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 2,154 C→T 47.6% D606D (GAC→GAT thrA → fused aspartokinase I and homoserine dehydrogenase I
RA 70,434 C→T 40.5% N16N (AAC→AAT araC → DNA‑binding transcriptional dual regulator
RA 70,581 C→T 55.9% V65V (GTC→GTT araC → DNA‑binding transcriptional dual regulator
RA 70,740 T→G 56.7% G118G (GGT→GGG araC → DNA‑binding transcriptional dual regulator
RA 71,079 C→T 55.8% R231R (CGC→CGT araC → DNA‑binding transcriptional dual regulator
RA 71,082 T→C 56.9% I232I (ATT→ATC araC → DNA‑binding transcriptional dual regulator
RA 71,085 T→C 56.9% S233S (AGT→AGC araC → DNA‑binding transcriptional dual regulator
RA 71,109 T→C 50.0% T241T (ACT→ACC araC → DNA‑binding transcriptional dual regulator
RA 71,175 A→G 48.9% R263R (CGA→CGG araC → DNA‑binding transcriptional dual regulator
RA 71,214 T→C 26.3% F276F (TTT→TTC araC → DNA‑binding transcriptional dual regulator
RA 155,463 A→T 100% *247K (TAA→AAA)  ecpD ← predicted periplasmic pilin chaperone
RA 236,101 A→C 53.7% D12A (GAT→GCT)  dnaQ → DNA polymerase III epsilon subunit
RA 236,107 A→C 52.7% E14A (GAA→GCA)  dnaQ → DNA polymerase III epsilon subunit
RA 547,694 A→G 100% pseudogene (114/261 nt)
pseudogene (114/1259 nt)
ylbE →
ylbE →
ECK0512:JW0507:b4507; hypothetical protein, N‑ter fragment
ECK0512:JW0508+JW0507:b4572; hypothetical protein
RA 547,831:1 +G 100% pseudogene (251/261 nt)
pseudogene (251/1259 nt)
ylbE →
ylbE →
ECK0512:JW0507:b4507; hypothetical protein, N‑ter fragment
ECK0512:JW0508+JW0507:b4572; hypothetical protein
RA 556,858 A→T 100% L36Q (CTG→CAG)  folD ← bifunctional 5,10‑methylene‑tetrahydrofolate dehydrogenase and 5,10‑methylene‑tetrahydrofolate cyclohydrolase
MC JC 654,214 Δ1,199 bp 100% [dcuC][dcuC] [dcuC], insH, [dcuC]
RA 810,113 G→A 26.1% M116I (ATG→ATA bioB → biotin synthase
RA 907,713 G→A 35.7% T331I (ACC→ATC)  ybjT ← conserved hypothetical protein with NAD(P)‑binding Rossmann‑fold domain
RA 1,093,686 T→C 100% V130A (GTA→GCA)  ycdT → predicted diguanylate cyclase
RA 1,151,925 A→C 30.0% P207P (CCA→CCC fabD → malonyl‑CoA‑[acyl‑carrier‑protein] transacylase
MC JC 1,301,041 Δ1,336 bp 100% insCinsD insC, insD
RA 1,303,631 C→T 100% Q246Y (CAG→TAT)  oppA → oligopeptide transporter subunit
RA 1,303,633 G→T 100% Q246Y (CAG→TAT oppA → oligopeptide transporter subunit
RA 2,058,034 C→T 37.2% G279G (GGC→GGT amn → AMP nucleosidase
MC JC 2,176,983 Δ1,199 bp 100% [gatA][gatA] [gatA], insH, [gatA]
RA 2,286,501 C→A 48.2% A261S (GCG→TCG)  yejK ← nucleotide associated protein
MC JC 2,320,795 Δ1,336 bp 100% insD[rcsC] insD, insC, [rcsC]
RA 2,809,581 G→A 55.8% G52G (GGG→GGA mprA → DNA‑binding transcriptional regulator
RA 2,866,110 T→A 100% intergenic (‑20/+160) rpoS ← / ← nlpD RNA polymerase, sigma S (sigma 38) factor/predicted outer membrane lipoprotein
RA 3,053,471 A→G 21.9% F9S (TTT→TCT)  pepP ← proline aminopeptidase P II
