breseq  version 0.35.4  revision f352f80f4bc9
mutation predictions | marginal predictions | summary statistics | genome diff | command line log

Predicted mutations
evidence position mutation freq annotation gene description
RA 4,139 G→A 8.8% D136N (GAT→AAT) ‡ thrC → L‑threonine synthase
RA 4,140 A→T 7.9% D136V (GAT→GTT) ‡ thrC → L‑threonine synthase
RA 4,141 T→C 8.9% D136D (GAT→GAC) ‡ thrC → L‑threonine synthase
RA 18,905 A→C 5.1% E64A (GAG→GCG)  nhaR → transcriptional activator of nhaA
RA 85,337 G→T 6.9% intergenic (+25/‑293) leuO → / → ilvI global transcription factor/acetolactate synthase 3 large subunit
RA 85,338 A→C 6.0% intergenic (+26/‑292) leuO → / → ilvI global transcription factor/acetolactate synthase 3 large subunit
RA 87,881 A→G 6.5% intergenic (+33/‑147) ilvH → / → cra acetolactate synthase 3, small subunit, valine‑sensitive/transcriptional repressor‑activator for carbon metabolism
RA 87,884 T→A 6.3% intergenic (+36/‑144) ilvH → / → cra acetolactate synthase 3, small subunit, valine‑sensitive/transcriptional repressor‑activator for carbon metabolism
RA 87,887 C→T 6.4% intergenic (+39/‑141) ilvH → / → cra acetolactate synthase 3, small subunit, valine‑sensitive/transcriptional repressor‑activator for carbon metabolism
RA 125,817 A→G 6.4% K41K (AAA→AAG aceF → pyruvate dehydrogenase, dihydrolipoyltransacetylase component E2
RA 125,820 C→T 13.2% A42A (GCC→GCT aceF → pyruvate dehydrogenase, dihydrolipoyltransacetylase component E2
RA 126,069 G→C 7.1% V125V (GTG→GTC aceF → pyruvate dehydrogenase, dihydrolipoyltransacetylase component E2
RA 126,075 T→G 11.9% V127V (GTT→GTG aceF → pyruvate dehydrogenase, dihydrolipoyltransacetylase component E2
RA 126,081 T→C 11.4% D129D (GAT→GAC aceF → pyruvate dehydrogenase, dihydrolipoyltransacetylase component E2
RA 126,093 T→C 15.9% A133A (GCT→GCC aceF → pyruvate dehydrogenase, dihydrolipoyltransacetylase component E2
RA 134,166 A→G 6.0% Q851R (CAG→CGG)  acnB → aconitate hydratase 2; aconitase B; 2‑methyl‑cis‑aconitate hydratase
RA 134,169 A→G 6.3% Y852C (TAC→TGC) ‡ acnB → aconitate hydratase 2; aconitase B; 2‑methyl‑cis‑aconitate hydratase
RA 134,170 C→T 6.3% Y852Y (TAC→TAT) ‡ acnB → aconitate hydratase 2; aconitase B; 2‑methyl‑cis‑aconitate hydratase
RA 134,173 C→T 6.2% T853T (ACC→ACT acnB → aconitate hydratase 2; aconitase B; 2‑methyl‑cis‑aconitate hydratase
RA 237,410 G→C 5.4% D26H (GAT→CAT)  yafT → lipoprotein
MC JC 257,908 Δ776 bp 100% [crl] [crl]
RA 265,583 A→G 5.4% intergenic (‑40/+37) ykfF ← / ← ykfB CP4‑6 prophage; uncharacterized protein/CP4‑6 prophage; uncharacterized protein
RA 304,083 G→T 6.6% P34T (CCC→ACC)  ykgJ ← UPF0153 cysteine cluster protein
RA 304,085 A→C 6.5% I33S (ATT→AGT)  ykgJ ← UPF0153 cysteine cluster protein
RA 304,088 G→T 6.4% T32N (ACT→AAT)  ykgJ ← UPF0153 cysteine cluster protein
RA 304,090 A→C 6.9% G31G (GGT→GGG ykgJ ← UPF0153 cysteine cluster protein
RA 312,303 T→G 6.3% V64V (GTT→GTG ykgL → uncharacterized protein
RA 312,304 A→T 7.2% I65L (ATA→TTA) ‡ ykgL → uncharacterized protein
RA 312,306 A→T 7.1% I65I (ATA→ATT) ‡ ykgL → uncharacterized protein
RA 312,308 A→T 6.3% N66I (AAC→ATC)  ykgL → uncharacterized protein
RA 318,649 T→C 5.3% intergenic (‑82/+27) rclB ← / ← rclA reactive chlorine species (RCS) stress resistance periplasmic protein/reactive chlorine stress species (RCS) resistance protein; pyridine nucleotide‑dependent disulfide oxidoreductase family
RA 318,651 T→A 5.8% intergenic (‑84/+25) rclB ← / ← rclA reactive chlorine species (RCS) stress resistance periplasmic protein/reactive chlorine stress species (RCS) resistance protein; pyridine nucleotide‑dependent disulfide oxidoreductase family
RA 318,652 T→A 6.1% intergenic (‑85/+24) rclB ← / ← rclA reactive chlorine species (RCS) stress resistance periplasmic protein/reactive chlorine stress species (RCS) resistance protein; pyridine nucleotide‑dependent disulfide oxidoreductase family
RA 318,654 G→A 6.2% intergenic (‑87/+22) rclB ← / ← rclA reactive chlorine species (RCS) stress resistance periplasmic protein/reactive chlorine stress species (RCS) resistance protein; pyridine nucleotide‑dependent disulfide oxidoreductase family
RA 448,364 G→T 5.6% I99I (ATC→ATA cyoC ← cytochrome o ubiquinol oxidase subunit III
RA 448,367 A→C 7.4% V98V (GTT→GTG) ‡ cyoC ← cytochrome o ubiquinol oxidase subunit III
RA 448,368 A→T 6.3% V98D (GTT→GAT) ‡ cyoC ← cytochrome o ubiquinol oxidase subunit III
RA 500,194 C→A 7.1% Q24K (CAA→AAA)  gsk → inosine/guanosine kinase
RA 543,207 A→T 6.9% intergenic (+174/+54) glxK → / ← allE glycerate kinase II/S‑ureidoglycine aminohydrolase
RA 543,210 A→T 6.9% intergenic (+177/+51) glxK → / ← allE glycerate kinase II/S‑ureidoglycine aminohydrolase
RA 566,354 A→G 8.9% pseudogene (23/279 nt) exoD ← pseudogene, DLP12 prophage; phage‑type exonuclease family;Phage or Prophage Related
RA 566,367 C→T 8.4% pseudogene (10/279 nt) exoD ← pseudogene, DLP12 prophage; phage‑type exonuclease family;Phage or Prophage Related
RA 569,161 A→C 6.3% D87A (GAC→GCC)  ybcK → DLP12 prophage; putative recombinase
RA 580,697 T→C 5.8% intergenic (‑252/‑137) ylcI ← / → nohD DUF3950 family protein, DLP12 prophage/DLP12 prophage; DNA packaging protein
RA 608,037 A→G 5.1% intergenic (+49/‑28) hokE → / → insL1 toxic polypeptide, small/IS186 transposase
RA 675,408 C→A 10.6% H131N (CAC→AAC)  ybeL → DUF1451 family protein
RA 699,559 A→G 5.5% intergenic (‑382/+15) asnB ← / ← umpH asparagine synthetase B/UMP phosphatase
RA 715,756 G→T 5.3% Q115H (CAG→CAT ybfP → lipoprotein
RA 736,615 T→C 7.8% pseudogene (171/240 nt) ybfQ → pseudogene, H repeat‑associated protein
RA 787,782 G→C 5.2% intergenic (‑187/+15) gpmA ← / ← galM phosphoglyceromutase 1/aldose 1‑epimerase; type‑1 mutarotase; galactose mutarotase
RA 826,369 A→C 9.5% V295G (GTC→GGC)  ybhS ← putative ABC transporter permease
RA 847,213 A→T 12.2% intergenic (‑94/+45) glnP ← / ← glnH glutamine transporter subunit/glutamine transporter subunit
RA 847,214 T→A 12.3% intergenic (‑95/+44) glnP ← / ← glnH glutamine transporter subunit/glutamine transporter subunit
RA 847,215 A→T 12.5% intergenic (‑96/+43) glnP ← / ← glnH glutamine transporter subunit/glutamine transporter subunit
RA 850,993 T→C 6.4% intergenic (+28/+21) ompX → / ← opgE outer membrane protein X/OPG biosynthetic transmembrane phosphoethanolamine transferase
RA 850,995 T→G 6.3% intergenic (+30/+19) ompX → / ← opgE outer membrane protein X/OPG biosynthetic transmembrane phosphoethanolamine transferase
RA 850,996 C→A 7.1% intergenic (+31/+18) ompX → / ← opgE outer membrane protein X/OPG biosynthetic transmembrane phosphoethanolamine transferase
RA 850,998 G→A 6.8% intergenic (+33/+16) ompX → / ← opgE outer membrane protein X/OPG biosynthetic transmembrane phosphoethanolamine transferase
RA 887,392 T→A 8.7% intergenic (‑53/‑31) ybjJ ← / → rcdA putative drug efflux MFS transporter, inner membrane protein/transcriptional regulator of csgD and ybiJI; autoregulator
RA 887,393 T→A 9.5% intergenic (‑54/‑30) ybjJ ← / → rcdA putative drug efflux MFS transporter, inner membrane protein/transcriptional regulator of csgD and ybiJI; autoregulator
RA 915,080 G→C 7.3% intergenic (‑223/+272) ybjE ← / ← aqpZ putative transporter/aquaporin Z
RA 915,081 G→C 7.2% intergenic (‑224/+271) ybjE ← / ← aqpZ putative transporter/aquaporin Z
RA 940,754 G→A 6.1% intergenic (+34/‑205) serS → / → dmsA seryl‑tRNA synthetase/dimethyl sulfoxide reductase, anaerobic, subunit A
RA 987,420 A→C 6.8% intergenic (‑438/+165) ompF ← / ← asnS outer membrane porin 1a (Ia;b;F)/asparaginyl tRNA synthetase
RA 987,421 A→T 7.3% intergenic (‑439/+164) ompF ← / ← asnS outer membrane porin 1a (Ia;b;F)/asparaginyl tRNA synthetase
RA 987,424 A→T 9.1% intergenic (‑442/+161) ompF ← / ← asnS outer membrane porin 1a (Ia;b;F)/asparaginyl tRNA synthetase
RA 987,560 G→C 6.5% intergenic (‑578/+25) ompF ← / ← asnS outer membrane porin 1a (Ia;b;F)/asparaginyl tRNA synthetase
RA 987,561 G→C 6.3% intergenic (‑579/+24) ompF ← / ← asnS outer membrane porin 1a (Ia;b;F)/asparaginyl tRNA synthetase
RA 993,775 A→C 8.0% R90R (CGT→CGG ssuB ← aliphatic sulfonate ABC transporter ATPase
RA 994,627 G→T 6.4% A69E (GCG→GAG)  ssuC ← aliphatic sulfonate ABC transporter permease
RA 994,630 C→T 6.2% R68Q (CGG→CAG)  ssuC ← aliphatic sulfonate ABC transporter permease
RA 994,632 C→G 6.3% W67C (TGG→TGC) ‡ ssuC ← aliphatic sulfonate ABC transporter permease
RA 994,634 A→G 6.0% W67R (TGG→CGG) ‡ ssuC ← aliphatic sulfonate ABC transporter permease
RA 994,637 A→C 6.4% S66A (TCC→GCC)  ssuC ← aliphatic sulfonate ABC transporter permease
