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 Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F5 IT065 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Gentamicin sulfate salt 0.2 mg/ml 0.02 0.5 4.64385619 Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F6 IT066 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Gentamicin sulfate salt 0.2 mg/ml 0.02 0.5 4.64385619 Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F7 IT067 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 0.145 2.857980995 Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F8 IT068 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 0.145 2.857980995 Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F9 IT069 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate117 F10 IT070 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate117 F11 IT071 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate117 F12 IT072 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate117 G1 IT073 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Arabinose carbon source FEBA_gDNA_plate117 G2 IT074 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Arabinose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Raffinose pentahydrate carbon source FEBA_gDNA_plate117 G3 IT075 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Raffinose pentahydrate 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 L-Fucose carbon source FEBA_gDNA_plate117 G4 IT076 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm L-Fucose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Trehalose dihydrate carbon source FEBA_gDNA_plate117 G5 IT077 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Trehalose dihydrate 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 Beta-Lactose carbon source FEBA_gDNA_plate117 G6 IT078 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Beta-Lactose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Fructose carbon source FEBA_gDNA_plate117 G7 IT079 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Fructose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Maltose monohydrate carbon source FEBA_gDNA_plate117 G8 IT080 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Maltose monohydrate 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 L-Rhamnose monohydrate carbon source FEBA_gDNA_plate117 G9 IT081 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm L-Rhamnose monohydrate 20 mM Btheta_ML6_set1 8-May-17 TRUE Hualan Btheta_ML6 D-Mannitol carbon source FEBA_gDNA_plate117 G10 IT082 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Mannitol 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate117 G11 IT083 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Mannose carbon source FEBA_gDNA_plate117 G12 IT084 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Mannose 20 mM Btheta_ML6_set1 8-May-17 TRUE Hualan Btheta_ML6 Sucrose carbon source FEBA_gDNA_plate117 H1 IT085 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Sucrose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Xylose carbon source FEBA_gDNA_plate117 H2 IT086 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Xylose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 a-Cyclodextrin carbon source FEBA_gDNA_plate117 H3 IT087 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm a-Cyclodextrin 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Galacturonic Acid monohydrate carbon source FEBA_gDNA_plate117 H4 IT088 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Galacturonic Acid monohydrate 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 N-Acetyl-D-Glucosamine carbon source FEBA_gDNA_plate117 H5 IT089 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate117 H6 IT090 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 L-Arabinose carbon source FEBA_gDNA_plate117 H7 IT091 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm L-Arabinose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Galactose carbon source FEBA_gDNA_plate117 H8 IT092 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Galactose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Ribose carbon source FEBA_gDNA_plate117 H9 IT093 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Ribose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 L-Fucose carbon source FEBA_gDNA_plate117 H10 IT094 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm L-Fucose 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Glucosamine Hydrochloride carbon source FEBA_gDNA_plate117 H11 IT095 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 20 mM Btheta_ML6_set1 8-May-17 Hualan Btheta_ML6 D-Galacturonic Acid monohydrate carbon source FEBA_gDNA_plate117 H12 IT096 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Galacturonic Acid monohydrate 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate123 A1 IT001 arb1 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 0.5 4.64385619 Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate123 A2 IT002 arb2 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 0.5 4.64385619 Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate123 A3 IT003 arb3 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 0.5 4.64385619 Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 D-Arabinose carbon source FEBA_gDNA_plate123 A4 IT004 arb4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Arabinose 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 D-Raffinose pentahydrate carbon source FEBA_gDNA_plate123 A5 IT005 arb5 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Raffinose pentahydrate 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 D-Trehalose dihydrate carbon source FEBA_gDNA_plate123 A6 IT006 arb6 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Trehalose dihydrate 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 Beta-Lactose carbon source FEBA_gDNA_plate123 A7 IT007 arb7 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Beta-Lactose 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 D-Fructose carbon source FEBA_gDNA_plate123 A8 IT008 arb8 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Fructose 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 D-Maltose monohydrate carbon source FEBA_gDNA_plate123 A9 IT009 arb9 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Maltose monohydrate 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 L-Rhamnose monohydrate carbon source FEBA_gDNA_plate123 A10 IT010 arb10 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm L-Rhamnose monohydrate 20 mM Btheta_ML6_set2 8-May-17 TRUE Hualan Btheta_ML6 D-Mannitol carbon source FEBA_gDNA_plate123 A11 IT011 arb11 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Mannitol 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 D-Mannose carbon source FEBA_gDNA_plate123 A12 IT012 arb12 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Mannose 20 mM Btheta_ML6_set2 8-May-17 TRUE Hualan Btheta_ML6 Sucrose carbon source FEBA_gDNA_plate123 B1 IT013 arb13 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Sucrose 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 D-Xylose carbon source FEBA_gDNA_plate123 B2 IT014 arb14 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Xylose 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 a-Cyclodextrin carbon source FEBA_gDNA_plate123 B3 IT015 arb15 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm a-Cyclodextrin 20 mM Btheta_ML6_set2 8-May-17 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 Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate123 B5 IT017 arb17 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 L-Arabinose carbon source FEBA_gDNA_plate123 B6 IT018 arb18 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm L-Arabinose 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 D-Galactose carbon source FEBA_gDNA_plate123 B7 IT019 arb19 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Galactose 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 D-Ribose carbon source FEBA_gDNA_plate123 B8 IT020 arb20 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Ribose 20 mM Btheta_ML6_set2 8-May-17 Hualan Btheta_ML6 D-Glucosamine Hydrochloride carbon source FEBA_gDNA_plate123 B9 IT021 arb21 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 20 mM Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A1 IT001 T0_790_a BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A2 IT002 T0_790_a BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A3 IT003 T0_790_a BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A4 IT004 T0_790_a BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A5 IT005 T0_790_a BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 A6 IT006 T0_790_a BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 (+)-Arabinogalactan carbon source FEBA_gDNA_plate124 A7 IT007 A1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm (+)-Arabinogalactan 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Chondroitin sulfate A sodium salt from bovine trachea 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm dextran, Mw ~200,000 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Laminarin from Laminaria digitata 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Mucin, Bovine Submaxillary Gland, type I-S 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 amylopectin from maize carbon source FEBA_gDNA_plate124 B1 IT013 A10 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Hyaluronic acid sodium salt from Streptococcus equi 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 polygalacturonic acid carbon source FEBA_gDNA_plate124 B5 IT017 A16 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm polygalacturonic acid 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Pectin carbon source FEBA_gDNA_plate124 B6 IT018 A17 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Pectin 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Starch from potato carbon source FEBA_gDNA_plate124 B8 IT020 A19 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Starch 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate124 B9 IT021 A21 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 BHIS carbon source FEBA_gDNA_plate124 B10 IT022 A23 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 (+)-Arabinogalactan carbon source FEBA_gDNA_plate124 B11 IT023 B1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm (+)-Arabinogalactan 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Chondroitin sulfate A sodium salt from bovine trachea 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm dextran, Mw ~200,000 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Laminarin from Laminaria digitata 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Mucin, Bovine Submaxillary Gland, type I-S 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 amylopectin from maize carbon source FEBA_gDNA_plate124 C5 IT029 B10 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Hyaluronic acid sodium salt from Streptococcus equi 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 polygalacturonic acid carbon source FEBA_gDNA_plate124 C9 IT033 B16 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm polygalacturonic acid 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Pectin carbon source FEBA_gDNA_plate124 C10 IT034 B17 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Pectin 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Starch from potato carbon source FEBA_gDNA_plate124 C12 IT036 B19 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Starch 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate124 D1 IT037 B21 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate124 D2 IT038 B23 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 amylopectin from maize FEBA_gDNA_plate124 D3 IT039 LiqA1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Hyaluronic acid sodium salt from Streptococcus equi 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Levan - from Erwinia herbicola FEBA_gDNA_plate124 D5 IT041 LiqA5 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 polygalacturonic acid FEBA_gDNA_plate124 D7 IT043 LiqA7 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm polygalacturonic acid 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Pectin FEBA_gDNA_plate124 D8 IT044 LiqA8 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Pectin 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Red Arabinan from sugar-beet FEBA_gDNA_plate124 D9 IT045 LiqA9 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Starch from potato FEBA_gDNA_plate124 D10 IT046 LiqA10 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Starch 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Amylose from potato FEBA_gDNA_plate124 D11 IT047 LiqA2 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Amylose from potato 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 cellulose (fibers,medium) FEBA_gDNA_plate124 D12 IT048 LiqA3 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm cellulose (fibers,medium) 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 amylopectin from maize FEBA_gDNA_plate124 E1 IT049 LiqB1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Hyaluronic acid sodium salt from Streptococcus equi 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Levan - from Erwinia herbicola FEBA_gDNA_plate124 E3 IT051 LiqB5 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 polygalacturonic acid FEBA_gDNA_plate124 E5 IT053 LiqB7 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm polygalacturonic acid 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Pectin FEBA_gDNA_plate124 E6 IT054 LiqB8 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Pectin 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Red Arabinan from sugar-beet FEBA_gDNA_plate124 E7 IT055 LiqB9 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Starch from potato FEBA_gDNA_plate124 E8 IT056 LiqB10 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Starch 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 Amylose from potato FEBA_gDNA_plate124 E9 IT057 LiqB2 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Amylose from potato 5 mg/ml 0.02 Btheta_ML6_set3 17-Aug-17 Hualan Btheta_ML6 cellulose (fibers,medium) FEBA_gDNA_plate124 E10 IT058 LiqB3 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm cellulose (fibers,medium) 5 mg/ml 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Nickel (II) chloride hexahydrate 5 mM FEBA_gDNA_plate124 E11 IT059 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 5 mM Btheta_sp2_copyA A1 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Cobalt chloride hexahydrate 3 mM FEBA_gDNA_plate124 E12 IT060 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 3 mM Btheta_sp2_copyA A4 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with copper (II) chloride dihydrate 2 mM FEBA_gDNA_plate124 F1 IT061 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 2 mM Btheta_sp2_copyA B3 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with sodium fluoride 15 mM FEBA_gDNA_plate124 F2 IT062 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm sodium fluoride 15 mM Btheta_sp2_copyA B5 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with sodium fluoride 30 mM FEBA_gDNA_plate124 F3 IT063 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm sodium fluoride 30 mM Btheta_sp2_copyA B6 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Paraquat dichloride 0.1 mg/ml FEBA_gDNA_plate124 F4 IT064 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Paraquat dichloride 0.1 mg/ml Btheta_sp2_copyA C2 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Paraquat dichloride 0.25 mg/ml FEBA_gDNA_plate124 F5 IT065 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Paraquat dichloride 0.25 mg/ml Btheta_sp2_copyA C3 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Thallium(I) acetate 0.04 mg/ml FEBA_gDNA_plate124 F6 IT066 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Thallium(I) acetate 0.04 mg/ml Btheta_sp2_copyA C5 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Thallium(I) acetate 0.1 mg/ml FEBA_gDNA_plate124 F7 IT067 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Thallium(I) acetate 0.1 mg/ml Btheta_sp2_copyA C6 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate124 F8 IT068 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_sp2_copyA D6 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Sodium nitrate 300 mM FEBA_gDNA_plate124 F9 IT069 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Sodium nitrate 300 mM Btheta_sp3_copyA A5 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Sodium perchlorate monohydrate 100 mM FEBA_gDNA_plate124 F10 IT070 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Sodium perchlorate monohydrate 100 mM Btheta_sp3_copyA C5 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Sodium perchlorate monohydrate 150 mM FEBA_gDNA_plate124 F11 IT071 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Sodium perchlorate monohydrate 150 mM Btheta_sp3_copyA C6 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Sodium Chloride 350 mM FEBA_gDNA_plate124 F12 IT072 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Sodium Chloride 350 mM Btheta_sp3_copyA D5 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate124 G1 IT073 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_sp3_copyA D6 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Nickel (II) chloride hexahydrate 5 mM FEBA_gDNA_plate124 G2 IT074 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 5 mM Btheta_sp2_copyB A1 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Cobalt chloride hexahydrate 3 mM FEBA_gDNA_plate124 G3 IT075 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 3 mM Btheta_sp2_copyB A4 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with copper (II) chloride dihydrate 2 mM FEBA_gDNA_plate124 G4 IT076 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 2 mM Btheta_sp2_copyB B3 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with sodium fluoride 15 mM FEBA_gDNA_plate124 G5 IT077 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm sodium fluoride 15 mM Btheta_sp2_copyB B5 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with sodium fluoride 30 mM FEBA_gDNA_plate124 G6 IT078 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm sodium fluoride 30 mM Btheta_sp2_copyB B6 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Paraquat dichloride 0.1 mg/ml FEBA_gDNA_plate124 G7 IT079 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Paraquat dichloride 0.1 mg/ml Btheta_sp2_copyB C2 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Paraquat dichloride 0.25 mg/ml FEBA_gDNA_plate124 G8 IT080 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Paraquat dichloride 0.25 mg/ml Btheta_sp2_copyB C3 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Thallium(I) acetate 0.04 mg/ml FEBA_gDNA_plate124 G9 IT081 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Thallium(I) acetate 0.04 mg/ml Btheta_sp2_copyB C5 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Thallium(I) acetate 0.1 mg/ml FEBA_gDNA_plate124 G10 IT082 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Thallium(I) acetate 0.1 mg/ml Btheta_sp2_copyB C6 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate124 G11 IT083 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_sp2_copyB D6 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Sodium nitrate 300 mM FEBA_gDNA_plate124 G12 IT084 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Sodium nitrate 300 mM Btheta_sp3_copyB A5 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Sodium perchlorate monohydrate 100 mM FEBA_gDNA_plate124 H1 IT085 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Sodium perchlorate monohydrate 100 mM Btheta_sp3_copyB C5 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Sodium perchlorate monohydrate 150 mM FEBA_gDNA_plate124 H2 IT086 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Sodium perchlorate monohydrate 150 mM Btheta_sp3_copyB C6 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Sodium Chloride 350 mM FEBA_gDNA_plate124 H3 IT087 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Sodium Chloride 350 mM Btheta_sp3_copyB D5 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate124 H4 IT088 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_sp3_copyB D6 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 H5 IT089 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 H6 IT090 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate124 H7 IT091 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Benzethonium chloride 0.002 mM FEBA_gDNA_plate124 H8 IT092 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Benzethonium chloride 0.002 mM Btheta_sp4, copyA A2 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Benzethonium chloride 0.004 mM FEBA_gDNA_plate124 H9 IT093 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Benzethonium chloride 0.004 mM Btheta_sp4, copyA A3 0.02 Btheta_ML6_set3 11-Oct-17 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 Liquid Anaerobic 0 rpm Fusidic acid sodium salt 0.002 mg/ml Btheta_sp4, copyA C1 0.02 Btheta_ML6_set3 11-Oct-17 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 Liquid Anaerobic 0 rpm Fusidic acid sodium salt 0.004 mg/ml Btheta_sp4, copyA C2 0.02 Btheta_ML6_set3 11-Oct-17 Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 7 vol% FEBA_gDNA_plate124 H12 IT096 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 7 vol% Btheta_sp4, copyA D2 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 9 vol% FEBA_gDNA_plate125 A1 IT001 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 9 vol% Btheta_sp4, copyA D3 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 10 vol% FEBA_gDNA_plate125 A2 IT002 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 10 vol% Btheta_sp4, copyA D4 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 A3 IT003 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_sp4, copyA D6 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Vancomycin Hydrochloride Hydrate 0.016 mg/ml FEBA_gDNA_plate125 A4 IT004 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride Hydrate 0.016 mg/ml Btheta_sp5, copyA A2 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Vancomycin Hydrochloride Hydrate 0.032 mg/ml FEBA_gDNA_plate125 A5 IT005 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride Hydrate 0.032 mg/ml Btheta_sp5, copyA A3 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Cephalothin sodium salt 0.625 mg/ml FEBA_gDNA_plate125 A6 IT006 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.625 mg/ml Btheta_sp5, copyA A6 0.02 Btheta_ML6_set4 11-Oct-17 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 Liquid Anaerobic 0 rpm MreB Perturbing Compound A22 0.3 mg/ml Btheta_sp5, copyA B3 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Lomefloxacin hydrochloride 0.025 mM FEBA_gDNA_plate125 A8 IT008 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lomefloxacin hydrochloride 0.025 mM Btheta_sp5, copyA B5 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Ceftazidime hydrate 0.5 mg/ml FEBA_gDNA_plate125 A9 IT009 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Ceftazidime hydrate 0.5 mg/ml Btheta_sp5, copyA D5 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 A10 IT010 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_sp5, copyA D6 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Benzethonium chloride 0.002 mM FEBA_gDNA_plate125 A11 IT011 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Benzethonium chloride 0.002 mM Btheta_sp4, copyB A2 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Benzethonium chloride 0.004 mM FEBA_gDNA_plate125 A12 IT012 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Benzethonium chloride 0.004 mM Btheta_sp4, copyB A3 0.02 Btheta_ML6_set4 11-Oct-17 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 Liquid Anaerobic 0 rpm Fusidic acid sodium salt 0.002 mg/ml Btheta_sp4, copyB C1 0.02 Btheta_ML6_set4 11-Oct-17 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 Liquid Anaerobic 0 rpm Fusidic acid sodium salt 0.004 mg/ml Btheta_sp4, copyB C2 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 7 vol% FEBA_gDNA_plate125 B3 IT015 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 7 vol% Btheta_sp4, copyB D2 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 9 vol% FEBA_gDNA_plate125 B4 IT016 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 9 vol% Btheta_sp4, copyB D3 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Dimethyl Sulfoxide 10 vol% FEBA_gDNA_plate125 B5 IT017 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 10 vol% Btheta_sp4, copyB D4 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 B6 IT018 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_sp4, copyB D6 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Vancomycin Hydrochloride Hydrate 0.016 mg/ml FEBA_gDNA_plate125 B7 IT019 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride Hydrate 0.016 mg/ml Btheta_sp5, copyB A2 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Vancomycin Hydrochloride Hydrate 0.032 mg/ml FEBA_gDNA_plate125 B8 IT020 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride Hydrate 0.032 mg/ml Btheta_sp5, copyB A3 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Cephalothin sodium salt 0.625 mg/ml FEBA_gDNA_plate125 B9 IT021 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.625 mg/ml Btheta_sp5, copyB A6 0.02 Btheta_ML6_set4 11-Oct-17 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 Liquid Anaerobic 0 rpm MreB Perturbing Compound A22 0.3 mg/ml Btheta_sp5, copyB B3 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Lomefloxacin hydrochloride 0.025 mM FEBA_gDNA_plate125 B11 IT023 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lomefloxacin hydrochloride 0.025 mM Btheta_sp5, copyB B5 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with Ceftazidime hydrate 0.5 mg/ml FEBA_gDNA_plate125 B12 IT024 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Ceftazidime hydrate 0.5 mg/ml Btheta_sp5, copyB D5 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 C1 IT025 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_sp5, copyB D6 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with DEANONOate 0.25 mM FEBA_gDNA_plate125 C2 IT026 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm DEANONOate 0.25 mM Btheta_DEANONOate_plate A5 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with DEANONOate 0.25 mM FEBA_gDNA_plate125 C3 IT027 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm DEANONOate 0.25 mM Btheta_DEANONOate_plate A6 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with DEANONOate 0.1 mM FEBA_gDNA_plate125 C4 IT028 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm DEANONOate 0.1 mM Btheta_DEANONOate_plate B1 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS with DEANONOate 0.1 mM FEBA_gDNA_plate125 C5 IT029 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm DEANONOate 0.1 mM Btheta_DEANONOate_plate B2 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 C6 IT030 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_DEANONOate_plate B3 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 BHIS FEBA_gDNA_plate125 C7 IT031 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_DEANONOate_plate B4 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate125 C8 IT032 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate125 C9 IT033 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 Time0 FEBA_gDNA_plate125 C10 IT034 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set4 2017_Oct11_testML6a Hualan Btheta_ML6a Time0 FEBA_gDNA_plate125 C11 IT035 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set4 2017_Oct11_testML6a Hualan Btheta_ML6a Time0 FEBA_gDNA_plate125 C12 IT036 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set4 2017_Oct11_testML6a Hualan Btheta_ML6a Time0 FEBA_gDNA_plate125 D1 IT037 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 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 Liquid Anaerobic 0 rpm Heparin sodium salt from porcine intestinal mucosa 5 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 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 Liquid Anaerobic 0 rpm Heparin sodium salt from porcine intestinal mucosa 5 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 Inulin from chicory carbon source FEBA_gDNA_plate125 D4 IT040 3 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm Inulin from chicory 5 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 Inulin from chicory carbon source FEBA_gDNA_plate125 D5 IT041 4 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm Inulin from chicory 5 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 amylopectin from maize carbon source FEBA_gDNA_plate125 D6 IT042 5 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 amylopectin from maize carbon source FEBA_gDNA_plate125 D7 IT043 6 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm amylopectin from maize 5 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 Starch from potato carbon source FEBA_gDNA_plate125 D8 IT044 7 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm Starch 5 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 Starch from potato carbon source FEBA_gDNA_plate125 D9 IT045 8 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm Starch 5 mg/ml 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate125 D10 IT046 9 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate125 D11 IT047 10 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM 0.02 Btheta_ML6_set4 2017_Oct11_testML6a Hualan Btheta_ML6a D-Glucose carbon source FEBA_gDNA_plate125 D12 IT048 11 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM 0.02 Btheta_ML6_set4 2017_Oct11_testML6a Hualan Btheta_ML6a D-Glucose carbon source FEBA_gDNA_plate125 E1 IT049 12 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate125 E2 IT050 13 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 D-Glucose carbon source FEBA_gDNA_plate125 E3 IT051 14 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 D-Glucose carbon source with L-Arginine FEBA_gDNA_plate125 E4 