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	5,144	G→A	100%	intergenic (+124/‑90)	thrC → / → yaaX	L‑threonine synthase/DUF2502 family putative periplasmic protein
RA	7,522	G→T	83.3%	F146L (TTC→TTA)	yaaJ ←	putative transporter
RA	10,444	G→T	100%	F17L (TTC→TTA)	satP ←	succinate‑acetate transporter
RA	12,901	G→A	100%	D247N (GAT→AAT)	dnaK →	chaperone Hsp70, with co‑chaperone DnaJ
RA	13,962	A→C	7.2%	E600D (GAA→GAC)	dnaK →	chaperone Hsp70, with co‑chaperone DnaJ
RA	25,546	G→T	100%	D114Y (GAC→TAC)	lspA →	prolipoprotein signal peptidase (signal peptidase II)
RA	27,307	C→T	93.4%	I5I (ATC→ATT)	rihC →	ribonucleoside hydrolase 3
RA	29,139	G→T	100%	G256C (GGT→TGT)	dapB →	dihydrodipicolinate reductase
RA	31,260	C→A	6.9%	I148I (ATC→ATA)	carB →	carbamoyl‑phosphate synthase large subunit
RA	31,710	C→A	88.0%	I298I (ATC→ATA)	carB →	carbamoyl‑phosphate synthase large subunit
RA	32,659	C→A	89.3%	R615S (CGC→AGC)	carB →	carbamoyl‑phosphate synthase large subunit
RA	32,802	C→A	83.7%	I662I (ATC→ATA)	carB →	carbamoyl‑phosphate synthase large subunit
RA	40,957	C→A	92.2%	V325V (GTG→GTT)	caiT ←	putative transporter
RA	41,212	A→C	6.8%	I240M (ATT→ATG)	caiT ←	putative transporter
RA	41,442	G→T	9.2%	R164S (CGC→AGC)	caiT ←	putative transporter
RA	42,150	G→A	91.7%	intergenic (‑219/‑253)	caiT ← / → fixA	putative transporter/anaerobic carnitine reduction putative electron transfer flavoprotein subunit
RA	42,342	G→T	12.2%	intergenic (‑411/‑61)	caiT ← / → fixA	putative transporter/anaerobic carnitine reduction putative electron transfer flavoprotein subunit
RA	49,840	G→T	100%	A6A (GCG→GCT)	folA →	dihydrofolate reductase
RA	51,352	A→T	8.4%	G85G (GGT→GGA)	apaG ←	protein associated with Co2+ and Mg2+ efflux
RA	54,392	G→T	87.0%	A104E (GCG→GAG)	surA ←	peptidyl‑prolyl cis‑trans isomerase (PPIase)
RA	55,590	G→T	100%	T507K (ACG→AAG)	lptD ←	LPS assembly OM complex LptDE, beta‑barrel component
RA	56,677	G→T	100%	R145S (CGC→AGC)	lptD ←	LPS assembly OM complex LptDE, beta‑barrel component
RA	58,723	G→T	33.6%	pseudogene (250/579 nt)	yabP →	pseudogene, pentapeptide repeats‑containing
RA	61,967	A→C	26.2%	L433R (CTG→CGG)	rapA ←	RNA polymerase remodeling/recycling factor ATPase; RNA polymerase‑associated, ATP‑dependent RNA translocase
RA	76,821	G→T	94.1%	G177G (GGC→GGA)	leuC ←	3‑isopropylmalate dehydratase large subunit
RA	77,401	C→A	16.4%	D349Y (GAT→TAT)	leuB ←	3‑isopropylmalate dehydrogenase, NAD(+)‑dependent
RA	78,007	C→A	5.5%	G147C (GGT→TGT)	leuB ←	3‑isopropylmalate dehydrogenase, NAD(+)‑dependent
RA	80,123	C→T	100%	G25S (GGC→AGC)	leuL ←	leu operon leader peptide
RA	81,562	C→A	100%	I236I (ATC→ATA)	leuO →	global transcription factor
RA	82,037	C→T	79.0%	intergenic (+238/‑80)	leuO → / → ilvI	global transcription factor/acetolactate synthase 3 large subunit
RA	85,890	G→T	7.2%	intergenic (+371/‑231)	cra → / → mraZ	transcriptional repressor‑activator for carbon metabolism/RsmH methytransferase inhibitor
RA	92,294	C→A	8.5%	R386R (CGC→CGA)	murF →	UDP‑N‑acetylmuramoyl‑tripeptide:D‑alanyl‑D‑ alanine ligase
RA	93,391	G→T	92.8%	T301T (ACG→ACT)	mraY →	phospho‑N‑acetylmuramoyl‑pentapeptide transferase
RA	94,963	C→A	27.4%	A25E (GCG→GAG)	ftsW →	lipid II flippase; integral membrane protein involved in stabilizing FstZ ring during cell division
RA	96,977	C→A	15.4%	H283N (CAT→AAT)	murG →	N‑acetylglucosaminyl transferase
RA	97,521	C→A	100%	A90A (GCC→GCA)	murC →	UDP‑N‑acetylmuramate:L‑alanine ligase
RA	97,893	T→A	10.5%	F214L (TTT→TTA)	murC →	UDP‑N‑acetylmuramate:L‑alanine ligase
RA	100,522	G→T	15.9%	A18A (GCG→GCT)	ftsA →	ATP‑binding cell division protein involved in recruitment of FtsK to Z ring
RA	102,736	C→A	90.9%	I315I (ATC→ATA)	ftsZ →	GTP‑binding tubulin‑like cell division protein
RA	102,769	G→T	89.7%	V326V (GTG→GTT)	ftsZ →	GTP‑binding tubulin‑like cell division protein
RA	103,467	G→T	100%	D142Y (GAT→TAT)	lpxC →	UDP‑3‑O‑acyl N‑acetylglucosamine deacetylase
RA	104,561	G→T	100%	A124S (GCG→TCG)	secM →	regulator of secA translation
RA	104,582	A→T	7.8%	T131S (ACG→TCG)	secM →	regulator of secA translation
RA	108,039	C→A	88.3%	intergenic (+119/+97)	mutT → / ← yacG	nucleoside triphosphate pyrophosphohydrolase, marked preference for dGTP/DNA gyrase inhibitor
RA	108,648	Δ1 bp	100%	coding (439/744 nt)	zapD ←	FtsZ stabilizer
RA	108,763	G→T	14.6%	I108I (ATC→ATA)	zapD ←	FtsZ stabilizer
RA	118,873	G→T	100%	D99Y (GAC→TAC)	pdhR →	pyruvate dehydrogenase complex repressor; autorepressor
RA	119,536	G→T	86.9%	P11P (CCG→CCT)	aceE →	pyruvate dehydrogenase, decarboxylase component E1, thiamine triphosphate‑binding
RA	134,028	G→T	88.4%	A153A (GCG→GCT)	cueO →	multicopper oxidase (laccase)
RA	134,652	G→T	12.0%	M361I (ATG→ATT)	cueO →	multicopper oxidase (laccase)
RA	135,689	A→T	38.0%	L675Q (CTG→CAG)	gcd ←	glucose dehydrogenase
RA	137,071	G→T	89.6%	I214I (ATC→ATA)	gcd ←	glucose dehydrogenase
RA	137,915	G→T	100%	intergenic (‑203/‑3)	gcd ← / → hpt	glucose dehydrogenase/hypoxanthine phosphoribosyltransferase
RA	142,460	T→A	100%	F298Y (TTC→TAC)	yadE →	putative polysaccharide deacetylase lipoprotein
RA	143,035	G→T	5.6%	V49V (GTC→GTA) ‡	panD ←	aspartate 1‑decarboxylase
RA	143,037	C→A	5.1%	V49F (GTC→TTC) ‡	panD ←	aspartate 1‑decarboxylase
RA	150,571	C→A	8.7%	W448L (TGG→TTG)	htrE ←	putative outer membrane usher protein
RA	153,472	G→T	100%	intergenic (‑102/+268)	yadN ← / ← folK	putative fimbrial‑like adhesin protein/2‑amino‑4‑hydroxy‑6‑hydroxymethyldihyropteridine pyrophosphokinase
RA	153,766	C→A	5.9%	A152S (GCA→TCA)	folK ←	2‑amino‑4‑hydroxy‑6‑hydroxymethyldihyropteridine pyrophosphokinase
RA	158,287	C→A	100%	D78Y (GAC→TAC)	ligT ←	2'‑5' RNA ligase
RA	159,666	G→T	94.7%	G359C (GGT→TGT)	hrpB →	putative ATP‑dependent helicase
RA	166,662	C→A	89.9%	S133* (TCG→TAG)	fhuC →	iron‑hydroxamate transporter subunit
RA	171,580	T→G	19.0%	intergenic (‑211/‑14)	hemL ← / → clcA	glutamate‑1‑semialdehyde aminotransferase (aminomutase)/H(+)/Cl(‑) exchange transporter
RA	172,107	G→T	9.6%	E172* (GAA→TAA)	clcA →	H(+)/Cl(‑) exchange transporter
RA	172,937	T→A	8.2%	I448I (ATT→ATA)	clcA →	H(+)/Cl(‑) exchange transporter
RA	172,979	G→T	6.2%	A462A (GCG→GCT)	clcA →	H(+)/Cl(‑) exchange transporter
RA	173,725	G→T	90.5%	G129G (GGC→GGA)	yadS ←	UPF0126 family inner membrane protein
RA	176,783	G→T	92.3%	D354Y (GAT→TAT)	dgt →	deoxyguanosine triphosphate triphosphohydrolase
RA	176,864	C→T	8.7%	L381L (CTA→TTA)	dgt →	deoxyguanosine triphosphate triphosphohydrolase
RA	185,393	A→T	87.7%	F201I (TTC→ATC)	map ←	methionine aminopeptidase
RA	186,159	A→G	90.3%	intergenic (‑166/‑40)	map ← / → tff	methionine aminopeptidase/novel sRNA, function unknown
RA	186,279	A→T	11.8%	noncoding (81/136 nt)	tff →	novel sRNA, function unknown
RA	196,832	C→A	83.3%	I806I (ATC→ATA)	bamA →	BamABCDE complex OM biogenesis outer membrane pore‑forming assembly factor
RA	199,229	G→T	90.4%	E61D (GAG→GAT)	lpxA →	UDP‑N‑acetylglucosamine acetyltransferase
RA	201,962	A→T	82.8%	D117V (GAT→GTT)	dnaE →	DNA polymerase III alpha subunit
RA	208,013	G→T	88.8%	M616I (ATG→ATT)	ldcC →	lysine decarboxylase 2, constitutive
RA	208,022	G→T	10.3%	T619T (ACG→ACT)	ldcC →	lysine decarboxylase 2, constitutive
RA	214,084	G→T	100%	G393G (GGC→GGA)	proS ←	prolyl‑tRNA synthetase
RA	215,833	G→T	10.1%	N83K (AAC→AAA)	tsaA ←	tRNA‑Thr(GGU) m(6)t(6)A37 methyltransferase, SAM‑dependent
RA	217,887	C→T	91.8%	W74* (TGG→TGA)	metI ←	DL‑methionine transporter subunit
RA	217,932	A→C	91.2%	I59M (ATT→ATG)	metI ←	DL‑methionine transporter subunit
RA	229,490	G→T	20.0%	S318Y (TCT→TAT)	mltD ←	putative membrane‑bound lytic murein transglycosylase D
RA	230,579	C→T	100%	E231K (GAA→AAA)	gloB ←	hydroxyacylglutathione hydrolase
RA	231,378	C→A	87.6%	R26S (CGC→AGC)	yafS →	putative S‑adenosyl‑L‑methionine‑dependent methyltransferase
RA	232,860	G→T	100%	D103Y (GAT→TAT)	dnaQ →	DNA polymerase III epsilon subunit
RA	233,931	G→A	9.3%	S37N (AGT→AAT)	yafT →	lipoprotein
RA	234,984	G→T	10.4%	I80I (ATC→ATA) ‡	ykfM ←	lethality reduction protein, putative inner membrane protein
RA	234,985	A→T	12.1%	I80N (ATC→AAC) ‡	ykfM ←	lethality reduction protein, putative inner membrane protein
RA	234,990	G→T	16.2%	F78L (TTC→TTA)	ykfM ←	lethality reduction protein, putative inner membrane protein
RA	234,994	G→T	25.5%	S77* (TCA→TAA)	ykfM ←	lethality reduction protein, putative inner membrane protein
RA	235,005	C→A	16.0%	T73T (ACG→ACT) ‡	ykfM ←	lethality reduction protein, putative inner membrane protein
RA	235,006	G→T	13.9%	T73K (ACG→AAG) ‡	ykfM ←	lethality reduction protein, putative inner membrane protein
RA	235,010	G→T	23.2%	L72I (CTT→ATT)	ykfM ←	lethality reduction protein, putative inner membrane protein
RA	235,019	C→A	30.0%	V69L (GTA→TTA)	ykfM ←	lethality reduction protein, putative inner membrane protein
RA	235,022	G→T	20.9%	H68N (CAT→AAT)	ykfM ←	lethality reduction protein, putative inner membrane protein
RA	235,036	G→T	17.3%	S63Y (TCC→TAC)	ykfM ←	lethality reduction protein, putative inner membrane protein
RA	236,234	A→T	93.3%	V148E (GTG→GAG)	yafV ←	putative NAD(P)‑binding C‑N hydrolase family amidase
RA	237,417	A→C	30.3%	F792V (TTT→GTT)	fadE ←	acyl coenzyme A dehydrogenase
RA	238,195	G→T	100%	V532V (GTC→GTA)	fadE ←	acyl coenzyme A dehydrogenase
RA	239,583	C→A	6.2%	A70S (GCG→TCG)	fadE ←	acyl coenzyme A dehydrogenase
RA	245,002	A→T	11.0%	pseudogene (1556/1713 nt)	lfhA ←	pseudogene, flagellar system protein, promoterless fragment; flagellar biosynthesis
RA	245,306	C→A	39.4%	pseudogene (1252/1713 nt)	lfhA ←	pseudogene, flagellar system protein, promoterless fragment; flagellar biosynthesis
RA	246,491	A→C	10.7%	pseudogene (67/1713 nt)	lfhA ←	pseudogene, flagellar system protein, promoterless fragment; flagellar biosynthesis
RA	248,447	C→T	88.9%	intergenic (+7/‑45)	dinB → / → yafN	DNA polymerase IV/antitoxin of the YafO‑YafN toxin‑antitoxin system
RA	248,486	C→A	88.9%	intergenic (+46/‑6)	dinB → / → yafN	DNA polymerase IV/antitoxin of the YafO‑YafN toxin‑antitoxin system
RA	250,909	A→T	95.0%	L432Q (CTG→CAG)	pepD ←	aminoacyl‑histidine dipeptidase (peptidase D)
RA	253,855	G→T	89.1%	R281L (CGT→CTT)	frsA →	fermentation‑respiration switch protein; PTS Enzyme IIA(Glc)‑binding protein; pNP‑butyrate esterase activity
RA	255,487	A→T	92.8%	S109T (TCT→ACT)	phoE ←	outer membrane phosphoporin protein E
RA	258,688	C→A	12.0%	intergenic (+31/+173)	thrW → / ← ykfN	tRNA‑Thr/pseudogene, YdiA family
RA	259,494	G→T	86.5%	C75* (TGC→TGA)	yafW ←	CP4‑6 prophage; antitoxin of the YkfI‑YafW toxin‑antitoxin system
RA	262,114	C→A	91.4%	D51Y (GAT→TAT)	yafY ←	lipoprotein, inner membrane; overproduction stimulates degP expression; CP4‑6 prophage
RA	263,112	G→T	7.8%	S202* (TCG→TAG)	yafZ ←	CP4‑6 prophage; conserved protein
RA	274,735	A→T	100%	pseudogene (138/348 nt)	afuB ←	pseudogene, CP4‑6 prophage; ABC transporter permease family;Phage or Prophage Related
RA	279,334	C→A	88.9%	I141I (ATC→ATA)	yagF →	CP4‑6 prophage; dehydratase family protein
RA	279,800	G→T	86.3%	E297* (GAA→TAA)	yagF →	CP4‑6 prophage; dehydratase family protein
RA	284,851	T→A	18.5%	E8V (GAA→GTA)	yagI ←	CP4‑6 prophage; putative DNA‑binding transcriptional regulator
RA	287,361	C→A	15.4%	pseudogene (247/828 nt)	yagJ →	CP4‑6 prophage; uncharacterized protein;Phage or Prophage Related
RA	288,249	T→A	100%	T137T (ACA→ACT)	yagK ←	CP4‑6 prophage; conserved protein
RA	290,012	C→T	92.0%	D167N (GAT→AAT)	yagM ←	CP4‑6 prophage; uncharacterized protein
RA	291,348	G→A	87.9%	intergenic (‑58/+59)	yagN ← / ← intF	CP4‑6 prophage; uncharacterized protein/CP4‑6 prophage; putative phage integrase
RA	294,929	C→A	87.1%	E573* (GAA→TAA)	paoC ←	PaoABC aldehyde oxidoreductase, Moco‑containing subunit
RA	295,092	G→T	7.9%	G518G (GGC→GGA)	paoC ←	PaoABC aldehyde oxidoreductase, Moco‑containing subunit
RA	295,960	T→A	23.3%	E229V (GAG→GTG)	paoC ←	PaoABC aldehyde oxidoreductase, Moco‑containing subunit
RA	300,770	C→A	86.3%	V49V (GTG→GTT)	ecpE ←	ECP production pilus chaperone
RA	301,998	T→A	15.3%	T177T (ACA→ACT)	ecpD ←	polymerized tip adhesin of ECP fibers
RA	302,428	G→T	100%	P34Q (CCG→CAG)	ecpD ←	polymerized tip adhesin of ECP fibers
RA	306,486	A→T	12.4%	Y188N (TAC→AAC)	ecpR ←	putative transcriptional regulator for the ecp operon
RA	306,686	C→T	8.5%	R121H (CGT→CAT)	ecpR ←	putative transcriptional regulator for the ecp operon
RA	307,479	G→A	92.8%	intergenic (‑432/‑344)	ecpR ← / → ykgL	putative transcriptional regulator for the ecp operon/uncharacterized protein
RA	309,192	C→A	27.1%	intergenic (‑239/+235)	ykgR ← / ← ykgP	uncharacterized protein/pseudogene, oxidoreductase family
RA	309,680	C→T	7.9%	intergenic (‑164/‑388)	ykgP ← / → eaeH	pseudogene, oxidoreductase family/pseudogene, attaching and effacing protein homology;factor; Not classified
RA	312,532	G→A	100%	pseudogene (349/684 nt)	ykgA ←	pseudogene, AraC family;putative regulator; Not classified; putative ARAC‑type regulatory protein
RA	314,566	C→A	88.8%	D383Y (GAT→TAT)	rclA ←	reactive chlorine stress species (RCS) resistance protein; pyridine nucleotide‑dependent disulfide oxidoreductase family
RA	317,203	G→A	89.8%	intergenic (+411/‑116)	rclR → / → ykgE	reactive chlorine species (RCS)‑specific activator of the rcl genes/cysteine‑rich LutA family protein; putative electron transport chain YkgEFG component
RA	317,205	G→A	90.8%	intergenic (+413/‑114)	rclR → / → ykgE	reactive chlorine species (RCS)‑specific activator of the rcl genes/cysteine‑rich LutA family protein; putative electron transport chain YkgEFG component
RA	318,559	G→T	6.6%	E171* (GAA→TAA)	ykgF →	ferridoxin‑like LutB family protein; putative electron transport chain YkgEFG component
RA	319,024	C→A	91.4%	R326S (CGC→AGC)	ykgF →	ferridoxin‑like LutB family protein; putative electron transport chain YkgEFG component
RA	319,381	G→T	90.4%	D445Y (GAC→TAC)	ykgF →	ferridoxin‑like LutB family protein; putative electron transport chain YkgEFG component
RA	320,920	G→A	100%	S52S (AGC→AGT)	ykgH ←	putative inner membrane protein
RA	321,223	C→A	100%	intergenic (‑148/+65)	ykgH ← / ← betA	putative inner membrane protein/choline dehydrogenase, a flavoprotein
RA	322,795	A→C	12.0%	L55R (CTA→CGA)	betA ←	choline dehydrogenase, a flavoprotein
RA	326,385	G→T	7.5%	P404P (CCG→CCT)	betT →	choline transporter of high affinity
RA	327,051	A→T	5.9%	E626D (GAA→GAT)	betT →	choline transporter of high affinity
RA	329,372	A→T	91.7%	L258Q (CTG→CAG)	yahB ←	putative DNA‑bindng transcriptional regulator
RA	332,599	G→T	89.9%	A37A (GCG→GCT)	yahF →	putative NAD(P)‑binding succinyl‑CoA synthase
RA	335,247	C→A	91.2%	N404K (AAC→AAA)	yahG →	DUF1116 family protein
RA	337,308	T→A	10.4%	L158Q (CTG→CAG)	yahJ →	putative metallo‑dependent hydrolase domain deaminase
RA	337,720	G→T	88.2%	E295D (GAG→GAT)	yahJ →	putative metallo‑dependent hydrolase domain deaminase
RA	343,047	T→A	9.6%	N370Y (AAT→TAT)	prpR ←	propionate catabolism operon regulatory protein
RA	344,337	A→G	8.6%	intergenic (‑183/‑56)	prpR ← / → prpB	propionate catabolism operon regulatory protein/2‑methylisocitrate lyase
RA	344,800	G→T	100%	E136D (GAG→GAT)	prpB →	2‑methylisocitrate lyase
RA	347,382	G→T	11.5%	E153* (GAA→TAA)	prpD →	2‑methylcitrate dehydratase
RA	357,066	G→T	8.9%	P169Q (CCA→CAA)	lacA ←	thiogalactoside acetyltransferase
RA	360,752	A→G	100%	V331A (GTG→GCG)	lacI ←	DNA‑binding transcriptional repressor
JC	361,139	+GCCA	5.5%	coding (605/1083 nt)	lacI ←	DNA‑binding transcriptional repressor
JC	361,140	Δ4 bp	7.6%	coding (601‑604/1083 nt)	lacI ←	DNA‑binding transcriptional repressor
JC	361,149	+CAGACG	6.7%	coding (595/1083 nt)	lacI ←	DNA‑binding transcriptional repressor
RA	361,692	G→T	48.4%	Q18K (CAG→AAG)	lacI ←	DNA‑binding transcriptional repressor
RA	361,806	G→A	100%	intergenic (‑63/+14)	lacI ← / ← mhpR	DNA‑binding transcriptional repressor/mhp operon transcriptional activator
RA	362,159	G→T	100%	I165I (ATC→ATA)	mhpR ←	mhp operon transcriptional activator
RA	362,629	A→T	91.9%	Y9N (TAC→AAC)	mhpR ←	mhp operon transcriptional activator
RA	364,561	G→T	91.1%	D18Y (GAC→TAC)	mhpB →	2,3‑dihydroxyphenylpropionate 1,2‑dioxygenase
RA	372,091	C→A	93.3%	R393R (CGG→AGG)	mhpT →	3‑hydroxyphenylpropionic transporter
RA	372,581	G→T	85.3%	A118A (GCG→GCT)	yaiL →	DUF2058 family protein
RA	378,179	A→T	100%	pseudogene (150/282 nt)	yaiX ←	pseudogene, interrupted by IS2A, acetyltransferase homolog; nonfunctional; interruped by IS2; putative transferase
RA	379,982	A→T	10.2%	L31I (TTA→ATA)	yaiS ←	putative PIG‑L family deacetylase
RA	381,994	A→T	13.1%	Q111L (CAG→CTG)	tauB →	taurine transporter subunit
RA	385,815	G→T	89.4%	pseudogene (109/1458 nt)	yaiT →	pseudogene, autotransporter family;putative structure; Not classified; interrupted by IS3; putative flagellin structural protein
RA	388,546	G→T	5.3%	pseudogene (121/1449 nt)	yaiT →	pseudogene, autotransporter family;putative structure; Not classified; interrupted by IS3; putative flagellin structural protein
RA	388,792	C→A	6.0%	pseudogene (367/1449 nt)	yaiT →	pseudogene, autotransporter family;putative structure; Not classified; interrupted by IS3; putative flagellin structural protein
RA	389,284	G→T	5.3%	pseudogene (859/1449 nt)	yaiT →	pseudogene, autotransporter family;putative structure; Not classified; interrupted by IS3; putative flagellin structural protein
RA	390,551	T→G	88.8%	L197R (CTG→CGG)	yaiV →	putative transcriptional regulator
RA	394,301	C→A	15.2%	S325* (TCA→TAA)	yaiW →	putative lipoprotein
RA	394,744	G→T	10.5%	R16S (CGC→AGC)	yaiY ←	DUF2755 family inner membrane protein
RA	396,883	A→G	100%	Q14Q (CAA→CAG)	iraP →	anti‑RssB factor, RpoS stabilzer during Pi starvation; anti‑adapter protein
RA	397,179	G→T	15.8%	intergenic (+77/‑24)	iraP → / → phoA	anti‑RssB factor, RpoS stabilzer during Pi starvation; anti‑adapter protein/bacterial alkaline phosphatase
RA	397,959	G→A	94.1%	A253T (GCG→ACG)	phoA →	bacterial alkaline phosphatase
RA	400,594	G→T	88.7%	V169V (GTC→GTA)	proC ←	pyrroline‑5‑carboxylate reductase, NAD(P)‑binding
RA	402,340	G→T	100%	V160V (GTG→GTT)	aroL →	shikimate kinase II
RA	403,157	G→T	7.6%	D92Y (GAC→TAC)	aroM →	AroM family protein
RA	406,075	C→A	100%	P159Q (CCG→CAG)	mak →	manno(fructo)kinase
RA	408,142	C→A	8.4%	R1023L (CGT→CTT)	sbcC ←	exonuclease, dsDNA, ATP‑dependent
RA	411,027	G→T	100%	L61L (CTC→CTA)	sbcC ←	exonuclease, dsDNA, ATP‑dependent
RA	412,258	C→A	7.2%	D51Y (GAT→TAT)	sbcD ←	exonuclease, dsDNA, ATP‑dependent
RA	415,049	G→T	25.3%	M1M (ATG→ATT) †	brnQ →	branched‑chain amino acid transport system 2 carrier protein; LIV‑II transport system for Ile, Leu, and Val
RA	421,799	C→A	100%	I69I (ATC→ATA)	tgt →	tRNA‑guanine transglycosylase
RA	425,143	G→T	88.8%	T61T (ACG→ACT)	secF →	SecYEG protein translocase auxillary subunit
RA	426,157	G→T	81.7%	E33* (GAG→TAG)	yajD →	HNH nuclease family protein
RA	427,603	C→T	7.8%	intergenic (‑134/+165)	tsx ← / ← yajI	nucleoside channel, receptor of phage T6 and colicin K/putative lipoprotein
RA	432,762	G→T	90.3%	P277Q (CCG→CAG)	yajO ←	2‑carboxybenzaldehyde reductase
RA	433,551	G→T	100%	S14Y (TCC→TAC)	yajO ←	2‑carboxybenzaldehyde reductase
RA	434,663	A→C	100%	I324S (ATC→AGC)	dxs ←	1‑deoxyxylulose‑5‑phosphate synthase, thiamine triphosphate‑binding, FAD‑requiring
RA	435,336	G→T	100%	Q100K (CAG→AAG)	dxs ←	1‑deoxyxylulose‑5‑phosphate synthase, thiamine triphosphate‑binding, FAD‑requiring
RA	435,862	A→T	88.5%	T232T (ACT→ACA)	ispA ←	geranyltranstransferase
RA	437,672	T→A	100%	V223E (GTG→GAG)	thiI →	tRNA s(4)U8 sulfurtransferase
RA	444,489	G→A	100%	R537C (CGT→TGT)	cyoB ←	cytochrome o ubiquinol oxidase subunit I
RA	446,369	T→G	88.6%	Q233P (CAG→CCG)	cyoA ←	cytochrome o ubiquinol oxidase subunit II
RA	447,160	G→T	8.2%	intergenic (‑94/+366)	cyoA ← / ← ampG	cytochrome o ubiquinol oxidase subunit II/muropeptide transporter
RA	450,290	G→A	100%	intergenic (+45/‑299)	bolA → / → tig	stationary‑phase morphogene, transcriptional repressor for mreB; also regulator for dacA, dacC, and ampC/peptidyl‑prolyl cis/trans isomerase (trigger factor)
RA	450,766	G→T	90.8%	A60S (GCG→TCG)	tig →	peptidyl‑prolyl cis/trans isomerase (trigger factor)
RA	451,853	C→A	12.1%	T422N (ACC→AAC)	tig →	peptidyl‑prolyl cis/trans isomerase (trigger factor)
RA	453,656	T→A	9.0%	S259T (TCC→ACC)	clpX →	ATPase and specificity subunit of ClpX‑ClpP ATP‑dependent serine protease
RA	456,298	T→A	100%	L652Q (CTG→CAG)	lon →	DNA‑binding ATP‑dependent protease La
RA	456,588	G→T	100%	D749Y (GAC→TAC)	lon →	DNA‑binding ATP‑dependent protease La
RA	461,499	G→T	85.6%	R424S (CGC→AGC)	ybaE ←	putative ABC superfamily transporter periplasmic‑binding protein
RA	463,179	C→A	87.3%	I104I (ATC→ATA)	cof →	thiamine pyrimidine pyrophosphate hydrolase; HMP‑PP phosphatase
RA	465,341	A→C	10.1%	I339L (ATT→CTT)	mdlA →	putative multidrug transporter subunit of ABC superfamily, ATP‑binding component
RA	468,360	C→A	13.8%	R103S (CGT→AGT)	glnK →	nitrogen assimilation regulatory protein for GlnL, GlnE, and AmtB
RA	469,775	C→A	7.6%	V281V (GTG→GTT)	tesB ←	acyl‑CoA thioesterase 2
RA	474,138	G→T	100%	intergenic (‑65/+99)	ylaB ← / ← ylaC	putative membrane‑anchored cyclic‑di‑GMP phosphodiesterase/DUF1449 family inner membrane protein
RA	475,805	C→A	100%	A120A (GCG→GCT)	tomB ←	Hha toxicity attenuator; conjugation‑related protein
RA	476,404	G→T	6.3%	intergenic (‑240/+306)	tomB ← / ← acrB	Hha toxicity attenuator; conjugation‑related protein/multidrug efflux system protein
RA	477,267	G→T	90.4%	Q865K (CAG→AAG)	acrB ←	multidrug efflux system protein
RA	479,244	C→A	100%	A206S (GCC→TCC)	acrB ←	multidrug efflux system protein
RA	480,081	A→T	8.1%	V332E (GTG→GAG)	acrA ←	multidrug efflux system
RA	480,820	C→T	100%	D86N (GAC→AAC)	acrA ←	multidrug efflux system
RA	481,667	G→A	100%	A151T (GCG→ACG)	acrR →	transcriptional repressor
RA	482,757	G→T	88.2%	A256S (GCG→TCG)	mscK →	mechanosensitive channel protein, intermediate conductance, K+ regulated
RA	486,494	C→A	90.6%	R53S (CGC→AGC)	ybaN →	DUF454 family inner membrane protein
RA	486,912	C→A	7.8%	I15I (ATC→ATA)	apt →	adenine phosphoribosyltransferase
RA	495,020	T→A	92.4%	E137V (GAA→GTA)	aes ←	acetyl esterase
RA	503,944	G→T	90.9%	E91* (GAA→TAA)	ybaQ →	putative DNA‑binding transcriptional regulator
