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

Profile of regulator SAM in Bacillales

Properties
Regulator family: RF00162
Regulation mode:
Biological process: Methionine biosynthesis
Effector: S-adenosylmethionine
Regulog: SAM - Bacillales
Member of regulog collections
Transcription factor binding sites
Locus Tag Name Position Score Sequence
Bacillus subtilis subsp. subtilis str. 168
BSU18560 yoaD -176 85.5 TTTTCTATCCAGAGAGGTGGAGGGACTGGCCCTATGAAACCTCGGCAACATTATTGTGCCAATTCCAGCAAGCGCTAGCTTGAAAGATAGGAA
BSU13180 metE -284 66.8 TCTCTTATCGAGAGTTGGGCGAGGGATTGGCCTTTTGACCCCAACAGCAACCGACCGTAATACCATTGTGAAATGGGGCGCACTGCTTTTCGCGCCGAGACTGATGTCTCATAAGGCACGGTGCTAATTCCATCAGATTGTGTCTGAGAGATGAGAG
BSU38960 metE3 -183 85.1 CCTTATCAAGAGAGGTGGAGGGACTGGCCCTGCGATACCCGGCAACCGCTGTTTAACAGAATGGTGCTAAATCCTTTAGAGCAATGATTGCTCTTGAAGATAAGGTTG
BSU38950 metE2 -188 94.8 CCTTATCAAGAGAGGTGGAGGGACTGGCCCTATGATACCCGGCAACCGCTGTTTCAAACAGAATGGTGCTAAATCCTTAAGAACATTGCGTTCTTGCAGATGAGGCGG
BSU15570 cysH -266 83.4 ACTTATCAAGAGCGGCTGAGGGACTGGACCTATGAAGCCCGGCAACCTGCATAGTTTGTAAGGTGCTACTTCCAGCAAAATGAATTCCATTTTGAAAGATAAGGGCT
BSU13590 mtnW -157 83.2 TCTTATCAAGAGCAGGCAGAGGGACGAGCCCGATGAAGCCCGGCAACCGACTTATAAAGCACGGTGCTAATTCTTGCAGCTAGCGGCTGAGAGATAAGATTC
BSU13560 mtnK -244 58.3 TCTCTTATCGAGAGTTGGGCGAGGGATTTGGCCTTTTGACCCCAAAAGCAACCGACCGTAATTCCATTGTGAAATGGGGCGCATTTTTTTCGCGCCGAGACGCTGGTCTCTTAAGGCACGGTGCTAATTCCATTCAGATCTGATCTGAGAGATAAGAG
BSU30550 metK -307 73.2 ACTCTTATCCCGAGCTGGCGGAGGGACAGGCCCTATGAAGCCCAGCAACCGGTTTCTCTGTTATTTATTATGTTCAACTGAGTGAGACAACCAAGGTGCTAACCTGTTGCAAGGTTGTATGATTCCTTGAGCGATAAGAG
BSU32750 metN -213 94.4 TCTCTTATCAAGAGAGGTGGAGGGAAGTGCCCTATGAAGCCCGGCAACCATCAACACTGTTGAAATGGTGCCAATTCACACGAAGCGTTCAGCTTTGAAAGATGAGAG
BSU11870 metI -187 93.9 TCTTATCGTGAGAGGTGGAGGGACTGGCCCTTAGAAACCTCAGCAACCGGCTTGTTTTGCATTTGCAAAGCGCCAAGGTGCTAAATCCAGCAAGCGTTTTTTATGCTTGGAAGATAAGAAGA
BSU11010 metF -208 97.4 GTTCTTATCAAGAGAAGCAGAGGGACTGGCCCGACGAAGCTTCAGCAACCGGTGTAATGGCGATCAGCCATGACCAAGGTGCTAAATCCAGCAAGCTCGAACAGCTTGGAAGATAAGAA
Bacillus amyloliquefaciens FZB42