RA 998,448 T→A 6.3% intergenic (+41/‑42) elfA → / → elfD laminin‑binding fimbrin subunit/putative periplasmic pilin chaperone
RA 998,449 G→A 6.4% intergenic (+42/‑41) elfA → / → elfD laminin‑binding fimbrin subunit/putative periplasmic pilin chaperone
RA 998,450 T→C 6.6% intergenic (+43/‑40) elfA → / → elfD laminin‑binding fimbrin subunit/putative periplasmic pilin chaperone
RA 1,018,249 G→C 5.6% S17R (AGC→AGG) ‡ ycbZ ← putative peptidase
RA 1,018,251 T→G 5.6% S17R (AGC→CGC) ‡ ycbZ ← putative peptidase
RA 1,018,254 C→A 5.5% D16Y (GAT→TAT)  ycbZ ← putative peptidase
RA 1,018,256 G→C 5.5% T15S (ACC→AGC)  ycbZ ← putative peptidase
RA 1,045,731 G→T 5.4% P25T (CCT→ACT)  gfcE ← putative O‑antigen capsule outer membrane auxillary protein export channel
RA 1,100,791 G→C 5.3% intergenic (+4/+60) ycdZ → / ← csgG DUF1097 family inner membrane protein/curli production assembly/transport outer membrane lipoprotein
RA 1,100,793 A→C 7.1% intergenic (+6/+58) ycdZ → / ← csgG DUF1097 family inner membrane protein/curli production assembly/transport outer membrane lipoprotein
RA 1,102,948 T→C 5.3% K83K (AAA→AAG) ‡ csgD ← csgBAC operon transcriptional regulator
RA 1,102,949 T→A 5.3% K83I (AAA→ATA) ‡ csgD ← csgBAC operon transcriptional regulator
RA 1,102,951 G→A 5.5% I82I (ATC→ATT csgD ← csgBAC operon transcriptional regulator
RA 1,136,026 G→T 5.3% V155L (GTA→TTA) ‡ flgH → flagellar protein of basal‑body outer‑membrane L ring
RA 1,136,028 A→C 5.3% V155V (GTA→GTC) ‡ flgH → flagellar protein of basal‑body outer‑membrane L ring
RA 1,158,519 T→G 6.8% P217P (CCT→CCG ptsG → fused glucose‑specific PTS enzymes: IIB component/IIC component
RA 1,181,760 A→G 5.8% intergenic (‑35/+23) ymfA ← / ← potD DUF3592 family inner membrane protein/spermidine/putrescine ABC transporter periplasmic binding protein
RA 1,181,761 A→G 5.8% intergenic (‑36/+22) ymfA ← / ← potD DUF3592 family inner membrane protein/spermidine/putrescine ABC transporter periplasmic binding protein
RA 1,181,765 C→T 6.6% intergenic (‑40/+18) ymfA ← / ← potD DUF3592 family inner membrane protein/spermidine/putrescine ABC transporter periplasmic binding protein
RA 1,214,497 T→A 5.3% I327F (ATC→TTC)  bluF ← anti‑repressor for YcgE, blue light‑responsive; FAD‑binding; inactive c‑di‑GMP phosphodiesterase‑like EAL domain protein
RA 1,232,484 A→G 7.1% intergenic (+30/+16) umuC → / ← dsbB translesion error‑prone DNA polymerase V subunit; DNA polymerase activity/oxidoreductase that catalyzes reoxidation of DsbA protein disulfide isomerase I
RA 1,286,787 G→A 14.3% intergenic (+261/+279) narI → / ← rttR nitrate reductase 1, gamma (cytochrome b(NR)) subunit/rtT sRNA, processed from tyrT transcript
RA 1,286,793 A→G 15.0% intergenic (+267/+273) narI → / ← rttR nitrate reductase 1, gamma (cytochrome b(NR)) subunit/rtT sRNA, processed from tyrT transcript
RA 1,302,834 G→C 6.5% intergenic (+21/‑65) oppA → / → oppB oligopeptide ABC transporter periplasmic binding protein/oligopeptide ABC transporter permease
RA 1,302,836 G→C 6.5% intergenic (+23/‑63) oppA → / → oppB oligopeptide ABC transporter periplasmic binding protein/oligopeptide ABC transporter permease
RA 1,410,986 A→G 7.9% intergenic (+102/+27) dbpA → / ← ttcA ATP‑dependent RNA helicase, specific for 23S rRNA/tRNA s(2)C32 thioltransferase, iron sulfur cluster protein
RA 1,410,990 T→A 9.2% intergenic (+106/+23) dbpA → / ← ttcA ATP‑dependent RNA helicase, specific for 23S rRNA/tRNA s(2)C32 thioltransferase, iron sulfur cluster protein
RA 1,410,991 T→A 7.3% intergenic (+107/+22) dbpA → / ← ttcA ATP‑dependent RNA helicase, specific for 23S rRNA/tRNA s(2)C32 thioltransferase, iron sulfur cluster protein
RA 1,410,995 C→T 8.0% intergenic (+111/+18) dbpA → / ← ttcA ATP‑dependent RNA helicase, specific for 23S rRNA/tRNA s(2)C32 thioltransferase, iron sulfur cluster protein
RA 1,426,178 A→T 7.2% intergenic (+96/‑276) ydaY → / → tmpR pseudogene, Rac prophage;Phage or Prophage Related/Rac prophage; pseudogene, tail protein family;Phage or Prophage Related; putative alpha helix protein
RA 1,426,417 T→C 6.2% intergenic (+335/‑37) ydaY → / → tmpR pseudogene, Rac prophage;Phage or Prophage Related/Rac prophage; pseudogene, tail protein family;Phage or Prophage Related; putative alpha helix protein
RA 1,426,418 T→G 6.2% intergenic (+336/‑36) ydaY → / → tmpR pseudogene, Rac prophage;Phage or Prophage Related/Rac prophage; pseudogene, tail protein family;Phage or Prophage Related; putative alpha helix protein
RA 1,426,421 C→A 6.6% intergenic (+339/‑33) ydaY → / → tmpR pseudogene, Rac prophage;Phage or Prophage Related/Rac prophage; pseudogene, tail protein family;Phage or Prophage Related; putative alpha helix protein
RA 1,426,422 G→A 6.5% intergenic (+340/‑32) ydaY → / → tmpR pseudogene, Rac prophage;Phage or Prophage Related/Rac prophage; pseudogene, tail protein family;Phage or Prophage Related; putative alpha helix protein
RA 1,446,785 T→A 10.7% T167S (ACA→TCA)  feaR ← transcriptional activator for tynA and feaB
RA 1,446,786 T→A 8.8% E166D (GAA→GAT) ‡ feaR ← transcriptional activator for tynA and feaB
RA 1,446,787 T→A 9.2% E166V (GAA→GTA) ‡ feaR ← transcriptional activator for tynA and feaB
RA 1,466,630 G→C 15.9% pseudogene (1239/2513 nt) ydbA → pseudogene, autotransporter homolog; interrupted by IS2 and IS30
RA 1,466,639 C→T 21.7% pseudogene (1248/2513 nt) ydbA → pseudogene, autotransporter homolog; interrupted by IS2 and IS30
RA 1,488,057 C→G 8.9% intergenic (+22/‑175) ydcF → / → aldA DUF218 superfamily protein, SAM‑binding/aldehyde dehydrogenase A, NAD‑linked
RA 1,502,089 C→G 6.5% H176Q (CAC→CAG tehB → tellurite, selenium methyltransferase, SAM‑dependent; tellurite, selenium resistance protein
RA 1,504,884 T→C 6.9% intergenic (+19/+21) insQ → / ← ydcO IS609 transposase B/BenE family inner membrane putative transporter
RA 1,504,888 T→G 8.2% intergenic (+23/+17) insQ → / ← ydcO IS609 transposase B/BenE family inner membrane putative transporter
RA 1,504,889 C→A 7.0% intergenic (+24/+16) insQ → / ← ydcO IS609 transposase B/BenE family inner membrane putative transporter
RA 1,504,893 G→A 7.5% intergenic (+28/+12) insQ → / ← ydcO IS609 transposase B/BenE family inner membrane putative transporter
RA 1,530,490 T→C 7.9% intergenic (+86/‑96) ydcD → / → yncI putative immunity protein for RhsE/pseudogene
RA 1,530,496 G→T 12.2% intergenic (+92/‑90) ydcD → / → yncI putative immunity protein for RhsE/pseudogene
RA 1,530,499 A→C 11.7% intergenic (+95/‑87) ydcD → / → yncI putative immunity protein for RhsE/pseudogene
RA 1,530,505 G→A 11.3% intergenic (+101/‑81) ydcD → / → yncI putative immunity protein for RhsE/pseudogene
RA 1,543,229 G→T 12.9% L278M (CTG→ATG)  narU ← nitrate/nitrite transporter
RA 1,543,230 C→G 11.3% M277I (ATG→ATC) ‡ narU ← nitrate/nitrite transporter
RA 1,543,231 A→C 12.3% M277R (ATG→AGG) ‡ narU ← nitrate/nitrite transporter
RA 1,579,563 G→T 10.7% intergenic (‑221/+70) yddA ← / ← ydeM putative multidrug ABC transporter permease/ATPase/putative YdeN‑specific sulfatase‑maturating enzyme
RA 1,579,564 G→A 11.4% intergenic (‑222/+69) yddA ← / ← ydeM putative multidrug ABC transporter permease/ATPase/putative YdeN‑specific sulfatase‑maturating enzyme
RA 1,579,569 T→C 11.3% intergenic (‑227/+64) yddA ← / ← ydeM putative multidrug ABC transporter permease/ATPase/putative YdeN‑specific sulfatase‑maturating enzyme
RA 1,579,570 A→C 11.3% intergenic (‑228/+63) yddA ← / ← ydeM putative multidrug ABC transporter permease/ATPase/putative YdeN‑specific sulfatase‑maturating enzyme
RA 1,693,417 G→C 6.3% L283V (CTG→GTG)  uidB ← glucuronide transporter
RA 1,696,187 A→G 7.0% intergenic (‑116/+275) uidA ← / ← uidR beta‑D‑glucuronidase/transcriptional repressor
RA 1,697,242 Δ1 bp 6.1% intergenic (‑190/+31) uidR ← / ← hdhA transcriptional repressor/7‑alpha‑hydroxysteroid dehydrogenase, NAD‑dependent
RA 1,697,246 A→G 5.7% intergenic (‑194/+27) uidR ← / ← hdhA transcriptional repressor/7‑alpha‑hydroxysteroid dehydrogenase, NAD‑dependent
RA 1,697,248:1 +T 5.7% intergenic (‑196/+25) uidR ← / ← hdhA transcriptional repressor/7‑alpha‑hydroxysteroid dehydrogenase, NAD‑dependent
RA 1,708,662 C→G 16.7% Q582E (CAA→GAA)  rsxC → SoxR iron‑sulfur cluster reduction factor component; putative membrane‑associated NADH oxidoreductase of electron transport complex
RA 1,709,006 A→G 21.5% A696A (GCA→GCG rsxC → SoxR iron‑sulfur cluster reduction factor component; putative membrane‑associated NADH oxidoreductase of electron transport complex
RA 1,726,994 C→G 7.3% S112R (AGC→AGG nemA → chromate reductase, quinone reductase, FMN‑linked; N‑Ethylmaleimide reductase; old yellow enzyme
