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

Profile of regulator LexA in Bacillales

Properties
Regulator family: LexA
Regulation mode: repressor
Biological process: SOS response
Effector: DNA damage
Regulog: LexA - Bacillales
Member of regulog collections
Transcription factor binding sites
Locus Tag Name Position Score Sequence
Bacillus subtilis subsp. subtilis str. 168
BSU23710 yqjW -29 4.9 GCGAACATAAGTTCTT
BSU23710 yqjW -57 4.7 ACGAACATACTTTCGC
BSU24580 yqhH -268 4.1 TCGAGCAAGAGTTCTT
BSU23300 ypuD -171 4.7 CAGAACATAAATTCGT
BSU18950 yozL -83 4.1 AGGAACGTTTGTTCTG
BSU18950 yozL -113 4.7 TCGAACTTTTGTTCTG
BSU21510 yozL -48 4.4 AAGAACGTTTGTTCTG
BSU21510 yozL -78 4.7 TCGAACTTTTGTTCTG
BSU17870 yneB -399 4.4 AGAAACGTTTGTTCGT
BSU17870 yneB -428 5.1 ACAAACATAGGTTCGA
BSU13800 ykvR -125 5 ACGAACGTATGTTTGT
BSU10470 yhjD -35 4.3 TAGAACAAACGTTCCC
BSU01520 ybaK -140 4.6 CAGAACATTTGTTCCT
BSU28490 uvrC -59 5 AAAAACAAACGTTCGT
BSU35170 uvrB -93 4.9 CCGAACTTTAGTTCGT
BSU35770 tagC -69 4.7 CCGAACGTATGTTTGC
BSU35770 tagC -99 4.8 CAGAACAAGTGTTCTT
BSU25690 sda -127 4.4 CAGAACGATTGTTCTT
BSU16940 recA -87 4.7 CCGAATATGCGTTCGC
BSU18090 parE -220 4.9 ACAAACATACGTTCTC
BSU17850 lexA -73 5.1 TCGAACCTATGTTTGT
BSU17850 lexA -102 4.4 ACGAACAAACGTTTCT
BSU17850 lexA -139 4.2 AGGAATGTTTGTTCGC
BSU22790 hupA -281 4.3 AGGAATATTCGTTCGG
BSU29230 dnaE -76 4.5 AAGAACATTTGTTTCT
BSU05630 dinB -56 4.8 AAGAACTCATGTTCGT
BSU17260 aprX -180 5.1 ACGAACAAACGTTCTT
BSU38090 vpr -191 4 ACGAACGTATATTCCT
BSU09910 yhaO -64 3.7 CAGAACGTGCATTCGC
BSU24740 yqxL -27 4.6 AAGAACAAAAGTTTGG
BSU29239 ytrH -79 4.7 AGAAACAAATGTTCTT
BSU06060 ydiO -65 5 AAGAACATTCGTTCTT
BSU12500 xkdA -30 4.9 CAGAACAAACGTTCGA
BSU06630 yerH -232 4.4 TAAAACAATTGTTCTG
BSU06610 pcrA -36 4.4 TAGAACGTATGTTTTG
Bacillus amyloliquefaciens FZB42
RBAM_021830 yqjW -28 4.3 CAGAACAAATGTTCCC
RBAM_022900 yqhH -243 4.1 TCGAGCAAGAGTTCTT
RBAM_021430 ypuD -177 4.7 CAGAACATAAATTCGT
RBAM_017670 yneB -359 4.1 GCGAACAAACATTCTT
RBAM_017670 yneB -396 4.4 AGAAACGTTTGTTCGT
RBAM_017670 yneB -426 5.1 ACAAACATAGGTTCGA
RBAM_013560 ykvR -111 4.2 GGGAACGTATGTTTGT
RBAM_010690 yhjD -40 4.7 AAGAACAAAGGTTCTC
RBAM_025550 uvrC -62 5.2 AAAAACAAATGTTCGT
RBAM_032310 uvrB -90 5 TCGAACTTTAGTTCGT