RBAM_018760 yoaD -215 84.3 TTTTCTATCCAGAGAGGTGGAGGGACTGGCCCTACGAAACCTCGGCAACATTTATTGTGCCAATTCCAGCAAGCGTATGCTTGAAAGATAGGAA
RBAM_013040 metE -239 68.3 TCTCTTATCGAGAGTTGGGCGAGGGATTGGCCTTTTGACCCCAACAGCAACCGACCGTAATTCCATTGTGAAATGGGGCGCGTGATTTTTGCGCCGAGACGACTGTCTCATAAGGCACGGTGCTAATTCCATCAGACGTGATCTGAGAGATAAGAG
RBAM_036120 metE2 -164 78.2 CCTTATCAAGAGAGGTGGAGGGACTGGCCCTATGATACCCGGCAACCGCTGTTCAGCAGAATGGTGCTAAATCCTGAAGATAAGGTTG
RBAM_015400 cysH -230 74.1 GCTTATCAAGAGCGGCTGAGGGACTGGACCGATGACGCCCGGCAACCTGCGTGTATTGCAAGGTGCCGCATCCAGAAAAATGCACAGCATTTTGAAGATAAGGGCT
RBAM_013370 mtnW -153 82.3 TCTTATCAAGAGCAGGCAGAGGGACGAGCCCGATGAAGCCCGGCAACCGACTGATAAAGCACGGTGCTAATTCTTGCAGCAGGAGCTGAGAGATAAGATTC
RBAM_013340 mtnK -265 69.2 TCTCTTATCGAGAGTTGGGCGAGGGATTGGCCTTTTGACCCCAACAGCAACCGACCGTAATTCCATTGTGAAATGGGGCGCGTACATTTTGCGCCGAGACGATTGTCTCATAAGGCACGGTGCTAATTCCATCAGATGTTATCTGAGAGATAAGAG
RBAM_027570 metK -310 73 ACTCTTATCCCGAGCTGGCGGAGGGACAGGCCCGATGAAGCCCAGCAACCGGTTTCTCTGTAAAAAAGCAGGTGAAAACACTGTGGGAAACCAAGGTGCTAACCTGATGCAAGGTTTAATATTTTCCTTGAGCGATAAGAG
RBAM_029830 metN -213 94.3 TCTCTTATCAAGAGAGGTGGAGGGAAGTGCCCTATGAAGCCCGGCAACCATCAACAATGTTGAAATGGTGCCAATTCACTCGAAGCGGTCTGCTTTGAAAGATGAGAG
RBAM_011930 metI -194 89.9 TCTTATCACGAGAGGTGGAGGGACTGGCCCTTTGAAACCTCAGCAACCGGTTTGCTTTGCCGCGGGAAGGCAAAGTGCCAAGGTGCTAAATCCAGCAAGCGATTCACATGCTTGGAAGATAAGAGGA
RBAM_011020 metF -212 92.7 GTTCTTATCAAGAGAAGCCGAGGGACTGGCCCGACGACGCTTCAGCAACCGGTGTAGTGGTTTACCCAAACCATGACCAAGGTGCTAAATCCAGCAAGCTAAAAACAGCTTGGAAGATAAGAA
Bacillus pumilus SAFR-032
BPUM_3562 metE2 -199 79.4 CCTTATTAAGAGTGGTGGAGGGACTGGCCCTGTGAAACCCGGCAACCGCTGTTCCTCGGAACAGAATGGTGCTAATTCCTTAAGCAAGCAGATGCTTGTTTGAAGATAAGGCAG
BPUM_1456 cysH -336 90.1 ACTTATCCAGAGAGGTGGAGGGACTGGCCCGATGAAGCCCGGCAACCTGCGATATGCAAGGTGCTACTTCCTGCAAAATGATTCTATTTTGAAAGATAAGGAAA
BPUM_1252 mtnW -173 86.4 TCTTATCAAGAGTAGGCAGAGGGACTAGCCCAATGAAGCCCGGCAACCGACTTCTATGAAGCACGGTGCTAATTCTTGCAGCAAGCGCTGAGAGATAAGATTC
BPUM_1250 mtnK -239 62 TCTCTTATCGAGAGTTGGGCGAGGGATTTGGCCTTTTGACCCCAACAGCAACCGACCGTTAATACCACTGTGAAGTGGGGCGCAGCAAGTAAGCGCCAAGACAATTGTCTTATAGGGCACGGTGCTAATTCCATCAGACGTATGTGCTGAGAGATAAGAG
