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 198,073 G→A 5.8% R49H (CGC→CAC)  bamA → BamABCDE complex OM biogenesis outer membrane pore‑forming assembly factor
MC JC 257,908 Δ776 bp 100% [crl] [crl]
RA 468,263 G→A 7.1% intergenic (+33/‑120) cof → / → ybaO thiamine pyrimidine pyrophosphate hydrolase; HMP‑PP phosphatase/putative DNA‑binding transcriptional regulator
RA 526,792 A→C 30.2% S1178R (AGC→CGC)  rhsD → Rhs protein with DUF4329 family putative toxin domain; putative neighboring cell growth inhibitor
RA 526,796 C→G 33.5% A1179G (GCG→GGG)  rhsD → Rhs protein with DUF4329 family putative toxin domain; putative neighboring cell growth inhibitor
RA 526,800 A→G 29.8% E1180E (GAA→GAG rhsD → Rhs protein with DUF4329 family putative toxin domain; putative neighboring cell growth inhibitor
RA 569,862 G→A 5.8% V321I (GTA→ATA)  ybcK → DLP12 prophage; putative recombinase
RA 1,376,811 C→T 10.5% R260C (CGT→TGT)  ycjR → putative TIM alpha/beta barrel enzyme
RA 1,715,794 G→A 9.5% N32N (AAC→AAT pdxY ← pyridoxamine kinase
RA 1,971,929 A→C 8.6% S255A (TCA→GCA)  tar ← methyl‑accepting chemotaxis protein II
MC JC 1,978,503 Δ776 bp 100% insB1insA insB1, insA
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 2,665,522 A→G 6.8% T30A (ACC→GCC)  csiE → stationary phase inducible protein
RA 2,817,877 C→T 14.4% intergenic (‑17/+182) argQ ← / ← argZ tRNA‑Arg/tRNA‑Arg
RA 3,486,574 C→A 100% A152E (GCA→GAA)  crp → cAMP‑activated global transcription factor, mediator of catabolite repression
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
JC 3,815,859 Δ82 bp 67.5% [rph][rph] [rph], [rph]
RA 3,966,742 G→T 22.8% R109L (CGC→CTC)  rho → transcription termination factor
RA 4,233,708 C→T 100% intergenic (‑475/‑2199) lysC ← / → yjbE lysine‑sensitive aspartokinase 3/extracellular polysaccharide production threonine‑rich protein
RA 4,233,793 C→T 9.7% intergenic (‑560/‑2114) lysC ← / → yjbE lysine‑sensitive aspartokinase 3/extracellular polysaccharide production threonine‑rich protein
RA 4,235,407 Δ1 bp 100% intergenic (‑2174/‑500) lysC ← / → yjbE lysine‑sensitive aspartokinase 3/extracellular polysaccharide production threonine‑rich protein
RA 4,296,061 C→T 16.6% intergenic (+266/+376) gltP → / ← yjcO glutamate/aspartate:proton symporter/Sel1 family TPR‑like repeat protein
RA 4,296,381:1 +CG 100% intergenic (+586/+56) gltP → / ← yjcO glutamate/aspartate:proton symporter/Sel1 family TPR‑like repeat protein
RA 4,401,467 G→A 9.1% A265A (GCG→GCA hflX → GTPase, stimulated by 50S subunit binding; Mn(2+) homeostasis regulator

Unassigned missing coverage evidence
   seq id start end size ←reads reads→ gene description
* * ÷ NC_000913_3_bme_pgi 366200 366411 212 16 [14] [14] 17 [lacZ] [lacZ]
* * ÷ NC_000913_3_bme_pgi 1528411–1529178 1529219 42–809 16 [15] [14] 16 rhsE pseudogene, Rhs family

Unassigned new junction evidence
  seq id position reads (cov) reads (cov) score skew freq annotation gene product
* ? NC_000913_3_bme_pgi 224150 =NA (NA)4 (0.090) 4/266 NT NA noncoding (380/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
?NC_000913_3_bme_pgi 224171 = NA (NA)noncoding (401/1542 nt) rrsH 16S ribosomal RNA of rrnH operon
