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

Profile of regulator MetJ in Vibrionales

Properties
Regulator family: MetJ
Regulation mode: repressor
Biological process: Methionine metabolism; Methionine biosynthesis
Effector: S-adenosylmethionine
Regulog: MetJ - Vibrionales
Member of regulog collections
Transcription factor binding sites
Locus Tag Name Position Score Sequence
Vibrio cholerae O1 biovar eltor str. N16961
VC1611 metA -30 6.1 ATAAGTCT-(0)-GGATGTTT
VC1184 csd -34 5.5 GGGCATAT-(0)-GGATGTTT
VCA0193 metT -79 6.7 GGACGTCT-(0)-AGACTGTT
VC0472 metK -131 6.8 AGCCGTCT-(0)-AGATGTAG
VC2683 metB -175 6.6 AGAAGTGT-(0)-TGACGTCT
VC2683 metB -191 7.6 AGACATGT-(0)-AGACGTCT
VC0472 metK -123 5.8 AGATGTAG-(0)-AAACGCCT
VC0907 metN -107 6.1 AGACGTAA-(0)-AAATATCT
VC1704 metE -79 6.3 AGCCATCC-(0)-AGACATCT
VC2682 metJ -108 6 AGACGTCA-(0)-ACACTTCT
VC2682 metJ -100 6.9 ACACTTCT-(0)-AGACGTCT
VC2682 metJ -92 7.3 AGACGTCT-(0)-ACATGTCT
VC0390 metH -66 7.8 AGACGTCT-(0)-AGATTTCT
VC0907 metN -123 6.8 AACCATTT-(0)-AGACGTCT
VC0907 metN -115 7.1 AGACGTCT-(0)-AGACGTAA
VC2683 metB -183 7.4 AGACGTCT-(0)-AGAAGTGT
VC2685 metF -66 7.4 AGCCATAT-(0)-AGACGTCT
VC2685 metF -58 7.2 AGACGTCT-(0)-AAACGTCA
VCA0193 metT -87 6.7 GGATGTTT-(0)-GGACGTCT
VC1706 metR -85 7.4 AGCCATCT-(0)-AGATGTTT
VC1611 metA -22 6.6 GGATGTTT-(0)-AGACGTCC
Vibrio vulnificus CMCP6
VV1_0292 metN -114 7.1 AGACGTCT-(0)-AGACGTAA
VV1_1364 metB -135 8.1 AGACATAT-(0)-AGACGTCT
VV1_1173 btuB -222 6.8 GGAAGTAT-(0)-AGATGGCT
VV1_2808 csd -43 5.1 GGTCATAT-(0)-GGATGTGT
VV21534 mtsA -181 5.6 AGACATCC-(0)-AGACAGAT
VV1_1536 metK -98 7.2 AGACGTCT-(0)-AGATGTAG
VV1_2219 metE -255 7.5 AAACATCT-(0)-AGACGTCT
VV1_2219 metE -140 6.3 AGCCATCC-(0)-AGACATCT
VV1_1362 metJ -108 6 AGACGTCA-(0)-ACACTTCT
VV1_1362 metJ -100 6.9 ACACTTCT-(0)-AGACGTCT
VV1_1362 metJ -92 7.7 AGACGTCT-(0)-ATATGTCT
VV1_1423 metH -67 7.3 AGACGTCT-(0)-AGACTCCT
VV1_0292 metN -106 6.1 AGACGTAA-(0)-AAATATCT
VV1_1366 metF -66 7.3 AGACGTCT-(0)-AAACGTCG
VV1_1364 metB -119 6.6 AGAAGTGT-(0)-TGACGTCT
VV1_1364 metB -127 7.4 AGACGTCT-(0)-AGAAGTGT
VV1_2772 metA -43 8 AGATGTAT-(0)-AGACGTCT