IT052 15 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM L-Arginine 0.5 mM 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 D-Glucose carbon source with L-Arginine FEBA_gDNA_plate125 E5 IT053 16 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM L-Arginine 0.5 mM 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 D-Glucose carbon source with L-Threonine FEBA_gDNA_plate125 E6 IT054 17 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM L-Threonine 0.5 mM 0.02 Btheta_ML6_set4 11-Oct-17 Hualan Btheta_ML6 D-Glucose carbon source with L-Threonine FEBA_gDNA_plate125 E7 IT055 18 Varel_Bryant_medium tube carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM L-Threonine 0.5 mM 0.02 Btheta_ML6_set4 11-Oct-17 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 Liquid Anaerobic 0 rpm D-Glucose 20 mM 20AA_mix 1 X 0.02 Btheta_ML6_set4 11-Oct-17 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 Liquid Anaerobic 0 rpm D-Glucose 20 mM 20AA_mix 1 X 0.02 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a L-aspartic acid nitrogen source FEBA_gDNA_plate130 A1 IT001 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm L-Aspartic Acid 6 mM 1941 A4 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a L-Glutamine nitrogen source FEBA_gDNA_plate130 A2 IT002 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm L-Glutamine 20 mM 1941 B3 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Glycine nitrogen source FEBA_gDNA_plate130 A3 IT003 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Glycine 20 mM 1941 B5 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a L-Leucine nitrogen source FEBA_gDNA_plate130 A4 IT004 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm L-Leucine 20 mM 1941 C4 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Gly-DL-Asp nitrogen source FEBA_gDNA_plate130 A5 IT005 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Gly-DL-Asp 20 mM 1941 D5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 20 mM 1943 B1 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a D-Glucosamine Hydrochloride nitrogen source FEBA_gDNA_plate130 A7 IT007 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 20 mM 1943 B2 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Glucuronamide nitrogen source FEBA_gDNA_plate130 A8 IT008 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Glucuronamide 20 mM 1943 C6 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Ammonium chloride nitrogen source FEBA_gDNA_plate130 A9 IT009 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Ammonium chloride 20 mM 1943 D1 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a L-aspartic acid nitrogen source FEBA_gDNA_plate130 A10 IT010 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm L-Aspartic Acid 6 mM 1942 A4 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a L-Glutamine nitrogen source FEBA_gDNA_plate130 A11 IT011 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm L-Glutamine 20 mM 1942 B3 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Glycine nitrogen source FEBA_gDNA_plate130 A12 IT012 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Glycine 20 mM 1942 B5 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a L-Valine nitrogen source FEBA_gDNA_plate130 B1 IT013 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm L-Valine 20 mM 1942 C2 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a L-Leucine nitrogen source FEBA_gDNA_plate130 B2 IT014 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm L-Leucine 20 mM 1942 C4 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a D-Serine nitrogen source FEBA_gDNA_plate130 B3 IT015 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm D-Serine 20 mM 1942 D3 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Gly-DL-Asp nitrogen source FEBA_gDNA_plate130 B4 IT016 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Gly-DL-Asp 20 mM 1942 D5 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Casamino Acids nitrogen source FEBA_gDNA_plate130 B5 IT017 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm casamino acids 2 mg/mL 1944 A5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 20 mM 1944 B1 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a D-Glucosamine Hydrochloride nitrogen source FEBA_gDNA_plate130 B7 IT019 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 20 mM 1944 B2 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Thymidine nitrogen source FEBA_gDNA_plate130 B8 IT020 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Thymidine 10 mM 1944 C1 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Cytidine nitrogen source FEBA_gDNA_plate130 B9 IT021 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Cytidine 20 mM 1944 C3 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Glucuronamide nitrogen source FEBA_gDNA_plate130 B10 IT022 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Glucuronamide 20 mM 1944 C6 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Ammonium chloride nitrogen source FEBA_gDNA_plate130 B11 IT023 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Ammonium chloride 20 mM 1944 D1 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Urea nitrogen source FEBA_gDNA_plate130 B12 IT024 Varel_Bryant_medium_noNitrogen 24-well transparent microplate nitrogen source 37 Liquid Anaerobic 0 rpm Urea 20 mM 1944 D4 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 0.01 mM 1945 A1 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 0.1 mM 1945 A3 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 1 mM 1945 A5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.005 mM 1945 B1 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.05 mM 1945 B3 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.5 mM 1945 B5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 0.05 mM 1945 C2 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 1 mM 1945 C5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Thallium(I) acetate 0.01 mg/ml 1945 D3 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Thallium(I) acetate 0.025 mg/ml 1945 D4 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Thallium(I) acetate 0.05 mg/ml 1945 D5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm 1945 D6 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 0.01 mM 1946 A1 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 0.1 mM 1946 A3 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Nickel (II) chloride hexahydrate 1 mM 1946 A5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.005 mM 1946 B1 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.05 mM 1946 B3 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Cobalt chloride hexahydrate 0.5 mM 1946 B5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 0.05 mM 1946 C2 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm copper (II) chloride dihydrate 1 mM 1946 C5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Thallium(I) acetate 0.01 mg/ml 1946 D3 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Thallium(I) acetate 0.025 mg/ml 1946 D4 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Thallium(I) acetate 0.05 mg/ml 1946 D5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm 1946 D6 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a BHIS with Bile salts 0.5 mg/ml FEBA_gDNA_plate130 E1 IT049 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Bile salts 0.5 mg/ml 1947 A5 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a BHIS with Bile salts 0.25 mg/ml FEBA_gDNA_plate130 E2 IT050 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml 1947 A6 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a BHIS with Bile salts 0.5 mg/ml FEBA_gDNA_plate130 E3 IT051 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Bile salts 0.5 mg/ml 1947 B5 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a BHIS FEBA_gDNA_plate130 E4 IT052 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm 1947 B6 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Bile salts 1 mg/ml 1947 C4 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Bile salts 0.5 mg/ml 1947 C5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Bile salts 0.25 mg/ml 1947 C6 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Bile salts 1 mg/ml 1947 D4 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm Bile salts 0.5 mg/ml 1947 D5 Btheta_ML6_set5 12/19/17 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 Liquid Anaerobic 0 rpm 1947 D6 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic shaking 24 hr copy A FEBA_gDNA_plate130 E11 IT059 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic shaking, replicate1 1 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic shaking 24 hr copy B FEBA_gDNA_plate130 E12 IT060 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic shaking, replicate2 1 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic shaking 48 hr copy A FEBA_gDNA_plate130 F1 IT061 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic shaking, replicate1 2 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic shaking 48 hr copy B FEBA_gDNA_plate130 F2 IT062 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic shaking, replicate2 2 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic shaking 72 hr copy A FEBA_gDNA_plate130 F3 IT063 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic shaking, replicate1 3 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic shaking 72 hr copy B FEBA_gDNA_plate130 F4 IT064 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic shaking, replicate2 3 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic no shaking 24 hr copy A FEBA_gDNA_plate130 F5 IT065 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic no shaking, replicate1 1 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic no shaking 24 hr copy B FEBA_gDNA_plate130 F6 IT066 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic no shaking, replicate2 1 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic no shaking 48 hr copy A FEBA_gDNA_plate130 F7 IT067 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic no shaking, replicate1 2 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic no shaking 48 hr copy B FEBA_gDNA_plate130 F8 IT068 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic no shaking, replicate2 2 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic no shaking 72 hr copy A FEBA_gDNA_plate130 F9 IT069 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic no shaking, replicate1 3 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a aerobic no shaking 72 hr copy B FEBA_gDNA_plate130 F10 IT070 BHIS tube survival 37 Liquid Anaerobic 0 rpm Aerobic no shaking, replicate2 3 Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 F11 IT071 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 F12 IT072 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 G1 IT073 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 G2 IT074 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 G3 IT075 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set5 12/19/17 Hualan Btheta_ML6a Time0 FEBA_gDNA_plate130 G4 IT076 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Nitrofurantoin 0.15 mM FEBA_gDNA_plate135 A1 IT001 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Nitrofurantoin 0.15 mM Dimethyl Sulfoxide 1.5 vol% 2023 A1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Irgasan 0.005 mM FEBA_gDNA_plate135 A2 IT002 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Irgasan 0.005 mM Dimethyl Sulfoxide 0.05 vol% 2023 B1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Thioridazine hydrochloride 0.0125 mM FEBA_gDNA_plate135 A3 IT003 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2023 B4 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Thioridazine hydrochloride 0.00625 mM FEBA_gDNA_plate135 A4 IT004 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% 2023 B5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 A5 IT005 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2023 B6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Nitrofurantoin 0.15 mM FEBA_gDNA_plate135 A6 IT006 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Nitrofurantoin 0.15 mM Dimethyl Sulfoxide 1.5 vol% 2023 C1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Irgasan 0.005 mM FEBA_gDNA_plate135 A7 IT007 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Irgasan 0.005 mM Dimethyl Sulfoxide 0.05 vol% 2023 D1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Thioridazine hydrochloride 0.0125 mM FEBA_gDNA_plate135 A8 IT008 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2023 D4 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Thioridazine hydrochloride 0.00625 mM FEBA_gDNA_plate135 A9 IT009 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% 2023 D5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 A10 IT010 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2023 D6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Chlorpromazine hydrochloride 0.05 mM FEBA_gDNA_plate135 A11 IT011 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2024 A2 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Levofloxacin 0.1 mM FEBA_gDNA_plate135 A12 IT012 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Levofloxacin 0.1 mM Dimethyl Sulfoxide 1 vol% 2024 A5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Levofloxacin 0.05 mM FEBA_gDNA_plate135 B1 IT013 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Levofloxacin 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2024 A6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Levofloxacin 0.025 mM FEBA_gDNA_plate135 B2 IT014 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Levofloxacin 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2024 B1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Econazole nitrate salt 0.01 mM FEBA_gDNA_plate135 B3 IT015 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.01 mM Dimethyl Sulfoxide 0.1 vol% 2024 B4 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Econazole nitrate salt 0.005 mM FEBA_gDNA_plate135 B4 IT016 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.005 mM Dimethyl Sulfoxide 0.05 vol% 2024 B5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 B5 IT017 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2024 B6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Chlorpromazine hydrochloride 0.05 mM FEBA_gDNA_plate135 B6 IT018 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2024 C2 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Levofloxacin 0.1 mM FEBA_gDNA_plate135 B7 IT019 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Levofloxacin 0.1 mM Dimethyl Sulfoxide 1 vol% 2024 C5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Levofloxacin 0.05 mM FEBA_gDNA_plate135 B8 IT020 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Levofloxacin 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2024 C6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Levofloxacin 0.025 mM FEBA_gDNA_plate135 B9 IT021 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Levofloxacin 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2024 D1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Econazole nitrate salt 0.01 mM FEBA_gDNA_plate135 B10 IT022 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.01 mM Dimethyl Sulfoxide 0.1 vol% 2024 D4 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Econazole nitrate salt 0.005 mM FEBA_gDNA_plate135 B11 IT023 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.005 mM Dimethyl Sulfoxide 0.05 vol% 2024 D5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 B12 IT024 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2024 D6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.0015 mM FEBA_gDNA_plate135 C1 IT025 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015 mM Dimethyl Sulfoxide 0.15 vol% 2025 A2 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.00075 mM FEBA_gDNA_plate135 C2 IT026 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.00075 mM Dimethyl Sulfoxide 0.075 vol% 2025 A3 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Sulfaquinoxaline sodium salt 0.2 mM FEBA_gDNA_plate135 C3 IT027 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% 2025 A5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Zinc Pyrithione 0.05 mM FEBA_gDNA_plate135 C4 IT028 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2025 B3 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 C5 IT029 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2025 B6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.0015 mM FEBA_gDNA_plate135 C6 IT030 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015 mM Dimethyl Sulfoxide 0.15 vol% 2025 C2 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Chlorhexidine diacetate salt hydrate 0.00075 mM FEBA_gDNA_plate135 C7 IT031 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.00075 mM Dimethyl Sulfoxide 0.075 vol% 2025 C3 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Sulfaquinoxaline sodium salt 0.2 mM FEBA_gDNA_plate135 C8 IT032 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% 2025 C5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Zinc Pyrithione 0.05 mM FEBA_gDNA_plate135 C9 IT033 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2025 D3 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 C10 IT034 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2025 D6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.025 mM FEBA_gDNA_plate135 C11 IT035 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2026 A1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.0125 mM FEBA_gDNA_plate135 C12 IT036 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2026 A2 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.00625 mM FEBA_gDNA_plate135 D1 IT037 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% 2026 A3 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.1 mM FEBA_gDNA_plate135 D2 IT038 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% 2026 A5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.05 mM FEBA_gDNA_plate135 D3 IT039 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2026 A6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.025 mM FEBA_gDNA_plate135 D4 IT040 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2026 B1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.0125 mM FEBA_gDNA_plate135 D5 IT041 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2026 B2 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.025 mM FEBA_gDNA_plate135 D6 IT042 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2026 B3 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.0125 mM FEBA_gDNA_plate135 D7 IT043 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2026 B4 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.00625 mM FEBA_gDNA_plate135 D8 IT044 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% 2026 B5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 D9 IT045 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2026 B6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.025 mM FEBA_gDNA_plate135 D10 IT046 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2026 C1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.0125 mM FEBA_gDNA_plate135 D11 IT047 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2026 C2 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.00625 mM FEBA_gDNA_plate135 D12 IT048 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% 2026 C3 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.1 mM FEBA_gDNA_plate135 E1 IT049 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% 2026 C5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.05 mM FEBA_gDNA_plate135 E2 IT050 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2026 C6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.025 mM FEBA_gDNA_plate135 E3 IT051 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2026 D1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with 8-hydroxy-nitroquinoline 0.0125 mM FEBA_gDNA_plate135 E4 IT052 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2026 D2 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.025 mM FEBA_gDNA_plate135 E5 IT053 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2026 D3 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.0125 mM FEBA_gDNA_plate135 E6 IT054 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2026 D4 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimetridazole 0.00625 mM FEBA_gDNA_plate135 E7 IT055 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% 2026 D5 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 E8 IT056 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2026 D6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Benzethonium chloride 0.006 mM FEBA_gDNA_plate135 E9 IT057 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Benzethonium chloride 0.006 mM Dimethyl Sulfoxide 0.6 vol% 2027 A1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Benzethonium chloride 0.003 mM FEBA_gDNA_plate135 E10 IT058 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Benzethonium chloride 0.003 mM Dimethyl Sulfoxide 0.3 vol% 2027 A2 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 E11 IT059 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2027 B6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Benzethonium chloride 0.006 mM FEBA_gDNA_plate135 E12 IT060 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Benzethonium chloride 0.006 mM Dimethyl Sulfoxide 0.6 vol% 2027 C1 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Benzethonium chloride 0.003 mM FEBA_gDNA_plate135 F1 IT061 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Benzethonium chloride 0.003 mM Dimethyl Sulfoxide 0.3 vol% 2027 C2 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a BHIS with Dimethyl Sulfoxide 2 vol% FEBA_gDNA_plate135 F2 IT062 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2027 D6 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate135 F3 IT063 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 1.2 5.906890596 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate135 F4 IT064 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 1.2 5.906890596 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate135 F5 IT065 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 1.2 5.906890596 Btheta_ML6_set6 5/2/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate135 F6 IT066 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 1.2 5.906890596 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Nitrofurantoin 0.15 mM Dimethyl Sulfoxide 1.5 vol% 2028 A1 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Irgasan 0.01 mM Dimethyl Sulfoxide 0.1 vol% 2028 A6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Irgasan 0.005 mM Dimethyl Sulfoxide 0.05 vol% 2028 B1 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Irgasan 0.0025 mM Dimethyl Sulfoxide 0.025 vol% 2028 B2 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2028 B4 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% 2028 B5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2028 B6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Nitrofurantoin 0.15 mM Dimethyl Sulfoxide 1.5 vol% 2028 C1 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Irgasan 0.01 mM Dimethyl Sulfoxide 0.1 vol% 2028 C6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Irgasan 0.005 mM Dimethyl Sulfoxide 0.05 vol% 2028 D1 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Irgasan 0.0025 mM Dimethyl Sulfoxide 0.025 vol% 2028 D2 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2028 D4 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% 2028 D5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2028 D6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2029 A2 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2029 A3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2029 A4 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Levofloxacin 0.1 mM Dimethyl Sulfoxide 1 vol% 2029 A5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.02 mM Dimethyl Sulfoxide 0.2 vol% 2029 B3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2029 B6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2029 C2 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2029 C3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2029 C4 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Levofloxacin 0.1 mM Dimethyl Sulfoxide 1 vol% 2029 C5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.02 mM Dimethyl Sulfoxide 0.2 vol% 2029 D3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2029 D6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015 mM Dimethyl Sulfoxide 0.15 vol% 2030 A2 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.00075 mM Dimethyl Sulfoxide 0.075 vol% 2030 A3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.02 mM Dimethyl Sulfoxide 0.2 vol% 2030 A5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.01 mM Dimethyl Sulfoxide 0.1 vol% 2030 A6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2030 B3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2030 B4 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2030 B5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2030 B6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015 mM Dimethyl Sulfoxide 0.15 vol% 2030 C2 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.00075 mM Dimethyl Sulfoxide 0.075 vol% 2030 C3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.02 mM Dimethyl Sulfoxide 0.2 vol% 2030 C5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.01 mM Dimethyl Sulfoxide 0.1 vol% 2030 C6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% 2030 D3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2030 D4 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.0125 mM Dimethyl Sulfoxide 0.125 vol% 2030 D5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2030 D6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2031 A1 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.01 mM Dimethyl Sulfoxide 0.1 vol% 2031 A5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2031 B3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2031 B6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2031 C1 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.01 mM Dimethyl Sulfoxide 0.1 vol% 2031 C5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2031 D3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2031 D6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.006 mM Dimethyl Sulfoxide 0.6 vol% 2032 A1 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.003 mM Dimethyl Sulfoxide 0.3 vol% 2032 A2 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dibucaine 0.2 mM Dimethyl Sulfoxide 2 vol% 2032 A5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dibucaine 0.15 mM Dimethyl Sulfoxide 1.5 vol% 2032 A6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Tetrazolium violet 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2032 B1 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Rotenone 0.2 mM Dimethyl Sulfoxide 2 vol% 2032 B3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm 2,2-dibromo-2-cyanoacetamide 0.2 mM Dimethyl Sulfoxide 2 vol% 2032 B4 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2032 B6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.006 mM Dimethyl Sulfoxide 0.6 vol% 2032 C1 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.003 mM Dimethyl Sulfoxide 0.3 vol% 2032 C2 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dibucaine 0.2 mM Dimethyl Sulfoxide 2 vol% 2032 C5 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dibucaine 0.15 mM Dimethyl Sulfoxide 1.5 vol% 2032 C6 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Tetrazolium violet 0.025 mM Dimethyl Sulfoxide 0.25 vol% 2032 D1 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Rotenone 0.2 mM Dimethyl Sulfoxide 2 vol% 2032 D3 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm 2,2-dibromo-2-cyanoacetamide 0.2 mM Dimethyl Sulfoxide 2 vol% 2032 D4 Btheta_ML6_set7 5/2/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 2 vol% 2032 D6 Btheta_ML6_set7 5/2/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate136 F7 IT067 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 1.2 5.906890596 Btheta_ML6_set7 5/2/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate136 F8 IT068 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 1.2 5.906890596 Btheta_ML6_set7 5/2/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate136 F9 IT069 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 1.2 5.906890596 Btheta_ML6_set7 5/2/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate136 F10 IT070 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml 0.02 1.2 5.906890596 Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate1 FEBA_gDNA_plate137 A1 IT001 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate2 FEBA_gDNA_plate137 A2 IT002 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate3 FEBA_gDNA_plate137 A3 IT003 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate4 FEBA_gDNA_plate137 A4 IT004 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate5 FEBA_gDNA_plate137 A5 IT005 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate6 FEBA_gDNA_plate137 A6 IT006 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate7 FEBA_gDNA_plate137 A7 IT007 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate8 FEBA_gDNA_plate137 A8 IT008 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate9 FEBA_gDNA_plate137 A9 IT009 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate10 FEBA_gDNA_plate137 A10 IT010 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate11 FEBA_gDNA_plate137 A11 IT011 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate12 FEBA_gDNA_plate137 A12 IT012 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate13 FEBA_gDNA_plate137 B1 IT013 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate14 FEBA_gDNA_plate137 B2 IT014 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate15 FEBA_gDNA_plate137 B3 IT015 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate16 FEBA_gDNA_plate137 B4 IT016 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate17 