Collection of Manually Curated Inferences of Regulons in Prokaryotic Genomes
-- version 1.7 --

Browse by regulogs [browse by genomes]

This complete list of regulogs is classified by the name of transcription factor and the taxonomic group where the respective regulog was described. Click on a respective table header to sort regulogs accordingly.

General statistics
Transcription factors 338
Regulogs 799
TF families 62
Genomes 425
Binding sites 33092
Regulog Function Effector Family Genomes Sites
AbgR - Enterobacteriales p-aminobenzoyl-glutamate utilization p-aminobenzoyl-glutamate LysR 12 12
AcoR - Bacillales Acetoin utilization Acetoin Fis 11 6
AcrR - Enterobacteriales Multidrug resistance Rhodamine 6G; Ethidium bromide; Proflavin TetR 12 24
AdaA - Bacillales DNA alkylation response AraC 11 10
AdcR - Streptococcus Zinc homeostasis Zinc ion, (Zn2+) MarR 8 59
AgaR - Caulobacterales N-acetylgalactosamine utilization N-acetylgalactosamine DeoR 4 1
AgaR - Enterobacteriales N-acetylgalactosamine utilization N-acetylgalactosamine; Galactosamine DeoR 12 15
AgaR - Pasteurellales N-acetylgalactosamine utilization N-acetylgalactosamine DeoR 9 2
AgaR - Psychromonadaceae/Aeromonadales N-acetylgalactosamine utilization N-acetylgalactosamine DeoR 6 11
AgaR - Shewanellaceae N-acetylgalactosamine utilization N-acetylgalactosamine DeoR 16 10
AgaR - Xanthomonadales N-acetylgalactosamine utilization N-acetylgalactosamine DeoR 4 2
AgaR2 - Enterobacteriales / Vibrionales N-acetylgalactosamine utilization N-acetylgalactosamine DeoR 5 15
AgaR3 - Enterobacteriales / Vibrionales N-acetylgalactosamine utilization N-acetylgalactosamine DeoR 6 7
AgrA - Staphylococcus Virulence; Quorum sensing LytTR 7 7
AlgR - Shewanellaceae Alginate utilization Glucuronate; Galacturonate GntR 16 2
AllR - Enterobacteriales Allantoin utilization Allantoin IclR 12 6
AlsR - Bacillales Acetoin production Acetate LysR 11 8
AnsR - Bacillales Asparagine degradation Asparagine Xre 11 10
AraR - Bacillales Arabinose utilization Arabinose GntR 11 54
AraR - Lactobacillales Arabinose utilization Arabinose GntR 16 19
AraR - Shewanellaceae Arabinose utilization Arabinose GntR 16 30
AraR - Thermotogales Arabinose utilization Arabinose GntR 11 35
AraR1 - Clostridiaceae Arabinose utilization Arabinose GntR 20 12
AraR2 - Clostridiaceae Arabinose utilization Arabinose GntR 20 11
ArcR - Staphylococcus Arginine degradation Arginine Crp 7 6
ArgR - Alteromonadales Arginine biosynthesis; Arginine degradation Arginine ArgR 9 61
ArgR - Bacillales Arginine biosynthesis; Arginine degradation Arginine ArgR 11 83
ArgR - Enterobacteriales Arginine biosynthesis; Arginine degradation Arginine ArgR 12 259
ArgR - Pasteurellales Arginine biosynthesis; Arginine degradation Arginine ArgR 9 69
ArgR - Psychromonadaceae/Aeromonadales Arginine biosynthesis; Arginine degradation Arginine ArgR 6 70
ArgR - Shewanellaceae Arginine biosynthesis; Arginine degradation Arginine ArgR 16 502
ArgR - Staphylococcus Arginine biosynthesis; Arginine degradation Arginine ArgR 7 65
ArgR - Streptococcus Arginine biosynthesis; Arginine degradation Arginine ArgR 8 81
ArgR - Vibrionales Arginine biosynthesis; Arginine degradation Arginine ArgR 10 107
ArsR - Bacillales Arsenic resistance Arsenite; Cadmium, ion (Cd2+); Silver ion, (Ag+) ArsR 11 16
ArsR - Cyanobacteria Arsenic resistance Arsenite ArsR 14 19
ArsR - Desulfovibrionales Arsenic resistance Arsenate ArsR 11 34
ArsR - Staphylococcus Arsenic resistance Arsenate; Arsenite ArsR 7 26
ArsR2 - Desulfovibrionales Arsenic resistance ArsR 11 5
ArsR3 - Desulfovibrionales Arsenic resistance ArsR 11 4
AscG - Enterobacteriales Beta-glucosides utilization LacI 12 28
AseR - Bacillales Arsenic resistance Arsenite ArsR 11 13
AzrR - Shewanellaceae Superoxide stress response Paraquat AsnC 16 34
BceR - Bacillales Bacitracin resistance BceS, sensor histidine kinase (bacitracin) OmpR 11 7
BetI - Enterobacteriales Glycine betaine synthesis Choline TetR 12 14
BetI - Shewanellaceae Osmotic stress response Betaine TetR 16 8
BglR - Bacillales Beta-glucosides utilization Beta-glucoside-6-phosphate GntR 11 6
BglR - Shewanellaceae Beta-glucosides utilization Beta-glucoside LacI 16 24
BglR - Staphylococcus Beta-glucosides utilization Beta-glucoside-6-phosphate GntR 7 2
BglR - Thermotogales Beta-glucosides utilization Cellobiose ROK 11 7
BioQ - Actinomycetales Biotin biosynthesis Biotin TetR 19 86
BioQ - Corynebacteriaceae Biotin biosynthesis Biotin TetR 8 24
BirA - Alteromonadales Biotin biosynthesis Biotin BirA 9 17
BirA - Bacillales Biotin biosynthesis Biotin BirA 11 36
BirA - Desulfovibrionales Biotin biosynthesis Biotin BirA 13 8
BirA - Desulfuromonadales Biotin biosynthesis Biotin BirA 9 15
BirA - Enterobacteriales Biotin biosynthesis Biotin BirA 12 24
BirA - Oceanospirillales/Alteromonadales Biotin biosynthesis Biotin BirA 12 26
BirA - Pseudomonadaceae Biotin biosynthesis Biotin BirA 8 15
BirA - Psychromonadaceae/Aeromonadales Biotin biosynthesis Biotin BirA 6 12
BirA - Shewanellaceae Biotin biosynthesis Biotin BirA 16 32
BirA - Staphylococcus Biotin biosynthesis Biotin BirA 7 21
BirA - Streptococcus Biotin biosynthesis Biotin BirA 8 13
BirA - Various betaproteobacteria Biotin biosynthesis Biotin BirA 12 13
BirA - Vibrionales Biotin biosynthesis Biotin BirA 10 20
BirA - Xanthomonadales Biotin biosynthesis Biotin BirA 4 5
BkdR - Bacillales Branched-chain amino acid degradation Fis 11 26
BlaI - Staphylococcus Beta-lactam resistance BlaR, sensor histidine kinase (beta-lactam antibiotics) MarR 7 16
BlpR - Streptococcus Quorum sensing LytT 8 7
BltR - Bacillales Multidrug resistance MerR 11 5
BmrR - Bacillales Multidrug resistance MerR 11 2
BsdA - Bacillales Salicylic acid resistance Salicylate LysR 11 6
Btr - Bacillales Iron homeostasis Bacillibactin; Fe-Bacillibactin AraC 11 5
CalR - Shewanellaceae Utilization of aromatic compounds TetR 16 16
CcmR - Cyanobacteria Carbon dioxide fixation LysR 14 72
CcpA - Bacillales Carbon catabolism HPr, phosphocarrier protein LacI 11 551
CcpA - Staphylococcus Carbon catabolism HPr, phosphocarrier protein; Fructose-1,6-diphosphate LacI 7 391
CcpA - Streptococcus Carbon catabolism HPr, phosphocarrier protein LacI 8 511
CcpB - Bacillales Carbon catabolism LacI 11 3
CcpC - Bacillales Citrate metabolism Citrate LysR 11 12
CcpN - Bacillales Gluconeogenesis CcpN 11 25
CelR - Thermotogales Cellobiose utilization Cellobiose LacI 11 31
CggR - Bacillales Glycolysis Fructose-1,6-diphosphate SorC 11 12
CggR - Staphylococcus Glycolysis Fructose-1,6-diphosphate SorC 7 7
ChiR - Thermotogales Chitobiose utilization Chitobiose ROK 11 8
CiaR - Streptococcus Virulence OmpR 8 54
CitR - Bacillales Citrate metabolism LysR 11 8
CitT - Bacillales Citrate utilization Citrate CitT 11 8
CmbR - Streptococcus Cysteine metabolism O-acetyl-L-serine LysR 8 18
CodY - Bacillales Amino acid metabolism Branched-chain amino acids CodY 11 411
CodY - Staphylococcus Amino acid metabolism Branched-chain amino acids CodY 7 516
CodY - Streptococcus Amino acid metabolism Branched-chain amino acids CodY 8 143
ComA - Bacillales Competence ComP, sensor histidine kinase (ComX) LuxR 11 17