RA 1,726,995 C→T 7.2% L113L (CTG→TTG)  nemA → chromate reductase, quinone reductase, FMN‑linked; N‑Ethylmaleimide reductase; old yellow enzyme
RA 1,727,000 A→G 7.4% Q114Q (CAA→CAG nemA → chromate reductase, quinone reductase, FMN‑linked; N‑Ethylmaleimide reductase; old yellow enzyme
RA 1,727,001 C→G 7.5% P115A (CCT→GCT)  nemA → chromate reductase, quinone reductase, FMN‑linked; N‑Ethylmaleimide reductase; old yellow enzyme
RA 1,736,097 T→A 7.2% intergenic (+138/+24) sodB → / ← ydhP superoxide dismutase, Fe/putative MFS transporter, inner membrane protein
RA 1,736,100 T→A 7.0% intergenic (+141/+21) sodB → / ← ydhP superoxide dismutase, Fe/putative MFS transporter, inner membrane protein
RA 1,743,155 C→G 5.1% D30H (GAC→CAC)  ribC ← riboflavin synthase, alpha subunit
RA 1,743,163 T→C 5.1% E27G (GAG→GGG)  ribC ← riboflavin synthase, alpha subunit
RA 1,743,165 C→G 5.3% V26V (GTG→GTC ribC ← riboflavin synthase, alpha subunit
RA 1,777,968 A→G 5.7% E258G (GAA→GGA)  ydiO → putative acyl‑CoA dehydrogenase
RA 1,788,507 T→G 10.1% Y25D (TAT→GAT)  aroH → 3‑deoxy‑D‑arabino‑heptulosonate‑7‑phosphate synthase, tryptophan repressible
RA 1,788,510 C→A 10.2% P26T (CCC→ACC)  aroH → 3‑deoxy‑D‑arabino‑heptulosonate‑7‑phosphate synthase, tryptophan repressible
RA 1,797,369 G→T 10.2% I192I (ATC→ATA pheT ← phenylalanine tRNA synthetase, beta subunit
RA 1,972,794 C→A 11.1% intergenic (‑103/+42) tar ← / ← cheW methyl‑accepting chemotaxis protein II/purine‑binding chemotaxis protein
RA 1,972,795 G→T 9.1% intergenic (‑104/+41) tar ← / ← cheW methyl‑accepting chemotaxis protein II/purine‑binding chemotaxis protein
RA 1,972,797 A→T 9.0% intergenic (‑106/+39) tar ← / ← cheW methyl‑accepting chemotaxis protein II/purine‑binding chemotaxis protein
RA 1,972,799 A→C 8.4% intergenic (‑108/+37) tar ← / ← cheW methyl‑accepting chemotaxis protein II/purine‑binding chemotaxis protein
RA 1,972,800 T→G 8.3% intergenic (‑109/+36) tar ← / ← cheW methyl‑accepting chemotaxis protein II/purine‑binding chemotaxis protein
MC JC 1,978,503 Δ776 bp 100% insB1insA insB1, insA
RA 1,987,857 C→T 14.0% intergenic (‑99/+16) yecJ ← / ← azuC DUF2766 family protein/acid‑inducible small membrane‑associated protein
RA 1,987,858 G→C 11.9% intergenic (‑100/+15) yecJ ← / ← azuC DUF2766 family protein/acid‑inducible small membrane‑associated protein
RA 1,987,859 G→C 12.3% intergenic (‑101/+14) yecJ ← / ← azuC DUF2766 family protein/acid‑inducible small membrane‑associated protein
RA 1,987,860 A→G 12.4% intergenic (‑102/+13) yecJ ← / ← azuC DUF2766 family protein/acid‑inducible small membrane‑associated protein
RA 1,992,083 G→C 8.1% noncoding (35/76 nt) glyW ← tRNA‑Gly
RA 2,019,460 G→A 100% V359I (GTC→ATC)  fliK → flagellar hook‑length control protein
RA 2,024,611 T→A 6.2% intergenic (+20/+24) rcsA → / ← dsrB transcriptional regulator of colanic acid capsular biosynthesis/uncharacterized protein
RA 2,074,691 C→G 8.2% intergenic (+33/‑88) flu → / → yeeR CP4‑44 prophage; antigen 43 (Ag43) phase‑variable biofilm formation autotransporter/CP4‑44 prophage; putative membrane protein
RA 2,081,057 A→G 5.7% V69A (GTG→GCG) ‡ sbmC ← DNA gyrase inhibitor
RA 2,081,058 C→T 5.8% V69M (GTG→ATG) ‡ sbmC ← DNA gyrase inhibitor
RA 2,173,361 Δ2 bp 100% pseudogene (1‑2/442 nt) gatC ← pseudogene, galactitol‑specific enzyme IIC component of PTS;transport; Transport of small molecules: Carbohydrates, organic acids, alcohols; PTS system galactitol‑specific enzyme IIC
RA 2,197,658 T→A 5.8% pseudogene (1185/2847 nt) yehH → DUF4132 family pseudogene; defective yehI paralog; molybdate metabolism regulator, first fragment; molybdate metabolism regulator, second fragment 2; yehI' molR mutations have phenotypes and the N‑terminal molR fragment of yehI' may be expressed and may have retained or evolved MolR function
RA 2,259,686 A→G 6.7% intergenic (‑390/+33) psuK ← / ← fruA pseudouridine kinase/fused fructose‑specific PTS enzymes: IIBcomponent/IIC components
RA 2,259,690 G→A 6.9% intergenic (‑394/+29) psuK ← / ← fruA pseudouridine kinase/fused fructose‑specific PTS enzymes: IIBcomponent/IIC components
RA 2,259,693 A→T 6.2% intergenic (‑397/+26) psuK ← / ← fruA pseudouridine kinase/fused fructose‑specific PTS enzymes: IIBcomponent/IIC components
RA 2,259,696 T→C 6.3% intergenic (‑400/+23) psuK ← / ← fruA pseudouridine kinase/fused fructose‑specific PTS enzymes: IIBcomponent/IIC components
RA 2,259,700 C→T 6.1% intergenic (‑404/+19) psuK ← / ← fruA pseudouridine kinase/fused fructose‑specific PTS enzymes: IIBcomponent/IIC components
RA 2,304,649 C→T 19.3% intergenic (+256/+459) eco → / ← mqo ecotin, a serine protease inhibitor/malate dehydrogenase, FAD/NAD(P)‑binding domain
RA 2,323,275 T→A 7.3% intergenic (+24/‑172) atoC → / → atoD fused response regulator of ato operon, in two‑component system with AtoS: response regulator/sigma54 interaction protein/acetyl‑CoA:acetoacetyl‑CoA transferase, alpha subunit
RA 2,323,280 A→G 7.1% intergenic (+29/‑167) atoC → / → atoD fused response regulator of ato operon, in two‑component system with AtoS: response regulator/sigma54 interaction protein/acetyl‑CoA:acetoacetyl‑CoA transferase, alpha subunit
RA 2,323,283 G→C 6.7% intergenic (+32/‑164) atoC → / → atoD fused response regulator of ato operon, in two‑component system with AtoS: response regulator/sigma54 interaction protein/acetyl‑CoA:acetoacetyl‑CoA transferase, alpha subunit
RA 2,323,286 C→T 7.1% intergenic (+35/‑161) atoC → / → atoD fused response regulator of ato operon, in two‑component system with AtoS: response regulator/sigma54 interaction protein/acetyl‑CoA:acetoacetyl‑CoA transferase, alpha subunit
RA 2,323,291 T→A 7.3% intergenic (+40/‑156) atoC → / → atoD fused response regulator of ato operon, in two‑component system with AtoS: response regulator/sigma54 interaction protein/acetyl‑CoA:acetoacetyl‑CoA transferase, alpha subunit
RA 2,325,037:1 +T 8.1% coding (282/1323 nt) atoE → short chain fatty acid transporter
RA 2,325,042 Δ1 bp 7.7% coding (287/1323 nt) atoE → short chain fatty acid transporter
RA 2,357,653 A→G 5.4% L250L (CTA→CTG yfaD → transposase_31 family protein
JC JC 2,375,828 IS186 (+) +4 bp 100% coding (132‑135/963 nt) menC ← O‑succinylbenzoyl‑CoA synthase
RA 2,390,012 Δ1 bp 5.2% intergenic (+48/+36) yfbP → / ← nuoN TPR‑like repeats‑containing protein/NADH:ubiquinone oxidoreductase, membrane subunit N
RA 2,390,016:1 +C 5.1% intergenic (+52/+32) yfbP → / ← nuoN TPR‑like repeats‑containing protein/NADH:ubiquinone oxidoreductase, membrane subunit N
RA 2,406,376 C→G 7.0% C89S (TGC→TCC) ‡ lrhA ← transcriptional repressor of flagellar, motility and chemotaxis genes
RA 2,406,377 A→C 6.3% C89G (TGC→GGC) ‡ lrhA ← transcriptional repressor of flagellar, motility and chemotaxis genes
RA 2,406,378 G→C 7.2% A88A (GCC→GCG) ‡ lrhA ← transcriptional repressor of flagellar, motility and chemotaxis genes
RA 2,406,379 G→T 7.2% A88D (GCC→GAC) ‡ lrhA ← transcriptional repressor of flagellar, motility and chemotaxis genes
RA 2,406,380 C→G 6.9% A88P (GCC→CCC) ‡ lrhA ← transcriptional repressor of flagellar, motility and chemotaxis genes
RA 2,414,689 C→G 6.9% intergenic (+17/‑58) ackA → / → pta acetate kinase A and propionate kinase 2/phosphate acetyltransferase
RA 2,416,941 A→G 6.4% intergenic (+50/‑140) pta → / → yfcC phosphate acetyltransferase/putative inner membrane transporter; C4‑dicarboxylate anaerobic carrier family protein
RA 2,416,943 C→G 6.3% intergenic (+52/‑138) pta → / → yfcC phosphate acetyltransferase/putative inner membrane transporter; C4‑dicarboxylate anaerobic carrier family protein
RA 2,416,945 C→T 6.3% intergenic (+54/‑136) pta → / → yfcC phosphate acetyltransferase/putative inner membrane transporter; C4‑dicarboxylate anaerobic carrier family protein
RA 2,424,327 C→T 5.2% S61S (TCG→TCA hisP ← histidine ABC transporter ATPase
RA 2,430,871 C→T 7.9% intergenic (‑108/+151) cvpA ← / ← dedD colicin V production protein/membrane‑anchored periplasmic protein involved in septation
RA 2,430,876 A→T 7.9% intergenic (‑113/+146) cvpA ← / ← dedD colicin V production protein/membrane‑anchored periplasmic protein involved in septation
RA 2,430,878 A→T 7.8% intergenic (‑115/+144) cvpA ← / ← dedD colicin V production protein/membrane‑anchored periplasmic protein involved in septation
RA 2,430,879 A→T 6.8% intergenic (‑116/+143) cvpA ← / ← dedD colicin V production protein/membrane‑anchored periplasmic protein involved in septation
RA 2,430,881 A→T 9.1% intergenic (‑118/+141) cvpA ← / ← dedD colicin V production protein/membrane‑anchored periplasmic protein involved in septation
