_cps1_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC03_cps7_0.1MOI F7 F7 IT067 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC03 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1773 set23IT067 SJC03_cps7_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC09_Acapsular_0.1MOI F8 F8 IT068 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC09 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1774 set23IT068 SJC09_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC10_Acapsular_0.1MOI F9 F9 IT069 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC10 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1775 set23IT069 SJC10_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC11_cps8_0.1MOI F10 F10 IT070 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC11 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1776 set23IT070 SJC11_cps8_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC12_cps8_0.1MOI F11 F11 IT071 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC12 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1777 set23IT071 SJC12_cps8_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC13_Acapsular_0.1MOI F12 F12 IT072 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC13 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1778 set23IT072 SJC13_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC14_cps8_0.1MOI G1 G1 IT073 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC14 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1779 set23IT073 SJC14_cps8_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC15_cps8_0.1MOI G2 G2 IT074 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC15 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1780 set23IT074 SJC15_cps8_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC16_cps8_0.1MOI G3 G3 IT075 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC16 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1781 set23IT075 SJC16_cps8_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC17_Acapsular_0.1MOI G4 G4 IT076 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC17 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1782 set23IT076 SJC17_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC18_Acapsular_0.1MOI G5 G5 IT077 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC18 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1783 set23IT077 SJC18_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC20_Acapsular_0.1MOI G6 G6 IT078 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC20 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1784 set23IT078 SJC20_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC22_Acapsular_0.1MOI G7 G7 IT079 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC22 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1785 set23IT079 SJC22_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC23_Acapsular_0.1MOI G8 G8 IT080 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC23 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1786 set23IT080 SJC23_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a SJC25_Acapsular_0.1MOI G9 G9 IT081 FEBA_BS_324 BHIS 48-well_plate phage 30 7 Liquid Anaerobic phage_SJC25 0.1 MOI CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1787 set23IT081 SJC25_Acapsular_0.1MOI 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a Time0 G10 G10 IT082 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 NA NA Erythromycin 0.01 mg/mL NA NA NA NA 1788 set23IT082 Time0 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a Time0 G11 G11 IT083 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 NA NA Erythromycin 0.01 mg/mL NA NA NA NA 1789 set23IT083 Time0 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a Time0 G12 G12 IT084 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 NA NA Erythromycin 0.01 mg/mL NA NA NA NA 1790 set23IT084 Time0 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a NoPhage H1 H1 IT085 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl NA CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1791 set23IT085 NoPhage 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a NoPhage H2 H2 IT086 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl NA CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1792 set23IT086 NoPhage 7/27/21 Btheta_ML6_set23 Btheta_ML6_set23 7/27/21 NA VM Btheta_ML6a NoPhage H3 H3 IT087 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl NA CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL NA NA NA NA 1793 set23IT087 NoPhage 7/27/21 Btheta_ML6_set23 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a BSA A1 A1 IT001 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm BSA - 400uL NA NA NA NA NA NA NA 1794 set24IT001 BSA 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a BSA A2 A2 IT002 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm BSA - 400uL NA NA NA NA NA NA NA 1795 set24IT002 BSA 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a BSA A3 A3 IT003 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm BSA - 400uL NA NA NA NA NA NA NA 1796 set24IT003 BSA 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Mucin II A4 A4 IT004 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type II coating - 400uL NA NA NA NA NA NA NA 1797 set24IT004 Mucin II 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Mucin II A5 A5 IT005 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type II coating - 400uL NA NA NA NA NA NA NA 1798 set24IT005 Mucin II 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Mucin II A6 A6 IT006 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type II coating - 400uL NA NA NA NA NA NA NA 1799 set24IT006 Mucin II 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Mucin III A7 A7 IT007 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type III coating - 400uL NA NA NA NA NA NA NA 1800 set24IT007 Mucin III 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Mucin III A8 A8 IT008 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type III coating - 400uL NA NA NA NA NA NA NA 1801 set24IT008 Mucin III 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Mucin I A11 A11 IT011 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL NA NA NA NA NA NA NA 1804 set24IT011 Mucin I 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Mucin I A12 A12 IT012 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL NA NA NA NA NA NA NA 1805 set24IT012 Mucin I 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Collagen I B2 B2 IT014 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Collagen I coating - 400uL NA NA NA NA NA NA NA 1807 set24IT014 Collagen I 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Collagen I B3 B3 IT015 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Collagen I coating - 400uL NA NA NA NA NA NA NA 1808 set24IT015 Collagen I 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Collagen IV B4 B4 IT016 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Collagen IV coating - 400uL NA NA NA NA NA NA NA 1809 set24IT016 Collagen IV 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a Collagen IV B6 B6 IT018 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Collagen IV coating - 400uL NA NA NA NA NA NA NA 1811 set24IT018 Collagen IV 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Uncoated B10 B10 IT022 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm PBS-washed well NA NA NA NA NA NA NA 1815 set24IT022 Uncoated 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Uncoated B11 B11 IT023 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm PBS-washed well NA NA NA NA NA NA NA 1816 set24IT023 Uncoated 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Uncoated B12 B12 IT024 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm PBS-washed well NA NA NA NA NA NA NA 1817 set24IT024 Uncoated 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Amylopectin C1 C1 IT025 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Amylopectin coating - 400uL NA NA NA NA NA NA NA 1818 set24IT025 Amylopectin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Amylopectin C2 C2 IT026 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Amylopectin coating - 400uL NA NA NA NA NA NA NA 1819 set24IT026 Amylopectin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Amylopectin C3 C3 IT027 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Amylopectin coating - 400uL NA NA NA NA NA NA NA 1820 set24IT027 Amylopectin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Arabinogalactan C4 C4 IT028 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL NA NA NA NA NA NA NA 1821 set24IT028 Arabinogalactan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Arabinogalactan C5 C5 IT029 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL NA NA NA NA NA NA NA 1822 set24IT029 Arabinogalactan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Arabinogalactan C6 C6 IT030 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL NA NA NA NA NA NA NA 1823 set24IT030 Arabinogalactan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Arabinoxylan C8 C8 IT032 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Arabinoxylan coating - 400uL NA NA NA NA NA NA NA 1825 set24IT032 Arabinoxylan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Chitosan C10 C10 IT034 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chitosan coating - 400uL NA NA NA NA NA NA NA 1827 set24IT034 Chitosan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Chitosan C11 C11 IT035 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chitosan coating - 400uL NA NA NA NA NA NA NA 1828 set24IT035 Chitosan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Chitosan C12 C12 IT036 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chitosan coating - 400uL NA NA NA NA NA NA NA 1829 set24IT036 Chitosan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Chondroitin Sulfate A D1 D1 IT037 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL NA NA NA NA NA NA NA 1830 set24IT037 Chondroitin Sulfate A 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Chondroitin Sulfate A D2 D2 IT038 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL NA NA NA NA NA NA NA 1831 set24IT038 Chondroitin Sulfate A 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Chondroitin Sulfate A D3 D3 IT039 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL NA NA NA NA NA NA NA 1832 set24IT039 Chondroitin Sulfate A 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Alpha cyclodextrin D4 D4 IT040 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL NA NA NA NA NA NA NA 1833 set24IT040 Alpha cyclodextrin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Alpha cyclodextrin D5 D5 IT041 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL NA NA NA NA NA NA NA 1834 set24IT041 Alpha cyclodextrin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Alpha cyclodextrin D6 D6 IT042 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL NA NA NA NA NA NA NA 1835 set24IT042 Alpha cyclodextrin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Dextran D7 D7 IT043 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Dextran coating - 400uL NA NA NA NA NA NA NA 1836 set24IT043 Dextran 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Dextran D8 D8 IT044 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Dextran coating - 400uL NA NA NA NA NA NA NA 1837 set24IT044 Dextran 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Dextran D9 D9 IT045 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Dextran coating - 400uL NA NA NA NA NA NA NA 1838 set24IT045 Dextran 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Fructooligosaccharide D10 D10 IT046 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL NA NA NA NA NA NA NA 1839 set24IT046 Fructooligosaccharide 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Fructooligosaccharide D11 D11 IT047 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL NA NA NA NA NA NA NA 1840 set24IT047 Fructooligosaccharide 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Fructooligosaccharide D12 D12 IT048 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL NA NA NA NA NA NA NA 1841 set24IT048 Fructooligosaccharide 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Hyaluronic acid E1 E1 IT049 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL NA NA NA NA NA NA NA 1842 set24IT049 Hyaluronic 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Hyaluronic acid E2 E2 IT050 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL NA NA NA NA NA NA NA 1843 set24IT050 Hyaluronic 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Hyaluronic acid E3 E3 IT051 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL NA NA NA NA NA NA NA 1844 set24IT051 Hyaluronic 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Heparin E4 E4 IT052 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Heparin coating - 400uL NA NA NA NA NA NA NA 1845 set24IT052 Heparin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Heparin E5 E5 IT053 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Heparin coating - 400uL NA NA NA NA NA NA NA 1846 set24IT053 Heparin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Heparin E6 E6 IT054 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Heparin coating - 400uL NA NA NA NA NA NA NA 1847 set24IT054 Heparin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Inulin E7 E7 IT055 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Inulin coating - 400uL NA NA NA NA NA NA NA 1848 set24IT055 Inulin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Inulin E8 E8 IT056 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Inulin coating - 400uL NA NA NA NA NA NA NA 1849 set24IT056 Inulin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Inulin E9 E9 IT057 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Inulin coating - 400uL NA NA NA NA NA NA NA 1850 set24IT057 Inulin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Pectin E10 E10 IT058 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin coating - 400uL NA NA NA NA NA NA NA 1851 set24IT058 Pectin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Pectin E11 E11 IT059 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin coating - 400uL NA NA NA NA NA NA NA 1852 set24IT059 Pectin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Pectin E12 E12 IT060 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin coating - 400uL NA NA NA NA NA NA NA 1853 set24IT060 Pectin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Pectin from apple F1 F1 IT061 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin from apple coating - 400uL NA NA NA NA NA NA NA 1854 set24IT061 Pectin from apple 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Pectin from apple F2 F2 IT062 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin from apple coating - 400uL NA NA NA NA NA NA NA 1855 set24IT062 Pectin from apple 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Pectin from apple F3 F3 IT063 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Pectin from apple coating - 400uL NA NA NA NA NA NA NA 1856 set24IT063 Pectin from apple 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Starch F4 F4 IT064 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Starch coating - 400uL NA NA NA NA NA NA NA 1857 set24IT064 Starch 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Starch F5 F5 IT065 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Starch coating - 400uL NA NA NA NA NA NA NA 1858 set24IT065 Starch 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Starch F6 F6 IT066 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Starch coating - 400uL NA NA NA NA NA NA NA 1859 set24IT066 Starch 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Xanthan F7 F7 IT067 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Xanthan coating - 400uL NA NA NA NA NA NA NA 1860 set24IT067 Xanthan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Xylan F10 F10 IT070 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Xylan coating - 400uL NA NA NA NA NA NA NA 1863 set24IT070 Xylan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Xylan F11 F11 IT071 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Xylan coating - 400uL NA NA NA NA NA NA NA 1864 set24IT071 Xylan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Xylan F12 F12 IT072 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Xylan coating - 400uL NA NA NA NA NA NA NA 1865 set24IT072 Xylan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Mannan G1 G1 IT073 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mannan coating - 400uL NA NA NA NA NA NA NA 1866 set24IT073 Mannan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Mannan G2 G2 IT074 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mannan coating - 400uL NA NA NA NA NA NA NA 1867 set24IT074 Mannan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Mannan G3 G3 IT075 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Mannan coating - 400uL NA NA NA NA NA NA NA 1868 set24IT075 Mannan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Polygalacturonic acid G5 G5 IT077 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Polygalacturonic acid coating - 400uL NA NA NA NA NA NA NA 1870 set24IT077 Polygalacturonic 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Polygalacturonic acid G6 G6 IT078 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Polygalacturonic acid coating - 400uL NA NA NA NA NA NA NA 1871 set24IT078 Polygalacturonic 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Glycogen G7 G7 IT079 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Glycogen coating - 400uL NA NA NA NA NA NA NA 1872 set24IT079 Glycogen 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Glycogen G8 G8 IT080 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Glycogen coating - 400uL NA NA NA NA NA NA NA 1873 set24IT080 Glycogen 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Glycogen G9 G9 IT081 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Glycogen coating - 400uL NA NA NA NA NA NA NA 1874 set24IT081 Glycogen 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Chitin G10 G10 IT082 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chitin coating - 400uL NA NA NA NA NA NA NA 1875 set24IT082 Chitin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Chitin G11 G11 IT083 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chitin coating - 400uL NA NA NA NA NA NA NA 1876 set24IT083 Chitin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Chitin G12 G12 IT084 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Chitin coating - 400uL NA NA NA NA NA NA NA 1877 set24IT084 Chitin 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Sodium alginate H3 H3 IT087 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Alginate coating - 400uL NA NA NA NA NA NA NA 1880 set24IT087 alginate 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a Levan H5 H5 IT089 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Levan coating - 400uL NA NA NA NA NA NA NA 1882 set24IT089 Levan 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a T0 S H7 H7 IT091 Novogene, NovaSeq BHIS, PBS 12-well plate Time0 37 NA Liquid Aerobic 0 rpm Time0 NA NA NA NA NA NA NA 1884 set24IT091 Time0 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a T0 S H8 H8 IT092 Novogene, NovaSeq BHIS, PBS 12-well plate Time0 37 NA Liquid Aerobic 0 rpm Time0 NA NA NA NA NA NA NA 1885 set24IT092 Time0 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-P NA Allison Hung Btheta_ML6a T0 P H9 H9 IT093 Novogene, NovaSeq BHIS, PBS 12-well plate Time0 37 NA Liquid Aerobic 0 rpm Time0 NA NA NA NA NA NA NA 1886 set24IT093 Time0 12/14/21-P Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a T=2h S H10 H10 IT094 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Time2 