RA	505,845	C→A	8.5%	E331* (GAA→TAA)	copA ←	copper transporter
RA	509,737	G→A	87.6%	E97K (GAG→AAG)	cueR →	copper‑responsive regulon transcriptional regulator
RA	511,619	A→T	7.7%	Q82L (CAA→CTA)	fetA →	iron exporter, ATP‑binding subunit, ABC transporter FetAB subunit; peroxide resistance protein
RA	517,392	G→T	84.9%	A507A (GCG→GCT)	ybbP →	putative ABC transporter permease
RA	517,551	G→T	8.1%	P560P (CCG→CCT)	ybbP →	putative ABC transporter permease
RA	518,820	C→A	90.1%	A35E (GCG→GAG)	rhsD →	Rhs family putative polymorphic toxin
RA	523,031	G→A	7.7%	intergenic (+34/‑6)	rhsD → / → ybbC	Rhs family putative polymorphic toxin/putative immunity protein
RA	523,388	T→A	11.1%	F118I (TTC→ATC)	ybbC →	putative immunity protein
RA	524,334:1	+T	100%	pseudogene (239/491 nt)	ybbD →	pseudogene
RA	524,496	T→G	91.2%	pseudogene (401/491 nt)	ybbD →	pseudogene
RA	530,466	C→A	100%	F365L (TTC→TTA)	gcl →	glyoxylate carboligase
RA	538,810	G→T	8.8%	G231G (GGC→GGA)	allE ←	S‑ureidoglycine aminohydrolase
RA	542,200	Δ1 bp	100%	coding (65/1668 nt)	fdrA →	putative NAD(P)‑binding acyl‑CoA synthetase
RA	546,491	G→T	100%	V199V (GTG→GTT)	ybcF →	putative carbonate kinase
RA	549,397	G→T	100%	intergenic (‑1/+2)	lpxH ← / ← ppiB	UDP‑2,3‑diacylglucosamine pyrophosphohydrolase/peptidyl‑prolyl cis‑trans isomerase B (rotamase B)
RA	551,499	G→T	88.6%	R171S (CGC→AGC)	ybcI ←	DUF457 family inner membrane protein
RA	551,602	A→T	41.0%	F136L (TTT→TTA)	ybcI ←	DUF457 family inner membrane protein
RA	552,831	A→T	10.4%	F123I (TTC→ATC)	folD ←	bifunctional 5,10‑methylene‑tetrahydrofolate dehydrogenase/ 5,10‑methylene‑tetrahydrofolate cyclohydrolase
RA	554,350	G→T	19.6%	intergenic (+140/‑80)	sfmA → / → sfmC	FimA homolog/putative periplasmic pilus chaperone
RA	554,868	G→T	8.0%	E147* (GAA→TAA)	sfmC →	putative periplasmic pilus chaperone
RA	557,303	A→T	11.0%	E717D (GAA→GAT)	sfmD →	putative outer membrane export usher protein
RA	557,592	G→T	88.0%	D814Y (GAC→TAC)	sfmD →	putative outer membrane export usher protein
RA	562,121	G→T	5.3%	pseudogene (290/312 nt)	peaD →	pseudogene; DLP12 prophage; replication protein family;Phage or Prophage Related
RA	564,319	C→A	17.5%	intergenic (+216/‑39)	emrE → / → ybcK	DLP12 prophage; multidrug resistance protein/DLP12 prophage; putative recombinase
RA	576,183	G→T	13.7%	intergenic (‑282/‑107)	ylcI ← / → nohD	DUF3950 family protein, DLP12 prophage/DLP12 prophage; DNA packaging protein
RA	576,998	G→T	100%	pseudogene (189/309 nt)	aaaD →	pseudogene; DLP12 prophage; tail fiber assembly protein family;Phage or Prophage Related
RA	580,366	G→T	85.8%	R242S (CGC→AGC)	ompT ←	DLP12 prophage; outer membrane protease VII (outer membrane protein 3b)
RA	581,203	A→T	100%	intergenic (‑114/‑310)	ompT ← / → pauD	DLP12 prophage; outer membrane protease VII (outer membrane protein 3b)/tRNA‑OTHER
RA	581,633	G→T	7.2%	L244L (CTC→CTA)	envY ←	porin thermoregulatory transcriptional activator
RA	583,341	T→G	100%	S33R (AGT→CGT)	ybcH ←	PRK09936 family protein
RA	591,864	C→A	90.1%	A270E (GCG→GAG)	cusC →	copper/silver efflux system, outer membrane component
RA	601,847	A→T	94.5%	I331I (ATT→ATA)	ybdK ←	weak gamma‑glutamyl:cysteine ligase
RA	607,931	G→A	100%	S7F (TCC→TTC)	fepA ←	iron‑enterobactin outer membrane transporter
RA	614,726	G→T	91.8%	A339A (GCG→GCT)	fepE →	regulator of length of O‑antigen component of lipopolysaccharide chains
RA	614,772	G→T	10.8%	G355C (GGT→TGT)	fepE →	regulator of length of O‑antigen component of lipopolysaccharide chains
RA	619,048	C→A	88.3%	A307S (GCC→TCC)	fepB ←	iron‑enterobactin transporter subunit
RA	624,669	G→T	93.5%	T221T (ACG→ACT)	entA →	2,3‑dihydro‑2,3‑dihydroxybenzoate dehydrogenase
RA	625,174	G→T	100%	intergenic (+5/‑176)	entH → / → cstA	enterobactin synthesis proofreading thioesterase/carbon starvation protein involved in peptide utilization; APC peptide transporter family protein
RA	625,364	G→T	100%	G5G (GGG→GGT)	cstA →	carbon starvation protein involved in peptide utilization; APC peptide transporter family protein
RA	625,811	G→T	7.9%	E154D (GAG→GAT)	cstA →	carbon starvation protein involved in peptide utilization; APC peptide transporter family protein
RA	627,428	C→A	94.6%	I693I (ATC→ATA)	cstA →	carbon starvation protein involved in peptide utilization; APC peptide transporter family protein
RA	632,846	G→A	11.5%	L77F (CTT→TTT)	ybdO ←	putative DNA‑binding transcriptional regulator
RA	639,231	G→A	100%	L65F (CTT→TTT)	rnk ←	regulator of nucleoside diphosphate kinase
RA	639,567	G→A	11.3%	intergenic (‑144/+86)	rnk ← / ← rna	regulator of nucleoside diphosphate kinase/ribonuclease I
RA	641,826	T→G	5.2%	N71H (AAT→CAT)	citT ←	citrate:succinate antiporter
RA	643,754	A→T	5.7%	V425E (GTA→GAA)	citF ←	citrate lyase, citrate‑ACP transferase (alpha) subunit
RA	646,966	A→T	6.5%	V116E (GTA→GAA)	citC ←	[citrate [pro‑3S]‑lyase] ligase
RA	647,234	C→T	88.9%	E27K (GAA→AAA)	citC ←	[citrate [pro‑3S]‑lyase] ligase
RA	647,422	G→T	100%	intergenic (‑110/‑269)	citC ← / → citA	[citrate [pro‑3S]‑lyase] ligase/sensory histidine kinase in two‑component regulatory system with CitB
RA	647,509	T→C	100%	intergenic (‑197/‑182)	citC ← / → citA	[citrate [pro‑3S]‑lyase] ligase/sensory histidine kinase in two‑component regulatory system with CitB
RA	648,056	C→A	100%	F122L (TTC→TTA)	citA →	sensory histidine kinase in two‑component regulatory system with CitB
RA	648,317	G→T	20.1%	M209I (ATG→ATT)	citA →	sensory histidine kinase in two‑component regulatory system with CitB
RA	652,574	G→T	6.0%	intergenic (+1/‑174)	pagP → / → cspE	phospholipid:lipid A palmitoyltransferase/constitutive cold shock family transcription antitermination protein; negative regulator of cspA transcription; RNA melting protein; ssDNA‑binding protein
RA	652,597	C→T	100%	intergenic (+24/‑151)	pagP → / → cspE	phospholipid:lipid A palmitoyltransferase/constitutive cold shock family transcription antitermination protein; negative regulator of cspA transcription; RNA melting protein; ssDNA‑binding protein
RA	652,684	C→A	11.6%	intergenic (+111/‑64)	pagP → / → cspE	phospholipid:lipid A palmitoyltransferase/constitutive cold shock family transcription antitermination protein; negative regulator of cspA transcription; RNA melting protein; ssDNA‑binding protein
RA	652,865	Δ1 bp	100%	coding (118/210 nt)	cspE →	constitutive cold shock family transcription antitermination protein; negative regulator of cspA transcription; RNA melting protein; ssDNA‑binding protein
RA	658,096	C→A	39.6%	M1M (ATG→ATT) †	ybeD ←	UPF0250 family protein
RA	659,642	G→T	15.0%	F335L (TTC→TTA)	rlpA ←	septal ring protein, suppressor of prc, minor lipoprotein
RA	659,689	G→T	85.3%	R320S (CGC→AGC)	rlpA ←	septal ring protein, suppressor of prc, minor lipoprotein
RA	662,108	A→T	100%	V522V (GTT→GTA)	mrdA ←	transpeptidase involved in peptidoglycan synthesis (penicillin‑binding protein 2)
RA	662,631	C→A	100%	R348L (CGC→CTC)	mrdA ←	transpeptidase involved in peptidoglycan synthesis (penicillin‑binding protein 2)
RA	664,243	C→A	7.7%	D84Y (GAT→TAT)	rsfS ←	ribosomal silencing factor
RA	666,998	G→T	11.3%	L22I (CTT→ATT)	holA ←	DNA polymerase III, delta subunit
RA	667,348	G→T	90.9%	Q99K (CAG→AAG)	lptE ←	LPS assembly OM complex LptDE, lipoprotein component
RA	667,899	C→A	92.9%	D781Y (GAT→TAT)	leuS ←	leucyl‑tRNA synthetase
RA	672,142	T→A	88.3%	intergenic (‑139/‑25)	ybeQ ← / → ybeR	Sel1 family TPR‑like repeat protein/uncharacterized protein
RA	680,846	G→T	90.9%	F180L (TTC→TTA)	gltK ←	glutamate, aspartate ABC transporter permease subunit
RA	688,894	T→G	5.2%	intergenic (‑60/+93)	ybeZ ← / ← miaB	PhoH‑like heat shock protein/tRNA‑i(6)A37 methylthiotransferase
RA	693,739	G→T	85.9%	H299N (CAC→AAC)	asnB ←	asparagine synthetase B
RA	705,588	C→A	100%	intergenic (+16/+68)	chiQ → / ← fur	chitosugar‑induced verified lipoprotein/ferric iron uptake regulon transcriptional repressor; autorepressor
RA	706,097	A→C	86.8%	T2T (ACT→ACG)  *29G (TGA→GGA)	fur ← uof ←	ferric iron uptake regulon transcriptional repressor; autorepressor ryhB‑regulated fur leader peptide
RA	710,187	A→T	90.3%	S392C (AGT→TGT)	pgm →	phosphoglucomutase
RA	723,846	A→C	6.8%	W115G (TGG→GGG)	kdpA ←	potassium translocating ATPase, subunit A
RA	723,859	G→T	89.8%	V110V (GTC→GTA)	kdpA ←	potassium translocating ATPase, subunit A
RA	724,813	A→T	100%	intergenic (+17/‑226)	ybfA → / → rhsC	DUF2517 family protein/Rhs family putative polymorphic toxin
RA	725,650	G→T	16.1%	P204P (CCG→CCT)	rhsC →	Rhs family putative polymorphic toxin
RA	726,087	G→T	87.4%	R350L (CGT→CTT)	rhsC →	Rhs family putative polymorphic toxin
RA	729,456	G→A	88.3%	R75R (AGG→AGA)	ybfB →	putative membrane protein
RA	730,891	G→T	89.2%	pseudogene (1303/1521 nt)	rhsO →	pseudogene, Rhs family protein
RA	731,253	G→A	12.3%	A50T (GCC→ACC)	ybfC →	putative periplasmic protein
RA	732,494	G→T	90.8%	pseudogene (214/1137 nt)	ybfL →	pseudogene, DDE domain transposase family;putative factor; Not classified; putative receptor protein
RA	732,655	G→T	88.3%	pseudogene (375/1137 nt)	ybfL →	pseudogene, DDE domain transposase family;putative factor; Not classified; putative receptor protein
RA	735,817	G→T	5.8%	L285L (CTG→CTT)	phr →	deoxyribodipyrimidine photolyase, FAD‑binding
RA	737,635	G→T	87.3%	G126G (GGC→GGA)	dtpD ←	dipeptide and tripeptide permease D
RA	739,056	G→T	15.4%	R3L (CGA→CTA)	ybgJ →	putative allophanate hydrolase, subunit 1
RA	742,840	G→T	7.8%	A129E (GCG→GAG)	abrB ←	regulator of aidB expression; inner membrane protein
RA	743,278	G→A	10.5%	intergenic (‑53/+99)	abrB ← / ← ybgO	regulator of aidB expression; inner membrane protein/putative fimbrial protein
RA	743,797	G→T	84.4%	R214R (CGC→CGA)	ybgO ←	putative fimbrial protein
RA	747,068	A→T	32.8%	I186I (ATT→ATA)	ybgQ ←	putative outer membrane protein
RA	747,973	C→A	88.7%	P93P (CCG→CCT)	ybgD ←	putative fimbrial‑like adhesin protein
RA	748,707	A→T	90.1%	I406I (ATT→ATA)	gltA ←	citrate synthase
RA	750,112	A→T	9.1%	intergenic (‑188/‑521)	gltA ← / → sdhC	citrate synthase/succinate dehydrogenase, membrane subunit, binds cytochrome b556
RA	753,549	G→T	100%	Q135H (CAG→CAT)	sdhB →	succinate dehydrogenase, FeS subunit
RA	754,572	G→T	100%	E137D (GAG→GAT)	sucA →	2‑oxoglutarate decarboxylase, thiamine triphosphate‑binding
RA	754,887	G→T	10.0%	M242I (ATG→ATT)	sucA →	2‑oxoglutarate decarboxylase, thiamine triphosphate‑binding
RA	757,353	A→T	11.5%	N126Y (AAT→TAT)	sucB →	dihydrolipoyltranssuccinase
RA	759,000	C→A	100%	F177L (TTC→TTA)	sucC →	succinyl‑CoA synthetase, beta subunit
RA	761,398	A→G	18.2%	intergenic (‑67/‑42)	mngR ← / → mngA	Transcriptional repressor for the mannosyl‑D‑glycerate catabolic operon/fused 2‑O‑a‑mannosyl‑D‑glycerate specific PTS enzymes: IIA component/IIB component/IIC component
RA	762,183	C→A	13.9%	V248V (GTC→GTA)	mngA →	fused 2‑O‑a‑mannosyl‑D‑glycerate specific PTS enzymes: IIA component/IIB component/IIC component
RA	766,540	A→C	15.6%	intergenic (+473/‑374)	mngB → / → cydA	alpha‑mannosidase/cytochrome d terminal oxidase, subunit I
RA	767,399	A→T	88.3%	E162D (GAA→GAT)	cydA →	cytochrome d terminal oxidase, subunit I
RA	784,094	G→T	86.6%	A67E (GCG→GAG)	galM ←	aldose 1‑epimerase; type‑1 mutarotase
RA	786,864	C→A	5.3%	A216A (GCG→GCT)	galE ←	UDP‑galactose‑4‑epimerase
RA	788,902	G→T	100%	R115S (CGT→AGT)	modF ←	fused molybdate transporter subunits of ABC superfamily: ATP‑binding components
RA	789,044	G→T	15.4%	I67I (ATC→ATA)	modF ←	fused molybdate transporter subunits of ABC superfamily: ATP‑binding components
RA	790,053	G→T	10.1%	F16L (TTC→TTA)	modE ←	transcriptional repressor for the molybdenum transport operon modABC
RA	792,351	G→T	10.2%	A114A (GCG→GCT)	modC →	molybdate transporter subunit
RA	794,435	G→T	12.2%	A132S (GCC→TCC)	pgl →	6‑phosphogluconolactonase
RA	800,488	G→T	100%	V510V (GTG→GTT)	ybhJ →	putative hydratase
RA	800,779	G→T	100%	E607D (GAG→GAT)	ybhJ →	putative hydratase
RA	805,678	G→T	39.9%	T293T (ACG→ACT)	bioB →	biotin synthase
RA	809,212	G→T	92.4%	M77I (ATG→ATT)	uvrB →	excinulease of nucleotide excision repair, DNA damage recognition component
RA	811,023	G→T	9.8%	intergenic (+20/+172)	uvrB → / ← ybhK	excinulease of nucleotide excision repair, DNA damage recognition component/putative NAD(P)‑binding transferase
RA	816,152	C→A	10.3%	intergenic (+108/‑97)	ybhL → / → ybhM	UPF0005 family inner membrane protein/UPF0005 family inner membrane protein
RA	816,292	A→T	12.3%	H15L (CAC→CTC)	ybhM →	UPF0005 family inner membrane protein
RA	816,302	G→T	87.5%	R18S (AGG→AGT)	ybhM →	UPF0005 family inner membrane protein
RA	817,100	A→T	26.0%	R285R (CGT→CGA)	ybhN ←	UPF0104 family inner membrane protein
RA	817,430	G→T	16.6%	I175I (ATC→ATA)	ybhN ←	UPF0104 family inner membrane protein
RA	820,503	C→A	92.7%	T354T (ACG→ACT)	ybhR ←	inner membrane putative ABC superfamily transporter permease
RA	828,304	A→T	6.2%	W35R (TGG→AGG)	ybiA ←	DUF1768 family protein
RA	828,374	G→T	100%	V11V (GTC→GTA)	ybiA ←	DUF1768 family protein
RA	829,009	G→T	85.3%	D162Y (GAT→TAT)	dinG →	ATP‑dependent DNA helicase
RA	829,475	C→A	16.9%	S317* (TCG→TAG)	dinG →	ATP‑dependent DNA helicase
RA	832,445	G→T	100%	P213P (CCG→CCT)	ybiC →	putative dehydrogenase
RA	837,132	C→T	100%	intergenic (‑145/+120)	fiu ← / ← mcbA	catecholate siderophore receptor Fiu/colanic acid mucoidy stimulation protein
RA	837,716	G→T	91.6%	intergenic (‑204/‑72)	mcbA ← / → rlmF	colanic acid mucoidy stimulation protein/23S rRNA m(6)A1618 methyltransferase, SAM‑dependent
RA	840,853	C→G	11.2%	T28T (ACG→ACC)	ybiO ←	mechanosensitive channel protein, intermediate conductance
RA	842,041	C→A	89.2%	E179* (GAA→TAA)	glnP ←	glutamine transporter subunit
RA	843,299	C→A	100%	W54C (TGG→TGT)	glnH ←	glutamine transporter subunit
RA	850,161	G→T	87.1%	P353P (CCG→CCT)	ybiR →	putative transporter
RA	851,782	A→T	8.0%	K122* (AAA→TAA)	ybiT →	putative transporter subunit of ABC superfamily: ATP‑binding component
RA	854,482	G→A	5.8%	A12A (GCC→GCT)	ybiU ←	DUF1479 family protein
RA	857,186	G→T	12.0%	L293I (CTC→ATC)	ybiW ←	putative pyruvate formate lyase
RA	863,745	T→A	10.6%	F257Y (TTT→TAT)	gsiA →	glutathione transporter ATP‑binding protein, ABC superfamily
RA	868,500	A→T	93.3%	S22S (TCA→TCT)	yliE →	putative membrane‑anchored cyclic‑di‑GMP phosphodiesterase
RA	868,897	G→T	11.4%	D155Y (GAC→TAC)	yliE →	putative membrane‑anchored cyclic‑di‑GMP phosphodiesterase
RA	872,975	C→A	6.4%	E173* (GAA→TAA)	rimO ←	ribosomal protein S12 methylthiotransferase; radical SAM superfamily
RA	876,395	G→T	92.8%	M71I (ATG→ATT)	dacC →	D‑alanyl‑D‑alanine carboxypeptidase (penicillin‑binding protein 6a)
RA	876,447	G→A	100%	D89N (GAT→AAT)	dacC →	D‑alanyl‑D‑alanine carboxypeptidase (penicillin‑binding protein 6a)
RA	877,482	C→A	6.0%	D237Y (GAT→TAT)	deoR ←	deoxyribose‑5‑phosphate‑inducible deoxyribose operon transcriptional repressor; repressor of nupG and tsx
RA	878,484	G→T	9.2%	R121S (CGC→AGC)	ybjG ←	undecaprenyl pyrophosphate phosphatase
RA	879,085	G→T	100%	intergenic (‑241/‑44)	ybjG ← / → mdfA	undecaprenyl pyrophosphate phosphatase/multidrug efflux system protein
RA	882,672	G→T	87.5%	L42I (CTC→ATC)	ybjJ ←	putative transporter
RA	884,152	G→T	13.2%	S375* (TCG→TAG)	ybjL ←	putative transporter
RA	885,619	G→T	6.8%	A25A (GCG→GCT)	ybjM →	inner membrane protein
RA	888,964	C→T	100%	intergenic (+75/‑276)	ybjN → / → potF	negative regulator of motility; multicopy suppressor of coaA(Ts)/putrescine transporter subunit: periplasmic‑binding component of ABC superfamily
RA	889,044	G→T	15.4%	intergenic (+155/‑196)	ybjN → / → potF	negative regulator of motility; multicopy suppressor of coaA(Ts)/putrescine transporter subunit: periplasmic‑binding component of ABC superfamily
RA	892,358	G→T	100%	V257L (GTG→TTG)	potH →	putrescine transporter subunit: membrane component of ABC superfamily
RA	907,596	G→T	8.1%	P4Q (CCA→CAA)	hcr ←	HCP oxidoreductase, NADH‑dependent
RA	909,385	G→T	10.2%	intergenic (‑115/+29)	hcp ← / ← ybjE	hybrid‑cluster [4Fe‑2S‑2O] protein in anaerobic terminal reductases/putative transporter
RA	925,160	G→T	100%	S420* (TCA→TAA)	cydD ←	fused glutathione, cysteine exporter subunits of ABC superfamily: membrane component/ATP‑binding component
RA	925,355	A→T	13.3%	L355Q (CTG→CAG)	cydD ←	fused glutathione, cysteine exporter subunits of ABC superfamily: membrane component/ATP‑binding component
RA	925,957	A→T	8.3%	I154I (ATT→ATA)	cydD ←	fused glutathione, cysteine exporter subunits of ABC superfamily: membrane component/ATP‑binding component
RA	927,580	G→T	5.1%	intergenic (‑74/‑471)	trxB ← / → lrp	thioredoxin reductase, FAD/NAD(P)‑binding/leucine‑responsive global transcriptional regulator
RA	927,679	G→T	6.2%	intergenic (‑173/‑372)	trxB ← / → lrp	thioredoxin reductase, FAD/NAD(P)‑binding/leucine‑responsive global transcriptional regulator
RA	942,136	T→A	12.3%	V270V (GTT→GTA)	ycaD →	putative MFS‑type transporter
RA	943,573	G→T	100%	A297S (GCC→TCC)	ycaM →	putative transporter
RA	945,548	A→C	7.0%	E142A (GAA→GCA)	ycaK →	putative NAD(P)H‑dependent oxidoreductase
RA	955,568	A→T	90.2%	intergenic (+17/‑152)	aroA → / → ycaL	5‑enolpyruvylshikimate‑3‑phosphate synthetase/putative peptidase‑related chaperone
RA	955,673	T→C	5.5%	intergenic (+122/‑47)	aroA → / → ycaL	5‑enolpyruvylshikimate‑3‑phosphate synthetase/putative peptidase‑related chaperone
RA	958,594	G→T	17.6%	G382C (GGC→TGC)	rpsA →	30S ribosomal subunit protein S1
RA	959,927	C→A	6.1%	A51E (GCG→GAG)	ycaI →	ComEC family inner membrane protein
RA	961,060	G→T	9.9%	D429Y (GAC→TAC)	ycaI →	ComEC family inner membrane protein
RA	962,317	A→T	7.8%	T81S (ACC→TCC)	msbA →	fused lipid transporter subunits of ABC superfamily: membrane component/ATP‑binding component
RA	963,256	G→A	5.2%	D394N (GAT→AAT)	msbA →	fused lipid transporter subunits of ABC superfamily: membrane component/ATP‑binding component
RA	968,415	G→T	100%	S148* (TCG→TAG)	ycbC ←	DUF218 superfamily protein
RA	976,873	C→A	6.8%	A124E (GCG→GAG)	ldtD →	murein L,D‑transpeptidase
RA	982,608	G→T	13.4%	intergenic (‑170/+433)	ompF ← / ← asnS	outer membrane porin 1a (Ia;b;F)/asparaginyl tRNA synthetase
RA	991,204	T→A	9.7%	S81C (AGC→TGC)	ssuD ←	alkanesulfonate monooxygenase, FMNH(2)‑dependent
RA	992,767	C→A	89.4%	D68Y (GAT→TAT)	ssuE ←	NAD(P)H‑dependent FMN reductase
RA	994,328	G→T	90.9%	G128V (GGA→GTA)	elfD →	putative periplasmic pilin chaperone
RA	994,840	T→G	19.1%	F57V (TTC→GTC)	elfC →	putative outer membrane fimbrial subunit export usher protein
RA	997,673	A→T	90.8%	T137T (ACA→ACT)	elfG →	putative fimbrial‑like adhesin protein
RA	997,687	G→T	13.2%	R142L (CGA→CTA)	elfG →	putative fimbrial‑like adhesin protein
RA	997,965	G→T	90.0%	D235Y (GAT→TAT)	elfG →	putative fimbrial‑like adhesin protein
RA	999,441	C→A	14.8%	F13L (TTC→TTA)	ycbF →	putative periplasmic pilin chaperone
RA	1,000,841	G→T	88.5%	A206A (GCG→GCT)	pyrD →	dihydro‑orotate oxidase, FMN‑linked
RA	1,003,597	G→T	92.3%	D100Y (GAC→TAC)	rlmL →	fused 23S rRNA m(2)G2445 and m(7)G2069 methyltransferase, SAM‑dependent
RA	1,010,999	C→A	16.5%	intergenic (+84/‑172)	pqiC → / → rmf	DUF330 family putative lipoprotein/ribosome modulation factor
RA	1,011,929	T→A	93.7%	intergenic (‑3/+66)	fabA ← / ← ycbZ	beta‑hydroxydecanoyl thioester dehydrase/putative peptidase
RA	1,024,141	G→T	7.9%	R13S (CGC→AGC)	hspQ ←	heat shock protein involved in degradation of mutant DnaA; hemimethylated oriC DNA‑binding protein
RA	1,024,703	G→T	91.0%	G241G (GGC→GGA)	rlmI ←	23S rRNA m(5)C1962 methyltransferase, SAM‑dependent
RA	1,034,769	A→G	5.8%	T6T (ACA→ACG)	cbdB →	cytochrome bd‑II oxidase, subunit II
RA	1,038,316	G→T	88.2%	R451S (CGT→AGT)	etk ←	tyrosine‑protein kinase, role in O‑antigen capsule formation
RA	1,040,804	G→T	17.7%	L152L (CTC→CTA)	gfcE ←	putative O‑antigen capsule outer membrane auxillary protein export channel
RA	1,048,928	C→A	100%	E903* (GAA→TAA)	torS ←	hybrid sensory histidine kinase in two‑component regulatory system with TorR
RA	1,049,407	G→T	100%	T743K (ACG→AAG)	torS ←	hybrid sensory histidine kinase in two‑component regulatory system with TorR
RA	1,055,132	G→T	94.1%	E141* (GAA→TAA)	torA →	trimethylamine N‑oxide (TMAO) reductase I, catalytic subunit
RA	1,058,131	G→T	30.9%	H61N (CAT→AAT)	cbpM ←	modulator of CbpA co‑chaperone
RA	1,073,243	C→A	8.7%	G366C (GGT→TGT)	putA ←	fused DNA‑binding transcriptional regulator/proline dehydrogenase/pyrroline‑5‑carboxylate dehydrogenase
RA	1,074,411	G→A	18.7%	intergenic (‑73/‑350)	putA ← / → putP	fused DNA‑binding transcriptional regulator/proline dehydrogenase/pyrroline‑5‑carboxylate dehydrogenase/proline:sodium symporter
RA	1,077,911	A→C	100%	K71N (AAA→AAC)	efeO →	inactive ferrous ion transporter EfeUOB
RA	1,078,680	G→T	15.1%	D328Y (GAT→TAT)	efeO →	inactive ferrous ion transporter EfeUOB
RA	1,083,443	G→T	83.7%	S624* (TCG→TAG)	pgaB ←	poly‑beta‑1,6‑N‑acetyl‑D‑glucosamine (PGA) N‑deacetylase outer membrane export lipoprotein
RA	1,084,103	A→T	100%	L404* (TTA→TAA)	pgaB ←	poly‑beta‑1,6‑N‑acetyl‑D‑glucosamine (PGA) N‑deacetylase outer membrane export lipoprotein
RA	1,101,294	G→T	10.5%	V7F (GTT→TTT)	ymdB →	O‑acetyl‑ADP‑ribose deacetylase; RNase III inhibitor during cold shock; putative cardiolipin synthase C regulatory subunit
RA	1,102,093	G→T	7.8%	D95Y (GAC→TAC)	clsC →	stationary phase cardiolipin synthase 3
RA	1,104,639	C→A	89.3%	intergenic (‑242/‑152)	opgC ← / → opgG	osmoregulated periplasmic glucan succinylation membrane protein/osmoregulated periplasmic glucan (OPG) biosynthesis periplasmic protein
RA	1,108,291	G→T	10.1%	R658L (CGC→CTC)	opgH →	membrane glycosyltransferase; nutrient‑dependent cell size regulator, FtsZ assembly antagonist
RA	1,109,386	C→A	6.8%	E84D (GAG→GAT)	msyB ←	multicopy suppressor of secY and secA
RA	1,113,450	A→T	91.6%	I161I (ATT→ATA)	yceI ←	secreted protein
RA	1,114,329	C→A	100%	L58F (TTG→TTT)	yceJ ←	putative cytochrome b561
RA	1,116,548	T→A	90.4%	intergenic (‑137/+150)	bssS ← / ← dinI	biofilm regulator/DNA damage‑inducible protein I
RA	1,116,964	A→G	100%	intergenic (‑21/+53)	dinI ← / ← pyrC	DNA damage‑inducible protein I/dihydro‑orotase
RA	1,119,990	G→T	6.5%	R265S (CGC→AGC)	mdtH ←	multidrug resistance efflux transporter conferring overexpression resistance to norfloxacin and enoxacin