RA 2,430,886 A→G 9.0% intergenic (‑123/+136) cvpA ← / ← dedD colicin V production protein/membrane‑anchored periplasmic protein involved in septation
RA 2,434,094 G→A 6.6% R216R (CGC→CGT dedA ← DedA family inner membrane protein
RA 2,434,097 T→C 6.3% A215A (GCA→GCG dedA ← DedA family inner membrane protein
RA 2,440,295 A→T 6.2% intergenic (‑175/+90) yfcJ ← / ← fabB putative arabinose efflux transporter/3‑oxoacyl‑[acyl‑carrier‑protein] synthase I
RA 2,440,296 T→G 6.3% intergenic (‑176/+89) yfcJ ← / ← fabB putative arabinose efflux transporter/3‑oxoacyl‑[acyl‑carrier‑protein] synthase I
RA 2,440,297 C→A 6.2% intergenic (‑177/+88) yfcJ ← / ← fabB putative arabinose efflux transporter/3‑oxoacyl‑[acyl‑carrier‑protein] synthase I
RA 2,440,298 A→T 7.3% intergenic (‑178/+87) yfcJ ← / ← fabB putative arabinose efflux transporter/3‑oxoacyl‑[acyl‑carrier‑protein] synthase I
RA 2,460,614 C→T 8.7% intergenic (‑145/+36) fadI ← / ← yfcZ beta‑ketoacyl‑CoA thiolase, anaerobic, subunit/UPF0381 family protein
RA 2,460,618 C→T 7.4% intergenic (‑149/+32) fadI ← / ← yfcZ beta‑ketoacyl‑CoA thiolase, anaerobic, subunit/UPF0381 family protein
RA 2,460,619 A→T 8.4% intergenic (‑150/+31) fadI ← / ← yfcZ beta‑ketoacyl‑CoA thiolase, anaerobic, subunit/UPF0381 family protein
RA 2,460,620 A→G 7.4% intergenic (‑151/+30) fadI ← / ← yfcZ beta‑ketoacyl‑CoA thiolase, anaerobic, subunit/UPF0381 family protein
RA 2,460,624 A→G 8.8% intergenic (‑155/+26) fadI ← / ← yfcZ beta‑ketoacyl‑CoA thiolase, anaerobic, subunit/UPF0381 family protein
RA 2,474,878 T→C 5.2% intergenic (+22/‑106) yfdQ → / → yfdR CPS‑53 (KpLE1) prophage; uncharacterized protein/CPS‑53 (KpLE1) prophage; conserved protein
RA 2,474,881 G→A 5.3% intergenic (+25/‑103) yfdQ → / → yfdR CPS‑53 (KpLE1) prophage; uncharacterized protein/CPS‑53 (KpLE1) prophage; conserved protein
RA 2,497,023 A→T 9.4% intergenic (+31/+34) ypdK → / ← alaC inner membrane protein/glutamate‑pyruvate aminotransferase; glutamic‑pyruvic transaminase (GPT); alanine transaminase
RA 2,497,024 T→G 9.5% intergenic (+32/+33) ypdK → / ← alaC inner membrane protein/glutamate‑pyruvate aminotransferase; glutamic‑pyruvic transaminase (GPT); alanine transaminase
RA 2,497,025 C→A 9.1% intergenic (+33/+32) ypdK → / ← alaC inner membrane protein/glutamate‑pyruvate aminotransferase; glutamic‑pyruvic transaminase (GPT); alanine transaminase
RA 2,508,433 Δ1 bp 6.3% intergenic (‑191/+28) fryB ← / ← glk putative enzyme IIB component of PTS/glucokinase
RA 2,508,438:1 +T 6.5% intergenic (‑196/+23) fryB ← / ← glk putative enzyme IIB component of PTS/glucokinase
RA 2,553,463 A→C 6.1% E80A (GAA→GCA)  hemF → coproporphyrinogen III oxidase
RA 2,553,465 C→A 6.5% L81I (CTT→ATT) ‡ hemF → coproporphyrinogen III oxidase
RA 2,553,466 T→G 5.3% L81R (CTT→CGT) ‡ hemF → coproporphyrinogen III oxidase
RA 2,553,468 G→T 6.0% A82S (GCC→TCC)  hemF → coproporphyrinogen III oxidase
RA 2,560,321 C→T 5.2% A22V (GCT→GTT)  yffL → CPZ‑55 prophage; uncharacterized protein
RA 2,587,006 A→C 7.4% T426P (ACG→CCG) ‡ narQ → sensory histidine kinase in two‑component regulatory system with NarP
RA 2,587,007 C→T 5.2% T426M (ACG→ATG) ‡ narQ → sensory histidine kinase in two‑component regulatory system with NarP
RA 2,587,010 T→A 6.2% L427Q (CTG→CAG)  narQ → sensory histidine kinase in two‑component regulatory system with NarP
RA 2,587,013 A→G 5.3% Q428R (CAG→CGG) ‡ narQ → sensory histidine kinase in two‑component regulatory system with NarP
RA 2,587,014 G→T 5.3% Q428H (CAG→CAT) ‡ narQ → sensory histidine kinase in two‑component regulatory system with NarP
RA 2,637,234 C→A 7.7% K41N (AAG→AAT) ‡ der ← GTPase; multicopy suppressor of ftsJ
RA 2,637,235 T→G 7.8% K41T (AAG→ACG) ‡ der ← GTPase; multicopy suppressor of ftsJ
RA 2,673,783 G→A 7.2% intergenic (+15/+33) yphA → / ← yphB DoxX family inner membrane protein/mutarotase superfamily protein, YphB family
RA 2,673,784 C→A 7.1% intergenic (+16/+32) yphA → / ← yphB DoxX family inner membrane protein/mutarotase superfamily protein, YphB family
RA 2,673,790 G→T 6.9% intergenic (+22/+26) yphA → / ← yphB DoxX family inner membrane protein/mutarotase superfamily protein, YphB family
RA 2,673,791 A→C 6.9% intergenic (+23/+25) yphA → / ← yphB DoxX family inner membrane protein/mutarotase superfamily protein, YphB family
RA 2,673,797 T→G 7.7% intergenic (+29/+19) yphA → / ← yphB DoxX family inner membrane protein/mutarotase superfamily protein, YphB family
RA 2,673,798 T→C 7.7% intergenic (+30/+18) yphA → / ← yphB DoxX family inner membrane protein/mutarotase superfamily protein, YphB family
RA 2,705,871 A→T 5.4% V418V (GTT→GTA lepA ← back‑translocating elongation factor EF4, GTPase
RA 2,738,928 A→C 5.3% intergenic (+23/+20) pheA → / ← tyrA chorismate mutase and prephenate dehydratase, P‑protein/fused chorismate mutase T/prephenate dehydrogenase
RA 2,777,571 A→G 7.2% D40G (GAC→GGC)  ypjF → CP4‑57 prophage; toxin of the YpjF‑YfjZ toxin‑antitoxin system
RA 2,777,573 A→G 7.2% T41A (ACG→GCG) ‡ ypjF → CP4‑57 prophage; toxin of the YpjF‑YfjZ toxin‑antitoxin system
RA 2,777,574 C→T 7.0% T41M (ACG→ATG) ‡ ypjF → CP4‑57 prophage; toxin of the YpjF‑YfjZ toxin‑antitoxin system
RA 2,777,576 C→T 7.0% P42S (CCG→TCG)  ypjF → CP4‑57 prophage; toxin of the YpjF‑YfjZ toxin‑antitoxin system
RA 2,799,634 A→G 6.7% intergenic (+21/+16) alaE → / ← ygaC alanine exporter, alanine‑inducible, stress‑responsive/uncharacterized protein
RA 2,799,635 T→A 6.7% intergenic (+22/+15) alaE → / ← ygaC alanine exporter, alanine‑inducible, stress‑responsive/uncharacterized protein
RA 2,814,174 T→A 7.6% intergenic (+20/+44) emrB → / ← luxS multidrug efflux system protein/S‑ribosylhomocysteine lyase
RA 2,814,175 T→A 6.9% intergenic (+21/+43) emrB → / ← luxS multidrug efflux system protein/S‑ribosylhomocysteine lyase
RA 2,823,838 C→A 6.9% intergenic (‑69/+11) recA ← / ← pncC DNA recombination and repair protein; ssDNA‑dependent ATPase; synaptase; ssDNA and dsDNA binding protein; ATP‑dependent homologous DNA strand exchanger; recombinase A; LexA autocleavage cofactor/nicotinamide‑nucleotide amidohydrolase; NMN amidohydrolase
RA 2,823,839 T→G 7.1% intergenic (‑70/+10) recA ← / ← pncC DNA recombination and repair protein; ssDNA‑dependent ATPase; synaptase; ssDNA and dsDNA binding protein; ATP‑dependent homologous DNA strand exchanger; recombinase A; LexA autocleavage cofactor/nicotinamide‑nucleotide amidohydrolase; NMN amidohydrolase
RA 2,900,322 C→T 8.1% intergenic (‑49/‑270) ygcW ← / → yqcE putative SDR family oxidoreductase/putative MFS transporter, inner membrane protein
RA 2,902,495 A→C 5.2% G200G (GGA→GGC ygcE → putative kinase
RA 2,911,007 G→A 8.7% R29C (CGT→TGT)  mazF ← mRNA interferase toxin, antitoxin is MazE
RA 2,911,008 A→T 8.2% H28Q (CAT→CAA) ‡ mazF ← mRNA interferase toxin, antitoxin is MazE
RA 2,911,009 T→C 8.6% H28R (CAT→CGT) ‡ mazF ← mRNA interferase toxin, antitoxin is MazE
RA 2,919,903 C→G 5.1% G282R (GGC→CGC)  gudX ← glucarate dehydratase‑related protein, substrate unknown
RA 2,919,905 G→C 5.1% T281S (ACC→AGC)  gudX ← glucarate dehydratase‑related protein, substrate unknown
RA 2,931,830 C→T 5.4% intergenic (+20/+35) ygdG → / ← fucO Ssb‑binding protein, misidentified as ExoIX/L‑1,2‑propanediol oxidoreductase
RA 2,931,831 A→T 5.2% intergenic (+21/+34) ygdG → / ← fucO Ssb‑binding protein, misidentified as ExoIX/L‑1,2‑propanediol oxidoreductase
RA 2,931,832 A→T 5.2% intergenic (+22/+33) ygdG → / ← fucO Ssb‑binding protein, misidentified as ExoIX/L‑1,2‑propanediol oxidoreductase
RA 2,931,833 A→G 5.2% intergenic (+23/+32) ygdG → / ← fucO Ssb‑binding protein, misidentified as ExoIX/L‑1,2‑propanediol oxidoreductase
RA 2,931,836 T→G 9.2% intergenic (+26/+29) ygdG → / ← fucO Ssb‑binding protein, misidentified as ExoIX/L‑1,2‑propanediol oxidoreductase
RA 2,980,742 A→G 5.8% intergenic (‑107/+22) ygeA ← / ← araE Asp/Glu_racemase family protein/arabinose transporter
RA 2,980,744 A→T 7.0% intergenic (‑109/+20) ygeA ← / ← araE Asp/Glu_racemase family protein/arabinose transporter
RA 2,980,746 C→T 5.9% intergenic (‑111/+18) ygeA ← / ← araE Asp/Glu_racemase family protein/arabinose transporter
RA 2,987,103 C→T 6.7% intergenic (+27/‑433) yqeG → / → yqeH putative transporter/putative LuxR family transcriptional regulator
RA 2,987,104 T→A 6.8% intergenic (+28/‑432) yqeG → / → yqeH putative transporter/putative LuxR family transcriptional regulator
RA 2,987,105 A→G 6.7% intergenic (+29/‑431) yqeG → / → yqeH putative transporter/putative LuxR family transcriptional regulator