NA NA NA NA NA NA NA 1887 set24IT094 T=2h S 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set24 12/14/21-S NA Allison Hung Btheta_ML6a T=2h S H11 H11 IT095 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 NA Liquid Aerobic 0 rpm Time2 NA NA NA NA NA NA NA 1888 set24IT095 T=2h S 12/14/21-S Btheta_ML6_set24 Btheta_ML6_set25 2-Nov-21 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate265 G8 IT080 Zhu WZ-1 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA NA NA NA NA NA NA 1890 set25IT080 Time0 2-Nov-21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate265 G9 IT081 Zhu WZ-2 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA NA NA NA NA NA NA 1891 set25IT081 Time0 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate265 G10 IT082 Zhu WZ-3 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA NA NA NA NA NA NA 1892 set25IT082 Time0 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate265 G11 IT083 Zhu WZ-4 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA NA NA NA NA NA NA 1893 set25IT083 Time0 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate FEBA_gDNA_plate265 G12 IT084 Zhu WZ-5 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM NA NA NA NA NA 1894 set25IT084 Bathophenanthrolinedisulfonic trihydrate 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate FEBA_gDNA_plate265 H1 IT085 Zhu WZ-6 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM NA NA NA NA NA 1895 set25IT085 Bathophenanthrolinedisulfonic trihydrate 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate FEBA_gDNA_plate265 H2 IT086 Zhu WZ-7 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM NA NA NA NA NA 1896 set25IT086 Bathophenanthrolinedisulfonic trihydrate 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate and Enterobactin FEBA_gDNA_plate265 H3 IT087 Zhu WZ-8 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM Enterobactin 0.5 uM NA NA NA NA 1897 set25IT087 Bathophenanthrolinedisulfonic trihydrate and Enterobactin 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate and Enterobactin FEBA_gDNA_plate265 H4 IT088 Zhu WZ-9 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM Enterobactin 0.5 uM NA NA NA NA 1898 set25IT088 Bathophenanthrolinedisulfonic trihydrate and Enterobactin 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate and Enterobactin FEBA_gDNA_plate265 H5 IT089 Zhu WZ-10 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM Enterobactin 0.5 uM NA NA NA NA 1899 set25IT089 Bathophenanthrolinedisulfonic trihydrate and Enterobactin 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Calprotectin buffer control FEBA_gDNA_plate265 H6 IT090 Zhu WZ-11 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA Calprotectin buffer 0.5 X NA NA NA NA NA 1900 set25IT090 Calprotectin buffer control 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Calprotectin FEBA_gDNA_plate265 H7 IT091 Zhu WZ-12 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA Calprotectin 0.35 mg/mL NA Calprotectin buffer 0.5 X NA NA NA 1901 set25IT091 Calprotectin 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Calprotectin and Enterobactin FEBA_gDNA_plate265 H8 IT092 Zhu WZ-13 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA Calprotectin 0.35 mg/mL Enterobactin 0.5 uM Calprotectin buffer 0.5 X NA NA NA 1902 set25IT092 Calprotectin and Enterobactin 11/2/21 Btheta_ML6_set25 Btheta_ML6_set25 11/2/21 NA Wenhan Zhu Btheta_ML6a Calprotectin and Enterobactin FEBA_gDNA_plate265 H9 IT093 Zhu WZ-14 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Protoporphyrin NA Calprotectin 0.35 mg/mL Enterobactin 0.5 uM Calprotectin buffer 0.5 X NA NA NA 1903 set25IT093 Calprotectin and Enterobactin 11/2/21 Btheta_ML6_set25 Btheta_ML6_set26 10/5/22 NA Valentine Btheta_ML6a Time0 FEBA_gDNA_plate310 F1 IT061 Btheta 3-keto work Sample1 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1904 set26IT061 Time0 10/5/22 Btheta_ML6_set26 Btheta_ML6_set26 10/5/22 NA Valentine Btheta_ML6a Time0 FEBA_gDNA_plate310 F2 IT062 Btheta 3-keto work Sample2 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1905 set26IT062 Time0 10/5/22 Btheta_ML6_set26 Btheta_ML6_set26 10/5/22 NA Valentine Btheta_ML6a Time0 FEBA_gDNA_plate310 F3 IT063 Btheta 3-keto work Sample3 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1906 set26IT063 Time0 10/5/22 Btheta_ML6_set26 Btheta_ML6_set26 10/5/22 NA Valentine Btheta_ML6a D-Glucose carbon source FEBA_gDNA_plate310 F4 IT064 Btheta 3-keto work Sample4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 5 mM NA NA NA NA NA NA 1907 set26IT064 D-Glucose (C) 10/5/22 Btheta_ML6_set26 Btheta_ML6_set26 10/5/22 NA Valentine Btheta_ML6a D-Glucose carbon source FEBA_gDNA_plate310 F5 IT065 Btheta 3-keto work Sample5 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 5 mM NA NA NA NA NA NA 1908 set26IT065 D-Glucose (C) 10/5/22 Btheta_ML6_set26 Btheta_ML6_set26 10/5/22 NA Valentine Btheta_ML6a N-Acetyl-D-Glucosamine carbon source FEBA_gDNA_plate310 F6 IT066 Btheta 3-keto work Sample6 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 5 mM NA NA NA NA NA NA 1909 set26IT066 NAG (C) 10/5/22 Btheta_ML6_set26 Btheta_ML6_set26 10/5/22 NA Valentine Btheta_ML6a N-Acetyl-D-Glucosamine carbon source FEBA_gDNA_plate310 F7 IT067 Btheta 3-keto work Sample7 Varel_Bryant_medium 24-well transparent microplate carbon source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 5 mM NA NA NA NA NA NA 1910 set26IT067 NAG (C) 10/5/22 Btheta_ML6_set26 Btheta_ML6_set27 10/5/23 NA Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A1 S289 Tn1 BHI BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1912 set27S289 Time0 10/5/23 Btheta_ML6_set27 Btheta_ML6_set27 10/5/23 NA Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A2 S290 Tn2 BHI BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1913 set27S290 Time0 10/5/23 Btheta_ML6_set27 Btheta_ML6_set27 10/5/23 NA Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A3 S291 Tn3 BHI BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1914 set27S291 Time0 10/5/23 Btheta_ML6_set27 Btheta_ML6_set27 10/5/23 NA Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A4 S292 Tn4 BHI BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1915 set27S292 Time0 10/5/23 Btheta_ML6_set27 Btheta_ML6_set27 10/5/23 NA Didier Ndeh Btheta_ML6a carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml FEBA_gDNA_plate385 A5 S293 Tn1 RGII Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml NA NA NA NA NA NA 1916 set27S293 carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml 10/5/23 Btheta_ML6_set27 Btheta_ML6_set27 10/5/23 NA Didier Ndeh Btheta_ML6a carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml FEBA_gDNA_plate385 A6 S294 Tn2 RGII Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml NA NA NA NA NA NA 1917 set27S294 carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml 10/5/23 Btheta_ML6_set27 Btheta_ML6_set27 10/5/23 NA Didier Ndeh Btheta_ML6a carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml FEBA_gDNA_plate385 A7 S295 Tn3 RGII Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml NA NA NA NA NA NA 1918 set27S295 carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml 10/5/23 Btheta_ML6_set27 Btheta_ML6_set27 10/5/23 NA Didier Ndeh Btheta_ML6a carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml FEBA_gDNA_plate385 A8 S296 Tn4 RGII Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml NA NA NA NA NA NA 1919 set27S296 carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml 10/5/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A9 S297 A BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1920 set27S297 Time0 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A10 S298 B BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1921 set27S298 Time0 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A11 S299 C BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1922 set27S299 Time0 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A12 S300 D BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1923 set27S300 Time0 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Gum arabic from acacia tree 10 mg/ml FEBA_gDNA_plate385 B1 S301 A1 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Gum arabic from acacia tree 10 mg/ml NA NA NA NA NA NA 1924 set27S301 carbon source Gum arabic from acacia tree 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Gum arabic from acacia tree 10 mg/ml FEBA_gDNA_plate385 B2 S302 A2 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Gum arabic from acacia tree 10 mg/ml NA NA NA NA NA NA 1925 set27S302 carbon source Gum arabic from acacia tree 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Gum arabic from acacia tree 10 mg/ml FEBA_gDNA_plate385 B4 S304 A4 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Gum arabic from acacia tree 10 mg/ml NA NA NA NA NA NA 1926 set27S304 carbon source Gum arabic from acacia tree 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml FEBA_gDNA_plate385 B5 S305 B1 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml NA NA NA NA NA NA 1927 set27S305 carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml FEBA_gDNA_plate385 B7 S307 B3 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml NA NA NA NA NA NA 1928 set27S307 carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml FEBA_gDNA_plate385 B8 S308 B4 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml NA NA NA NA NA NA 1929 set27S308 carbon source Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Mucin from porcine stomach type III 10 mg/ml FEBA_gDNA_plate385 B9 S309 C1 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 10 mg/ml NA NA NA NA NA NA 1930 set27S309 carbon source Mucin from porcine stomach type III 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Mucin from porcine stomach type III 10 mg/ml FEBA_gDNA_plate385 B10 S310 C2 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 10 mg/ml NA NA NA NA NA NA 1931 set27S310 carbon source Mucin from porcine stomach type III 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Mucin from porcine stomach type III 10 mg/ml FEBA_gDNA_plate385 B11 S311 C3 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 10 mg/ml NA NA NA NA NA NA 1932 set27S311 carbon source Mucin from porcine stomach type III 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Mucin from porcine stomach type III 10 mg/ml FEBA_gDNA_plate385 B12 S312 C4 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 10 mg/ml NA NA NA NA NA NA 1933 set27S312 carbon source Mucin from porcine stomach type III 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source N-Acetyl-D-galactosamine 10 mg/ml FEBA_gDNA_plate385 C1 S313 D1 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-galactosamine 10 mg/ml NA NA NA NA NA NA 1934 set27S313 carbon source N-Acetyl-D-galactosamine 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source N-Acetyl-D-galactosamine 10 mg/ml FEBA_gDNA_plate385 C2 S314 D2 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-galactosamine 10 mg/ml NA NA NA NA NA NA 1935 set27S314 carbon source N-Acetyl-D-galactosamine 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source N-Acetyl-D-galactosamine 10 mg/ml FEBA_gDNA_plate385 C3 S315 D3 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-galactosamine 10 mg/ml NA NA NA NA NA NA 1936 set27S315 carbon source N-Acetyl-D-galactosamine 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source N-Acetyl-D-galactosamine 10 mg/ml FEBA_gDNA_plate385 C4 S316 D4 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-galactosamine 10 mg/ml NA NA NA NA NA NA 1937 set27S316 carbon source N-Acetyl-D-galactosamine 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source L-a-Phosphatidylinositol from Glycine max (soybean) 10 mg/ml FEBA_gDNA_plate385 C5 S317 E1 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm L-a-Phosphatidylinositol from Glycine max (soybean) 10 mg/ml NA NA NA NA NA NA 1938 set27S317 carbon source L-a-Phosphatidylinositol from Glycine max (soybean) 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source D-(+)-Galactosamine hydrochloride 10 mg/ml FEBA_gDNA_plate385 C9 S321 F1 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-(+)-Galactosamine hydrochloride 10 mg/ml NA NA NA NA NA NA 1939 set27S321 carbon source D-(+)-Galactosamine 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source D-(+)-Galactosamine hydrochloride 10 mg/ml FEBA_gDNA_plate385 C10 S322 F2 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-(+)-Galactosamine hydrochloride 10 mg/ml NA NA NA NA NA NA 1940 set27S322 carbon source D-(+)-Galactosamine 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source D-(+)-Galactosamine hydrochloride 10 mg/ml FEBA_gDNA_plate385 C11 S323 F3 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-(+)-Galactosamine hydrochloride 10 mg/ml NA NA NA NA NA NA 1941 set27S323 carbon source D-(+)-Galactosamine 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source D-(+)-Galactosamine hydrochloride 10 mg/ml FEBA_gDNA_plate385 C12 S324 F4 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm D-(+)-Galactosamine hydrochloride 10 mg/ml NA NA NA NA NA NA 1942 set27S324 carbon source D-(+)-Galactosamine 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source (+)-Arabinogalactan, Larch wood 10 mg/ml FEBA_gDNA_plate385 D1 S325 G1 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan, Larch wood 10 mg/ml NA NA NA NA NA NA 1943 set27S325 carbon source (+)-Arabinogalactan, Larch wood 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source (+)-Arabinogalactan, Larch wood 10 mg/ml FEBA_gDNA_plate385 D2 S326 G2 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan, Larch wood 10 mg/ml NA NA NA NA NA NA 1944 set27S326 carbon source (+)-Arabinogalactan, Larch wood 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source (+)-Arabinogalactan, Larch wood 10 mg/ml FEBA_gDNA_plate385 D3 S327 G3 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan, Larch wood 10 mg/ml NA NA NA NA NA NA 1945 set27S327 carbon source (+)-Arabinogalactan, Larch wood 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source (+)-Arabinogalactan, Larch wood 10 mg/ml FEBA_gDNA_plate385 D4 S328 G4 Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan, Larch wood 10 mg/ml NA NA NA NA NA NA 1946 set27S328 carbon source (+)-Arabinogalactan, Larch wood 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source Oat flour B-glucan 10 mg/ml FEBA_gDNA_plate385 D5 S329 I Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm Oat flour B-glucan 10 mg/ml NA NA NA NA NA NA 1947 set27S329 carbon source Oat flour B-glucan 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set27 10/7/23 NA Didier Ndeh Btheta_ML6a carbon source a1-Acid Glycoprotein from bovine plasma 10 mg/ml FEBA_gDNA_plate385 D6 S330 J Varel_Bryant_medium tube carbon source 37 NA Liquid Anaerobic 0 rpm a1-Acid Glycoprotein from bovine plasma 10 mg/ml NA NA NA NA NA NA 1948 set27S330 carbon source a1-Acid Glycoprotein from bovine plasma 10 mg/ml 10/7/23 Btheta_ML6_set27 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a Time 0 FEBA_gDNA_plate387 A1 S481 WZ31 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1949 set28S481 Time0 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a Time 0 FEBA_gDNA_plate387 A2 S482 WZ32 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1950 set28S482 Time0 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a Time 0 FEBA_gDNA_plate387 A3 S483 WZ33 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1951 set28S483 Time0 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a Time 0 FEBA_gDNA_plate387 A4 S484 WZ34 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1952 set28S484 Time0 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a Time 0 FEBA_gDNA_plate387 A5 S485 WZ35 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 1953 set28S485 Time0 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a Mock control cultured in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin for 20 hours. FEBA_gDNA_plate387 A6 S486 WZ36 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA NA 1954 set28S486 Mock control cultured in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a Mock control cultured in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin for 20 hours. FEBA_gDNA_plate387 A7 S487 WZ37 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA NA 1955 set28S487 Mock control cultured in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a Mock control cultured in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin for 20 hours. FEBA_gDNA_plate387 A8 S488 WZ38 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA NA 1956 set28S488 Mock control cultured in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a Mock control cultured in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin for 20 hours. FEBA_gDNA_plate387 A9 S489 WZ39 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA NA 1957 set28S489 Mock control cultured in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a Mock control cultured in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin for 20 hours. FEBA_gDNA_plate387 A10 S490 WZ40 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA NA 1958 set28S490 Mock control cultured in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 A11 S491 WZ41 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1959 set28S491 0.35mg/ml WT Calprotectin in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 A12 S492 WZ42 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1960 set28S492 0.35mg/ml WT Calprotectin in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B1 S493 WZ43 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1961 set28S493 0.35mg/ml WT Calprotectin in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B2 S494 WZ44 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1962 set28S494 0.35mg/ml WT Calprotectin in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B3 S495 WZ45 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1963 set28S495 0.35mg/ml WT Calprotectin in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin + 1uM saturated Fe-Enterobactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B4 S496 WZ46 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Enterobactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA 1964 set28S496 0.35mg/ml WT Calprotectin + 1uM saturated Fe-Enterobactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin + 1uM saturated Fe-Enterobactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B5 S497 WZ47 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Enterobactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA 1965 set28S497 0.35mg/ml WT Calprotectin + 1uM saturated Fe-Enterobactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin + 1uM saturated Fe-Enterobactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B6 S498 WZ48 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Enterobactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA 1966 set28S498 0.35mg/ml WT Calprotectin + 1uM saturated Fe-Enterobactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin + 1uM saturated Fe-Enterobactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B7 S499 WZ49 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Enterobactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA 1967 set28S499 0.35mg/ml WT Calprotectin + 1uM saturated Fe-Enterobactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin + 1uM saturated Fe-Enterobactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B8 S500 WZ50 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Enterobactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA 1968 set28S500 0.35mg/ml WT Calprotectin + 1uM saturated Fe-Enterobactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin + 1uM apo yersiniabactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B9 S501 WZ51 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL apo-yersiniabactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA 1969 set28S501 0.35mg/ml WT Calprotectin + 1uM apo yersiniabactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin + 1uM apo yersiniabactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B10 S502 WZ52 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL apo-yersiniabactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA 1970 set28S502 0.35mg/ml WT Calprotectin + 1uM apo yersiniabactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin + 1uM apo yersiniabactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B11 S503 WZ53 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL apo-yersiniabactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA 1971 set28S503 0.35mg/ml WT Calprotectin + 1uM apo yersiniabactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin + 1uM apo yersiniabactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 B12 S504 WZ54 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL apo-yersiniabactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA 1972 set28S504 0.35mg/ml WT Calprotectin + 1uM apo yersiniabactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml WT Calprotectin + 1uM apo yersiniabactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C1 S505 WZ55 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL apo-yersiniabactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA 1973 set28S505 0.35mg/ml WT Calprotectin + 1uM apo yersiniabactin in 50% 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml Calprotectin S1 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C2 S506 WZ56 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin S1 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1974 set28S506 0.35mg/ml Calprotectin S1 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml Calprotectin S1 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C3 S507 WZ57 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin S1 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1975 set28S507 0.35mg/ml Calprotectin S1 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml Calprotectin S1 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C4 S508 WZ58 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin S1 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1976 set28S508 0.35mg/ml Calprotectin S1 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml Calprotectin S1 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C5 S509 WZ59 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin S1 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1977 set28S509 0.35mg/ml Calprotectin S1 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml Calprotectin S1 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C6 S510 WZ60 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin S1 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1978 set28S510 0.35mg/ml Calprotectin S1 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml Calprotectin S1S2 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C7 S511 WZ61 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin S1S2 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1979 set28S511 0.35mg/ml Calprotectin S1S2 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml Calprotectin S1S2 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C8 S512 WZ62 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin S1S2 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1980 set28S512 0.35mg/ml Calprotectin S1S2 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml Calprotectin S1S2 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C9 S513 WZ63 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin S1S2 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1981 set28S513 0.35mg/ml Calprotectin S1S2 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml Calprotectin S1S2 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C10 S514 WZ64 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin S1S2 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1982 set28S514 0.35mg/ml Calprotectin S1S2 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.35mg/ml Calprotectin S1S2 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C11 S515 WZ65 BHIS 0.5x tube stress 37 NA Liquid Anaerobic 0 rpm Calprotectin S1S2 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin NA NA NA NA NA 1983 set28S515 0.35mg/ml Calprotectin S1S2 mutant in 50%BHI + 50% Calprotectin buffer + 1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.15 mM H2O2 in BHI+1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 C12 S516 WZ66 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Hydrogen peroxide 0.15 mM Protoporphyrin NA NA NA NA NA NA 1984 set28S516 0.15 mM H2O2 in BHI+1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.15 mM H2O2 in BHI+1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 D1 S517 WZ67 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Hydrogen peroxide 0.15 mM Protoporphyrin NA NA NA NA NA NA 1985 set28S517 0.15 mM H2O2 in BHI+1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.15 mM H2O2 in BHI+1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 D2 S518 WZ68 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Hydrogen peroxide 0.15 mM Protoporphyrin NA NA NA NA NA NA 1986 set28S518 0.15 mM H2O2 in BHI+1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.15 mM H2O2 in BHI+1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 D3 S519 WZ69 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Hydrogen peroxide 0.15 mM Protoporphyrin NA NA NA NA NA NA 1987 set28S519 0.15 mM H2O2 in BHI+1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/1/23 NA Wenhan Zhu Btheta_ML6a 0.15 mM H2O2 in BHI+1x protoporphyrin, cultured for 20 hours. FEBA_gDNA_plate387 D4 S520 WZ70 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Hydrogen peroxide 0.15 mM Protoporphyrin NA NA NA NA NA NA 1988 set28S520 0.15 mM H2O2 in BHI+1x protoporphyrin, cultured for 20 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/2/23 NA Wenhan Zhu Btheta_ML6a 0.4 mM H2O2 in BHI+1x protoporphyrin, cultured for 24 hours. FEBA_gDNA_plate387 D12 S528 WZ78 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Hydrogen peroxide 0.4 mM Protoporphyrin NA NA NA NA NA NA 1989 set28S528 0.4 mM H2O2 in BHI+1x protoporphyrin, cultured for 24 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/2/23 NA Wenhan Zhu Btheta_ML6a 0.4 mM H2O2 in BHI+1x protoporphyrin, cultured for 24 hours. FEBA_gDNA_plate387 E1 S529 WZ79 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Hydrogen peroxide 0.4 mM Protoporphyrin NA NA NA NA NA NA 1990 set28S529 0.4 mM H2O2 in BHI+1x protoporphyrin, cultured for 24 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/2/23 NA Wenhan Zhu Btheta_ML6a 0.4 mM H2O2 in BHI+1x protoporphyrin, cultured for 24 hours. FEBA_gDNA_plate387 E2 S530 WZ80 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Hydrogen peroxide 0.4 mM Protoporphyrin NA NA NA NA NA NA 1991 set28S530 0.4 mM H2O2 in BHI+1x protoporphyrin, cultured for 24 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/2/23 NA Wenhan Zhu Btheta_ML6a 100 uM BPS + 1 uM 50% Fe-Enterobactin, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F3 S543 WZ93 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Enterobactin 1 uM Protoporphyrin NA NA NA NA NA 1992 set28S543 100 uM BPS + 1 uM 50% Fe-Enterobactin, BHI 1x protoporphyrin for 24 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/2/23 NA Wenhan Zhu Btheta_ML6a 100 uM BPS, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F6 S546 WZ96 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Protoporphyrin NA NA NA NA NA NA 1993 set28S546 100 uM BPS, BHI 1x protoporphyrin for 24 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/2/23 NA Wenhan Zhu Btheta_ML6a 101 uM BPS, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F7 S547 WZ97 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Protoporphyrin NA NA NA NA NA NA 1994 set28S547 101 uM BPS, BHI 1x protoporphyrin for 24 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/2/23 NA Wenhan Zhu Btheta_ML6a 102 uM BPS, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F8 S548 WZ98 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Protoporphyrin NA NA NA NA NA NA 1995 set28S548 102 uM BPS, BHI 1x protoporphyrin for 24 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/2/23 NA Wenhan Zhu Btheta_ML6a 103 uM BPS, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F9 S549 WZ99 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Protoporphyrin NA NA NA NA NA NA 1996 set28S549 103 uM BPS, BHI 1x protoporphyrin for 24 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set28 8/2/23 NA Wenhan Zhu Btheta_ML6a 104 uM BPS, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F10 S550 WZ100 BHIS tube stress 37 NA Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Protoporphyrin NA NA NA NA NA NA 1997 set28S550 104 uM BPS, BHI 1x protoporphyrin for 24 hours. 8/1/23 Btheta_ML6_set28 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse no infection control; colon sample; LS11-mouse1 FEBA_gDNA_plate390 A1 S481 WZ1 mouse no infection control; colon NA NA NA NA NA NA MO LS11-1 LS11-mouse1 NA NA NA 1998 set29S481 mouse no infection control; colon sample; LS11-mouse1 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse no infection control; colon sample; LS11-mouse2 FEBA_gDNA_plate390 A2 S482 WZ2 mouse no infection control; colon NA NA NA NA NA NA MO LS11-2 LS11-mouse2 NA NA NA 1999 set29S482 mouse no infection control; colon sample; LS11-mouse2 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse no infection control; colon sample; LS11-mouse3 FEBA_gDNA_plate390 A3 S483 WZ3 mouse no infection control; colon NA NA NA NA NA NA MO LS11-3 LS11-mouse3 NA NA NA 2000 set29S483 mouse no infection control; colon sample; LS11-mouse3 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse no infection control; colon sample; LS11-mouse4 FEBA_gDNA_plate390 A4 S484 WZ4 mouse no infection control; colon NA NA NA NA NA NA MO LS11-4 LS11-mouse4 NA NA NA 2001 set29S484 mouse no infection control; colon sample; LS11-mouse4 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse no infection control; colon sample; LS11-mouse5 FEBA_gDNA_plate390 A5 S485 WZ5 mouse no infection control; colon NA NA NA NA NA NA MO LS11-5 LS11-mouse5 NA NA NA 2002 set29S485 mouse no infection control; colon sample; LS11-mouse5 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse1 FEBA_gDNA_plate390 A6 S486 WZ6 mouse with infection; colon NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA MO LS12-1 LS12-mouse1 NA NA NA 2003 set29S486 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse1 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse2 FEBA_gDNA_plate390 A7 S487 WZ7 mouse with infection; colon NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA MO LS12-2 LS12-mouse2 NA NA NA 2004 set29S487 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse2 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse3 FEBA_gDNA_plate390 A8 S488 WZ8 mouse with infection; colon NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA MO LS12-3 LS12-mouse3 NA NA NA 2005 set29S488 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse3 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse5 FEBA_gDNA_plate390 A10 S490 WZ10 mouse with infection; colon NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA MO LS12-5 LS12-mouse5 NA NA NA 2006 set29S490 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse5 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse6 FEBA_gDNA_plate390 A11 S491 WZ11 mouse with infection; colon NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA MO LS12-6 LS12-mouse6 NA NA NA 2007 set29S491 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse6 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse7 FEBA_gDNA_plate390 A12 S492 WZ12 mouse with infection; colon NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA MO LS12-7 LS12-mouse7 NA NA NA 2008 set29S492 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse7 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse8 FEBA_gDNA_plate390 B1 S493 WZ13 mouse with infection; colon NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA MO LS12-8 LS12-mouse8 NA NA NA 2009 set29S493 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; colon sample; LS12-mouse8 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse no infection control; cecum sample; LS11-mouse1 FEBA_gDNA_plate390 B2 S494 WZ14 mouse no infection control; cecum NA NA NA NA NA NA ME LS11-1 LS11-mouse1 NA NA NA 2010 set29S494 mouse no infection control; cecum sample; LS11-mouse1 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse no infection control; cecum sample; LS11-mouse2 FEBA_gDNA_plate390 B3 S495 WZ15 mouse no infection control; cecum NA NA NA NA NA NA ME LS11-2 LS11-mouse2 NA NA NA 2011 set29S495 mouse no infection control; cecum sample; LS11-mouse2 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse no infection control; cecum sample; LS11-mouse3 FEBA_gDNA_plate390 B4 S496 WZ16 mouse no infection control; cecum NA NA NA NA NA NA ME LS11-3 LS11-mouse3 NA NA NA 2012 set29S496 mouse no infection control; cecum sample; LS11-mouse3 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse no infection control; cecum sample; LS11-mouse4 FEBA_gDNA_plate390 B5 S497 WZ17 mouse no infection control; cecum NA NA NA NA NA NA ME LS11-4 LS11-mouse4 NA NA NA 2013 set29S497 mouse no infection control; cecum sample; LS11-mouse4 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse no infection control; cecum sample; LS11-mouse5 FEBA_gDNA_plate390 B6 S498 WZ18 mouse no infection control; cecum NA NA NA NA NA NA ME LS11-5 LS11-mouse5 NA NA NA 2014 set29S498 mouse no infection control; cecum sample; LS11-mouse5 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse1 FEBA_gDNA_plate390 B7 S499 WZ19 mouse with infection; cecum NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA ME LS12-1 LS12-mouse1 NA NA NA 2015 set29S499 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse1 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse2 FEBA_gDNA_plate390 B8 S500 WZ20 mouse with infection; cecum NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA ME LS12-2 LS12-mouse2 NA NA NA 2016 set29S500 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse2 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse3 FEBA_gDNA_plate390 B9 S501 WZ21 mouse with infection; cecum NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA ME LS12-3 LS12-mouse3 NA NA NA 2017 set29S501 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse3 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse4 FEBA_gDNA_plate390 B10 S502 WZ22 mouse with infection; cecum NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA ME LS12-4 LS12-mouse4 NA NA NA 2018 set29S502 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse4 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse5 FEBA_gDNA_plate390 B11 S503 WZ23 mouse with infection; cecum NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA ME LS12-5 LS12-mouse5 NA NA NA 2019 set29S503 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse5 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse6 FEBA_gDNA_plate390 B12 S504 WZ24 mouse with infection; cecum NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA ME LS12-6 LS12-mouse6 NA NA NA 2020 set29S504 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse6 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse7 FEBA_gDNA_plate390 C1 S505 WZ25 mouse with infection; cecum NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA ME LS12-7 LS12-mouse7 NA NA NA 2021 set29S505 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse7 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse8 FEBA_gDNA_plate390 C2 S506 WZ26 mouse with infection; cecum NA NA Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 NA NA NA NA ME LS12-8 LS12-mouse8 NA NA NA 2022 set29S506 mouse with Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 infection; cecum sample; LS12-mouse8 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate390 C3 S507 WZ27 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2023 set29S507 Time0 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate390 C4 S508 WZ28 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2024 set29S508 Time0 8/3/23 Btheta_ML6_set29 Btheta_ML6_set29 8/3/23 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate390 C5 S509 WZ29 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2025 set29S509 Time0 8/3/23 Btheta_ML6_set29 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Time0 FEBA_gDNA_plate413 A1 S1 1 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2026 set31S1 Time0 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Time0 FEBA_gDNA_plate413 A2 S2 2 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2027 set31S2 Time0 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Amylopectin from Potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 A3 S3 5 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Amylopectin from Potato 2.5 mg/ml NA NA NA NA NA NA 2028 set31S3 Amylopectin from Potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Amylopectin from Potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 A4 S4 6 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Amylopectin from Potato 2.5 mg/ml NA NA NA NA NA NA 2029 set31S4 Amylopectin from Potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Amylopectin from Potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 A5 S5 7 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Amylopectin from Potato 2.5 mg/ml NA NA NA NA NA NA 2030 set31S5 Amylopectin from Potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Amylopectin from Potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 A6 S6 8 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Amylopectin from Potato 2.5 mg/ml NA NA NA NA NA NA 2031 set31S6 Amylopectin from Potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a b-Glucan from Beet (1,2-b-Glucan); filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 A7 S7 9 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm b-Glucan from Beet (1,2-b-Glucan) 2.5 mg/ml NA NA NA NA NA NA 2032 set31S7 b-Glucan from Beet (1,2-b-Glucan); filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a b-Glucan from Beet (1,2-b-Glucan); filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 A8 S8 10 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm b-Glucan from Beet (1,2-b-Glucan) 2.5 mg/ml NA NA NA NA NA NA 2033 set31S8 b-Glucan from Beet (1,2-b-Glucan); filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Pectic galactan from potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 A9 S9 11 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pectic galactan from potato 2.5 mg/ml NA NA NA NA NA NA 2034 set31S9 Pectic galactan from potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Pectic galactan from potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 A10 S10 12 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pectic galactan from potato 2.5 mg/ml NA NA NA NA NA NA 2035 set31S10 Pectic galactan from potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Pectic galactan from potato; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 A11 S11 13 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pectic galactan from potato 2.5 mg/ml NA NA NA NA NA NA 2036 set31S11 Pectic galactan from potato; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Pectic galactan from potato; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 