RA 3,152,234 G→A 39.5% D6N (GAT→AAT)  yghB → conserved inner membrane protein
MC JC 3,261,134 Δ1,199 bp 100% insH[tdcD] insH, [tdcD]
RA 3,315,139 T→A 29.9% D244V (GAT→GTT)  infB ← fused protein chain initiation factor 2, IF2
RA 3,688,001 A→G 41.5% S440G (AGT→GGT)  yifB → predicted bifunctional protein, enzyme and transcriptional regulator
MC JC 3,742,938 Δ1,336 bp 100% insDinsC insD, insC
MC JC 3,746,913 Δ1,199 bp 100% [tnaB][tnaB] [tnaB], insH, [tnaB]
MC JC 3,750,593 Δ1,199 bp 100% insH insH
RA 3,824,280 T→C 100% pseudogene (413/687 nt) rph → ECK3633:JW3618:b3643; ribonuclease PH
RA 3,824,326 T→C 100% pseudogene (459/687 nt) rph → ECK3633:JW3618:b3643; ribonuclease PH
RA 3,824,362 A→T 100% pseudogene (495/687 nt) rph → ECK3633:JW3618:b3643; ribonuclease PH
RA 3,824,368 G→A 100% pseudogene (501/687 nt) rph → ECK3633:JW3618:b3643; ribonuclease PH
RA 3,824,374 C→T 100% pseudogene (507/687 nt) rph → ECK3633:JW3618:b3643; ribonuclease PH
RA 3,824,380 2 bp→AA 100% pseudogene (513‑514/687 nt) rph → ECK3633:JW3618:b3643; ribonuclease PH
RA 3,824,410 T→A 100% pseudogene (543/687 nt) rph → ECK3633:JW3618:b3643; ribonuclease PH
RA 3,824,514 T→C 100% pseudogene (647/687 nt) rph → ECK3633:JW3618:b3643; ribonuclease PH
RA 3,824,524 T→G 100% pseudogene (657/687 nt) rph → ECK3633:JW3618:b3643; ribonuclease PH
RA 3,824,533:1 +G 100% pseudogene (666/687 nt) rph → ECK3633:JW3618:b3643; ribonuclease PH
RA 4,195,173 A→G 25.0% *118* (TAA→TGA)  rplR → 50S ribosomal subunit protein L18
RA 4,246,990 C→T 26.7% R40H (CGT→CAT)  malG ← maltose transporter subunit
MC JC 4,310,365 Δ1,199 bp 100% insH[alsK] insH, [alsK]
RA 4,340,671 G→A 33.4% T347T (ACC→ACT adiC ← arginine:agmatin
RA 4,371,273 Δ2 bp 100% intergenic (‑6/+299) dcuA ← / ← aspA C4‑dicarboxylate antiporter/aspartate ammonia‑lyase
RA 4,416,062 A→G 25.8% N27D (AAT→GAT)  yjfK → conserved hypothetical protein
RA 4,434,349 T→A 21.4% intergenic (+112/‑197) fklB → / → cycA FKBP‑type peptidyl‑prolyl cis‑trans isomerase/D‑alanine/D‑serine/glycine transporter
RA 4,563,589 T→A 100% K207M (AAG→ATG)  iadA ← isoaspartyl dipeptidase

Unassigned missing coverage evidence
   seq id start end size ←reads reads→ gene description
* * ÷ W3110S.gb 171656 171695 40 4 [3] [3] 4 fhuB fused subunits of iron‑hydroxamate transporter and membrane components of ABC superfamily transporter
* * ÷ W3110S.gb 283087 283146 60 4 [3] [3] 4 yagF predicted dehydratase
* * ÷ W3110S.gb 379235 379257 23 8 [2] [3] 4 frmR/yaiO regulator protein that represses frmRAB operon/hypothetical protein
* * ÷ W3110S.gb 573861–575008 575999 992–2139 4 [3] [0] 68 insH–[nmpC] insH,[nmpC]
* * ÷ W3110S.gb 721519 721529 11 4 [3] [2] 4 kdpE DNA‑binding response regulator in two‑component regulatory system with KdpD
* * ÷ W3110S.gb 1352905 1352934–1352917 13–30 4 [3] [3] 4 fabI/ycjD enoyl‑[acyl‑carrier‑protein] reductase, NADH‑dependent/conserved hypothetical protein