RA 2,988,137 T→A 5.7% L201* (TTA→TAA)  yqeH → putative LuxR family transcriptional regulator
RA 2,991,798 Δ1 bp 5.0% intergenic (+39/‑296) ygeG → / → ygeH SycD‑like chaperone family TPR‑repeat‑containing protein/putative transcriptional regulator
RA 2,991,799 Δ1 bp 5.1% intergenic (+40/‑295) ygeG → / → ygeH SycD‑like chaperone family TPR‑repeat‑containing protein/putative transcriptional regulator
RA 2,991,805:1 +T 5.3% intergenic (+46/‑289) ygeG → / → ygeH SycD‑like chaperone family TPR‑repeat‑containing protein/putative transcriptional regulator
RA 2,991,805:2 +G 5.3% intergenic (+46/‑289) ygeG → / → ygeH SycD‑like chaperone family TPR‑repeat‑containing protein/putative transcriptional regulator
RA 2,993,889 T→A 6.8% intergenic (+33/‑50) ygeI → / → pbl uncharacterized protein/pseudogene, peptidoglycan‑binding enzyme family
RA 2,993,896 T→A 6.9% intergenic (+40/‑43) ygeI → / → pbl uncharacterized protein/pseudogene, peptidoglycan‑binding enzyme family
RA 3,033,624 A→G 7.6% intergenic (+11/+33) idi → / ← lysS isopentenyl diphosphate isomerase/lysine tRNA synthetase, constitutive
RA 3,033,627 T→A 9.2% intergenic (+14/+30) idi → / ← lysS isopentenyl diphosphate isomerase/lysine tRNA synthetase, constitutive
RA 3,033,628 T→A 7.0% intergenic (+15/+29) idi → / ← lysS isopentenyl diphosphate isomerase/lysine tRNA synthetase, constitutive
RA 3,033,631 C→T 7.4% intergenic (+18/+26) idi → / ← lysS isopentenyl diphosphate isomerase/lysine tRNA synthetase, constitutive
RA 3,034,807 C→T 5.8% G123D (GGC→GAC)  lysS ← lysine tRNA synthetase, constitutive
RA 3,042,314 A→G 8.4% intergenic (+21/+175) ygfZ → / ← yqfA iron‑sulfur cluster repair protein, plumbagin resistance/hemolysin III family HylIII inner membrane protein
RA 3,042,315 T→A 9.1% intergenic (+22/+174) ygfZ → / ← yqfA iron‑sulfur cluster repair protein, plumbagin resistance/hemolysin III family HylIII inner membrane protein
RA 3,042,317 T→A 11.3% intergenic (+24/+172) ygfZ → / ← yqfA iron‑sulfur cluster repair protein, plumbagin resistance/hemolysin III family HylIII inner membrane protein
RA 3,042,319 T→A 9.2% intergenic (+26/+170) ygfZ → / ← yqfA iron‑sulfur cluster repair protein, plumbagin resistance/hemolysin III family HylIII inner membrane protein
RA 3,042,320 C→T 8.3% intergenic (+27/+169) ygfZ → / ← yqfA iron‑sulfur cluster repair protein, plumbagin resistance/hemolysin III family HylIII inner membrane protein
RA 3,042,791 A→G 5.9% W120R (TGG→CGG)  yqfA ← hemolysin III family HylIII inner membrane protein
RA 3,066,308 A→T 5.9% I289N (ATT→AAT) ‡ ygfI ← putative DNA‑binding transcriptional regulator
RA 3,066,309 T→A 6.7% I289F (ATT→TTT) ‡ ygfI ← putative DNA‑binding transcriptional regulator
RA 3,066,310 A→T 5.8% H288Q (CAT→CAA ygfI ← putative DNA‑binding transcriptional regulator
RA 3,136,629 C→A 6.3% intergenic (‑258/+34) pitB ← / ← gss phosphate transporter/glutathionylspermidine amidase and glutathionylspermidine synthetase
RA 3,136,632 C→A 6.7% intergenic (‑261/+31) pitB ← / ← gss phosphate transporter/glutathionylspermidine amidase and glutathionylspermidine synthetase
RA 3,238,464 A→C 5.9% intergenic (+167/‑116) ygjR → / → alx putative NAD(P)‑dependent dehydrogenase/putative membrane‑bound redox modulator
RA 3,250,989 G→C 6.3% intergenic (+35/‑35) yqjF → / → yqjG putative quinol oxidase subunit/putative S‑transferase
RA 3,250,992 G→C 5.5% intergenic (+38/‑32) yqjF → / → yqjG putative quinol oxidase subunit/putative S‑transferase
RA 3,287,116 G→T 5.5% intergenic (+91/‑310) agaI → / → yraH galactosamine‑6‑phosphate isomerase/putative fimbrial‑like adhesin protein
RA 3,288,033 T→G 6.4% intergenic (+23/‑57) yraH → / → yraI putative fimbrial‑like adhesin protein/putative periplasmic pilin chaperone
RA 3,289,127 A→G 5.3% Q105R (CAG→CGG)  yraJ → putative outer membrane protein
RA 3,322,698 A→G 5.9% intergenic (‑193/+35) secG ← / ← glmM preprotein translocase membrane subunit/phosphoglucosamine mutase
RA 3,322,700 A→G 5.9% intergenic (‑195/+33) secG ← / ← glmM preprotein translocase membrane subunit/phosphoglucosamine mutase
RA 3,322,703 C→T 5.9% intergenic (‑198/+30) secG ← / ← glmM preprotein translocase membrane subunit/phosphoglucosamine mutase
RA 3,322,705 C→T 5.9% intergenic (‑200/+28) secG ← / ← glmM preprotein translocase membrane subunit/phosphoglucosamine mutase
RA 3,328,182 A→T 8.0% intergenic (+99/+57) yhbY → / ← greA RNA binding protein associated with pre‑50S ribosomal subunits/transcript cleavage factor
RA 3,328,183 T→A 6.9% intergenic (+100/+56) yhbY → / ← greA RNA binding protein associated with pre‑50S ribosomal subunits/transcript cleavage factor
RA 3,328,184 A→T 6.9% intergenic (+101/+55) yhbY → / ← greA RNA binding protein associated with pre‑50S ribosomal subunits/transcript cleavage factor
RA 3,437,908 T→A 5.3% intergenic (+14/‑116) trkA → / → mscL NAD‑binding component of TrK potassium transporter/mechanosensitive channel protein, high conductance
RA 3,437,909 A→T 5.5% intergenic (+15/‑115) trkA → / → mscL NAD‑binding component of TrK potassium transporter/mechanosensitive channel protein, high conductance
RA 3,437,910 A→T 5.5% intergenic (+16/‑114) trkA → / → mscL NAD‑binding component of TrK potassium transporter/mechanosensitive channel protein, high conductance
RA 3,437,911 T→A 7.1% intergenic (+17/‑113) trkA → / → mscL NAD‑binding component of TrK potassium transporter/mechanosensitive channel protein, high conductance
RA 3,448,276 T→A 7.8% intergenic (‑127/+38) rplN ← / ← rpsQ 50S ribosomal subunit protein L14/30S ribosomal subunit protein S17
RA 3,469,041 A→G 8.8% S271S (AGT→AGC chiA ← periplasmic endochitinase
RA 3,469,050 G→A 9.4% N268N (AAC→AAT chiA ← periplasmic endochitinase
RA 3,471,357 C→T 7.6% intergenic (‑28/+43) tufA ← / ← fusA translation elongation factor EF‑Tu 1/protein chain elongation factor EF‑G, GTP‑binding
RA 3,471,361 T→G 7.1% intergenic (‑32/+39) tufA ← / ← fusA translation elongation factor EF‑Tu 1/protein chain elongation factor EF‑G, GTP‑binding
RA 3,471,362 C→A 7.5% intergenic (‑33/+38) tufA ← / ← fusA translation elongation factor EF‑Tu 1/protein chain elongation factor EF‑G, GTP‑binding
RA 3,471,366 A→G 8.5% intergenic (‑37/+34) tufA ← / ← fusA translation elongation factor EF‑Tu 1/protein chain elongation factor EF‑G, GTP‑binding
RA 3,477,878 T→A 6.8% intergenic (+20/+29) slyX → / ← slyD phi X174 lysis protein/FKBP‑type peptidyl prolyl cis‑trans isomerase (rotamase)
RA 3,483,242 G→C 7.7% S14T (AGC→ACC) ‡ yheT → UPF0017 family putative hydrolase
RA 3,483,243 C→T 7.7% S14S (AGC→AGT) ‡ yheT → UPF0017 family putative hydrolase
RA 3,483,244 A→G 7.7% S15G (AGT→GGT) ‡ yheT → UPF0017 family putative hydrolase
RA 3,483,245 G→C 7.7% S15T (AGT→ACT) ‡ yheT → UPF0017 family putative hydrolase
RA 3,488,983 C→A 7.7% V400L (GTG→TTG)  argD ← bifunctional acetylornithine aminotransferase and succinyldiaminopimelate aminotransferase
RA 3,488,989 G→T 7.1% H398N (CAC→AAC)  argD ← bifunctional acetylornithine aminotransferase and succinyldiaminopimelate aminotransferase
RA 3,504,458 A→G 5.0% Y136C (TAT→TGT)  frlR → putative DNA‑binding transcriptional regulator
RA 3,530,671 A→C 5.7% intergenic (+19/+44) hslO → / ← yhgE heat shock protein Hsp33/DUF4153 family putative inner membrane protein
RA 3,530,672 G→C 6.0% intergenic (+20/+43) hslO → / ← yhgE heat shock protein Hsp33/DUF4153 family putative inner membrane protein
RA 3,530,673 G→C 5.1% intergenic (+21/+42) hslO → / ← yhgE heat shock protein Hsp33/DUF4153 family putative inner membrane protein
RA 3,560,455:1 +G 100% intergenic (‑2/+1) glpR ← / ← glpR pseudogene, DNA‑binding transcriptional repressor;regulator; Energy metabolism, carbon: Anaerobic respiration; repressor of the glp operon/pseudogene, DNA‑binding transcriptional repressor;regulator; Energy metabolism, carbon: Anaerobic respiration; repressor of the glp operon
RA 3,663,547 T→C 5.1% intergenic (+20/+343) mdtF → / ← gadW anaerobic multidrug efflux transporter, ArcA‑regulated/transcriptional activator of gadA and gadBC; repressor of gadX
RA 3,663,555 G→T 5.9% intergenic (+28/+335) mdtF → / ← gadW anaerobic multidrug efflux transporter, ArcA‑regulated/transcriptional activator of gadA and gadBC; repressor of gadX
RA 3,663,556 A→C 5.6% intergenic (+29/+334) mdtF → / ← gadW anaerobic multidrug efflux transporter, ArcA‑regulated/transcriptional activator of gadA and gadBC; repressor of gadX
RA 3,663,558 G→T 5.1% intergenic (+31/+332) mdtF → / ← gadW anaerobic multidrug efflux transporter, ArcA‑regulated/transcriptional activator of gadA and gadBC; repressor of gadX