VV1_2772 metA -51 5.6 ATAGGTTT-(0)-AGATGTAT
VV1_1366 metF -74 7.3 GGACATAT-(0)-AGACGTCT
VV1_0292 metN -122 7 GAACGTTT-(0)-AGACGTCT
VV1_2218 metR -197 7.1 AGATGTCT-(0)-GGATGGCT
VV1_2218 metR -82 8 AGACGTCT-(0)-AGATGTTT
Vibrio harveyi ATCC BAA-1116
VIBHAR_00049 metB -143 7.4 AGACGTCT-(0)-AGAAGTGT
VIBHAR_01104 metT -76 7.6 AGACGTCT-(0)-AGACGTTG
VIBHAR_02028 csd -217 5.3 ATCCATCA-(0)-AGATGGTT
VIBHAR_05109 mtsA -244 5.3 AGCCATCC-(0)-AGACAGAT
VIBHAR_01104 metT -84 7.4 AGCCATTT-(0)-AGACGTCT
VIBHAR_00049 metB -151 8.1 AGACATAT-(0)-AGACGTCT
VIBHAR_01202 metN -153 7.1 ATACATTT-(0)-AGACGTCT
VIBHAR_01202 metN -145 7.1 AGACGTCT-(0)-AGACGTAA
VIBHAR_01202 metN -137 6.1 AGACGTAA-(0)-AAATATCT
VIBHAR_02772 metE -198 7.7 AAACGTCT-(0)-AGACGTCT
VIBHAR_02772 metE -77 6.3 AGCCATCC-(0)-AGACATCT
VIBHAR_00050 metJ -110 6 AGACGTCA-(0)-ACACTTCT
VIBHAR_00050 metJ -102 6.9 ACACTTCT-(0)-AGACGTCT
VIBHAR_00050 metJ -94 7.7 AGACGTCT-(0)-ATATGTCT
VIBHAR_03712 metH -66 7.3 AGACGTCT-(0)-AGACTCCT
VIBHAR_00261 btuB -231 6.9 AGCAATCT-(0)-AGATGGCT
VIBHAR_00047 metF -72 7.7 AGACATAT-(0)-AGACGTCT
VIBHAR_00047 metF -64 7.3 AGACGTCT-(0)-AAACGTCG
VIBHAR_00049 metB -135 6.6 AGAAGTGT-(0)-TGACGTCT
VIBHAR_02773 metR -203 7.1 AGATGTCT-(0)-GGATGGCT
VIBHAR_02773 metR -82 8.1 AGACGTCT-(0)-AGACGTTT
VIBHAR_02491 metA -44 8 AGATGTAT-(0)-AGACGTCT
VIBHAR_03568 metK -97 7.2 AGACGTCT-(0)-AGATGTAG
Vibrio parahaemolyticus RIMD 2210633
VP2765 metB -135 6.6 AGAAGTGT-(0)-TGACGTCT
VPA1481 mtsA -252 5.3 AGCCATCC-(0)-AGACAGAT
VP2765 metB -143 7.4 AGACGTCT-(0)-AGAAGTGT
VP0706 metN -153 7.1 ATACATTT-(0)-AGACGTCT
VP0706 metN -145 7.1 AGACGTCT-(0)-AGACGTAA
VP0706 metN -137 6.1 AGACGTAA-(0)-AAATATCT
VP1974 metE -81 6.3 AGCCATCC-(0)-AGACATCT
VP1974 metE -210 6.2 GGATATGT-(0)-AAACGTCT
VP1974 metE -202 7.7 AAACGTCT-(0)-AGACGTCT
VP2766 metJ -92 7.7 AGACGTCT-(0)-ATATGTCT
VP2766 metJ -108 6 AGACGTCA-(0)-ACACTTCT
VP2766 metJ -100 6.9 ACACTTCT-(0)-AGACGTCT
VP2717 metH -66 7.3 AGACGTCT-(0)-AGACTCCT
VP0632 metT -21 7.4 AGCCATTT-(0)-AGACGTCT
VP0632 metT -13 7.6 AGACGTCT-(0)-AGACGTTG
VP2606 metK -97 7.2 AGACGTCT-(0)-AGATGTAG
VP2938 btuB -231 6.9 AGCAATCT-(0)-AGATGGCT
