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 60,568 G→A 46.0% R125R (CGC→CGT hepA ← RNA polymerase‑associated helicase protein
RA 80,697 T→C 6.8% S436S (AGT→AGC murF → UDP‑N‑acetylmuramoyl‑tripeptide:D‑alanyl‑D‑ alanine ligase
RA 138,172 A→G 24.7% N665N (AAT→AAC htrE ← predicted outer membrane usher protein
RA 158,183 A→G 8.9% N41S (AAC→AGC)  dgt → deoxyguanosine triphosphate triphosphohydrolase
RA 163,666 C→T 29.5% E77K (GAA→AAA)  yaeI ← predicted phosphatase
RA 199,135 T→A 33.8% S207C (AGC→TGC)  metQ ← DL‑methionine transporter subunit
RA 204,556 A→G 100% intergenic (+156/‑28) alaV → / → rrlH tRNA‑Ala/23S ribosomal RNA
RA 216,053 T→C 23.1% intergenic (+222/‑106) aspV → / → yafT tRNA‑Asp/predicted aminopeptidase
RA 258,220 C→T 7.4% P83S (CCG→TCG)  secF → SecYEG protein translocase auxillary subunit
RA 286,800 T→C 18.7% P302P (CCT→CCC clpX → ATPase and specificity subunit of ClpX‑ClpP ATP‑dependent serine protease
RA 297,667 C→T 15.8% R110C (CGT→TGT)  mdlA → fused predicted multidrug transporter subunits and ATP‑binding components of ABC superfamily
RA 298,537 C→T 38.2% L400L (CTG→TTG)  mdlA → fused predicted multidrug transporter subunits and ATP‑binding components of ABC superfamily
RA 374,214 G→A 29.3% G355D (GGT→GAT)  fepE → regulator of length of O‑antigen component of lipopolysaccharide chains
RA 402,650 C→T 39.6% G38D (GGC→GAC)  rlpA ← minor lipoprotein
RA 405,935 T→G 36.4% Q118P (CAG→CCG)  ybeA ← conserved hypothetical protein
RA 430,231 G→A 22.7% D280N (GAC→AAC)  glnS → glutamyl‑tRNA synthetase
RA 447,412 G→A 58.3% R102C (CGC→TGC)  kdpD ← fused sensory histidine kinase in two‑component regulatory system with KdpE
RA 498,441 C→T 44.2% G24S (GGT→AGT)  galE ← UDP‑galactose‑4‑epimerase
RA 507,425 C→A 15.1% A71D (GCT→GAT)  ybhH → conserved hypothetical protein
RA 581,876 G→A 27.2% P638P (CCG→CCA clpA → ATPase and specificity subunit of ClpA‑ClpP ATP‑dependent serine protease, chaperone activity
RA 597,552 C→T 27.1% intergenic (+133/‑106) serS → / → dmsA seryl‑tRNA synthetase, also charges selenocysteinyl‑tRNA with serine/dimethyl sulfoxide reductase, anaerobic, subunit A
RA 623,375 C→T 34.0% T19I (ACC→ATC)  msbA → fused lipid transporter subunits and membrane component and ATP‑binding component of ABC superfamily
RA 656,044 T→C 15.7% F44L (TTC→CTC)  ycbS → predicted outer membrane usher protein
RA 696,779 C→T 32.0% P262L (CCC→CTC)  appB → cytochrome bd‑II oxidase, subunit II
RA 813,910 A→G 17.9% C60C (TGT→TGC prsA ← phosphoribosylpyrophosphate synthase
RA 843,375 A→G 8.9% A80A (GCA→GCG galU → glucose‑1‑phosphate uridylyltransferase
RA 880,753 G→A 51.1% intergenic (+72/‑122) yciM → / → pyrF conserved hypothetical protein/orotidine‑5'‑phosphate decarboxylase
RA 899,197 C→T 20.9% P78L (CCT→CTT)  pspC → transcriptional activator
RA 899,672 T→C 8.3% L15P (CTG→CCG)  pspE → thiosulfate:cyanide sulfurtransferase