FEBA_gDNA_plate137 B5 IT017 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate18 FEBA_gDNA_plate137 B6 IT018 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate19 FEBA_gDNA_plate137 B7 IT019 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate20 FEBA_gDNA_plate137 B8 IT020 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate21 FEBA_gDNA_plate137 B9 IT021 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate22 FEBA_gDNA_plate137 B10 IT022 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate23 FEBA_gDNA_plate137 B11 IT023 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate24 FEBA_gDNA_plate137 B12 IT024 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate25 FEBA_gDNA_plate137 C1 IT025 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate26 FEBA_gDNA_plate137 C2 IT026 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate27 FEBA_gDNA_plate137 C3 IT027 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate28 FEBA_gDNA_plate137 C4 IT028 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate29 FEBA_gDNA_plate137 C5 IT029 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate30 FEBA_gDNA_plate137 C6 IT030 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate31 FEBA_gDNA_plate137 C7 IT031 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate32 FEBA_gDNA_plate137 C8 IT032 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate33 FEBA_gDNA_plate137 C9 IT033 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate34 FEBA_gDNA_plate137 C10 IT034 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate35 FEBA_gDNA_plate137 C11 IT035 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate36 FEBA_gDNA_plate137 C12 IT036 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate37 FEBA_gDNA_plate137 D1 IT037 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate38 FEBA_gDNA_plate137 D2 IT038 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate39 FEBA_gDNA_plate137 D3 IT039 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a plate40 FEBA_gDNA_plate137 D4 IT040 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a rowA; plate1:plate40 FEBA_gDNA_plate137 D5 IT041 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a rowB; plate1:plate40 FEBA_gDNA_plate137 D6 IT042 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a rowC; plate1:plate40 FEBA_gDNA_plate137 D7 IT043 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a rowD; plate1:plate40 FEBA_gDNA_plate137 D8 IT044 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a rowE; plate1:plate40 FEBA_gDNA_plate137 D9 IT045 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a rowF; plate1:plate40 FEBA_gDNA_plate137 D10 IT046 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a rowG; plate1:plate40 FEBA_gDNA_plate137 D11 IT047 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a rowH; plate1:plate40 FEBA_gDNA_plate137 D12 IT048 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column1; plate1:plate40 FEBA_gDNA_plate137 E1 IT049 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column2; plate1:plate40 FEBA_gDNA_plate137 E2 IT050 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column3; plate1:plate40 FEBA_gDNA_plate137 E3 IT051 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column4; plate1:plate40 FEBA_gDNA_plate137 E4 IT052 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column5; plate1:plate40 FEBA_gDNA_plate137 E5 IT053 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column6; plate1:plate40 FEBA_gDNA_plate137 E6 IT054 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column7; plate1:plate40 FEBA_gDNA_plate137 E7 IT055 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column8; plate1:plate40 FEBA_gDNA_plate137 E8 IT056 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column9; plate1:plate40 FEBA_gDNA_plate137 E9 IT057 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column10; plate1:plate40 FEBA_gDNA_plate137 E10 IT058 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column11; plate1:plate40 FEBA_gDNA_plate137 E11 IT059 BHIS mapping single mutants Btheta_ML6_rearr1 5/2/18 TRUE Adam Btheta_ML6a column12; plate1:plate40 FEBA_gDNA_plate137 E12 IT060 BHIS mapping single mutants Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Antimycin A 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Geneticin G418 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Spiramycin 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Antimycin A 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Antimycin A 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Irgasan 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Spiramycin 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 9.77E-05 mM Dimethyl Sulfoxide 0.000976563 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.05 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Irgasan 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamethizole 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Trimethoprim 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 4.88E-05 mM Dimethyl Sulfoxide 0.000488281 vol% Btheta_ML6_set8 6/18/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate140 C10 IT034 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Levofloxacin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamethizole 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Trimethoprim 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 2.44E-05 mM Dimethyl Sulfoxide 0.000244141 vol% Btheta_ML6_set8 6/18/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate140 D10 IT046 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 5-fluorouracil 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Lincomycin hydrochloride 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 5-fluorouracil 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 5-fluorouracil 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Metronidazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 9.77E-05 mM Dimethyl Sulfoxide 0.000976563 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 5-fluorouracil 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Ramoplanin 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set8 6/18/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Antimycin A 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Geneticin G418 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Spiramycin 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.05 vol% Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Antimycin A 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Irgasan 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Spiramycin 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 9.77E-05 mM Dimethyl Sulfoxide 0.000976563 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.05 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Irgasan 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamethizole 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Trimethoprim 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 4.88E-05 mM Dimethyl Sulfoxide 0.000488281 vol% Btheta_ML6_set9 6/18/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate141 C10 IT034 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Levofloxacin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamethizole 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Trimethoprim 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 2.44E-05 mM Dimethyl Sulfoxide 0.000244141 vol% Btheta_ML6_set9 6/18/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate141 D10 IT046 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm 5-fluorouracil 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Lincomycin hydrochloride 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm 5-fluorouracil 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Metronidazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 9.77E-05 mM Dimethyl Sulfoxide 0.000976563 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Geneticin G418 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Ramoplanin 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% 2 Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.1 vol% Btheta_ML6_set9 6/18/18 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 Liquid Anaerobic 0 rpm Irgasan 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Antimycin A 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.05 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Irgasan 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Ramoplanin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Irgasan 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Ramoplanin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Levofloxacin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Spiramycin 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Trimethoprim 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 9.77E-05 mM Dimethyl Sulfoxide 0.000976563 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Levofloxacin 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Spiramycin 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Cefoxitin sodium salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Chlorpromazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Levofloxacin 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamethizole 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Trimethoprim 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 4.88E-05 mM Dimethyl Sulfoxide 0.000488281 vol% Btheta_ML6_set10 6/18/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate142 C10 IT034 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Levofloxacin 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamethizole 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm 2-Mercaptopyridine N-oxide sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Econazole nitrate salt 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Lincomycin hydrochloride 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamethizole 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 9.77E-05 mM Dimethyl Sulfoxide 0.000976563 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set10 6/18/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate142 D10 IT046 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Lincomycin hydrochloride 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamethizole 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm 5-fluorouracil 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Ceftriaxone disodium salt hemi(heptahydrate) 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Ciprofloxacin Hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Metronidazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 4.88E-05 mM Dimethyl Sulfoxide 0.000488281 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Metronidazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Sulfamonomethoxine 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm 5-fluorouracil 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimetridazole 0.0015625 mM Dimethyl Sulfoxide 0.015625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Furaltadone hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Cephalothin sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Geneticin G418 0.2 mM Dimethyl Sulfoxide 2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Phenazine ethosulfate 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Sulfaquinoxaline sodium salt 0.1 mM Dimethyl Sulfoxide 1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm 8-hydroxy-nitroquinoline 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Chlorhexidine diacetate salt hydrate 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.1 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Irgasan 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Ramoplanin 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 9.77E-05 mM Dimethyl Sulfoxide 0.000976563 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Ramoplanin 0.003125 mM Dimethyl Sulfoxide 0.03125 vol% Btheta_ML6_set10 6/18/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Thioridazine hydrochloride 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Trimethoprim 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Trimethoprim 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Vancomycin Hydrochloride from Streptomyces orientalis 0.00625 mM Dimethyl Sulfoxide 0.0625 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.05 mM Dimethyl Sulfoxide 0.5 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Zinc Pyrithione 0.025 mM Dimethyl Sulfoxide 0.25 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Anhydrotetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 9.77E-05 mM Dimethyl Sulfoxide 0.000976563 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Doxycycline hyclate 4.88E-05 mM Dimethyl Sulfoxide 0.000488281 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000390625 mM Dimethyl Sulfoxide 0.00390625 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Oxytetracycline hydrochloride 9.77E-05 mM Dimethyl Sulfoxide 0.000976563 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 0.000195313 mM Dimethyl Sulfoxide 0.001953125 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 9.77E-05 mM Dimethyl Sulfoxide 0.000976563 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Rifampicin 4.88E-05 mM Dimethyl Sulfoxide 0.000488281 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.0125 mM Dimethyl Sulfoxide 0.125 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.00078125 mM Dimethyl Sulfoxide 0.0078125 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Benzethonium chloride 0.000390625 mM Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set11 6/18/18 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 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 0.2 vol% Btheta_ML6_set11 6/18/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate144 C3 IT027 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set11 6/18/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate144 C4 IT028 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with LL17-29 0.1 mg/ml FEBA_gDNA_plate144 C5 IT029 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm LL17-29 0.1 mg/ml 2047 A1 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with Indolicidin 0.0075 mg/ml FEBA_gDNA_plate144 C6 IT030 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Indolicidin 0.0075 mg/ml 2047 A5 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with LL-37 0.005 mg/ml FEBA_gDNA_plate144 C7 IT031 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm LL-37 0.005 mg/ml 2047 B3 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS FEBA_gDNA_plate144 C8 IT032 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm 2047 B6 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with LL17-29 0.1 mg/ml FEBA_gDNA_plate144 C9 IT033 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm LL17-29 0.1 mg/ml 2047 C1 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with Indolicidin 0.0075 mg/ml FEBA_gDNA_plate144 C10 IT034 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Indolicidin 0.0075 mg/ml 2047 C5 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with LL-37 0.005 mg/ml FEBA_gDNA_plate144 C11 IT035 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm LL-37 0.005 mg/ml 2047 D3 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS FEBA_gDNA_plate144 C12 IT036 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm 2047 D6 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with Chenodeoxycholic acid 0.25 mg/ml FEBA_gDNA_plate144 D1 IT037 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.25 mg/ml Ethanol 1.25 vol% 2049 A3 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with Deoxycholic acid 0.2 mg/ml FEBA_gDNA_plate144 D2 IT038 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Deoxycholic acid 0.2 mg/ml Ethanol 0.4 vol% 2049 A5 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with Lithocholic acid 0.4 mg/ml FEBA_gDNA_plate144 D3 IT039 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lithocholic acid 0.4 mg/ml Ethanol 3.2 vol% 2049 B3 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with Ethanol 3.33 vol% FEBA_gDNA_plate144 D4 IT040 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Ethanol 3.33 vol% 2049 B6 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with Chenodeoxycholic acid 0.25 mg/ml FEBA_gDNA_plate144 D5 IT041 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.25 mg/ml Ethanol 1.25 vol% 2049 C3 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with Deoxycholic acid 0.2 mg/ml FEBA_gDNA_plate144 D6 IT042 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Deoxycholic acid 0.2 mg/ml Ethanol 0.4 vol% 2049 C5 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with Lithocholic acid 0.4 mg/ml FEBA_gDNA_plate144 D7 IT043 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lithocholic acid 0.4 mg/ml Ethanol 3.2 vol% 2049 D3 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a BHIS with Ethanol 3.33 vol% FEBA_gDNA_plate144 D8 IT044 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Ethanol 3.33 vol% 2049 D6 Btheta_ML6_set11 6/29/18 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 BHIS A E4 Btheta_ML6_set11 6/29/18 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 BHIS B E4 Btheta_ML6_set11 6/29/18 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 BHIS A A4 Btheta_ML6_set11 6/29/18 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 BHIS B A4 Btheta_ML6_set11 6/29/18 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 BHIS A E12 Btheta_ML6_set11 6/29/18 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 BHIS B E12 Btheta_ML6_set11 6/29/18 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 BHIS A A12 Btheta_ML6_set11 6/29/18 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 BHIS B A12 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Isomaltose carbon source FEBA_gDNA_plate144 E5 IT053 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Isomaltose 20 mM 2043 A01 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm 6-O-Acetyl-D-glucose 20 mM 2043 A02 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Maltotetraose carbon source FEBA_gDNA_plate144 E7 IT055 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Maltotetraose 10 mM 2043 A04 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Maltohexaose carbon source FEBA_gDNA_plate144 E8 IT056 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Maltohexaose 10 mM 2043 A06 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Arabinobiose carbon source FEBA_gDNA_plate144 E9 IT057 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Arabinobiose 20 mM 2043 B01 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Laminaribiose carbon source FEBA_gDNA_plate144 E10 IT058 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Laminaribiose 20 mM 2043 B03 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm 1,4-B-D-Galactobiose 10 mM 2043 C06 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm 2-Keto-D-gluconic acid hemicalcium salt hydrate 20 mM 2043 D02 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Rhamnogalacturonan - from potato carbon source FEBA_gDNA_plate144 F1 IT061 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Rhamnogalacturonan - from potato 5 mg/ml 2043 D03 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a D-Leucrose carbon source FEBA_gDNA_plate144 F2 IT062 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Leucrose 20 mM 2045 A01 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Stachyose - 70% carbon source FEBA_gDNA_plate144 F3 IT063 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Stachyose - 70% 20 mM 2045 A02 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Arabinoxylan (Rye Flour) carbon source FEBA_gDNA_plate144 F4 IT064 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Arabinoxylan (Rye Flour) 5 mg/ml 2045 A03 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Fructooligosaccharides (FOS) carbon source FEBA_gDNA_plate144 F5 IT065 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Fructooligosaccharides (FOS) 5 mg/ml 2045 A04 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a palatinose hydrate carbon source FEBA_gDNA_plate144 F6 IT066 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm palatinose hydrate 20 mM 2045 B02 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Melibiose carbon source FEBA_gDNA_plate144 F7 IT067 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Melibiose 20 mM 2045 B04 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Isomaltose carbon source FEBA_gDNA_plate144 F8 IT068 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Isomaltose 20 mM 2044 A01 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm 6-O-Acetyl-D-glucose 20 mM 2044 A02 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Maltotetraose carbon source FEBA_gDNA_plate144 F10 IT070 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Maltotetraose 10 mM 2044 A04 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Maltohexaose carbon source FEBA_gDNA_plate144 F11 IT071 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Maltohexaose 10 mM 2044 A06 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Arabinobiose carbon source FEBA_gDNA_plate144 F12 IT072 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Arabinobiose 20 mM 2044 B01 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Laminaribiose carbon source FEBA_gDNA_plate144 G1 IT073 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Laminaribiose 20 mM 2044 B03 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm 1,4-B-D-Galactobiose 10 mM 2044 C06 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm 2-Keto-D-gluconic acid hemicalcium salt hydrate 20 mM 2044 D02 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Rhamnogalacturonan - from potato carbon source FEBA_gDNA_plate144 G4 IT076 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Rhamnogalacturonan - from potato 5 mg/ml 2044 D03 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a D-Leucrose carbon source FEBA_gDNA_plate144 G5 IT077 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Leucrose 20 mM 2046 A01 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Stachyose - 70% carbon source FEBA_gDNA_plate144 G6 IT078 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Stachyose - 70% 20 mM 2046 A02 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Arabinoxylan (Rye Flour) carbon source FEBA_gDNA_plate144 G7 IT079 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Arabinoxylan (Rye Flour) 5 mg/ml 2046 A03 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Fructooligosaccharides (FOS) carbon source FEBA_gDNA_plate144 G8 IT080 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Fructooligosaccharides (FOS) 5 mg/ml 2046 A04 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a palatinose hydrate carbon source FEBA_gDNA_plate144 G9 IT081 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm palatinose hydrate 20 mM 2046 B02 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Melibiose carbon source FEBA_gDNA_plate144 G10 IT082 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Melibiose 20 mM 2046 B04 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm LL17-29 0.1 mg/ml 2048 A1 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Varel_Bryant_medium_Glucose with LL17-29 0.075 mg/ml FEBA_gDNA_plate144 G12 IT084 Varel_Bryant_medium_Glucose 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm LL17-29 0.075 mg/ml 2048 A2 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm LL17-29 0.04 mg/ml 2048 A3 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm Indolicidin 0.0035 mg/ml 2048 B1 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm Indolicidin 0.002 mg/ml 2048 B2 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm LL-37 0.005 mg/ml 2048 B3 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm 2048 B6 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm LL17-29 0.1 mg/ml 2048 C1 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm LL17-29 0.075 mg/ml 2048 C2 Btheta_ML6_set11 6/29/18 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 Liquid Anaerobic 0 rpm LL17-29 0.04 mg/ml 2048 C3 Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate144 H9 IT093 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate144 H10 IT094 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate144 H11 IT095 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set11 6/29/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate144 H12 IT096 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate41 FEBA_gDNA_plate145 F5 IT065 A1 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate42 FEBA_gDNA_plate145 F6 IT066 A2 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate43 FEBA_gDNA_plate145 F7 IT067 A3 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate44 FEBA_gDNA_plate145 F8 IT068 A4 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate45 FEBA_gDNA_plate145 F9 IT069 A5 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate46 FEBA_gDNA_plate145 F10 IT070 A6 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate47 FEBA_gDNA_plate145 F11 IT071 A7 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate48 FEBA_gDNA_plate145 F12 IT072 A8 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate49 FEBA_gDNA_plate145 G1 IT073 A9 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate50 FEBA_gDNA_plate145 G2 IT074 A10 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate51 FEBA_gDNA_plate145 G3 IT075 A11 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate52 FEBA_gDNA_plate145 G4 IT076 A12 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate53 FEBA_gDNA_plate145 G5 IT077 B1 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate54 FEBA_gDNA_plate145 G6 IT078 B2 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate55 FEBA_gDNA_plate145 G7 IT079 B3 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a plate56 FEBA_gDNA_plate145 G8 IT080 B4 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a rowA; plate41:plate56 FEBA_gDNA_plate145 G9 IT081 B5 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a rowB; plate41:plate56 FEBA_gDNA_plate145 G10 IT082 B6 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a rowC; plate41:plate56 FEBA_gDNA_plate145 G11 IT083 B7 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a rowD; plate41:plate56 FEBA_gDNA_plate145 G12 IT084 B8 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a rowE; plate41:plate56 FEBA_gDNA_plate145 H1 IT085 B9 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a rowF; plate41:plate56 FEBA_gDNA_plate145 H2 IT086 B10 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a rowG; plate41:plate56 FEBA_gDNA_plate145 H3 IT087 B11 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a rowH; plate41:plate56 FEBA_gDNA_plate145 H4 IT088 B12 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a column1; plate41:plate56 FEBA_gDNA_plate145 H5 IT089 C1 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a column2; plate41:plate56 FEBA_gDNA_plate145 H6 IT090 C2 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a column3; plate41:plate56 FEBA_gDNA_plate145 H7 IT091 C3 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a column4; plate41:plate56 FEBA_gDNA_plate145 H8 IT092 C4 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a column5; plate41:plate56 FEBA_gDNA_plate145 H9 IT093 C5 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a column6; plate41:plate56 FEBA_gDNA_plate145 H10 IT094 C6 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a column7; plate41:plate56 FEBA_gDNA_plate145 H11 IT095 C7 Btheta_ML6_rearr2a 1-Jun-18 TRUE Hualan Btheta_ML6a column8; plate41:plate56 FEBA_gDNA_plate145 H12 IT096 C8 Btheta_ML6_set12 6/29/18 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 VB A E3 Btheta_ML6_set12 6/29/18 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 VB B E3 Btheta_ML6_set12 6/29/18 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 VB A A4 Btheta_ML6_set12 6/29/18 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 VB B A4 Btheta_ML6_set12 6/29/18 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 VB A E12 Btheta_ML6_set12 6/29/18 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 VB B E12 Btheta_ML6_set12 6/29/18 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 VB A A12 Btheta_ML6_set12 6/29/18 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 VB B A12 Btheta_ML6_set12 6/29/18 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 VB A E4 Btheta_ML6_set12 6/29/18 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 VB B E4 Btheta_ML6_set12 6/29/18 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 VB A D5 Btheta_ML6_set12 6/29/18 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 VB B D5 Btheta_ML6_set12 6/29/18 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 VB A C5 Btheta_ML6_set12 6/29/18 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 VB B C5 Btheta_ML6_set12 6/29/18 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 VB A B5 Btheta_ML6_set12 6/29/18 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 VB B B5 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Indolicidin 0.0035 mg/ml 2048 D1 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Indolicidin 0.002 mg/ml 2048 D2 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm LL-37 0.005 mg/ml 2048 D3 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm 2048 D6 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.5 mg/ml Ethanol 2.5 vol% 2050 A2 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.25 mg/ml Ethanol 1.25 vol% 2050 A3 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.125 mg/ml Ethanol 0.625 vol% 2050 A4 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Deoxycholic acid 0.2 mg/ml Ethanol 0.4 vol% 2050 A5 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Deoxycholic acid 0.1 mg/ml Ethanol 0.2 vol% 2050 A6 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Deoxycholic acid 0.075 mg/ml Ethanol 0.15 vol% 2050 B1 