CooA - Desulfovibrionales Carbon monoxide utilization CRP/FNR 13 11
CopR - Streptococcus Copper resistance Copper ion, (Cu2+) CopY 8 19
Crp - Cyanobacteria Cyclic 3',5'-AMP Fnr-Crp 14 106
Crp - Enterobacteriales Carbon catabolism Cyclic 3',5'-AMP Crp 12 2500
Crp - Shewanellaceae Carbon catabolism Cyclic 3',5'-AMP Crp 15 1260
CsoR - Bacillales Copper resistance Copper ion, (Cu+) CsoR 11 25
CssR - Bacillales Protein secretion stress response CssS, sensor histidine kinase OmpR 11 25
CtsR - Bacillales Heat shock response Heat shock CtsR 11 41
CtsR - Staphylococcus Heat shock response Heat shock CtsR 7 45
CtsR - Streptococcus Heat shock response Heat shock CtsR 8 37
CueR - Enterobacteriales Copper homeostasis Copper ion, (Cu2+) MerR 12 30
CueR - Shewanellaceae Copper resistance Copper ion, (Cu2+) MerR 16 26
CueR2 - Shewanellaceae Copper resistance Copper ion, (Cu2+) MerR 16 3
CymR - Bacillales Cysteine metabolism O-acetyl-L-serine; CysK, cysteine synthetase Rrf2 11 65
CymR - Staphylococcus Cysteine metabolism O-acetyl-L-serine; CysK, cysteine synthetase Rrf2 7 69
CysL - Bacillales Sulfite reduction Sulfate; Sulfite; Thiosulfate LysR 11 35
CzrA - Bacillales Zinc resistance; Cadmium resistance; Copper resistance; Cobalt resistance; Nickel resistance Silver ion, (Ag+); Cadmium, ion (Cd2+); Cobalt ion, (Co2+); Zinc ion, (Zn2+); Nickel ion, (Ni2+); Copper ion, (Cu2+) ArsR 11 16
CzrA - Staphylococcus Zinc resistance Zinc ion, (Zn2+) ArsR 7 6
DESPIG_02495 - Desulfovibrionales ArsR 11 3
DMR_17410 - Desulfovibrionales Metabolite transport GntR 10 2
DMR_39480 - Desulfovibrionales ArsR 11 2
DMR_45340 - Desulfovibrionales ArsR 11 2
DVU0030 - Desulfovibrionales Amino acid transport GntR 13 21
DVU0057 - Desulfovibrionales TetR 10 3
DVU0379 - Desulfovibrionales Uranium reduction CRP/FNR 13 5
DVU0436 - Desulfovibrionales TetR 10 2
DVU1760 - Desulfovibrionales TetR 10 4
DVU2275 - Desulfovibrionales Pyruvate metabolism Fis 10 3
DVU2423 - Desulfovibrionales Nitrogen metabolism HxlR 13 13
DVU2644 - Desulfovibrionales Amino acid metabolism GntR 13 17
DVU2802 - Desulfovibrionales GntR 13 9
DVU2819 - Desulfovibrionales Metabolite transport TetR 10 1
DVU2827 - Desulfovibrionales Pyruvate metabolism Fis 10 20
DVU2953 - Desulfovibrionales Amino acid metabolism GntR 13 9
DVU3111 - Desulfovibrionales Alkaline stress response CRP/FNR 13 9
DasR - Streptomyces N-acetylglucosamine utilization N-acetylglucosamine GntR 2 29
Dbac_0104 - Desulfovibrionales Metabolite transport TetR 10 6
Dbac_0377 - Desulfovibrionales ArsR 11 1
Dbac_1936 - Desulfovibrionales ArsR 11 1
DctR - Bacillales C4-dicarboxylate transport DeoR 11 4
Dde_1200 - Desulfovibrionales CRP/FNR 13 2
Ddes_0528, DESPIG_03026 - Desulfovibrionales Nitrosative stress response CRP/FNR 11 4
Ddes_1264 - Desulfovibrionales Heavy metal resistance ArsR 11 2
Ddes_1411, Ddes_2092 - Desulfovibrionales CRP/FNR 11 8
Ddes_1827 - Desulfovibrionales Nitrosative stress response CRP/FNR 11 1
DegA - Bacillales Inositol utilization LacI 11 13
DeoR - Bacillales Deoxynucleoside utilization Deoxyribose-5-phosphate SorC 11 9
DeoR - Enterobacteriales Deoxyribonucleoside utilization DeoR 12 34
DeoR - Shewanellaceae Nucleoside utilization Crp 16 9
DesR - Bacillales Cold shock response LuxR 11 6
Desal_0038 - Desulfovibrionales GntR 10 1
Desal_0494 - Desulfovibrionales CRP/FNR 11 2
Desal_2066 - Desulfovibrionales CRP/FNR 11 6
Desal_2919 - Desulfovibrionales GntR 10 2
Desal_3745 - Desulfovibrionales Metabolite transport GntR 10 2
DgoR - Enterobacteriales Galactonate utilization Galactonate GntR 12 12
Dnr - Ralstonia Denitrification Nitric oxide Fnr 6 9
Dnr - Shewanellaceae Denitrification Nitric oxide Crp 16 5
DosR - Actinomycetales Dormancy Oxygen; Carbon monoxide; Nitric oxide LuxR 12 299
DvMF_1479 - Desulfovibrionales GntR 10 1
DvMF_1708 - Desulfovibrionales CRP/FNR 11 3
DvMF_1994 - Desulfovibrionales GntR 10 4
DvMF_2930 - Desulfovibrionales GntR 10 2
EbgR - Enterobacteriales Lactose utilization LacI 12 5
ExuR - Bacillales Glucuronate utilization; Galacturonate utilization Glucuronate; Galacturonate LacI 11 5
ExuR - Enterobacteriales Galacturonate utilization Galacturonate GntR 12 47
FUR - Shewanellaceae Iron homeostasis Iron ion, (Fe2+) FUR 16 496
FabR - Alteromonadales Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 9 45
FabR - Enterobacteriales Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 12 40
FabR - Oceanospirillales/Alteromonadales Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 12 8
FabR - Pasteurellales Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 9 19
FabR - Psychromonadaceae/Aeromonadales Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 6 27
FabR - Shewanellaceae Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 16 118
FabR - Vibrionales Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 10 67
FabR/DesT - Pseudomonadaceae Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 8 13
FabR2 - Moraxellaceae Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 4 6
FabR2 - Oceanospirillales Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 12 6
FabR2 - Pseudomonadaceae Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 8 6
FabR2 - Xanthomonadales Fatty acid biosynthesis Unsaturated acyl-ACP; Unsaturated acyl-CoA TetR 4 6
FabT - Streptococcus Fatty acid biosynthesis Long-chain acyl-ACP MarR 8 27
FadP - Burkholderia Fatty acid degradation TetR 8 63
FadP - Comamonadaceae Fatty acid degradation TetR 11 46
FadP - Ralstonia Fatty acid degradation TetR 6 85
FadR - Alteromonadales Fatty acid degradation Palmitoyl-CoA; Oleoyl-CoA GntR 9 34
FadR - Bacillales Fatty acid degradation Palmitoyl-CoA; Oleoyl-CoA TetR 11 47
FadR - Enterobacteriales Fatty acid degradation Palmitoyl-CoA; Oleoyl-CoA GntR 12 112
FadR - Pasteurellales Fatty acid degradation Palmitoyl-CoA; Oleoyl-CoA GntR 9 17
FadR - Psychromonadaceae/Aeromonadales Fatty acid degradation Palmitoyl-CoA; Oleoyl-CoA GntR 6 10
FadR - Shewanellaceae Fatty acid degradation Palmitoyl-CoA; Oleoyl-CoA GntR 16 78
FadR - Vibrionales Fatty acid degradation Palmitoyl-CoA; Oleoyl-CoA GntR 10 59
FapR - Bacillales Fatty acid biosynthesis Malonyl-CoA COG2050 11 48
FapR - Staphylococcus Fatty acid biosynthesis Malonyl-CoA; Malonyl-ACP COG2050 7 30
FatR - Bacillales Toxic fatty acid stress response Oleic acid; gamma-Linolenic acid; Linoleic acid; Phytanic acid TetR 11 5
FetR - Chloroflexi Iron homeostasis Iron ion, (Fe2+) DtxR 5 13
FliA - Desulfovibrionales Motility Sigma70 13 92
Fnr - Bacillales Anaerobic metabolism Oxygen FNR 11 34
Fnr - Shewanellaceae Anaerobic metabolism Oxygen Crp 15 579
FrlR - Bacillales Fructoselysine utilization Fructoselysine 6-phosphate GntR 11 11
FruR - Bacillales Fructose utilization Fructose-6-phosphate DeoR 11 17
FruR - Enterobacteriales Central carbohydrate metabolism Fructose-1-phosphate; Fructose-1,6-diphosphate LacI 12 213
FruR - Oceanospirillales/Alteromonadales Fructose utilization Fructose-1-phosphate; Fructose-1,6-diphosphate LacI 12 4
FruR - Pasteurellales Fructose utilization Fructose-1-phosphate; Fructose-1,6-diphosphate LacI 9 2