VP2763 metF -70 7.7 AGACATAT-(0)-AGACGTCT
VP2763 metF -62 7.3 AGACGTCT-(0)-AAACGTCG
VP0379 metQ2 -36 7.5 AGCCGTAT-(0)-GGACGTCT
VP2765 metB -151 8.1 AGACATAT-(0)-AGACGTCT
VP1976 metR -259 8.1 AGACGTCT-(0)-AGACGTTT
VP1751 metA -45 7.9 AGAAGTAT-(0)-AGACGTCT
Vibrio shilonii AK1
VSAK1_25825 metT -83 6.9 GGACATTT-(0)-GGACGTCT
VSAK1_25825 metT -75 7.1 GGACGTCT-(0)-AGACGTTG
VSAK1_25825 metT -67 5.9 AGACGTTG-(0)-ACATGTCT
VSAK1_06235 csd -247 5 GTACATCA-(0)-AGATGGAT
VSAK1_09473 metB -180 8.1 AGACATAT-(0)-AGACGTCT
VSAK1_07864 metK -92 7.2 AGACGTCT-(0)-AGATGTAG
VSAK1_09463 metF -98 7.2 AGACGTCT-(0)-AAACGTCA
VSAK1_09463 metF -106 7.7 AGACATAT-(0)-AGACGTCT
VSAK1_13281 btuB -321 4.8 ATATGGCT-(0)-GGATATCT
VSAK1_00952 metE -148 5.6 GGATGTGT-(0)-AAACATCT
VSAK1_00952 metE -140 6.9 AAACATCT-(0)-AGACGTCC
VSAK1_00952 metE -35 6.2 AGCCATCC-(0)-AGACTGCT
VSAK1_09478 metJ -111 6 AGACGTCA-(0)-ACACTTCT
VSAK1_09478 metJ -103 6.9 ACACTTCT-(0)-AGACGTCT
VSAK1_09478 metJ -95 7.7 AGACGTCT-(0)-ATATGTCT
VSAK1_04630 metH -73 6.9 AGATTTTT-(0)-AGACGTCT
VSAK1_04630 metH -65 7.8 AGACGTCT-(0)-AGATTTCT
VSAK1_09473 metB -164 6.6 AGAAGTGT-(0)-TGACGTCT
VSAK1_09473 metB -172 7.4 AGACGTCT-(0)-AGAAGTGT
VSAK1_06879 metA -40 5.9 AGACGTCC-(0)-AGATGACC
VSAK1_10548 metN -123 6.8 TGCCGTTT-(0)-AGACGTCT
VSAK1_10548 metN -115 7.1 AGACGTCT-(0)-AGACGTAA
VSAK1_10548 metN -107 6.1 AGACGTAA-(0)-AAATATCT
VSAK1_00947 metR -178 6.6 AGCAGTCT-(0)-GGATGGCT
VSAK1_00947 metR -73 7.5 GGACGTCT-(0)-AGATGTTT
VSAK1_06879 metA -48 7.4 AGATGTAT-(0)-AGACGTCC
Vibrio splendidus LGP32
VS_2894 metB -89 6.1 AGACGTCC-(0)-GGAAGTGT
VS_2894 metB -97 7.5 AGACATAT-(0)-AGACGTCC
VS_II0189 mtsA -177 4.7 AGACCACT-(0)-AAACGGTC
VS_2655 metK -129 6.8 AGCCGTCT-(0)-AGATGTAG
VS_2895 metJ -107 5.4 AGACGTCA-(0)-ACACTTCC
VS_2382 metN -114 6.8 AGCCGTCT-(0)-AGACGTAA
VS_2382 metN -106 6.1 AGACGTAA-(0)-AAATATCT
VS_2895 metJ -91 7.2 GGACGTCT-(0)-ATATGTCT
VS_0315 metH -66 7.3 AGACGTCT-(0)-AGACTCCT
VS_1145 metE -208 7 AAACGTCT-(0)-AGATGTCC
VS_II1202 metT -75 7.6 AGACGTCT-(0)-AGACGTTG
VS_2894 metB -81 6.1 GGAAGTGT-(0)-TGACGTCT
VS_2998 btuB -215 7 GGATGTAT-(0)-AGATGGCT