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Lithocholic acid 0.4 mg/ml Ethanol 3.2 vol% 2050 B3 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Lithocholic acid 0.2 mg/ml Ethanol 1.6 vol% 2050 B4 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Ethanol 3.33 vol% 2050 B6 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.5 mg/ml Ethanol 2.5 vol% 2050 C2 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.25 mg/ml Ethanol 1.25 vol% 2050 C3 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Chenodeoxycholic acid 0.125 mg/ml Ethanol 0.625 vol% 2050 C4 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Deoxycholic acid 0.2 mg/ml Ethanol 0.4 vol% 2050 C5 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Deoxycholic acid 0.1 mg/ml Ethanol 0.2 vol% 2050 C6 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Deoxycholic acid 0.075 mg/ml Ethanol 0.15 vol% 2050 D1 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Lithocholic acid 0.4 mg/ml Ethanol 3.2 vol% 2050 D3 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Lithocholic acid 0.2 mg/ml Ethanol 1.6 vol% 2050 D4 Btheta_ML6_set12 6/29/18 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 Liquid Anaerobic 0 rpm Ethanol 3.33 vol% 2050 D6 Btheta_ML6_set12 6/29/18 Adam Btheta_ML6a 1-Kestose carbon source FEBA_gDNA_plate146 D3 IT039 extra39 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm 1-Kestose 10 mM 2043 A03 Btheta_ML6_set12 6/29/18 Adam Btheta_ML6a 1-Kestose carbon source FEBA_gDNA_plate146 D4 IT040 extra40 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm 1-Kestose 10 mM 2044 A03 Btheta_ML6_set12 6/29/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate146 D5 IT041 extra41 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set12 6/29/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate146 D6 IT042 extra42 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set12 6/29/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate146 D7 IT043 extra43 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set12 6/29/18 Adam Btheta_ML6a Time0 FEBA_gDNA_plate146 D8 IT044 extra44 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_rearr2b 6/1/18 TRUE Hualan Btheta_ML6a column9; plate41:plate56 FEBA_gDNA_plate146 D9 IT045 C9 Btheta_ML6_rearr2b 6/1/18 TRUE Hualan Btheta_ML6a column10; plate41:plate56 FEBA_gDNA_plate146 D10 IT046 C10 Btheta_ML6_rearr2b 6/1/18 TRUE Hualan Btheta_ML6a column11; plate41:plate56 FEBA_gDNA_plate146 D11 IT047 C11 Btheta_ML6_rearr2b 6/1/18 TRUE Hualan Btheta_ML6a column12; plate41:plate56 FEBA_gDNA_plate146 D12 IT048 C12 Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm Cyanocobalamin 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm benzimidazolyl cobamide 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm 5-methylbenzimidazolyl cobamide 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm 5-methoxybenzimidazolyl cobamide 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm adeninyl cobamide 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm 2-methyladeninyl cobamide 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm Cyanocobalamin 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm benzimidazolyl cobamide 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm 5-methylbenzimidazolyl cobamide 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm 5-methoxybenzimidazolyl cobamide 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm adeninyl cobamide 10 nM Btheta_ML6_set13 8/8/18 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 Liquid Anaerobic 0 rpm 2-methyladeninyl cobamide 10 nM Btheta_ML6_set13 8/8/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate150 B3 IT015 arb15 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set13 8/8/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate150 B4 IT016 arb16 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set13 8/8/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate150 B5 IT017 arb17 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set13 8/8/18 Hans Btheta_ML6a Time0 FEBA_gDNA_plate150 B6 IT018 arb18 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 60 uM FEBA_gDNA_plate185 A1 IT001 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Simvastatin 30 uM FEBA_gDNA_plate185 A2 IT002 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Simvastatin 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Simvastatin 30 uM FEBA_gDNA_plate185 A3 IT003 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Simvastatin 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Methotrexate 60 uM FEBA_gDNA_plate185 A4 IT004 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Methotrexate 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Methotrexate 60 uM FEBA_gDNA_plate185 A5 IT005 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Methotrexate 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Lovastatin 120 uM FEBA_gDNA_plate185 A6 IT006 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lovastatin 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Lovastatin 120 uM FEBA_gDNA_plate185 A7 IT007 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lovastatin 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Lovastatin 120 uM FEBA_gDNA_plate185 A8 IT008 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lovastatin 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 120 uM FEBA_gDNA_plate185 A9 IT009 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 120 uM FEBA_gDNA_plate185 A10 IT010 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 120 uM FEBA_gDNA_plate185 A11 IT011 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Methotrexate 60 uM FEBA_gDNA_plate185 A12 IT012 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Methotrexate 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 60 uM FEBA_gDNA_plate185 B1 IT013 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 60 uM Btheta_ML6_set14 10/4/19 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 Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 120 uM Btheta_ML6_set14 10/4/19 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 Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Methotrexate 30 uM FEBA_gDNA_plate185 B4 IT016 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Methotrexate 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Methotrexate 30 uM FEBA_gDNA_plate185 B5 IT017 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Methotrexate 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Lovastatin 60 uM FEBA_gDNA_plate185 B6 IT018 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lovastatin 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Lovastatin 60 uM FEBA_gDNA_plate185 B7 IT019 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lovastatin 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Lovastatin 60 uM FEBA_gDNA_plate185 B8 IT020 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lovastatin 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 60 uM FEBA_gDNA_plate185 B9 IT021 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 60 uM FEBA_gDNA_plate185 B10 IT022 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 60 uM FEBA_gDNA_plate185 B11 IT023 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Methotrexate 30 uM FEBA_gDNA_plate185 B12 IT024 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Methotrexate 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 60 uM FEBA_gDNA_plate185 C1 IT025 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 60 uM Btheta_ML6_set14 10/4/19 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 Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 60 uM Btheta_ML6_set14 10/4/19 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 Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with DAMPA 60 uM FEBA_gDNA_plate185 C4 IT028 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm DAMPA 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with DAMPA 60 uM FEBA_gDNA_plate185 C5 IT029 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm DAMPA 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Lovastatin 30 uM FEBA_gDNA_plate185 C6 IT030 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lovastatin 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Lovastatin 30 uM FEBA_gDNA_plate185 C7 IT031 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lovastatin 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Lovastatin 30 uM FEBA_gDNA_plate185 C8 IT032 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Lovastatin 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 30 uM FEBA_gDNA_plate185 C9 IT033 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 30 uM FEBA_gDNA_plate185 C10 IT034 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Atorvastatin calcium salt trihydrate 30 uM FEBA_gDNA_plate185 C11 IT035 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Atorvastatin calcium salt trihydrate 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 120 uM FEBA_gDNA_plate185 C12 IT036 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 30 uM FEBA_gDNA_plate185 D1 IT037 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 30 uM Btheta_ML6_set14 10/4/19 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 Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 30 uM Btheta_ML6_set14 10/4/19 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 Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with DAMPA 30 uM FEBA_gDNA_plate185 D4 IT040 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm DAMPA 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with DAMPA 30 uM FEBA_gDNA_plate185 D5 IT041 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm DAMPA 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 120 uM FEBA_gDNA_plate185 D6 IT042 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Pravastatin lactone 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 120 uM FEBA_gDNA_plate185 D7 IT043 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Pravastatin lactone 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 120 uM FEBA_gDNA_plate185 D8 IT044 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Pravastatin lactone 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 120 uM FEBA_gDNA_plate185 D9 IT045 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Rosuvastatin calcium 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 120 uM FEBA_gDNA_plate185 D10 IT046 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Rosuvastatin calcium 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 120 uM FEBA_gDNA_plate185 D11 IT047 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Rosuvastatin calcium 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 120 uM FEBA_gDNA_plate185 D12 IT048 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 30 uM FEBA_gDNA_plate185 E1 IT049 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 E2 IT050 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 E3 IT051 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 15 uM FEBA_gDNA_plate185 E4 IT052 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Trimethoprim 15 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 15 uM FEBA_gDNA_plate185 E5 IT053 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Trimethoprim 15 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 60 uM FEBA_gDNA_plate185 E6 IT054 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Pravastatin lactone 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 60 uM FEBA_gDNA_plate185 E7 IT055 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Pravastatin lactone 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 60 uM FEBA_gDNA_plate185 E8 IT056 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Pravastatin lactone 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 60 uM FEBA_gDNA_plate185 E9 IT057 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Rosuvastatin calcium 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 60 uM FEBA_gDNA_plate185 E10 IT058 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Rosuvastatin calcium 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 60 uM FEBA_gDNA_plate185 E11 IT059 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Rosuvastatin calcium 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 120 uM FEBA_gDNA_plate185 E12 IT060 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Fosmidomycin sodium salt hydrate 30 uM FEBA_gDNA_plate185 F1 IT061 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Fosmidomycin sodium salt hydrate 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 F2 IT062 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 7.5 uM FEBA_gDNA_plate185 F4 IT064 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Trimethoprim 7.5 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 7.5 uM FEBA_gDNA_plate185 F5 IT065 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Trimethoprim 7.5 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 30 uM FEBA_gDNA_plate185 F6 IT066 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Pravastatin lactone 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 30 uM FEBA_gDNA_plate185 F7 IT067 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Pravastatin lactone 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Pravastatin lactone 30 uM FEBA_gDNA_plate185 F8 IT068 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Pravastatin lactone 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 30 uM FEBA_gDNA_plate185 F9 IT069 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Rosuvastatin calcium 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 30 uM FEBA_gDNA_plate185 F10 IT070 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Rosuvastatin calcium 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Rosuvastatin calcium 30 uM FEBA_gDNA_plate185 F11 IT071 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Rosuvastatin calcium 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Neomycin 30 uM FEBA_gDNA_plate185 F12 IT072 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Neomycin 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate185 G1 IT073 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 G2 IT074 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 G3 IT075 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 G4 IT076 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 G5 IT077 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 G6 IT078 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 G7 IT079 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate185 G8 IT080 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Neomycin 120 uM FEBA_gDNA_plate185 G9 IT081 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Neomycin 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Neomycin 120 uM FEBA_gDNA_plate185 G10 IT082 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Neomycin 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Neomycin 120 uM FEBA_gDNA_plate185 G11 IT083 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Neomycin 120 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Neomycin 30 uM FEBA_gDNA_plate185 G12 IT084 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Neomycin 30 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate185 H1 IT085 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H2 IT086 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H3 IT087 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H4 IT088 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H5 IT089 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H6 IT090 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H7 IT091 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate185 H8 IT092 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Neomycin 60 uM FEBA_gDNA_plate185 H9 IT093 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Neomycin 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Neomycin 60 uM FEBA_gDNA_plate185 H10 IT094 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Neomycin 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Neomycin 60 uM FEBA_gDNA_plate185 H11 IT095 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Neomycin 60 uM Btheta_ML6_set14 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Neomycin 30 uM FEBA_gDNA_plate185 H12 IT096 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Neomycin 30 uM Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Simvastatin 30 uM FEBA_gDNA_plate186 A1 IT001 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Simvastatin 30 uM Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 A2 IT002 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 A4 IT004 1 flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set15 4/15/19 TRUE Veronica Escalante Btheta_ML6a Pre-colonization (Day 0) - Cage1A;Mouse1 FEBA_gDNA_plate186 A5 IT005 9 mouse Cage1A;Mouse1 1 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1A;Mouse1 FEBA_gDNA_plate186 A6 IT006 17 mouse Cage1A;Mouse1 2 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1A;Mouse1 FEBA_gDNA_plate186 A7 IT007 25 mouse Cage1A;Mouse1 3 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1A;Mouse1 FEBA_gDNA_plate186 A8 IT008 33 mouse Cage1A;Mouse1 4 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1A;Mouse1 FEBA_gDNA_plate186 A9 IT009 41 mouse Simvastatin 40 uM Cage1A;Mouse1 5 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1A;Mouse1 FEBA_gDNA_plate186 A10 IT010 49 mouse Simvastatin 40 uM Cage1A;Mouse1 6 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1A;Mouse1 FEBA_gDNA_plate186 A11 IT011 57 mouse Simvastatin 40 uM Cage1A;Mouse1 7 Btheta_ML6_set15 10/4/19 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 Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 120 uM Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 B2 IT014 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 B4 IT016 2 flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set15 4/15/19 TRUE Veronica Escalante Btheta_ML6a Pre-colonization (Day 0) - Cage1A;Mouse3 FEBA_gDNA_plate186 B5 IT017 10 mouse Cage1A;Mouse3 1 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1A;Mouse3 FEBA_gDNA_plate186 B6 IT018 18 mouse Cage1A;Mouse3 2 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1A;Mouse3 FEBA_gDNA_plate186 B7 IT019 26 mouse Cage1A;Mouse3 3 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1A;Mouse3 FEBA_gDNA_plate186 B8 IT020 34 mouse Cage1A;Mouse3 4 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1A;Mouse3 FEBA_gDNA_plate186 B9 IT021 42 mouse Simvastatin 40 uM Cage1A;Mouse3 5 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1A;Mouse3 FEBA_gDNA_plate186 B10 IT022 50 mouse Simvastatin 40 uM Cage1A;Mouse3 6 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1A;Mouse3 FEBA_gDNA_plate186 B11 IT023 58 mouse Simvastatin 40 uM Cage1A;Mouse3 7 Btheta_ML6_set15 10/4/19 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 Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 60 uM Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 C2 IT026 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 C4 IT028 3 flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set15 4/15/19 TRUE Veronica Escalante Btheta_ML6a Pre-colonization (Day 0) - Cage1A;Mouse2 FEBA_gDNA_plate186 C5 IT029 11 mouse Cage1A;Mouse2 1 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1A;Mouse2 FEBA_gDNA_plate186 C6 IT030 19 mouse Cage1A;Mouse2 2 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1A;Mouse2 FEBA_gDNA_plate186 C7 IT031 27 mouse Cage1A;Mouse2 3 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1A;Mouse2 FEBA_gDNA_plate186 C8 IT032 35 mouse Cage1A;Mouse2 4 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1A;Mouse2 FEBA_gDNA_plate186 C9 IT033 43 mouse Simvastatin 40 uM Cage1A;Mouse2 5 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1A;Mouse2 FEBA_gDNA_plate186 C10 IT034 51 mouse Simvastatin 40 uM Cage1A;Mouse2 6 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1A;Mouse2 FEBA_gDNA_plate186 C11 IT035 59 mouse Simvastatin 40 uM Cage1A;Mouse2 7 Btheta_ML6_set15 10/4/19 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 Liquid Anaerobic 0 rpm Simvastatin Hydroxy Acid Ammonium Salt 30 uM Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 D2 IT038 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 D4 IT040 4 flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set15 4/15/19 TRUE Veronica Escalante Btheta_ML6a Pre-colonization (Day 0) - Cage1B;Mouse4 FEBA_gDNA_plate186 D5 IT041 12 mouse Cage1B;Mouse4 1 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1B;Mouse4 FEBA_gDNA_plate186 D6 IT042 20 mouse Cage1B;Mouse4 2 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1B;Mouse4 FEBA_gDNA_plate186 D7 IT043 28 mouse Cage1B;Mouse4 3 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1B;Mouse4 FEBA_gDNA_plate186 D8 IT044 36 mouse Cage1B;Mouse4 4 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1B;Mouse4 FEBA_gDNA_plate186 D9 IT045 44 mouse Simvastatin 40 uM Cage1B;Mouse4 5 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1B;Mouse4 FEBA_gDNA_plate186 D10 IT046 52 mouse Simvastatin 40 uM Cage1B;Mouse4 6 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1B;Mouse4 FEBA_gDNA_plate186 D11 IT047 60 mouse Simvastatin 40 uM Cage1B;Mouse4 7 Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Dimethyl Sulfoxide 4 vol% FEBA_gDNA_plate186 E1 IT049 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Dimethyl Sulfoxide 4 vol% Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 15 uM FEBA_gDNA_plate186 E2 IT050 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Trimethoprim 15 uM Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 E4 IT052 5 flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set15 4/15/19 TRUE Veronica Escalante Btheta_ML6a Pre-colonization (Day 0) - Cage1B;Mouse5 FEBA_gDNA_plate186 E5 IT053 13 mouse Cage1B;Mouse5 1 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1B;Mouse5 FEBA_gDNA_plate186 E6 IT054 21 mouse Cage1B;Mouse5 2 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1B;Mouse5 FEBA_gDNA_plate186 E7 IT055 29 mouse Cage1B;Mouse5 3 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1B;Mouse5 FEBA_gDNA_plate186 E8 IT056 37 mouse Cage1B;Mouse5 4 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1B;Mouse5 FEBA_gDNA_plate186 E9 IT057 45 mouse Simvastatin 40 uM Cage1B;Mouse5 5 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1B;Mouse5 FEBA_gDNA_plate186 E10 IT058 53 mouse Simvastatin 40 uM Cage1B;Mouse5 6 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1B;Mouse5 FEBA_gDNA_plate186 E11 IT059 61 mouse Simvastatin 40 uM Cage1B;Mouse5 7 Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate186 F1 IT061 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a BHIS with Trimethoprim 7.5 uM FEBA_gDNA_plate186 F2 IT062 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm Trimethoprim 7.5 uM Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Time0 FEBA_gDNA_plate186 F4 IT064 6 flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set15 4/15/19 TRUE Veronica Escalante Btheta_ML6a Pre-colonization (Day 0) - Cage1C;Mouse1 FEBA_gDNA_plate186 F5 IT065 14 mouse Cage1C;Mouse1 1 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1C;Mouse1 FEBA_gDNA_plate186 F6 IT066 22 mouse Cage1C;Mouse1 2 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1C;Mouse1 FEBA_gDNA_plate186 F7 IT067 30 mouse Cage1C;Mouse1 3 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1C;Mouse1 FEBA_gDNA_plate186 F8 IT068 38 mouse Cage1C;Mouse1 4 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1C;Mouse1 FEBA_gDNA_plate186 F9 IT069 46 mouse Sunflower oil 100 vol% Cage1C;Mouse1 5 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1C;Mouse1 FEBA_gDNA_plate186 F10 IT070 54 mouse Sunflower oil 100 vol% Cage1C;Mouse1 6 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1C;Mouse1 FEBA_gDNA_plate186 F11 IT071 62 mouse Sunflower oil 100 vol% Cage1C;Mouse1 7 Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate186 G1 IT073 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a BHIS with DAMPA 60 uM FEBA_gDNA_plate186 G2 IT074 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm DAMPA 60 uM Btheta_ML6_set15 4/15/19 TRUE Veronica Escalante Btheta_ML6a NTC FEBA_gDNA_plate186 G4 IT076 7 Btheta_ML6_set15 4/15/19 TRUE Veronica Escalante Btheta_ML6a Pre-colonization (Day 0) - Cage1C;Mouse3 FEBA_gDNA_plate186 G5 IT077 15 mouse Cage1C;Mouse3 1 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1C;Mouse3 FEBA_gDNA_plate186 G6 IT078 23 mouse Cage1C;Mouse3 2 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1C;Mouse3 FEBA_gDNA_plate186 G7 IT079 31 mouse Cage1C;Mouse3 3 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1C;Mouse3 FEBA_gDNA_plate186 G8 IT080 39 mouse Cage1C;Mouse3 4 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1C;Mouse3 FEBA_gDNA_plate186 G9 IT081 47 mouse Sunflower oil 100 vol% Cage1C;Mouse3 5 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1C;Mouse3 FEBA_gDNA_plate186 G10 IT082 55 mouse Sunflower oil 100 vol% Cage1C;Mouse3 6 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1C;Mouse3 FEBA_gDNA_plate186 G11 IT083 63 mouse Sunflower oil 100 vol% Cage1C;Mouse3 7 Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a BHIS FEBA_gDNA_plate186 H1 IT085 BHIS 24-well transparent microplate bhis 37 Liquid Anaerobic 0 rpm Btheta_ML6_set15 10/4/19 Veronica Escalante Btheta_ML6a BHIS with DAMPA 30 uM FEBA_gDNA_plate186 H2 IT086 BHIS 24-well transparent microplate stress 37 Liquid Anaerobic 0 rpm DAMPA 30 uM Btheta_ML6_set15 4/15/19 TRUE Veronica Escalante Btheta_ML6a NTC FEBA_gDNA_plate186 H4 IT088 8 Btheta_ML6_set15 4/15/19 TRUE Veronica Escalante Btheta_ML6a Pre-colonization (Day 0) - Cage1C;Mouse2 FEBA_gDNA_plate186 H5 IT089 16 mouse Cage1C;Mouse2 1 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 2) - Cage1C;Mouse2 FEBA_gDNA_plate186 H6 IT090 24 mouse Cage1C;Mouse2 2 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 4) - Cage1C;Mouse2 FEBA_gDNA_plate186 H7 IT091 32 mouse Cage1C;Mouse2 3 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-colonization (Day 7) - Cage1C;Mouse2 FEBA_gDNA_plate186 H8 IT092 40 mouse Cage1C;Mouse2 4 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t1 (Day 1) - Cage1C;Mouse2 FEBA_gDNA_plate186 H9 IT093 48 mouse Sunflower oil 100 vol% Cage1C;Mouse2 5 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t2 (Day 2) - Cage1C;Mouse2 FEBA_gDNA_plate186 H10 IT094 56 mouse Sunflower oil 100 vol% Cage1C;Mouse2 6 Btheta_ML6_set15 4/15/19 Veronica Escalante Btheta_ML6a Post-dosage t3 (Day 3) - Cage1C;Mouse2 FEBA_gDNA_plate186 H11 IT095 64 mouse Sunflower oil 100 vol% Cage1C;Mouse2 7 Btheta_ML6_set16 6/30/20 Valentine Btheta_ML6a Time0 FEBA_gDNA_plate201 C10 IT034 Time0 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set16 6/30/20 Valentine Btheta_ML6a Time0 FEBA_gDNA_plate201 C11 IT035 Time0 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set16 6/30/20 Valentine Btheta_ML6a Time0 FEBA_gDNA_plate201 C12 IT036 Time0 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set16 6/30/20 Valentine Btheta_ML6a Time0 FEBA_gDNA_plate201 D1 IT037 Time0 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set16 6/30/20 Valentine Btheta_ML6a D-Glucose 20mM carbon source FEBA_gDNA_plate201 D2 IT038 A1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM Btheta_ML6_set16 6/30/20 Valentine Btheta_ML6a Lactulose 20mM carbon source FEBA_gDNA_plate201 D3 IT039 A2 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Lactulose 20 mM Btheta_ML6_set16 6/30/20 Valentine Btheta_ML6a Maltitol 20mM carbon source FEBA_gDNA_plate201 D4 IT040 A4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Maltitol 20 mM Btheta_ML6_set16 6/30/20 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 Liquid Anaerobic 0 rpm D-Trehalose dihydrate 20 mM Btheta_ML6_set16 6/30/20 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 Liquid Anaerobic 0 rpm Agro_defined_trehalose 1 x Btheta_ML6_set16 6/30/20 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 Liquid Anaerobic 0 rpm Supernatant; Agrobacterium rhizogenes K599 grown in Agro_defined_trehalose (~7.5 mM 3-keto-trehalose) 0.5 x Btheta_ML6_set16 6/30/20 Valentine Btheta_ML6a D-Glucose 20mM carbon source FEBA_gDNA_plate201 D8 IT044 C1 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm D-Glucose 20 mM Btheta_ML6_set16 6/30/20 Valentine Btheta_ML6a Lactulose 20mM carbon source FEBA_gDNA_plate201 D9 IT045 C2 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Lactulose 20 mM Btheta_ML6_set16 6/30/20 Valentine Btheta_ML6a Maltitol 20mM carbon source FEBA_gDNA_plate201 D10 IT046 C4 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Maltitol 20 mM Btheta_ML6_set16 6/30/20 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 Liquid Anaerobic 0 rpm D-Trehalose dihydrate 20 mM Btheta_ML6_set16 6/30/20 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 Liquid Anaerobic 0 rpm Agro_defined_trehalose 1 x Btheta_ML6_set16 6/30/20 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 Liquid Anaerobic 0 rpm Supernatant; Agrobacterium rhizogenes K599 grown in Agro_defined_trehalose (~7.5 mM 3-keto-trehalose) 0.5 x Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage1;Mouse1 FEBA_BS_283 A1 IT001 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage2;Mouse4 FEBA_BS_283 A2 IT002 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage3;Mouse3 FEBA_BS_283 A3 IT003 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage5;Mouse1 FEBA_BS_283 A4 IT004 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage6;Mouse2 FEBA_BS_283 A5 IT005 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage1;Mouse3 FEBA_BS_283 A6 IT006 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage2;Mouse4 FEBA_BS_283 A7 IT007 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage4;Mouse1 FEBA_BS_283 A8 IT008 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage5;Mouse2 FEBA_BS_283 A9 IT009 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage7;Mouse2 FEBA_BS_283 A10 IT010 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage3;Mouse1 FEBA_BS_283 A11 IT011 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage1;Mouse3 