A12 S12 14 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pectic galactan from potato 2.5 mg/ml NA NA NA NA NA NA 2037 set31S12 Pectic galactan from potato; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a polygalacturonic acid (ultrapure); autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 B1 S13 15 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml NA NA NA NA NA NA 2038 set31S13 polygalacturonic (ultrapure); autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a polygalacturonic acid (ultrapure); autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 B2 S14 16 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml NA NA NA NA NA NA 2039 set31S14 polygalacturonic (ultrapure); autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a polygalacturonic acid (ultrapure); filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 B3 S15 17 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml NA NA NA NA NA NA 2040 set31S15 polygalacturonic (ultrapure); filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a polygalacturonic acid (ultrapure); filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 B4 S16 18 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml NA NA NA NA NA NA 2041 set31S16 polygalacturonic (ultrapure); filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Pectin from apple; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 B5 S17 19 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pectin from apple 2.5 mg/ml NA NA NA NA NA NA 2042 set31S17 Pectin from apple; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Pectin from apple; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 B6 S18 20 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pectin from apple 2.5 mg/ml NA NA NA NA NA NA 2043 set31S18 Pectin from apple; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a amylopectin from maize; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 B7 S19 21 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm amylopectin from maize 2.5 mg/ml NA NA NA NA NA NA 2044 set31S19 amylopectin from maize; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a amylopectin from maize; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 B8 S20 22 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm amylopectin from maize 2.5 mg/ml NA NA NA NA NA NA 2045 set31S20 amylopectin from maize; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Dextrin from potato starch; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 B9 S21 23 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Dextrin from potato starch 2.5 mg/ml NA NA NA NA NA NA 2046 set31S21 Dextrin from potato starch; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Dextrin from potato starch; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 B10 S22 24 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Dextrin from potato starch 2.5 mg/ml NA NA NA NA NA NA 2047 set31S22 Dextrin from potato starch; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a beta-Cyclodextrin 2.5 mg/ml carbon source FEBA_gDNA_plate413 B11 S23 25 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm beta-Cyclodextrin 2.5 mg/ml NA NA NA NA NA NA 2048 set31S23 beta-Cyclodextrin 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a beta-Cyclodextrin 2.5 mg/ml carbon source FEBA_gDNA_plate413 B12 S24 26 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm beta-Cyclodextrin 2.5 mg/ml NA NA NA NA NA NA 2049 set31S24 beta-Cyclodextrin 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Xylan from corn core; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 C1 S25 27 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Xylan from corn core 2.5 mg/ml NA NA NA NA NA NA 2050 set31S25 Xylan from corn core; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Xylan from corn core; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 C2 S26 28 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Xylan from corn core 2.5 mg/ml NA NA NA NA NA NA 2051 set31S26 Xylan from corn core; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Pullulan; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 C3 S27 29 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pullulan 2.5 mg/ml NA NA NA NA NA NA 2052 set31S27 Pullulan; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Pullulan; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 C4 S28 30 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pullulan 2.5 mg/ml NA NA NA NA NA NA 2053 set31S28 Pullulan; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Red Arabinan from sugar-beet; filtered 5 mg/ml carbon source FEBA_gDNA_plate413 C5 S29 31 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml NA NA NA NA NA NA 2054 set31S29 Red Arabinan from sugar-beet; filtered 5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Red Arabinan from sugar-beet; filtered 5 mg/ml carbon source FEBA_gDNA_plate413 C6 S30 32 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml NA NA NA NA NA NA 2055 set31S30 Red Arabinan from sugar-beet; filtered 5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Red Arabinan from sugar-beet; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 C7 S31 33 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 2.5 mg/ml NA NA NA NA NA NA 2056 set31S31 Red Arabinan from sugar-beet; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Red Arabinan from sugar-beet; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 C8 S32 34 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 2.5 mg/ml NA NA NA NA NA NA 2057 set31S32 Red Arabinan from sugar-beet; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Glucose 5 mg/ml carbon source FEBA_gDNA_plate413 C9 S33 35 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 5 mg/ml NA NA NA NA NA NA 2058 set31S33 D-Glucose 5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Glucose 5 mg/ml carbon source FEBA_gDNA_plate413 C10 S34 36 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 5 mg/ml NA NA NA NA NA NA 2059 set31S34 D-Glucose 5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Galactan from Potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 C11 S35 37 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Galactan from Potato 2.5 mg/ml NA NA NA NA NA NA 2060 set31S35 Galactan from Potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Galactan from Potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 C12 S36 38 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Galactan from Potato 2.5 mg/ml NA NA NA NA NA NA 2061 set31S36 Galactan from Potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Galactan from Potato; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 D1 S37 39 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Galactan from Potato 2.5 mg/ml NA NA NA NA NA NA 2062 set31S37 Galactan from Potato; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Galactan from Potato; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 D2 S38 40 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Galactan from Potato 2.5 mg/ml NA NA NA NA NA NA 2063 set31S38 Galactan from Potato; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Glycogen; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 D3 S39 41 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Glycogen 2.5 mg/ml NA NA NA NA NA NA 2064 set31S39 Glycogen; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Glycogen; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 D4 S40 42 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Glycogen 2.5 mg/ml NA NA NA NA NA NA 2065 set31S40 Glycogen; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Glycogen; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 D5 S41 43 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Glycogen 2.5 mg/ml NA NA NA NA NA NA 2066 set31S41 Glycogen; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Glycogen; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 D6 S42 44 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Glycogen 2.5 mg/ml NA NA NA NA NA NA 2067 set31S42 Glycogen; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a (+)-Arabinogalactan; autoclaved 5 mg/ml carbon source FEBA_gDNA_plate413 D7 S43 45 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan 5 mg/ml NA NA NA NA NA NA 2068 set31S43 (+)-Arabinogalactan; autoclaved 5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a (+)-Arabinogalactan; autoclaved 5 mg/ml carbon source FEBA_gDNA_plate413 D8 S44 46 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan 5 mg/ml NA NA NA NA NA NA 2069 set31S44 (+)-Arabinogalactan; autoclaved 5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a (+)-Arabinogalactan; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 D9 S45 47 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml NA NA NA NA NA NA 2070 set31S45 (+)-Arabinogalactan; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a (+)-Arabinogalactan; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 D10 S46 48 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml NA NA NA NA NA NA 2071 set31S46 (+)-Arabinogalactan; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a (+)-Arabinogalactan; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 D11 S47 49 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml NA NA NA NA NA NA 2072 set31S47 (+)-Arabinogalactan; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a (+)-Arabinogalactan; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 D12 S48 50 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml NA NA NA NA NA NA 2073 set31S48 (+)-Arabinogalactan; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a (+)-Arabinogalactan; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 E1 S49 51 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml NA NA NA NA NA NA 2074 set31S49 (+)-Arabinogalactan; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a (+)-Arabinogalactan; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 E2 S50 52 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml NA NA NA NA NA NA 2075 set31S50 (+)-Arabinogalactan; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Chondroitin sulfate A sodium salt from bovine trachea; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 E3 S51 53 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Chondroitin sulfate A sodium salt from bovine trachea 2.5 mg/ml NA NA NA NA NA NA 2076 set31S51 Chondroitin sulfate A from bovine trachea; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Chondroitin sulfate A sodium salt from bovine trachea; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 E4 S52 54 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Chondroitin sulfate A sodium salt from bovine trachea 2.5 mg/ml NA NA NA NA NA NA 2077 set31S52 Chondroitin sulfate A from bovine trachea; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a dextran, Mw ~200,000; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 E5 S53 55 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm dextran, Mw ~200,000; autoclaved 2.5 mg/ml NA NA NA NA NA NA 2078 set31S53 dextran, Mw ~200,000; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a dextran, Mw ~200,000; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 E6 S54 56 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm dextran, Mw ~200,000; autoclaved 2.5 mg/ml NA NA NA NA NA NA 2079 set31S54 dextran, Mw ~200,000; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a dextran, Mw ~200,000; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 E7 S55 57 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm dextran, Mw ~200,000; filtered 2.5 mg/ml NA NA NA NA NA NA 2080 set31S55 dextran, Mw ~200,000; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a dextran, Mw ~200,000; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 E8 S56 58 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm dextran, Mw ~200,000; filtered 2.5 mg/ml NA NA NA NA NA NA 2081 set31S56 dextran, Mw ~200,000; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Mannan from Saccharomyces cerevisiae; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 E9 S57 59 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 2.5 mg/ml NA NA NA NA NA NA 2082 set31S57 Mannan from Saccharomyces cerevisiae; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Mannan from Saccharomyces cerevisiae; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate413 E10 S58 60 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 2.5 mg/ml NA NA NA NA NA NA 2083 set31S58 Mannan from Saccharomyces cerevisiae; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Starch soluble; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 E11 S59 61 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Starch 2.5 mg/ml NA NA NA NA NA NA 2084 set31S59 Starch soluble; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Starch soluble; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 E12 S60 62 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Starch 2.5 mg/ml NA NA NA NA NA NA 2085 set31S60 Starch soluble; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a a-Cyclodextrin 2.5 mg/ml carbon source FEBA_gDNA_plate413 F1 S61 63 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm a-Cyclodextrin 2.5 mg/ml NA NA NA NA NA NA 2086 set31S61 a-Cyclodextrin 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a a-Cyclodextrin 2.5 mg/ml carbon source FEBA_gDNA_plate413 F2 S62 64 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm a-Cyclodextrin 2.5 mg/ml NA NA NA NA NA NA 2087 set31S62 a-Cyclodextrin 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Levan - from Erwinia herbicola; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 F3 S63 65 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 2.5 mg/ml NA NA NA NA NA NA 2088 set31S63 Levan - from Erwinia herbicola; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Levan - from Erwinia herbicola; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 F4 S64 66 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 2.5 mg/ml NA NA NA NA NA NA 2089 set31S64 Levan - from Erwinia herbicola; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Fructose 2.5 mg/ml carbon source FEBA_gDNA_plate413 F5 S65 67 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Fructose 2.5 mg/ml NA NA NA NA NA NA 2090 set31S65 D-Fructose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Fructose 2.5 mg/ml carbon source FEBA_gDNA_plate413 F6 S66 68 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Fructose 2.5 mg/ml NA NA NA NA NA NA 2091 set31S66 D-Fructose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Galactose 2.5 mg/ml carbon source FEBA_gDNA_plate413 F7 S67 69 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Galactose 2.5 mg/ml NA NA NA NA NA NA 2092 set31S67 D-Galactose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Galactose 2.5 mg/ml carbon source FEBA_gDNA_plate413 F8 S68 70 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Galactose 2.5 mg/ml NA NA NA NA NA NA 2093 set31S68 D-Galactose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Glucosamine Hydrochloride 2.5 mg/ml carbon source FEBA_gDNA_plate413 F9 S69 71 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 2.5 mg/ml NA NA NA NA NA NA 2094 set31S69 D-Glucosamine Hydrochloride 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Glucosamine Hydrochloride 2.5 mg/ml carbon source FEBA_gDNA_plate413 F10 S70 72 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 2.5 mg/ml NA NA NA NA NA NA 2095 set31S70 D-Glucosamine Hydrochloride 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Glucose 2.5 mg/ml carbon source FEBA_gDNA_plate413 F11 S71 73 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 2.5 mg/ml NA NA NA NA NA NA 2096 set31S71 D-Glucose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Glucose 2.5 mg/ml carbon source FEBA_gDNA_plate413 F12 S72 74 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Glucose 2.5 mg/ml NA NA NA NA NA NA 2097 set31S72 D-Glucose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Mannose 2.5 mg/ml carbon source FEBA_gDNA_plate413 G1 S73 75 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Mannose 2.5 mg/ml NA NA NA NA NA NA 2098 set31S73 D-Mannose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Mannose 2.5 mg/ml carbon source FEBA_gDNA_plate413 G2 S74 76 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Mannose 2.5 mg/ml NA NA NA NA NA NA 2099 set31S74 D-Mannose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Xylose 2.5 mg/ml carbon source FEBA_gDNA_plate413 G3 S75 77 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Xylose 2.5 mg/ml NA NA NA NA NA NA 2100 set31S75 D-Xylose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a D-Xylose 2.5 mg/ml carbon source FEBA_gDNA_plate413 G4 S76 78 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm D-Xylose 2.5 mg/ml NA NA NA NA NA NA 2101 set31S76 D-Xylose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a N-Acetyl-D-Glucosamine 2.5 mg/ml carbon source FEBA_gDNA_plate413 G5 S77 79 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 2.5 mg/ml NA NA NA NA NA NA 2102 set31S77 NAG 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a N-Acetyl-D-Glucosamine 2.5 mg/ml carbon source FEBA_gDNA_plate413 G6 S78 80 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 2.5 mg/ml NA NA NA NA NA NA 2103 set31S78 NAG 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Amylose from potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 G7 S79 81 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Amylose from potato 2.5 mg/ml NA NA NA NA NA NA 2104 set31S79 Amylose from potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Amylose from potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 G8 S80 82 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Amylose from potato 2.5 mg/ml NA NA NA NA NA NA 2105 set31S80 Amylose from potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Xylan from Beechwood; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 G9 S81 83 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Xylan from Beechwood 2.5 mg/ml NA NA NA NA NA NA 2106 set31S81 Xylan from Beechwood; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Xylan from Beechwood; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 G10 S82 84 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Xylan from Beechwood 2.5 mg/ml NA NA NA NA NA NA 2107 set31S82 Xylan from Beechwood; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Lichenan (icelandic moss); autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 G11 S83 85 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Lichenan (icelandic moss) 2.5 mg/ml NA NA NA NA NA NA 2108 set31S83 Lichenan (icelandic moss); autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Lichenan (icelandic moss); autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 G12 S84 86 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Lichenan (icelandic moss) 2.5 mg/ml NA NA NA NA NA NA 2109 set31S84 Lichenan (icelandic moss); autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a b-glucan from Barley; boiled in 10% ethanol 2.5 mg/ml carbon source FEBA_gDNA_plate413 H1 S85 87 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm b-glucan from Barley 2.5 mg/ml NA NA NA NA NA NA 2110 set31S85 b-glucan from Barley; boiled in 10% ethanol 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a b-glucan from Barley; boiled in 10% ethanol 2.5 mg/ml carbon source FEBA_gDNA_plate413 H2 S86 88 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm b-glucan from Barley 2.5 mg/ml NA NA NA NA NA NA 2111 set31S86 b-glucan from Barley; boiled in 10% ethanol 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Glucomannan (konjac); autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 H3 S87 89 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Glucomannan (konjac) 2.5 mg/ml NA NA NA NA NA NA 2112 set31S87 Glucomannan (konjac); autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Glucomannan (konjac); autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 H4 S88 90 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Glucomannan (konjac) 2.5 mg/ml NA NA NA NA NA NA 2113 set31S88 Glucomannan (konjac); autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Glucomannan (konjac); boiled in 10% ethanol 2.5 mg/ml carbon source FEBA_gDNA_plate413 H5 S89 91 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Glucomannan (konjac) 2.5 mg/ml NA NA NA NA NA NA 2114 set31S89 Glucomannan (konjac); boiled in 10% ethanol 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Glucomannan (konjac); boiled in 10% ethanol 2.5 mg/ml carbon source FEBA_gDNA_plate413 H6 S90 92 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Glucomannan (konjac) 2.5 mg/ml NA NA NA NA NA NA 2115 set31S90 Glucomannan (konjac); boiled in 10% ethanol 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Mucin from porcine stomach,Type II; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 H7 S91 93 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 2.5 mg/ml NA NA NA NA NA NA 2116 set31S91 Mucin from porcine stomach,Type II; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Mucin from porcine stomach,Type II; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 H8 S92 94 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 2.5 mg/ml NA NA NA NA NA NA 2117 set31S92 Mucin from porcine stomach,Type II; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Mucin from porcine stomach type III; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 H9 S93 95 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 2.5 mg/ml NA NA NA NA NA NA 2118 set31S93 Mucin from porcine stomach type III; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Mucin from porcine stomach type III; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate413 H10 S94 96 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 2.5 mg/ml NA NA NA NA NA NA 2119 set31S94 Mucin from porcine stomach type III; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Pectin from apple; filtered 1 mg/ml carbon source FEBA_gDNA_plate413 H11 S95 97 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pectin from apple 1 mg/ml NA NA NA NA NA NA 2120 set31S95 Pectin from apple; filtered 1 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set31 3/20/24 NA Surya Tripathi Btheta_ML6a Pectin from apple; filtered 1 mg/ml carbon source FEBA_gDNA_plate413 H12 S96 98 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pectin from apple 1 mg/ml NA NA NA NA NA NA 2121 set31S96 Pectin from apple; filtered 1 mg/ml (C) 3/20/24 Btheta_ML6_set31 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Time0 FEBA_gDNA_plate414 A1 S97 3 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2122 set32S97 Time0 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Time0 FEBA_gDNA_plate414 A2 S98 4 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2123 set32S98 Time0 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a B-glucan from yeast; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 A3 S99 99 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm B-glucan from yeast 2.5 mg/ml NA NA NA NA NA NA 2124 set32S99 B-glucan from yeast; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a B-glucan from yeast; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 A4 S100 100 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm B-glucan from yeast 2.5 mg/ml NA NA NA NA NA NA 2125 set32S100 B-glucan from yeast; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Red Arabinan from sugar-beet; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate414 A5 S101 101 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 2.5 mg/ml NA NA NA NA NA NA 2126 set32S101 Red Arabinan from sugar-beet; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Red Arabinan from sugar-beet; filtered 2.5 mg/ml carbon source FEBA_gDNA_plate414 A6 S102 102 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 2.5 mg/ml NA NA NA NA NA NA 2127 set32S102 Red Arabinan from sugar-beet; filtered 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Arabinoxylan (Rye Flour); autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 A7 S103 103 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Arabinoxylan (Rye Flour) 2.5 mg/ml NA NA NA NA NA NA 2128 set32S103 Arabinoxylan (Rye Flour); autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Arabinoxylan (Rye Flour); autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 A8 S104 104 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Arabinoxylan (Rye Flour) 2.5 mg/ml NA NA NA NA NA NA 2129 set32S104 Arabinoxylan (Rye Flour); autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Mannan from Saccharomyces cerevisiae; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 A11 S107 107 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 2.5 mg/ml NA NA NA NA NA NA 2130 set32S107 Mannan from Saccharomyces cerevisiae; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Mannan from Saccharomyces cerevisiae; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 A12 S108 108 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 2.5 mg/ml NA NA NA NA NA NA 2131 set32S108 Mannan from Saccharomyces cerevisiae; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Rhamnogalacturonan - from potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 B1 S109 109 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan - from potato 2.5 mg/ml NA NA NA NA NA NA 2132 set32S109 Rhamnogalacturonan - from potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Rhamnogalacturonan - from potato; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 B2 S110 110 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Rhamnogalacturonan - from potato 2.5 mg/ml NA NA NA NA NA NA 2133 set32S110 Rhamnogalacturonan - from potato; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a polygalacturonic acid; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 B3 S111 111 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml NA NA NA NA NA NA 2134 set32S111 polygalacturonic; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a polygalacturonic acid; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 B4 S112 112 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml NA NA NA NA NA NA 2135 set32S112 polygalacturonic; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Pectin from citrus peel; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 B5 S113 113 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pectin from citrus peel 2.5 mg/ml NA NA NA NA NA NA 2136 set32S113 Pectin from citrus peel; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Pectin from citrus peel; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 B6 S114 114 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Pectin from citrus peel 2.5 mg/ml NA NA NA NA NA NA 2137 set32S114 Pectin from citrus peel; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Chitin from shrimp shells; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 B7 S115 115 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Chitin from shrimp shells 2.5 mg/ml NA NA NA NA NA NA 2138 set32S115 Chitin from shrimp shells; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Chitin from shrimp shells; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 B8 S116 116 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Chitin from shrimp shells 2.5 mg/ml NA NA NA NA NA NA 2139 set32S116 Chitin from shrimp shells; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Locust bean gum; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 B9 S117 117 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Locust bean gum 2.5 mg/ml NA NA NA NA NA NA 2140 set32S117 Locust bean gum; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Locust bean gum; autoclaved 2.5 mg/ml carbon source FEBA_gDNA_plate414 B10 S118 118 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Locust bean gum 2.5 mg/ml NA NA NA NA NA NA 2141 set32S118 Locust bean gum; autoclaved 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Beta-Lactose 2.5 mg/ml carbon source FEBA_gDNA_plate414 B11 S119 119 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Beta-Lactose 2.5 mg/ml NA NA NA NA NA NA 2142 set32S119 Beta-Lactose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a Beta-Lactose 2.5 mg/ml carbon source FEBA_gDNA_plate414 B12 S120 120 Varel_Bryant_medium 96 deep-well microplate; 1.2 mL volume carbon source 37 NA Liquid Anaerobic 0 rpm Beta-Lactose 2.5 mg/ml NA NA NA NA NA NA 2143 set32S120 Beta-Lactose 2.5 mg/ml (C) 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Asparagine nitrogen source; Varel_Bryant_medium_Glucose_lowCys_noNitrogen FEBA_gDNA_plate414 C1 S121 121 Varel_Bryant_medium_Glucose_lowCys_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Asparagine 10 mM NA NA NA NA NA NA 2144 set32S121 L-Asparagine (N); Varel_Bryant_medium_Glucose_lowCys_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Asparagine nitrogen source; Varel_Bryant_medium_Glucose_lowCys_noNitrogen FEBA_gDNA_plate414 C2 S122 122 Varel_Bryant_medium_Glucose_lowCys_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Asparagine 10 mM NA NA NA NA NA NA 2145 set32S122 L-Asparagine (N); Varel_Bryant_medium_Glucose_lowCys_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Glutamine nitrogen source; Varel_Bryant_medium_Glucose_lowCys_noNitrogen FEBA_gDNA_plate414 C3 S123 123 Varel_Bryant_medium_Glucose_lowCys_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Glutamine 10 mM NA NA NA NA NA NA 2146 set32S123 L-Glutamine (N); Varel_Bryant_medium_Glucose_lowCys_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Glutamine nitrogen source; Varel_Bryant_medium_Glucose_lowCys_noNitrogen FEBA_gDNA_plate414 C4 S124 124 Varel_Bryant_medium_Glucose_lowCys_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Glutamine 10 mM NA NA NA NA NA NA 2147 set32S124 L-Glutamine (N); Varel_Bryant_medium_Glucose_lowCys_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Serine nitrogen source; Varel_Bryant_medium_Glucose_lowCys_noNitrogen FEBA_gDNA_plate414 C5 S125 125 Varel_Bryant_medium_Glucose_lowCys_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Serine 10 mM NA NA NA NA NA NA 2148 set32S125 L-Serine (N); Varel_Bryant_medium_Glucose_lowCys_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Serine nitrogen source; Varel_Bryant_medium_Glucose_lowCys_noNitrogen FEBA_gDNA_plate414 C6 S126 126 Varel_Bryant_medium_Glucose_lowCys_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Serine 10 mM NA NA NA NA NA NA 2149 set32S126 L-Serine (N); Varel_Bryant_medium_Glucose_lowCys_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Serine nitrogen source; Varel_Bryant_medium_Glucose_DTT_noNitrogen FEBA_gDNA_plate414 C7 S127 127 Varel_Bryant_medium_Glucose_DTT_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Serine 10 mM NA NA NA NA NA NA 2150 set32S127 L-Serine (N); Varel_Bryant_medium_Glucose_DTT_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Serine nitrogen source; Varel_Bryant_medium_Glucose_DTT_noNitrogen FEBA_gDNA_plate414 C8 S128 128 Varel_Bryant_medium_Glucose_DTT_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Serine 10 mM NA NA NA NA NA NA 2151 set32S128 L-Serine (N); Varel_Bryant_medium_Glucose_DTT_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Asparagine nitrogen source; Varel_Bryant_medium_Glucose_DTT_noNitrogen FEBA_gDNA_plate414 C9 S129 129 Varel_Bryant_medium_Glucose_DTT_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Asparagine 10 mM NA NA NA NA NA NA 2152 set32S129 L-Asparagine (N); Varel_Bryant_medium_Glucose_DTT_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Asparagine nitrogen source; Varel_Bryant_medium_Glucose_DTT_noNitrogen FEBA_gDNA_plate414 C10 S130 130 Varel_Bryant_medium_Glucose_DTT_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Asparagine 10 mM NA NA NA NA NA NA 2153 set32S130 L-Asparagine (N); Varel_Bryant_medium_Glucose_DTT_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Glutamine nitrogen source; Varel_Bryant_medium_Glucose_DTT_noNitrogen FEBA_gDNA_plate414 C11 S131 131 Varel_Bryant_medium_Glucose_DTT_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Glutamine 10 mM NA NA NA NA NA NA 2154 set32S131 L-Glutamine (N); Varel_Bryant_medium_Glucose_DTT_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Glutamine nitrogen source; Varel_Bryant_medium_Glucose_DTT_noNitrogen FEBA_gDNA_plate414 C12 S132 132 Varel_Bryant_medium_Glucose_DTT_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Glutamine 10 mM NA NA NA NA NA NA 2155 set32S132 L-Glutamine (N); Varel_Bryant_medium_Glucose_DTT_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Serine nitrogen source; Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen FEBA_gDNA_plate414 D1 S133 133 Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Serine 10 mM NA NA NA NA NA NA 2156 set32S133 L-Serine (N); Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Serine nitrogen source; Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen FEBA_gDNA_plate414 D2 S134 134 Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Serine 10 mM NA NA NA NA NA NA 2157 set32S134 L-Serine (N); Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Asparagine nitrogen source; Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen FEBA_gDNA_plate414 D3 S135 135 Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Asparagine 10 mM NA NA NA NA NA NA 2158 set32S135 L-Asparagine (N); Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Asparagine nitrogen source; Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen FEBA_gDNA_plate414 D4 S136 136 Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Asparagine 10 mM NA NA NA NA NA NA 2159 set32S136 L-Asparagine (N); Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Glutamine nitrogen source; Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen FEBA_gDNA_plate414 D5 S137 137 Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Glutamine 10 mM NA NA NA NA NA NA 2160 set32S137 L-Glutamine (N); Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Glutamine nitrogen source; Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen FEBA_gDNA_plate414 D6 S138 138 Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Glutamine 10 mM NA NA NA NA NA NA 2161 set32S138 L-Glutamine (N); Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Serine nitrogen source; Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen FEBA_gDNA_plate414 D7 S139 139 Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Serine 10 mM NA NA NA NA NA NA 2162 set32S139 L-Serine (N); Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Serine nitrogen source; Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen FEBA_gDNA_plate414 D8 S140 140 Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Serine 10 mM NA NA NA NA NA NA 2163 set32S140 L-Serine (N); Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Asparagine nitrogen source; Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen FEBA_gDNA_plate414 D9 S141 141 Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Asparagine 10 mM NA NA NA NA NA NA 2164 set32S141 L-Asparagine (N); Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Asparagine nitrogen source; Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen FEBA_gDNA_plate414 D10 S142 142 Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Asparagine 10 mM NA NA NA NA NA NA 2165 set32S142 L-Asparagine (N); Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Glutamine nitrogen source; Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen FEBA_gDNA_plate414 D11 S143 143 Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Glutamine 10 mM NA NA NA NA NA NA 2166 set32S143 L-Glutamine (N); Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set32 3/20/24 NA Surya Tripathi Btheta_ML6a L-Glutamine nitrogen source; Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen FEBA_gDNA_plate414 D12 S144 144 Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm L-Glutamine 10 mM NA NA NA NA NA NA 2167 set32S144 L-Glutamine (N); Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 3/20/24 Btheta_ML6_set32 Btheta_ML6_set33 3/20/24 NA Surya Tripathi Btheta_ML6a Ammonium chloride nitrogen source; Varel_Bryant_medium_Glucose_lowCys_noNitrogen FEBA_gDNA_plate417 C3 S411 145 Varel_Bryant_medium_Glucose_lowCys_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm Ammonium chloride 10 mM NA NA NA NA NA NA 2168 set33S411 Ammonium chloride (N); Varel_Bryant_medium_Glucose_lowCys_noNitrogen 3/20/24 Btheta_ML6_set33 3/20/24 NA Surya Tripathi Btheta_ML6a Ammonium chloride nitrogen source; Varel_Bryant_medium_Glucose_lowCys_noNitrogen FEBA_gDNA_plate417 C4 S412 146 Varel_Bryant_medium_Glucose_lowCys_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm Ammonium chloride 10 mM NA NA NA NA NA NA 2169 set33S412 Ammonium chloride (N); Varel_Bryant_medium_Glucose_lowCys_noNitrogen 3/20/24 Btheta_ML6_set33 3/20/24 NA Surya Tripathi Btheta_ML6a Ammonium chloride nitrogen source; Varel_Bryant_medium_Glucose_DTT_noNitrogen FEBA_gDNA_plate417 C5 S413 147 Varel_Bryant_medium_Glucose_DTT_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm Ammonium chloride 10 mM NA NA NA NA NA NA 2170 set33S413 Ammonium chloride (N); Varel_Bryant_medium_Glucose_DTT_noNitrogen 3/20/24 Btheta_ML6_set33 3/20/24 NA Surya Tripathi Btheta_ML6a Ammonium chloride nitrogen source; Varel_Bryant_medium_Glucose_DTT_noNitrogen FEBA_gDNA_plate417 C6 S414 148 Varel_Bryant_medium_Glucose_DTT_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm Ammonium chloride 10 mM NA NA NA NA NA NA 2171 set33S414 Ammonium chloride (N); Varel_Bryant_medium_Glucose_DTT_noNitrogen 3/20/24 Btheta_ML6_set33 3/20/24 NA Surya Tripathi Btheta_ML6a Ammonium chloride nitrogen source; Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen FEBA_gDNA_plate417 C7 S415 149 Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm Ammonium chloride 10 mM NA NA NA NA NA NA 2172 set33S415 Ammonium chloride (N); Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 3/20/24 Btheta_ML6_set33 3/20/24 NA Surya Tripathi Btheta_ML6a Ammonium chloride nitrogen source; Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen FEBA_gDNA_plate417 C8 S416 150 Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm Ammonium chloride 10 mM NA NA NA NA NA NA 2173 set33S416 Ammonium chloride (N); Varel_Bryant_medium_Glucose_DTT_NaS_noNitrogen 3/20/24 Btheta_ML6_set33 3/20/24 NA Surya Tripathi Btheta_ML6a Ammonium chloride nitrogen source; Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen FEBA_gDNA_plate417 C9 S417 151 Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm Ammonium chloride 10 mM NA NA NA NA NA NA 2174 set33S417 Ammonium chloride (N); Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 3/20/24 Btheta_ML6_set33 3/20/24 NA Surya Tripathi Btheta_ML6a Ammonium chloride nitrogen source; Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen FEBA_gDNA_plate417 C10 S418 152 Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 96 deep-well microplate; 1.2 mL volume nitrogen source 37 NA Liquid Anaerobic 0 rpm Ammonium chloride 10 mM NA NA NA NA NA NA 2175 set33S418 Ammonium chloride (N); Varel_Bryant_medium_Glucose_noMET_DTT_NaS_B12_noNitrogen 3/20/24 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse1; day2; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E1 S49 1-1 (2Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse1 day2 NA NA NA 2176 set34S49 cage1; mouse1; day2; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse2; day2; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E2 S50 1-2 (2Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse2 day2 