RA	1,122,994	C→A	85.7%	R245S (CGC→AGC)	yceM →	putative oxidoreductase
RA	1,131,521	C→A	100%	Q168K (CAG→AAG)	flgH →	flagellar protein of basal‑body outer‑membrane L ring
RA	1,132,494	T→A	5.8%	I255I (ATT→ATA)	flgI →	putative flagellar basal body protein
RA	1,133,311	T→A	5.2%	L162Q (CTG→CAG)	flgJ →	flagellar rod assembly protein and murein hydrolase; flagellum‑specific muramidase
RA	1,137,384	G→T	94.3%	R814S (CGC→AGC)	rne ←	fused ribonucleaseE: endoribonuclease/RNA‑binding protein/RNA degradosome binding protein
RA	1,139,402	C→A	89.6%	R141L (CGC→CTC)	rne ←	fused ribonucleaseE: endoribonuclease/RNA‑binding protein/RNA degradosome binding protein
RA	1,146,692	A→T	87.7%	T189T (ACA→ACT)	fabG →	3‑oxoacyl‑[acyl‑carrier‑protein] reductase
RA	1,146,949	T→A	5.3%	intergenic (+89/‑122)	fabG → / → acpP	3‑oxoacyl‑[acyl‑carrier‑protein] reductase/acyl carrier protein (ACP)
RA	1,149,931	G→T	9.1%	D122Y (GAT→TAT)	yceG →	septation protein, ampicillin sensitivity
RA	1,151,750	G→T	100%	R178L (CGC→CTC)	holB →	DNA polymerase III, delta prime subunit
RA	1,152,278	G→T	100%	E16* (GAA→TAA)	ycfH →	putative DNase
RA	1,156,310	G→T	89.4%	S233* (TCA→TAA)	fhuE ←	ferric‑rhodotorulic acid outer membrane transporter
RA	1,163,412	G→T	16.1%	D120Y (GAT→TAT)	ycfJ →	uncharacterized protein
RA	1,164,454	G→A	7.7%	intergenic (‑166/‑75)	ycfQ ← / → bhsA	repressor for bhsA(ycfR)/biofilm, cell surface and signaling protein
RA	1,170,082	G→T	8.4%	F180L (TTC→TTA)	ycfT ←	inner membrane protein
RA	1,171,215	C→A	7.0%	V111V (GTC→GTA)	lolC →	lipoprotein‑releasing system transmembrane protein
RA	1,175,193	A→T	10.1%	E36V (GAA→GTA)	cobB →	deacetylase of acs and cheY, chemotaxis regulator
RA	1,181,504	G→T	88.9%	D69Y (GAT→TAT)	pepT →	peptidase T
RA	1,211,169	C→A	100%	intergenic (‑238/‑76)	bluF ← / → ycgZ	anti‑repressor for YcgE, blue light‑responsive; FAD‑binding; has c‑di‑GMP phosphodiesterase‑like EAL domain, but does not degrade c‑di‑GMP/RcsB connector protein for regulation of biofilm and acid‑resistance
RA	1,218,601	T→A	6.0%	K7* (AAG→TAG)	ymgI ←	uncharacterized protein
RA	1,219,533	A→G	100%	intergenic (+170/+202)	ycgI → / ← minE	pseudogene/cell division topological specificity factor
RA	1,220,996	G→T	100%	R181R (CGG→AGG)	minC ←	cell division inhibitor
RA	1,224,292	G→A	100%	D8N (GAT→AAT)	ycgN →	UPF0153 family cysteine cluster protein
RA	1,226,292	T→A	100%	C24S (TGT→AGT)	umuD →	DNA polymerase V, subunit D
RA	1,227,613	C→A	13.4%	N324K (AAC→AAA)	umuC →	DNA polymerase V, subunit C
RA	1,228,591	G→T	100%	intergenic (‑105/+41)	dsbB ← / ← nhaB	oxidoreductase that catalyzes reoxidation of DsbA protein disulfide isomerase I/sodium:proton antiporter
RA	1,237,168	A→T	7.3%	I120I (ATT→ATA)	cvrA ←	putative cation/proton antiporter
RA	1,249,227	G→T	90.2%	R728S (CGT→AGT)	ycgV ←	putative adhesin
RA	1,251,120	T→A	11.0%	T97S (ACC→TCC)	ycgV ←	putative adhesin
RA	1,251,931	G→T	6.3%	intergenic (‑523/+246)	ycgV ← / ← ychF	putative adhesin/catalase inhibitor protein; ATPase, K+‑dependent, ribosome‑associated
RA	1,257,232	G→T	87.2%	R34S (CGC→AGC)	prs ←	phosphoribosylpyrophosphate synthase
RA	1,261,810	G→A	86.0%	A87A (GCG→GCA)	prmC →	N5‑glutamine methyltransferase, modifies release factors RF‑1 and RF‑2
RA	1,264,442	G→T	90.9%	V274V (GTG→GTT)	kdsA →	3‑deoxy‑D‑manno‑octulosonate 8‑phosphate synthase
RA	1,267,175	A→T	8.8%	L44H (CTT→CAT)	chaA ←	calcium/sodium:proton antiporter
RA	1,274,979	G→T	14.9%	intergenic (+175/‑341)	narK → / → narG	nitrate/nitrite transporter/nitrate reductase 1, alpha subunit
RA	1,277,786	G→A	100%	D823N (GAC→AAC)	narG →	nitrate reductase 1, alpha subunit
RA	1,278,190	G→T	6.6%	L957L (CTG→CTT)	narG →	nitrate reductase 1, alpha subunit
RA	1,281,132	G→T	5.4%	D180Y (GAC→TAC)	narJ →	molybdenum‑cofactor‑assembly chaperone subunit (delta subunit) of nitrate reductase 1
RA	1,284,857	G→T	36.3%	D53Y (GAT→TAT)	rssA →	putative patatin‑like family phospholipase
RA	1,288,669	A→T	90.8%	intergenic (‑291/‑314)	hns ← / → tdk	global DNA‑binding transcriptional dual regulator H‑NS/thymidine kinase/deoxyuridine kinase
RA	1,290,033	G→T	92.2%	pseudogene (416/567 nt)	insZ ←	pseudogene, transposase homolog
RA	1,294,967	T→A	5.1%	intergenic (+266/‑472)	ychE → / → oppA	UPF0056 family inner membrane protein/oligopeptide transporter subunit
RA	1,296,729	C→A	87.8%	H431N (CAC→AAC)	oppA →	oligopeptide transporter subunit
RA	1,318,228	C→A	37.0%	S251* (TCA→TAA)	yciV →	PHP domain protein
RA	1,322,140	T→A	100%	T159S (ACG→TCG)	btuR ←	cob(I)yrinic acid a,c‑diamide adenosyltransferase
RA	1,325,982	G→T	90.2%	T226T (ACG→ACT)	topA →	DNA topoisomerase I, omega subunit
RA	1,329,399	G→T	10.1%	D7Y (GAT→TAT)	ymiA →	uncharacterized protein
RA	1,330,843	C→A	7.3%	F252L (TTC→TTA)	acnA →	aconitate hydratase 1
RA	1,330,955	G→T	93.4%	D290Y (GAT→TAT)	acnA →	aconitate hydratase 1
RA	1,334,048	G→T	16.2%	E154D (GAG→GAT)	pgpB →	phosphatidylglycerophosphatase B
RA	1,335,172	G→T	9.0%	A120S (GCC→TCC)	yciM →	envelope integrity maintenance protein; EnvC‑interacting protein
RA	1,335,356	A→T	87.4%	H181L (CAT→CTT)	yciM →	envelope integrity maintenance protein; EnvC‑interacting protein
RA	1,336,599	T→C	6.5%	L141P (CTT→CCT)	pyrF →	orotidine‑5'‑phosphate decarboxylase
RA	1,337,533	G→T	100%	A18E (GCA→GAA)	osmB ←	lipoprotein
RA	1,340,901	A→T	6.8%	S33S (TCT→TCA)	gmr ←	cyclic‑di‑GMP phosphodiesterase; csgD regulator; modulator of Rnase II stability
RA	1,345,657	C→A	5.7%	intergenic (‑361/+7)	fabI ← / ← ycjD	enoyl‑[acyl‑carrier‑protein] reductase, NADH‑dependent/DUF559 family endonuclease‑related protein
RA	1,348,772	G→T	92.7%	P2T (CCT→ACT)  A319D (GCC→GAC)	sapC ← sapB ←	antimicrobial peptide transport ABC transporter permease antimicrobial peptide transport ABC transporter permease
RA	1,350,891	G→T	90.7%	S159R (AGC→AGA)	sapA ←	antimicrobial peptide transport ABC transporter periplasmic binding protein
RA	1,351,022	G→T	90.9%	R116S (CGT→AGT)	sapA ←	antimicrobial peptide transport ABC transporter periplasmic binding protein
RA	1,353,842	A→T	14.6%	C442S (TGC→AGC)	puuA ←	glutamate‑‑putrescine ligase
RA	1,358,855	G→T	92.1%	G123C (GGC→TGC)	puuB →	gamma‑glutamylputrescine oxidoreductase
RA	1,365,283	G→T	100%	E271* (GAG→TAG)	ycjM →	alpha amylase catalytic domain family protein
RA	1,368,223	G→T	17.8%	G249C (GGT→TGT)	ycjO →	inner membrane putative ABC superfamily sugar transporter permease
RA	1,369,511	G→T	5.5%	D98Y (GAC→TAC)	ycjQ →	putative Zn‑dependent NAD(P)‑binding oxidoreductase
JC JC	1,376,043	IS5 (–) +4 bp	100%	pseudogene (10‑13/126 nt)	ycjV →	pseudogene; putative ATP‑binding component of a transport system
RA	1,377,394	C→T	100%	A275A (GCG→GCA)	ycjW ←	LacI family putative transcriptional repressor
RA	1,379,177	G→T	9.0%	V268V (GTG→GTT)	ycjX →	DUF463 family protein, putative P‑loop NTPase
RA	1,386,008	G→T	100%	Q35K (CAG→AAG)	ycjY ←	S9 homolog non‑peptidase family protein
RA	1,388,406	G→T	100%	R308L (CGC→CTC)	mppA →	murein tripeptide (L‑ala‑gamma‑D‑glutamyl‑meso‑DAP) transporter subunit
RA	1,389,852	G→T	91.8%	R110S (CGC→AGC)	ynaI ←	mechanosensitive channel protein, very small conductance
RA	1,397,366	A→T	5.9%	S49S (TCT→TCA)	abgB ←	p‑aminobenzoyl‑glutamate hydrolase, B subunit
RA	1,398,468	C→A	11.1%	A119S (GCG→TCG)	abgA ←	p‑aminobenzoyl‑glutamate hydrolase, A subunit
RA	1,412,385	G→T	100%	N34K (AAC→AAA)	kilR ←	Rac prophage; inhibitor of ftsZ, killing protein
RA	1,412,706	C→A	10.3%	intergenic (‑220/‑222)	kilR ← / → sieB	Rac prophage; inhibitor of ftsZ, killing protein/Rac prophage; phage superinfection exclusion protein
RA	1,417,454	C→A	5.3%	pseudogene (497/500 nt)	ydaW →	Rac prophage; pseudogene, DNA‑binding protein family;Phage or Prophage Related
RA	1,424,234	C→A	100%	S310* (TCA→TAA)	stfR →	Rac prophage; putative tail fiber protein
RA	1,428,643	G→T	5.0%	intergenic (‑162/+572)	ynaE ← / ← ttcC	cold shock protein, Rac prophage/pseudogene, prophage Rac integration site ttcA duplication;Phage or Prophage Related
JC JC	1,428,894	IS2 (–) +5 bp	100%	intergenic (‑413/+317)	ynaE ← / ← ttcC	cold shock protein, Rac prophage/pseudogene, prophage Rac integration site ttcA duplication;Phage or Prophage Related
RA	1,430,873	G→T	100%	S93* (TCA→TAA)	ompN ←	outer membrane pore protein N, non‑specific
RA	1,437,198	C→A	24.3%	intergenic (‑98/‑110)	ldhA ← / → ydbH	fermentative D‑lactate dehydrogenase, NAD‑dependent/putative membrane‑anchored protein, function unknown
RA	1,439,518	C→A	100%	S737S (TCC→TCA)	ydbH →	putative membrane‑anchored protein, function unknown
RA	1,449,765	T→A	13.6%	R115R (CGT→CGA)	paaC →	ring 1,2‑phenylacetyl‑CoA epoxidase subunit
RA	1,451,422	A→T	92.3%	T246S (ACG→TCG)	paaE →	ring 1,2‑phenylacetyl‑CoA epoxidase, NAD(P)H oxidoreductase component
RA	1,454,724	G→T	100%	G472C (GGT→TGT)	paaH →	3‑hydroxyadipyl‑CoA dehydrogenase, NAD+‑dependent
RA	1,457,725	G→T	93.1%	intergenic (+30/‑71)	paaK → / → paaX	phenylacetyl‑CoA ligase/transcriptional repressor of phenylacetic acid degradation paa operon, phenylacetyl‑CoA inducer
RA	1,460,263	C→A	13.7%	pseudogene (615/2513 nt)	ydbA →	pseudogene, autotransporter homolog; interrupted by IS2 and IS30
RA	1,461,041	A→T	88.3%	pseudogene (1393/2513 nt)	ydbA →	pseudogene, autotransporter homolog; interrupted by IS2 and IS30
RA	1,477,565	A→T	36.4%	K83I (AAA→ATA)	hrpA →	putative ATP‑dependent helicase
RA	1,477,711	C→A	20.9%	R132S (CGT→AGT)	hrpA →	putative ATP‑dependent helicase
RA	1,478,971	G→A	100%	E552K (GAG→AAG)	hrpA →	putative ATP‑dependent helicase
RA	1,479,733	G→T	91.7%	D806Y (GAT→TAT)	hrpA →	putative ATP‑dependent helicase
RA	1,482,005	G→T	89.9%	D172Y (GAT→TAT)	ydcF →	DUF218 superfamily protein, SAM‑binding
RA	1,485,034	C→A	9.5%	intergenic (‑64/‑125)	gapC ← / → cybB	pseudogene, GAP dehydrogenase; glyceraldehyde‑3‑phosphate dehydrogenase (second fragment)/cytochrome b561
RA	1,488,630	C→A	5.7%	T233T (ACG→ACT)	ydcI ←	putative DNA‑binding transcriptional regulator
RA	1,488,898	G→A	5.7%	A144V (GCG→GTG)	ydcI ←	putative DNA‑binding transcriptional regulator
RA	1,492,977	G→T	13.3%	D24Y (GAT→TAT)	ydcH →	DUF465 family protein
RA	1,495,770	T→G	9.5%	L314W (TTG→TGG)	tehA →	potassium‑tellurite ethidium and proflavin transporter
RA	1,500,296	C→A	23.0%	G14G (GGG→GGT)	ydcO ←	BenE family inner membrane putative transporter
RA	1,505,309	G→T	18.6%	A350A (GCG→GCT)	ydcR →	putative DNA‑binding transcriptional regulator/putative amino transferase
RA	1,506,046	G→T	8.9%	E46* (GAA→TAA)	ydcS →	polyhydroxybutyrate (PHB) synthase, ABC transporter periplasmic binding protein homolog
RA	1,508,681	C→A	91.5%	F198L (TTC→TTA)	ydcU →	putative spermidine/putrescine transporter subunit
RA	1,510,854	G→T	41.9%	A340A (GCG→GCT)	patD →	gamma‑aminobutyraldehyde dehydrogenase
RA	1,513,300	A→T	7.5%	Q6L (CAG→CTG)	curA →	curcumin/dihydrocurcumin reductase, NADPH‑dependent
RA	1,514,177	G→T	90.3%	E298D (GAG→GAT)	curA →	curcumin/dihydrocurcumin reductase, NADPH‑dependent
RA	1,514,858	G→A	86.0%	E114K (GAA→AAA)	mcbR →	colanic acid and biofilm gene transcriptional regulator, MqsR‑controlled
RA	1,519,349	T→A	100%	K297* (AAA→TAA)	ansP ←	L‑asparagine transporter
RA	1,520,123	C→A	26.6%	A39S (GCC→TCC)	ansP ←	L‑asparagine transporter
RA	1,520,565	T→A	10.4%	L21Q (CTG→CAG)	yncG →	glutathione S‑transferase homolog
RA	1,522,387	C→A	89.5%	pseudogene (229/2037 nt)	rhsE →	pseudogene, Rhs family protein
RA	1,523,317	G→T	100%	pseudogene (1159/2037 nt)	rhsE →	pseudogene, Rhs family protein
RA	1,523,802	T→G	40.4%	pseudogene (1644/2037 nt)	rhsE →	pseudogene, Rhs family protein
RA	1,526,607	G→A	100%	D179N (GAT→AAT)	ydcC →	H repeat‑associated putative transposase
RA	1,531,029	G→T	84.2%	R180S (CGC→AGC)	narW ←	nitrate reductase 2 (NRZ), delta subunit (assembly subunit)
RA	1,534,409	G→T	88.7%	V813V (GTC→GTA)	narZ ←	nitrate reductase 2 (NRZ), alpha subunit
RA	1,537,806	A→T	91.1%	L171* (TTA→TAA)	narU ←	nitrate/nitrite transporter
RA	1,538,185	G→T	6.1%	L45I (CTT→ATT)	narU ←	nitrate/nitrite transporter
RA	1,539,827	C→A	90.7%	pseudogene (145/951 nt)	yddK ←	pseudogene, leucine‑rich protein; putative glycoportein
RA	1,540,399	A→G	40.5%	intergenic (‑114/+146)	yddL ← / ← yddG	putative lipoprotein;putative membrane; Not classified; putative outer membrane porin protein/aromatic amino acid exporter
RA	1,544,432	G→T	8.4%	T925T (ACG→ACT)	fdnG →	formate dehydrogenase‑N, alpha subunit, nitrate‑inducible
RA	1,548,144	G→T	100%	intergenic (‑49/+85)	adhP ← / ← maeA	ethanol‑active dehydrogenase/acetaldehyde‑active reductase/malate dehydrogenase, (decarboxylating, NAD‑requiring) (malic enzyme)
RA	1,548,216	A→T	90.2%	intergenic (‑121/+13)	adhP ← / ← maeA	ethanol‑active dehydrogenase/acetaldehyde‑active reductase/malate dehydrogenase, (decarboxylating, NAD‑requiring) (malic enzyme)
RA	1,550,117	T→G	19.0%	N35T (AAC→ACC)	sra ←	stationary‑phase‑induced ribosome‑associated protein
RA	1,551,620	C→A	38.6%	D226Y (GAC→TAC)	ddpF ←	D,D‑dipeptide permease system, ATP‑binding component
RA	1,552,629	C→A	88.4%	D216Y (GAT→TAT)	ddpD ←	D,D‑dipeptide permease system, ATP‑binding component
RA	1,557,309	C→A	19.8%	D9Y (GAT→TAT)	ddpX ←	D‑ala‑D‑ala dipeptidase, Zn‑dependent
RA	1,558,685	G→T	91.6%	R436S (CGC→AGC)	dosP ←	oxygen sensor, c‑di‑GMP phosphodiesterase, heme‑regulated; cold‑ and stationary phase‑induced bioflim regulator
RA	1,559,507	T→A	32.0%	N162Y (AAT→TAT)	dosP ←	oxygen sensor, c‑di‑GMP phosphodiesterase, heme‑regulated; cold‑ and stationary phase‑induced bioflim regulator
RA	1,559,639	A→C	6.8%	Y118D (TAC→GAC)	dosP ←	oxygen sensor, c‑di‑GMP phosphodiesterase, heme‑regulated; cold‑ and stationary phase‑induced bioflim regulator
RA	1,563,276	G→T	100%	H491N (CAC→AAC)	gadC ←	glutamate:gamma‑aminobutyric acid antiporter
RA	1,565,497	G→A	100%	S269L (TCG→TTG)	gadB ←	glutamate decarboxylase B, PLP‑dependent
RA	1,566,392	A→T	6.9%	intergenic (‑90/+272)	gadB ← / ← pqqL	glutamate decarboxylase B, PLP‑dependent/putative periplasmic M16 family zinc metalloendopeptidase
RA	1,569,502	T→G	88.2%	intergenic (‑43/+2)	pqqL ← / ← yddB	putative periplasmic M16 family zinc metalloendopeptidase/putative TonB‑dependent outer membrane receptor
RA	1,570,428	G→T	92.6%	I483I (ATC→ATA)	yddB ←	putative TonB‑dependent outer membrane receptor
RA	1,570,826	C→A	87.9%	D351Y (GAC→TAC)	yddB ←	putative TonB‑dependent outer membrane receptor
RA	1,572,026	A→T	10.0%	L525* (TTA→TAA)	yddA ←	putative multidrug transporter subunit of ABC superfamily, membrane component/ATP‑binding component
RA	1,574,523	T→A	91.6%	L175F (TTA→TTT)	ydeM ←	putative YdeN‑specific sulfatase‑maturating enzyme
RA	1,575,339	G→T	100%	F481L (TTC→TTA)	ydeN ←	putative Ser‑type periplasmic non‑aryl sulfatase
RA	1,576,325	T→A	88.9%	N153Y (AAT→TAT)	ydeN ←	putative Ser‑type periplasmic non‑aryl sulfatase
RA	1,580,852	C→A	87.2%	intergenic (‑109/+225)	ydeP ← / ← ydeQ	putative oxidoreductase/putative fimbrial‑like adhesin protein
RA	1,585,635	A→C	16.1%	Y267D (TAT→GAT)	hipA ←	inactivating GltX kinase facilitating persister formation; toxin of HipAB TA pair; autokinase
RA	1,586,871	G→T	86.2%	intergenic (‑172/+51)	hipB ← / ← yneO	antitoxin of HipAB toxin‑antitoxin system/pseudogene, AidA homolog
RA	1,590,878	A→T	94.0%	pseudogene (1367/5323 nt)	yneO ←	pseudogene, AidA homolog
RA	1,591,348	G→T	7.9%	pseudogene (897/5323 nt)	yneO ←	pseudogene, AidA homolog
RA	1,600,091	G→T	6.9%	E262* (GAA→TAA)	lsrB →	autoinducer 2‑binding protein
RA	1,601,871	C→A	32.0%	P90Q (CCG→CAG)	tam →	trans‑aconitate methyltransferase
RA	1,602,131	G→T	8.8%	D177Y (GAT→TAT)	tam →	trans‑aconitate methyltransferase
RA	1,603,440	G→A	100%	intergenic (‑161/+46)	yneE ← / ← uxaB	bestrophin family putative inner membrane protein/altronate oxidoreductase, NAD‑dependent
RA	1,607,793	C→A	8.6%	E390* (GAG→TAG)	sad ←	succinate semialdehyde dehydrogenase, NAD(P)+‑dependent
RA	1,607,818	A→T	10.2%	H381Q (CAT→CAA)	sad ←	succinate semialdehyde dehydrogenase, NAD(P)+‑dependent
RA	1,614,089	G→T	88.8%	E87* (GAG→TAG)	marA →	multiple antibiotic resistance transcriptional regulator
RA	1,614,837	G→T	44.7%	I186I (ATC→ATA)	eamA ←	cysteine and O‑acetyl‑L‑serine efflux system
RA	1,618,206	C→A	10.3%	intergenic (‑99/+156)	dgcZ ← / ← ydeI	diguanylate cyclase, zinc‑sensing/hydrogen peroxide resistance OB fold protein; putative periplasmic protein
RA	1,619,072	G→T	15.1%	D15Y (GAT→TAT)	ydeJ →	inactive PncC family protein
RA	1,620,961	T→G	100%	Q226P (CAA→CCA)	dcp ←	dipeptidyl carboxypeptidase II
RA	1,628,207	G→A	100%	G110E (GGA→GAA)	pinQ →	Qin prophage; putative site‑specific recombinase
RA	1,633,006	C→A	19.6%	intergenic (‑82/+281)	cspI ← / ← rzpQ	Qin prophage; cold shock protein/Rz‑like protein, Qin prophage
RA	1,642,135	C→T	87.4%	intergenic (‑28/‑56)	dicC ← / → dicA	Qin prophage; DNA‑binding transcriptional regulator for DicB/Qin prophage; putative regulator for DicB
RA	1,643,955	C→A	39.6%	A30A (GCC→GCA)	dicB →	Qin prophage; cell division inhibition protein
RA	1,646,372	C→A	92.9%	pseudogene (565/1158 nt)	intQ →	pseudogene, Qin prophage; phage integrase family;Phage or Prophage Related
RA	1,649,466	A→G	12.8%	intergenic (‑68/+138)	rspA ← / ← ynfA	bifunctional D‑altronate/D‑mannonate dehydratase/UPF0060 family inner membrane protein
RA	1,652,047	C→A	21.7%	L76I (CTC→ATC)	ynfD →	DUF1161 family periplasmic protein
RA	1,653,365	C→A	15.7%	S347* (TCG→TAG)	ynfE →	putative selenate reductase, periplasmic
RA	1,654,974	G→T	8.9%	A54A (GCG→GCT)	ynfF →	S‑ and N‑oxide reductase, A subunit, periplasmic
RA	1,661,354	C→A	5.8%	A41A (GCG→GCT)	ynfK ←	putative dethiobiotin synthetase
RA	1,661,763	C→A	100%	P353P (CCG→CCT)	mlc ←	glucosamine anaerobic growth regulon transcriptional repressor; autorepressor
RA	1,669,592	G→T	89.7%	F342L (TTC→TTA)	pntB ←	pyridine nucleotide transhydrogenase, beta subunit
RA	1,673,380	T→A	9.9%	S233T (TCA→ACA)	ydgH →	DUF1471 family periplasmic protein
RA	1,677,363	C→A	10.2%	F75L (TTC→TTA)	rstB →	sensory histidine kinase of RstAB two‑component system, low Mg‑responsive via PhoQP
RA	1,680,642	C→A	91.4%	E68D (GAG→GAT)	fumC ←	fumarate hydratase (fumarase C),aerobic Class II
RA	1,684,105	C→A	89.9%	intergenic (+97/‑4)	manA → / → ydgA	mannose‑6‑phosphate isomerase/DUF945 family protein
RA	1,689,180	T→G	92.0%	E383D (GAA→GAC)	uidA ←	beta‑D‑glucuronidase
RA	1,692,573	C→A	91.3%	D289Y (GAT→TAT)	malI ←	transcriptional repressor of Mal regulon
RA	1,692,966	C→A	12.7%	D158Y (GAT→TAT)	malI ←	transcriptional repressor of Mal regulon
RA	1,696,612	A→T	100%	E41D (GAA→GAT)	add →	adenosine deaminase
RA	1,699,862	T→A	91.1%	L119* (TTG→TAG)	ydgK →	DUF2569 family inner membrane protein
RA	1,700,008	T→A	5.9%	intergenic (+61/‑16)	ydgK → / → rsxA	DUF2569 family inner membrane protein/SoxR iron‑sulfur cluster reduction factor component; inner membrane protein of electron transport complex
RA	1,702,942	C→A	13.5%	A589A (GCC→GCA)	rsxC →	SoxR iron‑sulfur cluster reduction factor component; putative membrane‑associated NADH oxidoreductase of electron transport complex
RA	1,703,062	T→A	10.7%	R629R (CGT→CGA)	rsxC →	SoxR iron‑sulfur cluster reduction factor component; putative membrane‑associated NADH oxidoreductase of electron transport complex
RA	1,703,101	C→G	7.0%	A642A (GCC→GCG)	rsxC →	SoxR iron‑sulfur cluster reduction factor component; putative membrane‑associated NADH oxidoreductase of electron transport complex
RA	1,706,734	C→T	14.3%	intergenic (+319/‑292)	nth → / → dtpA	DNA glycosylase and apyrimidinic (AP) lyase (endonuclease III)/dipeptide and tripeptide permease A
RA	1,706,839	C→T	5.9%	intergenic (+424/‑187)	nth → / → dtpA	DNA glycosylase and apyrimidinic (AP) lyase (endonuclease III)/dipeptide and tripeptide permease A
RA	1,711,397	C→T	100%	R28Q (CGA→CAA)	tyrS ←	tyrosyl‑tRNA synthetase
RA	1,712,562	C→A	46.1%	D31Y (GAT→TAT)	mliC ←	inhibitor of c‑type lysozyme, membrane‑bound; putative lipoprotein
RA	1,713,347	G→T	5.8%	I171I (ATC→ATA)	anmK ←	anhydro‑N‑acetylmuramic acid kinase
RA	1,713,571	G→T	6.3%	H97N (CAC→AAC)	anmK ←	anhydro‑N‑acetylmuramic acid kinase
RA	1,715,383	C→A	5.5%	F34L (TTC→TTA)	ydhI →	DUF1656 family putative inner membrane efflux pump associated protein
RA	1,717,037	G→T	8.8%	M220I (ATG→ATT)	ydhK →	putative efflux protein (PET) component of YdhJK efflux pump
RA	1,723,809	G→T	83.0%	E156* (GAA→TAA)	lhr →	putative ATP‑dependent helicase
RA	1,728,931	T→G	9.8%	S80S (TCT→TCG)	mepH →	murein DD‑endopeptidase, space‑maker hydrolase
RA	1,743,692	C→A	6.5%	G42V (GGA→GTA)	ydhT ←	FNR, Nar, NarP‑regulated protein; putative subunit of YdhYVWXUT oxidoreductase complex
RA	1,752,418	C→A	7.2%	E189* (GAA→TAA)	ldtE ←	murein L,D‑transpeptidase
RA	1,752,893	T→A	8.0%	P30P (CCA→CCT)	ldtE ←	murein L,D‑transpeptidase
RA	1,754,950	T→A	100%	I367F (ATT→TTT)	sufD ←	component of SufBCD Fe‑S cluster assembly scaffold
RA	1,755,150	A→T	36.8%	L300* (TTG→TAG)	sufD ←	component of SufBCD Fe‑S cluster assembly scaffold
RA	1,759,262	C→A	19.2%	D40Y (GAC→TAC)	ydiH ←	uncharacterized protein
RA	1,764,150	G→T	91.0%	D274Y (GAT→TAT)	ydiK →	UPF0118 family inner membrane protein
RA	1,767,220	T→A	7.3%	F151Y (TTC→TAC)	ydiN →	MFS transporter superfamily protein
RA	1,768,689	C→A	91.0%	S215* (TCA→TAA)	ydiB →	quinate/shikimate 5‑dehydrogenase, NAD(P)‑binding
RA	1,769,763	T→A	89.2%	intergenic (+62/‑81)	aroD → / → ydiF	3‑dehydroquinate dehydratase/putative acetyl‑CoA:acetoacetyl‑CoA transferase: alpha subunit/beta subunit
RA	1,770,281	T→A	100%	D146E (GAT→GAA)	ydiF →	putative acetyl‑CoA:acetoacetyl‑CoA transferase: alpha subunit/beta subunit
RA	1,777,451	C→A	91.8%	A55E (GCG→GAG)	fadK →	short chain acyl‑CoA synthetase, anaerobic
RA	1,783,091	G→T	91.1%	E134* (GAG→TAG)	aroH →	3‑deoxy‑D‑arabino‑heptulosonate‑7‑phosphate synthase, tryptophan repressible
RA	1,785,349	G→T	5.5%	G51G (GGC→GGA)	ydiU ←	UPF0061 family protein
RA	1,786,069	G→T	5.6%	S70* (TCA→TAA)	ydiV ←	anti‑FlhD4C2 factor, inactive EAL family phosphodiesterase
RA	1,791,509	C→A	6.4%	P231P (CCG→CCT)	pheT ←	phenylalanine tRNA synthetase, beta subunit
RA	1,795,267	A→T	15.7%	F521I (TTC→ATC)	thrS ←	threonyl‑tRNA synthetase
RA	1,796,101	C→A	89.7%	D243Y (GAC→TAC)	thrS ←	threonyl‑tRNA synthetase