FEBA_BS_283 A12 IT012 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage5;Mouse4 FEBA_BS_283 B1 IT013 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage7;Mouse2 FEBA_BS_283 B2 IT014 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage2;Mouse1 FEBA_BS_283 B3 IT015 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage3;Mouse3 FEBA_BS_283 B4 IT016 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage5;Mouse1 FEBA_BS_283 B5 IT017 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage6;Mouse2 FEBA_BS_283 B6 IT018 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage1;Mouse4 FEBA_BS_283 B7 IT019 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage3;Mouse1 FEBA_BS_283 B8 IT020 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage5;Mouse4 FEBA_BS_283 B9 IT021 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage7;Mouse2 FEBA_BS_283 B10 IT022 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage1;Mouse5 FEBA_BS_283 B11 IT023 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage5;Mouse3 FEBA_BS_283 B12 IT024 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage7;Mouse1 FEBA_BS_283 C1 IT025 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage1;Mouse4 FEBA_BS_283 C2 IT026 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage3;Mouse1 FEBA_BS_283 C3 IT027 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage5;Mouse5 FEBA_BS_283 C4 IT028 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage7;Mouse2 FEBA_BS_283 C5 IT029 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage2;Mouse1 FEBA_BS_283 C6 IT030 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage3;Mouse3 FEBA_BS_283 C7 IT031 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage4;Mouse5 FEBA_BS_283 C8 IT032 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage6;Mouse1 FEBA_BS_283 C9 IT033 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage1;Mouse3 FEBA_BS_283 C10 IT034 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage4;Mouse4 FEBA_BS_283 C11 IT035 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage5;Mouse4 FEBA_BS_283 C12 IT036 mouse_post_colonization Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1 ) - Cage1;Mouse5 FEBA_BS_283 D1 IT037 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1 ) - Cage2;Mouse4 FEBA_BS_283 D2 IT038 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage3;Mouse4 FEBA_BS_283 D3 IT039 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_283 D4 IT040 Tnlib2 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage5;Mouse1 FEBA_BS_283 D5 IT041 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage6;Mouse2 FEBA_BS_283 D6 IT042 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage1;Mouse2 FEBA_BS_283 D7 IT043 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage2;Mouse1 FEBA_BS_283 D8 IT044 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage4;Mouse5 FEBA_BS_283 D9 IT045 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage5;Mouse3 FEBA_BS_283 D10 IT046 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage7;Mouse1 FEBA_BS_283 D11 IT047 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage1;Mouse2 FEBA_BS_283 D12 IT048 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage5;Mouse3 FEBA_BS_283 E1 IT049 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage2;Mouse4 FEBA_BS_283 E2 IT050 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage4;Mouse3 FEBA_BS_283 E3 IT051 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage7;Mouse1 FEBA_BS_283 E4 IT052 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage3;Mouse1 FEBA_BS_283 E5 IT053 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage6;Mouse1 FEBA_BS_283 E6 IT054 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage1;Mouse5 FEBA_BS_283 E7 IT055 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage2;Mouse4 FEBA_BS_283 E8 IT056 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage5;Mouse5 FEBA_BS_283 E9 IT057 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage7;Mouse2 FEBA_BS_283 E10 IT058 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage1;Mouse5 FEBA_BS_283 E11 IT059 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage3;Mouse2 FEBA_BS_283 E12 IT060 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage5;Mouse3 FEBA_BS_283 F1 IT061 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage7;Mouse1 FEBA_BS_283 F2 IT062 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage1;Mouse2 FEBA_BS_283 F3 IT063 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage2;Mouse4 FEBA_BS_283 F4 IT064 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage6;Mouse1 FEBA_BS_283 F5 IT065 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_283 F6 IT066 Tnlib3 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage1;Mouse4 FEBA_BS_283 F7 IT067 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage2;Mouse4 FEBA_BS_283 F8 IT068 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage5;Mouse5 FEBA_BS_283 F9 IT069 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage7;Mouse2 FEBA_BS_283 F10 IT070 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage2;Mouse4 FEBA_BS_283 F11 IT071 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage5;Mouse5 FEBA_BS_283 F12 IT072 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage2;Mouse2 FEBA_BS_283 G1 IT073 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage5;Mouse1 FEBA_BS_283 G2 IT074 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage6;Mouse2 FEBA_BS_283 G3 IT075 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage2;Mouse2 FEBA_BS_283 G4 IT076 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage6;Mouse1 FEBA_BS_283 G5 IT077 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage7;Mouse1 FEBA_BS_283 G6 IT078 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage1;Mouse2 FEBA_BS_283 G7 IT079 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage5;Mouse1 FEBA_BS_283 G8 IT080 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage7;Mouse1 FEBA_BS_283 G9 IT081 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage2;Mouse4 FEBA_BS_283 G10 IT082 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage6;Mouse1 FEBA_BS_283 G11 IT083 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage5;Mouse5 FEBA_BS_283 G12 IT084 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage6;Mouse2 FEBA_BS_283 H1 IT085 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage7;Mouse1 FEBA_BS_283 H2 IT086 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage4;Mouse2 FEBA_BS_283 H3 IT087 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage2;Mouse5 FEBA_BS_283 H4 IT088 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage4;Mouse2 FEBA_BS_283 H5 IT089 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage2;Mouse5 FEBA_BS_283 H6 IT090 mouse_recovery_after_peg Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage4;Mouse2 FEBA_BS_283 H7 IT091 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage2;Mouse5 FEBA_BS_283 H8 IT092 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a STERCTRL FEBA_BS_283 H9 IT093 STERCTRL water Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Cage3 - postgavage control FEBA_BS_283 H10 IT094 Cage3BtTpostgavage post_gavage_control Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Cage6 and Cage7 - postgavage control FEBA_BS_283 H11 IT095 Cage6&7BtTpostgavage post_gavage_control Btheta_ML6_set17 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_283 H12 IT096 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage1;Mouse3 FEBA_BS_284 A1 IT001 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage4;Mouse1 FEBA_BS_284 A2 IT002 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage5;Mouse2 FEBA_BS_284 A3 IT003 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage7;Mouse1 FEBA_BS_284 A4 IT004 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage1;Mouse5 FEBA_BS_284 A5 IT005 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage3;Mouse1 FEBA_BS_284 A6 IT006 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage4;Mouse3 FEBA_BS_284 A7 IT007 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage5;Mouse3 FEBA_BS_284 A8 IT008 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage7;Mouse1 FEBA_BS_284 A9 IT009 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage2;Mouse2 FEBA_BS_284 A10 IT010 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage3;Mouse3 FEBA_BS_284 A11 IT011 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage4;Mouse3 FEBA_BS_284 A12 IT012 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage6;Mouse1 FEBA_BS_284 B1 IT013 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage1;Mouse2 FEBA_BS_284 B2 IT014 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage2;Mouse2 FEBA_BS_284 B3 IT015 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage3;Mouse4 FEBA_BS_284 B4 IT016 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage4;Mouse1 FEBA_BS_284 B5 IT017 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage5;Mouse2 FEBA_BS_284 B6 IT018 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage7;Mouse1 FEBA_BS_284 B7 IT019 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage2;Mouse3 FEBA_BS_284 B8 IT020 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage3;Mouse2 FEBA_BS_284 B9 IT021 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage4;Mouse4 FEBA_BS_284 B10 IT022 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage6;Mouse1 FEBA_BS_284 B11 IT023 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage1;Mouse2 FEBA_BS_284 B12 IT024 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage3;Mouse1 FEBA_BS_284 C1 IT025 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage4;Mouse4 FEBA_BS_284 C2 IT026 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage5;Mouse4 FEBA_BS_284 C3 IT027 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage7;Mouse2 FEBA_BS_284 C4 IT028 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage2;Mouse1 FEBA_BS_284 C5 IT029 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage3;Mouse3 FEBA_BS_284 C6 IT030 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage4;Mouse5 FEBA_BS_284 C7 IT031 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage6;Mouse1 FEBA_BS_284 C8 IT032 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage1;Mouse3 FEBA_BS_284 C9 IT033 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage2;Mouse2 FEBA_BS_284 C10 IT034 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage3;Mouse4 FEBA_BS_284 C11 IT035 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage5;Mouse2 FEBA_BS_284 C12 IT036 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage7;Mouse1 FEBA_BS_284 D1 IT037 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage1;Mouse4 FEBA_BS_284 D2 IT038 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage3;Mouse1 FEBA_BS_284 D3 IT039 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage4;Mouse5 FEBA_BS_284 D4 IT040 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage6;Mouse1 FEBA_BS_284 D5 IT041 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage1;Mouse3 FEBA_BS_284 D6 IT042 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage4;Mouse1 FEBA_BS_284 D7 IT043 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage7;Mouse1 FEBA_BS_284 D8 IT044 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage5;Mouse4 FEBA_BS_284 D9 IT045 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage1;Mouse3 FEBA_BS_284 D10 IT046 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage3;Mouse4 FEBA_BS_284 D11 IT047 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage4;Mouse3 FEBA_BS_284 D12 IT048 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage5;Mouse4 FEBA_BS_284 E1 IT049 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage7;Mouse2 FEBA_BS_284 E2 IT050 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage2;Mouse1 FEBA_BS_284 E3 IT051 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage3;Mouse1 FEBA_BS_284 E4 IT052 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage4;Mouse4 FEBA_BS_284 E5 IT053 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage6;Mouse2 FEBA_BS_284 E6 IT054 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage1;Mouse2 FEBA_BS_284 E7 IT055 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage2;Mouse2 FEBA_BS_284 E8 IT056 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_284 E9 IT057 Tnlib3 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage3;Mouse4 FEBA_BS_284 E10 IT058 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a STERCTRL FEBA_BS_284 E11 IT059 STERCTRL water Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage6;Mouse2 FEBA_BS_284 E12 IT060 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage1;Mouse2 FEBA_BS_284 F1 IT061 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage3;Mouse2 FEBA_BS_284 F2 IT062 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage4;Mouse1 FEBA_BS_284 F3 IT063 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage5;Mouse4 FEBA_BS_284 F4 IT064 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage7;Mouse1 FEBA_BS_284 F5 IT065 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage2;Mouse2 FEBA_BS_284 F6 IT066 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage3;Mouse4 FEBA_BS_284 F7 IT067 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage5;Mouse4 FEBA_BS_284 F8 IT068 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage7;Mouse3 FEBA_BS_284 F9 IT069 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage1;Mouse4 FEBA_BS_284 F10 IT070 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage3;Mouse2 FEBA_BS_284 F11 IT071 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage6;Mouse2 FEBA_BS_284 F12 IT072 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage7;Mouse1 FEBA_BS_284 G1 IT073 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage4;Mouse1 FEBA_BS_284 G2 IT074 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_284 G3 IT075 Tnlib1 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage6;Mouse1 FEBA_BS_284 G4 IT076 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage4;Mouse1 FEBA_BS_284 G5 IT077 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage6;Mouse1 FEBA_BS_284 G6 IT078 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage7;Mouse2 FEBA_BS_284 G7 IT079 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage1;Mouse2 FEBA_BS_284 G8 IT080 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage2;Mouse4 FEBA_BS_284 G9 IT081 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage5;Mouse5 FEBA_BS_284 G10 IT082 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage1;Mouse4 FEBA_BS_284 G11 IT083 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a STERCTRL FEBA_BS_284 G12 IT084 Tnlib1 Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage1;Mouse4 FEBA_BS_284 H1 IT085 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage2;Mouse4 FEBA_BS_284 H2 IT086 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage6;Mouse2 FEBA_BS_284 H3 IT087 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage1;Mouse2 FEBA_BS_284 H4 IT088 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage5;Mouse1 FEBA_BS_284 H5 IT089 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage7;Mouse2 FEBA_BS_284 H6 IT090 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage2;Mouse4 FEBA_BS_284 H7 IT091 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage7;Mouse1 FEBA_BS_284 H8 IT092 mouse_recovery_after_peg Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage5;Mouse5 FEBA_BS_284 H9 IT093 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage5;Mouse5 FEBA_BS_284 H10 IT094 mouse_post_colonization Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Cage4 - postgavage control FEBA_BS_284 H11 IT095 Cage4BtTpostgavage post_gavage_control Btheta_ML6_set18 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_284 H12 IT096 Transposonlibrary BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage2;Mouse2 FEBA_BS_285 A1 IT001 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage3;Mouse2 FEBA_BS_285 A2 IT002 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage4;Mouse5 FEBA_BS_285 A3 IT003 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage5;Mouse4 FEBA_BS_285 A4 IT004 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage7;Mouse2 FEBA_BS_285 A5 IT005 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage2;Mouse1 FEBA_BS_285 A6 IT006 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage3;Mouse2 FEBA_BS_285 A7 IT007 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage4;Mouse4 FEBA_BS_285 A8 IT008 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage6;Mouse1 FEBA_BS_285 A9 IT009 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage1;Mouse1 FEBA_BS_285 A10 IT010 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage2;Mouse3 FEBA_BS_285 A11 IT011 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage3;Mouse4 FEBA_BS_285 A12 IT012 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage5;Mouse1 FEBA_BS_285 B1 IT013 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_285 B2 IT014 Tnlib1 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage1;Mouse4 FEBA_BS_285 B3 IT015 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage2;Mouse4 FEBA_BS_285 B4 IT016 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage4;Mouse4 FEBA_BS_285 B5 IT017 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage5;Mouse5 FEBA_BS_285 B6 IT018 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage7;Mouse2 FEBA_BS_285 B7 IT019 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage1;Mouse1 FEBA_BS_285 B8 IT020 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage2;Mouse4 FEBA_BS_285 B9 IT021 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage3;Mouse4 FEBA_BS_285 B10 IT022 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage5;Mouse1 FEBA_BS_285 B11 IT023 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage6;Mouse2 FEBA_BS_285 B12 IT024 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage2;Mouse3 FEBA_BS_285 C1 IT025 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage3;Mouse2 FEBA_BS_285 C2 IT026 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage4;Mouse5 FEBA_BS_285 C3 IT027 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage6;Mouse1 FEBA_BS_285 C4 IT028 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage1;Mouse1 FEBA_BS_285 C5 IT029 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage2;Mouse4 FEBA_BS_285 C6 IT030 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage3;Mouse4 FEBA_BS_285 C7 IT031 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage5;Mouse2 FEBA_BS_285 C8 IT032 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage6;Mouse2 FEBA_BS_285 C9 IT033 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage1;Mouse4 FEBA_BS_285 C10 IT034 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage4;Mouse1 FEBA_BS_285 C11 IT035 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage5;Mouse3 FEBA_BS_285 C12 IT036 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage7;Mouse3 FEBA_BS_285 D1 IT037 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage2;Mouse2 FEBA_BS_285 D2 IT038 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage3;Mouse3 FEBA_BS_285 D3 IT039 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_285 D4 IT040 Tnlib2 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage7;Mouse1 FEBA_BS_285 D5 IT041 mouse_post_colonization Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage1;Mouse2 FEBA_BS_285 D6 IT042 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage3;Mouse1 FEBA_BS_285 D7 IT043 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage5;Mouse3 FEBA_BS_285 D8 IT044 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage7;Mouse2 FEBA_BS_285 D9 IT045 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage2;Mouse5 FEBA_BS_285 D10 IT046 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage3;Mouse1 FEBA_BS_285 D11 IT047 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage4;Mouse1 FEBA_BS_285 D12 IT048 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage6;Mouse1 FEBA_BS_285 E1 IT049 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage1;Mouse4 FEBA_BS_285 E2 IT050 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage3;Mouse2 FEBA_BS_285 E3 IT051 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage5;Mouse4 FEBA_BS_285 E4 IT052 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage6;Mouse1 FEBA_BS_285 E5 IT053 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage1;Mouse3 FEBA_BS_285 E6 IT054 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage2;Mouse4 FEBA_BS_285 E7 IT055 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage4;Mouse4 FEBA_BS_285 E8 IT056 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage5;Mouse4 FEBA_BS_285 E9 IT057 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage7;Mouse1 FEBA_BS_285 E10 IT058 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage1;Mouse3 FEBA_BS_285 E11 IT059 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage3;Mouse1 FEBA_BS_285 E12 IT060 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage4;Mouse4 FEBA_BS_285 F1 IT061 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage6;Mouse1 FEBA_BS_285 F2 IT062 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage1;Mouse2 FEBA_BS_285 F3 IT063 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage2;Mouse4 FEBA_BS_285 F4 IT064 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage4;Mouse4 FEBA_BS_285 F5 IT065 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a STERCTRL FEBA_BS_285 F6 IT066 STERCTRL water Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage1;Mouse5 FEBA_BS_285 F7 IT067 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage3;Mouse4 FEBA_BS_285 F8 IT068 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage4;Mouse4 FEBA_BS_285 F9 IT069 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage7;Mouse2 FEBA_BS_285 F10 IT070 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage1;Mouse5 FEBA_BS_285 F11 IT071 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage4;Mouse4 FEBA_BS_285 F12 IT072 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage6;Mouse2 FEBA_BS_285 G1 IT073 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage1;Mouse5 FEBA_BS_285 G2 IT074 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage4;Mouse4 FEBA_BS_285 G3 IT075 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage6;Mouse2 FEBA_BS_285 G4 IT076 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage1;Mouse4 FEBA_BS_285 G5 IT077 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage4;Mouse1 FEBA_BS_285 G6 IT078 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage5;Mouse5 FEBA_BS_285 G7 IT079 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage7;Mouse2 FEBA_BS_285 G8 IT080 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage1;Mouse2 FEBA_BS_285 G9 IT081 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage5;Mouse1 FEBA_BS_285 G10 IT082 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage2;Mouse2 FEBA_BS_285 G11 IT083 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage6;Mouse1 FEBA_BS_285 G12 IT084 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage1;Mouse4 FEBA_BS_285 H1 IT085 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage5;Mouse5 FEBA_BS_285 H2 IT086 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage7;Mouse2 FEBA_BS_285 H3 IT087 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage7;Mouse1 FEBA_BS_285 H4 IT088 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage6;Mouse2 FEBA_BS_285 H5 IT089 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage5;Mouse5 FEBA_BS_285 H6 IT090 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage2;Mouse4 FEBA_BS_285 H7 IT091 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage7;Mouse1 FEBA_BS_285 H8 IT092 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage2;Mouse2 FEBA_BS_285 H9 IT093 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage7;Mouse2 FEBA_BS_285 H10 IT094 mouse_recovery_after_peg Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Cage1 - postgavage control FEBA_BS_285 H11 IT095 Cage1BtTpostgavage post_gavage_control Btheta_ML6_set19 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_285 H12 IT096 Transposonlibrary BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage1;Mouse4 FEBA_BS_286 A1 IT001 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage3;Mouse1 FEBA_BS_286 A2 IT002 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage4;Mouse3 FEBA_BS_286 A3 IT003 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 1) - Cage6;Mouse1 FEBA_BS_286 A4 IT004 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage1;Mouse1 FEBA_BS_286 A5 IT005 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage2;Mouse3 FEBA_BS_286 A6 IT006 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage3;Mouse4 FEBA_BS_286 A7 IT007 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage5;Mouse1 FEBA_BS_286 A8 IT008 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 2) - Cage6;Mouse2 FEBA_BS_286 A9 IT009 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage1;Mouse2 FEBA_BS_286 A10 IT010 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage2;Mouse4 FEBA_BS_286 A11 IT011 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage4;Mouse1 FEBA_BS_286 A12 IT012 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage6;Mouse2 FEBA_BS_286 B1 IT013 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage7;Mouse1 FEBA_BS_286 B2 IT014 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 3) - Cage5;Mouse2 FEBA_BS_286 B3 IT015 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage1;Mouse5 FEBA_BS_286 B4 IT016 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage3;Mouse2 FEBA_BS_286 B5 IT017 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage4;Mouse5 FEBA_BS_286 B6 IT018 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 4) - Cage6;Mouse1 FEBA_BS_286 B7 IT019 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage1;Mouse3 FEBA_BS_286 B8 IT020 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage4;Mouse1 FEBA_BS_286 B9 IT021 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage5;Mouse2 FEBA_BS_286 B10 IT022 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 6) - Cage7;Mouse1 FEBA_BS_286 B11 IT023 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage1;Mouse4 FEBA_BS_286 B12 IT024 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage2;Mouse4 FEBA_BS_286 C1 IT025 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage3;Mouse4 FEBA_BS_286 C2 IT026 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage5;Mouse2 FEBA_BS_286 C3 IT027 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_286 C4 IT028 Tnlib1 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 8) - Cage6;Mouse2 FEBA_BS_286 C5 IT029 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage1;Mouse2 FEBA_BS_286 C6 IT030 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage4;Mouse1 FEBA_BS_286 C7 IT031 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage5;Mouse3 FEBA_BS_286 C8 IT032 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 10) - Cage7;Mouse1 FEBA_BS_286 C9 IT033 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage1;Mouse5 FEBA_BS_286 C10 IT034 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage3;Mouse1 FEBA_BS_286 C11 IT035 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 12) - Cage5;Mouse4 FEBA_BS_286 C12 IT036 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage1;Mouse1 FEBA_BS_286 D1 IT037 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage5;Mouse1 FEBA_BS_286 D2 IT038 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage2;Mouse4 FEBA_BS_286 D3 IT039 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage5;Mouse3 FEBA_BS_286 D4 IT040 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_286 D5 IT041 Tnlib2 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Post-colonization (Day 14) - Cage7;Mouse3 FEBA_BS_286 D6 IT042 mouse_post_colonization Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage2;Mouse1 FEBA_BS_286 D7 IT043 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage3;Mouse3 FEBA_BS_286 D8 IT044 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage4;Mouse3 FEBA_BS_286 D9 IT045 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 1) - Cage6;Mouse1 FEBA_BS_286 D10 IT046 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage1;Mouse4 FEBA_BS_286 D11 IT047 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage2;Mouse2 FEBA_BS_286 D12 IT048 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage3;Mouse3 FEBA_BS_286 E1 IT049 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage5;Mouse1 FEBA_BS_286 E2 IT050 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 2) - Cage6;Mouse2 FEBA_BS_286 E3 IT051 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage1;Mouse5 FEBA_BS_286 E4 IT052 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage2;Mouse2 FEBA_BS_286 E5 IT053 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Time0 FEBA_BS_286 E6 IT054 Tnlib3 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/ml Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage5;Mouse1 FEBA_BS_286 E7 IT055 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 3) - Cage7;Mouse2 FEBA_BS_286 E8 IT056 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage1;Mouse4 FEBA_BS_286 E9 IT057 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage3;Mouse2 FEBA_BS_286 E10 IT058 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage4;Mouse1 FEBA_BS_286 E11 IT059 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage5;Mouse1 FEBA_BS_286 E12 IT060 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 4) - Cage7;Mouse2 FEBA_BS_286 F1 IT061 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage2;Mouse2 FEBA_BS_286 F2 IT062 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage3;Mouse4 FEBA_BS_286 F3 IT063 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage5;Mouse3 FEBA_BS_286 F4 IT064 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 5) - Cage6;Mouse2 FEBA_BS_286 F5 IT065 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage1;Mouse4 FEBA_BS_286 F6 IT066 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage3;Mouse1 FEBA_BS_286 F7 IT067 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a