RA 909,573 C→T 30.6% L584L (CTG→TTG)  ycjT → predicted hydrolase
RA 1,005,633 C→T 5.8% intergenic (‑39/‑485) pntA ← / → ydgH pyridine nucleotide transhydrogenase, alpha subunit/hypothetical protein
RA 1,011,234 A→G 26.9% H221R (CAC→CGC)  rstB → sensory histidine kinase in two‑component regulatory system with RstA
RA 1,026,348 T→C 25.7% E175G (GAG→GGG)  malI ← DNA‑binding transcriptional repressor
RA 1,027,446 A→G 20.8% N134S (AAC→AGC)  malX → fused maltose and glucose‑specific PTS enzyme IIBC components
RA 1,036,505 G→A 100% A632A (GCG→GCA rsxC → fused predicted 4Fe‑4S ferredoxin‑type protein
RA 1,069,991 G→A 10.2% Q296Q (CAG→CAA cfa → cyclopropane fatty acyl phospholipid synthase
RA 1,073,671 C→T 24.4% G50S (GGC→AGC)  ydhQ ← conserved hypothetical protein
RA 1,082,141 C→T 14.1% D10N (GAT→AAT)  ydhY ← predicted 4Fe‑4S ferridoxin‑type protein
RA 1,094,567 T→C 33.3% I604V (ATT→GTT)  ydiJ ← predicted FAD‑linked oxidoreductase
RA 1,111,527 G→A 21.6% C287Y (TGT→TAT)  ydiD → short chain acyl‑CoA synthetase, anaerobic
RA 1,132,803 G→A 24.7% intergenic (+119/‑38) arpB → / → yniD ECK1718:JW5278+JW1710:b4494; hypothetical protein/hypothetical protein
RA 1,142,011 T→C 16.0% F152L (TTC→CTC)  katE → hydroperoxidase HPII(III)
RA 1,142,959 A→G 43.2% N468D (AAC→GAC)  katE → hydroperoxidase HPII(III)
RA 1,215,064 G→A 30.2% L291L (CTG→CTA yebQ → predicted transporter
RA 1,224,676 T→C 25.0% F180L (TTT→CTT)  yebU → predicted methyltransferase
RA 1,249,224 C→T 7.8% D17N (GAT→AAT)  ruvB ← ATP‑dependent DNA helicase, component of RuvABC resolvasome
RA 1,257,376 T→C 13.0% F7L (TTT→CTT)  yecP → predicted methyltransferase
RA 1,283,225 C→T 5.1% A1668A (GCC→GCT yeeJ → adhesin
RA 1,291,126 G→A 30.1% intergenic (+241/+212) yeeN → / ← asnW conserved hypothetical protein/tRNA‑Asn
RA 1,328,372 G→A 50.0% F131F (TTC→TTT wzxC ← colanic acid exporter
RA 1,408,722 G→A 37.1% A331T (GCG→ACG)  yejF → fused predicted oligopeptide transporter subunits and ATP‑binding components of ABC superfamily
RA 1,418,334 G→A 41.8% V95I (GTC→ATC)  narP → DNA‑binding response regulator in two‑component regulatory system with NarQ or NarX
RA 1,475,665 A→T 34.4% T244S (ACC→TCC)  nrdB → ribonucleoside diphosphate reductase 1, beta subunit, ferritin‑like
RA 1,485,005 C→T 47.9% D279N (GAT→AAT)  menF ← isochorismate synthase 2
RA 1,500,488 A→G 10.7% F38L (TTT→CTT)  nuoB ← NADH:ubiquinone oxidoreductase, chain B
RA 1,511,807 G→A 21.5% E359K (GAG→AAG)  pta → phosphate acetyltransferase
RA 1,523,433 G→T 29.2% A78S (GCC→TCC)  flk → predicted flagella assembly protein
RA 1,533,542 G→A 35.4% P51S (CCT→TCT)  prmB ← N5‑glutamine methyltransferase
RA 1,544,443 G→A 9.7% L427F (CTT→TTT)  yfcY ← beta‑ketoacyl‑CoA thiolase, anaerobic, subunit
RA 1,598,488 C→T 37.2% A60A (GCG→GCA yfeT ← predicted DNA‑binding transcriptional regulator
RA 1,697,632 A→G 22.4% Y195C (TAT→TGT)  yfhR → predicted peptidase