BPUM_3498 mtrB -280 94.7 TCTCTTATCAAGAGAGGCAGAGGGACTGGCCCTATGACGCCCGGCAACCGTTTCTACTATAGAAATTGGTGCTAATTCCTGCAAAGCTGTGACAGCTTTGACAGATAAGAG
BPUM_2686 metK -330 72.2 ACTCTTATCCCGAGTTGGTGGAGGGACAGGCCCGATGAAGCCCAGCAACCGGTTTCTTATGAAAAGGCATGAATATGCTGAGAAACCAAGGTGCTAACCTGATGCAAGGTACAAGAACACCTTGAGCGATAAGAG
BPUM_2932 metN -264 86.4 TCTCTTATTAAGAGAGGTGGAGGGACGTGCCCTATGAAACCCGGCAACCGTCAGCATAGCTGAAATTGGTGCCAATTCACTCAAAGCCGCAATGCTTTGAAAGATGAGAG
BPUM_1119 metI -200 92.6 TCTTATCGTGAGAGGTGGAGGGACTGGCCCTTTGAAACCTCAGCAACCGGTATGCATCACTTCATGTGATGTACCAAGGTGCTAAATCCAGCAAGCAGCTTTTTTGCTTGGAAGATAAGAGGA
BPUM_1027 metF -198 96.7 TTTCTTATCAAGAGAGGCAGAGGGACTGGCCCTGTGAAGCCTCAGCAACCGGTGTAGTAGAAATCTATTTTCTATGACCAAGGTGCTAAATCCAGCAAGCAACTGCTTGGAAGATAAGAA
Bacillus licheniformis DSM 13
BLi00972 metN3 -213 72 TCTTATTCAGAGAGGCGGAGGGAATTGGCCCTGTGAAACCTCGGCAGCGGGTTCTGCATACAGCAGAATACTGTGCCACATCCAACAAGCCGTACGGGCTTGGAAGATAAGAAGA
BLi04187 metE2 -182 94.1 CCTTATCAAGAGTGGTGGAGGGACTGGCCCTGTGAAACCCGGCAACCGCTGTCTATGACAGAATGGTGCTAAATCCTTAAGAGCATGTTCGTGCTCTTGAAGATAAGGAGG
BLi03178 metQ1 -165 85.2 CAGCTTATAAAGAGAGATGGAGGGACTGGCCCGGTGAAATCTCAGCAACCTGCAGCAGTGCAAGGTGCTAAATCCAGCAGAATGTCAGGCGCATTCTGAAAGATAAGTT
BLi01778 cysH -572 85.9 ACTTATCAAGAGCGGTGGAGGGACTGGTCCGATGAAACCCGGCAACCTGCGTGTGAAGCGTAAGGTGCTACTTCCAGCAAAATGCCCTCATTTTGAGAGATAAGGAAT
BLi01515 mtnW -156 84.1 TCTTATCAAGAGCAGGCAGAGGGACAAGCCCGATGAAGCCCGGCAACCGACTTTTTAAGCACGGTGCTAATTCTTGCAGCTGACGCTGAGAGATAAGGATT
BLi01512 mtnK -229 76.9 TCTCTTATCGAGAGTTGGGTGAAGGACTGGCCTAATGATCCCAACAGCAACCGACCGTAATACCATTGTGAAATGGGGCGCGAATCTCTGCGCCGCTAGGGCACGGTGCTAATTCCATCAGACTTTGAATTCTGAGAGATAAGAG
BLi03196 metK -471 71.6 ACTCTTATCCCGAGCTGGTGGAGGGACAGGCCCAATGAAACCCAGCAACCGGTTTCTCTTATTAATGGAAAAAAACAGTTTCTGAGACAACTACGGTGCTAACCTGATGCAAGGTGTTCAATACCTTGAGCGATAAGAG
BLi03457 metN -225 93.7 TCTCTTATCCAGAGAGGTGGAGGGAAGTGCCCTATGAAACCCGGCAACCATCAACACGTGTTGAAATGGTGCCAATTCACGCGAAGCGTTATGCTTTGAAAGATGAGAG
BLi01289 metI -141 92.8 TCTTATCACGAGAGGTGGAGGGACTGGCCCTTTGAAACCTCAGCAACCGGTCTGCACTGACGACGTCAGTGCACCAAGGTGCTAAATCCAGCAAGCGGATGCTTGGAAGATAAGAAGA