STERCTRL FEBA_BS_286 F8 IT068 STERCTRL water Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage6;Mouse2 FEBA_BS_286 F9 IT069 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a PEG (Day 6) - Cage6;Mouse1 FEBA_BS_286 F10 IT070 mouse_peg_treatment Polyethylene glycol 15 vol% Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage2;Mouse2 FEBA_BS_286 F11 IT071 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage4;Mouse1 FEBA_BS_286 F12 IT072 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 1) - Cage5;Mouse5 FEBA_BS_286 G1 IT073 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage1;Mouse2 FEBA_BS_286 G2 IT074 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage2;Mouse2 FEBA_BS_286 G3 IT075 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage5;Mouse1 FEBA_BS_286 G4 IT076 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 2) - Cage7;Mouse1 FEBA_BS_286 G5 IT077 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage2;Mouse2 FEBA_BS_286 G6 IT078 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage5;Mouse1 FEBA_BS_286 G7 IT079 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 4) - Cage7;Mouse1 FEBA_BS_286 G8 IT080 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage1;Mouse5 FEBA_BS_286 G9 IT081 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 8) - Cage4;Mouse4 FEBA_BS_286 G10 IT082 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Cage - broth control FEBA_BS_286 G11 IT083 Cage1broth post_gavage_control Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage2;Mouse4 FEBA_BS_286 G12 IT084 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage6;Mouse2 FEBA_BS_286 H1 IT085 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 9) - Cage7;Mouse2 FEBA_BS_286 H2 IT086 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage5;Mouse5 FEBA_BS_286 H3 IT087 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 11) - Cage7;Mouse2 FEBA_BS_286 H4 IT088 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage2;Mouse2 FEBA_BS_286 H5 IT089 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage6;Mouse1 FEBA_BS_286 H6 IT090 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 15) - Cage7;Mouse3 FEBA_BS_286 H7 IT091 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage2;Mouse2 FEBA_BS_286 H8 IT092 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 18) - Cage6;Mouse2 FEBA_BS_286 H9 IT093 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Recovery (Day 22) - Cage6;Mouse1 FEBA_BS_286 H10 IT094 mouse_recovery_after_peg Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Cage2 - postgavage control FEBA_BS_286 H11 IT095 Cage2BtTpostgavage post_gavage_control Btheta_ML6_set20 2/1/21 Deanna Pepin Btheta_ML6a Cage5 - postgavage control FEBA_BS_286 H12 IT096 Cage5BtTpostgavage post_gavage_control Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a uncoatedP_1 AAYH001 A1 IT001 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm PBS-washed well Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a uncoatedP_2 AAYH001 A2 IT002 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm PBS-washed well Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a uncoatedP_3 AAYH001 A3 IT003 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm PBS-washed well Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a Mucin II attachment substrate AAYH001 A4 IT004 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type II coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a Mucin II attachment substrate AAYH001 A5 IT005 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type II coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a Mucin II attachment substrate AAYH001 A6 IT006 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type II coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a Mucin III attachment substrate AAYH001 A7 IT007 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type III coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a Mucin III attachment substrate AAYH001 A8 IT008 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type III coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a Mucin III attachment substrate AAYH001 A9 IT009 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type III coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a Mucin I-S attachment substrate AAYH001 A10 IT010 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a Mucin I-S attachment substrate AAYH001 A11 IT011 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a Mucin I-S attachment substrate AAYH001 A12 IT012 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a BSA_P_1 AAYH001 B1 IT013 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a BSA_P_2 AAYH001 B2 IT014 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a BSA_P_3 AAYH001 B3 IT015 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a Gelatin attachment substrate AAYH001 B4 IT016 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Gelatin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a Gelatin attachment substrate AAYH001 B5 IT017 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Gelatin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a Gelatin attachment substrate AAYH001 B6 IT018 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Gelatin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a Collagen I attachment substrate AAYH001 B7 IT019 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen I coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a Collagen I attachment substrate AAYH001 B8 IT020 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen I coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a Collagen I attachment substrate AAYH001 B9 IT021 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen I coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a Collagen IV attachment substrate AAYH001 B10 IT022 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen IV coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a Collagen IV attachment substrate AAYH001 B11 IT023 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen IV coating - 400uL 1 mg/mL Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a Collagen IV attachment substrate AAYH001 B12 IT024 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen IV coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a uncoatedS_1 AAYH001 C1 IT025 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm PBS-washed well Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a uncoatedS_2 AAYH001 C2 IT026 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm PBS-washed well Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a uncoatedS_3 AAYH001 C3 IT027 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm PBS-washed well Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a Hyaluronic acid attachment substrate AAYH001 C4 IT028 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a Hyaluronic acid attachment substrate AAYH001 C5 IT029 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a Hyaluronic acid attachment substrate AAYH001 C6 IT030 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a Fructooligosaccharide attachment substrate AAYH001 C7 IT031 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a Fructooligosaccharide attachment substrate AAYH001 C8 IT032 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a Fructooligosaccharide attachment substrate AAYH001 C9 IT033 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a Chondroitin sulfate attachment substrate AAYH001 C10 IT034 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a Chondroitin sulfate attachment substrate AAYH001 C11 IT035 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a Chondroitin sulfate attachment substrate AAYH001 C12 IT036 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a BSA_S_1 AAYH001 D1 IT037 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a BSA_S_2 AAYH001 D2 IT038 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a BSA_S_3 AAYH001 D3 IT039 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm BSA coating - 400 uL 2 %w/v Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a a-cyclodextrin attachment substrate AAYH001 D4 IT040 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a a-cyclodextrin attachment substrate AAYH001 D5 IT041 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a a-cyclodextrin attachment substrate AAYH001 D6 IT042 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a Heparin attachment substrate AAYH001 D7 IT043 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Heparin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a Heparin attachment substrate AAYH001 D8 IT044 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Heparin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a Heparin attachment substrate AAYH001 D9 IT045 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Heparin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a Mannan attachment substrate AAYH001 D10 IT046 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mannan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a Mannan attachment substrate AAYH001 D11 IT047 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mannan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a Mannan attachment substrate AAYH001 D12 IT048 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mannan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Pectin attachment substrate AAYH001 E1 IT049 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Pectin attachment substrate AAYH001 E2 IT050 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Pectin attachment substrate AAYH001 E3 IT051 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Arabinogalactan attachment substrate AAYH001 E4 IT052 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Arabinogalactan attachment substrate AAYH001 E5 IT053 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Arabinogalactan attachment substrate AAYH001 E6 IT054 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Levan attachment substrate AAYH001 E7 IT055 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Levan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Levan attachment substrate AAYH001 E8 IT056 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Levan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Levan attachment substrate AAYH001 E9 IT057 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Levan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Arabinoxylan attachment substrate AAYH001 E10 IT058 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinoxylan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Arabinoxylan attachment substrate AAYH001 E11 IT059 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinoxylan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Arabinoxylan attachment substrate AAYH001 E12 IT060 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinoxylan coating - 400uL 1 mg/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Amylopectin attachment substrate AAYH001 F1 IT061 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Amylopectin coating - 400uL 10 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Amylopectin attachment substrate AAYH001 F2 IT062 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Amylopectin coating - 400uL 10 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Amylopectin attachment substrate AAYH001 F3 IT063 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Amylopectin coating - 400uL 10 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Chitosan attachment substrate AAYH001 F4 IT064 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chitosan coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Chitosan attachment substrate AAYH001 F5 IT065 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chitosan coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Chitosan attachment substrate AAYH001 F6 IT066 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chitosan coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Dextran attachment substrate AAYH001 F7 IT067 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Dextran coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Dextran attachment substrate AAYH001 F8 IT068 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Dextran coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Dextran attachment substrate AAYH001 F9 IT069 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Dextran coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Inulin attachment substrate AAYH001 F10 IT070 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Inulin coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Inulin attachment substrate AAYH001 F11 IT071 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Inulin coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Inulin attachment substrate AAYH001 F12 IT072 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Inulin coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Starch attachment substrate AAYH001 G1 IT073 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Starch coating - 400uL 10 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Starch attachment substrate AAYH001 G2 IT074 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Starch coating - 400uL 10 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Starch attachment substrate AAYH001 G3 IT075 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Starch coating - 400uL 10 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Pectin from apple attachment substrate AAYH001 G4 IT076 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin from apple coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Pectin from apple attachment substrate AAYH001 G5 IT077 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin from apple coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Pectin from apple attachment substrate AAYH001 G6 IT078 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin from apple coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Xanthan attachment substrate AAYH001 G7 IT079 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xanthan coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Xanthan attachment substrate AAYH001 G8 IT080 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xanthan coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Xanthan attachment substrate AAYH001 G9 IT081 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xanthan coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Xylan attachment substrate AAYH001 G10 IT082 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xylan coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Xylan attachment substrate AAYH001 G11 IT083 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xylan coating - 400uL 100 ug/mL Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Xylan attachment substrate AAYH001 G12 IT084 QB3, HiSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xylan coating - 400uL 100 ug/mL Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a Time0 protein P1 AAYH001 H1 IT085 QB3, HiSeq BHIS, PBS Flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL 0.584 Btheta_ML6_set21 3/15/21-1 Allison Hung Btheta_ML6a T=2h protein P1 AAYH001 H2 IT086 QB3, HiSeq BHIS, PBS Tube adhesion 37 Liquid Aerobic 0 rpm PBS, 2 hr Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a Time0 protein P2 AAYH001 H3 IT087 QB3, HiSeq BHIS, PBS Flask adhesion 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL 0.584 Btheta_ML6_set21 3/15/21-2 Allison Hung Btheta_ML6a T=2h protein P2 AAYH001 H4 IT088 QB3, HiSeq BHIS, PBS Tube adhesion 37 Liquid Aerobic 0 rpm PBS, 2 hr Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a Time0 sugar 1 P1 AAYH001 H5 IT089 QB3, HiSeq BHIS, PBS Flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL 0.504 Btheta_ML6_set21 3/23/21-1 Allison Hung Btheta_ML6a T=2h sugar 1 P1 AAYH001 H6 IT090 QB3, HiSeq BHIS, PBS Tube adhesion 37 Liquid Aerobic 0 rpm PBS, 2 hr Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a Time0 sugar 1 P2 AAYH001 H7 IT091 QB3, HiSeq BHIS, PBS Flask adhesion 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL 0.504 Btheta_ML6_set21 3/23/21-2 Allison Hung Btheta_ML6a T=2h sugar 1 P2 AAYH001 H8 IT092 QB3, HiSeq BHIS, PBS Tube adhesion 37 Liquid Aerobic 0 rpm PBS, 2 hr Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a Time0 sugar 1 P3 AAYH001 H9 IT093 QB3, HiSeq BHIS, PBS Flask adhesion 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL 0.504 Btheta_ML6_set21 3/23/21-3 Allison Hung Btheta_ML6a T=2h sugar 1 P3 AAYH001 H10 IT094 QB3, HiSeq BHIS, PBS Tube adhesion 37 Liquid Aerobic 0 rpm PBS, 2 hr Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a Time0 sugar 2 P2 AAYH001 H11 IT095 QB3, HiSeq BHIS, PBS Flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 0.01 mg/mL 0.465 Btheta_ML6_set21 3/25/21 Allison Hung Btheta_ML6a T=2h sugar 2 P2 AAYH001 H12 IT096 QB3, HiSeq BHIS, PBS Tube adhesion 37 Liquid Aerobic 0 rpm PBS, 2 hr Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 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 Btheta_ML6_set22 7/27/21 VM Btheta_ML6a Time0 G10 G10 IT082 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 Erythromycin 0.01 mg/mL Btheta_ML6_set22 7/27/21 VM Btheta_ML6a Time0 G11 G11 IT083 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 Erythromycin 0.01 mg/mL Btheta_ML6_set22 7/27/21 VM Btheta_ML6a Time0 G12 G12 IT084 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 Erythromycin 0.01 mg/mL Btheta_ML6_set22 7/27/21 VM Btheta_ML6a NoPhage H1 H1 IT085 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL Btheta_ML6_set22 7/27/21 VM Btheta_ML6a NoPhage H2 H2 IT086 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL Btheta_ML6_set22 7/27/21 VM Btheta_ML6a NoPhage H3 H3 IT087 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 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 Btheta_ML6_set23 7/27/21 VM Btheta_ML6a Time0 G10 G10 IT082 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 Erythromycin 0.01 mg/mL Btheta_ML6_set23 7/27/21 VM Btheta_ML6a Time0 G11 G11 IT083 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 Erythromycin 0.01 mg/mL Btheta_ML6_set23 7/27/21 VM Btheta_ML6a Time0 G12 G12 IT084 FEBA_BS_324 BHIS 48-well_plate Time0 30 7 Liquid Anaerobic Time0 Erythromycin 0.01 mg/mL Btheta_ML6_set23 7/27/21 VM Btheta_ML6a NoPhage H1 H1 IT085 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL Btheta_ML6_set23 7/27/21 VM Btheta_ML6a NoPhage H2 H2 IT086 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL Btheta_ML6_set23 7/27/21 VM Btheta_ML6a NoPhage H3 H3 IT087 FEBA_BS_324 BHIS 48-well_plate control 30 7 Liquid Anaerobic NophageControl CaCl2, MgSO4 10 mM Erythromycin 0.01 mg/mL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a BSA A1 A1 IT001 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm BSA - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a BSA A2 A2 IT002 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm BSA - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a BSA A3 A3 IT003 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm BSA - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Mucin II A4 A4 IT004 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type II coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Mucin II A5 A5 IT005 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type II coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Mucin II A6 A6 IT006 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type II coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Mucin III A7 A7 IT007 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type III coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Mucin III A8 A8 IT008 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type III coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Mucin III A9 A9 IT009 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type III coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Mucin I A10 A10 IT010 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Mucin I A11 A11 IT011 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Mucin I A12 A12 IT012 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mucin type I-S coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Collagen I B1 B1 IT013 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen I coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Collagen I B2 B2 IT014 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen I coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Collagen I B3 B3 IT015 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen I coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Collagen IV B4 B4 IT016 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen IV coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Collagen IV B5 B5 IT017 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen IV coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Collagen IV B6 B6 IT018 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Collagen IV coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Gelatin B7 B7 IT019 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Gelatin coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Gelatin B8 B8 IT020 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Gelatin coating - 400uL Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a Gelatin B9 B9 IT021 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Gelatin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Uncoated B10 B10 IT022 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm PBS-washed well Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Uncoated B11 B11 IT023 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm PBS-washed well Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Uncoated B12 B12 IT024 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm PBS-washed well Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Amylopectin C1 C1 IT025 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Amylopectin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Amylopectin C2 C2 IT026 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Amylopectin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Amylopectin C3 C3 IT027 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Amylopectin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Arabinogalactan C4 C4 IT028 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Arabinogalactan C5 C5 IT029 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Arabinogalactan C6 C6 IT030 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinogalactan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Arabinoxylan C7 C7 IT031 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinoxylan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Arabinoxylan C8 C8 IT032 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinoxylan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Arabinoxylan C9 C9 IT033 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Arabinoxylan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Chitosan C10 C10 IT034 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chitosan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Chitosan C11 C11 IT035 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chitosan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Chitosan C12 C12 IT036 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chitosan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Chondroitin Sulfate A D1 D1 IT037 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Chondroitin Sulfate A D2 D2 IT038 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Chondroitin Sulfate A D3 D3 IT039 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chondroitin sulfate coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Alpha cyclodextrin D4 D4 IT040 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Alpha cyclodextrin D5 D5 IT041 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Alpha cyclodextrin D6 D6 IT042 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm a-cyclodextrin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Dextran D7 D7 IT043 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Dextran coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Dextran D8 D8 IT044 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Dextran coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Dextran D9 D9 IT045 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Dextran coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Fructooligosaccharide D10 D10 IT046 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Fructooligosaccharide D11 D11 IT047 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Fructooligosaccharide D12 D12 IT048 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Fructooligosaccharide coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Hyaluronic acid E1 E1 IT049 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Hyaluronic acid E2 E2 IT050 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Hyaluronic acid E3 E3 IT051 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Hyaluronic acid coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Heparin E4 E4 IT052 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Heparin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Heparin E5 E5 IT053 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Heparin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Heparin E6 E6 IT054 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Heparin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Inulin E7 E7 IT055 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Inulin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Inulin E8 E8 IT056 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Inulin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Inulin E9 E9 IT057 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Inulin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Pectin E10 E10 IT058 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Pectin E11 E11 IT059 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Pectin E12 E12 IT060 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Pectin from apple F1 F1 IT061 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin from apple coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Pectin from apple F2 F2 IT062 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin from apple coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Pectin from apple F3 F3 IT063 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Pectin from apple coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Starch F4 F4 IT064 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Starch coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Starch F5 F5 IT065 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Starch coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Starch F6 F6 IT066 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Starch coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Xanthan F7 F7 IT067 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xanthan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Xanthan F8 F8 IT068 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xanthan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Xanthan F9 F9 IT069 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xanthan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Xylan F10 F10 IT070 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xylan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Xylan F11 F11 IT071 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xylan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Xylan F12 F12 IT072 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Xylan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Mannan G1 G1 IT073 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mannan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Mannan G2 G2 IT074 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mannan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Mannan G3 G3 IT075 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Mannan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Polygalacturonic acid G4 G4 IT076 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Polygalacturonic acid coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Polygalacturonic acid G5 G5 IT077 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Polygalacturonic acid coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Polygalacturonic acid G6 G6 IT078 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Polygalacturonic acid coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Glycogen G7 G7 IT079 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Glycogen coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Glycogen G8 G8 IT080 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Glycogen coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Glycogen G9 G9 IT081 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Glycogen coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Chitin G10 G10 IT082 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chitin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Chitin G11 G11 IT083 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chitin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Chitin G12 G12 IT084 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Chitin coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Sodium alginate H1 H1 IT085 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Alginate coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Sodium alginate H2 H2 IT086 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Alginate coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Sodium alginate H3 H3 IT087 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Alginate coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Levan H4 H4 IT088 