* ? NC_000913_3_bme_pgi 316042 =NA (NA)3 (0.070) 3/262 NT NA coding (456/867 nt) insF1 IS3 transposase B
?NC_000913_3_bme_pgi 316055 = NA (NA)coding (469/867 nt) insF1 IS3 transposase B
* ? NC_000913_3_bme_pgi 463838 =30 (0.640)3 (0.070) 3/266 NT 9.3% intergenic (+52/‑99) ppiD/ybaV periplasmic folding chaperone, has an inactive PPIase domain/putative competence‑suppressing periplasmic helix‑hairpin‑helix DNA‑binding protein
?NC_000913_3_bme_pgi 463848 = 29 (0.640)intergenic (+62/‑89) ppiD/ybaV periplasmic folding chaperone, has an inactive PPIase domain/putative competence‑suppressing periplasmic helix‑hairpin‑helix DNA‑binding protein
* ? NC_000913_3_bme_pgi = 87242946 (0.990)3 (0.070) 3/262 NT 6.3% coding (540/912 nt) gsiD glutathione ABC transporter permease
?NC_000913_3_bme_pgi = 872441 45 (1.000)coding (552/912 nt) gsiD glutathione ABC transporter permease
* ? NC_000913_3_bme_pgi = 1084764NA (NA)4 (0.090) 3/264 NT NA noncoding (83/86 nt) REP95 (repetitive extragenic palindromic) element; contains 2 REP sequences REP95 (repetitive extragenic palindromic) element; contains 2 REP sequences
?NC_000913_3_bme_pgi 3098440 = NA (NA)noncoding (28/121 nt) REP217 (repetitive extragenic palindromic) element; contains 3 REP sequences REP217 (repetitive extragenic palindromic) element; contains 3 REP sequences
* ? NC_000913_3_bme_pgi 1207790 =7 (0.150)35 (0.850) 32/240 NT 78.5% coding (290/630 nt) stfP e14 prophage; uncharacterized protein
?NC_000913_3_bme_pgi 1209619 = 13 (0.320)pseudogene (1/501 nt) stfE pseudogene, e14 prophage; side tail fiber protein fragment family;Phage or Prophage Related
* ? NC_000913_3_bme_pgi = 12078057 (0.150)35 (0.850) 31/240 NT 78.5% coding (305/630 nt) stfP e14 prophage; uncharacterized protein
?NC_000913_3_bme_pgi = 1209602 13 (0.320)pseudogene (18/501 nt) stfE pseudogene, e14 prophage; side tail fiber protein fragment family;Phage or Prophage Related
* ? NC_000913_3_bme_pgi = 12994980 (0.000)43 (0.950) 38/264 NT 100% intergenic (+253/‑1684) ychE/oppA UPF0056 family inner membrane protein/oligopeptide ABC transporter periplasmic binding protein
?NC_000913_3_bme_pgi 1300698 = 0 (0.000)intergenic (+1453/‑484) ychE/oppA UPF0056 family inner membrane protein/oligopeptide ABC transporter periplasmic binding protein
* ? NC_000913_3_bme_pgi 1333674 =49 (1.050)3 (0.070) 3/260 NT 6.1% intergenic (+29/‑181) topA/cysB DNA topoisomerase I, omega subunit/N‑acetylserine‑responsive cysteine regulon transcriptional activator; autorepressor
?NC_000913_3_bme_pgi 1333698 = 45 (1.010)intergenic (+53/‑157) topA/cysB DNA topoisomerase I, omega subunit/N‑acetylserine‑responsive cysteine regulon transcriptional activator; autorepressor
* ? NC_000913_3_bme_pgi = 134316943 (0.920)3 (0.060) 3/272 NT 6.5% coding (160/219 nt) osmB osmotically and stress inducible lipoprotein
?NC_000913_3_bme_pgi = 1343191 44 (0.940)coding (138/219 nt) osmB osmotically and stress inducible lipoprotein
* ? NC_000913_3_bme_pgi 2095931 =23 (0.490)3 (0.070) 3/268 NT 9.4% coding (88/777 nt) hisF imidazole glycerol phosphate synthase, catalytic subunit with HisH