FruR - Pseudomonadaceae Fructose utilization Fructose-1-phosphate; Fructose-1,6-diphosphate LacI 8 16
FruR - Psychromonadaceae/Aeromonadales Fructose utilization Fructose-1-phosphate; Fructose-1,6-diphosphate LacI 6 22
FruR - Staphylococcus Fructose utilization Fructose-6-phosphate DeoR 7 7
FruR - Streptococcus Fructose utilization Fructose DeoR 8 8
FruR - Thermotogales Fructose utilization Fructose-6-phosphate DeoR 11 2
FruR - Vibrionales Fructose utilization Fructose-1-phosphate; Fructose-1,6-diphosphate LacI 10 60
FucR - Streptococcus Fucose utilization Fucose DeoR 8 1
Fur - Alphaproteobacteria Iron homeostasis Iron ion, (Fe2+) Fur 12 132
Fur - Bacillales Iron homeostasis Iron ion, (Fe2+) Fur 11 201
Fur - Cyanobacteria Iron homeostasis Iron ion, (Fe2+) Fur 14 167
Fur - Desulfovibrionales Iron homeostasis Iron ion, (Fe2+) Fur 13 229
Fur - Enterobacteriales Iron homeostasis Iron ion, (Fe2+) Fur 12 656
Fur - Ralstonia Iron homeostasis Iron ion, (Fe2+) Fur 6 94
Fur - Staphylococcus Iron homeostasis Iron ion, (Fe2+) Fur 7 106
Fur - Thermotogales Iron homeostasis Iron ion, (Fe2+) Fur 11 26
GabR - Bacillales Gamma-aminobutyrate utilization Pyridoxal-5-phosphate; Gamma-aminobutyric acid GntR (MocR/GabR) 11 8
GalR - Shewanellaceae Galactose utilization Galactose LacI 16 2
GalR - Streptococcus Galactose utilization Galactose LacI 8 15
GalR - Thermotogales Galactosides utilization Galactose LacI 11 18
GalR/GalS - Enterobacteriales Galactose utilization Galactose LacI 12 78
GamR - Bacillales Glucosamine utilization Glucosamine-6-phosphate GntR 11 25
GanR - Bacillales Galactan utilization LacI 11 8
GcvA - Shewanellaceae Glycine metabolism Glycine LysR 16 108
GlcC - Enterobacteriales Glycolate utilization Glycolate GntR 12 2
GlcR - Bacillales DeoR 11 7
GlmR - Shewanellaceae Lipopolysaccharide biosynthesis Glucosamine-6-phosphate DeoR 16 16
GlnR - Bacillales Nitrogen assimilation Feedback-inhibited GlnA, glutamine synthetase MerR 11 37
GlnR - Staphylococcus Nitrogen assimilation Feedback-inhibited GlnA, glutamine synthetase MerR 7 14
GlnR - Streptococcus Nitrogen metabolism Feedback-inhibited GlnA, glutamine synthetase MerR 8 38
GloR - Thermotogales Glucose oligosaccharides utilization LacI 11 9
GlpR - Enterobacteriales Glycerol utilization Glycerol DeoR 12 64
GltC - Bacillales Glutamate metabolism 2-oxoglutarate; Glutamate LysR 11 20
GltC - Staphylococcus Glutamate metabolism 2-oxoglutarate; Glutamate LysR 7 24
GltC2 - Bacillales Glutamate metabolism 2-oxoglutarate; Glutamate LysR 11 8
GltR - Bacillales LysR 11 6
GluR - Thermotogales Glucose utilization Glucose ROK 11 7
GlvR - Bacillales Maltose utilization Maltose-6-phosphate RpiR 11 3
GlvR - Staphylococcus Maltose utilization Maltose-6-phosphate RpiR 7 5
GlvR2 - Bacillales Maltose utilization Maltose-6-phosphate RpiR 11 5
GmuR - Bacillales Glucomannan utilization GntR 11 6
GntR - Bacillales Gluconate utilization D-gluconate; D-glucono-delta-lactone GntR 11 3
GntR - Enterobacteriales   Gluconate utilization Gluconate LacI 12 61
GntR - Shewanellaceae Gluconate utilization Gluconate LacI 16 4
GntR - Staphylococcus Gluconate utilization Gluconate GntR 7 7
GudR - Bacillales Glucarate utilization; Galactarate utilization GntR 11 6
HcpR - Desulfovibrionales Nitrosative stress response Nitric oxide CRP/FNR 11 30
HcpR - Thermotogales Nitrosative stress response Nitric oxide Crp 11 20
HexR - Alteromonadales Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 9 38
HexR - Burkholderia Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 8 38
HexR - Comamonadaceae Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 11 28
HexR - Enterobacteriales Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 12 45
HexR - Oceanospirillales/Alteromonadales Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 12 40
HexR - Pseudomonadaceae Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 8 44
HexR - Psychromonadaceae/Aeromonadales Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 6 79
HexR - Ralstonia Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 6 24
HexR - Shewanellaceae Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 16 316
HexR - Various betaproteobacteria Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 12 12
HexR - Vibrionales Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 10 190
HexR1 - Pseudomonadaceae Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 8 30
HexR2 - Oceanospirillales/Alteromonadales Central carbohydrate metabolism 2-keto-3-deoxy-6-phosphogluconate RpiR 12 12
HisR - Bacillales Histidine biosynthesis Histidine TrpR 11 20
HisR - Staphylococcus Histidine biosynthesis Histidine TrpR 7 25
HmcR - Desulfovibrionales Energy metabolism Rrf2 10 12
HmgR - Shewanellaceae Tyrosine degradation 4-hydroxyphenylpyruvate LysR 16 32
HrcA - Bacillales Heat shock response Heat shock HrcA 11 26
HrcA - Chloroflexi Heat shock response Heat shock HrcA 5 16
HrcA - Cyanobacteria Heat shock response Heat shock HrcA 14 29
HrcA - Desulfovibrionales Heat shock response Heat shock HrcA 13 9
HrcA - Staphylococcus Heat shock response Heat shock HrcA 7 14
HrcA - Streptococcus Heat shock response Heat shock HrcA 8 26
HrcA - Thermotogales Heat shock response Heat shock HrcA 11 50
HssR - Staphylococcus Heme efflux HssS, sensor histidine kinase (heme) OmpR 7 7
HutC - Enterobacteriales Histidine utilization Histidine GntR 12 25
HutC - Ralstonia Histidine utilization Histidine GntR 6 21
HutC - Shewanellaceae Histidine utilization Histidine GntR 16 65
HutR - Staphylococcus Histidine utilization Histidine LysR 7 12
HxlR - Bacillales Ribulose monophosphate pathway HxlR 11 6
HypR - Enterobacteriales Proline and 4-hydrohyproline utilization Proline GntR 12 2
HypR - Ralstonia Proline and 4-hydrohyproline utilization Proline GntR 6 2
HypR - Shewanellaceae Proline and 4-hydrohyproline utilization Proline GntR 16 72
IcaR - Staphylococcus Intercellular adhesion TetR 7 4
IclR - Enterobacteriales Glyoxylate bypass Pyruvate; Glyoxylate IclR 12 10
IlvY - Enterobacteriales Branched-chain amino acid biosynthesis 2-Acetolactate LysR 12 46
IlvY - Shewanellaceae Branched-chain amino acid biosynthesis Acetohydroxybutyrate; 2-Acetolactate LysR 16 64
IolR - Bacillales Inositol utilization 2-keto-5-deoxy-gluconate DeoR 11 9
IolR - Thermotogales Inositol utilization ROK 11 4
IolR2 - Bacillales Inositol utilization LacI 11 4
Irr - Rhizobiales Iron homeostasis Heme Fur 15 122
Irr - Rhodobacterales Iron homeostasis Heme Fur 15 38
Irr - Rhodospirillales Iron homeostasis Heme Fur 9 13
IscR - Alteromonadales Iron-sulfur cluster biogenesis Iron-sulfur cluster redox state Rrf2 18 86
IscR - Betaproteobacteria Iron-sulfur cluster biogenesis Iron-sulfur cluster redox state Rrf2 15 29
IscR - Enterobacteriales Iron-sulfur cluster biogenesis Iron-sulfur cluster redox state Rrf2 5 22
IscR - Enterobacteriales Iron-sulfur cluster biogenesis Rrf2 12 45
IscR - Pasteurellales Iron-sulfur cluster biogenesis Iron-sulfur cluster redox state Rrf2 6 24
IscR - Pseudomonadales Iron-sulfur cluster biogenesis Iron-sulfur cluster redox state Rrf2 4 6