RA 3,663,564 G→A 5.2% intergenic (+37/+326) mdtF → / ← gadW anaerobic multidrug efflux transporter, ArcA‑regulated/transcriptional activator of gadA and gadBC; repressor of gadX
RA 3,719,804 T→C 5.8% intergenic (+36/‑245) yiaG → / → cspA HTH_CROC1 family putative transcriptional regulator/RNA chaperone and antiterminator, cold‑inducible
RA 3,719,805 G→A 5.9% intergenic (+37/‑244) yiaG → / → cspA HTH_CROC1 family putative transcriptional regulator/RNA chaperone and antiterminator, cold‑inducible
RA 3,719,806 A→T 6.5% intergenic (+38/‑243) yiaG → / → cspA HTH_CROC1 family putative transcriptional regulator/RNA chaperone and antiterminator, cold‑inducible
RA 3,748,108 T→A 9.3% F342Y (TTC→TAC)  lyxK → L‑xylulose kinase
RA 3,748,110 C→A 7.5% L343M (CTG→ATG) ‡ lyxK → L‑xylulose kinase
RA 3,748,111 T→G 7.7% L343R (CTG→CGG) ‡ lyxK → L‑xylulose kinase
RA 3,748,113 T→A 7.8% Y344N (TAC→AAC)  lyxK → L‑xylulose kinase
RA 3,757,939 Δ1 bp 6.2% intergenic (‑112/+78) yiaY ← / ← selB L‑threonine dehydrogenase/selenocysteinyl‑tRNA‑specific translation factor
RA 3,757,942 C→A 7.4% intergenic (‑115/+75) yiaY ← / ← selB L‑threonine dehydrogenase/selenocysteinyl‑tRNA‑specific translation factor
RA 3,757,947:1 +T 6.2% intergenic (‑120/+70) yiaY ← / ← selB L‑threonine dehydrogenase/selenocysteinyl‑tRNA‑specific translation factor
RA 3,774,207 C→T 5.4% intergenic (+13/‑217) mtlA → / → mtlD mannitol‑specific PTS enzyme: IIA, IIB and IIC components/mannitol‑1‑phosphate dehydrogenase, NAD‑dependent
RA 3,774,214 C→T 6.2% intergenic (+20/‑210) mtlA → / → mtlD mannitol‑specific PTS enzyme: IIA, IIB and IIC components/mannitol‑1‑phosphate dehydrogenase, NAD‑dependent
RA 3,774,215 A→G 6.2% intergenic (+21/‑209) mtlA → / → mtlD mannitol‑specific PTS enzyme: IIA, IIB and IIC components/mannitol‑1‑phosphate dehydrogenase, NAD‑dependent
RA 3,798,235 A→T 6.6% intergenic (+28/+4) waaL → / ← waaU O‑antigen ligase/lipopolysaccharide core biosynthesis
RA 3,809,359 T→G 5.8% F274V (TTC→GTC)  waaA → 3‑deoxy‑D‑manno‑octulosonic‑acid transferase (KDO transferase)
RA 3,811,212 C→T 6.9% intergenic (‑60/+38) mutM ← / ← rpmG formamidopyrimidine/5‑formyluracil/ 5‑hydroxymethyluracil DNA glycosylase/50S ribosomal subunit protein L33
RA 3,811,216 C→T 6.8% intergenic (‑64/+34) mutM ← / ← rpmG formamidopyrimidine/5‑formyluracil/ 5‑hydroxymethyluracil DNA glycosylase/50S ribosomal subunit protein L33
RA 3,811,217 G→C 6.9% intergenic (‑65/+33) mutM ← / ← rpmG formamidopyrimidine/5‑formyluracil/ 5‑hydroxymethyluracil DNA glycosylase/50S ribosomal subunit protein L33
RA 3,811,218 G→C 8.1% intergenic (‑66/+32) mutM ← / ← rpmG formamidopyrimidine/5‑formyluracil/ 5‑hydroxymethyluracil DNA glycosylase/50S ribosomal subunit protein L33
RA 3,811,219 A→G 6.5% intergenic (‑67/+31) mutM ← / ← rpmG formamidopyrimidine/5‑formyluracil/ 5‑hydroxymethyluracil DNA glycosylase/50S ribosomal subunit protein L33
RA 3,811,223 A→G 6.4% intergenic (‑71/+27) mutM ← / ← rpmG formamidopyrimidine/5‑formyluracil/ 5‑hydroxymethyluracil DNA glycosylase/50S ribosomal subunit protein L33
RA 3,815,107 T→A 5.9% intergenic (+17/+20) slmA → / ← pyrE nucleoid occlusion factor, anti‑FtsZ division inhibitor/orotate phosphoribosyltransferase
RA 3,832,188 A→T 5.1% intergenic (+22/+31) yicH → / ← yicI putative inner membrane‑anchored periplasmic AsmA family protein/putative alpha‑glucosidase
RA 3,832,191 C→G 5.2% intergenic (+25/+28) yicH → / ← yicI putative inner membrane‑anchored periplasmic AsmA family protein/putative alpha‑glucosidase
RA 3,832,194 A→T 5.2% intergenic (+28/+25) yicH → / ← yicI putative inner membrane‑anchored periplasmic AsmA family protein/putative alpha‑glucosidase
JC JC 3,890,075 IS5 (–) +4 bp 100% coding (1346‑1349/1416 nt) tnaA → tryptophanase/L‑cysteine desulfhydrase, PLP‑dependent
RA 3,906,826 T→C 6.3% intergenic (‑259/+27) bglG ← / ← phoU transcriptional antiterminator of the bgl operon/negative regulator of PhoR/PhoB two‑component regulator
RA 3,906,828 A→T 6.2% intergenic (‑261/+25) bglG ← / ← phoU transcriptional antiterminator of the bgl operon/negative regulator of PhoR/PhoB two‑component regulator
RA 3,906,830 G→A 6.1% intergenic (‑263/+23) bglG ← / ← phoU transcriptional antiterminator of the bgl operon/negative regulator of PhoR/PhoB two‑component regulator
RA 3,911,816 C→T 5.5% intergenic (‑291/+23) pstS ← / ← glmS phosphate ABC transporter periplasmic binding protein/L‑glutamine:D‑fructose‑6‑phosphate aminotransferase
RA 3,911,819 T→G 5.2% intergenic (‑294/+20) pstS ← / ← glmS phosphate ABC transporter periplasmic binding protein/L‑glutamine:D‑fructose‑6‑phosphate aminotransferase
RA 3,911,825 A→G 5.5% intergenic (‑300/+14) pstS ← / ← glmS phosphate ABC transporter periplasmic binding protein/L‑glutamine:D‑fructose‑6‑phosphate aminotransferase
RA 3,959,515 T→A 6.5% intergenic (+70/+17) ilvC → / ← ppiC ketol‑acid reductoisomerase, NAD(P)‑binding/peptidyl‑prolyl cis‑trans isomerase C (rotamase C)
RA 3,973,862 T→G 5.6% G85G (GGT→GGG rffH → glucose‑1‑phosphate thymidylyltransferase
RA 4,046,782 G→T 6.1% intergenic (‑180/‑184) yihG ← / → polA inner membrane protein, inner membrane acyltransferase/5' to 3' DNA polymerase and 3' to 5'/5' to 3' exonuclease
RA 4,046,784 A→T 6.2% intergenic (‑182/‑182) yihG ← / → polA inner membrane protein, inner membrane acyltransferase/5' to 3' DNA polymerase and 3' to 5'/5' to 3' exonuclease
RA 4,046,785 A→T 6.7% intergenic (‑183/‑181) yihG ← / → polA inner membrane protein, inner membrane acyltransferase/5' to 3' DNA polymerase and 3' to 5'/5' to 3' exonuclease
RA 4,046,787 A→C 6.2% intergenic (‑185/‑179) yihG ← / → polA inner membrane protein, inner membrane acyltransferase/5' to 3' DNA polymerase and 3' to 5'/5' to 3' exonuclease
RA 4,142,433 A→C 5.3% intergenic (‑212/‑97) frwA ← / → frwC putative PTS enzyme: Hpr, enzyme I and II components/putative enzyme IIC component of PTS
RA 4,171,648 A→C 6.6% noncoding (12/120 nt) rrfB → 5S ribosomal RNA of rrnB operon
RA 4,177,171 T→A 8.0% intergenic (+43/‑187) tufB → / → secE translation elongation factor EF‑Tu 2/preprotein translocase membrane subunit
RA 4,177,172 T→A 7.2% intergenic (+44/‑186) tufB → / → secE translation elongation factor EF‑Tu 2/preprotein translocase membrane subunit
RA 4,185,540 C→T 71.2% P64L (CCG→CTG)  rpoC → RNA polymerase, beta prime subunit
RA 4,187,214 A→G 23.6% D622G (GAC→GGC)  rpoC → RNA polymerase, beta prime subunit
RA 4,213,182 A→T 5.0% intergenic (+23/‑52) rrfE → / → yjaA 5S ribosomal RNA of rrnE operon/stress‑induced protein
RA 4,232,564 G→T 9.2% P224T (CCG→ACG)  lysC ← lysine‑sensitive aspartokinase 3
RA 4,245,108 T→G 5.2% intergenic (‑33/+121) malF ← / ← malE maltose transporter subunit/maltose transporter subunit
RA 4,245,110 T→G 5.2% intergenic (‑35/+119) malF ← / ← malE maltose transporter subunit/maltose transporter subunit
RA 4,245,111 C→A 5.8% intergenic (‑36/+118) malF ← / ← malE maltose transporter subunit/maltose transporter subunit
RA 4,261,349 G→A 6.6% intergenic (+43/‑320) yjbM → / → dusA uncharacterized protein/tRNA‑dihydrouridine synthase A
RA 4,287,734 C→T 7.2% intergenic (‑363/‑30) acs ← / → nrfA acetyl‑CoA synthetase/nitrite reductase, formate‑dependent, cytochrome
RA 4,287,735 A→T 7.9% intergenic (‑364/‑29) acs ← / → nrfA acetyl‑CoA synthetase/nitrite reductase, formate‑dependent, cytochrome
RA 4,287,736 A→G 7.3% intergenic (‑365/‑28) acs ← / → nrfA acetyl‑CoA synthetase/nitrite reductase, formate‑dependent, cytochrome
RA 4,296,060 C→T 39.6% intergenic (+266/+376) gltP → / ← yjcO glutamate/aspartate:proton symporter/Sel1 family TPR‑like repeat protein
RA 4,296,380:1 +CG 100% intergenic (+586/+56) gltP → / ← yjcO glutamate/aspartate:proton symporter/Sel1 family TPR‑like repeat protein
RA 4,326,887 A→T 11.7% intergenic (‑153/‑248) yjdM ← / → crfC zinc‑ribbon family protein/clamp‑binding sister replication fork colocalization protein, dynamin‑related
RA 4,326,888 A→T 12.1% intergenic (‑154/‑247) yjdM ← / → crfC zinc‑ribbon family protein/clamp‑binding sister replication fork colocalization protein, dynamin‑related
RA 4,326,891 A→T 11.2% intergenic (‑157/‑244) yjdM ← / → crfC zinc‑ribbon family protein/clamp‑binding sister replication fork colocalization protein, dynamin‑related
RA 4,326,892 A→T 11.2% intergenic (‑158/‑243) yjdM ← / → crfC zinc‑ribbon family protein/clamp‑binding sister replication fork colocalization protein, dynamin‑related
RA 4,336,974 A→T 8.3% S20T (TCG→ACG)  adiC ← arginine:agmatine antiporter
RA 4,336,979 A→C 8.4% M18R (ATG→AGG)  adiC ← arginine:agmatine antiporter
RA 4,336,983 G→T 7.6% L17M (CTG→ATG)  adiC ← arginine:agmatine antiporter