* * ÷ W3110S.gb 1421309 1421330 22 4 [3] [2] 4 ydaG/racR hypothetical protein/predicted DNA‑binding transcriptional regulator
* * ÷ W3110S.gb 1928924 1928961 38 4 [3] [2] 4 ptrB protease II
* * ÷ W3110S.gb 2876819 2876872 54 4 [3] [3] 4 iap/ygbF aminopeptidase in alkaline phosphatase isozyme conversion/hypothetical protein
* * ÷ W3110S.gb 4213633–4215889 4216709–4215891 3–3077 4 [3] [3] 4 rrlE–[rrfE] rrlE,[rrfE]
* * ÷ W3110S.gb 4401141 4401188 48 5 [1] [3] 4 amiB N‑acetylmuramoyl‑l‑alanine amidase II

Unassigned new junction evidence
  seq id position reads (cov) reads (cov) score skew freq annotation gene product
* ? W3110S.gb = 706316 (0.590)12 (0.480)
+GATT
6/90 NT 54.3% coding (897/1431 nt) yaaJ predicted transporter
?W3110S.gb = 2564144 6 (0.220)coding (1397/1404 nt) eutA reactivating factor for ethanolamine ammonia lyase
* ? W3110S.gb 70061 =32 (1.180)17 (0.810)
+CGCGTACAACT
14/76 NT 35.0% intergenic (‑13/‑326) araB/araC L‑ribulokinase/DNA‑binding transcriptional dual regulator
?W3110S.gb 236044 = 50 (1.840)intergenic (‑42/‑23) rnhA/dnaQ ribonuclease HI, degrades RNA of DNA‑RNA hybrids/DNA polymerase III epsilon subunit
* ? W3110S.gb = 7126545 (1.650)22 (1.140)
+AGGGTCCCTAAGTC
16/70 NT 54.0% coding (879/879 nt) araC DNA‑binding transcriptional dual regulator
?W3110S.gb 3464879 = 8 (0.290)intergenic (‑255/+46) murB/rrfB UDP‑N‑acetylenolpyruvoylglucosamine reductase, FAD‑binding/5S ribosomal RNA
* ? W3110S.gb = 23679821 (0.770)12 (0.450) 9/96 NT 36.1% coding (732/732 nt) dnaQ DNA polymerase III epsilon subunit
?W3110S.gb 2855720 = 22 (0.830)intergenic (‑258/‑29) ygbA/mutS hypothetical protein/methyl‑directed mismatch repair protein
* ? W3110S.gb = 274373NA (NA)30 (1.100) 19/98 NT 100% intergenic (‑32/‑176) insH/mmuP IS5 transposase and trans‑activator/predicted S‑methylmethionine transporter
?W3110S.gb 576000 = 0 (0.000)pseudogene (109/1128 nt) nmpC DLP12 prophage region; ECK0544:JW5078:b0553; truncated outer membrane porin
* ? W3110S.gb 314453 =25 (0.920)25 (0.960)
+TC
22/94 NT 67.6% coding (873/888 nt) eaeH attaching and effacing protein, pathogenesis factor
?W3110S.gb 3932930 = 0 (0.000)coding (219/1608 nt) dppA dipeptide transporter
* ? W3110S.gb = 315707NA (NA)50 (1.840) 33/98 NT 100% coding (654/687 nt) ykgA predicted DNA‑binding transcriptional regulator
?W3110S.gb 576911 = 0 (0.000)coding (76/498 nt) ybcS predicted lysozyme
* ? W3110S.gb 566000 =NA (NA)27 (0.990) 18/98 NT 100% intergenic (+90/‑56) ybcD/insE DLP12 prophage region; ECK0532:JW0527:b4508; predicted replication protein fragment/IS3 element protein InsE
?W3110S.gb = 576913 0 (0.000)coding (78/498 nt) ybcS predicted lysozyme
* ? W3110S.gb 713380 =24 (0.880)14 (0.560) 11/90 NT 38.9% intergenic (‑156/‑29) ybfF/seqA conserved hypothetical protein/regulatory protein for replication initiation
?W3110S.gb = 4125340 22 (0.880)coding (836/837 nt) dam DNA adenine methylase