RBAM_023990 sda -144 4.4 CAGAACGATTGTTCTT
RBAM_016780 recA -86 4.7 CCGAATATGCGTTCGC
RBAM_017900 parE -243 4.3 GCGAACTCATGTTCTT
RBAM_017650 lexA -73 5.1 TCGAACCTATGTTTGT
RBAM_017650 lexA -103 4.4 ACGAACAAACGTTTCT
RBAM_017650 lexA -140 4.5 AAGAATGTTTGTTCGC
RBAM_020950 hupA -282 4.5 AGGAATATTTGTTCGG
RBAM_026280 dnaE -69 4.5 AAGAACATTTGTTTCT
RBAM_037680 dinB -38 4.1 AGGAACGTACGTTCTG
RBAM_017070 aprX -146 4.5 ACGAACAAAAGTTCCA
RBAM_012500 xkdA -30 5.4 AAGAACATATGTTCGA
RBAM_010150 yhaO -70 3.9 CAGAACGTGCATTCGT
RBAM_026290 ytrH -80 4.7 AGAAACAAATGTTCTT
RBAM_010700 yhjE -128 4.4 GAGAACCTTTGTTCTT
RBAM_007010 pcrA -32 5.2 TAGAACATATGTTTGA
Bacillus pumilus SAFR-032
BPUM_2102 yqjW -29 4.9 CAGAACATACGTTCTA
BPUM_2062 ypuD -169 4 AAGAACGCATATTCGT
BPUM_1688 yneB -362 4 ACGAACACACATTCTA
BPUM_1688 yneB -401 4.4 AGAAACGTTTGTTCGT
BPUM_1688 yneB -431 5.1 ACAAACATAGGTTCGA
BPUM_0989 yhjD -34 4.5 AAGAACGTGTGTTCTA
BPUM_1157 xkdA -30 5.2 TAGAACATACGTTTGT
BPUM_2506 uvrC -62 5.2 TAAAACAAATGTTCGT
BPUM_3148 uvrB -82 4.9 CCGAACTTTAGTTCGT
BPUM_2304 sda -145 4.4 CAGAACGATTGTTCTT
BPUM_1598 recA -88 5.2 TCGAATATGTGTTCGT
BPUM_1709 parE -246 4.8 TAGAACATTTGTTCTG
BPUM_1686 lexA -73 5.1 TCGAACCTATGTTTGT
BPUM_1686 lexA -103 4.4 ACGAACAAACGTTTCT
BPUM_1686 lexA -142 4.6 TAGAATGTGTGTTCGT
BPUM_2010 hupA -241 3.9 ACGAATAAGGATTCTT
BPUM_2010 hupA -277 4.4 AGGAATATTCGTTCGC
BPUM_2566 dnaE -73 4.5 AAGAACATTTGTTTCT
BPUM_2882 BH1502 -46 4.8 AAGAACGTTTGTTCGA
BPUM_2882 BH1502 -75 4.4 CAGAACAAACGTTCCT
BPUM_2567 ytrH -80 4.7 AGAAACAAATGTTCTT
BPUM_0625 pcrA -32 5.2 TAGAACATAAGTTCGA
BPUM_0934 yhaO -71 3.8 TAGAACGTGCATTCGC
BPUM_0990 yhjE -128 4.6 TAGAACACACGTTCTT
BPUM_0996 sbcC -115 4.2 TCGAAGAGAGGTTCGT
Bacillus licheniformis DSM 13
BLi02476 ypuD -177 4 CAGAATGTACATTCGT
BLi00626 yozL -349 4.8 AAAAACATTAGTTTGT
BLi02034 yneB -357 4 CCGAACAAACATTCTG
BLi02034 yneB -395 4.9 AGAAACATTTGTTCGT
BLi02034 yneB -425 5.1 ACAAACATAGGTTCGA
BLi01120 yhjD -45 4.6 CAGAACAAATGTTCCT
BLi01317 xkdA -30 4.9 CAGAACATTCGTTCGA
BLi03759 uvrB -81 4.9 CCGAACTTTAGTTCGT
BLi02762 sda -145 4.2 CAGAACGATTGTTCTC
BLi00181 pbpX -149 5.3 ACGAACATTTGTTCTT
BLi01918 recA -86 4.8 TCGAATATGCGTTCGC
BLi01918 recA -259 4.3 TCGAATTTCAGTTCGC
BLi02032 lexA -73 5.1 TCGAACCTATGTTTGT
BLi02032 lexA -103 4.6 ACGAACAAATGTTTCT