RA	1,798,834	G→A	8.9%	pseudogene (1060/1476 nt)	arpB →	pseudogene, ankyrin repeats
RA	1,800,129	C→T	90.8%	W71* (TGG→TAG)	ydiY ←	acid‑inducible putative outer membrane protein
RA	1,801,935	C→T	9.8%	S93S (AGC→AGT)	ydiZ →	uncharacterized protein
RA	1,802,047	G→A	100%	intergenic (+100/‑6)	ydiZ → / → yniA	uncharacterized protein/fructosamine kinase family protein
RA	1,803,109	C→T	90.4%	A128T (GCC→ACC)	yniB ←	putative inner membrane protein
RA	1,810,985	C→A	12.1%	P136P (CCG→CCT)	chbG ←	chito‑oligosaccharide deacetylase
RA	1,812,514	C→A	87.7%	D82Y (GAT→TAT)	chbF ←	phospho‑chitobiase; general 6‑phospho‑beta‑glucosidase activity
RA	1,813,263	C→A	12.9%	E148* (GAG→TAG)	chbR ←	repressor of chb operon for N,N'‑diacetylchitobiose utilization
RA	1,817,659	A→C	8.1%	intergenic (+117/‑113)	nadE → / → cho	NAD synthetase, NH3/glutamine‑dependent/endonuclease of nucleotide excision repair
RA	1,818,433	A→T	10.6%	Q221L (CAA→CTA)	cho →	endonuclease of nucleotide excision repair
RA	1,820,443	T→A	9.9%	T246T (ACA→ACT)	astE ←	succinylglutamate desuccinylase
RA	1,820,888	C→A	88.6%	C98F (TGC→TTC)	astE ←	succinylglutamate desuccinylase
RA	1,821,696	A→T	93.0%	L274Q (CTG→CAG)	astB ←	succinylarginine dihydrolase
RA	1,825,763	C→A	100%	A159A (GCG→GCT)	astC ←	succinylornithine transaminase, PLP‑dependent
RA	1,829,319	C→A	100%	I85I (ATC→ATA)	ydjZ →	TVP38/TMEM64 family inner membrane protein
RA	1,830,480	G→T	10.2%	D51Y (GAC→TAC)	ynjB →	putative ABC superfamily transporter periplasmic‑binding protein
RA	1,832,413	C→A	100%	L315L (CTC→CTA)	ynjC →	inner membrane putative ABC superfamily transporter permease
RA	1,833,730	C→A	100%	R3S (CGT→AGT)	ynjE →	molybdopterin synthase sulfurtransferase
RA	1,836,192	T→A	90.7%	I67I (ATA→ATT)	ynjH ←	DUF1496 family protein
RA	1,839,854	C→A	37.4%	R455L (CGC→CTC)	topB ←	DNA topoisomerase III
RA	1,842,560	T→A	12.2%	Q125L (CAG→CTG)	ydjA ←	putative oxidoreductase
RA	1,846,124	Δ1 bp	12.4%	coding (1008/1017 nt)	ansA →	cytoplasmic L‑asparaginase 1
RA	1,849,550	C→A	7.0%	G227C (GGC→TGC)	ydjG ←	alpha‑Keto reductase, NADH‑dependent; can use methylglyoxal as substrate
RA	1,850,880	C→A	11.2%	V102V (GTG→GTT)	ydjH ←	putative kinase
RA	1,852,274	C→A	87.6%	D273Y (GAT→TAT)	ydjJ ←	putative Zn‑dependent NAD(P)‑binding oxidoreductase
RA	1,852,913	C→A	36.9%	E60* (GAA→TAA)	ydjJ ←	putative Zn‑dependent NAD(P)‑binding oxidoreductase
RA	1,854,075	C→A	6.5%	E138* (GAA→TAA)	ydjK ←	putative transporter
RA	1,858,148	C→A	5.9%	I14I (ATC→ATA)	yeaD →	D‑hexose‑6‑phosphate epimerase‑like protein
RA	1,859,132	A→C	88.4%	A254A (GCT→GCG)	yeaE ←	aldo‑keto reductase, methylglyoxal to acetol, NADPH‑dependent
RA	1,859,914	A→T	7.1%	intergenic (‑21/+69)	yeaE ← / ← mipA	aldo‑keto reductase, methylglyoxal to acetol, NADPH‑dependent/scaffolding protein for murein synthesizing machinery
RA	1,860,183	G→T	89.3%	R183S (CGC→AGC)	mipA ←	scaffolding protein for murein synthesizing machinery
RA	1,862,404	G→T	10.6%	E414* (GAA→TAA)	yeaG →	protein kinase, endogenous substrate unidentified; autokinase
RA	1,865,000	C→A	91.4%	P120Q (CCA→CAA)	yeaI →	putative membrane‑anchored diguanylate cyclase
RA	1,865,422	C→A	100%	R261R (CGA→AGA)	yeaI →	putative membrane‑anchored diguanylate cyclase
RA	1,869,697	G→A	7.8%	A46V (GCG→GTG)	yeaM ←	putative DNA‑binding transcriptional regulator
RA	1,870,733	T→G	16.4%	L268L (CTT→CTG)	yeaN →	putative transporter
RA	1,870,743	C→A	83.2%	H272N (CAT→AAT)	yeaN →	putative transporter
RA	1,872,054	A→T	85.5%	E28V (GAG→GTG)	yeaP →	diguanylate cyclase
RA	1,872,520	G→T	100%	P183P (CCG→CCT)	yeaP →	diguanylate cyclase
RA	1,874,924	T→A	92.5%	V31V (GTA→GTT)	leuE ←	leucine efflux protein
RA	1,875,096	G→T	93.2%	intergenic (‑80/+47)	leuE ← / ← dmlR	leucine efflux protein/transcriptional activator of dmlA
RA	1,878,082	T→A	28.2%	L213* (TTA→TAA)	yeaV →	putative transporter
RA	1,878,631	T→A	8.5%	V396E (GTG→GAG)	yeaV →	putative transporter
RA	1,881,645	C→A	82.3%	D202Y (GAT→TAT)	rnd ←	ribonuclease D
RA	1,885,611	G→T	93.7%	R628S (CGT→AGT)	yoaA ←	putative ATP‑dependent helicase, DinG family
RA	1,886,725	G→T	88.2%	I256I (ATC→ATA)	yoaA ←	putative ATP‑dependent helicase, DinG family
RA	1,901,236	C→A	14.1%	D28Y (GAT→TAT)	rlmA ←	23S rRNA m(1)G745 methyltransferase, SAM‑dependent
RA	1,909,342	T→A	100%	E150D (GAA→GAT)	proQ ←	RNA chaperone, putative ProP translation regulator
RA	1,917,818	C→A	8.1%	R49L (CGA→CTA)	yebY ←	DUF2511 family protein
RA	1,922,164	C→A	40.0%	P311P (CCG→CCT)	ptrB ←	protease II
RA	1,931,041	A→T	7.9%	N45Y (AAT→TAT)	yebK →	putative DNA‑binding transcriptional regulator
RA	1,940,498	G→T	92.0%	intergenic (‑61/‑10)	yobI ← / → yebB	uncharacterized protein/DUF830 family protein
RA	1,942,066	G→T	8.4%	H115N (CAT→AAT)	yebC ←	UPF0082 family protein
RA	1,943,687	T→A	10.8%	N365Y (AAC→TAC)	aspS ←	aspartyl‑tRNA synthetase
RA	1,944,177	C→A	100%	L201L (CTG→CTT)	aspS ←	aspartyl‑tRNA synthetase
RA	1,948,050	C→A	8.3%	L118I (CTT→ATT)	cmoB →	tRNA (cmo5U34)‑carboxymethyltransferase, carboxy‑SAM‑dependent
RA	1,951,127	C→A	6.0%	A46A (GCG→GCT)	torZ ←	trimethylamine N‑oxide reductase system III, catalytic subunit
RA	1,951,334	C→A	92.3%	T352T (ACG→ACT)	torY ←	TMAO reductase III (TorYZ), cytochrome c‑type subunit
RA	1,953,876	C→A	92.8%	P76P (CCG→CCT)	yecM ←	putative metal‑binding enzyme
RA	1,955,746	T→A	7.4%	I476I (ATT→ATA)	argS →	arginyl‑tRNA synthetase
RA	1,959,915	C→A	89.9%	P178P (CCG→CCT)	flhB ←	flagellin export apparatus, substrate specificity protein
RA	1,961,065	T→A	18.0%	Q77L (CAA→CTA)	cheZ ←	chemotaxis regulator, protein phosphatase for CheY
RA	1,962,923	C→A	83.6%	M233I (ATG→ATT)	cheR ←	chemotaxis regulator, protein‑glutamate methyltransferase
RA	1,969,291	G→T	100%	I97I (ATC→ATA)	cheA ←	fused chemotactic sensory histidine kinase in two‑component regulatory system with CheB and CheY: sensory histidine kinase/signal sensing protein
RA	1,970,820	G→T	39.9%	R193S (CGT→AGT)	motA ←	proton conductor component of flagella motor
RA	1,981,521:1	+A	17.3%	intergenic (‑81/‑182)	azuC ← / → yecR	acid‑inducible small membrane‑associated protein/lipoprotein, function unknown
RA	1,984,987	C→A	89.4%	T38T (ACG→ACT)	yecA ←	UPF0149 family protein
RA	1,986,289	T→A	100%	N4Y (AAT→TAT)	pgsA ←	phosphatidylglycerophosphate synthetase
RA	1,993,530	C→A	92.9%	E113* (GAG→TAG)	fliY ←	cystine transporter subunit
RA	1,996,056	A→T	18.5%	I344I (ATT→ATA)	fliC ←	flagellar filament structural protein (flagellin)
RA	1,997,314	G→T	100%	intergenic (‑227/‑39)	fliC ← / → fliD	flagellar filament structural protein (flagellin)/flagellar filament capping protein
RA	1,999,632	G→T	100%	intergenic (+73/‑5)	fliT → / → amyA	putative flagellar synthesis and assembly chaperone/cytoplasmic alpha‑amylase
RA	2,002,354	C→A	94.4%	L199L (CTC→CTA)	yedE →	UPF0394 family sulfur transport domain‑containing inner membrane protein
RA	2,004,533	G→T	89.0%	T151T (ACG→ACT)	yedL →	putative acyl transferase
RA	2,007,547	C→A	14.3%	R280S (CGC→AGC)	fliF →	flagellar basal‑body MS‑ring and collar protein
RA	2,020,166	C→A	100%	D445Y (GAC→TAC)	yedQ ←	putative membrane‑anchored diguanylate cyclase
RA	2,020,586	G→T	6.0%	R305S (CGT→AGT)	yedQ ←	putative membrane‑anchored diguanylate cyclase
RA	2,021,954	C→A	38.1%	E298D (GAG→GAT)	yedI ←	DUF808 family inner membrane protein
RA	2,035,090	C→A	100%	Q79K (CAG→AAG)	zinT →	zinc and cadmium binding protein, periplasmic
RA	2,041,346	C→A	92.1%	I976I (ATC→ATA)	yeeJ →	putative adhesin
RA	2,043,219	A→T	5.4%	T1601S (ACG→TCG)	yeeJ →	putative adhesin
RA	2,046,600	G→T	89.9%	pseudogene (210/1053 nt)	yeeL ←	pseudogene, glycosyltransferase homology
RA	2,049,111	C→A	89.6%	T190T (ACC→ACA)	amn →	AMP nucleosidase
RA	2,051,691	G→T	11.9%	S494* (TCG→TAG)	yeeO ←	putative multdrug exporter, MATE family
RA	2,051,849	T→A	8.5%	G441G (GGA→GGT)	yeeO ←	putative multdrug exporter, MATE family
RA	2,064,466	C→A	9.4%	pseudogene (326/552 nt)	yeeP →	pseudogene, CP4‑44 prophage; 50S ribosome‑binding GTPase family;Phage or Prophage Related; putative histone
RA	2,074,680	A→T	100%	W22R (TGG→AGG)	sbmC ←	DNA gyrase inhibitor
RA	2,077,212	A→T	88.4%	N326Y (AAT→TAT)	sbcB →	exodeoxyribonuclease I; exonuclease I
JC JC	2,080,274	IS2 (–) +5 bp	93.6%	coding (266‑270/1359 nt)	plaP ←	putrescine importer, low affinity
RA	2,082,332	T→A	15.8%	Q93L (CAA→CTA)	yeeZ ←	putative epimerase
RA	2,086,004	C→A	85.6%	A42A (GCC→GCA)	hisC →	histidinol‑phosphate aminotransferase
RA	2,093,612	C→A	37.9%	E380* (GAA→TAA)	gnd ←	6‑phosphogluconate dehydrogenase, decarboxylating
RA	2,093,906	C→A	6.0%	E282* (GAG→TAG)	gnd ←	6‑phosphogluconate dehydrogenase, decarboxylating
RA	2,094,085	C→A	17.0%	W222L (TGG→TTG) ‡	gnd ←	6‑phosphogluconate dehydrogenase, decarboxylating
RA	2,094,086	A→T	13.2%	W222R (TGG→AGG) ‡	gnd ←	6‑phosphogluconate dehydrogenase, decarboxylating
RA	2,098,995	C→A	100%	G182* (GGA→TGA)	wbbI ←	d‑Galf:alpha‑d‑Glc beta‑1,6‑galactofuranosyltransferase
RA	2,099,730	A→T	8.5%	C326* (TGT→TGA)	wbbH ←	O‑antigen polymerase
RA	2,101,912	T→G	93.3%	E385A (GAG→GCG)	wzxB ←	putative polisoprenol‑linked O‑antigen transporter
RA	2,102,280	C→A	13.5%	G262G (GGG→GGT)	wzxB ←	putative polisoprenol‑linked O‑antigen transporter
RA	2,107,728	C→A	11.0%	E27D (GAG→GAT)	wcaN ←	putative regulatory subunit for GalU
RA	2,108,219:1	+A	100%	coding (1159/1395 nt)	wcaM ←	colanic acid biosynthesis protein
RA	2,109,283	C→G	10.3%	R32P (CGA→CCA)	wcaM ←	colanic acid biosynthesis protein
RA	2,110,346	G→A	94.2%	T88I (ACC→ATC)	wcaL ←	putative glycosyl transferase
RA	2,110,391	C→A	17.2%	R73L (CGC→CTC)	wcaL ←	putative glycosyl transferase
RA	2,114,911	A→T	100%	L42Q (CTG→CAG)	wcaJ ←	colanic biosynthesis UDP‑glucose lipid carrier transferase
RA	2,115,361	C→A	13.5%	R367L (CGC→CTC)	cpsG ←	phosphomannomutase
RA	2,117,098	C→T	12.4%	D302N (GAT→AAT)	cpsB ←	mannose‑1‑phosphate guanyltransferase
RA	2,117,566	T→A	7.2%	T146S (ACC→TCC)	cpsB ←	mannose‑1‑phosphate guanyltransferase
RA	2,120,556	A→T	16.2%	L39Q (CTG→CAG)	wcaG ←	bifunctional GDP‑fucose synthetase: GDP‑4‑dehydro‑6‑deoxy‑D‑mannose epimerase/ GDP‑4‑dehydro‑6‑L‑deoxygalactose reductase
RA	2,122,013	G→T	94.6%	T119T (ACC→ACA)	wcaF ←	putative acyl transferase
RA	2,122,266	G→T	92.8%	S35* (TCG→TAG)	wcaF ←	putative acyl transferase
RA	2,122,453	C→T	94.8%	A227T (GCT→ACT)	wcaE ←	putative glycosyl transferase
RA	2,122,653	C→T	91.6%	W160* (TGG→TAG)	wcaE ←	putative glycosyl transferase
RA	2,127,560	T→G	5.9%	Q525P (CAG→CCG)	wzc ←	colanic acid production tyrosine‑protein kinase; autokinase; Ugd phosphorylase
RA	2,128,128	T→A	90.3%	K336* (AAA→TAA)	wzc ←	colanic acid production tyrosine‑protein kinase; autokinase; Ugd phosphorylase
RA	2,138,039	C→A	30.4%	I431I (ATC→ATA)	yegE →	putative diguanylate cyclase
RA	2,139,910	G→T	100%	R1055L (CGA→CTA)	yegE →	putative diguanylate cyclase
RA	2,141,613	G→T	42.8%	V153V (GTG→GTT)	yegD →	Hsp70 chaperone family protein
RA	2,144,474	C→A	100%	intergenic (‑8/‑192)	yegI ← / → yegJ	protein kinase‑related putative non‑specific DNA‑binding protein/uncharacterized protein
RA	2,147,980	C→A	9.4%	R162S (CGC→AGC)	mdtA →	multidrug efflux system, subunit A
RA	2,148,615	C→A	7.0%	R373R (CGC→CGA)	mdtA →	multidrug efflux system, subunit A
RA	2,149,603	A→T	100%	E287V (GAA→GTA)	mdtB →	multidrug efflux system, subunit B
RA	2,152,444	C→A	91.3%	A193E (GCG→GAG)	mdtC →	multidrug efflux system, subunit C
RA	2,163,087	C→A	8.9%	R299S (CGT→AGT)	yegS →	phosphatidylglycerol kinase, metal‑dependent
RA	2,167,068	C→A	5.9%	V230V (GTG→GTT)	gatC ←	galactitol PTS permease ‑ GatC subunit
RA	2,168,487	A→T	6.0%	D14E (GAT→GAA)	gatA ←	galactitol‑specific enzyme IIA component of PTS
RA	2,168,795	C→A	100%	D336Y (GAT→TAT)	gatZ ←	D‑tagatose 1,6‑bisphosphate aldolase 2, subunit
RA	2,170,534	C→A	5.6%	T50T (ACG→ACT)	gatY ←	D‑tagatose 1,6‑bisphosphate aldolase 2, catalytic subunit
RA	2,170,708	G→T	16.4%	intergenic (‑25/+283)	gatY ← / ← fbaB	D‑tagatose 1,6‑bisphosphate aldolase 2, catalytic subunit/fructose‑bisphosphate aldolase class I
RA	2,170,713	C→A	24.6%	intergenic (‑30/+278)	gatY ← / ← fbaB	D‑tagatose 1,6‑bisphosphate aldolase 2, catalytic subunit/fructose‑bisphosphate aldolase class I
RA	2,170,724	G→T	24.2%	intergenic (‑41/+267)	gatY ← / ← fbaB	D‑tagatose 1,6‑bisphosphate aldolase 2, catalytic subunit/fructose‑bisphosphate aldolase class I
RA	2,170,749	G→T	12.7%	intergenic (‑66/+242)	gatY ← / ← fbaB	D‑tagatose 1,6‑bisphosphate aldolase 2, catalytic subunit/fructose‑bisphosphate aldolase class I
RA	2,170,755	G→T	7.6%	intergenic (‑72/+236)	gatY ← / ← fbaB	D‑tagatose 1,6‑bisphosphate aldolase 2, catalytic subunit/fructose‑bisphosphate aldolase class I
RA	2,170,757	T→A	10.7%	intergenic (‑74/+234)	gatY ← / ← fbaB	D‑tagatose 1,6‑bisphosphate aldolase 2, catalytic subunit/fructose‑bisphosphate aldolase class I
RA	2,179,205	G→T	100%	A24E (GCG→GAG)	rcnR ←	transcriptional repressor of rcnA
RA	2,179,950	C→T	6.3%	I185I (ATC→ATT)	rcnA →	membrane protein conferring nickel and cobalt resistance
RA	2,181,388	C→T	19.9%	S169N (AGC→AAC)	yehA ←	putative fimbrial‑like adhesin protein
RA	2,181,645	A→G	100%	N83N (AAT→AAC)	yehA ←	putative fimbrial‑like adhesin protein
RA	2,184,513	C→A	14.8%	M204I (ATG→ATT)	yehC ←	putative periplasmic pilin chaperone
RA	2,189,138	C→A	11.2%	R454S (CGC→AGC)	metG →	methionyl‑tRNA synthetase
RA	2,191,496	C→A	9.6%	pseudogene (1544/2847 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	2,192,571	C→A	8.9%	pseudogene (2619/2847 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	2,194,160	T→A	5.9%	Y135N (TAT→AAT)	yehI →	DUF4132 domain‑containing protein
RA	2,194,695	T→A	100%	L313Q (CTA→CAA)	yehI →	DUF4132 domain‑containing protein
RA	2,195,449	A→T	100%	E564D (GAA→GAT)	yehI →	DUF4132 domain‑containing protein
RA	2,197,797	A→T	9.0%	intergenic (+29/‑278)	yehK → / → yehL	uncharacterized protein/putative ABC superfamily transporter ATP‑binding subunit
RA	2,198,343	C→A	88.2%	S90Y (TCT→TAT)	yehL →	putative ABC superfamily transporter ATP‑binding subunit
RA	2,205,916	C→A	9.4%	E176* (GAA→TAA)	yehT ←	putative response regulator in two‑component system withYehU
RA	2,209,162	C→A	90.1%	I9I (ATC→ATA)	yohO →	putative membrane protein
RA	2,211,664	C→A	5.5%	D125Y (GAT→TAT)	yehY ←	inner membrane putative ABC superfamily transporter permease
RA	2,211,812	G→T	7.0%	L75L (CTC→CTA)	yehY ←	inner membrane putative ABC superfamily transporter permease
RA	2,216,296	C→A	100%	I211I (ATC→ATA)	dld →	D‑lactate dehydrogenase, FAD‑binding, NADH independent
RA	2,218,022	C→A	89.9%	E110* (GAA→TAA)	pbpG ←	D‑alanyl‑D‑alanine endopeptidase
RA	2,220,503	C→T	12.2%	V83M (GTG→ATG)	yohF ←	putative oxidoreductase
RA	2,220,668	C→A	11.6%	D28Y (GAT→TAT)	yohF ←	putative oxidoreductase
RA	2,222,970	T→A	94.5%	N299Y (AAT→TAT)	dusC ←	tRNA‑dihydrouridine synthase C
RA	2,223,247	C→T	88.2%	W206* (TGG→TGA)	dusC ←	tRNA‑dihydrouridine synthase C
RA	2,225,190	C→T	100%	G231G (GGC→GGT)	yohK →	LrgB family inner membrane protein
RA	2,231,230	C→A	13.7%	M1M (ATG→ATT) †	mglC ←	methyl‑galactoside transporter subunit
RA	2,232,717	C→A	16.2%	G18C (GGT→TGT)	mglA ←	fused methyl‑galactoside transporter subunits of ABC superfamily: ATP‑binding components
RA	2,234,532	C→A	87.0%	D206Y (GAT→TAT)	galS ←	galactose‑ and fucose‑inducible galactose regulon transcriptional isorepressor; mgl operon transcriptional repressor; autorepressor
RA	2,236,152	C→A	6.3%	G99C (GGT→TGT)	yeiB ←	DUF418 family putative inner membrane protein
RA	2,237,098	G→T	100%	H12N (CAT→AAT)	folE ←	GTP cyclohydrolase I
RA	2,241,222	T→G	86.8%	I264L (ATT→CTT)	lysP ←	lysine transporter
RA	2,243,991	T→A	41.4%	W266R (TGG→AGG)	yeiH →	UPF0324 family inner membrane protein
RA	2,248,009	G→T	8.2%	I219I (ATC→ATA)	rihB ←	ribonucleoside hydrolase 2
RA	2,248,657	C→A	89.7%	K3N (AAG→AAT)	rihB ←	ribonucleoside hydrolase 2
RA	2,249,872	C→A	9.2%	D315Y (GAT→TAT)	psuT ←	putative nucleoside transporter
RA	2,263,137	C→A	89.9%	intergenic (+91/‑321)	lpxT → / → mepS	lipid A 1‑diphosphate synthase; undecaprenyl pyrophosphate:lipid A 1‑phosphate phosphotransferase/murein DD‑endopeptidase, space‑maker hydrolase, mutational suppressor of prc thermosensitivity, outer membrane lipoprotein
RA	2,264,143	G→A	100%	intergenic (+119/‑62)	mepS → / → rtn	murein DD‑endopeptidase, space‑maker hydrolase, mutational suppressor of prc thermosensitivity, outer membrane lipoprotein/resistance protein for phages lambda and N4, putative membrane‑anchored cyclic‑di‑GMP phosphodiesterase
RA	2,266,590	C→A	7.6%	R250S (CGC→AGC)	yejA →	microcin C transporter YejABEF, periplasmic binding protein; ABC family
RA	2,270,338	T→A	10.2%	L187Q (CTG→CAG)	yejF →	microcin C transporter, ATP‑binding subunit; ABC family
RA	2,281,846	G→T	24.4%	pseudogene (548/2525 nt)	yejO ←	pseudogene, autotransporter outer membrane homology;putative transport; Not classified; putative ATP‑binding component of a transport system
RA	2,287,829	C→A	91.1%	S185S (TCG→TCT)	ccmF ←	heme lyase, CcmF subunit
RA	2,288,434	C→A	10.3%	A142A (GCG→GCT)	ccmE ←	periplasmic heme chaperone
RA	2,289,043	C→A	100%	W8L (TGG→TTG)	ccmD ←	cytochrome c biogenesis protein
RA	2,289,374	C→A	100%	V142V (GTG→GTT)	ccmC ←	heme exporter subunit
RA	2,293,847	C→A	5.7%	D796Y (GAC→TAC)	napA ←	nitrate reductase, periplasmic, large subunit
RA	2,296,865	T→A	12.7%	T38S (ACC→TCC)	napF ←	ferredoxin‑type protein, role in electron transfer to periplasmic nitrate reductase NapA
RA	2,298,128	C→T	10.6%	intergenic (+256/+459)	eco → / ← mqo	ecotin, a serine protease inhibitor/malate dehydrogenase, FAD/NAD(P)‑binding domain
RA	2,300,219	A→C	10.1%	T5T (ACT→ACG)	mqo ←	malate dehydrogenase, FAD/NAD(P)‑binding domain
RA	2,303,070	T→G	100%	Q272P (CAG→CCG)	ada ←	fused DNA‑binding transcriptional dual regulator/O6‑methylguanine‑DNA methyltransferase
RA	2,305,116	C→A	100%	intergenic (‑103/+9)	apbE ← / ← ompC	putative thiamine‑synthetic flavin transferase lipoprotein/outer membrane porin protein C
RA	2,305,135	T→C	100%	Y365C (TAC→TGC)	ompC ←	outer membrane porin protein C
RA	2,310,944	C→A	10.5%	E804D (GAG→GAT)	rcsC ←	hybrid sensory kinase in two‑component regulatory system with RcsB and YojN
RA	2,311,100	T→A	15.0%	V752V (GTA→GTT)	rcsC ←	hybrid sensory kinase in two‑component regulatory system with RcsB and YojN
RA	2,313,924	C→A	10.6%	R135S (CGC→AGC)	atoS →	sensory histidine kinase in two‑component regulatory system with AtoC
RA	2,318,825	G→T	88.2%	V197V (GTG→GTT)	atoE →	short chain fatty acid transporter
RA	2,319,752	C→A	90.9%	N55K (AAC→AAA)	atoB →	acetyl‑CoA acetyltransferase
RA	2,322,609	C→A	90.8%	W223L (TGG→TTG)	yfaQ ←	tandem DUF2300 domain protein, putative host defense protein
RA	2,330,502	C→A	100%	D800Y (GAT→TAT)	gyrA ←	DNA gyrase (type II topoisomerase), subunit A
RA	2,331,288	C→T	7.9%	D538N (GAT→AAT)	gyrA ←	DNA gyrase (type II topoisomerase), subunit A
RA	2,341,374	T→A	5.6%	L171Q (CTG→CAG)	nrdB →	ribonucleoside‑diphosphate reductase 1, beta subunit, ferritin‑like protein
RA	2,342,897	C→A	100%	D19Y (GAC→TAC)	inaA ←	acid‑inducible Kdo/WaaP family putative kinase
RA	2,346,030	T→C	18.6%	intergenic (‑177/‑96)	glpT ← / → glpA	sn‑glycerol‑3‑phosphate transporter/sn‑glycerol‑3‑phosphate dehydrogenase (anaerobic), large subunit, FAD/NAD(P)‑binding
RA	2,348,894	T→A	94.4%	V384E (GTG→GAG)	glpB →	sn‑glycerol‑3‑phosphate dehydrogenase (anaerobic), membrane anchor subunit
RA	2,352,573	C→A	100%	P353P (CCG→CCT)	rhmT ←	putative L‑rhamnonate transporter
RA	2,358,641	G→T	94.6%	I153I (ATC→ATA)	ais ←	putative LPS core heptose(II)‑phosphate phosphatase
RA	2,359,041	G→T	13.7%	A20E (GCG→GAG)	ais ←	putative LPS core heptose(II)‑phosphate phosphatase
RA	2,359,673	G→T	100%	M89I (ATG→ATT)	arnB →	uridine 5'‑(beta‑1‑threo‑pentapyranosyl‑4‑ulose diphosphate) aminotransferase, PLP‑dependent
RA	2,362,338	T→A	100%	L274Q (CTG→CAG)	arnA →	fused UDP‑L‑Ara4N formyltransferase/UDP‑GlcA C‑4'‑decarboxylase
RA	2,370,361:1	+G	100%	coding (711/759 nt)	menH ←	2‑succinyl‑6‑hydroxy‑2, 4‑cyclohexadiene‑1‑carboxylate synthase
RA	2,370,837	Δ1 bp	11.1%	coding (235/759 nt)	menH ←	2‑succinyl‑6‑hydroxy‑2, 4‑cyclohexadiene‑1‑carboxylate synthase
RA	2,370,987	C→A	100%	E29* (GAA→TAA)	menH ←	2‑succinyl‑6‑hydroxy‑2, 4‑cyclohexadiene‑1‑carboxylate synthase
RA	2,376,959	C→T	89.8%	N256N (AAC→AAT)	elaD →	protease, capable of cleaving an AMC‑ubiquitin model substrate
RA	2,379,408	C→T	9.3%	P24S (CCC→TCC)	yfbL →	putative peptidase
RA	2,380,078	C→T	88.5%	S247F (TCT→TTT)	yfbL →	putative peptidase
RA	2,383,886	A→T	10.7%	W367R (TGG→AGG)	nuoN ←	NADH:ubiquinone oxidoreductase, membrane subunit N
RA	2,383,897	C→A	89.3%	R363L (CGC→CTC)	nuoN ←	NADH:ubiquinone oxidoreductase, membrane subunit N
RA	2,399,210	G→T	100%	S304* (TCA→TAA)	lrhA ←	transcriptional repressor of flagellar, motility and chemotaxis genes
RA	2,400,858	C→A	92.5%	intergenic (‑738/‑182)	lrhA ← / → alaA	transcriptional repressor of flagellar, motility and chemotaxis genes/valine‑pyruvate aminotransferase 2
RA	2,402,924	A→T	14.5%	Q195L (CAG→CTG)	yfbR →	5'‑nucleotidase
RA	2,404,772	C→A	88.6%	A20A (GCG→GCT)	yfbS ←	putative transporter
RA	2,405,946	T→G	100%	Q43P (CAG→CCG)	yfbU ←	UPF0304 family protein
RA	2,405,969	A→T	6.7%	I35I (ATT→ATA)	yfbU ←	UPF0304 family protein
RA	2,407,678	T→A	9.1%	S244T (TCT→ACT)	ackA →	acetate kinase A and propionate kinase 2
RA	2,409,935	G→T	36.1%	A570A (GCG→GCT)	pta →	phosphate acetyltransferase
RA	2,412,205	C→A	89.2%	D151Y (GAT→TAT)	yfcD ←	putative NUDIX hydrolase
RA	2,416,101	C→A	100%	intergenic (+21/+27)	yfcH → / ← yfcI	putative NAD‑dependent nucleotide‑sugar epimerase/transposase_31 family protein
RA	2,422,841	C→A	100%	D293Y (GAT→TAT)	purF ←	amidophosphoribosyltransferase
RA	2,424,074	C→T	100%	D57N (GAC→AAC)	cvpA ←	colicin V production membrane protein
RA	2,424,448	A→C	7.0%	intergenic (‑206/+53)	cvpA ← / ← dedD	colicin V production membrane protein/membrane‑anchored periplasmic protein involved in septation
RA	2,426,731	G→T	6.1%	I225I (ATC→ATA)	accD ←	acetyl‑CoA carboxylase, beta (carboxyltransferase) subunit
RA	2,428,546	C→A	10.4%	V190V (GTG→GTT)	truA ←	tRNA pseudouridine(38‑40) synthase
RA	2,437,156	G→T	17.1%	P638P (CCG→CCT)	mnmC →	fused 5‑methylaminomethyl‑2‑thiouridine‑forming enzyme methyltransferase and FAD‑dependent demodification enzyme
