breseq  version 0.33.1  revision 8505477f25b3
mutation predictions | marginal predictions | summary statistics | genome diff | command line log

Predicted mutations
evidence position mutation freq annotation gene description
RA 77,405 G→T 100% noncoding (39/227 nt)
Q6H (CAG→CAT
sgrS →
sgrT →
sRNA antisense regulator destabilzes ptsG mRNA, Hfq‑dependent; regulated by sgrR
inhibitor of glucose uptake
MC JC 257,908 Δ776 bp 100% [crl] [crl]
RA 378,398 A→G 7.3% intergenic (‑30/+64) frmB ← / ← frmA S‑formylglutathione hydrolase/alcohol dehydrogenase class III; glutathione‑dependent formaldehyde dehydrogenase
RA 378,400 G→A 7.2% intergenic (‑32/+62) frmB ← / ← frmA S‑formylglutathione hydrolase/alcohol dehydrogenase class III; glutathione‑dependent formaldehyde dehydrogenase
RA 378,403 T→C 7.2% intergenic (‑35/+59) frmB ← / ← frmA S‑formylglutathione hydrolase/alcohol dehydrogenase class III; glutathione‑dependent formaldehyde dehydrogenase
RA 378,405 C→T 7.1% intergenic (‑37/+57) frmB ← / ← frmA S‑formylglutathione hydrolase/alcohol dehydrogenase class III; glutathione‑dependent formaldehyde dehydrogenase
RA 393,625 C→T 5.1% pseudogene (656/1449 nt) yaiT → pseudogene, autotransporter family;putative structure; Not classified; interrupted by IS3; putative flagellin structural protein
RA 545,104 G→A 5.5% Y63Y (TAC→TAT allC ← allantoate amidohydrolase
RA 606,072 T→C 5.8% H43R (CAT→CGT)  ybdJ ← DUF1158 family putative inner membrane protein
RA 760,151 A→G 19.1% T482T (ACA→ACG sucA → 2‑oxoglutarate decarboxylase, thiamine triphosphate‑binding
RA 760,166 C→T 18.2% Y487Y (TAC→TAT sucA → 2‑oxoglutarate decarboxylase, thiamine triphosphate‑binding
RA 760,313 C→T 10.4% Y536Y (TAC→TAT sucA → 2‑oxoglutarate decarboxylase, thiamine triphosphate‑binding
RA 772,500 A→G 6.5% K348R (AAG→AGG)  cydA → cytochrome d terminal oxidase, subunit I
RA 806,105 C→T 5.3% D393N (GAT→AAT)  ybhC ← acyl‑CoA thioesterase, lipoprotein
RA 1,012,756 C→A 6.4% S252R (AGC→AGA pqiA → paraquat‑inducible, SoxRS‑regulated inner membrane protein
RA 1,147,986 G→C 6.9% L122L (CTG→CTC plsX → putative phosphate acyltransferase
RA 1,147,987 G→C 6.9% E123Q (GAG→CAG)  plsX → putative phosphate acyltransferase
RA 1,147,993 A→C 6.8% I125L (ATT→CTT)  plsX → putative phosphate acyltransferase
RA 1,476,874 C→T 5.0% H577H (CAC→CAT ydbD → PF10971 family putative periplasmic methylglyoxal resistance protein
RA 1,529,175 T→C 100% pseudogene (1274/2037 nt) rhsE → pseudogene, Rhs family
RA 1,529,180 T→C 100% pseudogene (1279/2037 nt) rhsE → pseudogene, Rhs family
RA 1,529,185 C→T 100% pseudogene (1284/2037 nt) rhsE → pseudogene, Rhs family
RA 1,529,203 C→A 100% pseudogene (1302/2037 nt) rhsE → pseudogene, Rhs family
RA 1,529,218 C→T 100% pseudogene (1317/2037 nt) rhsE → pseudogene, Rhs family