BLi01193 metF -193 99.2 GTTCTTATCAAGAGAGGCAGAGGGACTGGCCCGATGAAGCCTCAGCAACCGGTGAATGAATATTCATGACCAAGGTGCTAAATCCAGCAAGCAGCCTGCTTGGAAGATAAGAA
Anoxybacillus flavithermus WK1
Aflv_1997 mtnW -169 84.5 ATTCTTATCAAGAGTAGGTGGAGGGACGAGCCCGATGAAGCCCGGCAACCGACTTAACAAGTGTTAAGCACGGTGCTAATTCTCGCAGCAATGAGCTGAGAGATAAGAA
Aflv_2000 mtnK -99 83.3 TCTTATCAAGAGCAGGTGGAGGGACGAGCCCGATGAAGCCCGGCAACCGGCGATGACGCACGGTGCTAATTCTTGCAGCAGTAGGCTGAGAGATAAGAGGT
Aflv_0414 metK -228 72.4 TCTTATCCCGAGTTGGTGGAGGGAGACAGGCCCGATGAAACCCAGCAACCGTCACATACGTGAAAAGGTGCTAACCTGTGGCAAGGGAACGCCCTTGAACGATAAGAGTG
Aflv_2468 metN -178 94.6 GCTCTTATCAAGAGAGGTGGAGGGATGTGCCCGATGAAACCCGGCAACCGTCAGCGCTGCTGAAATGGTGCCAATTCACACAAAGCGTTTGCTTTGAGAGATAAGAG
Aflv_2165 metF -164 89 TCTTATCGAGAGAAGGGGAGGGACTGGCCCGATGAACCTTCAGCAACCTGACGATCGTCAAGGTGCTAAGTCCAGCAAGCGATTCGCTTGGAAGATAAGAAGG
Aflv_2067 metI -171 91.2 GTTCTTATCAAGAGAAGGGGAGGGACTGGCCCGGTGAACCTTCAGCAACCAGCCGAAAGCGGTCAGGTGCTAAATCCAGCGAATTGGTGTTCAATTCGGAAGATAAGAA
Geobacillus kaustophilus HTA426
GK0416 cysH -231 43.7 ACGTTGCTCGGGAGTGAGGGAGGAATTGGCTCAATGAACTCCGTCAACCTGCCGCCTATAGCAAAGTGCCAATTCCAGCTAAAGAAGATCTTTAGTAAAATAAGGG
GK1362 ywbC -526 69.1 TCTTATCAAGAGTGGGCGAGAGAACGGGCTTGATGACCCCACAGCAACCTGCCGCAGGCAAGGTGCTAACACCCGCAAAGCGGTTTCGCTTTGGATGATAAGAACG
GK0416 cysH -231 43.7 ACGTTGCTCGGGAGTGAGGGAGGAATTGGCTCAATGAACTCCGTCAACCTGCCGCCTATAGCAAAGTGCCAATTCCAGCTAAAGAAGATCTTTAGTAAAATAAGGG
GK0953 mtnW -179 84.4 TCTTATCAAGAGCAGGCGGAGGGACGAGCCCAATGAAGCCCGGCAACCGGCTTGGCGCGCGCCAAGCACGGTGCTAATTCTTGCAGCGGAAACGCTGAGAGATAAGAAGA
GK0950 mtnK -307 61.4 CTTATCAAGAGTTGGCTGAGGGAATTGGCCCAATGAAGCCCAGCAACCGACCGTAATACTATCGTGAGATAGGGCGCACGCCAAGGGCGGCGCCGGAAGCGTCATGCTTCCGCAGGGCACGGTGCTAAGTCCAACAGAAAGACCGATGTCTTTCTGAAAGATAA
GK2849 metK -245 72 ACTCTTATCCCGAGCCGGTGGAGGGACAGGCCCGATGAAGCCCAGCAACCGTCACAACTGTACATGTGTGAAATGGTGCTAACCTGTGGCAAGGCGCAGTCCTTGAACGATAAGAG
GK2999 metN -198 90.2 GCTCTTATCAAGAGAGGTGGAGGGATGTGCCCAATGAAGCCCGGCAACCGTCAGCGCATGTGCTGAAATGGTGCCAATTCACACAAAGCGGCCTGCTTTGAGAGATAAGAG