RA	2,442,770	A→C	8.9%	D253E (GAT→GAG)	yfcO ←	DUF2544 family putative outer membrane protein
RA	2,442,790	C→A	9.3%	D247Y (GAT→TAT)	yfcO ←	DUF2544 family putative outer membrane protein
RA	2,448,088	G→T	5.1%	pseudogene (393/2646 nt)	yfcU ←	pseudogene, FimD fimbrial export usher family;putative membrane; Not classified; putative outer membrane protein
RA	2,450,335	C→T	100%	intergenic (‑44/+159)	sixA ← / ← fadJ	phosphohistidine phosphatase/fused enoyl‑CoA hydratase and epimerase and isomerase/3‑hydroxyacyl‑CoA dehydrogenase
RA	2,450,346	G→T	100%	intergenic (‑55/+148)	sixA ← / ← fadJ	phosphohistidine phosphatase/fused enoyl‑CoA hydratase and epimerase and isomerase/3‑hydroxyacyl‑CoA dehydrogenase
RA	2,450,770	C→A	9.4%	V623V (GTG→GTT)	fadJ ←	fused enoyl‑CoA hydratase and epimerase and isomerase/3‑hydroxyacyl‑CoA dehydrogenase
RA	2,452,454	G→T	100%	P62Q (CCG→CAG)	fadJ ←	fused enoyl‑CoA hydratase and epimerase and isomerase/3‑hydroxyacyl‑CoA dehydrogenase
RA	2,454,297	T→G	100%	E39D (GAA→GAC)	yfcZ ←	UPF0381 family protein
RA	2,456,282	C→A	7.1%	intergenic (+157/‑209)	fadL → / → yfdF	long‑chain fatty acid outer membrane transporter/uncharacterized protein
RA	2,456,705	C→A	92.1%	S72Y (TCC→TAC)	yfdF →	uncharacterized protein
RA	2,459,976	G→T	85.3%	intergenic (+114/‑48)	argW → / → intS	tRNA‑Arg/CPS‑53 (KpLE1) prophage; putative prophage CPS‑53 integrase
RA	2,463,906	C→A	17.0%	Q433K (CAA→AAA)	gtrS →	serotype‑specific glucosyl transferase, CPS‑53 (KpLE1) prophage
RA	2,463,910	G→T	19.1%	R434I (AGA→ATA)	gtrS →	serotype‑specific glucosyl transferase, CPS‑53 (KpLE1) prophage
RA	2,463,915	C→A	14.4%	Q436K (CAA→AAA)	gtrS →	serotype‑specific glucosyl transferase, CPS‑53 (KpLE1) prophage
RA	2,466,111	T→A	5.6%	N84Y (AAT→TAT)	yfdN ←	CPS‑53 (KpLE1) prophage; uncharacterized protein
RA	2,474,353	G→T	89.5%	Q435K (CAG→AAG)	emrY ←	putative multidrug efflux system
RA	2,474,418	G→T	100%	S413* (TCA→TAA)	emrY ←	putative multidrug efflux system
RA	2,476,524	T→A	100%	N99Y (AAT→TAT)	emrK ←	EmrKY‑TolC multidrug resistance efflux pump, membrane fusion protein component
RA	2,476,993	T→G	9.7%	intergenic (‑175/‑241)	emrK ← / → evgA	EmrKY‑TolC multidrug resistance efflux pump, membrane fusion protein component/response regulator in two‑component regulatory system with EvgS
RA	2,481,974	G→T	88.0%	S225* (TCA→TAA)	yfdE ←	acetyl‑CoA:oxalate CoA‑transferase
RA	2,488,416	G→T	86.4%	P80P (CCG→CCT)	ypdI →	putative lipoprotein involved in colanic acid biosynthesis
RA	2,495,859	C→A	6.8%	E702D (GAG→GAT)	fryA ←	putative PTS enzyme, Hpr component/enzyme I component/enzyme IIA component
RA	2,495,918	C→A	6.3%	V683F (GTT→TTT)	fryA ←	putative PTS enzyme, Hpr component/enzyme I component/enzyme IIA component
RA	2,497,946	G→T	91.0%	L7I (CTC→ATC)	fryA ←	putative PTS enzyme, Hpr component/enzyme I component/enzyme IIA component
RA	2,499,568	C→A	88.1%	D182Y (GAC→TAC)	ypdF ←	Xaa‑Pro aminopeptidase
RA	2,503,015	C→A	8.5%	intergenic (‑110/‑94)	glk ← / → yfeO	glucokinase/putative ion channel protein
RA	2,504,065	C→T	12.7%	G319G (GGC→GGT)	yfeO →	putative ion channel protein
RA	2,513,935	A→T	27.6%	Y73N (TAC→AAC)	gltX ←	glutamyl‑tRNA synthetase
RA	2,520,652	C→A	100%	I116I (ATC→ATA)	yfeH →	putative inorganic ion transporter
RA	2,524,056	C→A	84.8%	A179A (GCG→GCT)	zipA ←	FtsZ stabilizer
RA	2,526,794	C→T	90.2%	intergenic (+55/‑329)	cysK → / → ptsH	cysteine synthase A, O‑acetylserine sulfhydrolase A subunit/phosphohistidinoprotein‑hexose phosphotransferase component of PTS system (Hpr)
RA	2,534,363	C→A	7.4%	G226C (GGC→TGC)	cysW ←	sulfate/thiosulfate ABC transporter subunit
RA	2,542,627	T→G	93.7%	I389M (ATT→ATG)	yfeW →	penicillin binding protein PBP4B; weak DD‑carboxypeptidase activity
RA	2,542,878	A→C	5.2%	intergenic (+113/+127)	yfeW → / ← yfeX	penicillin binding protein PBP4B; weak DD‑carboxypeptidase activity/porphyrinogen oxidase, cytoplasmic
RA	2,549,676	C→A	100%	L28L (CTG→CTT)	eutL ←	putative ethanol utilization carboxysome structural protein
RA	2,552,461	A→G	5.1%	N82S (AAT→AGT)	intZ →	CPZ‑55 prophage; putative phage integrase
RA	2,556,786	G→T	90.2%	intergenic (+310/‑165)	yffP → / → yffQ	CPZ‑55 prophage; uncharacterized protein/CPZ‑55 prophage; uncharacterized protein
RA	2,567,211	C→A	91.9%	D152Y (GAT→TAT)	eutT ←	cobalamin adenosyltransferase involved in ethanolamine utilization
RA	2,567,775	G→T	9.4%	I196I (ATC→ATA)	eutQ ←	RmlC‑like cupin domain protein
RA	2,568,632	A→T	11.4%	L62Q (CTA→CAA)	eutP ←	putative P‑loop NTPase ethanolamine utilization protein
RA	2,568,720	C→T	100%	A33T (GCC→ACC)	eutP ←	putative P‑loop NTPase ethanolamine utilization protein
RA	2,573,530	G→T	7.0%	G179V (GGT→GTT)	tktB →	transketolase 2, thiamine triphosphate‑binding
RA	2,574,820	C→A	86.6%	A609E (GCG→GAG)	tktB →	transketolase 2, thiamine triphosphate‑binding
RA	2,576,325	C→A	100%	E171D (GAG→GAT)	nudK ←	GDP‑mannose pyrophosphatase
RA	2,579,545	G→T	8.7%	A152A (GCG→GCT)	narQ →	sensory histidine kinase in two‑component regulatory system with NarP (NarL)
RA	2,579,561	G→T	89.9%	G158C (GGC→TGC)	narQ →	sensory histidine kinase in two‑component regulatory system with NarP (NarL)
RA	2,583,869	T→A	7.5%	I972I (ATT→ATA)	acrD →	aminoglycoside/multidrug efflux system
RA	2,586,791	G→T	14.5%	G113G (GGC→GGA)	ypfH ←	palmitoyl‑CoA esterase activity, uncertain physiological substrate
RA	2,587,029:1	+G	100%	coding (101/699 nt)	ypfH ←	palmitoyl‑CoA esterase activity, uncertain physiological substrate
RA	2,589,933	G→A	100%	T55I (ACC→ATC)	ypfJ ←	putative neutral zinc metallopeptidase
RA	2,594,475	C→T	18.9%	intergenic (+168/‑85)	bcp → / → hyfA	peroxiredoxin; thiol peroxidase, thioredoxin‑dependent/hydrogenase 4, 4Fe‑4S subunit
RA	2,597,173	T→G	89.3%	L666R (CTG→CGG)	hyfB →	hydrogenase 4, membrane subunit
RA	2,598,312	C→A	9.5%	A48E (GCG→GAG)	hyfD →	hydrogenase 4, membrane subunit
RA	2,604,731	C→T	5.0%	R223W (CGG→TGG)	hyfI →	hydrogenase 4, Fe‑S subunit
RA	2,606,516	G→T	100%	D420Y (GAC→TAC)	hyfR →	hydrogenase‑4 transcriptional activator
RA	2,610,919	C→A	100%	intergenic (+3/‑18)	bepA → / → yfgD	periplasmic metalloprotease and chaperone for OM protein maintenance and assembly/putative oxidoreductase
RA	2,612,053	G→T	9.2%	S28Y (TCC→TAC)	hda ←	ATPase regulatory factor involved in DnaA inactivation
RA	2,614,168	C→A	100%	D22Y (GAT→TAT)	upp ←	uracil phosphoribosyltransferase
RA	2,618,693	G→T	89.1%	E74* (GAA→TAA)	ppx →	exopolyphosphatase
RA	2,619,125	G→T	9.0%	G218C (GGT→TGT)	ppx →	exopolyphosphatase
RA	2,632,012	C→A	86.4%	intergenic (‑1/+10)	bamB ← / ← yfgM	BamABCDE complex OM biogenesis lipoprotein/putative anti‑RcsB factor
RA	2,633,402	C→A	88.4%	R178L (CGC→CTC)	hisS ←	histidyl tRNA synthetase
RA	2,634,417	T→G	10.2%	K249N (AAA→AAC)	ispG ←	1‑hydroxy‑2‑methyl‑2‑(E)‑butenyl 4‑diphosphate synthase
RA	2,639,116	C→A	88.1%	A523A (GCG→GCT)	pbpC ←	penicillin‑insensitive murein repair transglycosylase; inactive transpeptidase domain
RA	2,643,336	C→A	89.5%	D771Y (GAC→TAC)	yfhM ←	bacterial alpha2‑macroglobulin colonization factor ECAM; anti‑host protease defense factor; periplasmic inner membrane‑anchored lipoprotein
RA	2,645,592	C→A	85.6%	D19Y (GAC→TAC)	yfhM ←	bacterial alpha2‑macroglobulin colonization factor ECAM; anti‑host protease defense factor; periplasmic inner membrane‑anchored lipoprotein
RA	2,651,665	G→T	100%	G210G (GGC→GGA)	hscA ←	DnaK‑like molecular chaperone specific for IscU
RA	2,659,594	C→A	91.7%	L267L (CTC→CTA)	csiE →	stationary phase inducible protein
RA	2,660,155	G→A	17.0%	Q351* (CAA→TAA)	hcaT ←	putative 3‑phenylpropionic transporter
RA	2,664,115	C→A	6.1%	R123R (CGG→AGG)	hcaF →	3‑phenylpropionate dioxygenase, small (beta) subunit
RA	2,664,138	A→C	53.1%	E130D (GAA→GAC)	hcaF →	3‑phenylpropionate dioxygenase, small (beta) subunit
RA	2,665,772	G→T	100%	E123* (GAA→TAA)	hcaD →	phenylpropionate dioxygenase, ferredoxin reductase subunit
RA	2,668,397	C→A	35.1%	G242C (GGT→TGT)	yphC ←	putative Zn‑dependent NAD(P)‑binding oxidoreductase
RA	2,669,978	C→A	90.2%	A69A (GCG→GCT)	yphD ←	inner membrane putative ABC superfamily sugar transporter permease
RA	2,671,274	C→A	100%	T149T (ACG→ACT)	yphE ←	putative sugar transporter subunit of ABC superfamily, ATP‑binding component
RA	2,675,664	T→G	9.4%	V147V (GTA→GTC)	yphG ←	DUF4380 domain‑containing TPR repeat protein
RA	2,678,030	C→A	11.2%	A279A (GCG→GCT)	glyA ←	serine hydroxymethyltransferase
RA	2,681,873	T→A	100%	Q97L (CAG→CTG)	glrR ←	response regulator regulating glmY sRNA in two‑component system with sensor protein GlrK
RA	2,683,036	C→A	12.5%	T474T (ACG→ACT)	glrK ←	sensor protein kinase regulating glmY sRNA in two‑component system with response regulator GlrR
RA	2,683,325	T→A	13.8%	H378L (CAC→CTC)	glrK ←	sensor protein kinase regulating glmY sRNA in two‑component system with response regulator GlrR
RA	2,683,829	C→A	100%	R210L (CGT→CTT)	glrK ←	sensor protein kinase regulating glmY sRNA in two‑component system with response regulator GlrR
RA	2,684,948	T→A	7.5%	intergenic (‑249/+67)	glmY ← / ← purL	sRNA activator of glmS mRNA, glmZ processing antagonist/phosphoribosylformyl‑glycineamide synthetase
RA	2,685,879	C→A	6.4%	A1008A (GCG→GCT)	purL ←	phosphoribosylformyl‑glycineamide synthetase
RA	2,688,006	C→A	91.6%	P299P (CCG→CCT)	purL ←	phosphoribosylformyl‑glycineamide synthetase
RA	2,689,267	C→A	100%	I36I (ATC→ATA)	mltF →	membrane‑bound lytic transglycosylase F, murein hydrolase
RA	2,692,793	C→A	92.0%	H226N (CAT→AAT)	yfhH →	putative DNA‑binding transcriptional regulator
RA	2,694,843	G→T	90.7%	I82I (ATC→ATA)	pdxJ ←	pyridoxine 5'‑phosphate synthase
RA	2,695,522	C→A	13.1%	E103* (GAG→TAG)	recO ←	gap repair protein
RA	2,699,380	C→A	100%	P368P (CCG→CCT)	lepA ←	back‑translocating elongation factor EF4, GTPase
RA	2,699,880	T→A	84.0%	N202Y (AAC→TAC)	lepA ←	back‑translocating elongation factor EF4, GTPase
RA	2,708,534	T→G	9.3%	E49A (GAG→GCG)	yfiE ←	putative DNA‑binding transcriptional regulator
JC JC	2,709,656	IS2 (–) +5 bp	94.3%	coding (149‑153/384 nt)	grcA ←	autonomous glycyl radical cofactor
RA	2,711,755	C→A	86.0%	D45Y (GAC→TAC)	yfiF ←	putative methyltransferase
RA	2,713,591	T→G	6.3%	C94G (TGT→GGT)	pka →	protein lysine acetyltransferase
RA	2,715,643	G→T	100%	E778* (GAA→TAA)	pka →	protein lysine acetyltransferase
RA	2,719,426	T→C	100%	intergenic (‑321/+2)	kgtP ← / ← rrfG	alpha‑ketoglutarate transporter/5S ribosomal RNA of rrnG operon
RA	2,725,747	G→T	92.9%	R596S (CGC→AGC)	clpB ←	protein disaggregation chaperone
RA	2,726,786	C→A	100%	A249A (GCG→GCT)	clpB ←	protein disaggregation chaperone
RA	2,727,416	C→A	83.5%	L39L (CTG→CTT)	clpB ←	protein disaggregation chaperone
RA	2,733,753	C→T	100%	E253K (GAG→AAG)	aroF ←	3‑deoxy‑D‑arabino‑heptulosonate‑7‑phosphate synthase, tyrosine‑repressible
RA	2,735,293	A→T	7.1%	I20I (ATA→ATT)	yfiR →	putative periplasmic inhibitor of YfiN activity
RA	2,736,714	C→A	87.4%	R325S (CGC→AGC)	yfiN →	putative membrane‑anchored diguanylate cyclase with an N‑terminal periplasmic domain
RA	2,743,438	C→A	92.0%	intergenic (+19/+36)	yfjD → / ← grpE	UPF0053 family inner membrane protein/heat shock protein
RA	2,749,958	C→A	8.1%	I147I (ATC→ATA)	intA →	CP4‑57 prophage; integrase
RA	2,751,558	G→T	93.6%	T134T (ACC→ACA)	yfjH ←	CP4‑57 prophage; uncharacterized protein
RA	2,761,733	T→A	16.7%	V222E (GTA→GAA)	yfjP →	CP4‑57 prophage; 50S ribosome‑binding GTPase family protein
RA	2,763,057	C→A	89.7%	intergenic (+212/‑5)	yfjQ → / → yfjR	CP4‑57 prophage; uncharacterized protein/CP4‑57 prophage; putative DNA‑binding transcriptional regulator
RA	2,764,641	C→A	7.9%	S45R (AGC→AGA)	yfjT →	CP4‑57 prophage; putative periplasmic protein
RA	2,770,944	G→T	5.9%	D45Y (GAT→TAT)	ypjF →	CP4‑57 prophage; toxin of the YpjF‑YfjZ toxin‑antitoxin system
RA	2,771,358	G→A	100%	intergenic (+217/+147)	ypjF → / ← ypjA	CP4‑57 prophage; toxin of the YpjF‑YfjZ toxin‑antitoxin system/adhesin‑like autotransporter
RA	2,777,338	T→A	5.3%	pseudogene (1033/1374 nt)	ypjC ←	pseudogene
RA	2,778,820	G→A	91.8%	intergenic (‑450/+301)	ypjC ← / ← ileY	pseudogene/tRNA‑Ile
RA	2,779,067	C→A	100%	intergenic (‑697/+54)	ypjC ← / ← ileY	pseudogene/tRNA‑Ile
RA	2,786,171	C→A	10.7%	F26L (TTC→TTA)	gabT →	4‑aminobutyrate aminotransferase, PLP‑dependent
RA	2,796,584	T→A	8.2%	F626L (TTT→TTA)	nrdE →	ribonucleoside‑diphosphate reductase 2, alpha subunit
RA	2,798,195	A→T	89.1%	K8* (AAA→TAA)	proV →	glycine betaine transporter subunit
RA	2,801,706	C→A	86.0%	pseudogene (32/1178 nt)	ygaY →	pseudogene, major facilitator transporter superfamily;putative transport; Not classified; putative transport protein
RA	2,807,615	C→T	5.3%	A160T (GCA→ACA)	luxS ←	S‑ribosylhomocysteine lyase
RA	2,808,907	C→A	93.1%	E298* (GAA→TAA)	gshA ←	glutamate‑cysteine ligase
RA	2,817,209	C→T	16.7%	*166* (TGA→TAA)	pncC ←	nicotinamide‑nucleotide amidohydrolase; NMN amidohydrolase
RA	2,820,784	G→T	10.0%	D22Y (GAC→TAC)	srlB →	glucitol/sorbitol‑specific enzyme IIA component of PTS
RA	2,825,783	C→T	100%	intergenic (‑135/‑52)	norR ← / → norV	anaerobic nitric oxide reductase DNA‑binding transcriptional activator/anaerobic nitric oxide reductase flavorubredoxin
RA	2,826,254	T→G	15.2%	F140L (TTT→TTG)	norV →	anaerobic nitric oxide reductase flavorubredoxin
RA	2,828,952	C→A	100%	T611T (ACG→ACT)	hypF ←	carbamoyl phosphate phosphatase and maturation protein for [NiFe] hydrogenases
RA	2,828,973	T→A	15.9%	A604A (GCA→GCT)	hypF ←	carbamoyl phosphate phosphatase and maturation protein for [NiFe] hydrogenases
RA	2,829,387	C→A	13.9%	M466I (ATG→ATT)	hypF ←	carbamoyl phosphate phosphatase and maturation protein for [NiFe] hydrogenases
RA	2,831,086	C→A	92.0%	E127* (GAA→TAA)	hydN ←	formate dehydrogenase‑H, [4Fe‑4S] ferredoxin subunit
RA	2,831,929	T→A	91.1%	E232V (GAA→GTA)	ascG ←	asc operon transcriptional repressor; prpBC operon repressor
RA	2,835,094	C→A	89.5%	P249Q (CCG→CAG)	ascB →	cryptic 6‑phospho‑beta‑glucosidase
RA	2,835,291	T→G	16.4%	C315G (TGC→GGC)	ascB →	cryptic 6‑phospho‑beta‑glucosidase
RA	2,835,297	T→G	12.7%	S317A (TCG→GCG)	ascB →	cryptic 6‑phospho‑beta‑glucosidase
RA	2,836,554	G→T	100%	I84I (ATC→ATA)	hycH ←	hydrogenase 3 maturation protein
RA	2,837,721	C→A	91.1%	D131Y (GAC→TAC)	hycF ←	formate hydrogenlyase complex iron‑sulfur protein
RA	2,841,044	C→A	100%	A519A (GCG→GCT)	hycC ←	hydrogenase 3, membrane subunit
RA	2,843,663	G→T	21.7%	H44Q (CAC→CAA)	hycA ←	regulator of the transcriptional regulator FhlA
RA	2,846,112	C→A	100%	I206I (ATC→ATA)	hypD →	hydrogenase maturation protein
RA	2,848,002	T→A	92.6%	C102* (TGT→TGA)	fhlA →	formate hydrogenlyase transcriptional activator
RA	2,848,892	C→A	17.2%	A399E (GCG→GAG)	fhlA →	formate hydrogenlyase transcriptional activator
RA	2,850,790	C→A	100%	I113I (ATC→ATA)	mutS →	methyl‑directed mismatch repair protein
RA	2,852,854	G→T	87.3%	P801P (CCG→CCT)	mutS →	methyl‑directed mismatch repair protein
RA	2,869,780	G→A	93.0%	intergenic (‑92/‑160)	cysD ← / → iap	sulfate adenylyltransferase, subunit 2/aminopeptidase in alkaline phosphatase isozyme conversion
RA	2,870,278	C→A	88.4%	I113I (ATC→ATA)	iap →	aminopeptidase in alkaline phosphatase isozyme conversion
RA	2,873,087	G→T	100%	V15V (GTC→GTA)	ygbT ←	multifunctional endonuclease Cas1, CRISPR adaptation protein; DNA repair enzyme
RA	2,873,148	C→A	17.6%	*200L (TGA→TTA)	casE ←	CRISPR RNA precursor cleavage enzyme; CRISP RNA (crRNA) containing Cascade antiviral complex protein
RA	2,876,563	C→A	13.4%	R312L (CGA→CTA)	casA ←	CRISP RNA (crRNA) containing Cascade antiviral complex protein
RA	2,876,760	C→T	100%	G246G (GGG→GGA)	casA ←	CRISP RNA (crRNA) containing Cascade antiviral complex protein
RA	2,878,668	G→T	100%	V637V (GTC→GTA)	ygcB ←	R‑loop helicase‑annealase Cas3 needed for Cascade anti‑viral activity
RA	2,879,449	G→T	100%	S377* (TCA→TAA)	ygcB ←	R‑loop helicase‑annealase Cas3 needed for Cascade anti‑viral activity
RA	2,880,751	C→A	91.2%	noncoding (39/56 nt)	sokX →	sok‑related sRNA, function unknown
RA	2,881,078	G→T	35.0%	G198G (GGC→GGA)	cysH ←	phosphoadenosine phosphosulfate reductase; PAPS reductase, thioredoxin dependent
RA	2,882,054	C→A	10.6%	D469Y (GAT→TAT)	cysI ←	sulfite reductase, beta subunit, NAD(P)‑binding, heme‑binding
RA	2,884,385	G→T	88.4%	V291V (GTC→GTA)	cysJ ←	sulfite reductase, alpha subunit, flavoprotein
RA	2,888,584	G→T	100%	I185I (ATC→ATA)	ygcQ ←	putative flavoprotein
RA	2,889,129	C→A	90.9%	A4S (GCA→TCA)	ygcQ ←	putative flavoprotein
RA	2,893,446	T→A	92.0%	K63* (AAA→TAA)	ygcW ←	putative dehydrogenase
RA	2,894,334	C→A	8.6%	G128G (GGC→GGA)	yqcE →	MFS transporter family protein
RA	2,902,302	C→A	29.9%	D242Y (GAT→TAT)	pyrG ←	CTP synthetase
RA	2,908,547	C→A	18.2%	A44A (GCC→GCA)	barA →	hybrid sensory histidine kinase, in two‑component regulatory system with UvrY
RA	2,913,013	C→A	16.1%	D365Y (GAT→TAT)	gudX ←	glucarate dehydratase‑related protein, substrate unknown
RA	2,913,019	C→A	88.4%	A363S (GCT→TCT)	gudX ←	glucarate dehydratase‑related protein, substrate unknown
RA	2,913,535	C→A	9.2%	A191S (GCG→TCG)	gudX ←	glucarate dehydratase‑related protein, substrate unknown
RA	2,914,100	C→A	13.1%	A2A (GCG→GCT)	gudX ←	glucarate dehydratase‑related protein, substrate unknown
RA	2,915,998	C→A	88.9%	A116S (GCT→TCT)	yqcA ←	short‑chain flavodoxin, FMN‑binding
RA	2,916,218	G→T	13.5%	S42R (AGC→AGA)	yqcA ←	short‑chain flavodoxin, FMN‑binding
RA	2,918,415	G→A	87.2%	P75P (CCC→CCT)	syd ←	SecY‑interacting protein
RA	2,919,415	T→C	7.9%	F237L (TTT→CTT)	queF →	7‑cyano‑7‑deazaguanine reductase (NADPH‑dependent)
RA	2,919,922	G→T	87.2%	D86Y (GAT→TAT)	ygdH →	UPF0717 family protein
RA	2,920,050	C→A	87.5%	I128I (ATC→ATA)	ygdH →	UPF0717 family protein
RA	2,921,101	C→A	92.5%	intergenic (+70/‑487)	ygdH → / → sdaC	UPF0717 family protein/putative serine transporter
RA	2,921,245	G→T	89.6%	intergenic (+214/‑343)	ygdH → / → sdaC	UPF0717 family protein/putative serine transporter
RA	2,928,124	T→A	6.2%	I177I (ATT→ATA)	fucP →	L‑fucose transporter
RA	2,931,717	C→A	100%	N307K (AAC→AAA)	fucK →	L‑fuculokinase
RA	2,932,832	C→A	15.7%	R36S (CGT→AGT)	fucR →	l‑fucose operon activator
RA	2,932,835	C→T	84.2%	R37C (CGC→TGC)	fucR →	l‑fucose operon activator
RA	2,934,843	G→T	100%	H50N (CAT→AAT)	ygdD ←	UPF0382 family inner membrane protein
RA	2,936,686	G→T	7.5%	intergenic (‑182/‑10)	ygdI ← / → csdA	DUF903 family verified lipoprotein/cysteine sulfinate desulfinase
RA	2,936,836	C→A	90.8%	A47A (GCC→GCA)	csdA →	cysteine sulfinate desulfinase
RA	2,938,640	C→A	5.6%	D188Y (GAT→TAT)	tcdA ←	tRNA threonylcarbamoyladenosine dehydratase; sulfur acceptor for CsdA
RA	2,941,341	G→A	89.3%	L343L (CTC→CTT)	amiC ←	N‑acetylmuramoyl‑L‑alanine amidase
RA	2,945,306	C→G	82.4%	G172A (GGC→GCC)	recD ←	exonuclease V (RecBCD complex), alpha chain
RA	2,957,480	C→A	8.7%	L19F (TTG→TTT)	ppdA ←	putative prepilin peptidase‑dependent protein
RA	2,959,004	G→A	100%	I131I (ATC→ATT)	lgt ←	phosphatidylglycerol‑prolipoprotein diacylglyceryl transferase
RA	2,959,072	C→A	14.6%	V109F (GTT→TTT)	lgt ←	phosphatidylglycerol‑prolipoprotein diacylglyceryl transferase
RA	2,960,251	C→A	11.5%	E515* (GAA→TAA)	ptsP ←	fused PTS enzyme: PEP‑protein phosphotransferase (enzyme I)/GAF domain containing protein
RA	2,960,282	T→A	5.3%	A504A (GCA→GCT)	ptsP ←	fused PTS enzyme: PEP‑protein phosphotransferase (enzyme I)/GAF domain containing protein
RA	2,962,962	T→A	88.4%	intergenic (‑626/‑59)	rppH ← / → mutH	RNA pyrophosphohydrolase/methyl‑directed mismatch repair protein
RA	2,964,899	C→A	12.9%	intergenic (+51/‑57)	ygdR → / → tas	DUF903 family verified lipoprotein/putative NADP(H)‑dependent aldo‑keto reductase
RA	2,967,572	A→G	13.9%	F601S (TTT→TCT)	aas ←	fused 2‑acylglycerophospho‑ethanolamine acyl transferase/acyl‑acyl carrier protein synthetase
RA	2,974,073	C→T	93.1%	intergenic (‑79/+50)	ygeA ← / ← araE	Asp/Glu_racemase family protein/arabinose transporter
RA	2,980,488	C→A	89.2%	intergenic (+53/‑407)	yqeG → / → yqeH	putative transporter/putative LuxR family transcriptional regulator
RA	2,983,568	C→A	7.2%	R51I (AGA→ATA)	yqeK ←	uncharacterized protein
RA	2,984,747	G→T	92.7%	D41Y (GAT→TAT)	ygeG →	SycD‑like chaperone family TPR‑repeat‑containing protein
RA	2,985,256	G→T	91.9%	intergenic (+138/‑197)	ygeG → / → ygeH	SycD‑like chaperone family TPR‑repeat‑containing protein/putative transcriptional regulator
RA	2,985,472	T→A	8.1%	F7Y (TTC→TAC)	ygeH →	putative transcriptional regulator
RA	2,985,884	C→T	87.6%	I144I (ATC→ATT)	ygeH →	putative transcriptional regulator
RA	2,986,052	G→T	88.6%	L200F (TTG→TTT)	ygeH →	putative transcriptional regulator
RA	2,988,355	C→A	100%	pseudogene (97/633 nt)	ygeK ←	pseudogene; putative 2‑component transcriptional regulator
RA	2,988,554	G→A	88.1%	intergenic (‑103/+119)	ygeK ← / ← ygeN	pseudogene; putative 2‑component transcriptional regulator/pseudogene
RA	2,989,295	C→A	100%	pseudogene (85/261 nt)	ygeN ←	pseudogene
RA	2,992,861	C→A	7.0%	T130T (ACG→ACT)	ygeR ←	LysM domain‑containing M23 family putative peptidase; septation lipoprotein
RA	2,993,211	C→A	100%	V14L (GTG→TTG)	ygeR ←	LysM domain‑containing M23 family putative peptidase; septation lipoprotein
RA	2,993,699	C→A	100%	intergenic (‑449/‑5)	ygeR ← / → xdhA	LysM domain‑containing M23 family putative peptidase; septation lipoprotein/xanthine dehydrogenase, molybdenum binding subunit
RA	2,995,335	C→A	10.5%	V544V (GTC→GTA)	xdhA →	xanthine dehydrogenase, molybdenum binding subunit
RA	2,999,827	C→A	89.9%	D69E (GAC→GAA)	ygeW →	putative carbamoyltransferase
RA	2,999,917	C→A	15.4%	I99I (ATC→ATA)	ygeW →	putative carbamoyltransferase
RA	3,001,816	T→A	11.6%	V316V (GTT→GTA)	ygeX →	2,3‑diaminopropionate ammonia lyase, PLP‑dependent
RA	3,009,187	G→T	94.1%	intergenic (+90/‑232)	mocA → / → ygfK	CTP:molybdopterin cytidylyltransferase/putative Fe‑S subunit oxidoreductase subunit
RA	3,017,285	G→T	100%	D871Y (GAC→TAC)	xdhD →	putative hypoxanthine oxidase, molybdopterin‑binding/Fe‑S binding
RA	3,018,544	G→T	89.5%	A279S (GCC→TCC)	xanQ →	xanthine permease
RA	3,019,203	G→T	7.5%	E27* (GAG→TAG)	guaD →	guanine deaminase
RA	3,022,562	C→T	93.2%	G577R (GGA→AGA)	ygfT ←	putative oxidoreductase, Fe‑S subunit/nucleotide‑binding subunit