RA 1,747,876 G→A 28.6% S44L (TCA→TTA)  yfiE ← predicted DNA‑binding transcriptional regulator
RA 1,763,556 T→C 33.6% noncoding (288/1542 nt) rrsG ← 16S ribosomal RNA
RA 1,798,695 A→G 37.7% Q239R (CAA→CGA)  proV → glycine betaine transporter subunit
RA 1,807,377 T→C 25.2% intergenic (+58/+6) emrB → / ← luxS multidrug efflux system protein/S‑ribosylhomocysteinase
RA 1,827,932 C→T 33.8% A392V (GCG→GTG)  mutS → methyl‑directed mismatch repair protein
RA 1,834,094 A→G 32.3% D65G (GAT→GGT)  ygbM → conserved hypothetical protein
RA 1,845,199 G→T 58.3% P266T (CCG→ACG)  cysD ← sulfate adenylyltransferase, subunit 2
RA 1,874,329 A→G 37.7% I191T (ATT→ACT)  ygcF ← conserved hypothetical protein
RA 1,883,198 A→G 26.4% F429L (TTC→CTC)  rumA ← 23S rRNA (uracil‑5)‑methyltransferase
RA 1,890,961 G→A 25.8% P208S (CCG→TCG)  gudP ← predicted D‑glucarate transporter
RA 1,892,019:1 +GC 100% intergenic (‑437/+54) gudP ← / ← ygdL predicted D‑glucarate transporter/conserved hypothetical protein
RA 1,914,848 T→C 27.0% E208E (GAA→GAG ptsP ← fused PEP‑protein phosphotransferase (enzyme I) of PTS system
RA 1,993,572 G→A 35.0% V289M (GTG→ATG)  nupG → nucleoside transporter
RA 2,004,302 G→A 25.5% S483F (TCT→TTT)  hybC ← hydrogenase 2, large subunit
RA 2,144,345 G→A 31.0% D206N (GAT→AAT)  argG → argininosuccinate synthetase
RA 2,211,683 A→G 30.1% I465I (ATT→ATC rng ← ribonuclease G
RA 2,236,903 G→A 27.7% A150T (GCT→ACT)  purD → phosphoribosylglycinamide synthetase phosphoribosylamine‑glycine ligase
RA 2,248,116:1 +G 12.0% coding (1829/1896 nt) thiC → thiamin (pyrimidine moiety) biosynthesis protein
RA 2,249,490 G→A 29.8% S227N (AGC→AAC)  thiF → thiamin (thiazole moiety) biosynthesis protein
RA 2,266,165 G→A 8.5% I93I (ATC→ATT tufB ← protein chain elongation factor EF‑Tu
RA 2,283,783 G→T 24.0% L39M (CTG→ATG)  oxyR ← DNA‑binding transcriptional dual regulator
RA 2,321,698 G→A 22.8% T93I (ACC→ATC)  cdh ← CDP‑diacylglycerol phosphotidylhydrolase
RA 2,355,216 T→C 5.7% Y328C (TAT→TGT)  yihE ← predicted kinase
RA 2,355,219 A→C 6.1% M327R (ATG→AGG)  yihE ← predicted kinase
RA 2,359,867 G→A 50.5% noncoding (1228/2905 nt) rrlA ← 23S ribosomal RNA
RA 2,359,876 C→T 40.6% noncoding (1219/2905 nt) rrlA ← 23S ribosomal RNA
RA 2,384,474 G→A 13.3% L363L (CTG→TTG)  metE ← 5‑methyltetrahydropteroyltriglutamate‑ homocysteine S‑methyltransferase
RA 2,384,489 G→A 13.3% L358L (CTG→TTG)  metE ← 5‑methyltetrahydropteroyltriglutamate‑ homocysteine S‑methyltransferase
RA 2,384,502 G→A 16.2% C353C (TGC→TGT metE ← 5‑methyltetrahydropteroyltriglutamate‑ homocysteine S‑methyltransferase
RA 2,384,511 T→C 17.6% L350L (CTA→CTG metE ← 5‑methyltetrahydropteroyltriglutamate‑ homocysteine S‑methyltransferase
RA 2,433,213 T→C 13.8% I77I (ATT→ATC rhlB → ATP‑dependent RNA helicase
RA 2,433,215 C→G 14.0% A78G (GCC→GGC)  rhlB → ATP‑dependent RNA helicase