GK0866 metI -311 87.5 TCTTATCAAGAGAAGCGGAGGGAACTGGCCCAATGAAGCTTCAGCAACCAGCCGCCCGGCGGCCAGGTGCTAAATCCAGCGAATTGAGCATTCAATTCGGCAGATAAGAAGA
GK0717 metF -175 86 ATTCTTATCAAGAGAGGGGGAGGGACTGGCCCGGTGAACCCTCAGCAACCTGGCCCGCGGCCAAGGTGCTAAATCCAGACAGGCGGAAGCCTGGAAGATAAGAA
Bacillus cereus ATCC 14579
BC0207 oppB -241 88.3 ACTTATCCAGAGAGGTAGAGGGACTGGCCCTATGACACCTCAGCAGCGGGTTCTGTAATAGGAACACCGTGCTAATTCCAGCAAGCAAGTCTTGAAAGATAAGTGAT
BC2624 mtsA -255 78.5 ACTTATCCAGAGAGGTGGAGGGAACGGCCCTAAAAAACCTCAGCAACCCCTATGCAATTTTATAGGAAGGTGCTAATTCCGCAGAGGACACGATGTGTTTTTTGAAAGATAAGAGGA
BC1434 metT -199 80.2 TCTTATAAAGAGAGGCGGAGGGACTGGCCCTACGATGCCTCGGCAGCGGACTCGATTTCAGAGTGCTGTGCCAAATCCAGCAAGCGTGTGCTTGAAAGATGAGAAGA
BC0216 oppA1 -238 85.9 CATTGTATCAAGAGAGGTGGAGGGACTGGCCCTTTGAAACCTCGGCAACAGGTTCATTTTGAATACTGTGCCACTTCCTGCAAGCTTTATGCTTGAAAGATAGAAT
BC0395 BC0395 -199 87.9 TTCTTTATCAAGAGAGGCAGAGGGACCGGCCCTTTGAAGCCCAGCAACCTCAGTTTATACAAACTGAATAGGTGCTAATTCCTGCAAAATGCAATGCATTTTGGAAGATAAAAC
BC0346 metN3 -229 90.4 TCTTATCCAGAGAGGTGGAGGGACTGGCCCTACGATACCTCAGCAACGGGTTTTTTTAATACCGTGCTAACTCCAGCAAGCCATATAAAGGCTTGGAAGATGAGAAGA
BC3176 acy -191 89.2 ATTCTTATCACGAGAGGTGGAGGGACTGGCCCTATGATACCTCGGCAGCGGATTCGTTATGAATACTGTGCCAATTCCAGCAAGGTAACTTGAAAGATAAGAA
BC0198 metQ2 -202 96.5 ACTCTTATCAAGAGTGGCGGAGGGACTGGCCCGATGATGCCCGGCAACCGAGCTTATGACGTATAAGCTAAGGTGCTAATTCCTGCAAAACGAGTTTTCGTTTTGGAAGATAAGAG
BC1421 cysH -412 95.5 GCTTATCAAGAGAAGCGGAGGGAACTGGCCCGAAGAAGCTCGGCAACCTGCTTATAGAAAGCAAGGTGCTAAATCCAGCAAAATGGGATCCATTTTGAAAGATAAGGTAA
BC4036 mtnW -169 82.5 TCTTATCAAGAGCAGGTGGAGGGACGAGCCCGACGAAACCCGGCAACCGATCTACAATTGTAGACACGGTGCTAATTCTCGCAGCATTACGCTGACAGATAAGGAGC
BC0768 mtrB -195 87.6 TGTCTTATCAAGAGCAGGTGGAGGGATGAGCCCTACGAAGCCCGGCAACCGACCCATTTATGGGCACGGTGCTAATTCTTACAACACATTGTGTTGAAAGATAAGAG
BC4033 mtnK -232 73.5 ACTCTTATCAAGAGCAGGTGGAGGGATTTGGCCCGATGAAGCCCACAACCGACCGTAATACCATTGTGAAATGGGGCGTTTATTACGCCAAAAGGCACGGTGCTAATTCCAGCAGAAAGTAAAACTTTCTGGCAGATAAGAG
BC4761 metK -292 75.5 TCTCTTATCCCGAGCTGGCGGAGGGACAGGCCCGATGAAGCCCAGCAACCTCACTTGTAGTGGTAAATACAGGTGAATAGGTGCTAAAACCTGTGCGAGGCTACAGGTCTCGAACGATAAGAG