RA	3,022,986	G→T	8.2%	L435L (CTC→CTA)	ygfT ←	putative oxidoreductase, Fe‑S subunit/nucleotide‑binding subunit
RA	3,024,081	A→C	92.3%	V70V (GTT→GTG)	ygfT ←	putative oxidoreductase, Fe‑S subunit/nucleotide‑binding subunit
RA	3,024,983	C→G	100%	G86G (GGC→GGG)	uacT →	uric acid permease
RA	3,025,678	A→T	9.9%	Q318L (CAA→CTA)	uacT →	uric acid permease
RA	3,030,181	G→T	89.0%	H429N (CAT→AAT)	recJ ←	ssDNA exonuclease, 5' ‑‑> 3'‑specific
RA	3,030,592	T→A	30.2%	N292Y (AAT→TAT)	recJ ←	ssDNA exonuclease, 5' ‑‑> 3'‑specific
RA	3,034,169	T→A	13.1%	Q5L (CAA→CTA)  A87A (GCA→GCT)	cptA ← sdhE ←	toxin of CptAB toxin‑antitoxin pair flavinator of succinate dehydrogenase; antitoxin of CptAB toxin‑antitoxin pair
RA	3,039,409	T→G	18.1%	intergenic (‑149/+118)	ygfF ← / ← gcvP	putative NAD(P)‑dependent oxidoreductase with NAD(P)‑binding Rossmann‑fold domain/glycine decarboxylase, PLP‑dependent, subunit (protein P) of glycine cleavage complex
RA	3,039,703	C→A	87.2%	A900S (GCG→TCG)	gcvP ←	glycine decarboxylase, PLP‑dependent, subunit (protein P) of glycine cleavage complex
RA	3,041,321	G→T	83.4%	I360I (ATC→ATA)	gcvP ←	glycine decarboxylase, PLP‑dependent, subunit (protein P) of glycine cleavage complex
RA	3,044,281	G→A	17.3%	intergenic (‑255/+193)	gcvT ← / ← ubiI	aminomethyltransferase, tetrahydrofolate‑dependent, subunit (T protein) of glycine cleavage complex/2‑octaprenylphenol hydroxylase, FAD‑dependent
RA	3,044,464	G→A	100%	intergenic (‑438/+10)	gcvT ← / ← ubiI	aminomethyltransferase, tetrahydrofolate‑dependent, subunit (T protein) of glycine cleavage complex/2‑octaprenylphenol hydroxylase, FAD‑dependent
RA	3,049,220	C→A	91.5%	R84R (CGG→AGG)	zapA →	FtsZ stabilizer
RA	3,049,645	G→A	10.2%	E16K (GAA→AAA)	fau →	5‑formyltetrahydrofolate cyclo‑ligase family protein
RA	3,049,740	C→A	87.0%	L47L (CTC→CTA)	fau →	5‑formyltetrahydrofolate cyclo‑ligase family protein
RA	3,055,069	C→A	11.7%	V287V (GTC→GTA)	scpA →	methylmalonyl‑CoA mutase
RA	3,055,576	C→A	9.3%	V456V (GTC→GTA)	scpA →	methylmalonyl‑CoA mutase
RA	3,057,762	C→T	20.8%	G137G (GGC→GGT)	scpB →	methylmalonyl‑CoA decarboxylase, biotin‑independent
RA	3,058,692	C→T	9.7%	P178S (CCT→TCT)	scpC →	propionyl‑CoA:succinate CoA transferase
RA	3,058,769	C→T	88.1%	I203I (ATC→ATT)	scpC →	propionyl‑CoA:succinate CoA transferase
RA	3,064,914	G→T	100%	I356I (ATC→ATA)	pgk ←	phosphoglycerate kinase
RA	3,065,123	C→T	93.4%	G287S (GGT→AGT)	pgk ←	phosphoglycerate kinase
RA	3,067,574	C→A	22.8%	E159* (GAA→TAA)	yggC ←	putative PanK family P‑loop kinase
RA	3,068,135	G→T	7.3%	F140L (TTC→TTA)	yggD ←	MtlR family putative transcriptional repressor
RA	3,068,690	C→A	7.6%	V284V (GTG→GTT)	yggF ←	fructose 1,6 bisphosphatase isozyme
RA	3,074,591	G→T	89.7%	A135E (GCG→GAG)	tktA ←	transketolase 1, thiamine triphosphate‑binding
RA	3,074,812	C→A	15.4%	V61V (GTG→GTT)	tktA ←	transketolase 1, thiamine triphosphate‑binding
RA	3,075,114	C→A	100%	intergenic (‑120/‑158)	tktA ← / → loiP	transketolase 1, thiamine triphosphate‑binding/Phe‑Phe periplasmic metalloprotease, OM lipoprotein; low salt‑inducible; heat shock protein that binds Era
RA	3,076,526	C→A	100%	D211Y (GAC→TAC)	speB ←	agmatinase
RA	3,077,302	C→A	94.2%	D657Y (GAT→TAT)	speA ←	biosynthetic arginine decarboxylase, PLP‑binding
RA	3,080,618	T→A	100%	V185E (GTG→GAG)	metK →	S‑adenosylmethionine synthetase
RA	3,084,798	C→A	87.1%	L102L (CTC→CTA)	rsmE →	16S rRNA m(3)U1498 methyltransferase, SAM‑dependent
RA	3,088,065	C→A	90.4%	V125V (GTG→GTT)	yggR ←	putative PilT family AAA+ ATPase
RA	3,097,262	C→T	92.1%	F297F (TTC→TTT)	mutY →	adenine DNA glycosylase
RA	3,098,641	G→T	9.9%	G284* (GGA→TGA)	mltC →	membrane‑bound lytic murein transglycosylase C
RA	3,106,685	G→T	85.5%	S51Y (TCT→TAT)	yghG ←	secretin (GspDbeta) OM localization lipoprotein pilotin
RA	3,110,213	T→A	92.2%	A753A (GCA→GCT)	yghJ ←	DUF4092 family putative lipoprotein peptidase
RA	3,110,751	C→A	100%	R574L (CGT→CTT)	yghJ ←	DUF4092 family putative lipoprotein peptidase
RA	3,111,434	C→A	100%	A346A (GCG→GCT)	yghJ ←	DUF4092 family putative lipoprotein peptidase
RA	3,118,905	C→A	9.7%	R326L (CGC→CTC)	glcE ←	glycolate oxidase FAD binding subunit
RA	3,120,216	C→A	100%	D389Y (GAT→TAT)	glcD ←	glycolate oxidase subunit, FAD‑linked
RA	3,122,356	G→T	91.9%	L242F (TTG→TTT)	glcC →	glycolate‑inducible glc operon transcriptional repressor; autorepressor
RA	3,122,778	A→C	83.7%	pseudogene (725/1101 nt)	yghO ←	pseudogene, DNA‑binding transcriptional regulator homology
RA	3,132,601	T→G	11.7%	I172M (ATT→ATG)	yghU →	putative S‑transferase
RA	3,134,528	C→A	86.0%	D40Y (GAT→TAT)	hybD ←	maturation protease for hydrogenase 2
RA	3,135,129	T→A	9.9%	K407I (AAA→ATA)	hybC ←	hydrogenase 2, large subunit
RA	3,135,838	A→C	11.2%	Y171D (TAC→GAC)	hybC ←	hydrogenase 2, large subunit
RA	3,136,365	G→T	10.0%	H387N (CAT→AAT)	hybB ←	putative hydrogenase 2 cytochrome b type component
RA	3,136,423	G→T	10.7%	I367I (ATC→ATA)	hybB ←	putative hydrogenase 2 cytochrome b type component
RA	3,138,777	C→A	6.8%	G282C (GGT→TGT)	hybO ←	hydrogenase 2, small subunit
RA	3,142,668	G→T	93.4%	L55I (CTC→ATC)	yqhA ←	UPF0114 family putative inner membrane protein
RA	3,144,158	C→A	100%	intergenic (+253/+19)	yghA → / ← exbD	putative oxidoreductase/membrane spanning protein in TonB‑ExbB‑ExbD complex
RA	3,148,475	T→C	17.0%	K35E (AAA→GAA)	yqhC ←	transcriptional activator of yqhD
RA	3,153,033	C→A	9.4%	L491L (CTG→CTT)	ygiQ ←	Radical SAM superfamily protein
RA	3,164,230	C→A	85.2%	R130S (CGT→AGT)	qseC →	quorum sensing sensory histidine kinase in two‑component regulatory system with QseB
RA	3,168,668	T→A	6.8%	T30S (ACT→TCT)	parE ←	DNA topoisomerase IV, subunit B
RA	3,173,669	G→T	100%	A189A (GCG→GCT)	ygiB →	DUF1190 family protein
RA	3,176,733	G→T	84.8%	intergenic (+51/+439)	zupT → / ← ribB	zinc transporter/3,4‑dihydroxy‑2‑butanone‑4‑phosphate synthase
RA	3,176,820	G→T	88.8%	intergenic (+138/+352)	zupT → / ← ribB	zinc transporter/3,4‑dihydroxy‑2‑butanone‑4‑phosphate synthase
RA	3,182,647	G→T	92.1%	pseudogene (1868/2445 nt)	yqiG →	pseudogene; fimbrial export usher family;putative membrane; Not classified; putative membrane protein
RA	3,184,211	C→A	92.5%	S74Y (TCT→TAT)	yqiI →	fimbrial protein
RA	3,186,181	G→C	8.2%	W205C (TGG→TGC)	yqiJ →	DUF1449 family inner membrane protein
RA	3,189,569	C→A	36.0%	D182Y (GAT→TAT)	hldE ←	fused heptose 7‑phosphate kinase/heptose 1‑phosphate adenyltransferase
RA	3,194,342	T→G	11.1%	intergenic (‑18/‑224)	ygiF ← / → ygiM	inorganic triphosphatase/SH3 domain protein
RA	3,199,743	C→A	88.4%	intergenic (‑128/‑79)	ttdR ← / → ttdA	transcriptional activator of ttdABT/L‑tartrate dehydratase, alpha subunit
RA	3,201,209	C→A	87.9%	F160L (TTC→TTA)	ttdB →	L‑tartrate dehydratase, beta subunit
RA	3,217,289	A→T	92.1%	H433L (CAC→CTC)	ebgA →	evolved beta‑D‑galactosidase, alpha subunit
RA	3,218,296	G→T	18.5%	D769Y (GAC→TAC)	ebgA →	evolved beta‑D‑galactosidase, alpha subunit
RA	3,224,927	C→A	100%	intergenic (+329/‑97)	ygjK → / → fadH	alpha‑glucosidase/2,4‑dienoyl‑CoA reductase, NADH and FMN‑linked
RA	3,228,343	G→A	10.9%	R298C (CGC→TGC)	rlmG ←	23S rRNA m(2)G1835 methyltransferase, SAM‑dependent
RA	3,230,857	C→G	86.8%	A63G (GCC→GGC)	ygjR →	putative NAD(P)‑dependent dehydrogenase
RA	3,231,349	A→C	92.2%	Q227P (CAG→CCG)	ygjR →	putative NAD(P)‑dependent dehydrogenase
RA	3,236,592	C→A	9.2%	D28Y (GAT→TAT)	uxaA ←	altronate hydrolase
RA	3,238,170	T→A	10.1%	intergenic (‑70/‑293)	uxaC ← / → exuT	uronate isomerase/hexuronate transporter
RA	3,238,283	C→A	88.0%	intergenic (‑183/‑180)	uxaC ← / → exuT	uronate isomerase/hexuronate transporter
RA	3,243,768	C→T	89.6%	intergenic (+33/‑153)	yqjK → / → yqjF	uncharacterized protein/putative quinol oxidase subunit
RA	3,243,840	T→G	20.3%	intergenic (+105/‑81)	yqjK → / → yqjF	uncharacterized protein/putative quinol oxidase subunit
RA	3,245,848	G→T	100%	L62L (CTG→CTT)	yhaH →	DUF805 family inner membrane protein
RA	3,246,619	Δ1 bp	36.6%	coding (350/357 nt)	yhaI →	DUF805 family inner membrane protein
RA	3,246,634	A→T	5.9%	intergenic (+8/+43)	yhaI → / ← yhaJ	DUF805 family inner membrane protein/LysR family putative transcriptional regulator
RA	3,252,258	C→A	100%	D251Y (GAT→TAT)	tdcG ←	L‑serine dehydratase 3, anaerobic
RA	3,252,497	A→T	5.1%	F171Y (TTC→TAC)	tdcG ←	L‑serine dehydratase 3, anaerobic
RA	3,254,752	C→A	91.0%	V342V (GTG→GTT)	tdcE ←	pyruvate formate‑lyase 4/2‑ketobutyrate formate‑lyase
RA	3,258,871	G→T	88.2%	L173I (CTC→ATC)	tdcB ←	L‑threonine dehydratase, catabolic
RA	3,260,998	G→T	7.6%	intergenic (+41/‑215)	tdcR → / → yhaB	L‑threonine dehydratase operon activator protein/uncharacterized protein
RA	3,261,001	G→A	100%	intergenic (+44/‑212)	tdcR → / → yhaB	L‑threonine dehydratase operon activator protein/uncharacterized protein
RA	3,263,409	C→T	100%	intergenic (+448/+166)	yhaC → / ← rnpB	pentapetide repeats‑related protein/RNase P, M1 RNA component
RA	3,263,466	G→T	8.6%	intergenic (+505/+109)	yhaC → / ← rnpB	pentapetide repeats‑related protein/RNase P, M1 RNA component
RA	3,266,646	C→A	100%	G91C (GGT→TGT)	garL ←	alpha‑dehydro‑beta‑deoxy‑D‑glucarate aldolase
RA	3,268,357	C→A	90.8%	intergenic (‑91/‑284)	garP ← / → garD	putative (D)‑galactarate transporter/(D)‑galactarate dehydrogenase
JC	3,270,616	+CATTCAA	11.5%	coding (256/336 nt)	prlF →	antitoxin of the SohA(PrlF)‑YhaV toxin‑antitoxin system
RA	3,271,128	A→C	92.7%	T145P (ACC→CCC)	yhaV →	toxin of the SohB(PrlF)‑YhaV toxin‑antitoxin system
RA	3,275,210	A→G	92.3%	intergenic (+226/‑125)	agaA → / → agaS	pseudogene, N‑acetylgalactosamine‑6‑phosphate deacetylase fragment; putative N‑acetylgalactosamine‑6‑phosphate deacetylase/tagatose‑6‑phosphate ketose/aldose isomerase
RA	3,275,216	C→T	6.4%	intergenic (+232/‑119)	agaA → / → agaS	pseudogene, N‑acetylgalactosamine‑6‑phosphate deacetylase fragment; putative N‑acetylgalactosamine‑6‑phosphate deacetylase/tagatose‑6‑phosphate ketose/aldose isomerase
RA	3,285,085	G→T	7.3%	R129L (CGA→CTA)	yraK →	putative fimbrial‑like adhesin protein
RA	3,290,970	A→T	92.4%	R176R (CGT→CGA)	yraQ ←	putative inner membrane permease
RA	3,292,017	G→T	6.8%	I63I (ATC→ATA)	yraR ←	putative nucleoside‑diphosphate‑sugar epimerase
RA	3,295,911	C→A	89.8%	Q22K (CAG→AAG)	yhbV →	U32 peptidase family protein
RA	3,296,612	G→T	93.7%	A255A (GCG→GCT)	yhbV →	U32 peptidase family protein
RA	3,299,240	A→C	90.6%	intergenic (‑64/+90)	mtr ← / ← deaD	tryptophan transporter of high affinity/ATP‑dependent RNA helicase
RA	3,301,084	C→A	5.1%	V46F (GTT→TTT)	deaD ←	ATP‑dependent RNA helicase
RA	3,302,027	G→T	100%	S86* (TCG→TAG)	nlpI ←	lipoprotein involved in osmotic sensitivity and filamentation
RA	3,303,463	C→A	9.9%	T355T (ACG→ACT)	pnp ←	polynucleotide phosphorylase/polyadenylase
RA	3,306,165	C→A	35.0%	V125F (GTT→TTT)	rbfA ←	30s ribosome binding factor
RA	3,312,055	C→A	100%	G20G (GGC→GGA)	argG →	argininosuccinate synthetase
RA	3,312,862	T→A	8.1%	R289R (CGT→CGA)	argG →	argininosuccinate synthetase
RA	3,314,814	A→T	19.0%	R53R (CGT→CGA)	yhbX ←	putative EptAB family phosphoethanolamine transferase, inner membrane protein
RA	3,314,870	C→A	100%	A35S (GCG→TCG)	yhbX ←	putative EptAB family phosphoethanolamine transferase, inner membrane protein
RA	3,317,805	C→A	30.2%	D156Y (GAT→TAT)	folP ←	7,8‑dihydropteroate synthase
RA	3,332,963	C→A	100%	A154A (GCG→GCT)	mlaF ←	ABC transporter maintaining OM lipid asymmetry, ATP‑binding protein
RA	3,334,464	C→A	88.3%	S277R (AGC→AGA)	yrbG →	putative calcium/sodium:proton antiporter
RA	3,334,687	G→T	90.3%	A21A (GCG→GCT)	kdsD →	D‑arabinose 5‑phosphate isomerase
RA	3,334,940	T→G	48.0%	S106A (TCT→GCT)	kdsD →	D‑arabinose 5‑phosphate isomerase
RA	3,337,824	C→A	14.5%	I174I (ATC→ATA)	lptB →	lipopolysaccharide export ABC transporter ATP‑binding protein of the LptBFGC export complex
RA	3,338,710	G→T	12.3%	W212L (TGG→TTG)	rpoN →	RNA polymerase, sigma 54 (sigma N) factor
RA	3,340,038	C→A	6.5%	I34I (ATC→ATA)	ptsN →	sugar‑specific enzyme IIA component of PTS
RA	3,343,975	C→A	87.3%	noncoding (40/121 nt)	arcZ →	sRNA positive antisense regulator of rpoS; binds Hfq
RA	3,344,696	C→A	9.1%	E563D (GAG→GAT)	arcB ←	aerobic respiration control sensor histidine protein kinase, cognate to two‑component response regulators ArcA and RssB
RA	3,347,778	G→A	100%	intergenic (‑369/‑306)	yhcC ← / → gltB	putative Fe‑S oxidoreductase, Radical SAM superfamily protein/glutamate synthase, large subunit
RA	3,348,249	G→T	21.8%	G56C (GGC→TGC)	gltB →	glutamate synthase, large subunit
RA	3,351,650	G→T	92.8%	E1189D (GAG→GAT)	gltB →	glutamate synthase, large subunit
RA	3,354,405	C→T	100%	intergenic (+430/‑130)	gltD → / → gltF	glutamate synthase, 4Fe‑4S protein, small subunit/periplasmic protein
RA	3,357,229	C→A	6.0%	S355* (TCG→TAG)	yhcD →	putative outer membrane fimbrial subunit usher protein
RA	3,365,607	G→T	100%	I109I (ATC→ATA)	nanT ←	sialic acid transporter
RA	3,365,721	G→T	6.4%	G71G (GGC→GGA)	nanT ←	sialic acid transporter
RA	3,373,457	C→A	91.3%	intergenic (‑101/‑93)	yhcM ← / → yhcB	putative AFG1‑like family P‑loop ATPase/DUF1043 family inner membrane‑anchored protein
RA	3,373,985	C→A	100%	intergenic (+37/‑117)	yhcB → / → degQ	DUF1043 family inner membrane‑anchored protein/serine endoprotease, periplasmic
RA	3,375,260	G→T	100%	D387Y (GAT→TAT)	degQ →	serine endoprotease, periplasmic
RA	3,375,707	C→T	5.1%	A50V (GCG→GTG)	degS →	serine endoprotease, periplasmic
RA	3,377,451	A→T	20.8%	S59S (TCT→TCA)	mdh ←	malate dehydrogenase, NAD(P)‑binding
RA	3,380,174	C→A	9.7%	S458S (TCG→TCT)	aaeB ←	p‑hydroxybenzoic acid efflux system component
RA	3,382,851	C→T	7.9%	intergenic (‑155/‑28)	aaeX ← / → aaeR	DUF1656 family putative inner membrane efflux pump associated protein/transcriptional regulator for aaeXAB operon
RA	3,385,662	C→G	11.1%	intergenic (‑275/+155)	tldD ← / ← yhdP	putative peptidase/DUF3971‑AsmA2 domains protein
RA	3,385,813	C→A	10.2%	intergenic (‑426/+4)	tldD ← / ← yhdP	putative peptidase/DUF3971‑AsmA2 domains protein
RA	3,385,884	G→T	11.8%	S1245* (TCG→TAG)	yhdP ←	DUF3971‑AsmA2 domains protein
RA	3,386,672	C→A	7.1%	P982P (CCG→CCT)	yhdP ←	DUF3971‑AsmA2 domains protein
RA	3,390,573	G→T	6.8%	T194T (ACC→ACA)	rng ←	ribonuclease G
RA	3,396,082	G→T	100%	R204S (CGT→AGT)	csrD ←	targeting factor for csrBC sRNA degradation
RA	3,401,574	A→C	5.6%	V203V (GTA→GTC)	panF →	pantothenate:sodium symporter
RA	3,403,534	C→T	100%	intergenic (+224/‑105)	prmA → / → dusB	methyltransferase for 50S ribosomal subunit protein L11/tRNA‑dihydrouridine synthase B
RA	3,404,059	C→A	90.5%	R141S (CGC→AGC)	dusB →	tRNA‑dihydrouridine synthase B
RA	3,407,007	G→A	88.0%	intergenic (‑183/‑216)	acrS ← / → acrE	acrAB operon transcriptional repressor/cytoplasmic membrane lipoprotein
RA	3,407,969	C→A	85.9%	N249K (AAC→AAA)	acrE →	cytoplasmic membrane lipoprotein
RA	3,409,856	A→C	95.0%	T489P (ACC→CCC)	acrF →	multidrug efflux system protein
RA	3,411,250	G→T	94.3%	E953D (GAG→GAT)	acrF →	multidrug efflux system protein
RA	3,412,733	G→T	16.7%	pseudogene (268/960 nt)	yhdW →	pseudogene, amino‑acid transporter homology;putative transport; Not classified; putative periplasmic binding transport protein; periplasmic‑binding component of ABC superfamily
RA	3,414,382	C→A	5.8%	S297* (TCA→TAA)	yhdX →	putative amino‑acid transporter subunit
RA	3,416,376	G→T	8.9%	A194A (GCG→GCT)	yhdZ →	putative amino‑acid transporter subunit
RA	3,416,890	T→G	5.8%	noncoding (12/120 nt)	rrfF ←	5S ribosomal RNA of rrnD operon
RA	3,422,726	G→T	88.4%	V44V (GTG→GTT)	yrdA →	bacterial transferase hexapeptide domain protein
RA	3,423,551	T→A	15.7%	Q216L (CAG→CTG)	aroE ←	dehydroshikimate reductase, NAD(P)‑binding
RA	3,424,363	T→A	87.9%	T138S (ACC→TCC)	tsaC ←	tRNA(ANN) t(6)A37 threonylcarbamoyladenosine modification protein, threonine‑dependent ADP‑forming ATPase
RA	3,426,905	T→A	5.3%	E5D (GAA→GAT)	smf ←	DNA recombination‑mediator A family protein
RA	3,438,440	T→A	10.6%	Y50F (TAC→TTC)	rpsE ←	30S ribosomal subunit protein S5
RA	3,440,151	G→T	100%	I31I (ATC→ATA)	rpsN ←	30S ribosomal subunit protein S14
RA	3,440,444	G→T	100%	S118S (TCC→TCA)	rplE ←	50S ribosomal subunit protein L5
RA	3,440,832	T→C	100%	N99D (AAC→GAC)	rplX ←	50S ribosomal subunit protein L24
RA	3,445,410	C→A	88.8%	R79L (CGT→CTT)	rplD ←	50S ribosomal subunit protein L4
RA	3,448,742	C→A	91.0%	E6* (GAA→TAA)	gspA ←	general secretory pathway component, cryptic
RA	3,452,965	A→G	8.7%	Y423C (TAT→TGT)	gspE →	general secretory pathway component, cryptic
RA	3,455,867	C→A	100%	I55I (ATC→ATA)	gspJ →	putative general secretory pathway component, cryptic
RA	3,455,930	C→A	89.5%	I76I (ATC→ATA)	gspJ →	putative general secretory pathway component, cryptic
RA	3,459,603	A→T	40.4%	intergenic (+24/+5)	gspO → / ← bfr	bifunctional prepilin leader peptidase/ methylase/bacterioferritin, iron storage and detoxification protein
RA	3,466,043	C→A	6.2%	A277A (GCG→GCT)	fusA ←	protein chain elongation factor EF‑G, GTP‑binding
RA	3,470,272	C→A	88.8%	V169V (GTG→GTT)	fkpA ←	FKBP‑type peptidyl‑prolyl cis‑trans isomerase (rotamase)
RA	3,471,705	C→T	94.5%	G51D (GGT→GAT)	slyD ←	FKBP‑type peptidyl prolyl cis‑trans isomerase (rotamase)
RA	3,473,139	G→T	100%	I276I (ATC→ATA)	kefB ←	potassium:proton antiporter
RA	3,475,255	C→A	90.8%	S203Y (TCT→TAT)	yheS →	putative transporter subunit of ABC superfamily: ATP‑binding component
RA	3,479,769	A→T	100%	E97D (GAA→GAT)	crp →	cAMP‑activated global transcription factor, mediator of catabolite repression
RA	3,483,095	C→A	9.2%	V149F (GTT→TTT)	argD ←	bifunctional acetylornithine aminotransferase/ succinyldiaminopimelate aminotransferase
RA	3,487,342	C→T	94.5%	intergenic (+234/‑28)	tsgA → / → nirB	putative transporter/nitrite reductase, large subunit, NAD(P)H‑binding
RA	3,488,966	G→C	100%	A533P (GCC→CCC)	nirB →	nitrite reductase, large subunit, NAD(P)H‑binding
RA	3,489,397	C→A	100%	F676L (TTC→TTA)	nirB →	nitrite reductase, large subunit, NAD(P)H‑binding
RA	3,493,210	C→T	6.6%	intergenic (+236/‑59)	yhfL → / → frlA	small lipoprotein/putative fructoselysine transporter
RA	3,498,214	T→G	15.1%	intergenic (+72/+80)	frlR → / ← yhfS	putative DNA‑binding transcriptional regulator/FNR‑regulated pyridoxal phosphate‑dependent aminotransferase family protein
RA	3,501,571	C→A	100%	G127C (GGC→TGC)	php ←	phosphotriesterase homology protein
RA	3,504,143	G→T	89.7%	R65S (CGT→AGT)	yhfX ←	putative pyridoxal 5'‑phosphate binding protein
RA	3,507,749	G→T	100%	H224N (CAT→AAT)	rpe ←	D‑ribulose‑5‑phosphate 3‑epimerase
RA	3,509,102	G→T	100%	S57R (AGC→AGA)	dam ←	DNA adenine methyltransferase
RA	3,510,311	C→A	16.1%	G119C (GGT→TGT)	damX ←	cell division protein that binds to the septal ring
RA	3,513,424	A→T	87.6%	V213V (GTT→GTA)	hofQ ←	DNA catabolic putative fimbrial transporter
RA	3,519,188	C→A	87.2%	L107L (CTG→CTT)	nudE ←	adenosine nucleotide hydrolase; substrates include Ap3A, Ap2A, ADP‑ribose, NADH
RA	3,519,359	C→A	27.9%	V50V (GTG→GTT)	nudE ←	adenosine nucleotide hydrolase; substrates include Ap3A, Ap2A, ADP‑ribose, NADH
RA	3,519,657	G→T	100%	intergenic (‑149/‑171)	nudE ← / → yrfF	adenosine nucleotide hydrolase; substrates include Ap3A, Ap2A, ADP‑ribose, NADH/inner membrane protein
RA	3,519,708	T→G	13.4%	intergenic (‑200/‑120)	nudE ← / → yrfF	adenosine nucleotide hydrolase; substrates include Ap3A, Ap2A, ADP‑ribose, NADH/inner membrane protein
RA	3,519,981	G→T	18.0%	A52S (GCC→TCC)	yrfF →	inner membrane protein
RA	3,525,950	C→T	8.5%	intergenic (‑152/‑227)	yhgE ← / → pck	DUF4153 family putative inner membrane protein/phosphoenolpyruvate carboxykinase
RA	3,526,796	A→T	8.8%	Y207F (TAC→TTC)	pck →	phosphoenolpyruvate carboxykinase
RA	3,527,619	G→T	6.2%	A481A (GCG→GCT)	pck →	phosphoenolpyruvate carboxykinase
RA	3,528,406	G→T	93.6%	I274I (ATC→ATA)	envZ ←	sensory histidine kinase in two‑component regulatory system with OmpR
RA	3,535,370	C→A	87.8%	S535R (AGC→AGA)	feoB →	fused ferrous iron transporter, protein B: GTP‑binding protein/membrane protein
RA	3,535,715	G→T	11.9%	A650A (GCG→GCT)	feoB →	fused ferrous iron transporter, protein B: GTP‑binding protein/membrane protein
RA	3,543,959	G→T	100%	A625E (GCG→GAG)	malP ←	maltodextrin phosphorylase
RA	3,544,164	G→T	11.4%	R557S (CGT→AGT)	malP ←	maltodextrin phosphorylase
RA	3,549,090	C→A	7.4%	R883S (CGC→AGC)	malT →	mal regulon transcriptional activator
RA	3,559,170	C→A	7.0%	D258Y (GAT→TAT)	glgP ←	glycogen phosphorylase
RA	3,561,574	C→A	100%	W372L (TGG→TTG)	glgC ←	glucose‑1‑phosphate adenylyltransferase
RA	3,563,702	T→A	10.1%	E326D (GAA→GAT)	glgX ←	glycogen debranching enzyme
RA	3,567,059	C→A	90.8%	intergenic (‑197/+76)	glgB ← / ← asd	1,4‑alpha‑glucan branching enzyme/aspartate‑semialdehyde dehydrogenase, NAD(P)‑binding
RA	3,571,153	C→A	93.9%	E312* (GAA→TAA)	gntR ←	d‑gluconate inducible gluconate regulon transcriptional repressor
RA	3,575,032	C→A	37.8%	intergenic (+46/‑191)	yhhY → / → yhhZ	putative acetyltransferase/putative Hcp1 family polymorphic toxin protein; putative colicin‑like DNase/tRNase activity
RA	3,577,827	A→G	7.4%	intergenic (+158/‑292)	yrhA → / → yrhB	pseudogene, interrupted by IS1E/stable heat shock chaperone
RA	3,580,673	G→T	8.6%	R124I (AGA→ATA)	yhhA →	DUF2756 family protein
RA	3,582,807	G→T	90.9%	P194Q (CCG→CAG)	ugpE ←	glycerol‑3‑phosphate transporter subunit
RA	3,588,904	A→T	5.2%	L287Q (CTG→CAG)	livH ←	leucine/isoleucine/valine transporter subunit
RA	3,590,636	G→T	93.4%	Y95* (TAC→TAA)	livK ←	leucine transporter subunit
RA	3,590,728	C→A	7.8%	D65Y (GAT→TAT)	livK ←	leucine transporter subunit
RA	3,590,906	C→A	89.8%	A5A (GCG→GCT)	livK ←	leucine transporter subunit
RA	3,591,957	T→G	91.2%	V354V (GTA→GTC)	livJ ←	leucine/isoleucine/valine transporter subunit
RA	3,593,019	C→T	7.4%	intergenic (‑1/+270)	livJ ← / ← rpoH	leucine/isoleucine/valine transporter subunit/RNA polymerase, sigma 32 (sigma H) factor
RA	3,593,213	G→T	6.6%	intergenic (‑195/+76)	livJ ← / ← rpoH	leucine/isoleucine/valine transporter subunit/RNA polymerase, sigma 32 (sigma H) factor
RA	3,594,268	C→T	91.3%	intergenic (‑125/+120)	rpoH ← / ← ftsX	RNA polymerase, sigma 32 (sigma H) factor/inner membrane putative ABC superfamily transporter permease