RA 2,433,217 G→A 14.1% D79N (GAT→AAT)  rhlB → ATP‑dependent RNA helicase
RA 2,441,897 C→T 26.5% L462L (TTG→TTA ilvA ← threonine deaminase
RA 2,513,416 T→C 22.3% F203S (TTT→TCT)  gltS → glutamate transporter
RA 2,523,040 T→C 31.9% K225K (AAA→AAG dinD ← DNA‑damage‑inducible protein
RA 2,528,498 C→T 44.9% D83N (GAT→AAT)  dfp ← fused 4'‑phosphopantothenoylcysteine decarboxylase and phosphopantothenoylcysteine synthetase, FMN‑binding
RA 2,530,398 G→A 23.8% A26T (GCA→ACA)  mutM → formamidopyrimidine/5‑formyluracil/ 5‑hydroxymethyluracil DNA glycosylase
RA 2,531,609 A→G 24.0% I14I (ATT→ATC coaD ← pantetheine‑phosphate adenylyltransferase
RA 2,540,373 G→T 24.9% D300Y (GAT→TAT)  rfaJ → UDP‑D‑glucose:(galactosyl)lipopolysaccharide glucosyltransferase
RA 2,572,558 A→G 6.2% intergenic (+1326/‑453) yibH → / → ysaB hypothetical protein/hypothetical protein
RA 2,599,135 A→T 18.8% I33I (ATT→ATA gor ← glutathione oxidoreductase
RA 2,677,626 C→T 27.0% A102T (GCA→ACA)  yhgA ← predicted transposase
RA 2,687,159 G→A 26.2% L374L (CTG→TTG)  pck ← phosphoenolpyruvate carboxykinase
RA 2,732,305:1 +G 22.9% coding (375/723 nt) yheO → predicted DNA‑binding transcriptional regulator
RA 2,732,642 C→A 25.2% Q238K (CAA→AAA)  yheO → predicted DNA‑binding transcriptional regulator
RA 2,828,639 C→A 12.4% A451S (GCG→TCG)  aspA ← aspartate ammonia‑lyase
RA 2,850,177 G→A 36.8% Q286* (CAG→TAG)  yjeP ← predicted mechanosensitive channel
RA 2,858,845 G→A 14.1% S373S (TCG→TCA amiB → N‑acetylmuramoyl‑l‑alanine amidase II
RA 2,864,584 C→T 14.0% A295A (GCC→GCT hflK → modulator for HflB protease specific for phage lambda cII repressor
RA 2,912,429 C→T 35.9% A135T (GCG→ACG)  pyrI ← aspartate carbamoyltransferase, regulatory subunit
RA 2,947,335 A→G 21.1% L158P (CTG→CCG)  dnaT ← DNA biosynthesis protein
RA 2,948,123 T→C 21.4% T40A (ACC→GCC)  yjjB ← conserved inner membrane protein
RA 2,971,396 T→C 35.9% V71A (GTG→GCG)  serB → 3‑phosphoserine phosphatase
RA 2,986,542 A→G 26.9% L19L (TTG→CTG)  arcA ← DNA‑binding response regulator in two‑component regulatory system with ArcB or CpxA

Unassigned missing coverage evidence
   seq id start end size ←reads reads→ gene description
* * ÷ minE 444389 444428 40 11 [9] [7] 11 kdpE DNA‑binding response regulator in two‑component regulatory system with KdpD
* * ÷ minE 899425 899447 23 10 [7] [8] 11 pspD peripheral inner membrane phage‑shock protein
* * ÷ minE 1616724 1616750 27 10 [9] [7] 13 eutE predicted aldehyde dehydrogenase, ethanolamine utilization protein

Unassigned new junction evidence
  seq id position reads (cov) reads (cov) score skew freq annotation gene product
* ? minE = 188661473 (1.170)35 (0.680)
+AAGACAAAT
5/82 NT 29.1% coding (2076/2757 nt) barA hybrid sensory histidine kinase, in two‑component regulatory system with UvrY
?minE = 2149918 136 (2.170)coding (87/849 nt) folP 7,8‑dihydropteroate synthase