IscR - Ralstonia Iron-sulfur cluster biogenesis Iron-sulfur cluster redox state Rrf2 6 12
IscR - Rhodobacterales Iron-sulfur cluster biogenesis Iron-sulfur cluster redox state Rrf2 10 91
IscR - Shewanellaceae Iron-sulfur cluster biogenesis Iron-sulfur cluster redox state Rrf2 16 93
IscR - Vibrionales Iron-sulfur cluster biogenesis Iron-sulfur cluster redox state Rrf2 5 24
KdgR - Bacillales Pectin utilization 2-keto-3-deoxygluconate LacI 11 13
KdgR - Enterobacteriales Pectin and polygalacturonate utlization 2-keto-3-deoxygluconate IclR 12 155
KdgR - Pasteurellales Pectin and polygalacturonate utlization 2-keto-3-deoxygluconate IclR 9 17
KdgR - Thermotogales Glucuronate utilization 2-keto-3-deoxygluconate IclR 11 26
KdgR - Vibrionales Pectin and polygalacturonate utlization 2-keto-3-deoxygluconate IclR 10 40
KipR - Bacillales Sporulation IclR 11 9
LacI - Enterobacteriales Lactose utilization Lactose LacI 12 5
LacR - Staphylococcus Lactose utilization Galactose-6-phosphate DeoR 7 4
LacR - Streptococcus Lactose utilization Lactose DeoR 8 9
LevR - Bacillales Levan utilization LevR 11 2
LexA - Alteromonadales SOS response DNA damage LexA 9 111
LexA - Bacillales SOS response DNA damage LexA 11 202
LexA - Burkholderia SOS response DNA damage LexA 8 75
LexA - Caulobacterales SOS response DNA damage LexA 4 47
LexA - Chloroflexi SOS response DNA damage LexA 5 52
LexA - Comamonadaceae SOS response DNA damage LexA 11 71
LexA - Corynebacteriaceae SOS response DNA damage LexA 8 100
LexA - Cyanobacteria SOS response DNA damage LexA 14 25
LexA - Desulfovibrionales SOS response DNA damage LexA 10 4
LexA - Desulfuromonadales SOS response DNA damage LexA 9 11
LexA - Enterobacteriales SOS response DNA damage LexA 12 253
LexA - Oceanospirillales/Alteromonadales SOS response DNA damage LexA 12 91
LexA - Pasteurellales SOS response DNA damage LexA 9 96
LexA - Pseudomonadaceae SOS response DNA damage LexA 8 92
LexA - Psychromonadaceae/Aeromonadales SOS response DNA damage LexA 6 77
LexA - Ralstonia SOS response DNA damage LexA 6 62
LexA - Rhizobiales SOS response DNA damage LexA 15 212
LexA - Rhodobacterales SOS response DNA damage LexA 15 128
LexA - Rhodospirillales SOS response DNA damage LexA 9 52
LexA - Shewanellaceae SOS response DNA damage LexA 16 192
LexA - Sphingomonadales SOS response DNA damage LexA 7 61
LexA - Staphylococcus SOS response DNA damage LexA 7 85
LexA - Various betaproteobacteria SOS response DNA damage LexA 12 12
LexA - Vibrionales SOS response DNA damage LexA 10 184
LexA - Xanthomonadales SOS response DNA damage LexA 4 6
LexA2 - Pseudomonadaceae SOS response DNA damage LexA 9 5
LexA2 - Xanthomonadales SOS response DNA damage LexA 4 2
LicR - Bacillales Beta-glucosides utilization LicABC, beta-glucoside PTS system; HPr, phosphocarrier protein BglG 11 5
LiuQ - Burkholderia Branched-chain amino acid degradation TetR 8 32
LiuQ - Comamonadaceae Branched-chain amino acid degradation TetR 11 8
LiuQ - Ralstonia Branched-chain amino acid degradation TetR 6 14
LiuR - Alteromonadales Branched-chain amino acid degradation MerR 9 68
LiuR - Burkholderia Branched-chain amino acid degradation MerR 8 6
LiuR - Caulobacterales Branched-chain amino acid degradation MerR 4 14
LiuR - Comamonadaceae Branched-chain amino acid degradation MerR 11 59
LiuR - Oceanospirillales/Alteromonadales Branched-chain amino acid degradation MerR 12 28
LiuR - Pseudomonadaceae Branched-chain amino acid degradation MerR 8 32
LiuR - Psychromonadaceae/Aeromonadales Branched-chain amino acid degradation MerR 6 20
LiuR - Ralstonia Branched-chain amino acid degradation MerR 6 57
LiuR - Rhizobiales Branched-chain amino acid degradation MerR 15 84
LiuR - Rhodobacterales Branched-chain amino acid degradation MerR 15 19
LiuR - Rhodospirillales Branched-chain amino acid degradation MerR 9 17
LiuR - Shewanellaceae Branched-chain amino acid degradation MerR 16 134
LiuR - Sphingomonadales Branched-chain amino acid degradation MerR 7 65
LiuR - Various betaproteobacteria Branched-chain amino acid degradation MerR 12 31
LiuR - Vibrionales Branched-chain amino acid degradation MerR 10 38
LldR - Corynebacteriaceae Lactate utilization L-lactate GntR 8 9
LldR - Desulfovibrionales Lactate utilization L-lactate GntR 13 11
LldR - Enterobacteriales Lactate utilization L-lactate GntR 12 10
LldR - Ralstonia Lactate utilization L-lactate GntR 6 8
LldR - Shewanellaceae Lactate utilization L-lactate LysR 16 14
LmrA - Bacillales Multidrug resistance Quercetin; Fisetin; Catechin TetR 11 5
LutR - Bacillales Lactate utilization L-lactate GntR 11 18
LysX - Desulfovibrionales Lysine biosynthesis TrmB 13 11
MalI - Enterobacteriales Maltose utilization LacI 12 19
MalR - Shewanellaceae Maltodextrin utilization Maltose LacI 16 68
MalR - Staphylococcus Maltose utilization Maltose LacI 7 5
MalR - Streptococcus Maltose utilization Maltose LacI 8 52
ManR - Bacillales Mannose utilization ManP, mannose PTS system; HPr, phosphocarrier protein BglG 11 6
ManR - Staphylococcus Mannose utilization Mannose-6-phosphate BglG 7 4
ManR - Thermotogales Mannan and beta-mannosides utilization Mannose ROK 11 6
ManR1 - Shewanellaceae Mannose utilization Mannose LacI 16 4
ManR2 - Shewanellaceae Mannose utilization Mannose LacI 16 5
MarR - Enterobacteriales Antibiotic resistance Salicylate; Tetracycline; Chloramphenicol MarR 12 10
MdxR - Bacillales Maltodextrin utilization LacI 11 2
MecI - Staphylococcus Penicillin and methicillin resistance Penicillin G; Methicillin MarR 7 4
MepR - Staphylococcus Multidrug resistance Bis-indoles; Distamycin MarR 7 12
MetJ - Shewanellaceae Methionine biosynthesis S-adenosylmethionine MetJ 16 218
MetR - Enterobacteriales Methionine biosynthesis L-homocysteine LysR 12 113
MetR - Shewanellaceae Methionine biosynthesis Homocysteine LysR 16 102
MhqR - Bacillales 2-Methylhydroquinone and catechol resistance MarR 11 35
MntR - Bacillales Manganese homeostasis Manganese ion, (Mn2+) DtxR 11 16
MntR - Chloroflexi Manganese homeostasis Manganese ion, (Mn2+) DtxR 5 9
MntR - Enterobacteriales Manganese homeostasis Manganese ion, (Mn2+) DtxR 12 23
MntR - Staphylococcus Manganese homeostasis Manganese ion, (Mn2+) DtxR 7 15
MntR - Streptococcus Metal homeostasis Manganese ion, (Mn2+); Iron ion, (Fe2+) DtxR 8 22
ModE - Burkholderia Molybdenum homeostasis Molybdate ModE 8 8
ModE - Caulobacterales Molybdenum homeostasis Molybdate ModE 4 5
ModE - Comamonadaceae Molybdenum homeostasis Molybdate ModE 11 10
ModE - Desulfovibrionales Molybdopterin biosynthesis; Molybdenum homeostasis ModE 10 48
ModE - Desulfuromonadales Molybdenum homeostasis Molybdate ModE 9 10
ModE - Enterobacteriales Molybdopterin biosynthesis; Molybdenum homeostasis Molybdate ModE 12 55
ModE - Moraxellaceae Molybdenum homeostasis Molybdate ModE 4 1
ModE - Oceanospirillales/Alteromonadales Molybdenum homeostasis Molybdate ModE 12 2
ModE - Pasteurellales Molybdenum homeostasis Molybdate ModE 9 21
ModE - Pseudomonadaceae Molybdenum homeostasis Molybdate ModE 8 9
ModE - Psychromonadaceae/Aeromonadales Molybdenum homeostasis Molybdate ModE 6 3
ModE - Ralstonia Molybdenum homeostasis Molybdate ModE 6 8