RA	3,594,451	C→A	7.6%	M332I (ATG→ATT)	ftsX ←	inner membrane putative ABC superfamily transporter permease
RA	3,596,266	C→A	86.7%	T446T (ACG→ACT)	ftsY ←	Signal Recognition Particle (SRP) receptor
RA	3,597,569	C→A	6.0%	W12L (TGG→TTG)	ftsY ←	Signal Recognition Particle (SRP) receptor
RA	3,598,440	C→A	90.9%	N34K (AAC→AAA)	yhhL →	DUF1145 family protein
RA	3,604,608	C→A	6.3%	A162A (GCG→GCT)	yhhS ←	putative arabinose efflux transporter
RA	3,607,110	C→A	92.4%	I28I (ATC→ATA)	nikA →	nickel‑binding, heme‑binding periplasmic protein
RA	3,612,284	G→T	92.9%	D113Y (GAT→TAT)	nikR →	transcriptional repressor, Ni‑binding
RA	3,618,536	C→A	90.9%	R267R (CGG→AGG)	yhhI →	putative transposase
RA	3,622,058	C→A	91.4%	D281Y (GAT→TAT)	rbbA ←	ribosome‑associated ATPase: ATP‑binding protein/ATP‑binding membrane protein
RA	3,626,589	T→A	8.1%	pseudogene (37/414 nt)	yhiL ←	pseudogene, DUF4049 family protein
RA	3,629,424	T→A	90.7%	intergenic (+171/+144)	yhiM → / ← yhiN	acid resistance protein, inner membrane/putative oxidoreductase
RA	3,630,549	G→T	11.3%	L74L (CTC→CTA)	yhiN ←	putative oxidoreductase
RA	3,632,600	T→G	7.0%	intergenic (+99/+145)	pitA → / ← uspB	phosphate transporter, low‑affinity; tellurite importer/universal stress (ethanol tolerance) protein B
RA	3,634,060	A→G	6.5%	intergenic (+155/‑162)	uspA → / → dtpB	universal stress global response regulator/dipeptide and tripeptide permease B
RA	3,638,641	C→A	88.5%	intergenic (‑99/‑104)	prlC ← / → rlmJ	oligopeptidase A/23S rRNA m(6)A2030 methyltransferase, SAM‑dependent
RA	3,639,239	G→T	90.8%	P165P (CCG→CCT)	rlmJ →	23S rRNA m(6)A2030 methyltransferase, SAM‑dependent
RA	3,639,551	C→A	10.3%	T269T (ACC→ACA)	rlmJ →	23S rRNA m(6)A2030 methyltransferase, SAM‑dependent
RA	3,644,531	G→A	91.6%	intergenic (+509/‑120)	arsC → / → yhiS	arsenate reductase/pseudogene
RA	3,646,984	G→T	89.5%	pseudogene (394/483 nt)	yhiS →	pseudogene
RA	3,649,535	G→A	6.2%	Q40* (CAG→TAG)	hdeB ←	acid‑resistance protein
RA	3,649,797	C→A	94.0%	E102* (GAA→TAA)	hdeA ←	stress response protein acid‑resistance protein
RA	3,652,530	C→A	8.0%	intergenic (+277/‑62)	gadE → / → mdtE	gad regulon transcriptional activator/anaerobic multidrug efflux transporter, ArcA‑regulated
RA	3,654,126	T→A	21.6%	L118* (TTA→TAA)	mdtF →	anaerobic multidrug efflux transporter, ArcA‑regulated
RA	3,657,375	G→A	88.8%	P202S (CCT→TCT)	gadW ←	transcriptional activator of gadA and gadBC; repressor of gadX
RA	3,658,554	C→A	6.2%	G206V (GGT→GTT)	gadX ←	acid resistance regulon transcriptional activator; autoactivator
RA	3,661,610	A→T	91.0%	F313L (TTT→TTA)	yhjA ←	putative cytochrome C peroxidase
RA	3,662,660	T→C	100%	intergenic (‑112/‑292)	yhjA ← / → treF	putative cytochrome C peroxidase/cytoplasmic trehalase
RA	3,667,555	C→A	44.8%	I278I (ATC→ATA)	yhjD →	inner membrane putative BrbK family alternate lipid exporter
RA	3,667,959	C→A	93.8%	intergenic (+224/‑187)	yhjD → / → yhjE	inner membrane putative BrbK family alternate lipid exporter/MFS superfamily sugar transport 1 family protein
RA	3,675,763	T→G	18.9%	S349R (AGT→CGT)	dctA ←	C4‑dicarboxylic acid, orotate and citrate transporter
RA	3,679,301	T→G	100%	Q1078P (CAG→CCG)	bcsC ←	cellulose synthase subunit
RA	3,679,324	C→A	100%	M1070I (ATG→ATT)	bcsC ←	cellulose synthase subunit
RA	3,680,910	G→T	100%	H542N (CAT→AAT)	bcsC ←	cellulose synthase subunit
RA	3,686,345	C→A	87.7%	R751L (CGC→CTC)	bcsA ←	cellulose synthase, catalytic subunit
RA	3,688,140	C→A	8.0%	G153C (GGT→TGT)	bcsA ←	cellulose synthase, catalytic subunit
RA	3,688,879	C→A	6.8%	pseudogene (467/753 nt)	bcsQ ←	involved in cellulose production, minD superfamily (pseudogene)
RA	3,692,994	T→A	91.1%	F474Y (TTC→TAC)	bcsG →	DUF3260 family inner membrane protein associated with cellulose production
RA	3,693,083	G→T	37.5%	V504F (GTT→TTT)	bcsG →	DUF3260 family inner membrane protein associated with cellulose production
RA	3,698,119	C→A	94.2%	M1M (ATG→ATT) †	dppC ←	dipeptide/heme transporter
RA	3,698,875	G→T	90.0%	F92L (TTC→TTA)	dppB ←	dipeptide/heme transporter
RA	3,701,561	G→A	7.7%	intergenic (‑496/+415)	dppA ← / ← proK	dipeptide transporter/tRNA‑Pro
RA	3,703,272	C→A	10.5%	A188A (GCG→GCT)	eptB ←	KDO phosphoethanolamine transferase, Ca(2+)‑inducible
RA	3,705,228	T→A	7.8%	Q47L (CAG→CTG)	yhjX ←	pyruvate‑inducible inner membrane protein, putative transporter
RA	3,717,788	C→A	100%	P297P (CCG→CCT)	glyQ ←	glycine tRNA synthetase, alpha subunit
RA	3,718,959	C→A	11.8%	L38F (TTG→TTT)	ysaB ←	uncharacterized protein
RA	3,727,580	C→A	85.7%	A167A (GCC→GCA)	xylH →	D‑xylose ABC transporter permease subunit
RA	3,729,221	C→A	6.3%	R295S (CGT→AGT)	xylR →	xylose divergent operon transcriptional activator
RA	3,730,615	C→A	10.3%	intergenic (‑78/‑242)	bax ← / → malS	putative glucosaminidase/alpha‑amylase
RA	3,732,549	G→T	5.7%	D565Y (GAT→TAT)	malS →	alpha‑amylase
RA	3,736,722	C→A	93.9%	G210G (GGC→GGA)	yiaK →	2,3‑diketo‑L‑gulonate reductase, NADH‑dependent
RA	3,738,088	T→A	8.2%	F134Y (TTC→TAC)	yiaM →	2,3‑diketo‑L‑gulonate TRAP transporter small permease protein
RA	3,738,431	C→A	100%	P90T (CCA→ACA)	yiaN →	2,3‑diketo‑L‑gulonate TRAP transporter large permease protein
RA	3,742,640	C→A	21.7%	L17I (CTC→ATC)	sgbU →	putative L‑xylulose 5‑phosphate 3‑epimerase
RA	3,751,135	G→T	12.1%	S18* (TCA→TAA)	yiaY ←	putative Fe‑containing alcohol dehydrogenase, Pfam00465 family
RA	3,755,723	G→T	32.2%	E61* (GAA→TAA)	rhsA →	Rhs family protein, putative polymorphic toxin; putative polysaccharide synthesis/export protein; putative neighboring cell growth inhibitor
RA	3,759,388	C→A	9.2%	N1282K (AAC→AAA)	rhsA →	Rhs family protein, putative polymorphic toxin; putative polysaccharide synthesis/export protein; putative neighboring cell growth inhibitor
RA	3,767,000	G→T	100%	D454Y (GAC→TAC)	mtlA →	fused mannitol‑specific PTS enzymes: IIA components/IIB components/IIC components
RA	3,767,410	G→T	87.6%	V590V (GTG→GTT)	mtlA →	fused mannitol‑specific PTS enzymes: IIA components/IIB components/IIC components
RA	3,767,585	T→A	8.4%	intergenic (+31/‑199)	mtlA → / → mtlD	fused mannitol‑specific PTS enzymes: IIA components/IIB components/IIC components/mannitol‑1‑phosphate dehydrogenase, NAD‑dependent
RA	3,772,732	G→T	8.4%	A107S (GCC→TCC)	lldR →	dual role activator/repressor for lldPRD operon
RA	3,776,199	T→G	14.0%	S275R (AGC→CGC)	gpsA ←	glycerol‑3‑phosphate dehydrogenase (NAD+)
RA	3,779,281	C→G	7.2%	A221G (GCT→GGT)	gpmM →	phosphoglycero mutase III, cofactor‑independent
RA	3,782,439	G→T	9.5%	R335S (CGC→AGC)	waaH ←	LPS(HepIII)‑glucuronic acid glycosyltransferase
RA	3,785,915	G→T	100%	intergenic (‑4/+271)	kbl ← / ← yibB	glycine C‑acetyltransferase/YibB family protein, function unknown
RA	3,789,381	C→A	90.1%	L15I (CTC→ATC)	waaC →	ADP‑heptose:LPS heptosyl transferase I
RA	3,791,063	T→C	8.6%	A252A (GCT→GCC)	waaL →	O‑antigen ligase
RA	3,791,588	T→A	6.4%	intergenic (+21/+11)	waaL → / ← waaU	O‑antigen ligase/lipopolysaccharide core biosynthesis
RA	3,810,195	C→A	100%	R54S (CGT→AGT)	yicC →	UPF0701 family protein
RA	3,812,077	T→G	15.0%	intergenic (+133/‑157)	dinD → / → yicG	DNA damage‑inducible protein/UPF0126 family inner membrane protein
RA	3,814,302	T→A	12.7%	S77C (AGC→TGC)	ligB ←	DNA ligase, NAD(+)‑dependent
RA	3,816,601	A→T	100%	H281L (CAC→CTC)	spoT →	bifunctional (p)ppGpp synthetase II/ guanosine‑3',5'‑bis pyrophosphate 3'‑pyrophosphohydrolase
RA	3,818,010	C→A	100%	H46N (CAT→AAT)	trmH →	tRNA mG18‑2'‑O‑methyltransferase, SAM‑dependent
RA	3,822,339	A→C	11.2%	Q12P (CAA→CCA) ‡	xanP →	xanthine permease
RA	3,822,340	A→C	20.1%	Q12H (CAA→CAC) ‡	xanP →	xanthine permease
RA	3,825,258	C→A	6.0%	T481K (ACG→AAG)	yicH →	putative inner membrane‑anchored periplasmic AsmA family protein
RA	3,825,402	C→A	7.4%	P529Q (CCG→CAG)	yicH →	putative inner membrane‑anchored periplasmic AsmA family protein
RA	3,825,702	C→A	100%	K732N (AAG→AAT)	yicI ←	putative alpha‑glucosidase
RA	3,828,206	T→A	89.5%	S362C (AGT→TGT)	yicJ ←	putative transporter
RA	3,830,197	C→A	100%	intergenic (+281/‑116)	yicT → / → setC	pseudogene/putative arabinose efflux transporter
RA	3,830,311	G→T	100%	intergenic (+395/‑2)	yicT → / → setC	pseudogene/putative arabinose efflux transporter
RA	3,830,819	T→G	89.0%	F169L (TTT→TTG)	setC →	putative arabinose efflux transporter
RA	3,832,308	G→C	8.2%	S234T (AGT→ACT)	yicL →	EamA family inner membrane putative transporter
RA	3,835,154	G→A	7.5%	intergenic (‑55/+156)	nepI ← / ← yicN	putative transporter/DUF1198 family protein
RA	3,836,230	G→T	21.4%	A307E (GCG→GAG)	yicO ←	putative adenine permease
RA	3,837,532	C→A	43.3%	P70Q (CCG→CAG)	ade →	cryptic adenine deaminase
RA	3,837,997	C→T	5.4%	A225V (GCC→GTC)	ade →	cryptic adenine deaminase
RA	3,839,798	C→A	90.3%	D244Y (GAT→TAT)	uhpT ←	hexose phosphate transporter
JC	3,841,409	+CAACCAG	91.5%	coding (576/1320 nt)	uhpC ←	membrane protein regulates uhpT expression
RA	3,848,186	T→A	8.9%	L302Q (CTG→CAG)	emrD →	multidrug efflux system protein
RA	3,850,865	C→A	13.5%	A300A (GCG→GCT)	yidJ ←	sulfatase/phosphatase superfamily protein
RA	3,851,695	C→A	12.7%	G24C (GGT→TGT)	yidJ ←	sulfatase/phosphatase superfamily protein
RA	3,860,159	C→A	100%	P33P (CCG→CCT)	ibpB ←	heat shock chaperone
RA	3,860,327	C→A	91.4%	intergenic (‑70/+42)	ibpB ← / ← ibpA	heat shock chaperone/heat shock chaperone
RA	3,860,653	C→A	89.3%	E44* (GAA→TAA)	ibpA ←	heat shock chaperone
RA	3,861,553	C→A	92.6%	G373C (GGC→TGC)	yidR ←	DUF3748 family protein
RA	3,863,438	G→T	89.2%	M234I (ATG→ATT)	cbrA →	colicin M resistance protein; FAD‑binding protein, putative oxidoreductase
RA	3,865,120	C→A	90.5%	intergenic (‑30/+90)	dgoT ← / ← dgoD	D‑galactonate transporter/galactonate dehydratase
RA	3,865,863	T→A	85.4%	T166S (ACC→TCC)	dgoD ←	galactonate dehydratase
RA	3,869,943	A→T	15.5%	Y124N (TAC→AAC)	yidA ←	sugar phosphate phosphatase; substrates include erythrose 4‑P and mannose 1‑P phosphatase
RA	3,872,006	T→A	94.3%	S492C (AGC→TGC)	gyrB ←	DNA gyrase, subunit B
RA	3,872,359	T→C	9.4%	K374R (AAA→AGA)	gyrB ←	DNA gyrase, subunit B
RA	3,880,731	G→T	92.7%	D182Y (GAT→TAT)	mnmE →	tRNA U34 5‑methylaminomethyl‑2‑thiouridine modification GTPase
RA	3,884,378	C→A	10.8%	I261I (ATC→ATA)	tnaB →	tryptophan transporter of low affinity
RA	3,884,802	T→A	18.1%	W403R (TGG→AGG)	tnaB →	tryptophan transporter of low affinity
RA	3,887,058	A→T	8.8%	K312* (AAA→TAA)	yidZ →	putative DNA‑binding transcriptional regulator
RA	3,887,963	T→A	10.0%	S241S (TCT→TCA)	yieE →	phosphopantetheinyl transferase superfamily protein
RA	3,888,274	C→A	43.8%	P88Q (CCG→CAG)	chrR →	chromate reductase, Class I, flavoprotein
RA	3,888,535	A→T	7.1%	Q175L (CAA→CTA)	chrR →	chromate reductase, Class I, flavoprotein
RA	3,888,608	C→A	15.9%	intergenic (+30/+24)	chrR → / ← purP	chromate reductase, Class I, flavoprotein/adenine permease, high affinity; adenine:H+ symporter
RA	3,889,739	C→A	8.9%	M77I (ATG→ATT)	purP ←	adenine permease, high affinity; adenine:H+ symporter
RA	3,890,960	T→A	91.4%	F32Y (TTC→TAC)	cbrB →	PRK09823 family inner membrane protein, creBC regulon
RA	3,892,304	C→A	87.4%	P150P (CCG→CCT)	yieK ←	putative 6‑phosphogluconolactonase
RA	3,892,978	G→T	6.4%	N320K (AAC→AAA)	yieL ←	putative xylanase
RA	3,898,349	G→A	8.7%	F203F (TTC→TTT)	bglF ←	fused beta‑glucoside‑specific PTS enzymes: IIA component/IIB component/IIC component
RA	3,901,415	C→A	93.5%	P104P (CCG→CCT)	pstB ←	phosphate transporter subunit
RA	3,903,294	C→A	5.7%	P155P (CCG→CCT)	pstC ←	phosphate transporter subunit
RA	3,904,553	T→A	94.2%	P111P (CCA→CCT)	pstS ←	periplasmic phosphate binding protein, high‑affinity
RA	3,906,384	G→T	90.9%	I215I (ATC→ATA)	glmS ←	L‑glutamine:D‑fructose‑6‑phosphate aminotransferase
RA	3,910,416	C→A	82.8%	R107L (CGT→CTT)	atpD ←	F1 sector of membrane‑bound ATP synthase, beta subunit
RA	3,910,448	G→T	84.9%	V96V (GTC→GTA)	atpD ←	F1 sector of membrane‑bound ATP synthase, beta subunit
RA	3,910,894	C→A	100%	M244I (ATG→ATT)	atpG ←	F1 sector of membrane‑bound ATP synthase, gamma subunit
RA	3,911,254	C→A	17.2%	S124S (TCG→TCT)	atpG ←	F1 sector of membrane‑bound ATP synthase, gamma subunit
RA	3,914,505	C→A	5.5%	V15V (GTG→GTT)	atpE ←	F0 sector of membrane‑bound ATP synthase, subunit c
RA	3,916,052	C→A	6.5%	intergenic (‑252/+365)	atpI ← / ← rsmG	ATP synthase, membrane‑bound accessory factor/16S rRNA m(7)G527 methyltransferase, SAM‑dependent; glucose‑inhibited cell‑division protein
RA	3,916,830	C→A	100%	D71Y (GAT→TAT)	rsmG ←	16S rRNA m(7)G527 methyltransferase, SAM‑dependent; glucose‑inhibited cell‑division protein
RA	3,917,554	C→A	90.5%	L480L (CTG→CTT)	mnmG ←	5‑methylaminomethyl‑2‑thiouridine modification at tRNA U34
RA	3,923,028	C→A	94.8%	D476Y (GAC→TAC)	ravA ←	hexameric AAA+ MoxR family ATPase, putative molecular chaperone
RA	3,926,568	A→T	13.2%	intergenic (+24/‑143)	kup → / → rbsD	potassium transporter/putative cytoplasmic sugar‑binding protein
RA	3,926,831	G→T	100%	D41Y (GAT→TAT)	rbsD →	putative cytoplasmic sugar‑binding protein
RA	3,927,972	G→T	88.8%	E279* (GAA→TAA)	rbsA →	fused D‑ribose transporter subunits of ABC superfamily: ATP‑binding components
RA	3,931,021	C→A	88.6%	A123E (GCG→GAG)	rbsK →	ribokinase
RA	3,933,214	T→A	5.9%	L253F (TTA→TTT)	hsrA ←	putative multidrug or homocysteine efflux system
RA	3,933,379	G→T	5.9%	I198I (ATC→ATA)	hsrA ←	putative multidrug or homocysteine efflux system
RA	3,935,100	G→T	100%	intergenic (‑413/‑68)	yieP ← / → rrsC	putative transcriptional regulator/16S ribosomal RNA of rrnC operon
RA	3,936,831	C→A	90.8%	noncoding (37/76 nt)	gltU →	tRNA‑Glu
RA	3,943,898	G→A	11.1%	R11K (AGA→AAA)	ilvX →	uncharacterized protein
RA	3,944,000	T→A	5.5%	pseudogene (81/984 nt)	ilvG →	pseudogene, acetolactate synthase 2 large subunit, valine‑insensitive; acetolactate synthase II, large subunit, cryptic, interrupted
RA	3,945,181	G→T	90.3%	pseudogene (280/663 nt)	ilvG →	pseudogene, acetolactate synthase 2 large subunit, valine‑insensitive; acetolactate synthase II, large subunit, cryptic, interrupted
RA	3,950,395	C→A	11.0%	E262D (GAG→GAT)	ilvY ←	transcriptional activator of ilvC; autorepressor
RA	3,952,658	C→T	12.3%	D443D (GAC→GAT)	ilvC →	ketol‑acid reductoisomerase, NAD(P)‑binding
RA	3,957,997	C→A	15.8%	D332Y (GAT→TAT)	rhlB ←	ATP‑dependent RNA helicase
RA	3,958,003	T→A	5.3%	N330Y (AAC→TAC)	rhlB ←	ATP‑dependent RNA helicase
RA	3,958,885	G→T	11.6%	Q36K (CAG→AAG)	rhlB ←	ATP‑dependent RNA helicase
RA	3,959,351	G→T	91.0%	P77P (CCG→CCT)	trxA →	thioredoxin 1
RA	3,960,036	G→A	100%	R87H (CGC→CAC)	rho →	transcription termination factor
RA	3,966,854	C→A	100%	R325S (CGT→AGT)	rffG →	dTDP‑glucose 4,6‑dehydratase
RA	3,967,474	G→T	90.2%	A169A (GCG→GCT)	rffH →	glucose‑1‑phosphate thymidylyltransferase
RA	3,969,710	G→T	100%	G25C (GGT→TGT)	wzxE →	O‑antigen translocase
RA	3,970,026	C→A	8.7%	A130D (GCC→GAC)	wzxE →	O‑antigen translocase
RA	3,972,296	G→T	93.7%	E112D (GAG→GAT)	wzyE →	putative ECA polysaccharide chain elongation protein
RA	3,976,807	C→A	13.3%	H164N (CAT→AAT)	aslB →	putative AslA‑specific sulfatase‑maturating enzyme
RA	3,983,298	G→T	10.6%	R277S (CGC→AGC)	hemC ←	hydroxymethylbilane synthase
RA	3,988,075	T→A	100%	V65E (GTG→GAG)	yifL →	putative lipoprotein
RA	3,994,076	A→T	100%	L114* (TTA→TAA)	yigE ←	DUF2233 family protein
RA	3,994,247	A→T	100%	V57E (GTG→GAG)	yigE ←	DUF2233 family protein
RA	3,996,346	T→A	94.8%	I70F (ATC→TTC)	yigG ←	PRK11371 family inner membrane protein
RA	4,001,435	G→T	12.8%	E107* (GAG→TAG)	rhtC →	threonine efflux pump
RA	4,004,199	G→T	15.5%	D214Y (GAC→TAC)	yigL →	pyridoxal phosphate phosphatase
RA	4,009,705	G→A	100%	intergenic (‑176/‑86)	ysgA ← / → udp	putative carboxymethylenebutenolidase/uridine phosphorylase
RA	4,018,381	T→G	6.4%	F12V (TTC→GTC)	ubiD →	3‑octaprenyl‑4‑hydroxybenzoate decarboxylase
RA	4,024,827	G→T	91.5%	D103Y (GAT→TAT)	pepQ →	proline dipeptidase
RA	4,035,421	G→T	91.1%	intergenic (‑62/‑8)	mobA ← / → yihD	molybdopterin‑guanine dinucleotide synthase/DUF1040 protein YihD
RA	4,037,484	T→A	86.8%	intergenic (+80/‑75)	dsbA → / → yihF	periplasmic protein disulfide isomerase I/DUF945 family protein
RA	4,044,791	C→A	15.8%	R29S (CGT→AGT)	yihI →	activator of Der GTPase
RA	4,045,302	G→T	88.8%	intergenic (+86/‑103)	yihI → / → hemN	activator of Der GTPase/coproporphyrinogen III oxidase, SAM and NAD(P)H dependent, oxygen‑independent
RA	4,045,386	G→T	5.3%	intergenic (+170/‑19)	yihI → / → hemN	activator of Der GTPase/coproporphyrinogen III oxidase, SAM and NAD(P)H dependent, oxygen‑independent
RA	4,046,172	A→T	100%	K256N (AAA→AAT)	hemN →	coproporphyrinogen III oxidase, SAM and NAD(P)H dependent, oxygen‑independent
RA	4,053,774	G→T	10.0%	intergenic (+184/‑33)	typA → / → yihL	GTP‑binding protein/putative DNA‑binding transcriptional regulator
RA	4,056,018	T→A	100%	F138I (TTC→ATC)	yihN →	MFS transporter family protein
RA	4,058,809	G→T	91.9%	I106I (ATC→ATA)	yihO ←	putative transporter
RA	4,062,424	G→T	100%	I71I (ATC→ATA)	yihQ ←	alpha‑glucosidase
RA	4,066,133	T→G	100%	S267R (AGC→CGC)	yihU ←	gamma‑hydroxybutyrate dehydrogenase, NADH‑dependent
RA	4,068,208	C→A	100%	G60G (GGC→GGA)	yihW →	DeoR family putative transcriptional regulator
RA	4,070,543	G→T	92.6%	D57Y (GAT→TAT)	dtd →	D‑tyr‑tRNA(Tyr) deacylase
RA	4,073,405	C→T	10.8%	intergenic (+76/+254)	yiiF → / ← fdhE	putative thymol sensitivity protein, CopG family putative transcriptional regulator/formate dehydrogenase formation protein
RA	4,073,741	A→T	6.1%	L283Q (CTG→CAG)	fdhE ←	formate dehydrogenase formation protein
RA	4,074,579	G→T	89.2%	R4S (CGC→AGC)	fdhE ←	formate dehydrogenase formation protein
RA	4,075,234	C→A	91.6%	D296Y (GAC→TAC)	fdoH ←	formate dehydrogenase‑O, Fe‑S subunit
RA	4,087,638	C→A	21.5%	intergenic (‑288/‑26)	rhaD ← / → rhaS	pseudogene, truncated, rhamnulose‑phosphate aldolase/transcriptional activator of rhaBAD and rhaT
RA	4,088,850	C→A	94.7%	R93S (CGT→AGT)	rhaR →	transcriptional activator of rhaSR
RA	4,093,610	G→T	5.1%	R432S (CGT→AGT)	cpxA ←	sensory histidine kinase in two‑component regulatory system with CpxR
RA	4,094,362	C→A	100%	W181L (TGG→TTG)	cpxA ←	sensory histidine kinase in two‑component regulatory system with CpxR
RA	4,097,822	G→T	100%	E115* (GAA→TAA)	pfkA →	6‑phosphofructokinase I
RA	4,105,186	C→A	10.2%	D108Y (GAT→TAT)	glpX ←	fructose 1,6‑bisphosphatase II
RA	4,108,175	C→T	94.5%	intergenic (‑157/‑268)	glpF ← / → zapB	glycerol facilitator/FtsZ stabilizer; septal ring assembly factor, stimulates cell division
RA	4,109,426	T→A	14.3%	E284D (GAA→GAT)	menA ←	1,4‑dihydroxy‑2‑naphthoate octaprenyltransferase
RA	4,122,248	A→T	88.1%	intergenic (+53/‑296)	metL → / → metF	Bifunctional aspartokinase/homoserine dehydrogenase 2/5,10‑methylenetetrahydrofolate reductase
RA	4,124,384	C→A	88.4%	H208N (CAT→AAT)	katG →	catalase‑peroxidase HPI, heme b‑containing
RA	4,125,407	C→A	87.9%	H549N (CAT→AAT)	katG →	catalase‑peroxidase HPI, heme b‑containing
RA	4,126,143	C→A	9.5%	I36I (ATC→ATA)	yijE →	EamA‑like transporter family protein
RA	4,127,022	T→G	100%	E188D (GAA→GAC)	yijF ←	DUF1287 family protein
RA	4,128,037	G→T	18.5%	L309L (CTC→CTA)	gldA ←	glycerol dehydrogenase, NAD+ dependent; 1,2‑propanediol:NAD+ oxidoreductase
RA	4,135,168	G→T	88.7%	V416L (GTA→TTA)	pflD →	putative glycine radical domain‑containing pyruvate formate‑lyase
RA	4,142,718	C→A	7.8%	V103V (GTG→GTT)	ppc ←	phosphoenolpyruvate carboxylase
RA	4,143,605	G→T	8.6%	intergenic (‑579/+19)	ppc ← / ← argE	phosphoenolpyruvate carboxylase/acetylornithine deacetylase
RA	4,150,054	G→T	89.7%	S222Y (TCT→TAT)	sthA ←	pyridine nucleotide transhydrogenase, soluble
RA	4,152,655	G→T	7.2%	R182S (CGT→AGT)	trmA ←	tRNA m(5)U54 methyltransferase, SAM‑dependent; tmRNA m(5)U341 methyltransferase
RA	4,152,819	T→G	16.3%	K127T (AAG→ACG)	trmA ←	tRNA m(5)U54 methyltransferase, SAM‑dependent; tmRNA m(5)U341 methyltransferase
RA	4,154,402	A→T	34.5%	E279V (GAA→GTA)	btuB →	vitamin B12/cobalamin outer membrane transporter
RA	4,158,143	A→T	38.3%	intergenic (+15/‑157)	rrsB → / → gltT	16S ribosomal RNA of rrnB operon/tRNA‑Glu
RA	4,158,149	T→C	39.1%	intergenic (+21/‑151)	rrsB → / → gltT	16S ribosomal RNA of rrnB operon/tRNA‑Glu
RA	4,158,400	G→A	15.9%	intergenic (+25/‑169)	gltT → / → rrlB	tRNA‑Glu/23S ribosomal RNA of rrnB operon
RA	4,158,403	G→T	15.7%	intergenic (+28/‑166)	gltT → / → rrlB	tRNA‑Glu/23S ribosomal RNA of rrnB operon
RA	4,158,404	A→G	15.7%	intergenic (+29/‑165)	gltT → / → rrlB	tRNA‑Glu/23S ribosomal RNA of rrnB operon
RA	4,163,117	T→A	38.7%	I36I (ATT→ATA)	birA →	bifunctional biotin‑[acetylCoA carboxylase] holoenzyme synthetase/ DNA‑binding transcriptional repressor, bio‑5'‑AMP‑binding
RA	4,163,303	C→A	14.3%	I98I (ATC→ATA)	birA →	bifunctional biotin‑[acetylCoA carboxylase] holoenzyme synthetase/ DNA‑binding transcriptional repressor, bio‑5'‑AMP‑binding
RA	4,163,570	T→A	9.0%	I187I (ATT→ATA)	birA →	bifunctional biotin‑[acetylCoA carboxylase] holoenzyme synthetase/ DNA‑binding transcriptional repressor, bio‑5'‑AMP‑binding
RA	4,166,017	A→T	19.0%	Q49L (CAG→CTG)	tufB →	translation elongation factor EF‑Tu 2
RA	4,168,141	T→A	8.1%	R157R (CGT→CGA)	nusG →	transcription termination factor
RA	4,172,507	C→A	92.5%	I445I (ATC→ATA)	rpoB →	RNA polymerase, beta subunit
RA	4,173,145	A→T	89.5%	Q658L (CAG→CTG)	rpoB →	RNA polymerase, beta subunit
RA	4,173,179	G→T	92.7%	P669P (CCG→CCT)	rpoB →	RNA polymerase, beta subunit
RA	4,176,823	G→T	100%	D516Y (GAC→TAC)	rpoC →	RNA polymerase, beta prime subunit
RA	4,178,758	G→T	7.9%	G1161C (GGT→TGT)	rpoC →	RNA polymerase, beta prime subunit
RA	4,178,969	G→T	91.9%	R1231L (CGT→CTT)	rpoC →	RNA polymerase, beta prime subunit
RA	4,180,457	C→A	13.8%	intergenic (‑42/+206)	sroH ← / ← thiH	novel sRNA, function unknown/tyrosine lyase, involved in thiamine‑thiazole moiety synthesis
RA	4,184,471	A→T	40.8%	I519I (ATT→ATA)	thiC ←	phosphomethylpyrimidine synthase
RA	4,190,061	T→A	36.2%	intergenic (+39/‑148)	yjaG → / → hupA	DUF416 domain protein/HU, DNA‑binding transcriptional regulator, alpha subunit
RA	4,193,578	G→T	93.6%	D111Y (GAT→TAT)	zraR →	fused DNA‑binding response regulator in two‑component regulatory system with ZraS: response regulator/sigma54 interaction protein