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Levan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Levan H5 H5 IT089 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Levan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a Levan H6 H6 IT090 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Levan coating - 400uL Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a T0 S H7 H7 IT091 Novogene, NovaSeq BHIS, PBS 12-well plate Time0 37 Liquid Aerobic 0 rpm Time0 Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a T0 S H8 H8 IT092 Novogene, NovaSeq BHIS, PBS 12-well plate Time0 37 Liquid Aerobic 0 rpm Time0 Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a T0 P H9 H9 IT093 Novogene, NovaSeq BHIS, PBS 12-well plate Time0 37 Liquid Aerobic 0 rpm Time0 Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a T=2h S H10 H10 IT094 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Time2 Btheta_ML6_set24 12/14/21-S Allison Hung Btheta_ML6a T=2h S H11 H11 IT095 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Time2 Btheta_ML6_set24 12/14/21-P Allison Hung Btheta_ML6a T=2h P H12 H12 IT096 Novogene, NovaSeq BHIS, PBS 12-well plate adhesion 37 Liquid Aerobic 0 rpm Time2 Btheta_ML6_set25 2-Nov-21 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate265 G8 IT080 Zhu WZ-1 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Protoporphyrin Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate265 G9 IT081 Zhu WZ-2 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Protoporphyrin Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate265 G10 IT082 Zhu WZ-3 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Protoporphyrin Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate265 G11 IT083 Zhu WZ-4 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Protoporphyrin Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate FEBA_gDNA_plate265 G12 IT084 Zhu WZ-5 BHIS tube stress 37 Liquid Anaerobic 0 rpm Protoporphyrin Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate FEBA_gDNA_plate265 H1 IT085 Zhu WZ-6 BHIS tube stress 37 Liquid Anaerobic 0 rpm Protoporphyrin Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate FEBA_gDNA_plate265 H2 IT086 Zhu WZ-7 BHIS tube stress 37 Liquid Anaerobic 0 rpm Protoporphyrin Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate and Enterobactin FEBA_gDNA_plate265 H3 IT087 Zhu WZ-8 BHIS tube stress 37 Liquid Anaerobic 0 rpm Protoporphyrin Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM Enterobactin 0.5 uM Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate and Enterobactin FEBA_gDNA_plate265 H4 IT088 Zhu WZ-9 BHIS tube stress 37 Liquid Anaerobic 0 rpm Protoporphyrin Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM Enterobactin 0.5 uM Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Bathophenanthrolinedisulfonic acid disodium salt trihydrate and Enterobactin FEBA_gDNA_plate265 H5 IT089 Zhu WZ-10 BHIS tube stress 37 Liquid Anaerobic 0 rpm Protoporphyrin Bathophenanthrolinedisulfonic acid disodium salt hydrate 400 uM Enterobactin 0.5 uM Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Calprotectin buffer control FEBA_gDNA_plate265 H6 IT090 Zhu WZ-11 BHIS 0.5x tube stress 37 Liquid Anaerobic 0 rpm Protoporphyrin Calprotectin buffer 0.5 X Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Calprotectin FEBA_gDNA_plate265 H7 IT091 Zhu WZ-12 BHIS 0.5x tube stress 37 Liquid Anaerobic 0 rpm Protoporphyrin Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Calprotectin and Enterobactin FEBA_gDNA_plate265 H8 IT092 Zhu WZ-13 BHIS 0.5x tube stress 37 Liquid Anaerobic 0 rpm Protoporphyrin Calprotectin 0.35 mg/mL Enterobactin 0.5 uM Calprotectin buffer 0.5 X Btheta_ML6_set25 11/2/21 Wenhan Zhu Btheta_ML6a Calprotectin and Enterobactin FEBA_gDNA_plate265 H9 IT093 Zhu WZ-14 BHIS 0.5x tube stress 37 Liquid Anaerobic 0 rpm Protoporphyrin Calprotectin 0.35 mg/mL Enterobactin 0.5 uM Calprotectin buffer 0.5 X Btheta_ML6_set26 10/5/22 Valentine Btheta_ML6a Time0 FEBA_gDNA_plate310 F1 IT061 Btheta 3-keto work Sample1 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set26 10/5/22 Valentine Btheta_ML6a Time0 FEBA_gDNA_plate310 F2 IT062 Btheta 3-keto work Sample2 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set26 10/5/22 Valentine Btheta_ML6a Time0 FEBA_gDNA_plate310 F3 IT063 Btheta 3-keto work Sample3 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set26 10/5/22 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 Liquid Anaerobic 0 rpm D-Glucose 5 mM Btheta_ML6_set26 10/5/22 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 Liquid Anaerobic 0 rpm D-Glucose 5 mM Btheta_ML6_set26 10/5/22 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 Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 5 mM Btheta_ML6_set26 10/5/22 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 Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 5 mM Btheta_ML6_set26 10/5/22 Valentine Btheta_ML6a Methyl alpha-D-glucopyranoside carbon source FEBA_gDNA_plate310 F8 IT068 Btheta 3-keto work Sample8 Varel_Bryant_medium 24-well transparent microplate carbon source 37 Liquid Anaerobic 0 rpm Methyl alpha-D-glucopyranoside 5 mM Btheta_ML6_set27 10/5/23 Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A1 S289 Tn1 BHI BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set27 10/5/23 Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A2 S290 Tn2 BHI BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set27 10/5/23 Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A3 S291 Tn3 BHI BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set27 10/5/23 Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A4 S292 Tn4 BHI BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set27 10/5/23 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 Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml Btheta_ML6_set27 10/5/23 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 Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml Btheta_ML6_set27 10/5/23 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 Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml Btheta_ML6_set27 10/5/23 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 Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml Btheta_ML6_set27 10/7/23 Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A9 S297 A BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set27 10/7/23 Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A10 S298 B BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set27 10/7/23 Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A11 S299 C BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set27 10/7/23 Didier Ndeh Btheta_ML6a Time0 FEBA_gDNA_plate385 A12 S300 D BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Gum arabic from acacia tree 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Gum arabic from acacia tree 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Gum arabic from acacia tree 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Rhamnogalacturonan-II from apple juice concentrate 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm N-Acetyl-D-galactosamine 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm N-Acetyl-D-galactosamine 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm N-Acetyl-D-galactosamine 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm N-Acetyl-D-galactosamine 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm L-a-Phosphatidylinositol from Glycine max (soybean) 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm D-(+)-Galactosamine hydrochloride 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm D-(+)-Galactosamine hydrochloride 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm D-(+)-Galactosamine hydrochloride 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm D-(+)-Galactosamine hydrochloride 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan, Larch wood 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan, Larch wood 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan, Larch wood 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan, Larch wood 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm Oat flour B-glucan 10 mg/ml Btheta_ML6_set27 10/7/23 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 Liquid Anaerobic 0 rpm a1-Acid Glycoprotein from bovine plasma 10 mg/ml Btheta_ML6_set28 8/1/23 Wenhan Zhu Btheta_ML6a Time 0 FEBA_gDNA_plate387 A1 S481 WZ31 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set28 8/1/23 Wenhan Zhu Btheta_ML6a Time 0 FEBA_gDNA_plate387 A2 S482 WZ32 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set28 8/1/23 Wenhan Zhu Btheta_ML6a Time 0 FEBA_gDNA_plate387 A3 S483 WZ33 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set28 8/1/23 Wenhan Zhu Btheta_ML6a Time 0 FEBA_gDNA_plate387 A4 S484 WZ34 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set28 8/1/23 Wenhan Zhu Btheta_ML6a Time 0 FEBA_gDNA_plate387 A5 S485 WZ35 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Enterobactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Enterobactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Enterobactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Enterobactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL Enterobactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL apo-yersiniabactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL apo-yersiniabactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL apo-yersiniabactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL apo-yersiniabactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin 0.35 mg/mL apo-yersiniabactin 1 uM Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin S1 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin S1 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin S1 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin S1 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin S1 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin S1S2 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin S1S2 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin S1S2 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin S1S2 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Calprotectin S1S2 0.35 mg/mL Calprotectin buffer 0.5 X Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Hydrogen peroxide 0.15 mM Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Hydrogen peroxide 0.15 mM Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Hydrogen peroxide 0.15 mM Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Hydrogen peroxide 0.15 mM Protoporphyrin Btheta_ML6_set28 8/1/23 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 Liquid Anaerobic 0 rpm Hydrogen peroxide 0.15 mM Protoporphyrin Btheta_ML6_set28 8/2/23 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 Liquid Anaerobic 0 rpm Hydrogen peroxide 0.4 mM Protoporphyrin Btheta_ML6_set28 8/2/23 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 Liquid Anaerobic 0 rpm Hydrogen peroxide 0.4 mM Protoporphyrin Btheta_ML6_set28 8/2/23 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 Liquid Anaerobic 0 rpm Hydrogen peroxide 0.4 mM Protoporphyrin Btheta_ML6_set28 8/2/23 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 Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Enterobactin 1 uM Protoporphyrin Btheta_ML6_set28 8/2/23 Wenhan Zhu Btheta_ML6a 100 uM BPS, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F6 S546 WZ96 BHIS tube stress 37 Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Protoporphyrin Btheta_ML6_set28 8/2/23 Wenhan Zhu Btheta_ML6a 101 uM BPS, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F7 S547 WZ97 BHIS tube stress 37 Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Protoporphyrin Btheta_ML6_set28 8/2/23 Wenhan Zhu Btheta_ML6a 102 uM BPS, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F8 S548 WZ98 BHIS tube stress 37 Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Protoporphyrin Btheta_ML6_set28 8/2/23 Wenhan Zhu Btheta_ML6a 103 uM BPS, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F9 S549 WZ99 BHIS tube stress 37 Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Protoporphyrin Btheta_ML6_set28 8/2/23 Wenhan Zhu Btheta_ML6a 104 uM BPS, BHI 1x protoporphyrin for 24 hours. FEBA_gDNA_plate387 F10 S550 WZ100 BHIS tube stress 37 Liquid Anaerobic 0 rpm Bathophenanthrolinedisulfonic acid disodium salt hydrate 100 uM Protoporphyrin Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a mouse no infection control; colon sample; LS11-mouse1 FEBA_gDNA_plate390 A1 S481 WZ1 mouse no infection control; colon MO LS11-1 LS11-mouse1 Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a mouse no infection control; colon sample; LS11-mouse2 FEBA_gDNA_plate390 A2 S482 WZ2 mouse no infection control; colon MO LS11-2 LS11-mouse2 Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a mouse no infection control; colon sample; LS11-mouse3 FEBA_gDNA_plate390 A3 S483 WZ3 mouse no infection control; colon MO LS11-3 LS11-mouse3 Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a mouse no infection control; colon sample; LS11-mouse4 FEBA_gDNA_plate390 A4 S484 WZ4 mouse no infection control; colon MO LS11-4 LS11-mouse4 Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a mouse no infection control; colon sample; LS11-mouse5 FEBA_gDNA_plate390 A5 S485 WZ5 mouse no infection control; colon MO LS11-5 LS11-mouse5 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 MO LS12-1 LS12-mouse1 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 MO LS12-2 LS12-mouse2 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 MO LS12-3 LS12-mouse3 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 MO LS12-5 LS12-mouse5 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 MO LS12-6 LS12-mouse6 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 MO LS12-7 LS12-mouse7 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 MO LS12-8 LS12-mouse8 Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a mouse no infection control; cecum sample; LS11-mouse1 FEBA_gDNA_plate390 B2 S494 WZ14 mouse no infection control; cecum ME LS11-1 LS11-mouse1 Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a mouse no infection control; cecum sample; LS11-mouse2 FEBA_gDNA_plate390 B3 S495 WZ15 mouse no infection control; cecum ME LS11-2 LS11-mouse2 Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a mouse no infection control; cecum sample; LS11-mouse3 FEBA_gDNA_plate390 B4 S496 WZ16 mouse no infection control; cecum ME LS11-3 LS11-mouse3 Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a mouse no infection control; cecum sample; LS11-mouse4 FEBA_gDNA_plate390 B5 S497 WZ17 mouse no infection control; cecum ME LS11-4 LS11-mouse4 Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a mouse no infection control; cecum sample; LS11-mouse5 FEBA_gDNA_plate390 B6 S498 WZ18 mouse no infection control; cecum ME LS11-5 LS11-mouse5 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 ME LS12-1 LS12-mouse1 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 ME LS12-2 LS12-mouse2 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 ME LS12-3 LS12-mouse3 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 ME LS12-4 LS12-mouse4 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 ME LS12-5 LS12-mouse5 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 ME LS12-6 LS12-mouse6 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 ME LS12-7 LS12-mouse7 Btheta_ML6_set29 8/3/23 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 Salmonella enterica subsp. enterica serovar Typhimurium str. SL1344 ME LS12-8 LS12-mouse8 Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate390 C3 S507 WZ27 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate390 C4 S508 WZ28 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set29 8/3/23 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate390 C5 S509 WZ29 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set31 3/20/24 Surya Tripathi Btheta_ML6a Time0 FEBA_gDNA_plate413 A1 S1 1 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set31 3/20/24 Surya Tripathi Btheta_ML6a Time0 FEBA_gDNA_plate413 A2 S2 2 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Amylopectin from Potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Amylopectin from Potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Amylopectin from Potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Amylopectin from Potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm b-Glucan from Beet (1,2-b-Glucan) 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm b-Glucan from Beet (1,2-b-Glucan) 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Pectic galactan from potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Pectic galactan from potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Pectic galactan from potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Pectic galactan from potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Pectin from apple 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Pectin from apple 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm amylopectin from maize 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm amylopectin from maize 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Dextrin from potato starch 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Dextrin from potato starch 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm beta-Cyclodextrin 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm beta-Cyclodextrin 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Xylan from corn core 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Xylan from corn core 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Pullulan 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Pullulan 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Glucose 5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Glucose 5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Galactan from Potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Galactan from Potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Galactan from Potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Galactan from Potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Glycogen 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Glycogen 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Glycogen 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Glycogen 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan 5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan 5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm (+)-Arabinogalactan 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Chondroitin sulfate A sodium salt from bovine trachea 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Chondroitin sulfate A sodium salt from bovine trachea 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm dextran, Mw ~200,000; autoclaved 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm dextran, Mw ~200,000; autoclaved 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm dextran, Mw ~200,000; filtered 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm dextran, Mw ~200,000; filtered 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Starch 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Starch 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm a-Cyclodextrin 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm a-Cyclodextrin 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Levan - from Erwinia herbicola 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Fructose 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Fructose 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Galactose 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Galactose 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Glucosamine Hydrochloride 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Glucose 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Glucose 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Mannose 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Mannose 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Xylose 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm D-Xylose 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm N-Acetyl-D-Glucosamine 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Amylose from potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Amylose from potato 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Xylan from Beechwood 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Xylan from Beechwood 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Lichenan (icelandic moss) 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Lichenan (icelandic moss) 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm b-glucan from Barley 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm b-glucan from Barley 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Glucomannan (konjac) 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Glucomannan (konjac) 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Glucomannan (konjac) 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Glucomannan (konjac) 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach,Type II 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Mucin from porcine stomach type III 2.5 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Pectin from apple 1 mg/ml Btheta_ML6_set31 3/20/24 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 Liquid Anaerobic 0 rpm Pectin from apple 1 mg/ml Btheta_ML6_set32 3/20/24 Surya Tripathi Btheta_ML6a Time0 FEBA_gDNA_plate414 A1 S97 3 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set32 3/20/24 Surya Tripathi Btheta_ML6a Time0 FEBA_gDNA_plate414 A2 S98 4 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm B-glucan from yeast 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm B-glucan from yeast 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Red Arabinan from sugar-beet 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Arabinoxylan (Rye Flour) 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Arabinoxylan (Rye Flour) 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Mannan from Saccharomyces cerevisiae 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Rhamnogalacturonan - from potato 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Rhamnogalacturonan - from potato 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm polygalacturonic acid 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Pectin from citrus peel 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Pectin from citrus peel 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Chitin from shrimp shells 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Chitin from shrimp shells 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Locust bean gum 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Locust bean gum 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Beta-Lactose 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm Beta-Lactose 2.5 mg/ml Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Asparagine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Asparagine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Glutamine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Glutamine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Serine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Serine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Serine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Serine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Asparagine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Asparagine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Glutamine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Glutamine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Serine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Serine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Asparagine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Asparagine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Glutamine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Glutamine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Serine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Serine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Asparagine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Asparagine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Glutamine 10 mM Btheta_ML6_set32 3/20/24 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 Liquid Anaerobic 0 rpm L-Glutamine 10 mM Btheta_ML6_set33 3/20/24 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 Liquid Anaerobic 0 rpm Ammonium chloride 10 mM Btheta_ML6_set33 3/20/24 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 Liquid Anaerobic 0 rpm Ammonium chloride 10 mM Btheta_ML6_set33 3/20/24 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 Liquid Anaerobic 0 rpm Ammonium chloride 10 mM Btheta_ML6_set33 3/20/24 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 Liquid Anaerobic 0 rpm Ammonium chloride 10 mM Btheta_ML6_set33 3/20/24 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 Liquid Anaerobic 0 rpm Ammonium chloride 10 mM Btheta_ML6_set33 3/20/24 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 Liquid Anaerobic 0 rpm Ammonium chloride 10 mM Btheta_ML6_set33 3/20/24 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 Liquid Anaerobic 0 rpm Ammonium chloride 10 mM Btheta_ML6_set33 3/20/24 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 Liquid Anaerobic 0 rpm Ammonium chloride 10 mM Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse1; day2; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E1 S49 1-1 (2Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse1 day2 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse2; day2; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E2 S50 1-2 (2Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse2 day2 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse3; day2; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E3 S51 1-3 (2Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse3 day2 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse1; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E4 S52 2-1 (2Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse1 day2 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse2; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E5 S53 2-2 (2Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse2 day2 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse3; day2; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 E6 S54 2-3 (2Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse3 day2 Btheta_ML6_set34 4/2/24 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 diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse1 day2 Btheta_ML6_set34 4/2/24 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 diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse2 day2 Btheta_ML6_set34 4/2/24 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 diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse3 day2 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 E10 S58 Bt start 1 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 E11 S59 Bt start 2 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 E12 S60 Bt start 3 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse1; day3; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 F1 S61 1-1 (3Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse1 day3 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse2; day3; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 F2 S62 1-2 (3Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse2 day3 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse3; day3; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 F3 S63 1-3 (3Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse3 day3 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse1; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 F4 S64 2-1 (3Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse1 day3 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse2; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 F5 S65 2-2 (3Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse2 day3 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage3; mouse1; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 F7 S67 3-1 (3Day) diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse1 day3 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage3; mouse2; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 F8 S68 3-2 (3Day) diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse2 day3 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage3; mouse3; day3; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 F9 S69 3-3 (3Day) diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse3 day3 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 F10 S70 Bt start 4 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 F11 S71 Bt start 5 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b Time0 FEBA_gDNA_plate419 F12 S72 Bt start 6 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse1; day4; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G1 S73 1-1 (4Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse1 day4 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse2; day4; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G2 S74 1-2 (4Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse2 day4 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse3; day4; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G3 S75 1-3 (4Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse3 day4 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse1; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G4 S76 2-1 (4Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse1 day4 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse2; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G5 S77 2-2 (4Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse2 day4 