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

Profile of regulator Lysine in Vibrionales

Properties
Regulator family: RF00168
Regulation mode:
Biological process: Lysine biosynthesis
Effector: Lysine
Regulog: Lysine - Vibrionales
Member of regulog collections
Transcription factor binding sites
Locus Tag Name Position Score Sequence
Vibrio cholerae O1 biovar eltor str. N16961
VC1131 lysW -297 119.7 TTCGCCGTAGAGGAGCGGTTACGAAAAGTATCCACAGTTGGGGTGATGCCAATGAATTGTGGAAAAAGGCGTTGCCGCCGAAGTCAACTTGCCCATCAACGCAGTTGGCTGGGGTTACATTCAATAGGTGTAACACTGCCATAGTCTATATTGTTGTTAAACTATGGAGCGCTACTGTAGGGTT
VCA0213 lysW2 -243 124.1 TCCTTTAAGTAGAGGCGCGCTGTTCATGAGTCGCCAGTCGTAGGTTGACCCCGATGATGACTGGTTAAAGGGTACAGCGCCGAAGTGATCGTTGCGTCATCAACGTTCGCTGGGCCAGCATTGAACAAATGCCGGACTGCCATAGTGTGTTGTCTATGGAGCGCTACCTTGAAG
VC0391 lysC -289 90.9 ATCTAGCAGAAGAGGAGCACTGCCCAGGCAGATGTTTTGTGGAGCCTCAACTCCAATACAGAACATTCAGGGGGAGTAGTGCCGAGGTGAATCAAAGTTGTGGCTTTGGTTTATCGGTTGAACGGGCTGAATCCCTTCAACTGTCATCAGCTCGAATCTGATGAAGAGCTTCTGAGGGA
Vibrio vulnificus CMCP6
VV1_2922 lysW -338 129.9 TTATCGACGTAGAGGCGCAATGGTAAAGAGTAACTATTATTGGGGTGATGCCAATGAATAATAGTGAAAGGTATCCATTGCCGAAGTGAATTGCATATCAAAGCAGTTTGCTGGGGTTGCATCCGAAAGGAACAACACTGCCATAGTATTTAATGTATAACTATGGAGCGCTACTGTAGGT
VV1_1424 lysC -300 80.4 TTTTTGCAGAAGAGGAGCACTGCCCAGGCAGATGTTTTGTGGAGCCGCAACTCCAACACAGAACATTCAGGGGGAGTAGTGCCGAGGTAGATCAAAATTGCAGGATTTGATCTGTCGGTTGACTTGGGTTGAGTCCCATCAACTGTCATCAGCTCAGCCTGATGAAGAGCTTCTGAGATG
Vibrio harveyi ATCC BAA-1116
VIBHAR_01828 lysW -289 128 ATTGCCGTAGAGGTGCAGTCTCGAAGAGTAGCTATTATTGGGGTGATGCCAATGAATAATAGTGGAAGGCGATGATTGCCGAAGTAGGTGGCCTATCGAAGCCACTTGCTGGGGTTGTCTCTGAAAGGAACAACACTGCCATAGTATATTTACATCAAACTATGGAGCGCTACTGTAGGGTT
VIBHAR_03711 lysC -301 77.4 TATGCAGAAGAGGAGCACTGCCCAGGCAGGTGATTTGTGGAACCGCAATTCCAATACCAATCACTCAGGGGGAGTAGTGCCGAGGTAAGTCAAAGTTGCAGGATTTGGCTTGTCGGTTGACTTGGGTTGAGTCCCATCAACTGTCATCAGCGCCGTATGATGAAGAGCTTCTGAGGGTAA
Vibrio parahaemolyticus RIMD 2210633
VP1134 lysW -293 127 GTTGCCGTAGAGGCGCAGTCTCGAAGAGTAGCTATTATTGGGGTGATGCCAATGAATAATAGTGGAAGGCGAAGATTGCCGAAGTAAGTCGTATATCAAAACGCCTTGCTGGGGTTGTATCTGAAAGGAACAACACTGCCATAGTATATTTACATTAAACTATGGAGCGCTACTGTAGGGTT
VP2715 lysC -280 79.6 TATGTAGAAGAGGAGCACTGCCCAGGCAGATGATTTGTGGAACCGCAATTCCAATACCAATCATTCAGGGGGAGTAGTGCCGAGGTAAGTCAAAATTGCAGGGTTTGGCTTGTCGGTTGACTTGGGTTGAGTCCCATCAACTGTCATCAGCACCGTCTGATGAAGAGCTTCTGAGGGTAC
Vibrio shilonii AK1
VSAK1_00180 lysW -296 117.9 TTTGATGTAGAGGCGCGACTGCGAAAAGTCCTTGTCGTTGGGGTGATGCCAATGAACGACAAAAAAAGGCGCTGTCGCCGAAGTGAGAGTTGAATATCAAGCACTCTCGCTGGGGTTGTATCCGAAACGAACAACACTGCCATAGTCTATTATATTGTTAAACTATGGAGCGCTACTGTAGGGTT