NA NA NA 2177 set34S50 cage1; mouse2; day2; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse3; day2; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E3 S51 1-3 (2Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse3 day2 NA NA NA 2178 set34S51 cage1; mouse3; day2; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse1; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E4 S52 2-1 (2Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse1 day2 NA NA NA 2179 set34S52 cage2; mouse1; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse2; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E5 S53 2-2 (2Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse2 day2 NA NA NA 2180 set34S53 cage2; mouse2; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse3; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E6 S54 2-3 (2Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse3 day2 NA NA NA 2181 set34S54 cage2; mouse3; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse1; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 E7 S55 3-1 (2Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse1 day2 NA NA NA 2182 set34S55 cage3; mouse1; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse2; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 E8 S56 3-2 (2Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse2 day2 NA NA NA 2183 set34S56 cage3; mouse2; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse3; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 E9 S57 3-3 (2Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse3 day2 NA NA NA 2184 set34S57 cage3; mouse3; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 E10 S58 Bt start 1 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2185 set34S58 Time0 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 E11 S59 Bt start 2 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2186 set34S59 Time0 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 E12 S60 Bt start 3 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2187 set34S60 Time0 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse1; day3; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 F1 S61 1-1 (3Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse1 day3 NA NA NA 2188 set34S61 cage1; mouse1; day3; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse2; day3; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 F2 S62 1-2 (3Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse2 day3 NA NA NA 2189 set34S62 cage1; mouse2; day3; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse3; day3; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 F3 S63 1-3 (3Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse3 day3 NA NA NA 2190 set34S63 cage1; mouse3; day3; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse1; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 F4 S64 2-1 (3Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse1 day3 NA NA NA 2191 set34S64 cage2; mouse1; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse2; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 F5 S65 2-2 (3Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse2 day3 NA NA NA 2192 set34S65 cage2; mouse2; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse1; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 F7 S67 3-1 (3Day) NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse1 day3 NA NA NA 2193 set34S67 cage3; mouse1; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse2; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 F8 S68 3-2 (3Day) NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse2 day3 NA NA NA 2194 set34S68 cage3; mouse2; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse3; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 F9 S69 3-3 (3Day) NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse3 day3 NA NA NA 2195 set34S69 cage3; mouse3; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 F10 S70 Bt start 4 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2196 set34S70 Time0 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 F11 S71 Bt start 5 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2197 set34S71 Time0 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 F12 S72 Bt start 6 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2198 set34S72 Time0 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse1; day4; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G1 S73 1-1 (4Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse1 day4 NA NA NA 2199 set34S73 cage1; mouse1; day4; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse2; day4; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G2 S74 1-2 (4Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse2 day4 NA NA NA 2200 set34S74 cage1; mouse2; day4; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse3; day4; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G3 S75 1-3 (4Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse3 day4 NA NA NA 2201 set34S75 cage1; mouse3; day4; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse1; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G4 S76 2-1 (4Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse1 day4 NA NA NA 2202 set34S76 cage2; mouse1; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse2; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G5 S77 2-2 (4Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse2 day4 NA NA NA 2203 set34S77 cage2; mouse2; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse3; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G6 S78 2-3 (4Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse3 day4 NA NA NA 2204 set34S78 cage2; mouse3; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse1; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 G7 S79 3-1 (4Day) NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse1 day4 NA NA NA 2205 set34S79 cage3; mouse1; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse2; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 G8 S80 3-2 (4Day) NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse2 day4 NA NA NA 2206 set34S80 cage3; mouse2; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse3; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 G9 S81 3-3 (4Day) NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse3 day4 NA NA NA 2207 set34S81 cage3; mouse3; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse1; day5; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H1 S85 1-1 (5Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse1 day5 NA NA NA 2208 set34S85 cage1; mouse1; day5; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse2; day5; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H2 S86 1-2 (5Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse2 day5 NA NA NA 2209 set34S86 cage1; mouse2; day5; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage1; mouse3; day5; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H3 S87 1-3 (5Day) mouse_coculture NA NA diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage1; mouse3 day5 NA NA NA 2210 set34S87 cage1; mouse3; day5; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse1; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H4 S88 2-1 (5Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse1 day5 NA NA NA 2211 set34S88 cage2; mouse1; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse2; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H5 S89 2-2 (5Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse2 day5 NA NA NA 2212 set34S89 cage2; mouse2; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage2; mouse3; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H6 S90 2-3 (5Day) mouse_coculture NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 NA NA NA NA cage2; mouse3 day5 NA NA NA 2213 set34S90 cage2; mouse3; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse1; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 H7 S91 3-1 (5Day) NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse1 day5 NA NA NA 2214 set34S91 cage3; mouse1; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse2; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 H8 S92 3-2 (5Day) NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse2 day5 NA NA NA 2215 set34S92 cage3; mouse2; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set34 4/2/24 NA Anthony Shiver Btheta_ML6b cage3; mouse3; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 H9 S93 3-3 (5Day) NA NA diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs NA NA NA NA cage3; mouse3 day5 NA NA NA 2216 set34S93 cage3; mouse3; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs 4/2/24 Btheta_ML6_set34 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) FEBA_gDNA_plate474 A1 S481 DS1 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Protoporphyrin NA NA NA NA NA 2217 set35S481 SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) FEBA_gDNA_plate474 A2 S482 DS2 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Protoporphyrin NA NA NA NA NA 2218 set35S482 SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) FEBA_gDNA_plate474 A3 S483 DS3 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Protoporphyrin NA NA NA NA NA 2219 set35S483 SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) FEBA_gDNA_plate474 A4 S484 DS4 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Protoporphyrin NA NA NA NA NA 2220 set35S484 SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) FEBA_gDNA_plate474 A5 S485 DS5 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Protoporphyrin NA NA NA NA NA 2221 set35S485 SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) and 10 .M ZnCl2 FEBA_gDNA_plate474 A6 S486 DS6 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Zinc chloride 10 uM Protoporphyrin NA NA NA NA 2222 set35S486 SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) and 10 .M ZnCl2 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) FEBA_gDNA_plate474 B4 S496 DS16 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL Protoporphyrin NA NA NA NA NA 2225 set35S496 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) FEBA_gDNA_plate474 B5 S497 DS17 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL Protoporphyrin NA NA NA NA NA 2226 set35S497 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) FEBA_gDNA_plate474 B6 S498 DS18 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL Protoporphyrin NA NA NA NA NA 2227 set35S498 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) FEBA_gDNA_plate474 B7 S499 DS19 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL Protoporphyrin NA NA NA NA NA 2228 set35S499 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) FEBA_gDNA_plate474 B8 S500 DS20 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL Protoporphyrin NA NA NA NA NA 2229 set35S500 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 10 .M ZnCl2 FEBA_gDNA_plate474 B11 S503 DS23 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Zinc chloride 10 uM Calprotectin 0.35 mg/mL Protoporphyrin NA NA NA NA 2230 set35S503 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 10 .M ZnCl2 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 10 .M ZnCl2 FEBA_gDNA_plate474 B12 S504 DS24 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Zinc chloride 10 uM Calprotectin 0.35 mg/mL Protoporphyrin NA NA NA NA 2231 set35S504 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 10 .M ZnCl2 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) FEBA_gDNA_plate474 C2 S506 DS26 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL apo-yersiniabactin 5 uM Protoporphyrin NA NA NA NA 2232 set35S506 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) FEBA_gDNA_plate474 C3 S507 DS27 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL apo-yersiniabactin 5 uM Protoporphyrin NA NA NA NA 2233 set35S507 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) FEBA_gDNA_plate474 C4 S508 DS28 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL apo-yersiniabactin 5 uM Protoporphyrin NA NA NA NA 2234 set35S508 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) FEBA_gDNA_plate474 C5 S509 DS29 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL apo-yersiniabactin 5 uM Protoporphyrin NA NA NA NA 2235 set35S509 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) FEBA_gDNA_plate474 C6 S510 DS30 SDM_Btheta tube stress 37 NA Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL apo-yersiniabactin 5 uM Protoporphyrin NA NA NA NA 2236 set35S510 SDM with Protoporphrin IX and 350 .g/mL Calprotectin and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate474 C7 S511 DS31 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2237 set35S511 Time0 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate474 C8 S512 DS32 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2238 set35S512 Time0 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate474 C9 S513 DS33 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2239 set35S513 Time0 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate474 C10 S514 DS34 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2240 set35S514 Time0 10/2/24 Btheta_ML6_set35 Btheta_ML6_set35 10/2/24 NA Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate474 C11 S515 DS35 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm NA NA NA NA NA NA NA 2241 set35S515 Time0 10/2/24 Btheta_ML6_set35 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Time0 FEBA_gDNA_plate498 A12 S300 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 10 µg/ml NA NA NA NA NA NA 2243 set36S300 Time0 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day0_Mouse14 FEBA_gDNA_plate498 B4 S304 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2244 set36S304 Stool_Day0_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Time0 FEBA_gDNA_plate498 B12 S312 BHIS flask Time0 37 NA Liquid Anaerobic 0 rpm Erythromycin 10 µg/ml NA NA NA NA NA NA 2247 set36S312 Time0 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse1 FEBA_gDNA_plate498 C1 S313 mouse; vehicle NA NA NA NA NA NA NA NA NA 2248 set36S313 Stool_Day1_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse2 FEBA_gDNA_plate498 C2 S314 mouse; vehicle NA NA NA NA NA NA NA NA NA 2249 set36S314 Stool_Day1_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse3 FEBA_gDNA_plate498 C3 S315 mouse; vehicle NA NA NA NA NA NA NA NA NA 2250 set36S315 Stool_Day1_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse4 FEBA_gDNA_plate498 C4 S316 mouse; vehicle NA NA NA NA NA NA NA NA NA 2251 set36S316 Stool_Day1_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse5 FEBA_gDNA_plate498 C5 S317 mouse; vehicle NA NA NA NA NA NA NA NA NA 2252 set36S317 Stool_Day1_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse6 FEBA_gDNA_plate498 C6 S318 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2253 set36S318 Stool_Day1_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse7 FEBA_gDNA_plate498 C7 S319 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2254 set36S319 Stool_Day1_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse8 FEBA_gDNA_plate498 C8 S320 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2255 set36S320 Stool_Day1_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse9 FEBA_gDNA_plate498 C9 S321 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2256 set36S321 Stool_Day1_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse10 FEBA_gDNA_plate498 C10 S322 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2257 set36S322 Stool_Day1_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Time0 FEBA_gDNA_plate498 C12 S324 BHIS Time0 NA NA NA NA NA NA NA NA NA 2258 set36S324 Time0 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse11 FEBA_gDNA_plate498 D1 S325 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2259 set36S325 Stool_Day1_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse12 FEBA_gDNA_plate498 D2 S326 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2260 set36S326 Stool_Day1_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse13 FEBA_gDNA_plate498 D3 S327 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2261 set36S327 Stool_Day1_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse14 FEBA_gDNA_plate498 D4 S328 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2262 set36S328 Stool_Day1_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse15 FEBA_gDNA_plate498 D5 S329 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2263 set36S329 Stool_Day1_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse17 FEBA_gDNA_plate498 D7 S331 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2265 set36S331 Stool_Day1_Mouse17 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse18 FEBA_gDNA_plate498 D8 S332 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2266 set36S332 Stool_Day1_Mouse18 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse19 FEBA_gDNA_plate498 D9 S333 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2267 set36S333 Stool_Day1_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse20 FEBA_gDNA_plate498 D10 S334 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2268 set36S334 Stool_Day1_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse1 FEBA_gDNA_plate498 E1 S337 mouse; vehicle NA NA NA NA NA NA NA NA NA 2269 set36S337 Stool_Day2_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse2 FEBA_gDNA_plate498 E2 S338 mouse; vehicle NA NA NA NA NA NA NA NA NA 2270 set36S338 Stool_Day2_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse3 FEBA_gDNA_plate498 E3 S339 mouse; vehicle NA NA NA NA NA NA NA NA NA 2271 set36S339 Stool_Day2_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse4 FEBA_gDNA_plate498 E4 S340 mouse; vehicle NA NA NA NA NA NA NA NA NA 2272 set36S340 Stool_Day2_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse5 FEBA_gDNA_plate498 E5 S341 mouse; vehicle NA NA NA NA NA NA NA NA NA 2273 set36S341 Stool_Day2_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse6 FEBA_gDNA_plate498 E6 S342 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2274 set36S342 Stool_Day2_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse7 FEBA_gDNA_plate498 E7 S343 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2275 set36S343 Stool_Day2_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse8 FEBA_gDNA_plate498 E8 S344 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2276 set36S344 Stool_Day2_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse9 FEBA_gDNA_plate498 E9 S345 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2277 set36S345 Stool_Day2_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse10 FEBA_gDNA_plate498 E10 S346 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2278 set36S346 Stool_Day2_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse11 FEBA_gDNA_plate498 F1 S349 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2279 set36S349 Stool_Day2_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse12 FEBA_gDNA_plate498 F2 S350 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2280 set36S350 Stool_Day2_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse13 FEBA_gDNA_plate498 F3 S351 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2281 set36S351 Stool_Day2_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse14 FEBA_gDNA_plate498 F4 S352 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2282 set36S352 Stool_Day2_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse15 FEBA_gDNA_plate498 F5 S353 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2283 set36S353 Stool_Day2_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse16 FEBA_gDNA_plate498 F6 S354 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2284 set36S354 Stool_Day2_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse17 FEBA_gDNA_plate498 F7 S355 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2285 