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse3; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 G6 S78 2-3 (4Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse3 day4 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage3; mouse1; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 G7 S79 3-1 (4Day) diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse1 day4 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage3; mouse2; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 G8 S80 3-2 (4Day) diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse2 day4 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage3; mouse3; day4; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 G9 S81 3-3 (4Day) diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse3 day4 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse1; day5; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H1 S85 1-1 (5Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse1 day5 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse2; day5; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H2 S86 1-2 (5Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse2 day5 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage1; mouse3; day5; diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H3 S87 1-3 (5Day) mouse_coculture diet=StandardDiet; sample=FecalPellet; coculture=Bbreve_UCC2003 cage1; mouse3 day5 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse1; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H4 S88 2-1 (5Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse1 day5 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse2; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H5 S89 2-2 (5Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse2 day5 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage2; mouse3; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 FEBA_gDNA_plate419 H6 S90 2-3 (5Day) mouse_coculture diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003 cage2; mouse3 day5 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage3; mouse1; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 H7 S91 3-1 (5Day) diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse1 day5 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage3; mouse2; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 H8 S92 3-2 (5Day) diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse2 day5 Btheta_ML6_set34 4/2/24 Anthony Shiver Btheta_ML6b cage3; mouse3; day5; diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs FEBA_gDNA_plate419 H9 S93 3-3 (5Day) diet=PolysaccharideDeficient; sample=FecalPellet; coculture=Bbreve_UCC2003; stagger=24hrs cage3; mouse3 day5 Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM Zinc chloride 10 uM Protoporphyrin Btheta_ML6_set35 10/2/24 Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) FEBA_gDNA_plate474 B2 S494 DS14 SDM_Btheta tube stress 37 Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM apo-yersiniabactin 5 uM Protoporphyrin Btheta_ML6_set35 10/2/24 Wenhan Zhu Btheta_ML6a SDM with Protoporphrin IX and 10 .M TPEN and 1 .M Enterobactin-Fe (50% saturated) and 5 .M Yersiniabactin-Zn (50% saturated) FEBA_gDNA_plate474 B3 S495 DS15 SDM_Btheta tube stress 37 Liquid Anaerobic 0 rpm N,N,N′,N′-Tetrakis(2-pyridylmethyl)ethylenediamine 10 uM Enterobactin 1 uM apo-yersiniabactin 5 uM Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Zinc chloride 10 uM Calprotectin 0.35 mg/mL Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Zinc chloride 10 uM Calprotectin 0.35 mg/mL Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL apo-yersiniabactin 5 uM Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL apo-yersiniabactin 5 uM Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL apo-yersiniabactin 5 uM Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL apo-yersiniabactin 5 uM Protoporphyrin Btheta_ML6_set35 10/2/24 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 Liquid Anaerobic 0 rpm Enterobactin 1 uM Calprotectin 0.35 mg/mL apo-yersiniabactin 5 uM Protoporphyrin Btheta_ML6_set35 10/2/24 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate474 C7 S511 DS31 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set35 10/2/24 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate474 C8 S512 DS32 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set35 10/2/24 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate474 C9 S513 DS33 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set35 10/2/24 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate474 C10 S514 DS34 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set35 10/2/24 Wenhan Zhu Btheta_ML6a Time0 FEBA_gDNA_plate474 C11 S515 DS35 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day0_Mouse3 FEBA_gDNA_plate498 A3 S291 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Time0 FEBA_gDNA_plate498 A12 S300 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 10 µg/ml Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day0_Mouse14 FEBA_gDNA_plate498 B4 S304 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day0_Mouse15 FEBA_gDNA_plate498 B5 S305 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day0_Mouse16 FEBA_gDNA_plate498 B6 S306 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Time0 FEBA_gDNA_plate498 B12 S312 BHIS flask Time0 37 Liquid Anaerobic 0 rpm Erythromycin 10 µg/ml Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse1 FEBA_gDNA_plate498 C1 S313 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse2 FEBA_gDNA_plate498 C2 S314 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse3 FEBA_gDNA_plate498 C3 S315 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse4 FEBA_gDNA_plate498 C4 S316 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse5 FEBA_gDNA_plate498 C5 S317 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse6 FEBA_gDNA_plate498 C6 S318 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse7 FEBA_gDNA_plate498 C7 S319 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse8 FEBA_gDNA_plate498 C8 S320 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse9 FEBA_gDNA_plate498 C9 S321 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse10 FEBA_gDNA_plate498 C10 S322 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Time0 FEBA_gDNA_plate498 C12 S324 BHIS Time0 Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse11 FEBA_gDNA_plate498 D1 S325 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse12 FEBA_gDNA_plate498 D2 S326 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse13 FEBA_gDNA_plate498 D3 S327 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse14 FEBA_gDNA_plate498 D4 S328 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse15 FEBA_gDNA_plate498 D5 S329 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse16 FEBA_gDNA_plate498 D6 S330 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse17 FEBA_gDNA_plate498 D7 S331 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse18 FEBA_gDNA_plate498 D8 S332 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse19 FEBA_gDNA_plate498 D9 S333 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day1_Mouse20 FEBA_gDNA_plate498 D10 S334 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse1 FEBA_gDNA_plate498 E1 S337 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse2 FEBA_gDNA_plate498 E2 S338 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse3 FEBA_gDNA_plate498 E3 S339 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse4 FEBA_gDNA_plate498 E4 S340 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse5 FEBA_gDNA_plate498 E5 S341 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse6 FEBA_gDNA_plate498 E6 S342 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse7 FEBA_gDNA_plate498 E7 S343 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse8 FEBA_gDNA_plate498 E8 S344 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse9 FEBA_gDNA_plate498 E9 S345 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse10 FEBA_gDNA_plate498 E10 S346 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse11 FEBA_gDNA_plate498 F1 S349 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse12 FEBA_gDNA_plate498 F2 S350 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse13 FEBA_gDNA_plate498 F3 S351 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse14 FEBA_gDNA_plate498 F4 S352 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse15 FEBA_gDNA_plate498 F5 S353 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse16 FEBA_gDNA_plate498 F6 S354 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse17 FEBA_gDNA_plate498 F7 S355 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse18 FEBA_gDNA_plate498 F8 S356 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse19 FEBA_gDNA_plate498 F9 S357 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day2_Mouse20 FEBA_gDNA_plate498 F10 S358 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse1 FEBA_gDNA_plate498 G1 S361 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse2 FEBA_gDNA_plate498 G2 S362 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse3 FEBA_gDNA_plate498 G3 S363 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse4 FEBA_gDNA_plate498 G4 S364 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse5 FEBA_gDNA_plate498 G5 S365 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse6 FEBA_gDNA_plate498 G6 S366 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse7 FEBA_gDNA_plate498 G7 S367 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse8 FEBA_gDNA_plate498 G8 S368 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse9 FEBA_gDNA_plate498 G9 S369 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse10 FEBA_gDNA_plate498 G10 S370 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse11 FEBA_gDNA_plate498 H1 S373 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse12 FEBA_gDNA_plate498 H2 S374 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse13 FEBA_gDNA_plate498 H3 S375 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse14 FEBA_gDNA_plate498 H4 S376 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse15 FEBA_gDNA_plate498 H5 S377 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse16 FEBA_gDNA_plate498 H6 S378 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse17 FEBA_gDNA_plate498 H7 S379 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse18 FEBA_gDNA_plate498 H8 S380 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse19 FEBA_gDNA_plate498 H9 S381 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day3_Mouse20 FEBA_gDNA_plate498 H10 S382 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse1 FEBA_gDNA_plate499 A1 S385 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse2 FEBA_gDNA_plate499 A2 S386 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse3 FEBA_gDNA_plate499 A3 S387 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse4 FEBA_gDNA_plate499 A4 S388 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse5 FEBA_gDNA_plate499 A5 S389 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse6 FEBA_gDNA_plate499 A6 S390 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse7 FEBA_gDNA_plate499 A7 S391 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse8 FEBA_gDNA_plate499 A8 S392 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse9 FEBA_gDNA_plate499 A9 S393 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse10 FEBA_gDNA_plate499 A10 S394 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse1 FEBA_gDNA_plate499 A11 S395 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse3 FEBA_gDNA_plate499 A12 S396 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse11 FEBA_gDNA_plate499 B1 S397 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse12 FEBA_gDNA_plate499 B2 S398 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse13 FEBA_gDNA_plate499 B3 S399 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse14 FEBA_gDNA_plate499 B4 S400 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse15 FEBA_gDNA_plate499 B5 S401 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse16 FEBA_gDNA_plate499 B6 S402 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse17 FEBA_gDNA_plate499 B7 S403 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse18 FEBA_gDNA_plate499 B8 S404 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse19 FEBA_gDNA_plate499 B9 S405 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day4_Mouse20 FEBA_gDNA_plate499 B10 S406 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse2 FEBA_gDNA_plate499 B11 S407 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse8 FEBA_gDNA_plate499 B12 S408 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse1 FEBA_gDNA_plate499 C1 S409 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse2 FEBA_gDNA_plate499 C2 S410 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse3 FEBA_gDNA_plate499 C3 S411 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse4 FEBA_gDNA_plate499 C4 S412 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse5 FEBA_gDNA_plate499 C5 S413 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse6 FEBA_gDNA_plate499 C6 S414 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse7 FEBA_gDNA_plate499 C7 S415 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse8 FEBA_gDNA_plate499 C8 S416 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse9 FEBA_gDNA_plate499 C9 S417 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse10 FEBA_gDNA_plate499 C10 S418 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse6 FEBA_gDNA_plate499 C11 S419 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse4 FEBA_gDNA_plate499 C12 S420 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse11 FEBA_gDNA_plate499 D1 S421 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse12 FEBA_gDNA_plate499 D2 S422 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse13 FEBA_gDNA_plate499 D3 S423 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse5 FEBA_gDNA_plate499 D4 S424 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse15 FEBA_gDNA_plate499 D5 S425 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse16 FEBA_gDNA_plate499 D6 S426 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse17 FEBA_gDNA_plate499 D7 S427 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse18 FEBA_gDNA_plate499 D8 S428 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse19 FEBA_gDNA_plate499 D9 S429 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse20 FEBA_gDNA_plate499 D10 S430 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse7 FEBA_gDNA_plate499 D11 S431 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse9 FEBA_gDNA_plate499 D12 S432 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse1 FEBA_gDNA_plate499 E1 S433 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse2 FEBA_gDNA_plate499 E2 S434 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse3 FEBA_gDNA_plate499 E3 S435 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse4 FEBA_gDNA_plate499 E4 S436 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day5_Mouse14 FEBA_gDNA_plate499 E5 S437 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse6 FEBA_gDNA_plate499 E6 S438 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse7 FEBA_gDNA_plate499 E7 S439 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse8 FEBA_gDNA_plate499 E8 S440 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse9 FEBA_gDNA_plate499 E9 S441 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse10 FEBA_gDNA_plate499 E10 S442 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse11 FEBA_gDNA_plate499 E11 S443 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse13 FEBA_gDNA_plate499 E12 S444 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse11 FEBA_gDNA_plate499 F1 S445 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse12 FEBA_gDNA_plate499 F2 S446 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse13 FEBA_gDNA_plate499 F3 S447 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse14 FEBA_gDNA_plate499 F4 S448 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse15 FEBA_gDNA_plate499 F5 S449 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse16 FEBA_gDNA_plate499 F6 S450 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse17 FEBA_gDNA_plate499 F7 S451 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse18 FEBA_gDNA_plate499 F8 S452 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse19 FEBA_gDNA_plate499 F9 S453 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day6_Mouse20 FEBA_gDNA_plate499 F10 S454 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse12 FEBA_gDNA_plate499 F11 S455 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse14 FEBA_gDNA_plate499 F12 S456 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse1 FEBA_gDNA_plate499 G1 S457 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse2 FEBA_gDNA_plate499 G2 S458 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse3 FEBA_gDNA_plate499 G3 S459 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse4 FEBA_gDNA_plate499 G4 S460 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse5 FEBA_gDNA_plate499 G5 S461 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse6 FEBA_gDNA_plate499 G6 S462 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse7 FEBA_gDNA_plate499 G7 S463 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse8 FEBA_gDNA_plate499 G8 S464 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse9 FEBA_gDNA_plate499 G9 S465 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse10 FEBA_gDNA_plate499 G10 S466 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse16 FEBA_gDNA_plate499 G11 S467 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse11 FEBA_gDNA_plate499 H1 S469 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse12 FEBA_gDNA_plate499 H2 S470 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse13 FEBA_gDNA_plate499 H3 S471 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse14 FEBA_gDNA_plate499 H4 S472 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse15 FEBA_gDNA_plate499 H5 S473 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse16 FEBA_gDNA_plate499 H6 S474 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse17 FEBA_gDNA_plate499 H7 S475 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse18 FEBA_gDNA_plate499 H8 S476 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse19 FEBA_gDNA_plate499 H9 S477 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day7_Mouse20 FEBA_gDNA_plate499 H10 S478 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse19 FEBA_gDNA_plate499 H12 S480 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse1 FEBA_gDNA_plate500 A1 S481 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse2 FEBA_gDNA_plate500 A2 S482 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse3 FEBA_gDNA_plate500 A3 S483 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse4 FEBA_gDNA_plate500 A4 S484 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse5 FEBA_gDNA_plate500 A5 S485 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse6 FEBA_gDNA_plate500 A6 S486 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse7 FEBA_gDNA_plate500 A7 S487 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse8 FEBA_gDNA_plate500 A8 S488 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse9 FEBA_gDNA_plate500 A9 S489 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse10 FEBA_gDNA_plate500 A10 S490 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse5 FEBA_gDNA_plate500 A11 S491 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse10 FEBA_gDNA_plate500 A12 S492 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse11 FEBA_gDNA_plate500 B1 S493 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse12 FEBA_gDNA_plate500 B2 S494 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse13 FEBA_gDNA_plate500 B3 S495 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse14 FEBA_gDNA_plate500 B4 S496 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse15 FEBA_gDNA_plate500 B5 S497 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse16 FEBA_gDNA_plate500 B6 S498 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse17 FEBA_gDNA_plate500 B7 S499 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse18 FEBA_gDNA_plate500 B8 S500 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse19 FEBA_gDNA_plate500 B9 S501 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day8_Mouse20 FEBA_gDNA_plate500 B10 S502 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_stomach_Mouse20 FEBA_gDNA_plate500 B12 S504 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse1 FEBA_gDNA_plate500 C1 S505 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse2 FEBA_gDNA_plate500 C2 S506 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse3 FEBA_gDNA_plate500 C3 S507 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse4 FEBA_gDNA_plate500 C4 S508 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse5 FEBA_gDNA_plate500 C5 S509 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse6 FEBA_gDNA_plate500 C6 S510 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse7 FEBA_gDNA_plate500 C7 S511 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse8 FEBA_gDNA_plate500 C8 S512 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse9 FEBA_gDNA_plate500 C9 S513 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse10 FEBA_gDNA_plate500 C10 S514 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse11 FEBA_gDNA_plate500 D1 S517 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse12 FEBA_gDNA_plate500 D2 S518 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse13 FEBA_gDNA_plate500 D3 S519 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse14 FEBA_gDNA_plate500 D4 S520 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse15 FEBA_gDNA_plate500 D5 S521 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse16 FEBA_gDNA_plate500 D6 S522 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse17 FEBA_gDNA_plate500 D7 S523 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse18 FEBA_gDNA_plate500 D8 S524 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse19 FEBA_gDNA_plate500 D9 S525 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day10_Mouse20 FEBA_gDNA_plate500 D10 S526 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse1 FEBA_gDNA_plate500 E1 S529 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse2 FEBA_gDNA_plate500 E2 S530 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse3 FEBA_gDNA_plate500 E3 S531 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse4 FEBA_gDNA_plate500 E4 S532 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse5 FEBA_gDNA_plate500 E5 S533 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse6 FEBA_gDNA_plate500 E6 S534 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse7 FEBA_gDNA_plate500 E7 S535 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse8 FEBA_gDNA_plate500 E8 S536 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse9 FEBA_gDNA_plate500 E9 S537 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse10 FEBA_gDNA_plate500 E10 S538 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a NA FEBA_gDNA_plate500 E12 S540 mouse; na Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse11 FEBA_gDNA_plate500 F1 S541 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse12 FEBA_gDNA_plate500 F2 S542 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse13 FEBA_gDNA_plate500 F3 S543 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse14 FEBA_gDNA_plate500 F4 S544 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse15 FEBA_gDNA_plate500 F5 S545 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse16 FEBA_gDNA_plate500 F6 S546 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse18 FEBA_gDNA_plate500 F8 S548 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse19 FEBA_gDNA_plate500 F9 S549 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day12_Mouse20 FEBA_gDNA_plate500 F10 S550 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a NA FEBA_gDNA_plate500 F12 S552 mouse; na Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse1 FEBA_gDNA_plate500 G1 S553 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse2 FEBA_gDNA_plate500 G2 S554 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse3 FEBA_gDNA_plate500 G3 S555 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse4 FEBA_gDNA_plate500 G4 S556 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse5 FEBA_gDNA_plate500 G5 S557 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse6 FEBA_gDNA_plate500 G6 S558 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse7 FEBA_gDNA_plate500 G7 S559 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse8 FEBA_gDNA_plate500 G8 S560 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse9 FEBA_gDNA_plate500 G9 S561 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse10 FEBA_gDNA_plate500 G10 S562 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Dayistal colon_Mouse5 FEBA_gDNA_plate500 G11 S563 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Dayistal colon_Mouse10 FEBA_gDNA_plate500 G12 S564 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse11 FEBA_gDNA_plate500 H1 S565 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse13 FEBA_gDNA_plate500 H3 S567 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse14 FEBA_gDNA_plate500 H4 S568 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse16 FEBA_gDNA_plate500 H6 S570 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Stool_Day14_Mouse19 FEBA_gDNA_plate500 H9 S573 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine1_Mouse6 FEBA_gDNA_plate501 A6 S582 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine1_Mouse10 FEBA_gDNA_plate501 A10 S586 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse1 FEBA_gDNA_plate501 A11 S587 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse3 FEBA_gDNA_plate501 A12 S588 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine1_Mouse11 FEBA_gDNA_plate501 B1 S589 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine1_Mouse20 FEBA_gDNA_plate501 B10 S598 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse2 FEBA_gDNA_plate501 B11 S599 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse4 FEBA_gDNA_plate501 B12 S600 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse3 FEBA_gDNA_plate501 C3 S603 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse6 FEBA_gDNA_plate501 C6 S606 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse8 FEBA_gDNA_plate501 C8 S608 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse9 FEBA_gDNA_plate501 C9 S609 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse10 FEBA_gDNA_plate501 C10 S610 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse6 FEBA_gDNA_plate501 C11 S611 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse8 FEBA_gDNA_plate501 C12 S612 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse11 FEBA_gDNA_plate501 D1 S613 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse14 FEBA_gDNA_plate501 D4 S616 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine2_Mouse16 FEBA_gDNA_plate501 D6 S618 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse7 FEBA_gDNA_plate501 D11 S623 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse9 FEBA_gDNA_plate501 D12 S624 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse1 FEBA_gDNA_plate501 E1 S625 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse3 FEBA_gDNA_plate501 E3 S627 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse4 FEBA_gDNA_plate501 E4 S628 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse6 FEBA_gDNA_plate501 E6 S630 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse7 FEBA_gDNA_plate501 E7 S631 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse8 FEBA_gDNA_plate501 E8 S632 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse9 FEBA_gDNA_plate501 E9 S633 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse10 FEBA_gDNA_plate501 E10 S634 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse11 FEBA_gDNA_plate501 E11 S635 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse13 FEBA_gDNA_plate501 E12 S636 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse11 FEBA_gDNA_plate501 F1 S637 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse14 FEBA_gDNA_plate501 F4 S640 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse15 FEBA_gDNA_plate501 F5 S641 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse16 FEBA_gDNA_plate501 F6 S642 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse19 FEBA_gDNA_plate501 F9 S645 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_Small_Intestine3_Mouse20 FEBA_gDNA_plate501 F10 S646 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse1 FEBA_gDNA_plate501 G1 S649 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse2 FEBA_gDNA_plate501 G2 S650 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse3 FEBA_gDNA_plate501 G3 S651 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse4 FEBA_gDNA_plate501 G4 S652 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse5 FEBA_gDNA_plate501 G5 S653 mouse; vehicle Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse6 FEBA_gDNA_plate501 G6 S654 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse7 FEBA_gDNA_plate501 G7 S655 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse8 FEBA_gDNA_plate501 G8 S656 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse9 FEBA_gDNA_plate501 G9 S657 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse10 FEBA_gDNA_plate501 G10 S658 mouse; methotrexate Methotrexate 5 mg/kg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse16 FEBA_gDNA_plate501 G11 S659 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse11 FEBA_gDNA_plate501 H1 S661 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse13 FEBA_gDNA_plate501 H3 S663 mouse; zymosan and vehicle Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse16 FEBA_gDNA_plate501 H6 S666 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_caecum_Mouse19 FEBA_gDNA_plate501 H9 S669 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg Btheta_ML6_set36 10/31/24 Nayak-UCSF-RBAD Btheta_ML6a Necropsy_distal colon_Mouse19 FEBA_gDNA_plate501 H12 S672 mouse; zymosan and methotrexate Methotrexate 5 mg/kg Zymosan 1 mg