Bicluster

Bicluster Motifs

Bicluster Genes

• Rv0126
• Rv0127
• Rv0189c
• Rv0312
• Rv0382c
• Rv0460
• Rv0461
• Rv0518
• Rv0906
• Rv0999
• Rv1025
• Rv1095
• Rv1477
• Rv1478
• Rv2206
• Rv2894c
• Rv3422c

Bicluster Conditions

• Strain.CDC1551..replicate.1
• Strain.CDC1551..replicate.3
• Strain.CDC1551..replicate.4
• Strain.1006...replicate.4
• Strain.1254...replicate.4
• Strain.1254...replicate.3
• Strain.1843..replicate.1
• Strain.3160..replicate.1
• Strain.3160..replicate.2
• Strain.3160..replicate.4
• Strain.9700665..replicate.1
• Strain.9800608..replicate.2
• Strain.9802501..replicate.2
• Strain.9802501..replicate.4
• Strain.9802826..replicate.1
• Strain.9802826..replicate.2
• Strain.9802826..replicate.3
• Strain.M3061a..replicate.2
• Strain.M3061a..replicate.4
• X0.1ug.mL.Mtmvsctrl..1.5h..x
• X0.2ug.mL.Mtmvsctrl..0.33h..x
• X0.2ug.mL.Mtmvsctrl..2h..x
• X0.2ug.mL.Mtmvsctrl..2h.A.x
• X0.2ug.mL.Mtmvsctrl..2h.B.x
• X0.2ug.mL.Mtmvsctrl..4h..x
• X0.2ug.mL.Mtmvsctrl..4h.A.x
• X0.2ug.mL.Mtmvsctrl..4h.B.x
• Succinate.7H9.based.medium..1
• Succinate.7H9.based.medium..2
• PBS.Tween.7H9
• H37Rv.cDNA.Cy3.vs.H37Rv.gDNA.Cy5..DS..rep.3
• H37Rv.cDNA.Cy5.vs.H37Rv.gDNA.Cy3.rep.1
• H37Rv.cDNA.Cy5.vs.H37Rv.gDNA.Cy3.rep.2
• H37Rv.cDNA.Cy5.vs.H37Rv.gDNA.Cy3.rep.3
• Strain.27.cDNA.Cy3.vs.H37Rv.gDNA.Cy5..DS..rep.1
• Strain.27.cDNA.Cy3.vs.H37Rv.gDNA.Cy5..DS..rep.2
• Strain.27.cDNA.Cy5.vs.H37Rv.gDNA.Cy3.rep.1
• Strain.27.cDNA.Cy5.vs.H37Rv.gDNA.Cy3.rep.2
• Strain.32.cDNA.Cy5.vs.H37Rv.gDNA.Cy3.rep.1
• Strain.32.cDNA.Cy5.vs.H37Rv.gDNA.Cy3.rep.3
• Strain.49.cDNA.Cy3.vs.H37Rv.gDNA.Cy5..DS..rep.2
• Strain.49.cDNA.Cy5.vs.H37Rv.gDNA.Cy3.rep.1
• Strain.49.cDNA.Cy5.vs.H37Rv.gDNA.Cy3.rep.2
• Strain.49.cDNA.Cy5.vs.H37Rv.gDNA.Cy3.rep.3
• H37Rv.wild.type.Vs.H37Rv.wild.type.rep.1
• H37Rv.wild.type.Vs.H37Rv.wild.type.rep.3
• H37Rv.wild.type.Vs.H37Rv.wild.type.rep.4
• H37Rv.wild.type.Vs.H37Rv.wild.type.rep.5
• AA_10uM_10.min_01
• AA_30uM_10.min_05
• AA_30uM_10.min_07
• AA_30uM_10min_03
• AA_30uM_1h_03
• AA_30uM_1h_06
• AA_30uM_24h_03
• AA_30uM_24h_04
• AA_30uM_2h_01
• AA_30uM_30min_03
• AA_30uM_30min_05
• AA_30uM_30min_08
• AA_30uM_30min_09
• AA_30uM_4h_01
• AA_30uM_4h_02
• AA_30uM_4h_03
• AA_30uM_4h_05
• AA_30uM_4h_08
• AA_3uM_10.min_01
• AA_60uM_24h_02
• AA_60uM_24h_03
• Glucose_5mM_10min_01
• Glycerol_1._10M_01
• L2A_30uM_10min_01
• L2A_30uM_10min_04
• L2A_30uM_10min_05
• L2A_30uM_10min_06
• L2A_30uM_1h_09
• L2A_30uM_30min_02
• L2A_30uM_30min_04
• L2A_30uM_30min_05
• L2A_30uM_30Min_06
• L2A_30uM_4h_04
• L2A_30uM_4h_06
• L2A_30uM_4h_08
• OA_50uM_10min_03
• OA_50uM_10min_04
• OA_50uM_10min_08
• OA_50uM_1h_03
• OA_50uM_1h_04