set36S355 Stool_Day2_Mouse17 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse18 FEBA_gDNA_plate498 F8 S356 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2286 set36S356 Stool_Day2_Mouse18 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse19 FEBA_gDNA_plate498 F9 S357 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2287 set36S357 Stool_Day2_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse20 FEBA_gDNA_plate498 F10 S358 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2288 set36S358 Stool_Day2_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse1 FEBA_gDNA_plate498 G1 S361 mouse; vehicle NA NA NA NA NA NA NA NA NA 2289 set36S361 Stool_Day3_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse2 FEBA_gDNA_plate498 G2 S362 mouse; vehicle NA NA NA NA NA NA NA NA NA 2290 set36S362 Stool_Day3_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse3 FEBA_gDNA_plate498 G3 S363 mouse; vehicle NA NA NA NA NA NA NA NA NA 2291 set36S363 Stool_Day3_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse4 FEBA_gDNA_plate498 G4 S364 mouse; vehicle NA NA NA NA NA NA NA NA NA 2292 set36S364 Stool_Day3_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse5 FEBA_gDNA_plate498 G5 S365 mouse; vehicle NA NA NA NA NA NA NA NA NA 2293 set36S365 Stool_Day3_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse6 FEBA_gDNA_plate498 G6 S366 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2294 set36S366 Stool_Day3_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse7 FEBA_gDNA_plate498 G7 S367 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2295 set36S367 Stool_Day3_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse8 FEBA_gDNA_plate498 G8 S368 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2296 set36S368 Stool_Day3_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse9 FEBA_gDNA_plate498 G9 S369 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2297 set36S369 Stool_Day3_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse10 FEBA_gDNA_plate498 G10 S370 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2298 set36S370 Stool_Day3_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse11 FEBA_gDNA_plate498 H1 S373 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2299 set36S373 Stool_Day3_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse12 FEBA_gDNA_plate498 H2 S374 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2300 set36S374 Stool_Day3_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse13 FEBA_gDNA_plate498 H3 S375 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2301 set36S375 Stool_Day3_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse14 FEBA_gDNA_plate498 H4 S376 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2302 set36S376 Stool_Day3_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse15 FEBA_gDNA_plate498 H5 S377 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2303 set36S377 Stool_Day3_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse16 FEBA_gDNA_plate498 H6 S378 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2304 set36S378 Stool_Day3_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse17 FEBA_gDNA_plate498 H7 S379 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2305 set36S379 Stool_Day3_Mouse17 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse18 FEBA_gDNA_plate498 H8 S380 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2306 set36S380 Stool_Day3_Mouse18 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse19 FEBA_gDNA_plate498 H9 S381 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2307 set36S381 Stool_Day3_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse20 FEBA_gDNA_plate498 H10 S382 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2308 set36S382 Stool_Day3_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse1 FEBA_gDNA_plate499 A1 S385 mouse; vehicle NA NA NA NA NA NA NA NA NA 2309 set36S385 Stool_Day4_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse2 FEBA_gDNA_plate499 A2 S386 mouse; vehicle NA NA NA NA NA NA NA NA NA 2310 set36S386 Stool_Day4_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse3 FEBA_gDNA_plate499 A3 S387 mouse; vehicle NA NA NA NA NA NA NA NA NA 2311 set36S387 Stool_Day4_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse4 FEBA_gDNA_plate499 A4 S388 mouse; vehicle NA NA NA NA NA NA NA NA NA 2312 set36S388 Stool_Day4_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse5 FEBA_gDNA_plate499 A5 S389 mouse; vehicle NA NA NA NA NA NA NA NA NA 2313 set36S389 Stool_Day4_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse6 FEBA_gDNA_plate499 A6 S390 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2314 set36S390 Stool_Day4_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse7 FEBA_gDNA_plate499 A7 S391 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2315 set36S391 Stool_Day4_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse8 FEBA_gDNA_plate499 A8 S392 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2316 set36S392 Stool_Day4_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse9 FEBA_gDNA_plate499 A9 S393 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2317 set36S393 Stool_Day4_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse10 FEBA_gDNA_plate499 A10 S394 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2318 set36S394 Stool_Day4_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse1 FEBA_gDNA_plate499 A11 S395 mouse; vehicle NA NA NA NA NA NA NA NA NA 2319 set36S395 Necropsy_stomach_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse3 FEBA_gDNA_plate499 A12 S396 mouse; vehicle NA NA NA NA NA NA NA NA NA 2320 set36S396 Necropsy_stomach_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse11 FEBA_gDNA_plate499 B1 S397 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2321 set36S397 Stool_Day4_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse12 FEBA_gDNA_plate499 B2 S398 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2322 set36S398 Stool_Day4_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse13 FEBA_gDNA_plate499 B3 S399 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2323 set36S399 Stool_Day4_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse14 FEBA_gDNA_plate499 B4 S400 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2324 set36S400 Stool_Day4_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse15 FEBA_gDNA_plate499 B5 S401 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2325 set36S401 Stool_Day4_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse16 FEBA_gDNA_plate499 B6 S402 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2326 set36S402 Stool_Day4_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse17 FEBA_gDNA_plate499 B7 S403 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2327 set36S403 Stool_Day4_Mouse17 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse18 FEBA_gDNA_plate499 B8 S404 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2328 set36S404 Stool_Day4_Mouse18 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse19 FEBA_gDNA_plate499 B9 S405 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2329 set36S405 Stool_Day4_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse20 FEBA_gDNA_plate499 B10 S406 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2330 set36S406 Stool_Day4_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse2 FEBA_gDNA_plate499 B11 S407 mouse; vehicle NA NA NA NA NA NA NA NA NA 2331 set36S407 Necropsy_stomach_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse8 FEBA_gDNA_plate499 B12 S408 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2332 set36S408 Necropsy_stomach_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse1 FEBA_gDNA_plate499 C1 S409 mouse; vehicle NA NA NA NA NA NA NA NA NA 2333 set36S409 Stool_Day5_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse2 FEBA_gDNA_plate499 C2 S410 mouse; vehicle NA NA NA NA NA NA NA NA NA 2334 set36S410 Stool_Day5_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse3 FEBA_gDNA_plate499 C3 S411 mouse; vehicle NA NA NA NA NA NA NA NA NA 2335 set36S411 Stool_Day5_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse4 FEBA_gDNA_plate499 C4 S412 mouse; vehicle NA NA NA NA NA NA NA NA NA 2336 set36S412 Stool_Day5_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse5 FEBA_gDNA_plate499 C5 S413 mouse; vehicle NA NA NA NA NA NA NA NA NA 2337 set36S413 Stool_Day5_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse6 FEBA_gDNA_plate499 C6 S414 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2338 set36S414 Stool_Day5_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse7 FEBA_gDNA_plate499 C7 S415 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2339 set36S415 Stool_Day5_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse8 FEBA_gDNA_plate499 C8 S416 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2340 set36S416 Stool_Day5_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse9 FEBA_gDNA_plate499 C9 S417 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2341 set36S417 Stool_Day5_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse10 FEBA_gDNA_plate499 C10 S418 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2342 set36S418 Stool_Day5_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse6 FEBA_gDNA_plate499 C11 S419 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2343 set36S419 Necropsy_stomach_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse11 FEBA_gDNA_plate499 D1 S421 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2345 set36S421 Stool_Day5_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse12 FEBA_gDNA_plate499 D2 S422 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2346 set36S422 Stool_Day5_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse13 FEBA_gDNA_plate499 D3 S423 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2347 set36S423 Stool_Day5_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse5 FEBA_gDNA_plate499 D4 S424 mouse; vehicle NA NA NA NA NA NA NA NA NA 2348 set36S424 Stool_Day6_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse15 FEBA_gDNA_plate499 D5 S425 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2349 set36S425 Stool_Day5_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse16 FEBA_gDNA_plate499 D6 S426 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2350 set36S426 Stool_Day5_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse17 FEBA_gDNA_plate499 D7 S427 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2351 set36S427 Stool_Day5_Mouse17 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse18 FEBA_gDNA_plate499 D8 S428 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2352 set36S428 Stool_Day5_Mouse18 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse19 FEBA_gDNA_plate499 D9 S429 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2353 set36S429 Stool_Day5_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse20 FEBA_gDNA_plate499 D10 S430 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2354 set36S430 Stool_Day5_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse7 FEBA_gDNA_plate499 D11 S431 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2355 set36S431 Necropsy_stomach_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse9 FEBA_gDNA_plate499 D12 S432 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2356 set36S432 Necropsy_stomach_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse1 FEBA_gDNA_plate499 E1 S433 mouse; vehicle NA NA NA NA NA NA NA NA NA 2357 set36S433 Stool_Day6_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse2 FEBA_gDNA_plate499 E2 S434 mouse; vehicle NA NA NA NA NA NA NA NA NA 2358 set36S434 Stool_Day6_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse3 FEBA_gDNA_plate499 E3 S435 mouse; vehicle NA NA NA NA NA NA NA NA NA 2359 set36S435 Stool_Day6_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse4 FEBA_gDNA_plate499 E4 S436 mouse; vehicle NA NA NA NA NA NA NA NA NA 2360 set36S436 Stool_Day6_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse14 FEBA_gDNA_plate499 E5 S437 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2361 set36S437 Stool_Day5_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse6 FEBA_gDNA_plate499 E6 S438 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2362 set36S438 Stool_Day6_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse7 FEBA_gDNA_plate499 E7 S439 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2363 set36S439 Stool_Day6_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse8 FEBA_gDNA_plate499 E8 S440 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2364 set36S440 Stool_Day6_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse9 FEBA_gDNA_plate499 E9 S441 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2365 set36S441 Stool_Day6_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse10 FEBA_gDNA_plate499 E10 S442 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2366 set36S442 Stool_Day6_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse11 FEBA_gDNA_plate499 E11 S443 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2367 set36S443 Necropsy_stomach_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse13 FEBA_gDNA_plate499 E12 S444 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2368 set36S444 Necropsy_stomach_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse11 FEBA_gDNA_plate499 F1 S445 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2369 set36S445 Stool_Day6_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse12 FEBA_gDNA_plate499 F2 S446 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2370 set36S446 Stool_Day6_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse13 FEBA_gDNA_plate499 F3 S447 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2371 set36S447 Stool_Day6_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse14 FEBA_gDNA_plate499 F4 S448 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2372 set36S448 Stool_Day6_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse15 FEBA_gDNA_plate499 F5 S449 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2373 set36S449 Stool_Day6_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse16 FEBA_gDNA_plate499 F6 S450 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2374 set36S450 Stool_Day6_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse17 FEBA_gDNA_plate499 F7 S451 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2375 set36S451 Stool_Day6_Mouse17 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse18 FEBA_gDNA_plate499 F8 S452 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2376 set36S452 Stool_Day6_Mouse18 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse19 FEBA_gDNA_plate499 F9 S453 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2377 set36S453 Stool_Day6_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse20 FEBA_gDNA_plate499 F10 S454 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2378 set36S454 Stool_Day6_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse12 FEBA_gDNA_plate499 F11 S455 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2379 set36S455 Necropsy_stomach_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse14 FEBA_gDNA_plate499 F12 S456 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2380 set36S456 Necropsy_stomach_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse1 FEBA_gDNA_plate499 G1 S457 mouse; vehicle NA NA NA NA NA NA NA NA NA 2381 set36S457 Stool_Day7_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse2 FEBA_gDNA_plate499 G2 S458 mouse; vehicle NA NA NA NA NA NA NA NA NA 2382 set36S458 Stool_Day7_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse3 FEBA_gDNA_plate499 G3 S459 mouse; vehicle NA NA NA NA NA NA NA NA NA 2383 set36S459 Stool_Day7_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse4 FEBA_gDNA_plate499 G4 S460 mouse; vehicle NA NA NA NA NA NA NA NA NA 2384 set36S460 Stool_Day7_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse5 FEBA_gDNA_plate499 G5 S461 mouse; vehicle NA NA NA NA NA NA NA NA NA 2385 set36S461 Stool_Day7_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse6 FEBA_gDNA_plate499 G6 S462 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2386 set36S462 Stool_Day7_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse7 FEBA_gDNA_plate499 G7 S463 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2387 set36S463 Stool_Day7_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse8 FEBA_gDNA_plate499 G8 S464 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2388 set36S464 Stool_Day7_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse9 FEBA_gDNA_plate499 G9 S465 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2389 set36S465 Stool_Day7_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse10 FEBA_gDNA_plate499 G10 S466 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2390 set36S466 Stool_Day7_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse16 FEBA_gDNA_plate499 G11 S467 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2391 set36S467 Necropsy_stomach_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse11 FEBA_gDNA_plate499 H1 S469 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2392 set36S469 Stool_Day7_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse12 FEBA_gDNA_plate499 H2 S470 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2393 set36S470 Stool_Day7_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse13 FEBA_gDNA_plate499 H3 S471 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2394 set36S471 Stool_Day7_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse14 FEBA_gDNA_plate499 H4 S472 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2395 set36S472 Stool_Day7_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse15 FEBA_gDNA_plate499 H5 S473 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2396 set36S473 Stool_Day7_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse16 FEBA_gDNA_plate499 H6 S474 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2397 set36S474 Stool_Day7_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse17 FEBA_gDNA_plate499 H7 S475 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2398 set36S475 Stool_Day7_Mouse17 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse18 FEBA_gDNA_plate499 H8 S476 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2399 set36S476 Stool_Day7_Mouse18 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse19 FEBA_gDNA_plate499 H9 S477 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2400 set36S477 Stool_Day7_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse20 FEBA_gDNA_plate499 H10 S478 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2401 set36S478 Stool_Day7_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse1 FEBA_gDNA_plate500 A1 S481 mouse; vehicle NA NA NA NA NA NA NA NA NA 2403 set36S481 Stool_Day8_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse2 FEBA_gDNA_plate500 A2 S482 mouse; vehicle NA NA NA NA NA NA NA NA NA 2404 set36S482 Stool_Day8_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse3 FEBA_gDNA_plate500 A3 S483 mouse; vehicle NA NA NA NA NA NA NA NA NA 2405 set36S483 Stool_Day8_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse4 FEBA_gDNA_plate500 A4 S484 mouse; vehicle NA NA NA NA NA NA NA NA NA 2406 set36S484 Stool_Day8_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse5 FEBA_gDNA_plate500 A5 S485 mouse; vehicle NA NA NA NA NA NA NA NA NA 2407 set36S485 Stool_Day8_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse6 FEBA_gDNA_plate500 A6 S486 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2408 set36S486 Stool_Day8_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse7 FEBA_gDNA_plate500 A7 S487 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2409 set36S487 Stool_Day8_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse8 