* ? W3110S.gb = 71395424 (0.880)30 (1.100) 21/98 NT 48.4% coding (546/546 nt) seqA regulatory protein for replication initiation
?W3110S.gb 2809398 = 40 (1.470)intergenic (+63/‑28) ygaH/mprA predicted inner membrane protein/DNA‑binding transcriptional regulator
* ? W3110S.gb 1209367 =13 (0.480)8 (0.440) 7/66 NT 50.5% coding (290/630 nt) ycfK hypothetical protein
?W3110S.gb 1211196 = 7 (0.390)pseudogene (37/537 nt) stfE ECK1143:JW5172:b1157; e14 prophage region; predicted side tail fiber protein fragment
* ? W3110S.gb = 120938215 (0.550)8 (0.440) 5/66 NT 48.5% coding (305/630 nt) ycfK hypothetical protein
?W3110S.gb = 1211179 7 (0.390)pseudogene (54/537 nt) stfE ECK1143:JW5172:b1157; e14 prophage region; predicted side tail fiber protein fragment
* ? W3110S.gb 2018571 =3 (0.110)20 (0.780) 16/92 NT 87.7% coding (567/687 nt) fliH flagellar biosynthesis protein
?W3110S.gb 2519723 = NA (NA)intergenic (+33/‑54) nupC/insL nucleoside (except guanosine) transporter/predicted transposase
* ? W3110S.gb = 20185830 (0.000)26 (1.000) 18/94 NT 100% coding (579/687 nt) fliH flagellar biosynthesis protein
?W3110S.gb = 2521059 NA (NA)intergenic (+170/+30) insL/yfeA predicted transposase/predicted diguanylate cyclase
* ? W3110S.gb 2172308 =NA (NA)30 (1.130) 23/96 NT 100% pseudogene (1563/2041 nt) gatR DNA‑binding transcriptional regulator; ECK2083:JW5340+JW2074:b4498
?W3110S.gb = 3920281 0 (0.000)coding (88/213 nt) cspA major cold shock protein
* ? W3110S.gb = 2173564NA (NA)42 (1.580) 28/96 NT 100% pseudogene (307/2041 nt)
pseudogene (307/339 nt)
gatR
gatR
DNA‑binding transcriptional regulator; ECK2083:JW5340+JW2074:b4498
DNA‑binding transcriptional regulator, C‑ter fragment; ECK2083:JW2074:b2090
?W3110S.gb 3920278 = 0 (0.000)coding (91/213 nt) cspA major cold shock protein
* ? W3110S.gb = 2173565NA (NA)21 (0.770) 17/98 NT 100% pseudogene (306/2041 nt)
pseudogene (306/339 nt)
gatR
gatR
DNA‑binding transcriptional regulator; ECK2083:JW5340+JW2074:b4498
DNA‑binding transcriptional regulator, C‑ter fragment; ECK2083:JW2074:b2090
?W3110S.gb = 3932933 0 (0.000)coding (222/1608 nt) dppA dipeptide transporter
* ? W3110S.gb = 220041146 (1.690)5 (0.230)
+AGCCACTTCC
3/78 NT 13.2% pseudogene (604/825 nt)
pseudogene (604/3796 nt)
molR
molR
DNA‑binding transcriptional regulator, N‑ter fragment; ECK2108:JW2102:b2115
DNA‑binding transcriptional regulator; ECK2108:JW2102+JW5915+JW5916:b4499
?W3110S.gb 2615024 = 37 (1.360)coding (275/1464 nt) yfgC predicted peptidase
* ? W3110S.gb = 2412225NA (NA)38 (1.400) 28/98 NT 86.4% intergenic (‑55/‑782) insA/yfbQ IS1 element protein/predicted aminotransferase
?W3110S.gb = 3748807 6 (0.220)coding (176/984 nt) tnaB tryptophan transporter of low affinity
* ? W3110S.gb 3748799 =4 (0.150)33 (1.210) 24/98 NT 89.2% coding (184/984 nt) tnaB tryptophan transporter of low affinity
?W3110S.gb 4056222 = NA (NA)intergenic (‑564/+15) yrhB/insB hypothetical protein/IS1 transposase InsAB'