VS_II1202 metT -83 6.7 GGGCGTTT-(0)-AGACGTCT
VS_1144 metR -89 7.4 GGACATCT-(0)-AGACGTTT
VS_1677 metA -33 6.6 AGACGTCT-(0)-ACATATCT
VS_1144 metR -210 6.7 AGGCGTCT-(0)-GGATGGCT
VS_1677 metA -41 8 AGATGTAT-(0)-AGACGTCT
VS_1145 metE -87 6.4 AGCCATCC-(0)-AGACGCCT
Vibrio fischeri ES114
VF_A0768 csd -43 5.7 GGGCATAT-(0)-GGACGTTT
VF_0439 metK -68 6.5 AAACGTAT-(0)-AGACTTAT
VF_1566 mtsA -96 6.6 AGCCGTCT-(0)-AGATGTAA
VF_2267 metB -256 6.6 AGAAGTGT-(0)-TGACGTCT
VF_2267 metB -272 8.1 AGACATAT-(0)-AGACGTCT
VF_2267 metB -264 7.4 AGACGTCT-(0)-AGAAGTGT
VF_1566 mtsA -104 6.4 AAACATAT-(0)-AGCCGTCT
VF_2309 metF -86 7.7 AGACATAT-(0)-AGACGTCT
VF_0439 metK -100 6.6 AGACGTCT-(0)-AGATGGAA
VF_1721 metE -152 7.1 AAACATCT-(0)-AGACGGCT
VF_1721 metE -31 6.1 AGCCATCC-(0)-AAACGGCT
VF_2268 metJ -108 6 AGACGTCA-(0)-ACACTTCT
VF_2268 metJ -100 6.9 ACACTTCT-(0)-AGACGTCT
VF_2268 metJ -92 7.7 AGACGTCT-(0)-ATATGTCT
VF_0337 metH -69 7.8 AGACGTCT-(0)-AGATTTCT
VF_0686 metN -70 7.1 AGACGTCT-(0)-AGACGTAA
VF_0686 metN -62 6.1 AGACGTAA-(0)-AAATATCT
VF_1722 metR -84 7.6 AGCCGTCT-(0)-AGATGTTT
VF_1722 metR -205 6.6 AGCCGTTT-(0)-GGATGGCT
VF_2063 metA -40 7.2 AGAAGTAT-(0)-AGACGTAT
Vibrio salmonicida LFI1238
VSAL_I0552 metK -101 5.7 GGCCGTCT-(0)-AGATGGAA
VSAL_II0879 csd -112 6.3 GGACATAT-(0)-GGATGTTT
VSAL_I2747 metB -94 7.1 AGAAGTAT-(0)-TGACGTCT
VSAL_I2747 metB -102 7.4 AGACGTCT-(0)-AGAAGTAT
VSAL_I2747 metB -110 7.8 AGATATAT-(0)-AGACGTCT
VSAL_I1988 mtsA -92 6.6 AGCCGTCT-(0)-AGATGTAA
VSAL_I2762 metF -84 7.2 AGACATAT-(0)-AGACGTCC
VSAL_I2762 metF -76 5.6 AGACGTCC-(0)-AAACATGA
VSAL_I2746 metJ -109 6.4 AGACGTCA-(0)-ATACTTCT
VSAL_I2746 metJ -101 6.8 ATACTTCT-(0)-AGACGTCT
VSAL_I2746 metJ -93 6.9 AGACGTCT-(0)-ATATATCT
VSAL_I0442 metH -68 7.8 AGACGTCT-(0)-AGATTTCT
VSAL_I0886 metN -179 6.4 ATACGTTT-(0)-AGCCGTCT
VSAL_I0886 metN -171 6.8 AGCCGTCT-(0)-AGACGTAA
VSAL_I0886 metN -163 6.1 AGACGTAA-(0)-AAATATCT
VSAL_I0860 metR -205 6.6 AGCCGTTT-(0)-GGATGGCT
VSAL_I0860 metR -84 7.6 AGCCGTCT-(0)-AGATGTTT
VSAL_I2499 metA -45 7 AGACGTAT-(0)-AGAATGCT
VSAL_I2499 metA -53 6.4 AGGAGTAT-(0)-AGACGTAT
VSAL_I0552 metK -69 6.5 AAACGTAT-(0)-AGACTTAT
Vibrio angustum S14