RA 1,622,833 A→T 5.7% noncoding (82/98 nt) mgrR ← sRNA antisense regulator down regulates YgdQ and EptB, PhoPQ‑regulated, Hfq‑dependent; affects sensitivity to antimicrobial peptides
RA 1,622,834 A→T 5.7% noncoding (81/98 nt) mgrR ← sRNA antisense regulator down regulates YgdQ and EptB, PhoPQ‑regulated, Hfq‑dependent; affects sensitivity to antimicrobial peptides
RA 1,622,837 C→T 5.7% noncoding (78/98 nt) mgrR ← sRNA antisense regulator down regulates YgdQ and EptB, PhoPQ‑regulated, Hfq‑dependent; affects sensitivity to antimicrobial peptides
RA 1,746,551 A→T 6.1% noncoding (36/77 nt) valW → tRNA‑Val
RA 1,792,465 G→A 5.2% G89G (GGC→GGT nlpC ← putative C40 clan peptidase lipoprotein
RA 1,959,465 G→T 8.3% R128S (CGT→AGT)  yecM ← putative metal‑binding enzyme
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 2,684,404 C→T 10.5% A368A (GCG→GCA glyA ← serine hydroxymethyltransferase
JC JC 2,760,805 IS2 (+) +5 bp 100% coding (259‑263/627 nt) yfjJ → CP4‑57 prophage; uncharacterized protein
RA 3,068,537 G→A 7.3% A91V (GCA→GTA)  argO ← arginine transporter
RA 3,093,643 A→T 7.4% L48F (TTA→TTT yqgF → putative Holliday junction resolvase
RA 3,156,591 T→G 6.0% intergenic (+73/‑32) yqhD → / → dkgA aldehyde reductase, NADPH‑dependent/2,5‑diketo‑D‑gluconate reductase A
RA 3,545,785 A→T 15.5% T54T (ACA→ACT nfuA → Fe/S biogenesis protein, putative scaffold/chaperone protein
RA 3,545,860 T→C 24.3% D79D (GAT→GAC nfuA → Fe/S biogenesis protein, putative scaffold/chaperone protein
RA 3,545,884 C→T 27.4% S87S (TCC→TCT nfuA → Fe/S biogenesis protein, putative scaffold/chaperone protein
RA 3,545,902 C→G 27.2% A93A (GCC→GCG nfuA → Fe/S biogenesis protein, putative scaffold/chaperone protein
RA 3,545,905 G→T 27.9% P94P (CCG→CCT nfuA → Fe/S biogenesis protein, putative scaffold/chaperone protein
RA 3,546,088 C→G 31.0% V155V (GTC→GTG nfuA → Fe/S biogenesis protein, putative scaffold/chaperone protein
RA 3,546,127 G→A 29.0% L168L (CTG→CTA nfuA → Fe/S biogenesis protein, putative scaffold/chaperone 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
JC 3,815,859 Δ82 bp 100% [rph][rph] [rph], [rph]
RA 3,828,165 G→T 6.4% F167L (TTC→TTA gltS ← glutamate transporter
RA 3,941,891 T→A 8.0% noncoding (84/1542 nt) rrsC → 16S ribosomal RNA of rrnC operon
RA 3,941,892 T→A 8.0% noncoding (85/1542 nt) rrsC → 16S ribosomal RNA of rrnC operon
RA 3,980,643 C→T 6.6% R230C (CGT→TGT)  wecG → UDP‑N‑acetyl‑D‑mannosaminuronic acid transferase
RA 4,070,814 G→T 100% R315S (CGT→AGT)  yihS ← sulphoquinovose isomerase
RA 4,070,817 C→A 100% V314L (GTA→TTA)  yihS ← sulphoquinovose isomerase
RA 4,075,154 Δ2 bp 100% coding (486‑487/786 nt) yihW → putative transcriptional regulator for sulphoquinovose utilization
RA 4,148,049 C→G 8.3% G90A (GGC→GCC)  yijO ← AraC family putative transcriptional activator
RA 4,178,482 G→A 6.2% Q12Q (CAG→CAA rplK → 50S ribosomal subunit protein L11