ModE - Rhizobiales Molybdenum homeostasis Molybdate ModE 15 11
ModE - Rhodobacterales Molybdenum homeostasis Molybdate ModE 15 5
ModE - Rhodospirillales Molybdenum homeostasis Molybdate ModE 9 2
ModE - Shewanellaceae Molybdopterin biosynthesis; Molybdenum homeostasis Molybdate ModE 16 10
ModE - Sphingomonadales Molybdenum homeostasis Molybdate ModE 7 2
ModE - Various betaproteobacteria Molybdenum homeostasis Molybdate ModE 12 5
ModE - Vibrionales Molybdenum homeostasis Molybdate ModE 10 2
ModR - Chloroflexi Molybdenum homeostasis Molybdenum PadR 5 4
ModR - Desulfovibrionales Molybdenum homeostasis Molybdate PF00589 13 25
MprA - Enterobacteriales Multidrug resistance 2,4-Dinitrophenol; Carbonyl cyanide m-chlorophenylhydrazone MarR 12 25
MsmR - Bacillales Alpha-galactosides utilization LacI 11 6
MtaR - Streptococcus Methionine metabolism Methionine LysR 8 48
MtlR - Bacillales Mannitol utilization MtlA, mannitol PTS system; HPr, phosphocarrier protein BglG 11 7
MtlR - Shewanellaceae Mannitol utilization Mannitol DeoR 16 1
MtlR - Staphylococcus Mannitol utilization Mannitol-6-phosphate BglG 7 5
Mur - Rhizobiales Manganese homeostasis Manganese ion, (Mn2+) Fur 21 39
MurR - Bacillales N-acetylmuramate utilization N-acetylmuramate-6-phosphate RpiR 11 4
MurR - Staphylococcus N-acetylmuramate utilization N-acetylmuramate-6-phosphate RpiR 7 6
NadQ - Caulobacterales NAD biosynthesis COG4111 4 16
NadQ - Comamonadaceae NAD biosynthesis COG4111 11 6
NadQ - Moraxellaceae NAD biosynthesis COG4111 4 6
NadQ - Rhizobiales NAD biosynthesis COG4111 15 22
NadQ - Rhodobacterales NAD biosynthesis COG4111 15 5
NadQ - Rhodospirillales NAD biosynthesis COG4111 9 10
NadQ - Various betaproteobacteria NAD biosynthesis COG4111 12 2
NadR - Enterobacteriales NAD biosynthesis NAD NadR 12 27
NagC - Enterobacteriales N-acetylglucosamine utilization N-acetylglucosamine-6-phosphate ROK 12 68
NagC - Oceanospirillales/Alteromonadales N-acetylglucosamine utilization N-acetylglucosamine-6-phosphate ROK 12 5
NagC - Pasteurellales N-acetylglucosamine utilization N-acetylglucosamine-6-phosphate ROK 9 16
NagC - Psychromonadaceae/Aeromonadales N-acetylglucosamine utilization N-acetylglucosamine-6-phosphate ROK 6 16
NagC - Vibrionales N-acetylglucosamine utilization N-acetylglucosamine-6-phosphate ROK 10 199
NagQ - Burkholderia N-acetylglucosamine utilization N-acetylglucosamine GntR 8 7
NagQ - Caulobacterales N-acetylglucosamine utilization N-acetylglucosamine GntR 4 13
NagQ - Oceanospirillales/Alteromonadales N-acetylglucosamine utilization N-acetylglucosamine GntR 12 11
NagQ - Pseudomonadaceae N-acetylglucosamine utilization N-acetylglucosamine GntR 8 4
NagQ - Ralstonia N-acetylglucosamine utilization N-acetylglucosamine GntR 6 2
NagQ - Rhizobiales N-acetylglucosamine utilization N-acetylglucosamine GntR 15 16
NagQ - Rhodobacterales N-acetylglucosamine utilization N-acetylglucosamine GntR 15 8
NagQ - Rhodospirillales N-acetylglucosamine utilization N-acetylglucosamine GntR 9 6
NagQ - Various betaproteobacteria N-acetylglucosamine utilization N-acetylglucosamine GntR 12 12
NagQ - Xanthomonadales N-acetylglucosamine utilization N-acetylglucosamine GntR 4 2
NagR - Alteromonadales N-acetylglucosamine utilization N-acetylglucosamine LacI 9 27
NagR - Bacillales N-acetylglucosamine utilization N-acetylglucosamine-6-phosphate GntR 11 15
NagR - Oceanospirillales/Alteromonadales N-acetylglucosamine utilization N-acetylglucosamine LacI 12 19
NagR - Shewanellaceae N-acetylglucosamine utilization N-acetylglucosamine LacI 16 105
NagR - Streptococcus N-acetylglucosamine utilization N-acetylglucosamine-6-phosphate GntR 8 36
NagR - Xanthomonadales N-acetylglucosamine utilization N-acetylglucosamine LacI 4 17
NanR - Enterobacteriales Sialic acid utilization N-acetylneuraminic acid GntR 2 6
NanR - Enterobacteriales Sialic acid utilization N-acetylneuraminic acid GntR 12 7
NanR - Shewanellaceae Sialic acid utilization N-acetylneuraminic acid GntR 16 4
NanR - Streptococcus Sialic acid utilization N-acetylneuraminic acid RpiR 8 9
NanX - Gammaproteobacteria Sialic acid utilization N-acetylneuraminic acid RpiR 10 27
NarP - Enterobacteriales Nitrate and nitrite respiration Nitrate; Nitrite LuxR 12 81
NarP - Shewanellaceae Nitrate and nitrite respiration Nitrate; Nitrite LuxR 16 235
NhaR - Enterobacteriales Osmotic stress response Potassium ion LysR 12 11
NhaR - Shewanellaceae Osmotic stress response Potassium ion LysR 16 33
NiaR - Bacillales NAD biosynthesis Niacin HTH_11 11 26
NiaR - Clostridiaceae NAD biosynthesis Niacin HTH_11 20 27
NiaR - Lactobacillaceae NAD biosynthesis Niacin HTH_11 15 7
NiaR - Streptococcaceae NAD biosynthesis Niacin HTH_11 15 23
NiaR - Thermotogales NAD biosynthesis Niacin HTH_11 11 13
NikR - Burkholderia Nickel homeostasis Nickel ion, (Ni2+) CopG 8 2
NikR - Comamonadaceae Nickel homeostasis Nickel ion, (Ni2+) CopG 11 3
NikR - Desulfovibrionales Nickel homeostasis Nickel ion, (Ni2+) CopG 13 19
NikR - Desulfuromonadales Nickel homeostasis Nickel ion, (Ni2+) CopG 9 7
NikR - Enterobacteriales Nickel homeostasis Nickel ion, (Ni2+) CopG 12 9
NikR - Pseudomonadaceae Nickel homeostasis Nickel ion, (Ni2+) CopG 8 2
NikR - Rhizobiales Nickel homeostasis Nickel ion, (Ni2+) CopG 15 11
NikR - Rhodobacterales Nickel homeostasis Nickel ion, (Ni2+) CopG 15 2
NikR - Rhodospirillales Nickel homeostasis Nickel ion, (Ni2+) CopG 9 2
NikR - Shewanellaceae Nickel homeostasis Nickel ion, (Ni2+) CopG 16 8
NikR - Various betaproteobacteria Nickel homeostasis Nickel ion, (Ni2+) CopG 12 2
NmlR - Streptococcus Nitrosative stress response Nitric oxide MerR 8 5
NorR - Alteromonadales Nitrosative stress response Nitric oxide Fis 9 18
NorR - Burkholderia Nitrosative stress response Nitric oxide Fis 8 5
NorR - Comamonadaceae Nitrosative stress response Nitric oxide Fis 11 25
NorR - Enterobacteriales Nitrosative stress response Nitric oxide Fis 12 33
NorR - Oceanospirillales/Alteromonadales Nitrosative stress response Nitric oxide Fis 12 13
NorR - Pseudomonadaceae Nitrosative stress response Nitric oxide Fis 8 40
NorR - Psychromonadaceae/Aeromonadales Nitrosative stress response Nitric oxide Fis 6 21
NorR - Ralstonia Nitrosative stress response Nitric oxide Fis 6 35
NorR - Shewanellaceae Nitrosative stress response Nitric oxide Fis 16 91
NorR - Vibrionales Nitrosative stress response Nitric oxide Fis 10 40
NorR2 - Vibrionales Nitrosative stress response Nitric oxide Fis 10 19
NrdR - Actinobacteria Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 15 57
NrdR - Alphaproteobacteria Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 8 27
NrdR - Bacillales Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 11 27
NrdR - Betaproteobacteria Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 9 20
NrdR - Chlamydia Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 5 10
NrdR - Chloroflexi Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 5 8
NrdR - Corynebacteriaceae Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 8 26
NrdR - Cyanobacteria Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 5 9
NrdR - Cyanobacteria Deoxyribonucleotide biosynthesis Deoxyribonucleotides YbaD 14 8