RA	4,194,861	G→T	11.9%	G333G (GGC→GGA)	purD ←	phosphoribosylglycinamide synthetase phosphoribosylamine‑glycine ligase
RA	4,207,552	G→T	93.8%	M172I (ATG→ATT)	aceA →	isocitrate lyase
RA	4,208,251	A→T	9.9%	T405T (ACA→ACT)	aceA →	isocitrate lyase
RA	4,210,753	C→A	93.2%	E555* (GAA→TAA)	arpA ←	ankyrin repeat protein
RA	4,211,576	G→T	100%	S280R (AGC→AGA)	arpA ←	ankyrin repeat protein
RA	4,211,803	G→A	100%	P205S (CCT→TCT)	arpA ←	ankyrin repeat protein
RA	4,214,563	A→T	86.6%	T270S (ACC→TCC)	metH →	homocysteine‑N5‑methyltetrahydrofolate transmethylase, B12‑dependent
RA	4,214,809	G→T	91.2%	E352* (GAA→TAA)	metH →	homocysteine‑N5‑methyltetrahydrofolate transmethylase, B12‑dependent
RA	4,218,928	G→A	8.2%	E424K (GAA→AAA)	yjbB →	putative Na+/Pi‑cotransporter
RA	4,219,790	A→T	50.0%	L94Q (CTG→CAG)	pepE ←	(alpha)‑aspartyl dipeptidase
RA	4,220,948	G→T	15.6%	D223Y (GAT→TAT)	rluF →	23S rRNA pseudouridine(2604) synthase
RA	4,221,214	C→A	26.4%	intergenic (+60/+73)	rluF → / ← yjbD	23S rRNA pseudouridine(2604) synthase/DUF3811 family protein
RA	4,223,839	G→A	6.8%	D52N (GAT→AAT)	pgi →	glucosephosphate isomerase
RA	4,224,391	G→T	37.8%	V236F (GTT→TTT)	pgi →	glucosephosphate isomerase
RA	4,224,513	G→T	11.4%	A276A (GCG→GCT)	pgi →	glucosephosphate isomerase
RA	4,224,685	G→A	20.7%	A334T (GCG→ACG)	pgi →	glucosephosphate isomerase
RA	4,225,741	G→T	89.1%	intergenic (+406/‑93)	pgi → / → yjbE	glucosephosphate isomerase/extracellular polysaccharide production threonine‑rich protein
RA	4,225,841	A→C	89.7%	K3T (AAA→ACA)	yjbE →	extracellular polysaccharide production threonine‑rich protein
RA	4,230,913	A→T	100%	W424R (TGG→AGG)	xylE ←	D‑xylose transporter
RA	4,231,784	G→T	9.6%	R133R (CGC→CGA)	xylE ←	D‑xylose transporter
RA	4,235,869	G→T	91.9%	A160E (GCG→GAG)	malE ←	maltose transporter subunit
RA	4,235,916	G→T	100%	N144K (AAC→AAA)	malE ←	maltose transporter subunit
RA	4,236,666	C→A	93.2%	intergenic (‑319/‑46)	malE ← / → malK	maltose transporter subunit/fused maltose transport subunit, ATP‑binding component of ABC superfamily/regulatory protein
RA	4,241,633	C→T	8.6%	pseudogene (745/1323 nt)	yjbI →	pseudogene, SopA‑related, pentapeptide repeats‑containing
RA	4,242,509	C→T	87.6%	L26F (CTC→TTC)	ubiC →	chorismate‑‑pyruvate lyase
RA	4,245,537	G→T	100%	N286K (AAC→AAA)	plsB ←	glycerol‑3‑phosphate O‑acyltransferase
RA	4,249,117	G→T	91.0%	intergenic (+68/‑48)	dinF → / → yjbJ	oxidative stress resistance protein; putative MATE family efflux pump; UV and mitomycin C inducible protein/stress‑induced protein, UPF0337 family
RA	4,255,009	A→T	92.5%	V256V (GTA→GTT)	dnaB →	replicative DNA helicase
RA	4,258,903	G→T	16.8%	S13Y (TCT→TAT)	yjbS ←	uncharacterized protein
RA	4,265,064	C→A	100%	intergenic (‑95/‑335)	yjcB ← / → yjcC	putative inner membrane protein/putative membrane‑anchored cyclic‑di‑GMP phosphodiesterase
RA	4,265,089	T→A	93.6%	intergenic (‑120/‑310)	yjcB ← / → yjcC	putative inner membrane protein/putative membrane‑anchored cyclic‑di‑GMP phosphodiesterase
RA	4,266,208	T→A	6.3%	S270S (TCT→TCA)	yjcC →	putative membrane‑anchored cyclic‑di‑GMP phosphodiesterase
RA	4,266,318	G→T	84.5%	R307L (CGT→CTT)	yjcC →	putative membrane‑anchored cyclic‑di‑GMP phosphodiesterase
RA	4,269,251	A→T	8.3%	Q282L (CAG→CTG)	yjcD →	inner membrane putative guanine permease
RA	4,271,906	C→T	9.9%	E366E (GAG→GAA)	yjcF ←	pentapeptide repeats protein
RA	4,272,051	A→C	6.1%	F318C (TTC→TGC)	yjcF ←	pentapeptide repeats protein
RA	4,272,352	T→C	29.9%	T218A (ACT→GCT)	yjcF ←	pentapeptide repeats protein
RA	4,273,297	A→T	8.2%	W512R (TGG→AGG)	actP ←	acetate transporter
RA	4,274,460	C→A	12.1%	R124L (CGT→CTT)	actP ←	acetate transporter
RA	4,274,926	A→C	100%	I72M (ATT→ATG)	yjcH ←	DUF485 family inner membrane protein
RA	4,275,142	C→A	100%	intergenic (‑1/+199)	yjcH ← / ← acs	DUF485 family inner membrane protein/acetyl‑CoA synthetase
RA	4,275,862	C→A	91.2%	D480Y (GAT→TAT)	acs ←	acetyl‑CoA synthetase
RA	4,279,816	G→T	45.1%	A27A (GCG→GCT)	nrfC →	formate‑dependent nitrite reductase, 4Fe4S subunit
RA	4,288,086	G→T	92.6%	F366L (TTC→TTA)	fdhF ←	formate dehydrogenase‑H, selenopolypeptide subunit
RA	4,290,080	G→T	100%	I256I (ATC→ATA)	mdtP ←	outer membrane factor of efflux pump
RA	4,293,842	C→A	6.9%	V29F (GTT→TTT)	mdtN ←	membrane fusion protein of efflux pump
RA	4,297,485	G→C	91.6%	G44G (GGC→GGG)	alsK ←	D‑allose kinase
RA	4,297,846	C→A	100%	M150I (ATG→ATT)	alsE ←	allulose‑6‑phosphate 3‑epimerase
RA	4,303,614	T→A	100%	*150R (TGA→AGA)	rpiB →	ribose 5‑phosphate isomerase B/allose 6‑phosphate isomerase
RA	4,308,395	G→T	11.3%	H63N (CAC→AAC)	phnK ←	carbon‑phosphorus lyase complex subunit, putative ATP transporter ATP‑binding protein
RA	4,310,259	C→A	21.7%	A74A (GCG→GCT)	phnI ←	ribophosphonate triphosphate synthase complex putative catalytic subunit
RA	4,315,765	A→G	8.2%	intergenic (‑207/+451)	yjdN ← / ← yjdM	metalloprotein superfamily protein/zinc‑ribbon family protein
RA	4,318,517	A→T	90.4%	T522T (ACA→ACT)	crfC →	clamp‑binding sister replication fork colocalization protein, dynamin‑related
RA	4,318,898	A→C	9.1%	E649D (GAA→GAC)	crfC →	clamp‑binding sister replication fork colocalization protein, dynamin‑related
RA	4,321,629	C→A	5.3%	T437T (ACC→ACA)	proP →	proline/glycine betaine transporter
RA	4,321,863	A→T	7.2%	intergenic (+42/‑70)	proP → / → pmrR	proline/glycine betaine transporter/putative membrane‑bound BasS regulator
RA	4,329,774	C→A	85.6%	D189Y (GAC→TAC)	adiA ←	arginine decarboxylase
RA	4,330,101	G→T	8.7%	H80N (CAT→AAT)	adiA ←	arginine decarboxylase
RA	4,330,426	Δ1 bp	100%	intergenic (‑88/+111)	adiA ← / ← melR	arginine decarboxylase/melibiose operon transcriptional regulator; autoregulator
RA	4,335,195	G→T	8.6%	L61I (CTC→ATC)	yjdF ←	DUF2238 family inner membrane protein
RA	4,336,681	A→T	9.1%	Y155N (TAC→AAC)	fumB ←	anaerobic class I fumarate hydratase (fumarase B)
RA	4,337,551	C→A	5.7%	V337V (GTG→GTT)	dcuB ←	C4‑dicarboxylate transporter, anaerobic; DcuS co‑sensor
RA	4,341,023	A→T	100%	Y153N (TAC→AAC)	dcuS ←	sensory histidine kinase in two‑component regulatory system with DcuR, regulator of anaerobic fumarate respiration
RA	4,345,995	C→A	6.5%	V78V (GTG→GTT)	dtpC ←	dipeptide and tripeptide permease
RA	4,347,399	T→A	8.7%	K346* (AAA→TAA)	cadA ←	lysine decarboxylase, acid‑inducible
RA	4,350,223	G→A	91.2%	A510V (GCT→GTT)	cadC ←	cadBA operon transcriptional activator
RA	4,350,570	T→A	14.9%	E394D (GAA→GAT)	cadC ←	cadBA operon transcriptional activator
RA	4,354,610	A→T	9.2%	W84R (TGG→AGG)	dsbD ←	fused thiol:disulfide interchange protein: activator of DsbC/conserved protein
RA	4,356,198	A→T	7.4%	S131S (TCT→TCA)	dcuA ←	C4‑dicarboxylate antiporter
RA	4,357,647	C→A	9.2%	A166A (GCG→GCT)	aspA ←	aspartate ammonia‑lyase
RA	4,357,772	G→T	5.1%	Q125K (CAA→AAA)	aspA ←	aspartate ammonia‑lyase
RA	4,358,390	A→C	90.4%	intergenic (‑246/‑91)	aspA ← / → fxsA	aspartate ammonia‑lyase/suppressor of F exclusion of phage T7
RA	4,358,920	G→T	92.9%	R147L (CGC→CTC)	fxsA →	suppressor of F exclusion of phage T7
JC	4,362,446	+GGCGGTATG	11.2%	coding (1605/1647 nt)	groL →	Cpn60 chaperonin GroEL, large subunit of GroESL
RA	4,366,322	A→C	91.0%	intergenic (+63/‑48)	ecnA → / → ecnB	entericidin A membrane lipoprotein, antidote entericidin B/entericidin B membrane lipoprotein
RA	4,371,121	A→T	5.5%	Y339N (TAC→AAC)	frdA ←	fumarate reductase (anaerobic) catalytic and NAD/flavoprotein subunit
RA	4,372,049	C→A	15.3%	P29P (CCG→CCT)	frdA ←	fumarate reductase (anaerobic) catalytic and NAD/flavoprotein subunit
RA	4,372,891	A→T	10.4%	A144A (GCA→GCT)	epmA →	Elongation Factor P Lys34 lysyltransferase
RA	4,376,178	C→A	88.8%	E1004* (GAA→TAA)	mscM ←	mechanosensitive channel protein, miniconductance
RA	4,378,778	G→T	87.6%	S137* (TCG→TAG)	mscM ←	mechanosensitive channel protein, miniconductance
RA	4,381,504	T→A	93.6%	I28I (ATT→ATA)	orn →	oligoribonuclease
RA	4,382,218	C→A	89.9%	noncoding (42/76 nt)	glyV →	tRNA‑Gly
RA	4,383,270	G→T	5.2%	T205T (ACC→ACA)	queG ←	epoxyqueuosine reductase, cobalamine‑stimulated; queosine biosynthesis
RA	4,384,908	A→G	9.6%	K342K (AAA→AAG)	nnr →	bifunctional NAD(P)H‑hydrate repair enzyme; C‑terminal domain ADP‑dependent (S)‑NAD(P)H‑hydrate dehydratase and N‑terminal domain NAD(P)H‑hydrate epimerase
RA	4,388,439	T→A	31.6%	V404E (GTG→GAG)	mutL →	methyl‑directed mismatch repair protein
RA	4,388,902	G→T	100%	A558A (GCG→GCT)	mutL →	methyl‑directed mismatch repair protein
RA	4,394,875	G→T	90.0%	A124A (GCG→GCT)	purA →	adenylosuccinate synthetase
RA	4,396,598	A→T	100%	E43V (GAA→GTA)	rnr →	exoribonuclease R, RNase R
RA	4,402,850	G→T	89.5%	L2L (CTG→CTT)	yjfC →	ATP‑Grasp family ATPase
RA	4,404,169	G→T	90.3%	A26A (GCG→GCT)	aidB →	DNA alkylation damage repair protein; flavin‑containing DNA binding protein, weak isovaleryl CoA dehydrogenase
RA	4,405,730	G→T	90.5%	intergenic (+13/+104)	aidB → / ← yjfN	DNA alkylation damage repair protein; flavin‑containing DNA binding protein, weak isovaleryl CoA dehydrogenase/DUF1471 family periplasmic protein
RA	4,405,735	G→T	9.0%	intergenic (+18/+99)	aidB → / ← yjfN	DNA alkylation damage repair protein; flavin‑containing DNA binding protein, weak isovaleryl CoA dehydrogenase/DUF1471 family periplasmic protein
RA	4,406,553	C→A	91.0%	R12L (CGG→CTG)	bsmA ←	bioflm peroxide resistance protein
RA	4,410,964	A→C	88.7%	I390L (ATC→CTC)	ulaA →	L‑ascorbate‑specific enzyme IIC permease component of PTS
RA	4,412,786	G→T	92.1%	E42* (GAA→TAA)	ulaE →	L‑xylulose 5‑phosphate 3‑epimerase
RA	4,417,122	G→T	84.9%	R40S (CGT→AGT)	yjfZ ←	uncharacterized protein
RA	4,417,551	A→C	100%	pseudogene (41/402 nt)	ytfA →	pseudogene, related to transcriptional regulators
RA	4,427,647	G→A	100%	D42N (GAT→AAT)	ytfI →	uncharacterized protein
RA	4,428,092	G→T	90.2%	G190V (GGA→GTA)	ytfI →	uncharacterized protein
RA	4,432,031	G→A	85.9%	intergenic (‑38/‑168)	msrA ← / → tamA	methionine sulfoxide reductase A/translocation and assembly module for autotransporter export, outer membrane subunit
RA	4,432,180	A→T	19.8%	intergenic (‑187/‑19)	msrA ← / → tamA	methionine sulfoxide reductase A/translocation and assembly module for autotransporter export, outer membrane subunit
RA	4,434,260	C→A	92.4%	P111H (CCT→CAT)	tamB →	translocation and assembly module for autotransporter export, inner membrane subunit
RA	4,435,723	G→T	11.7%	D599Y (GAT→TAT)	tamB →	translocation and assembly module for autotransporter export, inner membrane subunit
RA	4,440,321	C→A	13.3%	I181I (ATC→ATA)	ytfQ →	galactofuranose binding proteint: periplasmic‑binding component of ABC superfamily
RA	4,440,910	C→A	5.4%	T12T (ACC→ACA)	ytfR →	putative ABC superfamily sugar transporter ATP‑binding subunit
RA	4,443,292	C→A	14.0%	S302* (TCG→TAG)	ytfT →	inner membrane putative ABC superfamily sugar transporter permease
RA	4,445,719	A→T	90.0%	T40S (ACC→TCC)	mpl →	UDP‑N‑acetylmuramate:L‑alanyl‑gamma‑D‑glutamyl‑ meso‑diaminopimelate ligase
RA	4,456,233	G→T	93.2%	I277I (ATC→ATA)	treR ←	trehalose 6‑phosphate‑inducible trehalose regulon transcriptional repressor
RA	4,457,499	C→A	92.8%	R20S (CGT→AGT)	mgtA →	magnesium transporter
RA	4,458,254	T→A	100%	V271V (GTT→GTA)	mgtA →	magnesium transporter
RA	4,458,609	G→T	100%	D390Y (GAT→TAT)	mgtA →	magnesium transporter
RA	4,458,948	G→T	88.7%	D503Y (GAT→TAT)	mgtA →	magnesium transporter
RA	4,465,936	T→A	92.3%	L228* (TTA→TAA)	yjgL →	uncharacterized protein
RA	4,468,165	A→G	100%	intergenic (‑37/‑125)	argI ← / → rraB	ornithine carbamoyltransferase 1/protein inhibitor of RNase E
RA	4,469,550	G→A	100%	A2T (GCT→ACT)	yjgN →	DUF898 family inner membrane protein
RA	4,470,017	G→A	100%	M157I (ATG→ATA)	yjgN →	DUF898 family inner membrane protein
RA	4,470,873	G→T	86.4%	R928S (CGT→AGT)	valS ←	valyl‑tRNA synthetase
RA	4,471,930	T→A	88.2%	P575P (CCA→CCT)	valS ←	valyl‑tRNA synthetase
RA	4,472,936	G→T	13.7%	P240Q (CCG→CAG)	valS ←	valyl‑tRNA synthetase
RA	4,480,139	G→T	88.1%	A273E (GCG→GAG)	idnR ←	transcriptional repressor, 5‑gluconate‑binding
RA	4,480,150	T→G	6.1%	Q269H (CAA→CAC)	idnR ←	transcriptional repressor, 5‑gluconate‑binding
RA	4,481,076	T→G	5.1%	I423L (ATT→CTT)	idnT ←	L‑idonate and D‑gluconate transporter
RA	4,481,249	A→T	6.8%	V365E (GTG→GAG)	idnT ←	L‑idonate and D‑gluconate transporter
RA	4,484,556	A→T	10.5%	P39P (CCA→CCT)	idnK →	D‑gluconate kinase, thermosensitive
RA	4,487,509	G→T	8.5%	pseudogene (1018/1266 nt)	intB →	pseudogene, integrase homology;IS, phage, Tn; Phage‑related functions and prophages; KpLE2 phage‑like element; P4‑like integrase
RA	4,493,435	T→C	93.2%	intergenic (‑187/‑440)	insG ← / → yjhB	IS4 transposase/putative transporter
RA	4,494,721	G→A	92.6%	A283T (GCC→ACC)	yjhB →	putative transporter
RA	4,495,560	A→T	13.3%	N153Y (AAC→TAC)	yjhC →	putative oxidoreductase
RA	4,495,859	T→G	90.0%	D252E (GAT→GAG)	yjhC →	putative oxidoreductase
RA	4,505,141	G→T	87.4%	R452S (CGT→AGT)	fecA ←	ferric citrate outer membrane transporter
RA	4,512,693	T→A	100%	K407* (AAG→TAG)	yjhG ←	putative dehydratase
RA	4,514,074	C→A	21.4%	E252* (GAA→TAA)	yjhH ←	putative lyase/synthase
RA	4,519,134	C→A	6.4%	L309L (CTG→CTT)	sgcC ←	putative PTS system EIIC permease component
RA	4,520,701	G→T	87.8%	G256G (GGC→GGA)	sgcX ←	putative endoglucanase with Zn‑dependent exopeptidase domain
RA	4,523,001	T→A	88.7%	intergenic (‑1/+55)	yjhP ← / ← yjhQ	putative methyltransferase/putative acetyltransferase
RA	4,525,234	G→A	100%	pseudogene (415/1029 nt)	yjhR →	pseudogene, helicase family; putative frameshift suppressor
RA	4,531,143	A→T	100%	I124F (ATT→TTT)	fimB →	tyrosine recombinase/inversion of on/off regulator of fimA
RA	4,541,306	C→T	6.6%	intergenic (‑193/‑147)	gntP ← / → uxuA	fructuronate transporter/mannonate hydrolase
RA	4,541,449	A→T	91.8%	intergenic (‑336/‑4)	gntP ← / → uxuA	fructuronate transporter/mannonate hydrolase
RA	4,545,107	G→T	10.7%	D239Y (GAT→TAT)	uxuR →	fructuronate‑inducible hexuronate regulon transcriptional repressor; autorepressor
RA	4,545,608	C→A	92.3%	R177I (AGA→ATA)	yjiC ←	uncharacterized protein
RA	4,547,818	C→A	92.0%	D97Y (GAT→TAT)	hypT ←	hypochlorite‑responsive transcription factor
RA	4,548,084	A→T	41.5%	L8* (TTG→TAG)	hypT ←	hypochlorite‑responsive transcription factor
RA	4,548,437	C→A	6.4%	G303C (GGT→TGT)	iadA ←	isoaspartyl dipeptidase
RA	4,555,156	G→T	100%	A171E (GCG→GAG)	yjiM ←	putative 2‑hydroxyglutaryl‑CoA dehydratase
RA	4,558,625	G→T	9.7%	intergenic (‑289/‑190)	mdtM ← / → yjiP	multidrug efflux system protein/pseudogene, transposase_31 family protein
RA	4,562,043	C→A	100%	intergenic (+311/‑188)	yjiS → / → yjiT	DUF1127 family protein/pseudogene
RA	4,563,898	G→T	9.2%	pseudogene (163/2937 nt)	yjiV →	pseudogene; conserved hypothetical protein
RA	4,565,742	C→A	13.3%	pseudogene (2007/2937 nt)	yjiV →	pseudogene; conserved hypothetical protein
RA	4,567,278	G→T	88.4%	I166I (ATC→ATA)	mcrC ←	5‑methylcytosine‑specific restriction enzyme McrBC, subunit McrC
RA	4,567,349	G→A	6.3%	L143F (CTT→TTT)	mcrC ←	5‑methylcytosine‑specific restriction enzyme McrBC, subunit McrC
RA	4,571,233	G→A	89.0%	S16F (TCT→TTT)	hsdS ←	specificity determinant for hsdM and hsdR
RA	4,572,520	A→T	91.8%	Y116N (TAC→AAC)	hsdM ←	DNA methyltransferase M
RA	4,576,075	G→T	10.4%	pseudogene (558/3567 nt)	hsdR ←	pseudogene, premature stop codon, host restriction; endonuclease R
RA	4,584,255	A→C	93.5%	L95L (CTT→CTG)	yjjL ←	L‑galactonate transporter
RA	4,584,381	G→T	100%	I53I (ATC→ATA)	yjjL ←	L‑galactonate transporter
RA	4,584,756	A→T	100%	*305K (TAA→AAA)	yjjM ←	yjjMN operon transcriptional activator
RA	4,584,775	C→A	100%	E298D (GAG→GAT)	yjjM ←	yjjMN operon transcriptional activator
RA	4,585,338	A→T	100%	S111T (TCT→ACT)	yjjM ←	yjjMN operon transcriptional activator
RA	4,585,646	C→A	9.8%	R8L (CGC→CTC)	yjjM ←	yjjMN operon transcriptional activator
RA	4,588,180	G→T	85.5%	S360* (TCA→TAA)	opgB ←	phosphoglycerol transferases I and II
RA	4,589,130	G→T	84.2%	I43I (ATC→ATA)	opgB ←	phosphoglycerol transferases I and II
RA	4,590,074	A→C	12.8%	V240G (GTA→GGA)	dnaC ←	DNA biosynthesis protein
RA	4,591,139	C→A	87.8%	D66Y (GAT→TAT)	dnaT ←	DNA biosynthesis protein (primosomal protein I)
RA	4,596,243	T→A	91.2%	intergenic (‑25/+243)	leuQ ← / ← rsmC	tRNA‑Leu/16S rRNA m(2)G1207 methyltransferase, SAM‑dependent
RA	4,600,972	G→T	91.4%	intergenic (+152/‑241)	prfC → / → osmY	peptide chain release factor RF‑3/periplasmic protein
RA	4,603,924	G→T	9.9%	P209P (CCG→CCT)	yjjV →	putative DNase
RA	4,605,542	T→A	8.4%	G447G (GGA→GGT)	yjjI ←	DUF3029 family protein, putative glycine radical enzyme
RA	4,607,025	C→T	15.2%	intergenic (‑143/‑115)	yjjI ← / → deoC	DUF3029 family protein, putative glycine radical enzyme/2‑deoxyribose‑5‑phosphate aldolase, NAD(P)‑linked
RA	4,609,856	A→T	9.2%	H146L (CAC→CTC)	deoB →	phosphopentomutase
RA	4,615,947	G→T	91.4%	E73D (GAG→GAT)	radA →	DNA repair protein
RA	4,617,341	C→A	92.8%	F70L (TTC→TTA)	nadR →	trifunctional protein: nicotinamide mononucleotide adenylyltransferase, ribosylnicotinamide kinase, transcriptional repressor
RA	4,625,283	T→A	6.7%	intergenic (‑156/‑55)	rob ← / → creA	right oriC‑binding transcriptional activator, AraC family/putative periplasmic protein
RA	4,625,288	T→C	100%	intergenic (‑161/‑50)	rob ← / → creA	right oriC‑binding transcriptional activator, AraC family/putative periplasmic protein
RA	4,629,649	A→T	5.9%	Y159N (TAC→AAC)	arcA ←	response regulator in two‑component regulatory system with ArcB or CpxA
RA	4,630,770	G→T	91.5%	T4T (ACG→ACT)	yjtD →	putative methyltransferase

Unassigned missing coverage evidence
			seq id	start	end	size	←reads	reads→	gene	description
*	*	÷	CP009273	373862	375088	1227	106 [104]	[99] 106	frmA–[frmR]	frmA,[frmR]
*	*	÷	CP009273	1191663	1206938	15276	106 [105]	[105] 114	[icd]–[icdC]	[icd],ymfD,ymfE,lit,intE,xisE,ymfI,ymfJ,cohE,croE,ymfL,ymfM,oweE,aaaE,ymfR,beeE,jayE,ymfQ,stfP,tfaP,tfaE,stfE,pinE,mcrA,[icdC]
*	*	÷	CP009273	4100596	4101493	898	106 [103]	[104] 108	[cdh]–tpiA	[cdh],tpiA

Unassigned new junction evidence
		seq id	position	reads (cov)	reads (cov)	score	skew	freq	annotation	gene	product
*	?	CP009273	310940 =	191 (1.020)	15 (0.080) +TC	12/270	NT	7.6%	intergenic (+1/‑62)	eaeH/insE1	pseudogene, attaching and effacing protein homology;factor; Not classified/IS3 transposase A
	?	CP009273	3764627 =	177 (0.940)					coding (113/1137 nt)	yibH	putative membrane fusion protein (MFP) component of efflux pump
*	?	CP009273	360104 =	122 (0.650)	112 (0.600)	73/274	NT	47.9%	intergenic (‑38/+557)	lacZ/lacI	pseudogene, truncated/DNA‑binding transcriptional repressor
	?	CP009273	= 360286	NA (NA)					intergenic (‑220/+375)	lacZ/lacI	pseudogene, truncated/DNA‑binding transcriptional repressor
*	?	CP009273	= 360278	NA (NA)	4968 (28.130) +TTAATTAA	191/258	NT	96.5%	intergenic (‑212/+383)	lacZ/lacI	pseudogene, truncated/DNA‑binding transcriptional repressor
	?	CP009273	= 361823	191 (1.020)					coding (831/834 nt)	mhpR	mhp operon transcriptional activator
*	?	CP009273	360652 =	157 (0.840)	4496 (36.210) +46 bp	175/182	NT	97.7%	intergenic (‑586/+9)	lacZ/lacI	pseudogene, truncated/DNA‑binding transcriptional repressor
	?	CP009273	= 1317577	159 (0.850)					coding (101/882 nt)	yciV	PHP domain protein
*	?	CP009273	= 361823	191 (1.020)	37 (0.210) +TTAATTAA	5/258	NT	18.3%	coding (831/834 nt)	mhpR	mhp operon transcriptional activator
	?	CP009273	4033991 =	160 (0.850)					noncoding (115/120 nt)	rrfA	5S ribosomal RNA of rrnA operon
*	?	CP009273	376716 =	NA (NA)	191 (1.020)	102/274	NT	100%	intergenic (‑1/‑91)	yaiX/insC1	pseudogene, interrupted by IS2A, acetyltransferase homolog; nonfunctional; interruped by IS2; putative transferase/IS2 repressor TnpA
	?	CP009273	566411 =	0 (0.000)					coding (63/552 nt)	ybcL	inactive polymorphonuclear leukocyte migration suppressor; DLP12 prophage; secreted protein, UPF0098 family
*	?	CP009273	= 378046	NA (NA)	213 (1.140)	118/274	NT	100%	intergenic (+11/+1)	insD1/yaiX	IS2 transposase TnpB/pseudogene, interrupted by IS2A, acetyltransferase homolog; nonfunctional; interruped by IS2; putative transferase
	?	CP009273	= 566415	0 (0.000)					coding (67/552 nt)	ybcL	inactive polymorphonuclear leukocyte migration suppressor; DLP12 prophage; secreted protein, UPF0098 family
*	?	CP009273	1635219 =	3 (0.020)	218 (1.180)	123/270	NT	98.6%	intergenic (‑377/+377)	essQ/cspB	Qin prophage; putative S lysis protein/Qin prophage; cold shock protein
	?	CP009273	= 2063752	NA (NA)					noncoding (1/1331 nt)	IS2	repeat region
*	?	CP009273	= 1635223	3 (0.020)	220 (1.170)	114/274	NT	98.7%	intergenic (‑381/+373)	essQ/cspB	Qin prophage; putative S lysis protein/Qin prophage; cold shock protein
	?	CP009273	= 1645805	NA (NA)					intergenic (+11/‑3)	insD1/intQ	IS2 transposase TnpB;IS, phage, Tn; Transposon‑related functions; extrachromosomal; transposon related/pseudogene, Qin prophage; phage integrase family;Phage or Prophage Related
*	?	CP009273	= 2164909	NA (NA)	10 (0.050)	10/274	NT	5.3%	intergenic (+30/+1)	insF1/gatR	IS3 transposase B/pseudogene, repressor for gat operon; interrupted by IS3; split galactitol utilization operon repressor, fragment 2; split galactitol utilization operon repressor, interrupted
	?	CP009273	= 3764630	179 (0.950)					coding (110/1137 nt)	yibH	putative membrane fusion protein (MFP) component of efflux pump
*	?	CP009273	= 3180783	NA (NA)	156 (0.840)	98/270	NT	88.8%	pseudogene (4/2445 nt)	yqiG	pseudogene; fimbrial export usher family;putative membrane; Not classified; putative membrane protein
	?	CP009273	= 3833569	20 (0.110)					intergenic (‑216/‑6)	nlpA/yicS	cytoplasmic membrane lipoprotein‑28/putative periplasmic protein
*	?	CP009273	3744959 =	186 (0.990)	1276 (6.800)	239/274	NT	87.7%	coding (270/741 nt)	yiaT	putative outer membrane protein
	?	CP009273	= 3752673	171 (0.910)					coding (549/1845 nt)	selB	selenocysteinyl‑tRNA‑specific translation factor
*	?	CP009273	3833562 =	17 (0.090)	167 (0.900)	90/272	NT	90.8%	intergenic (‑209/‑13)	nlpA/yicS	cytoplasmic membrane lipoprotein‑28/putative periplasmic protein
	?	CP009273	4487999 =	NA (NA)					intergenic (+242/‑90)	intB/insC1	pseudogene, integrase homology;IS, phage, Tn; Phage‑related functions and prophages; KpLE2 phage‑like element; P4‑like integrase/IS2 repressor TnpA