VAS14_16434 metT -78 7.5 AGACGTCT-(0)-AGATGTTG
VAS14_04733 metE -163 6.6 AGATGGCT-(0)-AAACGTCT
VAS14_21442 metB -89 6.7 AGATGTGT-(0)-TGACGTCT
VAS14_21442 metB -97 6.9 AGACGTCC-(0)-AGATGTGT
VAS14_21442 metB -105 7.5 AGACATAT-(0)-AGACGTCC
VAS14_04448 mtsA -303 7 AGACGTCT-(0)-AGATGTAA
VAS14_21447 metJ -215 7.2 GGACGTCT-(0)-ATATGTCT
VAS14_21447 metJ -223 7 ACACATCT-(0)-GGACGTCT
VAS14_21447 metJ -231 5.7 AGACGTCA-(0)-ACACATCT
VAS14_13649 csd -217 6 ATACATCA-(0)-AGATGGCT
VAS14_13164 mmuM -18 6.9 AGCAGTAT-(0)-GGATGTCT
VAS14_19426 metH -12 5.2 GGATGTAG-(0)-TGACGTGT
VAS14_21086 metN -172 7 AGCCATTT-(0)-GGACGTCT
VAS14_21086 metN -164 5.8 GGACGTCT-(0)-AGCCGTAA
VAS14_21086 metN -156 5.4 AGCCGTAA-(0)-AAATAGCT
VAS14_16434 metT -86 7.7 AGATGTTT-(0)-AGACGTCT
VAS14_04738 metR -87 6.2 AGACGTTT-(0)-AGCCATCT
VAS14_04738 metR -79 7.4 AGCCATCT-(0)-AGATGTTT
VAS14_19416 metA -39 6.2 AGACGGCT-(0)-AAACATCT
VAS14_19416 metA -47 6.7 GGAAGTTT-(0)-AGACGGCT
VAS14_20221 metK -107 6.7 AGACGTCT-(0)-AGACGGAA
VAS14_04733 metE -171 7 AAACATCT-(0)-AGATGGCT
Photobacterium profundum SS9
PBPRA2837 metT -85 7.2 GGATGTTT-(0)-AGACGTCT
PBPRA2837 metT -77 7.1 AGACGTCT-(0)-AGAAGTTG
PBPRA0261 metB -90 6.1 GGAAGTGT-(0)-TGACGTCT
PBPRA0261 metB -98 7 AGACGTCT-(0)-GGAAGTGT
PBPRA0261 metB -106 8.1 AGACATAT-(0)-AGACGTCT
PBPRA2239 mtsA -239 6.6 AGACGTCT-(0)-AGATGGAA
PBPRA0263 metF -82 7.7 AGACATAT-(0)-AGACGTCT
PBPRA0263 metF -74 7.1 AGACGTCT-(0)-AAACGGTT
PBPRA0260 metJ -106 5.4 AGACGTCA-(0)-ACACTTCC
PBPRA0260 metJ -90 7.7 AGACGTCT-(0)-ATATGTCT
PBPRA1379 metE -196 5.5 GGAAGTGT-(0)-AAACATCT
PBPRA1379 metE -188 7.5 AAACATCT-(0)-AGACGTCT
PBPRA3294 metH -77 6.7 AGGTATTT-(0)-AGACGTCT
PBPRA3294 metH -69 7.2 AGACGTCT-(0)-AGATTTCC
PBPRA2940 metN -161 5 TTACGTTT-(0)-AGCCATCT
PBPRA2940 metN -153 5.7 AGCCATCT-(0)-AGCCGTAA
PBPRA2940 metN -121 5.5 AGCCATCC-(0)-AGACACCC
PBPRA1378 metR -232 6.2 AGCGGTAT-(0)-GGATGGCT
PBPRA1378 metR -82 8 AGACGTCT-(0)-AGATGTTT
PBPRA0369 metA -45 7.9 AGATATCT-(0)-AGACGTCT
PBPRA0369 metA -37 7.1 AGACGTCT-(0)-AAACATCT
PBPRA3134 metK -126 6.6 AGCCGTCT-(0)-AGACGGAG
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