• OA_50uM_1h_05
• OA_50uM_1h_06
• OA_50uM_1h_09
• OA_50uM_24h_01
• OA_50uM_24h_05
• OA_50uM_2h_01
• OA_50uM_2h_03
• OA_50uM_2h_05
• OA_50uM_2h_06
• OA_50uM_2h_07
• OA_50uM_2h_10
• OA_50uM_30min_03
• OA_50uM_30min_05
• OA_50uM_30min_06
• OA_50uM_4h_05
• OA_50uM_4h_07
• OA_50uM_4h_08
• OA_50uM_4h_09
• PA_100uM_2h_03
• PA_100uM_2h_04
• PA_10uM_10.min_01
• PA_10uM_10min_02
• PA_50uM_10min_04
• PA_50uM_10min_05
• PA_50uM_10min_06
• PA_50uM_10min_07
• PA_50uM_12h_02
• PA_50uM_12h_04
• PA_50uM_12h_06
• PA_50uM_1h_02
• PA_50uM_1h_04
• PA_50uM_1h_05
• PA_50uM_1h_07
• PA_50uM_1h_10
• PA_50uM_24h_02
• PA_50uM_24h_04
• PA_50uM_24h_06
• PA_50uM_24h_07
• PA_50uM_24h_09
• PA_50uM_24h_10
• PA_50uM_2h_01
• PA_50uM_2h_02
• PA_50uM_2h_04
• PA_50uM_2h_06
• PA_50uM_2h_07
• PA_50uM_30.min_04
• PA_50uM_30.min_06
• PA_50uM_30.min_07
• PA_50uM_30min_02
• PA_50uM_30min_09
• PA_50uM_30min_11
• PA_50uM_4h_02
• PA_50uM_4h_05
• PA_50uM_4h_06
• PA_50uM_8h_02
• PA_50uM_8h_04
• PA_50uM_8h_05
• PA_50uM_8h_06
• CDC1551.Ctrl.vs.clinical.isolate.10514.01_Afri2.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.10517.01_Afri2.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.12954.03_Beijing.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.12954.03_Beijing.rep.2
• CDC1551.Ctrl.vs.clinical.isolate.1500.03_Beijing.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.1500.03_Beijing.rep.2
• CDC1551.Ctrl.vs.clinical.isolate.1500.03_Beijing.rep.3
• CDC1551.Ctrl.vs.clinical.isolate.1797.03_EAI.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.1797.03_EAI.rep.2
• CDC1551.Ctrl.vs.clinical.isolate.1797.03_EAI.rep.3
• CDC1551.Ctrl.vs.clinical.isolate.1934.03_Beijing.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.1934.03_Beijing.rep.2
• CDC1551.Ctrl.vs.clinical.isolate.1934.03_Beijing.rep.3
• CDC1551.Ctrl.vs.clinical.isolate.2199.99_Uganda.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.2199.99_Uganda.rep.2
• CDC1551.Ctrl.vs.clinical.isolate.2199.99_Uganda.rep.3
• CDC1551.Ctrl.vs.clinical.isolate.2333.99_Uganda.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.2333.99_Uganda.rep.2
• CDC1551.Ctrl.vs.clinical.isolate.2336.02_Haarlem.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.4130.02_Haarlem.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.4130.02_Haarlem.rep.2
• CDC1551.Ctrl.vs.clinical.isolate.4850.03_EAI.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.4850.03_EAI.rep.3
• CDC1551.Ctrl.vs.clinical.isolate.5468.02_Afri2.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.5468.02_Afri2.rep.2
• CDC1551.Ctrl.vs.clinical.isolate.5468.02_Afri2.rep.3
