Collection of Manually Curated Inferences of Regulons in Prokaryotic Genomes
-- version 3.2 --

Profile of regulator MetR in Enterobacteriales

Properties
Regulator family: LysR
Regulation mode: repressor (activator)
Biological process: Methionine biosynthesis
Effector: Homocysteine
Regulog: MetR - Enterobacteriales
Member of regulog collections
Transcription factor binding sites
Locus Tag Name Position Score Sequence
Escherichia coli str. K-12 substr. MG1655
b3828 metR -13 4.9 GTGAAGGACTTTCAT
b3828 metR -34 3.7 GCGCAAATTATTCAT
b3941 metF -295 3.7 ATGAAATATATTGAA
b3941 metF -156 4.7 CTGAAGTTTTTTCAT
b3941 metF 0 4.6 ATGAGCTTTTTTCAC
b3829 metE -238 4.9 ATGAAAGTCCTTCAC
b4013 metA -111 4.5 TTGAAACTTTCTCAC
b2551 glyA -217 4.8 GTGAAAAATTTGCAT
b2552 hmp -125 4.8 ATGCAAATTTTTCAC
b2687 luxS -81 4.2 ATGCGCGTCTTTCAT
b4019 metH -109 4.3 TTGAACAAATCTCAT
Salmonella typhimurium LT2
STM3965 metE -250 4.9 ATGAAAGTCCTTCAC
STM4182 metA -111 4.8 GTGAAACTTTCTCAC
STM4105 metF -156 4.3 ATGAAGAAAATTCAA
STM2555 glyA -215 4.6 GTGAAAAATCTGCAT
STM4105 metF -136 4.4 CTGAATATTCCTCAT
STM2556 hmp -124 4.6 ATGCAGATTTTTCAC
STM4105 metF 0 4.6 ATGAGCTTTTTTCAC
STM3964 metR -13 4.9 GTGAAGGACTTTCAT
STM2817 luxS -80 4.2 ATGCGCGTCTTTCAT
STM4188.S metH -93 4.3 CTGAACATGTCTCAT
Citrobacter koseri ATCC BAA-895
CKO_01563 metE2 -149 4.2 GTGAATTTATTTCAA
CKO_01563 metE2 -129 3.6 ATGAATTTTTCTCGG
CKO_00171 metE -250 4.9 ATGAAAGTCCTTCAC
CKO_03051 metF -136 4.2 CTGAGTATTCCTCAC
CKO_03051 metF -156 4.4 TTGAATTTTTTTCAC
CKO_03907 metA -111 4.8 GTGAAACTTTCTCAC
CKO_02940 PF08908 -182 4.2 ATGAATATGACTCAT
CKO_00237 glyA -209 4.6 GTGAAAAATCTGCAT
CKO_01563 metE2 -180 4.1 ATGAAAAAGCGTCAC
CKO_00235 hmp -125 4.6 ATGCAGATTTTTCAC
CKO_03051 metF 0 4.6 ATGAGCTTTTTTCAC
CKO_00170 metR -13 4.9 GTGAAGGACTTTCAT
CKO_04036 luxS -81 4.1 ATGCGCGTCTTTCAC
CKO_03902 metH -50 4.3 CTGAACATGTCTCAT
Klebsiella pneumoniae subsp. pneumoniae MGH 78578
KPN_01615 metE2 -152 5 TTGAAAATTTTTCAT
KPN_04325 metE -249 4.9 ATGAAAGTCCTTCAC
KPN_04394 metA -111 4.8 GTGAAATTTTCTCAC
KPN_04239 metF 0 4.6 ATGAGCTTTTTTCAC
KPN_04239 metF -155 4.8 ATGAACTTTTTTCAT