RA 4,336,988 A→T 7.8% V15D (GTC→GAC)  adiC ← arginine:agmatine antiporter
RA 4,377,792 A→T 6.8% intergenic (‑70/+19) blc ← / ← ampC outer membrane lipoprotein cell division and growth lipocalin/penicillin‑binding protein; beta‑lactamase, intrinsically weak
RA 4,392,506 C→G 13.2% noncoding (35/76 nt) glyX → tRNA‑Gly
RA 4,400,330 C→G 5.5% L15V (CTG→GTG)  hfq → global sRNA chaperone; HF‑I, host factor for RNA phage Q beta replication
RA 4,406,129 T→C 100% intergenic (+144/‑61) purA → / → nsrR adenylosuccinate synthetase/nitric oxide‑sensitive repressor for NO regulon
RA 4,410,026 G→A 7.5% intergenic (+20/‑107) rlmB → / → yjfI 23S rRNA mG2251 2'‑O‑ribose methyltransferase, SAM‑dependent/DUF2170 family protein
RA 4,410,034 G→A 8.0% intergenic (+28/‑99) rlmB → / → yjfI 23S rRNA mG2251 2'‑O‑ribose methyltransferase, SAM‑dependent/DUF2170 family protein
RA 4,410,037 T→C 8.0% intergenic (+31/‑96) rlmB → / → yjfI 23S rRNA mG2251 2'‑O‑ribose methyltransferase, SAM‑dependent/DUF2170 family protein
RA 4,519,311 A→G 8.6% intergenic (+87/+27) insB1 → / ← yjhU IS1 transposase B;IS, phage, Tn; Transposon‑related functions; extrachromosomal; transposon related/putative DNA‑binding transcriptional regulator; KpLE2 phage‑like element
RA 4,519,313 C→A 8.6% intergenic (+89/+25) insB1 → / ← yjhU IS1 transposase B;IS, phage, Tn; Transposon‑related functions; extrachromosomal; transposon related/putative DNA‑binding transcriptional regulator; KpLE2 phage‑like element
RA 4,519,314 T→G 8.0% intergenic (+90/+24) insB1 → / ← yjhU IS1 transposase B;IS, phage, Tn; Transposon‑related functions; extrachromosomal; transposon related/putative DNA‑binding transcriptional regulator; KpLE2 phage‑like element
RA 4,519,316 C→T 7.7% intergenic (+92/+22) insB1 → / ← yjhU IS1 transposase B;IS, phage, Tn; Transposon‑related functions; extrachromosomal; transposon related/putative DNA‑binding transcriptional regulator; KpLE2 phage‑like element
RA 4,532,534 G→C 5.4% A217G (GCC→GGC)  yjhP ← putative methyltransferase
RA 4,532,537 G→C 5.1% A216G (GCC→GGC)  yjhP ← putative methyltransferase
JC JC 4,640,551 IS1 (–) +9 bp 100% intergenic (+9/‑383) yjjY → / → yjtD uncharacterized protein/putative methyltransferase

Unassigned missing coverage evidence
   seq id start end size ←reads reads→ gene description
* * ÷ NC_000913 772988 774241 1254 35 [33] [34] 35 [cydA]–[cydX] [cydA],cydB,[cydX]
* * ÷ NC_000913 1037687 1039305 1619 35 [34] [34] 35 cbdA–[cbdB] cbdA,[cbdB]
* * ÷ NC_000913 2403917 2404664 748 35 [34] [32] 36 nuoB–[nuoA] nuoB,[nuoA]

Unassigned new junction evidence
  seq id position reads (cov) reads (cov) score skew freq annotation gene product
* ? NC_000913 = 6736363 (0.830)5 (0.070) 5/256 NT 7.4% coding (975/1503 nt) araA L‑arabinose isomerase
?NC_000913 = 67394 67 (0.950)coding (944/1503 nt) araA L‑arabinose isomerase
* ? NC_000913 = 224374NA (NA)6 (0.080) 5/264 NT NA noncoding (604/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
?NC_000913 = 224403 NA (NA)noncoding (633/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
* ? NC_000913 = 224544NA (NA)3 (0.040) 3/266 NT NA noncoding (774/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
?NC_000913 = 224574 NA (NA)noncoding (804/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
* ? NC_000913 = 224573NA (NA)6 (0.080) 4/274 NT NA noncoding (803/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
?NC_000913 = 224622 NA (NA)noncoding (852/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
* ? NC_000913 224891 =NA (NA)4 (0.050) 4/270 NT NA noncoding (1121/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
?NC_000913 224923 = NA (NA)noncoding (1153/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
* ? NC_000913 225136 =NA (NA)5 (0.070) 3/272 NT NA noncoding (1366/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
?NC_000913 225187 = NA (NA)noncoding (1417/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
* ? NC_000913 258469 =NA (NA)4 (0.060) 3/260 NT 8.5% noncoding (207/768 nt) IS1 repeat region
?NC_000913 = 1049890 46 (0.600)noncoding (113/768 nt) IS1 repeat region
* ? NC_000913 270109 =59 (0.770)4 (0.060) 4/262 NT 6.7% coding (74/894 nt) perR CP4‑6 prophage; putative DNA‑binding transcriptional regulator
?NC_000913 270171 = NA (NA)coding (12/894 nt) perR CP4‑6 prophage; putative DNA‑binding transcriptional regulator
* ? NC_000913 274347 =NA (NA)5 (0.070) 5/264 NT NA noncoding (803/1195 nt) IS5 repeat region
?NC_000913 274410 = NA (NA)noncoding (740/1195 nt) IS5 repeat region
* ? NC_000913 274578 =NA (NA)4 (0.060) 3/264 NT NA noncoding (572/1195 nt) IS5 repeat region
?NC_000913 274663 = NA (NA)noncoding (487/1195 nt) IS5 repeat region
* ? NC_000913 274620 =NA (NA)5 (0.070) 3/260 NT NA noncoding (530/1195 nt) IS5 repeat region
?NC_000913 274663 = NA (NA)noncoding (487/1195 nt) IS5 repeat region
* ? NC_000913 = 274695NA (NA)7 (0.090) 5/270 NT NA noncoding (455/1195 nt) IS5 repeat region
?NC_000913 = 274727 NA (NA)noncoding (423/1195 nt) IS5 repeat region
* ? NC_000913 274946 =NA (NA)3 (0.040) 3/274 NT NA noncoding (204/1195 nt) IS5 repeat region
?NC_000913 274982 = NA (NA)noncoding (168/1195 nt) IS5 repeat region
* ? NC_000913 = 316046NA (NA)5 (0.070) 4/262 NT NA noncoding (818/1255 nt) IS3 repeat region
?NC_000913 = 316070 NA (NA)noncoding (842/1255 nt) IS3 repeat region
* ? NC_000913 316193 =NA (NA)6 (0.080) 3/260 NT NA noncoding (965/1255 nt) IS3 repeat region
?NC_000913 316230 = NA (NA)noncoding (1002/1255 nt) IS3 repeat region
* ? NC_000913 = 381669NA (NA)9 (0.120) 7/264 NT NA noncoding (410/1331 nt) IS2 repeat region
?NC_000913 = 381695 NA (NA)noncoding (436/1331 nt) IS2 repeat region
* ? NC_000913 381681 =NA (NA)6 (0.080) 6/260 NT NA noncoding (422/1331 nt) IS2 repeat region
?NC_000913 381753 = NA (NA)noncoding (494/1331 nt) IS2 repeat region
* ? NC_000913 = 381689NA (NA)5 (0.070) 5/260 NT NA noncoding (430/1331 nt) IS2 repeat region
?NC_000913 = 381743 NA (NA)noncoding (484/1331 nt) IS2 repeat region
* ? NC_000913 381898 =NA (NA)5 (0.070) 4/266 NT NA noncoding (639/1331 nt) IS2 repeat region
?NC_000913 381933 = NA (NA)noncoding (674/1331 nt) IS2 repeat region
* ? NC_000913 487090 =77 (1.010)4 (0.050) 4/268 NT 5.3% coding (555/3363 nt) mscK mechanosensitive channel protein, intermediate conductance, K+ regulated
?NC_000913 487137 = 69 (0.940)coding (602/3363 nt) mscK mechanosensitive channel protein, intermediate conductance, K+ regulated
* ? NC_000913 559162 =72 (0.940)5 (0.070) 4/266 NT 6.6% coding (189/693 nt) sfmC putative periplasmic pilus chaperone
?NC_000913 559214 = 72 (0.990)coding (241/693 nt) sfmC putative periplasmic pilus chaperone
* ? NC_000913 666600 =72 (0.940)5 (0.070) 5/260 NT 7.4% coding (1618/1902 nt) mrdA penicillin‑binding protein 2, transpeptidase involved in peptidoglycan synthesis
?NC_000913 666663 = 57 (0.800)coding (1555/1902 nt) mrdA penicillin‑binding protein 2, transpeptidase involved in peptidoglycan synthesis
* ? NC_000913 763317 =60 (0.790)4 (0.050) 4/268 NT 6.6% coding (304/1167 nt) sucC succinyl‑CoA synthetase, beta subunit
?NC_000913 763347 = 56 (0.760)coding (334/1167 nt) sucC succinyl‑CoA synthetase, beta subunit
* ? NC_000913 780511 =86 (1.130)4 (0.060)
+AAAAAGT
4/264 NT 6.0% intergenic (+122/‑43) ybgF/lysT periplasmic TolA‑binding protein/tRNA‑Lys
?NC_000913 780843 = 45 (0.590)noncoding (1/76 nt) lysW tRNA‑Lys
* ? NC_000913 = 78144649 (0.640)9 (0.140) 6/238 NT 17.3% intergenic (+2/‑131) lysZ/lysQ tRNA‑Lys/tRNA‑Lys
?NC_000913 2521487 = 44 (0.670)intergenic (+159/+106) lysV/xapR tRNA‑Lys/transcriptional activator of xapAB
* ? NC_000913 847349 =60 (0.790)3 (0.040) 3/266 NT 5.2% coding (656/747 nt) glnH glutamine transporter subunit
?NC_000913 847395 = 51 (0.700)coding (610/747 nt) glnH glutamine transporter subunit
* ? NC_000913 996662 =62 (0.810)4 (0.050) 3/266 NT 6.5% coding (283/960 nt) ssuA aliphatic sulfonate ABC transporter periplasmic binding protein
?NC_000913 996706 = 55 (0.750)coding (239/960 nt) ssuA aliphatic sulfonate ABC transporter periplasmic binding protein
* ? NC_000913 997163 =71 (0.930)5 (0.070) 5/268 NT 6.9% coding (350/576 nt) ssuE NAD(P)H‑dependent FMN reductase
?NC_000913 997205 = 66 (0.900)coding (308/576 nt) ssuE NAD(P)H‑dependent FMN reductase
* ? NC_000913 = 105379957 (0.750)5 (0.070) 5/262 NT 7.2% coding (2380/2745 nt) torS hybrid sensory histidine kinase in two‑component regulatory system with TorR
?NC_000913 = 1053865 75 (1.040)coding (2314/2745 nt) torS hybrid sensory histidine kinase in two‑component regulatory system with TorR