BLi02032 lexA -141 4.2 CAGAATGTTTGTTCGG
BLi02032 lexA -346 4.1 ATGAATTTGTGTTTGT
BLi02414 hupA -280 4.8 AGGAATATTTGTTCGT
BLi03072 dnaE -74 4.5 AAGAACATTTGTTTCT
BLi00182 BH1502 -41 5.4 AAGAACAAATGTTCGT
BLi03073 ytrH -81 4.7 AGAAACAAATGTTCTT
BLi04019 vpr -213 3.7 AAGAACGTATATTCCC
BLi01068 yhaO -51 3.8 TAGAACGTGCATTCGC
BLi01121 yhjE -179 4.5 AGGAACATTTGTTCTG
BLi00715 pcrA -33 5.2 TAGAACATATGTTTGA
Anoxybacillus flavithermus WK1
Aflv_0914 yqhH -274 4.6 TCAAACAAGAGTTCTT
Aflv_1504 yneB -347 5 ACAAACAAATGTTCTA
Aflv_1504 yneB -375 4.9 ACGAACAAAAGTTCTC
Aflv_1504 yneB -404 5.2 ACAAACATAAGTTCGA
Aflv_2547 uvrB -81 5.1 TAGAATATTTGTTCGT
Aflv_0810 sda -57 4.4 CAGAACGATTGTTCTT
Aflv_0810 sda -181 4 AAAAACCGACGTTTTT
Aflv_0710 null -282 4.1 CAGAAGATTCGTTTGA
Aflv_1444 parE -30 4.7 AGAAACAAATGTTCTT
Aflv_1506 lexA -53 5.2 TCGAACTTATGTTTGT
Aflv_1506 lexA -82 4.8 GAGAACTTTTGTTCGT
Aflv_1506 lexA -110 5.2 TAGAACATTTGTTTGT
Aflv_0776 xkdA -54 5.4 AAGAACATATGTTTGT
Aflv_1530 recA 34 4.7 ACGAACATCTATTCGT
Aflv_2232 yhjE 34 4.3 TAAAACATATGCTTGA
Aflv_2230 addA -174 4.3 GCGAACAAATGATCGA
Aflv_0246 pcrA -13 4.5 GAGAACATATGTTTTG
Geobacillus kaustophilus HTA426
GK1330 yneB -357 4 GCGAACAAACATTCTA
GK1330 yneB -390 4.6 ACAAACAAATGTTCCT
GK1330 yneB -419 5.1 ACAAACATAGGTTCGA
GK0489 xkdA -39 4.4 AAGAACACATGTTCCT
GK3086 uvrB -85 4.8 ACGAATATGAGTTCGC
GK2527 sda -105 3.9 CAGAACGGTTGTTCTC
GK1295 recA -85 4.4 ACGAATGGACGTTCGT
GK1751 parE -40 4.1 AGAAACAGGTGTTCTT
GK1328 lexA -74 5.1 TCGAACCTATGTTTGT
GK1328 lexA -103 4.9 AGGAACATTTGTTTGT
GK1328 lexA -136 4.5 TAGAATGTTTGTTCGC
GK0681 addB -55 4.1 GCGAACATACGTGCTA
GK0275 pcrA -31 4.8 TAGAACATATGTTTTG
Bacillus cereus ATCC 14579
BC3689 yneB -75 5.2 ACAAACATAAGTTCGA
BC4520 uvrC -83 4.1 AAGAACGTATGTTGGG
BC5168 uvrB -86 4.9 CCGAATATCTGTTCGT
BC4415 ruvA -85 4 GAGAACATTTGTTGGG
BC3779 recA -85 5.1 TCGAATAAATGTTCGA
BC3597 parE -44 4.6 AGAAACATATGTTCTG
BC3690 lexA -70 5.2 TCGAACTTATGTTTGT
BC1137 addB -40 4.5 GCAAACTAACGTTCGT
Bacillus halodurans C-125
BH2741 yqjW -30 5 CAGAACAAATGTTCTT
BH2741 yqjW -57 4 ACGAACAAATATTCAC
BH2354 yneB -288 4.8 ACAAACAAGTGTTCTT
BH2354 yneB -317 4.6 GCAAACATAAGTTCTA
BH2963 yhjD -40 4.5 ACGAACACATGTTCCT
BH3595 uvrB -91 4.9 CAAAACAAACGTTCGT