FEBA_gDNA_plate500 A8 S488 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2410 set36S488 Stool_Day8_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse9 FEBA_gDNA_plate500 A9 S489 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2411 set36S489 Stool_Day8_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse10 FEBA_gDNA_plate500 A10 S490 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2412 set36S490 Stool_Day8_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse5 FEBA_gDNA_plate500 A11 S491 mouse; vehicle NA NA NA NA NA NA NA NA NA 2413 set36S491 Necropsy_stomach_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse10 FEBA_gDNA_plate500 A12 S492 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2414 set36S492 Necropsy_stomach_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse11 FEBA_gDNA_plate500 B1 S493 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2415 set36S493 Stool_Day8_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse12 FEBA_gDNA_plate500 B2 S494 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2416 set36S494 Stool_Day8_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse13 FEBA_gDNA_plate500 B3 S495 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2417 set36S495 Stool_Day8_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse14 FEBA_gDNA_plate500 B4 S496 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2418 set36S496 Stool_Day8_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse15 FEBA_gDNA_plate500 B5 S497 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2419 set36S497 Stool_Day8_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse16 FEBA_gDNA_plate500 B6 S498 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2420 set36S498 Stool_Day8_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse17 FEBA_gDNA_plate500 B7 S499 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2421 set36S499 Stool_Day8_Mouse17 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse18 FEBA_gDNA_plate500 B8 S500 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2422 set36S500 Stool_Day8_Mouse18 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse19 FEBA_gDNA_plate500 B9 S501 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2423 set36S501 Stool_Day8_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse20 FEBA_gDNA_plate500 B10 S502 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2424 set36S502 Stool_Day8_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse20 FEBA_gDNA_plate500 B12 S504 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2425 set36S504 Necropsy_stomach_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse1 FEBA_gDNA_plate500 C1 S505 mouse; vehicle NA NA NA NA NA NA NA NA NA 2426 set36S505 Stool_Day10_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse2 FEBA_gDNA_plate500 C2 S506 mouse; vehicle NA NA NA NA NA NA NA NA NA 2427 set36S506 Stool_Day10_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse3 FEBA_gDNA_plate500 C3 S507 mouse; vehicle NA NA NA NA NA NA NA NA NA 2428 set36S507 Stool_Day10_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse4 FEBA_gDNA_plate500 C4 S508 mouse; vehicle NA NA NA NA NA NA NA NA NA 2429 set36S508 Stool_Day10_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse5 FEBA_gDNA_plate500 C5 S509 mouse; vehicle NA NA NA NA NA NA NA NA NA 2430 set36S509 Stool_Day10_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse6 FEBA_gDNA_plate500 C6 S510 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2431 set36S510 Stool_Day10_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse7 FEBA_gDNA_plate500 C7 S511 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2432 set36S511 Stool_Day10_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse8 FEBA_gDNA_plate500 C8 S512 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2433 set36S512 Stool_Day10_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse9 FEBA_gDNA_plate500 C9 S513 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2434 set36S513 Stool_Day10_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse10 FEBA_gDNA_plate500 C10 S514 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2435 set36S514 Stool_Day10_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse11 FEBA_gDNA_plate500 D1 S517 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2436 set36S517 Stool_Day10_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse12 FEBA_gDNA_plate500 D2 S518 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2437 set36S518 Stool_Day10_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse13 FEBA_gDNA_plate500 D3 S519 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2438 set36S519 Stool_Day10_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse14 FEBA_gDNA_plate500 D4 S520 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2439 set36S520 Stool_Day10_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse15 FEBA_gDNA_plate500 D5 S521 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2440 set36S521 Stool_Day10_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse16 FEBA_gDNA_plate500 D6 S522 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2441 set36S522 Stool_Day10_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse17 FEBA_gDNA_plate500 D7 S523 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2442 set36S523 Stool_Day10_Mouse17 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse18 FEBA_gDNA_plate500 D8 S524 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2443 set36S524 Stool_Day10_Mouse18 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse19 FEBA_gDNA_plate500 D9 S525 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2444 set36S525 Stool_Day10_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse20 FEBA_gDNA_plate500 D10 S526 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2445 set36S526 Stool_Day10_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse1 FEBA_gDNA_plate500 E1 S529 mouse; vehicle NA NA NA NA NA NA NA NA NA 2446 set36S529 Stool_Day12_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse2 FEBA_gDNA_plate500 E2 S530 mouse; vehicle NA NA NA NA NA NA NA NA NA 2447 set36S530 Stool_Day12_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse3 FEBA_gDNA_plate500 E3 S531 mouse; vehicle NA NA NA NA NA NA NA NA NA 2448 set36S531 Stool_Day12_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse4 FEBA_gDNA_plate500 E4 S532 mouse; vehicle NA NA NA NA NA NA NA NA NA 2449 set36S532 Stool_Day12_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse5 FEBA_gDNA_plate500 E5 S533 mouse; vehicle NA NA NA NA NA NA NA NA NA 2450 set36S533 Stool_Day12_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse6 FEBA_gDNA_plate500 E6 S534 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2451 set36S534 Stool_Day12_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse7 FEBA_gDNA_plate500 E7 S535 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2452 set36S535 Stool_Day12_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse8 FEBA_gDNA_plate500 E8 S536 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2453 set36S536 Stool_Day12_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse9 FEBA_gDNA_plate500 E9 S537 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2454 set36S537 Stool_Day12_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse10 FEBA_gDNA_plate500 E10 S538 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2455 set36S538 Stool_Day12_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a NA FEBA_gDNA_plate500 E12 S540 mouse; na NA NA NA NA NA NA NA NA NA 2456 set36S540 NA 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse11 FEBA_gDNA_plate500 F1 S541 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2457 set36S541 Stool_Day12_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse12 FEBA_gDNA_plate500 F2 S542 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2458 set36S542 Stool_Day12_Mouse12 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse13 FEBA_gDNA_plate500 F3 S543 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2459 set36S543 Stool_Day12_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse14 FEBA_gDNA_plate500 F4 S544 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2460 set36S544 Stool_Day12_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse15 FEBA_gDNA_plate500 F5 S545 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2461 set36S545 Stool_Day12_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse16 FEBA_gDNA_plate500 F6 S546 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2462 set36S546 Stool_Day12_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse18 FEBA_gDNA_plate500 F8 S548 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2463 set36S548 Stool_Day12_Mouse18 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse19 FEBA_gDNA_plate500 F9 S549 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2464 set36S549 Stool_Day12_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse20 FEBA_gDNA_plate500 F10 S550 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2465 set36S550 Stool_Day12_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a NA FEBA_gDNA_plate500 F12 S552 mouse; na NA NA NA NA NA NA NA NA NA 2466 set36S552 NA 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse1 FEBA_gDNA_plate500 G1 S553 mouse; vehicle NA NA NA NA NA NA NA NA NA 2467 set36S553 Stool_Day14_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse2 FEBA_gDNA_plate500 G2 S554 mouse; vehicle NA NA NA NA NA NA NA NA NA 2468 set36S554 Stool_Day14_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse3 FEBA_gDNA_plate500 G3 S555 mouse; vehicle NA NA NA NA NA NA NA NA NA 2469 set36S555 Stool_Day14_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse4 FEBA_gDNA_plate500 G4 S556 mouse; vehicle NA NA NA NA NA NA NA NA NA 2470 set36S556 Stool_Day14_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse5 FEBA_gDNA_plate500 G5 S557 mouse; vehicle NA NA NA NA NA NA NA NA NA 2471 set36S557 Stool_Day14_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse6 FEBA_gDNA_plate500 G6 S558 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2472 set36S558 Stool_Day14_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse7 FEBA_gDNA_plate500 G7 S559 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2473 set36S559 Stool_Day14_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse8 FEBA_gDNA_plate500 G8 S560 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2474 set36S560 Stool_Day14_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse9 FEBA_gDNA_plate500 G9 S561 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2475 set36S561 Stool_Day14_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse10 FEBA_gDNA_plate500 G10 S562 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2476 set36S562 Stool_Day14_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Dayistal colon_Mouse5 FEBA_gDNA_plate500 G11 S563 mouse; vehicle NA NA NA NA NA NA NA NA NA 2477 set36S563 Necropsy_Dayistal colon_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Dayistal colon_Mouse10 FEBA_gDNA_plate500 G12 S564 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2478 set36S564 Necropsy_Dayistal colon_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse11 FEBA_gDNA_plate500 H1 S565 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2479 set36S565 Stool_Day14_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse13 FEBA_gDNA_plate500 H3 S567 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2480 set36S567 Stool_Day14_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse14 FEBA_gDNA_plate500 H4 S568 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2481 set36S568 Stool_Day14_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse16 FEBA_gDNA_plate500 H6 S570 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2482 set36S570 Stool_Day14_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse19 FEBA_gDNA_plate500 H9 S573 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2483 set36S573 Stool_Day14_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine1_Mouse10 FEBA_gDNA_plate501 A10 S586 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2485 set36S586 Necropsy_Small_Intestine1_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse1 FEBA_gDNA_plate501 A11 S587 mouse; vehicle NA NA NA NA NA NA NA NA NA 2486 set36S587 Necropsy_distal colon_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse3 FEBA_gDNA_plate501 A12 S588 mouse; vehicle NA NA NA NA NA NA NA NA NA 2487 set36S588 Necropsy_distal colon_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine1_Mouse11 FEBA_gDNA_plate501 B1 S589 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2488 set36S589 Necropsy_Small_Intestine1_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse2 FEBA_gDNA_plate501 B11 S599 mouse; vehicle NA NA NA NA NA NA NA NA NA 2490 set36S599 Necropsy_distal colon_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse4 FEBA_gDNA_plate501 B12 S600 mouse; vehicle NA NA NA NA NA NA NA NA NA 2491 set36S600 Necropsy_distal colon_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse3 FEBA_gDNA_plate501 C3 S603 mouse; vehicle NA NA NA NA NA NA NA NA NA 2492 set36S603 Necropsy_Small_Intestine2_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse9 FEBA_gDNA_plate501 C9 S609 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2495 set36S609 Necropsy_Small_Intestine2_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse6 FEBA_gDNA_plate501 C11 S611 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2497 set36S611 Necropsy_distal colon_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse8 FEBA_gDNA_plate501 C12 S612 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2498 set36S612 Necropsy_distal colon_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse11 FEBA_gDNA_plate501 D1 S613 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2499 set36S613 Necropsy_Small_Intestine2_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse14 FEBA_gDNA_plate501 D4 S616 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2500 set36S616 Necropsy_Small_Intestine2_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse16 FEBA_gDNA_plate501 D6 S618 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2501 set36S618 Necropsy_Small_Intestine2_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse7 FEBA_gDNA_plate501 D11 S623 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2502 set36S623 Necropsy_distal colon_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse9 FEBA_gDNA_plate501 D12 S624 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2503 set36S624 Necropsy_distal colon_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse1 FEBA_gDNA_plate501 E1 S625 mouse; vehicle NA NA NA NA NA NA NA NA NA 2504 set36S625 Necropsy_Small_Intestine3_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse4 FEBA_gDNA_plate501 E4 S628 mouse; vehicle NA NA NA NA NA NA NA NA NA 2506 set36S628 Necropsy_Small_Intestine3_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse6 FEBA_gDNA_plate501 E6 S630 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2507 set36S630 Necropsy_Small_Intestine3_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse8 FEBA_gDNA_plate501 E8 S632 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2509 set36S632 Necropsy_Small_Intestine3_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse9 FEBA_gDNA_plate501 E9 S633 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2510 set36S633 Necropsy_Small_Intestine3_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse11 FEBA_gDNA_plate501 E11 S635 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2512 set36S635 Necropsy_distal colon_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse13 FEBA_gDNA_plate501 E12 S636 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2513 set36S636 Necropsy_distal colon_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse11 FEBA_gDNA_plate501 F1 S637 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2514 set36S637 Necropsy_Small_Intestine3_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse14 FEBA_gDNA_plate501 F4 S640 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2515 set36S640 Necropsy_Small_Intestine3_Mouse14 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse15 FEBA_gDNA_plate501 F5 S641 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2516 set36S641 Necropsy_Small_Intestine3_Mouse15 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse16 FEBA_gDNA_plate501 F6 S642 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2517 set36S642 Necropsy_Small_Intestine3_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse19 FEBA_gDNA_plate501 F9 S645 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2518 set36S645 Necropsy_Small_Intestine3_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse20 FEBA_gDNA_plate501 F10 S646 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2519 set36S646 Necropsy_Small_Intestine3_Mouse20 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse1 FEBA_gDNA_plate501 G1 S649 mouse; vehicle NA NA NA NA NA NA NA NA NA 2520 set36S649 Necropsy_caecum_Mouse1 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse2 FEBA_gDNA_plate501 G2 S650 mouse; vehicle NA NA NA NA NA NA NA NA NA 2521 set36S650 Necropsy_caecum_Mouse2 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse3 FEBA_gDNA_plate501 G3 S651 mouse; vehicle NA NA NA NA NA NA NA NA NA 2522 set36S651 Necropsy_caecum_Mouse3 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse4 FEBA_gDNA_plate501 G4 S652 mouse; vehicle NA NA NA NA NA NA NA NA NA 2523 set36S652 Necropsy_caecum_Mouse4 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse5 FEBA_gDNA_plate501 G5 S653 mouse; vehicle NA NA NA NA NA NA NA NA NA 2524 set36S653 Necropsy_caecum_Mouse5 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse6 FEBA_gDNA_plate501 G6 S654 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2525 set36S654 Necropsy_caecum_Mouse6 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse7 FEBA_gDNA_plate501 G7 S655 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2526 set36S655 Necropsy_caecum_Mouse7 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse8 FEBA_gDNA_plate501 G8 S656 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2527 set36S656 Necropsy_caecum_Mouse8 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse9 FEBA_gDNA_plate501 G9 S657 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2528 set36S657 Necropsy_caecum_Mouse9 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse10 FEBA_gDNA_plate501 G10 S658 mouse; methotrexate NA NA Methotrexate 5 mg/kg NA NA NA NA NA NA 2529 set36S658 Necropsy_caecum_Mouse10 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse16 FEBA_gDNA_plate501 G11 S659 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2530 set36S659 Necropsy_distal colon_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse11 FEBA_gDNA_plate501 H1 S661 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2531 set36S661 Necropsy_caecum_Mouse11 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse13 FEBA_gDNA_plate501 H3 S663 mouse; zymosan and vehicle NA NA Zymosan 1 mg NA NA NA NA NA NA 2532 set36S663 Necropsy_caecum_Mouse13 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse16 FEBA_gDNA_plate501 H6 S666 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2533 set36S666 Necropsy_caecum_Mouse16 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse19 FEBA_gDNA_plate501 H9 S669 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2534 set36S669 Necropsy_caecum_Mouse19 10/31/24 Btheta_ML6_set36 Btheta_ML6_set36 10/31/24 NA Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse19 FEBA_gDNA_plate501 H12 S672 mouse; zymosan and methotrexate NA NA Methotrexate 5 mg/kg Zymosan 1 mg NA NA NA NA NA 2535 set36S672 Necropsy_distal colon_Mouse19 10/31/24 Btheta_ML6_set36