KPN_02168 metQ2 -98 3.9 ATGAAATCCTCTCAA
KPN_01615 metE2 -132 4.2 ATGAAATATTCTCGT
KPN_02876 glyA -216 4.7 ATGAAGAATTTGCAT
KPN_02153 PF08908 -192 4.2 ATGAGGATGGCTCAT
KPN_02877 hmp -124 4.7 ATGCAAATTCTTCAT
KPN_04324 metR -217 4 AAGAAAAAATCTCAA
KPN_04324 metR -13 4.9 GTGAAGGACTTTCAT
KPN_03018 luxS -83 4.2 ATGCGCGTCTTTCAT
KPN_04399 metH -106 4.3 CTGAACATGTCTCAT
Enterobacter sp. 638
Ent638_4033 metF 0 4.6 ATGAGCTTTTTTCAC
Ent638_1987 metE2 -152 4.4 ATGAATAAAATTCAT
Ent638_1987 metE2 -191 3.8 ATGAACATTTTGCGT
Ent638_3967 metE -249 4.9 ATGAAAGTCCTTCAC
Ent638_0217 metA -111 4.8 GTGAAACTTTCTCAC
Ent638_4033 metF -136 4.3 CTGAACATTCCTCAC
Ent638_4033 metF -156 4.7 ATGAACTTCTTTCAT
Ent638_2112 PF08908 -186 4.6 ATGAAGAAACCTCAT
Ent638_3036 glyA -214 4.6 ATGAAAAATGTGCAT
Ent638_1987 metE2 -132 3.6 ATGAATTTTTCTCGG
Ent638_3037 hmp -103 4.6 ATGCACATTTTTCAT
Ent638_3968 metR -13 4.9 GTGAAGGACTTTCAT
Ent638_3167 luxS -83 4.2 ATGCGCGTCTTTCAT
Ent638_0222 metH -105 4.5 GTGAACATGTCTCAT
Erwinia amylovora ATCC 49946
EAM_0135 metF -146 4.6 CTGAAATTTCCTCAT
EAM_0198 metE -152 4.7 ATGAGAGTCCTTCAC
EAM_0250 metA -110 4.7 ATGAAACATTTTCAA
EAM_0135 metF 0 3.9 ATGAGTTTTTTCCAT
EAM_2497 glyA -213 3.8 ATGAGGATCATGCAA
EAM_0952 metE2 -163 4.4 ATGAATTTTTCTCAG
EAM_0952 metE2 -143 3.7 ATGAAATTTTGTCGT
EAM_0197 metR -35 3.6 GCGCAAAATATTCAC
EAM_0197 metR -13 4.7 GTGAAGGACTCTCAT
EAM_2633 luxS -51 3.8 TCGAGAAAGTTTCAT
Yersinia pestis KIM
y0304 metF 0 4.6 ATGAGTTTTTTTCAC
y0304 metF -148 3.8 GTGAATATTAATCAT
y0304 metF -172 3.6 ATATGAATTTTTCAC
y0442 metE -92 4.7 ATGAGAGTCCTTCAC
y0013 metA -109 4.8 ATGAAACATTTTCAG
y1321 hmp -149 4.5 ATGTGAATTTTTCAT
y0441 metR -13 4.7 GTGAAGGACTCTCAT
y0888 luxS -103 4.1 ATGCGCGTCTTTCAC
y0020 metH -116 4.3 CTGAAAAAGTCTCAA
Serratia proteamaculans 568
Spro_4784 metF 0 4.6 ATGAGTTTTTTTCAC
Spro_4784 metF -139 3.8 GTGAGGATTAATCAT
Spro_4784 metF -161 4.2 GTGAAATTCTTTCTC
Spro_0242 metE -107 4.7 ATGAGAGTCCTTCAC
Spro_4504 metA -108 5 ATGAAACATTTTCAC
Spro_3175 PF08908 -183 4.4 ATGAATATGCCTCAT
Spro_3638 glyA -218 4.4 ATGAAAAAACCGCAT
Spro_1044 metE2 -177 4.5 ATGAATTTCTCTCAC