RA 4,178,484 T→C 6.1% V13A (GTT→GCT)  rplK → 50S ribosomal subunit protein L11
RA 4,184,557 T→C 100% S1105P (TCT→CCT)  rpoB → RNA polymerase, beta subunit
RA 4,283,320:1 +CA 100% coding (1583/1650 nt) actP ← acetate transporter
RA 4,296,190 A→G 17.8% intergenic (+396/+246) gltP → / ← yjcO glutamate/aspartate:proton symporter/Sel1 family TPR‑like repeat protein
RA 4,296,191 A→C 14.8% intergenic (+397/+245) gltP → / ← yjcO glutamate/aspartate:proton symporter/Sel1 family TPR‑like repeat protein
RA 4,296,268 T→C 33.2% intergenic (+474/+168) gltP → / ← yjcO glutamate/aspartate:proton symporter/Sel1 family TPR‑like repeat protein
RA 4,296,286 C→T 29.3% intergenic (+492/+150) gltP → / ← yjcO glutamate/aspartate:proton symporter/Sel1 family TPR‑like repeat protein
RA 4,296,303 A→G 22.2% intergenic (+509/+133) gltP → / ← yjcO glutamate/aspartate:proton symporter/Sel1 family TPR‑like repeat protein
RA 4,296,304 A→C 17.5% intergenic (+510/+132) 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 4,393,339 A→T 9.1% I243I (ATT→ATA queG ← epoxyqueuosine reductase, cobalamine‑stimulated; queosine biosynthesis
RA 4,474,747 C→T 6.7% intergenic (+30/‑115) bdcR → / → tabA transcriptional repressor for divergent bdcA/biofilm modulator regulated by toxins; DUF386 family protein, cupin superfamily protein
RA 4,501,959 C→T 5.5% intergenic (+370/+144) yjgZ → / ← insG uncharacterized protein/IS4 transposase

Unassigned missing coverage evidence
   seq id start end size ←reads reads→ gene description
* * ÷ NC_000913 3423828–3424234 3424433–3424238 5–606 20 [18] [18] 19 [rrlD] [rrlD]

Unassigned new junction evidence
  seq id position reads (cov) reads (cov) score skew freq annotation gene product
* ? NC_000913 1207790 =41 (0.670)17 (0.300) 17/530 NT 32.5% coding (290/630 nt) stfP e14 prophage; uncharacterized protein
?NC_000913 1209619 = 32 (0.560)pseudogene (1/501 nt) stfE pseudogene, e14 prophage; side tail fiber protein fragment family;Phage or Prophage Related
* ? NC_000913 = 120780542 (0.690)15 (0.260) 15/530 NT 29.5% coding (305/630 nt) stfP e14 prophage; uncharacterized protein
?NC_000913 = 1209602 32 (0.560)pseudogene (18/501 nt) stfE pseudogene, e14 prophage; side tail fiber protein fragment family;Phage or Prophage Related
* ? NC_000913 = 12994980 (0.000)110 (1.830) 97/554 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 1562837 =47 (0.770)4 (0.070) 3/546 NT 8.2% coding (240/582 nt) ddpX D‑ala‑D‑ala dipeptidase, Zn‑dependent
?NC_000913 1562864 = 44 (0.740)coding (213/582 nt) ddpX D‑ala‑D‑ala dipeptidase, Zn‑dependent
* ? NC_000913 3150551 =NA (NA)3 (0.050) 3/540 NT NA intergenic (+5/+267) yghA/exbD putative oxidoreductase/membrane spanning protein in TonB‑ExbB‑ExbD complex
?NC_000913 3150580 = NA (NA)noncoding (27/255 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