NrdR - Deinococcus-Thermus Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 2 5
NrdR - Deltaproteobacteria Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 6 18
NrdR - Enterobacteriales Ribonucleotide reductases Deoxyribonucleotides NrdR 12 70
NrdR - Firmicutes Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 33 167
NrdR - Gammaproteobacteria Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 35 151
NrdR - Mixture Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 5 11
NrdR - Ralstonia Deoxyribonucleotide biosynthesis Deoxyribonucleotides YbaD 6 18
NrdR - Shewanellaceae Deoxyribonucleotide biosynthesis Deoxyribonucleotides YbaD 16 64
NrdR - Staphylococcus Deoxyribonucleotide biosynthesis Deoxyribonucleotides NrdR 7 30
NrdR - Streptococcus Ribonucleotide reductases Deoxyribonucleotides YbaD 8 40
NrdR - Thermotogales Deoxyribonucleotide biosynthesis Deoxyribonucleotides YbaD 11 60
NreC - Staphylococcus Nitrate and nitrite respiration NreB, sensor histidine kinase (Nitrate, Nitrite) OmpR 7 17
NrtR - Actinobacteria-1 NAD biosynthesis Adenosine diphosphate ribose NrtR 6 9
NrtR - Actinobacteria-2 NAD biosynthesis Adenosine diphosphate ribose NrtR 5 5
NrtR - Actinobacteria-3 NAD biosynthesis Adenosine diphosphate ribose NrtR 3 5
NrtR - Actinobacteria-4 NAD biosynthesis Adenosine diphosphate ribose NrtR 5 11
NrtR - Bacteroidetes-1 NAD biosynthesis Adenosine diphosphate ribose NrtR 2 2
NrtR - Bacteroidetes-2 NAD biosynthesis Adenosine diphosphate ribose NrtR 4 15
NrtR - Bacteroidetes-3 NAD biosynthesis Adenosine diphosphate ribose NrtR 3 9
NrtR - Chloroflexi NAD biosynthesis Adenosine diphosphate ribose NrtR 1 4
NrtR - Chloroflexi NAD biosynthesis Adenosine diphosphate ribose NrtR 5 31
NrtR - Corynebacteriaceae NAD biosynthesis Adenosine diphosphate ribose NrtR 8 6
NrtR - Cyanobacteria NAD biosynthesis Adenosine diphosphate ribose NrtR 7 14
NrtR - Cyanobacteria NAD biosynthesis Adenosine diphosphate ribose NrtR 14 17
NrtR - Cytophaga NAD biosynthesis Adenosine diphosphate ribose NrtR 2 4
NrtR - Firmicutes-1 NAD biosynthesis Adenosine diphosphate ribose NrtR 4 6
NrtR - Firmicutes-2 NAD biosynthesis Adenosine diphosphate ribose NrtR 3 3
NrtR - Firmicutes-3 NAD biosynthesis Adenosine diphosphate ribose NrtR 1 3
NrtR - Firmicutes-4 NAD biosynthesis Adenosine diphosphate ribose NrtR 1 2
NrtR - Gammaproteobacteria-1 NAD biosynthesis Adenosine diphosphate ribose NrtR 6 14
NrtR - Gammaproteobacteria-2 NAD biosynthesis Adenosine diphosphate ribose NrtR 3 5
NrtR - Gammaproteobacteria-3 NAD biosynthesis Adenosine diphosphate ribose NrtR 3 4
NrtR - Pirellula NAD biosynthesis Adenosine diphosphate ribose NrtR 1 2
NrtR - Shewanellaceae NAD biosynthesis Adenosine diphosphate ribose NrtR 16 6
NrtR - Streptococcus NAD biosynthesis Adenosine diphosphate ribose Nudix 8 3
NrtR2 - Cyanobacteria NAD biosynthesis Adenosine diphosphate ribose NrtR 14 5
NsrR - Bacillales Nitrosative stress response Nitric oxide Rrf2 11 30
NsrR - Alteromonadales Nitrosative stress response Nitric oxide Rrf2 9 2
NsrR - Burkholderia Nitrosative stress response Nitric oxide Rrf2 8 23
NsrR - Caulobacterales Nitrosative stress response Nitric oxide Rrf2 4 3
NsrR - Comamonadaceae Nitrosative stress response Nitric oxide Rrf2 11 15
NsrR - Enterobacteriales Nitrosative stress response Nitric oxide Rrf2 12 73
NsrR - Moraxellaceae Nitrosative stress response Nitric oxide Rrf2 4 7
NsrR - Neisseriales Nitrosative stress response Nitric oxide Rrf2 12 5
NsrR - Oceanospirillales/Alteromonadales Nitrosative stress response Nitric oxide Rrf2 12 8
NsrR - Psychromonadaceae/Aeromonadales Nitrosative stress response Nitric oxide Rrf2 6 5
NsrR - Ralstonia Nitrosative stress response Nitric oxide Rrf2 6 23
NsrR - Rhizobiales Nitrosative stress response Nitric oxide Rrf2 15 2
NsrR - Rhodobacterales Nitrosative stress response Nitric oxide Rrf2 15 17
NsrR - Rhodospirillales Nitrosative stress response Nitric oxide Rrf2 9 13
NsrR - Shewanellaceae Nitrosative stress response Nitric oxide Rrf2 16 51
NsrR - Sphingomonadales Nitrosative stress response Nitric oxide Rrf2 7 5
NsrR - Various betaproteobacteria Nitrosative stress response Nitric oxide Rrf2 12 16
NsrR - Vibrionales Nitrosative stress response Nitric oxide Rrf2 10 40
NtcA - Cyanobacteria Nitrogen assimilation 2-oxoglutarate Fnr 14 228
NtcB - Cyanobacteria Nitrogen assimilation Nitrite LysR 14 44
NtdR - Bacillales Neotrehalosadiamine biosynthesis 3,3'-neotrehalosadiamine LacI 11 7
NtrC - Enterobacteriales Nitrogen assimilation Phosphorylated NtrB, signal histidine kinase Fis 12 130
NtrC - Shewanellaceae Nitrogen assimilation Phosphorylated NtrB, signal histidine kinase Fis 16 94
OhcR - Desulfovibrionales Energy metabolism RocR 10 10
OhrR - Bacillales Peroxide stress response tert-Butyl hydroperoxide; Diamide; Cumene hydroperoxide; Hydrogen peroxide MarR 11 11
PUR - Shewanellaceae Purine metabolism 16 60
PaaR - Actinobacteria Phenylacetic acid degradation Phenylacetic acid-CoA TetR 17 85
PaaR - Deinococcus-Thermus Phenylacetic acid degradation Phenylacetyl coenzyme A TetR 5 4
PadR - Bacillales Phenolic acid stress response p-coumaric; Ferulic acid PadR 11 5
PdhR - Alteromonadales Pyruvate metabolism Pyruvate GntR 9 15
PdhR - Enterobacteriales Pyruvate metabolism Pyruvate GntR 12 36
PdhR - Oceanospirillales/Alteromonadales Pyruvate metabolism Pyruvate GntR 12 22
PdhR - Pasteurellales Pyruvate metabolism Pyruvate GntR 9 0
PdhR - Psychromonadaceae/Aeromonadales Pyruvate metabolism Pyruvate GntR 6 8
PdhR - Shewanellaceae Pyruvate metabolism Pyruvate GntR 16 109
PdhR - Vibrionales Pyruvate metabolism Pyruvate GntR 10 16
PdxR - Corynebacteriaceae Pyridoxine biosynthesis Pyridoxal-5-phosphate GntR 8 3
PdxR - Staphylococcus Pyridoxine biosynthesis Pyridoxal-5-phosphate GntR 7 7
PdxR - Streptococcus Pyridoxine biosynthesis Pyridoxal-5-phosphate GntR 8 10
PedR - Cyanobacteria Photosynthesis; Carbon fixation Trx, thioredoxin protein LuxR 14 56
PerR - Bacillales Oxidative stress response; Peroxide stress response Hydrogen peroxide; Manganese ion, (Mn2+); Iron ion, (Fe2+) Fur 11 131
PerR - Cyanobacteria Peroxide stress response Manganese ion, (Mn2+) Fur 14 20
PerR - Desulfovibrionales Peroxide stress response Fur 13 39
PerR - Staphylococcus Oxidative stress response Hydrogen peroxide; Manganese ion, (Mn2+); Iron ion, (Fe2+) Fur 7 69
PerR - Streptococcus Iron homeostasis; Oxidative stress response Hydrogen peroxide; Manganese ion, (Mn2+); Iron ion, (Fe2+) Fur 8 37
PflR - Shewanellaceae Formate metabolism Formate LysR 16 35
PflR - Streptococcus Formate metabolism DeoR 8 21
PhhR - Pseudomonadales Aromatic amino acid metabolism Tyrosine; Phenylalanine Fis 8 32
PhnF - Desulfovibrionales Phosphonate utilization GntR 10 5
PhnF - Enterobacteriales Phosphonate utilization GntR 12 6
PhnF - Ralstonia Phosphonate utilization GntR 6 20
PhoB - Desulfovibrionales Phosphate metabolism Inorganic phosphate OmpR 13 107
PhoB - Thermotogales Phosphate metabolism Inorganic phosphate OmpR 11 11
PipR - Streptococcus TetR 8 26
PirR - Cyanobacteria Salt stress response LysR 14 11