Spro_1044 metE2 -157 4.1 ATGAAAATTCTTCTA
Spro_3639 hmp -169 4.4 ATGCGGTTTTTTCAT
Spro_0241 metR -174 4.2 CTGAGCTTTTTTCAG
Spro_0241 metR -13 4.7 GTGAAGGACTCTCAT
Spro_0848 luxS -101 4.1 ATGCGCGTCTTTCAC
Spro_4490 metH -166 4.5 CTGAAAAACTCTCAA
Erwinia carotovora subsp. atroseptica SCRI1043
ECA4244 metF -136 3.8 GTGAGTAATCATCAC
ECA4244 metF -156 4.8 ATGAACTTTTTTCAT
ECA4244 metF 0 4.6 ATGAGCTTTTTTCAC
ECA0181 metE -106 4.7 ATGAGAGTCCTTCAC
ECA3992 metA -112 4.9 GTGAAACATTTTCAC
ECA3125 PF08908 -181 4.4 ATGAATATAATTCAT
ECA3125 PF08908 -161 3.7 ATGAAATTAACTCTC
ECA1113 metE2 -202 4.4 ATGAATTTTATTCAC
ECA1113 metE2 -182 3.9 GTGAAAATTCTTCCA
ECA1113 metE2 -82 3.9 GGGCAAATATTTCAT
ECA0180 metR -173 3.8 CTGCGCTTTTTTCAG
ECA0180 metR -13 4.7 GTGAAGGACTCTCAT
ECA3362 luxS -92 4 ATGCGCGTCTTTCAG
ECA3987 metH -98 4.7 CTGAAAAAGTCTCAT
Edwardsiella tarda EIB202
ETAE_3485 metF -161 3.8 CTGACGCTTTCTCAT
ETAE_3485 metF -140 3.8 CTGACGTTTCTTCAT
ETAE_3485 metF 0 4.6 ATGAGTTTTTTTCAC
ETAE_0142 metE -125 4.5 ATGAGAAACCCTCAG
ETAE_3190 metA -113 4.8 ATGAAAATTTCTCAA
ETAE_0200 metH -138 4.4 ATGAAAAAGCCTCAA
ETAE_2854 luxS -89 4.2 ATGCGCGTCTTTCAT
Proteus mirabilis HI4320
PMI2932 metF 0 3.9 ATGAGCTTTTATCAC
PMI2932 metF -163 4.1 TTGAATTATCCTCAT
PMI2932 metF -185 4.3 ATGAAATTTTCTCTT
PMI3529 metE -109 4.6 ATGAGAAACCTTCAG
PMI3529 metE -87 4 ATGAAAAATTTGCGC
PMI2765 metA -102 4.8 ATGAATATTCTTCAT
PMI1247 metQ2 -184 3.7 TTGAATTATTTTTAT
PMI3020 metQ2 -208 5.1 ATGAAAATATTTCAT
PMI1868 hmp -23 4.5 CTGAATATTTTTCAG
PMI2758 metH -191 3.7 CTGTATATTTTTCAA
PMI2758 metH -129 5 GTGAAAATCTCTCAT
PMI3528 metR -35 4 GCGCAAATTTTTCAT
PMI3528 metR -13 4.6 CTGAAGGTTTCTCAT
PMI0379 luxS -281 4.9 ATGAGAGAATTTCAT
Photorhabdus luminescens subsp. laumondii TTO1
plu4754 metF 0 4.6 ATGAGTTTTTTTCAC
plu4754 metF -167 4.5 GTGAATATTCCTCAC
plu4754 metF -189 3.8 ATGAATTTTTTTCCG
plu4420 metE -110 4.6 ATGAGAAACCTTCAG
plu4397 metA -112 4.7 ATGAAATAATTTCAG
plu3292 hmp -25 4.1 TTGAAAGAAATTCAG
plu4421 metR -207 4.1 CTGAGAAATTTTCCC
plu4421 metR -13 4.6 CTGAAGGTTTCTCAT
plu1253 luxS -56 5.1 ATGAAAAAGTTTCAT
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