Collection of Manually Curated Inferences of Regulons in Prokaryotic Genomes
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Profile of regulator ArgR in Vibrionales

Properties
Regulator family: ArgR
Regulation mode: repressor (activator)
Biological process: Arginine biosynthesis; Arginine degradation
Effector: Arginine
Regulog: ArgR - Vibrionales
Member of regulog collections
Transcription factor binding sites
Locus Tag Name Position Score Sequence
Vibrio cholerae O1 biovar eltor str. N16961
VC2644 argC -110 4.3 AACACATATTAAATCACT
VC2645 argE -84 4.3 ATTGTTTTTTTATTCACT
VC2645 argE -63 4.1 AGTGATTTAATATGTGTT
VC2644 argC -89 4.4 AGTGAATAAAAAAACAAT
VCA0760 artP -63 4.3 ATTGCATAAAAATACGTT
VC2618 argD -115 4.1 AATAAATGTAAATACAAT
VC2618 argD -195 4.3 ATTGCATAAATAGTCGTT
VC2316 argA -20 4.5 AAAGAATAAAAAGTCATT
VC2390 carA -47 3.8 TTTGCAAAATAATTTATT
VC2508 argF -77 4.5 TTAAAATATTTATTCACT
VC2508 argF -83 3.8 TTTAATTTAAAATATTTA
VC2508 argF -84 3.4 ATTTAATTTAAAATATTT
VC2508 argF -56 3.7 ATAGCATTTTCATGCTTT
Vibrio vulnificus CMCP6
VV1_1370 argE -63 3.8 TATGAGTTAATATGTGTT
VV1_1370 argE -84 4.7 ATTGATTTTTTATTCATT
VV1_1467 arcA -250 4.1 TTTGAATAAAAAATCACG
VV1_1467 arcA -194 4.4 TACGCATAAAAAATCAAT
VV1_1313 argD -189 4.2 GATGCATAAATAGTCATT
VV1_1371 argC -82 4.9 AATGAATAAAAAATCAAT
VV20815 artP -83 4.2 ACTAAATTTTTATACATT
VV1_1374 argH -137 4.4 AATGAATTTATACTTTAT
VV1_1374 argH -158 4.4 CATGAATAAATATGTAAA
VV1_1799 argA -31 4 TCAGCATAAATAGTCACA
VV1_1799 argA -52 4.1 AGAGAATAAAAAGACAAT
VV1_0566 carA -36 4 ATTTATTTTTTATGCATT
VV1_1371 argC -103 4.1 AACACATATTAACTCATA
VV1_1466 argF -76 4.4 TTAAAATAATTATTCACA
VV1_1466 argF -97 3.5 TTGGCTTTTTTATGCTTA
Vibrio harveyi ATCC BAA-1116
VIBHAR_00043 argC -99 4.3 AACACATATTAAATCATA
VIBHAR_00043 argC -78 4.8 AATGAATAAAAAATCAAA
VIBHAR_00040 argH -158 4.4 CATGAATAAATATGTAAA
VIBHAR_00040 argH -137 3.8 ATTGAATTTCTACTTTAT
VIBHAR_00044 argE -63 4.2 TATGATTTAATATGTGTT
VIBHAR_00044 argE -84 4.5 TTTGATTTTTTATTCATT
VIBHAR_00079 argD -195 4 GGCGCATAAATAATCATA
VIBHAR_03295 argA -22 4.5 AAAGCATAAATAAACACA
VIBHAR_03295 argA -43 3.9 ATTGAATAAGAAGACAAT
VIBHAR_03644 arcA -194 4.4 AAAGAATAAAAACGCACT
VIBHAR_03645 argF -62 4.3 AAAGCATTTATATGTTTT
VIBHAR_03645 argF -83 3.9 TAAAAATAATCATTCACA
VIBHAR_03645 argF -44 3.4 AATGCTTTTATTCTTTAT
Vibrio parahaemolyticus RIMD 2210633
VPA0636 artP -63 3.9 ATTGCATAAAAACTCCTT
VP2759 argC -78 4.8 AATGAATAAAAAATCAAA
VP2759 argC -99 4.1 AACACATATTAACTCATA
VP2756 argH -155 4.2 GGTGAATATATATGTAAA
VP2756 argH -134 4.3 ATTGAATTTATACTTTAT
VPA0636 artP -84 4.5 ATTAAATTTTTATACATT
VP2652 arcA -193 4.4 AAAGAATAAAAACGCATT
VP2652 arcA -251 4 TTAGAATAGAAATGCACA
VP2760 argE -63 3.8 TATGAGTTAATATGTGTT
VP2760 argE -84 4.5 TTTGATTTTTTATTCATT
VP2797 argD -115 4 ATTAAATGTAAATACAAT
VP2797 argD -195 4.2 GATGCATAAATACTCATA
VP2371 argA -31 4.3 TAAGCATAAATAAACACA
VP2371 argA -52 4.4 ATTGAATAAAAAGACATT
VP2653 argF -53 3.4 TATATGTTTTAATACAAT
VP2653 argF -61 3.9 GAAGCATTTATATGTTTT