BC4987 metN -419 93 TCTCTTATCAAGAGAGGTGGAGGGACTGTGCCCTGTGAAGCCCGGCAACCGTCAACTTATGTTGAAATGGTGCCAATTCCTGCAAAGCAAATGCTTTGAGAGATGAGAG
BC4253 metI -204 94.5 TCTTATCTAGAGAGGTAGAGGGACTGGCCCTGTGACGCCTCAGCAACCATTAACATTTTGTTAATAAGGTGCTAATTCCAGCAAATTGTGAAAGATTTGACAGATGAGAAGA
BC4251 metF -181 89.6 ACTCTTATTGAGAGCGGTGGAGGGAAAGGCCCTGTGAAACCCGGCAACCTTCAAACGAAATGTTTGAAACGGTGCTAATACCTGCAAAACGAATGTTTTGCATAATAAGAG
BC5406 metY3 -231 90.2 AGTCTTATCAAGAAAAGGTGGAGGGACAGGCCCGATGAAACCTTGGCAACAGCCGTATAACGGAATTGTGCCAAATCCTGCAGGTAGTAATCCTGAGAGATAAGAA
Bacillus halodurans C-125
BH1253 hom -209 90 ACTTATCGAGAGAGGCAGAGGGACTGACCCGATGATGCCCGGCAACCCGTTTGTTAGCCAAGCAAACGAAGGTGCTAATTTCAGCAGAATGATTTCATTCTGGAAGATAAGCGAA
BH0835 BH0835 -244 106.5 TTTCTTATCCAGAGTGGTGGAGGGACTGGCCCTGTGAAGCCCGGCAACCTCTTTTTTTAAAGAAGGTGCCAATTCCAGCAGAACATGATGTTCTGAAAGATAAGAA
BH3300 metK -268 76.7 ACTCTTATCCAGAGTTGGTGGAGGGACAGGCCCGAAGAAACCCCAGCAACCAACACCTGTTAAACAAAGGTGAAAAGGTGCTAACCTGCAAGGCGTTGCCTTGAAAGATAAGAG
BH3481 metN -331 90.4 ACTCTTATCATGAGAGGTGGAGGGACTGGCCCGATGAAGCCCAGCAACCGCCAAGCAGCAAATCGCTTGGAAAAGGTGCTAATTCCTGCAAAGCGATGCTTTGAGAGATGAGAG
BH1627 metI -281 94.9 TCTTATCCAGAGAGGTGGAGGGAACGGCCCGAAGAAACCTCAGCAACCAGCCACGATCCTGTGGTCAGGTGCTAATTCCTGCAAGCATTATTTGCTTGAGAGATAAGAGGA
Bacillus clausii KSM-K16
ABC1580 metE2 -236 87.2 TTTCTTATCCAGAGAGATGGAGGGATTTGGCCCTTTGAAGTCTCAGCAACCGGCCTTTGGCAATGGTGCTAATTCCAATAGGTAATGTACCTAGGAGATAAGAA
ABC1578 hom -169 88.6 ACTTATCAAGAGTGGCGGAGGGACCTGACCCAATGAAGCCCGGCAACCAGTTTATTTGTAAACCACGGTGCTACATTCAGCAGAGCAGCTTTTGTTCTGAAAGATAAGTGAG
ABC1449 metE -460 85.3 TCTTATAACGAGAAGCGGAGGGACTGGCCCAATGAAGCTTCAGCAACCATTCATTGCGATGAAAAGGTGCTAAATCCAGCAAAGGGAACTTTGGCAGATAAGGGGA
ABC0552 metN3 -249 89.3 ATTCTTATTAAGAGGAGCAGAGGGACTGGCCCAATGATGCTTCAGCAACCCCGCCATGAGCGGAAGGTGCTAATTCCAGCAGGACTACGTCCTGGGAGATAAGAG
ABC0876 metN1 -182 87.1 ACTTATCAAGAGCGACTGAGGGATTAGGCCCAATGACGTCCAGCAACCTCCCGTTACGGGGAAGGTGCCAATTCCTGCAGAATGGGATCATTCTGAAAGATAAGCCGG
ABC2878 metK -284 83.2 GCTTTTATCCAGAGATGGCGGAGGGACAGGCCCGAAGAAGCCCAGCAACCAACACGTAACGTGTAAAGGTGCTAACCTGCAGAATGCTCGGCGTTCTGGAAGATAAGAG