PnuR - Shewanellaceae NAD biosynthesis Crp 16 4
PrpR - Shewanellaceae Methylcitrate utilization 2-methylcitrate GntR 16 44
PsrA - Alteromonadales Fatty acid degradation Oleate TetR 9 26
PsrA - Burkholderia Fatty acid degradation Oleate TetR 8 16
PsrA - Caulobacterales Fatty acid degradation Oleate TetR 4 70
PsrA - Oceanospirillales/Alteromonadales Fatty acid degradation Oleate TetR 12 67
PsrA - Pseudomonadaceae Fatty acid degradation Oleate TetR 8 69
PsrA - Psychromonadaceae/Aeromonadales Fatty acid degradation Oleate TetR 6 19
PsrA - Ralstonia Fatty acid degradation Oleate TetR 6 9
PsrA - Rhizobiales Fatty acid degradation Oleate TetR 15 12
PsrA - Shewanellaceae Fatty acid degradation Oleate TetR 16 295
PsrA - Various betaproteobacteria Fatty acid degradation Oleate TetR 12 34
PsrA - Vibrionales Fatty acid degradation Oleate TetR 10 49
PsrA - Xanthomonadales Fatty acid degradation Oleate TetR 4 7
PurR - Bacillales Purine metabolism 5-phosphoribosyl 1-pyrophosphate PurR 11 101
PurR - Enterobacteriales Purine metabolism Hypoxanthine; Guanine LacI 12 298
PurR - Pasteurellales Purine metabolism Hypoxanthine; Guanine LacI 9 77
PurR - Staphylococcus Purine metabolism 5-phosphoribosyl 1-pyrophosphate PurR 7 26
PurR - Vibrionales Purine metabolism Hypoxanthine; Guanine LacI 10 149
PuuR - Thermotogales Spermidine biosynthesis Putrescine Xre 11 16
QdoR - Bacillales Multidrug resistance Quercetin; Fisetin; Tamarixetin; Galangin TetR 11 7
RbsR - Bacillales Ribose utilization Ribose LacI 11 12
RbsR - Burkholderia Ribose utilization Ribose LacI 8 7
RbsR - Comamonadaceae Ribose utilization Ribose LacI 11 2
RbsR - Desulfovibrionales Ribose utilization Ribose LacI 10 1
RbsR - Enterobacteriales Ribose utilization Ribose LacI 12 17
RbsR - Pasteurellales Ribose utilization Ribose LacI 9 6
RbsR - Pseudomonadaceae Ribose utilization Ribose LacI 8 5
RbsR - Psychromonadaceae/Aeromonadales Ribose utilization Ribose LacI 6 5
RbsR - Ralstonia Ribose utilization Ribose LacI 6 2
RbsR - Shewanellaceae Ribose utilization Ribose LacI 16 4
RbsR - Staphylococcus Ribose utilization Ribose LacI 7 2
RbsR - Streptococcus Ribose utilization Ribose LacI 8 4
RbsR - Thermotogales Ribose utilization Ribose-5-phosphate LacI 11 15
RbsR - Vibrionales Ribose utilization Ribose LacI 10 15
RbsR2 - Staphylococcus Ribose utilization Ribose LacI 7 4
RegR - Streptococcus Hyaluronate utilization LacI 8 13
Rex - Actinomycetales Energy metabolism NADH Rex 18 88
Rex - Bacillales Energy metabolism NADH Rex 11 62
Rex - Chloroflexi Energy metabolism NADH Rex 5 39
Rex - Clostridiaceae Energy metabolism NADH Rex 20 191
Rex - Deinococcus-Thermus Energy metabolism NADH Rex 5 10
Rex - Desulfovibrionales Energy metabolism NADH Rex 10 100
Rex - Lactobacillaceae Energy metabolism NADH Rex 15 70
Rex - Staphylococcus Energy metabolism NADH Rex 7 74
Rex - Streptococcaceae Energy metabolism NADH Rex 15 160
Rex - Thermoanaerobacterales Energy metabolism NADH Rex 3 42
Rex - Thermotogales Energy metabolism NADH Rex 11 114
Rex1 - Thermotogales Energy metabolism NADH Rex 11 10
Rgg - Streptococcus XRE 8 6
RhaR - Bacillales Rhamnose utilization Rhamnose DeoR 11 7
RhaR - Chloroflexi Rhamnose utilization Rhamnose DeoR 5 4
RhaR - Thermotogales Rhamnose oligosaccharides utilization Rhamnose DeoR 11 13
RhgR - Bacillales Rhamnogalacturonides utilization AraC 11 4
RirA - Rhizobiales Iron homeostasis Iron ion, (Fe2+) Rrf2 8 100
RmgR - Bacillales Rhamnogalacturonides utilization AraC 11 8
RocR - Bacillales Arginine degradation; Ornithine degradation Ornithine; L-citrulline Fis 11 26
RpoH - Desulfovibrionales Heat shock response Heat shock Sigma70 13 29
RpoN - Desulfovibrionales Nitrogen metabolism Sigma54 13 519
RutR - Alteromonadales Pyrimidine utilization Uracil TetR 9 19
RutR - Burkholderia Pyrimidine utilization Uracil TetR 8 12
RutR - Caulobacterales Pyrimidine utilization Uracil TetR 4 4
RutR - Enterobacteriales Pyrimidine utilization Uracil TetR 12 13
RutR - Moraxellaceae Pyrimidine utilization Uracil TetR 4 8
RutR - Oceanospirillales/Alteromonadales Pyrimidine utilization Uracil TetR 12 32
RutR - Pseudomonadales Pyrimidine utilization Uracil TetR 8 29
RutR - Ralstonia Pyrimidine utilization Uracil TetR 6 4
RutR - Rhizobiales Pyrimidine utilization Uracil TetR 15 44
RutR - Rhodobacterales Pyrimidine utilization Uracil TetR 15 62
RutR - Rhodospirillales Pyrimidine utilization Uracil TetR 9 2
RutR2 - Pseudomonadales Pyrimidine utilization Uracil TetR 8 7
RutR3 - Pseudomonadales Pyrimidine utilization Uracil TetR 8 23
RutR3 - Psychromonadaceae/Aeromonadales Pyrimidine utilization Uracil TetR 6 4
RutR3 - Vibrionales Pyrimidine utilization Uracil TetR 10 4
RutR4 - Alteromonadales Pyrimidine utilization Uracil TetR 9 2
RutR4 - Pseudomonadales Pyrimidine utilization Uracil TetR 9 4
SAG0938 - Streptococcus Hypothetical ABC transporter GntR 8 15
SO0072 - Shewanellaceae Hypothetical ABC transporter GntR 16 14
SO0082 - Shewanellaceae Benzoate degradation MerR 16 5
SO0193 - Shewanellaceae Fatty acid metabolism TetR 16 11
SO0734 - Shewanellaceae PadR 16 4
SO1393 - Shewanellaceae TetR 16 20
SO1415 - Shewanellaceae TetR 16 18
SO1578 - Shewanellaceae Glutathione metabolism TetR 16 24
SO1703 - Shewanellaceae Multidrug resistance TetR 16 11
SO1758 - Shewanellaceae DeoR 16 11
SO2282 - Shewanellaceae Amino acid efflux GntR 16 23
SO3277 - Shewanellaceae Multidrug resistance TetR 16 64
SO3385 - Shewanellaceae MerR 16 7
SO3393 - Shewanellaceae Drug resistance TetR 16 78
SO3494 - Shewanellaceae Multidrug resistance TetR 16 31
SO3627 - Shewanellaceae TetR 16 4
SO4326 - Shewanellaceae Multidrug resistance TetR 16 8
SO4468 - Shewanellaceae TetR 16 22
SO4705 - Shewanellaceae XRE 16 32
SP_1920 - Streptococcus Multidrug resistance MarR 8 11
SaeR - Staphylococcus Virulence SaeS, sensor histidine kinase OmpR 7 45
SahR - Caulobacterales Methionine metabolism S-adenosylhomocysteine ArsR 4 14
SahR - Desulfovibrionales Methionine metabolism ArsR 11 31
SahR - Desulfuromonadales Methionine metabolism S-adenosylhomocysteine ArsR 9 6
SahR - Oceanospirillales/Alteromonadales Methionine metabolism S-adenosylhomocysteine ArsR 12 15
SahR - Pseudomonadaceae Methionine metabolism S-adenosylhomocysteine ArsR 8 8
SahR - Rhizobiales Methionine metabolism S-adenosylhomocysteine ArsR 15 36
SahR - Rhodobacterales Methionine metabolism S-adenosylhomocysteine ArsR 15 4
SahR - Rhodospirillales Methionine metabolism S-adenosylhomocysteine ArsR 9 17
SahR - Sphingomonadales Methionine metabolism S-adenosylhomocysteine ArsR 7 24
ScrR - Bacillales Sucrose utilization LacI 11 8
ScrR - Shewanellaceae Sucrose utilization Sucrose LacI 16 16
ScrR - Staphylococcus Sucrose utilization Sucrose-6-phosphate LacI 7 16
ScrR - Streptococcus Sucrose utilization Sucrose LacI 8 20
SczA - Streptococcus Zinc resistance Zinc ion, (Zn2+) TetR 8 12
SdaR - Enterobacteriales Glucarate utilization; Galactarate utilization Glycerate SdaR 12 31
SdaR - Shewanellaceae Glycerate utilization Glycerate SdaR 16 14
SdpR - Bacillales Toxin-antitoxin system SdpI, signal transduction protein ArsR 11 9
SiaQ - Enterobacteriales Sialic acid utilization RpiR 12 2