* ? NC_000913 = 106713563 (0.830)6 (0.080) 4/268 NT 8.8% coding (574/597 nt) wrbA NAD(P)H:quinone oxidoreductase
?NC_000913 = 1067189 63 (0.860)coding (520/597 nt) wrbA NAD(P)H:quinone oxidoreductase
* ? NC_000913 = 111365556 (0.730)4 (0.050) 3/266 NT 6.3% coding (77/228 nt) yceK outer membrane integrity lipoprotein
?NC_000913 = 1113680 66 (0.910)coding (102/228 nt) yceK outer membrane integrity lipoprotein
* ? NC_000913 1207790 =26 (0.340)30 (0.450) 28/246 NT 56.1% coding (290/630 nt) stfP e14 prophage; uncharacterized protein
?NC_000913 1209619 = 24 (0.360)pseudogene (1/501 nt) stfE pseudogene, e14 prophage; side tail fiber protein fragment family;Phage or Prophage Related
* ? NC_000913 = 120780526 (0.340)25 (0.370) 23/246 NT 51.6% coding (305/630 nt) stfP e14 prophage; uncharacterized protein
?NC_000913 = 1209602 24 (0.360)pseudogene (18/501 nt) stfE pseudogene, e14 prophage; side tail fiber protein fragment family;Phage or Prophage Related
* ? NC_000913 = 12994980 (0.000)66 (0.890) 54/270 NT 100% intergenic (+253/‑1684) ychE/oppA UPF0056 family inner membrane protein/oligopeptide ABC transporter periplasmic binding protein
?NC_000913 1300698 = 0 (0.000)intergenic (+1453/‑484) ychE/oppA UPF0056 family inner membrane protein/oligopeptide ABC transporter periplasmic binding protein
* ? NC_000913 1381497 =45 (0.590)3 (0.040) 3/260 NT 6.5% pseudogene (677/957 nt) ycjV pseudogene; putative ATP‑binding component of a transport system
?NC_000913 1381555 = 44 (0.620)pseudogene (735/957 nt) ycjV pseudogene; putative ATP‑binding component of a transport system
* ? NC_000913 1396537 =NA (NA)13 (0.180) 8/266 NT 16.3% noncoding (494/1195 nt) IS5 repeat region
?NC_000913 = 1428270 70 (0.920)noncoding (525/1196 nt) IS5 repeat region
* ? NC_000913 = 1396634NA (NA)6 (0.080) 4/264 NT 10.3% noncoding (591/1195 nt) IS5 repeat region
?NC_000913 1428170 = 55 (0.720)noncoding (625/1196 nt) IS5 repeat region
* ? NC_000913 = 151030655 (0.720)3 (0.040) 3/264 NT 5.7% coding (304/1407 nt) ydcR putative DNA‑binding transcriptional regulator and putative aminotransferase
?NC_000913 = 1510345 47 (0.650)coding (343/1407 nt) ydcR putative DNA‑binding transcriptional regulator and putative aminotransferase
* ? NC_000913 = 167006957 (0.750)5 (0.070) 4/266 NT 8.5% coding (371/1254 nt) ynfM putative arabinose efflux transporter
?NC_000913 = 1670122 53 (0.730)coding (424/1254 nt) ynfM putative arabinose efflux transporter
* ? NC_000913 = 188639146 (0.600)3 (0.040) 3/260 NT 6.5% coding (547/966 nt) yeaX putative YeaWX dioxygenase beta subunit, reductase component
?NC_000913 = 1886444 43 (0.600)coding (600/966 nt) yeaX putative YeaWX dioxygenase beta subunit, reductase component
* ? NC_000913 2045455 =58 (0.760)3 (0.040) 3/262 NT 5.1% coding (518/7077 nt) yeeJ putative adhesin
?NC_000913 2045538 = 58 (0.810)coding (601/7077 nt) yeeJ putative adhesin
* ? NC_000913 2094274 =73 (0.960)5 (0.070) 5/262 NT 7.1% coding (807/1068 nt) hisB histidinol‑phosphatase and imidazoleglycerol‑phosphate dehydratase
?NC_000913 2094336 = 62 (0.860)coding (869/1068 nt) hisB histidinol‑phosphatase and imidazoleglycerol‑phosphate dehydratase
* ? NC_000913 = 211502869 (0.910)4 (0.050) 3/266 NT 5.3% coding (869/1395 nt) wcaM colanic acid biosynthesis protein
?NC_000913 = 2115069 76 (1.040)coding (828/1395 nt) wcaM colanic acid biosynthesis protein
* ? NC_000913 2161776 =71 (0.930)4 (0.050) 4/266 NT 5.5% coding (313/1416 nt) iceT putative citrate/iron‑citrate/zinc‑citrate efflux transporter
?NC_000913 2161852 = 69 (0.950)coding (389/1416 nt) iceT putative citrate/iron‑citrate/zinc‑citrate efflux transporter
* ? NC_000913 2166351 =77 (1.010)4 (0.060) 3/260 NT 5.5% coding (684/1362 nt) yegQ putative peptidase
?NC_000913 2166410 = 65 (0.910)coding (743/1362 nt) yegQ putative peptidase
* ? NC_000913 = 233554579 (1.040)4 (0.050) 4/266 NT 5.2% coding (1100/1689 nt) yfaA DUF2138 family protein, putative host defense protein
?NC_000913 = 2335576 71 (0.970)coding (1069/1689 nt) yfaA DUF2138 family protein, putative host defense protein
* ? NC_000913 2728258 =NA (NA)6 (0.080) 4/264 NT NA noncoding (927/2904 nt) rrlG 23S ribosomal RNA of rrnG operon
?NC_000913 2728336 = NA (NA)noncoding (849/2904 nt) rrlG 23S ribosomal RNA of rrnG operon
* ? NC_000913 2728327 =NA (NA)3 (0.040) 3/268 NT NA noncoding (858/2904 nt) rrlG 23S ribosomal RNA of rrnG operon
?NC_000913 2728372 = NA (NA)noncoding (813/2904 nt) rrlG 23S ribosomal RNA of rrnG operon
* ? NC_000913 2730003 =NA (NA)3 (0.040) 3/264 NT NA noncoding (1155/1542 nt) rrsG 16S ribosomal RNA of rrnG operon
?NC_000913 2730041 = NA (NA)noncoding (1117/1542 nt) rrsG 16S ribosomal RNA of rrnG operon
* ? NC_000913 = 274050270 (0.920)4 (0.050) 3/270 NT 5.5% coding (649/1071 nt) aroF 3‑deoxy‑D‑arabino‑heptulosonate‑7‑phosphate synthase, tyrosine‑repressible
?NC_000913 = 2740534 70 (0.950)coding (617/1071 nt) aroF 3‑deoxy‑D‑arabino‑heptulosonate‑7‑phosphate synthase, tyrosine‑repressible
* ? NC_000913 2841430 =60 (0.790)3 (0.040) 3/262 NT 5.1% coding (441/1425 nt) ascB cryptic 6‑phospho‑beta‑glucosidase
?NC_000913 2841475 = 55 (0.770)coding (486/1425 nt) ascB cryptic 6‑phospho‑beta‑glucosidase
* ? NC_000913 3001497 =74 (0.970)4 (0.050) 4/268 NT 5.6% coding (1153/2259 nt) xdhA xanthine dehydrogenase, molybdenum binding subunit
?NC_000913 3001530 = 64 (0.870)coding (1186/2259 nt) xdhA xanthine dehydrogenase, molybdenum binding subunit
* ? NC_000913 = 302258084 (1.100)4 (0.060) 4/262 NT 5.0% coding (1265/2871 nt) xdhD putative hypoxanthine oxidase, molybdopterin‑binding/Fe‑S binding
?NC_000913 = 3022637 72 (1.000)coding (1322/2871 nt) xdhD putative hypoxanthine oxidase, molybdopterin‑binding/Fe‑S binding
* ? NC_000913 3150737 =81 (1.060)4 (0.060) 4/258 NT 5.2% noncoding (184/255 nt) RIP222 (repetitive extragenic palindromic) element; contains 5 REP sequences and 2 IHF sites RIP222 (repetitive extragenic palindromic) element; contains 5 REP sequences and 2 IHF sites
?NC_000913 3150787 = 72 (1.020)noncoding (234/255 nt) RIP222 (repetitive extragenic palindromic) element; contains 5 REP sequences and 2 IHF sites RIP222 (repetitive extragenic palindromic) element; contains 5 REP sequences and 2 IHF sites
* ? NC_000913 3267361 =73 (0.960)4 (0.060) 3/258 NT 6.0% intergenic (‑296/‑19) tdcA/tdcR tdc operon transcriptional activator/L‑threonine dehydratase operon activator protein
?NC_000913 3267401 = 57 (0.810)coding (22/219 nt) tdcR L‑threonine dehydratase operon activator protein
* ? NC_000913 = 333605350 (0.660)3 (0.040) 3/262 NT 6.1% coding (442/1260 nt) murA UDP‑N‑acetylglucosamine 1‑carboxyvinyltransferase
?NC_000913 = 3336086 46 (0.640)coding (409/1260 nt) murA UDP‑N‑acetylglucosamine 1‑carboxyvinyltransferase
* ? NC_000913 = 334189798 (1.290)5 (0.070) 4/272 NT 5.1% coding (632/987 nt) kdsD D‑arabinose 5‑phosphate isomerase
?NC_000913 = 3341938 92 (1.230)coding (673/987 nt) kdsD D‑arabinose 5‑phosphate isomerase
* ? NC_000913 = 373730079 (1.040)4 (0.060) 3/262 NT 5.1% intergenic (‑123/‑197) bax/malS putative glucosaminidase/alpha‑amylase
?NC_000913 = 3737320 73 (1.020)intergenic (‑143/‑177) bax/malS putative glucosaminidase/alpha‑amylase
* ? NC_000913 3808280 =64 (0.840)3 (0.040) 3/258 NT 5.9% intergenic (‑182/‑260) waaQ/waaA lipopolysaccharide core biosynthesis protein/3‑deoxy‑D‑manno‑octulosonic‑acid transferase (KDO transferase)
?NC_000913 3808320 = 36 (0.510)intergenic (‑222/‑220) waaQ/waaA lipopolysaccharide core biosynthesis protein/3‑deoxy‑D‑manno‑octulosonic‑acid transferase (KDO transferase)
* ? NC_000913 4104841 =74 (0.970)4 (0.060) 3/260 NT 5.3% coding (135/1374 nt) cpxA sensory histidine kinase in two‑component regulatory system with CpxR
?NC_000913 4104934 = 74 (1.040)coding (42/1374 nt) cpxA sensory histidine kinase in two‑component regulatory system with CpxR
* ? NC_000913 = 423787473 (0.960)4 (0.060) 4/264 NT 5.4% coding (241/2097 nt) yjbH DUF940 family extracellular polysaccharide protein
?NC_000913 = 4237904 70 (0.970)coding (271/2097 nt) yjbH DUF940 family extracellular polysaccharide protein
* ? NC_000913 4298057 =85 (1.110)5 (0.070) 4/264 NT 5.7% coding (1310/2148 nt) fdhF formate dehydrogenase‑H, selenopolypeptide subunit
?NC_000913 4298143 = 84 (1.160)coding (1224/2148 nt) fdhF formate dehydrogenase‑H, selenopolypeptide subunit
* ? NC_000913 = 463680978 (1.020)5 (0.070) 4/264 NT 6.0% coding (114/1425 nt) creC sensory histidine kinase in two‑component regulatory system with CreB or PhoB
?NC_000913 = 4636834 84 (1.160)coding (139/1425 nt) creC sensory histidine kinase in two‑component regulatory system with CreB or PhoB