ABC2985 metN -170 90.8 ATTCTTATCGAGAGAGGTGGAGGGACTGGCCCAATGAAACCCGGCAACCGCAAGTTCGCTTGAAGGTGCTAAATCCTGCAAAGCATATGGGCTTTGGGAGATGAGAG
ABC1867 metI -182 87 TCTTATCAAGAGAAGTGGAGGGAATGGCCCAATGAAGCTTCAGCAACCAGCCAACCATGGTCAGGTGCTAAATCCAGCAGTTTATCTGCAAGATAAGAGAA
Oceanobacillus iheyensis HTE831
OB2640 OB2640 -282 88.6 TTTCTTATCATGAGAGGCGGAGGGAAATGGCCCAACGAAACCTCGGCAACAGGTTCTTATTAGAATACTGTGCCAATTCCATCAAGCAAATTGCTTGAAAGATAAGAG
OB1054 metE2 -267 89.6 ATTCTTATCCAGAGAGGTGGAGGGACTGGCCCAAGGAAGCCTCGGCAACAGACTTATTTGATTAAGTACTGTGCCAATTCCAGTAGCGTAATTGCTAGAAGATGAGAA
OB3078 null -188 84.9 TATCTTATCCTGAGAGGTGGAGGGAAATGGCCCAAAGAAGCCTCGGCAACAGGTTCTAGCTTGAATACTGTGCCAAATCCATCAAGTATTCTATGCTTGGTAGATAAGAG
OB2779 null -308 74.1 TTCCTTATCAAGAGTCGGGGGAGGAATCTGGTCCATTGATCCCGCAGCAACCAGTTACAATGAAGTAACATGGTGCTCATTCCAGCAAGCGTAGGCTTGATAGATGAGAA
OB3079 ssuE -198 85.2 TCTTATCGAGAGAAGCTAAGGGACCTGGCCTGTTGACGCTTCAGCAACCTCTATCTCCATTAGAAAGGTGCTACCTCCAGCAAGATGTATGTCTTGAAAGATAAGAGTC
OB3048 metY -211 85.9 TCTTATCAAGAGTGGTGGAGGGAATAGGCCCTGCGAAGCCCGGCAACCTGTAGCAATTGCTATTGAAAGGTGCTAAATCCTACAGACTTCATCGTCTGGAAGATAAGAGGA
OB0691 bhmT -180 86 ACTTATCAAGAGAGATGGAGGGATTGGCCCGATGAAGTCTCAGCAACCAGCCTAGATAAGGTATGGTGCTAATTCCAATAGGCTTACAAGCCTTAAAGATAAGAAGA
OB3163 metN3 -210 78.3 TCTTATCTAGAGAGATTGAGGGATCAGGCCCTATGACATCTCGGCAGCGGATTCTTTATATTAAAGAATACTGTGCCAATTCCTGCAAATGCAAACGAGCATTTGAAAGATGAGAAAC
OB2100 metN1 -157 72.1 TAACTTATCCAGAGTGACGGAGGGAACAGGACCTACGATGTCACAGCAACCTACCTTTACGGAGTGGTGCTTCTTCCTGCAGAATTTTTTCTGAAAGATAAGGT
OB3328 PF00465 -230 83.7 TCTCTTATTGAGAGTGGCTGAGGGACTGGCCCTGTGACGCCCGGCAACCGTTCATCGTAATTCCAGTGATGAATAGGTGCTAAATCCTGCAAAATACGGACAGTATTTTGAGAAATAAGAG
OB2314 metK -285 79.7 ACTCTTATTCAGAGTTGGTGGAGGGACAGACCCGATGAAGCCCAGCAACCATCACTACTGGTGAAAAGGTGCTAATCTGATGCAAGGATAATAGTTCCTTGAACAATAAGAG
OB2384 metN -227 91.8 TCTCTTATCTAGAGCGGTGGAGGGACTGGCCCTTTGAAACCGCGGCAACCTTCATAATTAAATGAAAGGTGCCAATTCCTGCAGAAAATGAAAGATGAGAG
Paenibacillus sp. JDR-2
Pjdr2_4799 metA -207 82 TTTCTTATCAAGAGCAGGCGGAGGGACTAGCCCGATGAAGCCCGGCAACCGGCGTAAGCACGGTGCTAATTCTTGCGGAAACATTAGTTTCTGAGAGATGAGGG
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