SiaQ - Vibrionales Sialic acid utilization RpiR 10 6
SiaR - Enterobacteriales Sialic acid utilization Glucosamine-6-phosphate RpiR 12 14
SiaR - Pasteurellales Sialic acid utilization Glucosamine-6-phosphate RpiR 9 23
SiaR - Psychromonadaceae/Aeromonadales Sialic acid utilization Glucosamine-6-phosphate RpiR 6 9
SiaR - Vibrionales Sialic acid utilization Glucosamine-6-phosphate RpiR 10 17
SinR - Bacillales Biofilm formation SinI, antirepressor protein Xre 11 16
SmtB - Cyanobacteria Zinc resistance Zinc ion, (Zn2+) ArsR 14 16
SmtB - Desulfovibrionales Heavy metal resistance ArsR 11 8
SoxR - Enterobacteriales Superoxide stress response Paraquat MerR 12 14
SoxR - Shewanellaceae Superoxide stress response Paraquat MerR 16 13
SphR - Cyanobacteria Phosphate metabolism Inorganic phosphate OmpR 14 77
Spy0181 - Streptococcus Ascorbate utilization Ascorbate BglG 8 9
SufR - Cyanobacteria Iron-sulfur cluster biogenesis Iron-sulfur cluster redox state DeoR 14 48
TM0766 - Thermotogales GntR 11 9
TM1030 - Thermotogales Multidrug resistance TetR 11 6
TmcR - Desulfovibrionales Energy metabolism Rrf2 10 6
TnrA - Bacillales Nitrogen assimilation Feedback-inhibited GlnA, glutamine synthetase; NrgA, Ammonium uptake protein; NrgB, ammonium uptake protein MerR 11 303
TorR - Shewanellaceae Trimethylamine oxide utilization Trimethylamine N-oxide OmpR 16 33
TreR - Bacillales Trehalose utilization Trehalose-6-phosphate GntR 11 13
TreR - Enterobacteriales Trehalose utilization Trehalose-6-phosphate LacI 12 8
TreR - Shewanellaceae Trehalose utilization Trehalose LacI 16 11
TreR - Staphylococcus Trehalose utilization Trehalose-6-phosphate GntR 7 6
TreR - Streptococcus Trehalose utilization Trehalose GntR 8 10
TreR - Thermotogales Trehalose utilization Trehalose ROK 11 19
TrpR - Enterobacteriales Tryptophan biosynthesis Tryptophan TrpR 12 44
TrpR - Moraxellaceae Tryptophan biosynthesis Tryptophan TrpR 4 3
TrpR - Oceanospirillales/Alteromonadales Tryptophan biosynthesis Tryptophan TrpR 12 3
TrpR - Pasteurellales Tryptophan biosynthesis Tryptophan TrpR 9 24
TrpR - Psychromonadaceae/Aeromonadales Tryptophan biosynthesis Tryptophan TrpR 6 2
TrpR - Shewanellaceae Aromatic amino acid metabolism Tryptophan TrpR 16 30
TrpR - Vibrionales Tryptophan biosynthesis Tryptophan TrpR 10 25
TrpR - Xanthomonadales Tryptophan biosynthesis Tryptophan TrpR 4 3
TyrR - Alteromonadales Aromatic amino acid metabolism Tyrosine; Phenylalanine Fis 9 42
TyrR - Enterobacteriales Aromatic amino acid metabolism Tyrosine; Phenylalanine Fis 12 107
TyrR - Pasteurellales Aromatic amino acid metabolism Tyrosine; Phenylalanine Fis 9 29
TyrR - Psychromonadaceae/Aeromonadales Aromatic amino acid metabolism Tyrosine; Phenylalanine Fis 6 17
TyrR - Shewanellaceae Amino acid utilization Tyrosine; Phenylalanine Fis 16 309
TyrR - Vibrionales Aromatic amino acid metabolism Tyrosine; Phenylalanine Fis 12 67
UctR - Thermotogales Sugar utilization RpiR 11 5
UgpR - Thermotogales Possibly alpha-mannosides utilization LacI 11 9
UgtR - Thermotogales Sugar utilization RpiR 11 8
UxaR - Thermotogales Pectin and galacturonate utilization GntR 11 17
UxuR - Enterobacteriales Glucuronate utilization Glucuronate GntR 12 42
UxuR - Oceanospirillales/Alteromonadales Glucuronate utilization Glucuronate GntR 12 4
UxuR - Pasteurellales Glucuronate utilization Glucuronate GntR 9 19
UxuR - Psychromonadaceae/Aeromonadales Glucuronate utilization Glucuronate GntR 6 17
UxuR - Rhodobacterales Glucuronate utilization Glucuronate GntR 15 5
UxuR - Vibrionales Glucuronate utilization Glucuronate GntR 10 28
XltR - Shewanellaceae Xylitol utilization Xylitol LacI 16 8
XylR - Bacillales Xylose utilization Xylose ROK 11 41
XylR - Enterococcaceae Xylose utilization Xylose ROK 2 4
XylR - Lactobacillaceae Xylose utilization Xylose ROK 15 15
XylR - Rhizobiales Xylose utilization Xylose ROK 15 19
XylR - Thermotogales Xylose utilization Xylose; Glucose ROK 11 39
XylR1 - Clostridiaceae Xylose utilization Xylose ROK 20 22
XylR2 - Clostridiaceae Xylose utilization Xylose ROK 20 9
YcnK - Bacillales Copper homeostasis Copper ion, (Cu+) DeoR 11 5
YcxD - Bacillales Multidrug efflux GntR (MocR/GabR) 11 10
YczG - Bacillales Oxidative stress response ArsR 11 8
YdfD/YisV - Bacillales Metabolite transport GntR (MocR/GabR) 11 14
YdfF - Bacillales ArsR 11 10
YdfI - Bacillales LuxR 11 3
YdfL - Bacillales Multidrug resistance MerR 11 4
YetL - Bacillales Flavonoids response Flavonoids MarR 11 4
YfmP - Bacillales Metal efflux MerR 11 7
YhcF - Bacillales Multidrug resistance GntR 11 6
YhdI/YdeL - Bacillales Metabolite transport GntR (MocR/GabR) 11 12
YhgD - Bacillales TetR 11 10
YiaJ - Enterobacteriales L-lyxose utilization Ascorbate-6-phosphate IclR 12 8
YisR - Bacillales Metabolite transport AraC 11 6
YkvZ - Bacillales Beta-glucosides utilization LacI 11 8
YodB/CatR - Bacillales Oxidative stress response Diamide; Quinone HxlR 11 42
YtcD - Bacillales HxlR 11 10
YtlI - Bacillales L-cystine transporter LysR 11 2
YtrA - Bacillales Hypothetical ABC transporter Acetoin GntR 11 8
YtrA - Staphylococcus Hypothetical ABC transporter GntR 7 8
YuaC - Bacillales Glycine betaine synthesis MarR 11 4
YvbF/YvaV - Bacillales Osmotic stress response MarR 11 12
YvfU - Bacillales Metabolite transport LuxR 11 4
YwbI - Bacillales Thiamine biosynthesis LysR 11 8
YwrC - Bacillales Chromate transport AsnC 11 5
YybA - Bacillales MarR 11 25
YybR/YdeP - Bacillales Oxidative stress response HxlR 11 21
ZntR - Enterobacteriales Zinc resistance Zinc ion, (Zn2+) MerR 12 11
ZntR - Shewanellaceae Zinc resistance; Cadmium resistance Zinc ion, (Zn2+); Cadmium, ion (Cd2+) MerR 16 16
ZnuR - Thermotogales Zinc homeostasis OmpR 11 5
Zur - Bacillales Zinc homeostasis Zinc ion, (Zn2+) Fur 11 63
Zur - Chloroflexi Zinc homeostasis Zinc ion, (Zn2+) Fur 5 24
Zur - Corynebacteriaceae Zinc homeostasis Zinc ion, (Zn2+) Fur 8 38
Zur - Cyanobacteria Zinc homeostasis Zinc ion, (Zn2+) Fur 14 75
Zur - Desulfovibrionales Zinc homeostasis Zinc ion, (Zn2+) Fur 13 7
Zur - Enterobacteriales Zinc homeostasis Zinc ion, (Zn2+) Fur 12 65
Zur - Ralstonia Zinc homeostasis Zinc ion, (Zn2+) Fur 6 20
Zur - Staphylococcus Zinc homeostasis Zinc ion, (Zn2+) Fur 7 56
Zur - Thermotogales Zinc homeostasis Zinc ion, (Zn2+) Fur 11 10
zur - Actinobacteria Zinc homeostasis Zinc ion, (Zn2+) Fur 9 23
zur - Alphaproteobacteria-1 Zinc homeostasis Zinc ion, (Zn2+) Fur 8 19
zur - Alphaproteobacteria-2 Zinc homeostasis Zinc ion, (Zn2+) Fur 4 4
zur - Alphaproteobacteria-3 Zinc homeostasis Zinc ion, (Zn2+) Fur 12 19
zur - Alphaproteobacteria-4 Zinc homeostasis Zinc ion, (Zn2+) Fur 8 17
zur - Bacilli Zinc homeostasis Zinc ion, (Zn2+) Fur 14 69
zur - Betaproteobacteria-1 Zinc homeostasis Zinc ion, (Zn2+) Fur 6 18
zur - Clostridia Zinc homeostasis Zinc ion, (Zn2+) Fur 6 12
zur - Cyanobacteria Zinc homeostasis Zinc ion, (Zn2+) Fur 9 15
zur - Gammaproteobacteria Zinc homeostasis Zinc ion, (Zn2+) Fur 34 118
zur - Proteobacteria Zinc homeostasis Zinc ion, (Zn2+) Fur 11 21
zur - Thermotoga Zinc homeostasis Zinc ion, (Zn2+) Fur 5 6
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