BH2383 recA -121 4.9 GCGAATAAATGTTCGT
BH2383 recA -343 4 AAAAATTCACGTTTGT
BH2140 parE -72 4.9 CCGAACATGCGTTTGT
BH2356 lexA -78 4.9 TAGAACTTATGTTTGC
BH2356 lexA -107 4.7 AAGAACACTTGTTTGT
BH1502 BH1502 -51 4.8 TCGAATGTACGTTCGT
BH1502 BH1502 -71 4.8 ACGAACGTACGTTCTT
BH0831 vpr 17 4.3 TCGAACTTTTGTTAGC
BH0648 pcrA -8 4.6 AAGAACAAGTGTTTGG
Bacillus clausii KSM-K16
ABC3826 yqjW -85 4.1 CCGAACGTCTATTCGT
ABC2166 yneB -414 4 CAGAACAAACATTCTC
ABC2166 yneB -443 4.4 ACGAACAGTTGTTCCT
ABC3059 uvrB -337 4.4 TAGTACGTATGTTCGT
ABC1554 ruvA -43 4.4 AGAAATAAATGTTCGC
ABC2199 recA -132 5.3 ACGAATAAATGTTCGT
ABC1989 parE -64 4.5 CAGAACAAACATTCGT
ABC2167 lexA -76 4.9 TAGAACTTATGTTTGC
ABC2167 lexA -107 4.6 AGGAACAACTGTTCGT
ABC2723 ytsJ -188 4.6 TAAAACAAATGTTTGG
Oceanobacillus iheyensis HTE831
OB1670 yneB -163 4.7 AAGAACAATTGTTCTG
OB1670 yneB -198 4.6 AAGATCATATGTTCGG
OB1670 yneB -227 3.9 GCAAACACTCGTTCTA
OB1178 yhjD -34 4.5 ACGAACATATGATCTG
OB0206 xkdA -31 4.8 CAGAACATACGTTCTC
OB0206 xkdA -435 4 TCAAATCAATGTTAGT
OB2488 uvrB -70 4.7 ACGAATACTTGTTCGT
OB1624 recA -82 4.4 AAGAACATCCATTCGT
OB1693 parE -57 4.6 AAGAACAGTTGTTCTA
OB1361 uvrX -33 5.2 TAGAACATACGTTCTT
OB1669 lexA -78 4.2 TAGAACGAGTGTTTGC
OB1669 lexA -107 4.6 CCGAACATATGATCTT
OB1669 lexA -142 4.8 CAGAACAATTGTTCTT
OB2177 dnaE -63 4.1 CCGTATACATGTTCGT
OB2177 dnaE -161 4.1 GCGAAAAAACGTTCTT
OB1905 yqhH -287 4.4 AaGAACAaATaTTtGc
OB1179 yhjE -166 4.7 CAGATCATATGTTCGT
Paenibacillus sp. JDR-2
Pjdr2_3737 yqjW -37 4.7 ACGAACATACTTTCGC
Pjdr2_3737 yqjW -66 4.2 GCGAACATACATTCGG
Pjdr2_2622 Pjdr2_2622 -28 4.7 CAGAACAAACGTTCGG
Pjdr2_2622 Pjdr2_2622 -67 5 GCAAACATTTGTTCGT
Pjdr2_2622 Pjdr2_2622 -97 4.8 AAAAACAAAAGTTCGC
Pjdr2_2622 Pjdr2_2622 -113 5.1 ACAAACATAAGTTCTT
Pjdr2_2622 Pjdr2_2622 -129 4.2 TAGAACCGGAGTTCGT
Pjdr2_4666 vsr -35 5.2 AAGAACATATGTTCTC
Pjdr2_4818 uvrC -329 4.3 CGAAACATGCGTTCGA
Pjdr2_3379 recA -84 4.9 ACGAATGTATGTTCGA
Pjdr2_3379 recA -297 3.9 GCGAACAATAATTTGT
Pjdr2_2492 parE -172 4 GCGAATTTATGTTATT
Pjdr2_2621 lexA -72 5.1 AAGAACTTATGTTTGT
Pjdr2_2621 lexA -118 5.1 ACGAACAAATGTTTGC
Pjdr2_2621 lexA -157 4.4 CCGAACGTTTGTTCTG
Pjdr2_2219 addB -90 5.1 CAGAACATACGTTTGT
Pjdr2_1533 yhjD -42 4.8 TCGAACGTTTGTTCGC
Export
Regulatory Sites [ FASTA format ] DOWNLOAD
© 2009-2020 RegPrecise