VSAK1_13886 lysC -275 81.1 ACAGCGGAAGAGGAGCACTGCCCAGGCAGGTAATCATGTGAAGCCGCAACTTCTATACATGTTACTGATGGGGAGCAGTGCCGAGATGAACTCAATTTGCAGGATTAAGTTTGTCGGTTGAACGGGCTGAATCCCTTTAACTGTCACCAAGTGATTGGTGAAGAGCTTCTGAGGTCCA
Vibrio splendidus LGP32
VS_0316 lysC -288 87.2 ATCTAGCAGAAGAGGAGCACTGCCCAGGCAGGTGTTTTGTGGAACCGCATTTCCAATACAAAACATTCATGGGGAGCAGTGCCGAGATAATAAAAGAATGCAGGACCTTTATTATCGGTTGAGCGGGCTGAATCCCGTTAACTGTCGCCATTTCTATATGGTGAAGAGCTTCTGAGGTT
VS_2027 lysW -282 136.2 TACCGCACGTAGAGGTGCAATTATAAAGAGTAGTTTTCGTTGGGGTGATGCCAATGAACGGGAATGAAAGGTGTAATTGCCGAAGTAAATTGTATATCTAAGCAATTTGCTGGGGTTGTGCTCAATAGGTACAACACTGCCATAGTCTTAATTTTAAACTATGGAGCGCTACTGTAGGG
Vibrio fischeri ES114
VF_0338 lysC -241 79.5 AATATAAAGAAGAGGAGCATTACCTAGGTAGCTTAATTTGTGGAGCCCAAACTCCTACACAAATAAGTGAGGGAGAGTAATGCCGAGATGATCCTATTGGGAGTAGGATTGTCGGTCGTTTAGGCTGAATCCTAACGATTGTCACTTAATTTATTAAGTGAAGAGCTTCTAGCAAA
VF_1630 lysW -266 130.1 CTAAAAGGGTAGAGGCGCACCGCCTAAGAGTAAATTGTAAGAGGGTGATACTTATGACGACAATTGAAAGGAGTCGGTGCCGAAGTTAATTACGTTAATCGAGCGTATTAGCTGGGGTTATTTCGAAGAGGAATAACACTGCCATAGTCAATTTTATTTTTTAACTATGGAGCGCTACTGTAGGG
Vibrio salmonicida LFI1238
VSAL_I2144 lysW -269 125 CTAAACGGGTAGAGGCGCATTGCCTAAAAGTAAATTGTTCGAGGTTGATAACCGATGACTGCAATTGAAAGGAGTCAATGCCGAAGTTAGTGCTGTTATCAAACAGGTTAGCTGGGGTTATTTCGAAAAGGAATAACACTGCCATAGTCAATTTTATTTTTTAACTATGGAGCGCTACTGTGGGG
Vibrio angustum S14
VAS14_19431 lysC -287 78.7 TTAAAACGGAAGAGGAGCGTTACCTAGGTATCATAATGACAGGACCCCATCCAATCGCCATTATGAGAGGGAGAGTAACGCCGAGGTATAACTGATTAGGGGATGAGTTATATCGGCTATGAAGGTTGAATCCTTCTAGCTGTCACCAAGGTCAATGATTGACATTGGTGGGGAGCTTCTGGGTGA
VAS14_04198 lysW2 -255 126.7 CTTTGAGTAGAGGCGCGCTGCCTAAAAGTATCCAGATGGAGGGTGACACCTTTGAAGTCTGGGGAAAGGAGTCGGCGCCGAAGTGTTTGTTGTGTCGTCAACAATCGCTGGGTCTGCATTAAATAAGTGCAGAACTGCCATAGTTATTTTGTCTATGGAGCGCTACCCTAAGGGA
VAS14_17901 lysW -264 111.7 TGTAAGGTAGAGGCGCGTTATCTAATAGTAATTAACAAGAGGGTGAAACCAATGACGGTTAATGAAAGGAGCTAATGCCTAAGTAAGAGTGACGTCAAATCCTTTTTCTGGGGCTGTATTGAATAAGTGCAACACTGCCATAGTATATAATCATATTCACTATGGAGCGCTACTGTGAAAGA
Photobacterium profundum SS9
PBPRA2736 lysW2 -254 117.6 TAATCAGTAGAGGTGCGCTGCCTATAAGTAACCGTGCGGAGGATGATACCGACGATGCCGGAGAAAGGAGTCAGTGCCGAAGTAACTGTTGTTATCACACTCAGTTGCTGGGTCTGCGTCGAATAGGCGCAGGACTGCCATAGTTTTTTTCCTATGGAGCGCTACCTGAAGGGG
PBPRA3293 lysC -299 77.7 AAAACGGAAGAGGAGCGTTACCCAGGTATTTAGATTGCAGGGCCCCACCCTAAAGCAACCTAAAGAGGGGGAGTAACGCCGAGATATAACTGATTGGGGCTCAGCGATATCGGCTATGAAGGTTGAATCCTTCTGGCTGTCACCTTTTTATGCATAAGTACCATATAAAAAGGTGGGGAGCTTCTGGTTGTAG
PBPRA1083 lysW -377 135.3 CTAAGGGTAGAGGCGCATTGTCTATAAGTAACAAGCTGGAGGGTGATTCCTATGATTGCTTGTGAAAGGAGCCAATGCCGAAGTAAGAAGGCGTTAATCGAACGTTCTTGCTGGGGTTGTATCGAATAGGTGCAACACTGCCATAGTATATAATTACATTAACTATGGAGCGCTACTGTGAGGGG
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