?NC_000913_3_bme_pgi 2096003 = 35 (0.760)coding (160/777 nt) hisF imidazole glycerol phosphate synthase, catalytic subunit with HisH
* ? NC_000913_3_bme_pgi 2279413 =41 (0.880)3 (0.070) 3/260 NT 7.2% coding (348/1191 nt) bcr bicyclomycin/cysteine/sulfonamide efflux transporter
?NC_000913_3_bme_pgi 2279435 = 38 (0.850)coding (326/1191 nt) bcr bicyclomycin/cysteine/sulfonamide efflux transporter
* ? NC_000913_3_bme_pgi 2304480 =26 (0.560)5 (0.110) 5/262 NT 18.2% noncoding (64/655 nt) REP161 (repetitive extragenic palindromic) element; contains 12 REP sequences REP161 (repetitive extragenic palindromic) element; contains 12 REP sequences
?NC_000913_3_bme_pgi 2304946 = 20 (0.450)noncoding (530/655 nt) REP161 (repetitive extragenic palindromic) element; contains 12 REP sequences REP161 (repetitive extragenic palindromic) element; contains 12 REP sequences
* ? NC_000913_3_bme_pgi = 247505049 (1.050)4 (0.090) 4/268 NT 7.4% coding (67/537 nt) yfdR CPS‑53 (KpLE1) prophage; conserved protein
?NC_000913_3_bme_pgi = 2475065 52 (1.130)coding (82/537 nt) yfdR CPS‑53 (KpLE1) prophage; conserved protein
* ? NC_000913_3_bme_pgi 2549484 =NA (NA)3 (0.070) 3/258 NT NA noncoding (19/98 nt) RIP176 (repetitive extragenic palindromic) element; contains 2 REP sequences and 1 IHF site RIP176 (repetitive extragenic palindromic) element; contains 2 REP sequences and 1 IHF site
?NC_000913_3_bme_pgi 3563589 = NA (NA)noncoding (8/98 nt) RIP256 (repetitive extragenic palindromic) element; contains 2 REP sequences and 1 IHF site RIP256 (repetitive extragenic palindromic) element; contains 2 REP sequences and 1 IHF site
* ? NC_000913_3_bme_pgi 2726200 =NA (NA)3 (0.070) 3/260 NT NA intergenic (‑12/+81) rrfG/rrlG 5S ribosomal RNA of rrnG operon/23S ribosomal RNA of rrnG operon
?NC_000913_3_bme_pgi 2726224 = NA (NA)intergenic (‑36/+57) rrfG/rrlG 5S ribosomal RNA of rrnG operon/23S ribosomal RNA of rrnG operon
* ? NC_000913_3_bme_pgi = 277975436 (0.770)3 (0.070) 3/258 NT 7.9% coding (2973/4581 nt) ypjA adhesin‑like autotransporter
?NC_000913_3_bme_pgi = 2779757 36 (0.810)coding (2970/4581 nt) ypjA adhesin‑like autotransporter
* ? NC_000913_3_bme_pgi = 309248830 (0.640)4 (0.090) 4/262 NT 11.6% coding (611/951 nt) gshB glutathione synthetase
?NC_000913_3_bme_pgi = 3092493 32 (0.710)coding (616/951 nt) gshB glutathione synthetase
* ? NC_000913_3_bme_pgi = 340241654 (1.160)3 (0.070) 3/260 NT 5.4% coding (917/1941 nt) csrD targeting factor for csrBC sRNA degradation
?NC_000913_3_bme_pgi = 3402431 54 (1.210)coding (902/1941 nt) csrD targeting factor for csrBC sRNA degradation
* ? NC_000913_3_bme_pgi = 382861929 (0.620)3 (0.070) 3/260 NT 9.6% coding (47/1206 nt) gltS glutamate transporter
?NC_000913_3_bme_pgi = 3828623 29 (0.650)coding (43/1206 nt) gltS glutamate transporter
* ? NC_000913_3_bme_pgi 4150468 =58 (1.240)3 (0.070) 3/262 NT 5.3% coding (2631/2652 nt) ppc phosphoenolpyruvate carboxylase
?NC_000913_3_bme_pgi 4150484 = 52 (1.160)coding (2615/2652 nt) ppc phosphoenolpyruvate carboxylase
* ? NC_000913_3_bme_pgi 4315761 =58 (1.240)3 (0.070) 3/258 NT 5.3% coding (323/558 nt) phnN ribose 1,5‑bisphosphokinase
?NC_000913_3_bme_pgi 4315790 = 53 (1.200)coding (294/558 nt) phnN ribose 1,5‑bisphosphokinase