VP2653 argF -82 4.4 TTAAAATAATTATTCACA
Vibrio shilonii AK1
VSAK1_21964 artP -26 4.1 AATGATTTTTAATGCAGT
VSAK1_21964 artP -84 4.2 TTAAAATTTTTATACATT
VSAK1_09443 argC -115 4.9 AATGAATAAAAAATCAAT
VSAK1_09443 argC -136 4.3 AACACATATTAAATCAAA
VSAK1_09448 argE -63 4.1 TTTGATTTAATATGTGTT
VSAK1_02034 arcA -248 3.9 TACGTTTTTTTATGCACA
VSAK1_09448 argE -84 4.7 ATTGATTTTTTATTCATT
VSAK1_09423 argH -149 4.3 AATGAATTTTTACTTTAT
VSAK1_09423 argH -170 4.3 TTTGAATATTTATGTGAA
VSAK1_09328 argD -150 3.9 AATAATTGTAAATACAAT
VSAK1_09328 argD -345 3.8 TTTACTTATTAAATTGAA
VSAK1_08616 argA -128 4.3 ACTGAATAAAAAGTCATT
VSAK1_02029 argF -53 4.6 AAAGAATTTTTATGTATA
VSAK1_02029 argF -74 3.6 TCAAAATACTTATTCACA
VSAK1_02029 argF -43 3.7 TATGTATAAATAAACCAA
VSAK1_02029 argF -80 3.7 ATTAAATCAAAATACTTA
VSAK1_02029 argF -126 3.8 TAAACATAATTATTTATC
VSAK1_02029 argF -134 3.6 ATGGCATTTAAACATAAT
Vibrio splendidus LGP32
VS_2889 argE -63 4.2 TATGATTTAATATGTGTT
VS_2889 argE -84 3.9 TTTGATTTCTTATGCATT
VS_2924 arcA -85 3.8 ATAAAATAATTCATTATT
VS_2924 arcA -57 4.3 AATAAATAATTACTCTTA
VS_2885 argH -124 4.4 AATGAATTAATACTTTAT
VS_2885 argH -145 3.9 GGTGAATAAATATGTGAA
VS_2861 argD -114 3.9 ATTAAATGTAAATATAAT
VS_2861 argD -194 4.2 GATGCATAAATAGTCATA
VS_0678 argA -31 3.9 ATCGAATAAATAAACAAG
VS_0678 argA -52 4.4 TTTGAATTTAAATGCTAA
VS_0461 carA -37 4.2 AATCAATTTTAATGCATT
VS_2888 argC -108 4.3 AACACATATTAAATCATA
VS_2888 argC -87 4.3 AATGCATAAGAAATCAAA
VS_2739 argF -29 3.4 ATTGATTCTATATACCCA
VS_2739 argF -80 4.4 ACAAAATAAATATTCACA
VS_2739 argF -59 3.8 GTAGCATTTTTATGTTTA
Vibrio fischeri ES114
VF_2306 argC -143 4.5 AGTGAATAAAAATACAAT
VF_2306 argC -164 4.3 AACACATATTAAATCACA
VF_2307 argE -62 4 TGTGATTTAATATGTGTT
VF_2307 argE -83 4.5 ATTGTATTTTTATTCACT
VF_2303 argH -114 3.7 AATGAATTTTTTCTTTAT
VF_2303 argH -135 4.6 TTTGAATAAATATGTAAA
VF_0585 argA -32 3.8 AGTGAATAAGTATTTATC
VF_0585 argA -53 4.2 TTAAAATAAATAGTCACA
VF_0407 argF -58 4.7 AATGAATTTTTATGTATA
VF_0407 argF -79 4.3 TCAAAATAAATATTCACA
VF_0407 argF -85 3.5 AATAAATCAAAATAAATA
VF_0407 argF -104 3.6 AAAAAACATATACACATT
Vibrio salmonicida LFI1238
VSAL_I2755 argE -83 3.8 ACTGTATTTCTATTCACT
VSAL_I2755 argE -62 4 TGTGATTTAATATGTGTT
VSAL_I2756 argC -162 4.3 AACACATATTAAATCACA
VSAL_I2756 argC -106 4 AATAAACTAAAATTTAAA
VSAL_I2710 argH -147 4.8 ATTGAATAAATATGTAAA
VSAL_I0685 argA -23 4.7 AATGCATAAATAATTATT
VSAL_I0585 carA -51 3.9 TTTGCATTTTTATGTATG
VSAL_I0520 argF -85 3.5 AAAACAATAAAATATATA
VSAL_I0520 argF -83 3.5 AACAATAAAATATATATT
VSAL_I0520 argF -79 4.7 ATAAAATATATATTCACA
VSAL_I0520 argF -58 4.5 AATGCATTTATATGTTTA
Vibrio angustum S14
VAS14_21422 argC -295 3.8 TAAACATATAAATGCAAC
VAS14_21422 argC -274 3.7 AACGAATAATTTATTGCT
VAS14_20806 argA -195 3.9 TGTTAATTTAAAATCATA
VAS14_07409 carA -29 4.4 ATTGCATTTTTATTTTAT
Photobacterium profundum SS9
PBPRA0266 argC -39 3.8 AAAGCTTTAACAATCAAA
PBPRA0266 argC -260 3.8 TAAACATATTAATTCAGA
PBPRA0596 carA -28 4.4 ATTGCATTTTTATTTTTT
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