• CDC1551.Ctrl.vs.clinical.isolate.947.01_EAI.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.947.01_EAI.rep.3
• CDC1551.Ctrl.vs.clinical.isolate.9532.03_Haarlem.rep.1
• CDC1551.Ctrl.vs.clinical.isolate.9532.03_Haarlem.rep.3
• BCG.wild.type.vs.BCG.with.empty.pMV361.at.OD.0.2.rep.2
• BCG.wild.type.vs.BCG.with.empty.pMV361.at.OD.0.4.rep.3
• BCG.wild.type.vs.BCG.with.empty.pMV361.at.OD.0.4.rep.5
• Mtb.Erdman.strain.20.ppm.CO.rep.1
• Mtb.Erdman.strain.20.ppm.CO.rep.2
• Mtb.Erdman.strain.200.ppm.CO.rep.2
• Mtb.Erdman.strain.2000.ppm.CO.rep.1
• WT_140mM_NaCl_Rep3
• WT_140mM_NaCl_Rep4
• hip.mutant.KL2801..biological.rep2
• hip.mutant.KL2825..biological.rep1
• hip.mutant.HT1116..biological.rep1
• hip.mutant.HT1116..biological.rep2
• hip.mutant.HT1120..biological.rep1
• hip.mutant.HT1120..biological.rep2
• hip.mutant.HT1134..biological.rep1
• hip.mutant.HT1137..biological.rep1
• hip.mutant.HT1137..biological.rep2
• hip.mutant.HT1170..biological.rep1
• hip.mutant.HT1170..biological.rep2
• X0.2ug.mL..111891.DMSO..5.5h..3
• X0.5ug.mL..111891vsDMSO.6h
• X0.5ug.mL..111891vsDMSO.6hA
• X1ug.mL..111891vsDMSO..6h
• X0.5ug.mL..111895vsDMSO..6h
• X1ug.mL..111895vsDMSO..6h
• X1ug.mL..111895vsDMSO..6hA
• X2ug.mL..111895vsDMSO..6h
• X2ug.mL..111895vsDMSO..6hA
• X2ug.mL..111895vsDMSO..6hB
• X0.5ug.mL..121940vsDMSO.6h
• X2ug.mL..121940vsDMSO..6h
• X2ug.mL..121940vsDMSO..6hA
• X1ug.mL..121940.DMSO..12h
• X1ug.mL..124196vsDMSO..6h
• X40ug.mL.5CL.pH5.6..2h..1
• X40ug.mL.5CL.pH5.6..2h..2
• X40ug.mL.5CL.pH5.6..4h..1
• X40ug.mL.5CL.pH5.6..4h..2
• X40ug.mL.5CL.pH5.6..4h..3
• X80ug.mL.5CL.pH5.6..2h.
• X0.12mg.mL.BZA.pH5.6..2h.
• X0.12mg.mL.BZA.pH5.6..4h..2
• X0.12mg.mL.BZAvspH5.6..5h.
• X0.12mg.mL.BZAvspH5.6..7h.
• X0.12mg.mL.Nam.pH5.6..2h..2
• X0.12mg.mL.Nam.pH5.6..4h..2
• X0.12mg.mL.NamvspH5.6..4h.
• X0.12mg.mL.NamvspH5.6..5.5h.
• X1.2mg.mL.NamvspH5.6..5h.
• X0.12mg.mL.PZA.pH5.6..2h.
• X0.12mg.mL.PZA.pH5.6..2.5h.
• X0.12mg.mL.PZA.pH5.6..4h..1
• X0.12mg.mL.PZA.pH5.6..4h..2
• X0.12mg.mL.PZA.pH5.6..5h.
• X0.12mg.mL.PZAvspH5.6..5.5h.
• X0.12mg.mL.PZAvspH5.6..6h.
• X0.12mg.mL.PZAvspH5.6..6h.A
• X0.12mg.mL.PZAvspH5.6..10.5h.
• X0.12mg.mL.PZAvspH5.6..11h.
• X1.2mg.mL.PZA.pH5.6..2h..
• X1.2mg.mL.PZAvspH5.6..4h.
• X1.2mg.mL.PZAvspH5.6..4h.B
• X1.2mg.mL.PZAvspH5.6..7h.
• X1.2mg.mL.PZAvspH5.6..10.5h.
• X0.2ug.mL.Mtmvsctrl..0.33h..y
• X0.2ug.mL.Mtmvsctrl..2h..y
• X0.2ug.mL.Mtmvsctrl..4h..y
• X0.2ug.mL.Mtmvsctrl..4h.A.y
• X100uM.Dipyridylvsctrl..6h
• X200uM.Dipyridylvsctrl..6h
• X200uM.Dipyridylvsctrl..6hA
• X250uM.DeferroxaminevsDMSO..6h
• X10ug.mL.LevovsEtOH..6hA
• X9ug.mLAscidideminNpvsDMSO.6h
• X9ug.mLAscidideminNpvsDMSO.6hA
• X5ug.mL.OfloxvsEtOH..6hA
• X10ug.mL.OfloxvsDMSO..6hA