IslandPathversion 1.0

IslandPath Analysis: Rhizobium etli CIAT 652



Each circle in the graphic corresponds to a predicted protein-coding ORF in the genome. Circle colours indicate if an ORF has a higher or lower %G+C than cutoffs you set below --(default is +/- 3.48 of the mean %G+C). Strike lines across the circles represent regions with dinucleotide bias above a pre-determined cutoff. Click on a circle to view a different portion of the table presented below the graph (default is the first 100 ORFs).
A yellow circle indicates its %G+C value is bigger than the high value. A green circle indicates its %G+C value is bigger than the low value and smaller than the high value. A pink circle indicates its %G+C value is smaller than the low value. A strike line across the circles indicates the region has dinucleotide bais above 1 STD DEV. A black verticle bar indicates a transfer RNA gene lies between the two ORFs. A purple verticle bar indicates a ribosomal RNA gene lies between the two ORFs. A deep blue verticle bar indicates both a tRNA and rRNA gene lie between the two ORFs. A black square indicates the dot is annotated as a transposase. A black triangle indicates the dot is annotated as an integrase. Low: High: Mean: 61.82 STD DEV: 3.47
Rhizobium etli CIAT 652, complete genome - 1..4513324
4343 proteins
Pos	%G+C	SD	Location	Strand	Length	PID	Gene	Synonym	Code	Product
1397	 65.30	+1	1409329..1410570	-	413	190891036	-	RHECIAT_CH0001420	-	putative RNA polymerase sigma factor protein (sigma-70)
1398	 58.89	0	1410581..1410940	-	119	190891037	-	RHECIAT_CH0001421	-	hypothetical protein
1399	 56.11	-1	1410943..1411302	-	119	190891038	-	RHECIAT_CH0001422	-	hypothetical protein
1400	 58.97	0	1411315..1411665	-	116	190891039	-	RHECIAT_CH0001423	-	hypothetical protein
1401	 61.57	0	1411821..1412036	+	71	190891040	-	RHECIAT_CH0001424	-	hypothetical protein
1402	 62.41	0	1412046..1413548	-	500	190891041	amn	RHECIAT_CH0001425	-	AMP nucleosidase protein
1403	 56.00	-1	1413634..1413858	-	74	190891042	-	RHECIAT_CH0001426	-	hypothetical protein
1404	 64.01	0	1414029..1414367	-	112	190891043	-	RHECIAT_CH0001427	-	hypothetical protein
1405	 61.11	0	1414814..1415083	+	89	190891044	-	RHECIAT_CH0001428	-	hypothetical protein
1406	 65.59	+1	1415273..1416385	-	370	190891045	hisCch1	RHECIAT_CH0001429	-	histidinol-phosphate aminotransferase protein
1407	 61.11	0	1416457..1416888	-	143	190891046	-	RHECIAT_CH0001430	-	hypothetical protein
1408	 60.70	0	1417087..1417488	-	133	190891047	-	RHECIAT_CH0001431	-	hypothetical protein
1409	 60.40	0	1417648..1418094	+	148	190891048	-	RHECIAT_CH0001432	-	hypothetical protein
1410	 64.46	0	1418105..1419010	-	301	190891049	-	RHECIAT_CH0001433	-	probable transcriptional regulator protein, LysR family
1411	 56.76	-1	1419296..1419628	-	110	190891050	-	RHECIAT_CH0001434	-	hypothetical protein
1412	 54.92	-1	1419680..1419943	-	87	190891051	-	RHECIAT_CH0001435	-	hypothetical protein
1413	 62.17	0	1419930..1420418	+	162	190891052	-	RHECIAT_CH0001436	-	hypothetical protein
1414	 64.26	0	1420507..1421877	+	456	190891053	-	RHECIAT_CH0001437	-	putative multidrug efflux protein, MatE family
1415	 62.78	0	1422056..1422853	-	265	190891054	iolB	RHECIAT_CH0001438	-	myo-inositol catabolism protein
1416	 64.05	0	1423028..1423945	-	305	190891055	iolE	RHECIAT_CH0001439	-	myo-inositol catabolism protein
1417	 64.02	0	1424010..1425860	-	616	190891056	iolD	RHECIAT_CH0001440	-	acetolactate synthase protein (myo-inositol catabolism)
1418	 64.08	0	1426058..1427992	-	644	190891057	iolC	RHECIAT_CH0001441	-	5-dehydro-2-deoxygluconokinase protein (myo-inositol catabolism)
1419	 64.14	0	1428085..1428876	-	263	190891058	-	RHECIAT_CH0001442	-	putative transcriptional regulator protein
1420	 61.02	0	1429168..1430283	+	371	190891059	-	RHECIAT_CH0001443	-	putative dehydrogenase/oxidoreductase protein
1421	 62.56	0	1430371..1431588	+	405	190891060	-	RHECIAT_CH0001444	-	probable ferredoxin-NAD(+) reductase protein
1422	 59.22	0	1432508..1433527	+	339	190891061	ropAch1	RHECIAT_CH0001446	-	porin outer membrane protein
1423	 60.87	0	1433725..1434621	-	298	190891062	-	RHECIAT_CH0001447	-	putative hydroxybutyrate-dimer hydrolase protein
1424	 64.26	0	1434686..1436761	-	691	190891063	-	RHECIAT_CH0001448	-	probable murein transglycosylase protein
1425	 63.50	0	1436977..1437861	+	294	190891064	dapAch2	RHECIAT_CH0001449	-	dihydrodipicolinate synthase protein
1426	 60.42	0	1437956..1438435	+	159	190891065	smpB	RHECIAT_CH0001450	-	ssrA-binding (tmRNA-binding) protein
1427	 56.70	-1	1438475..1439056	-	193	190891066	-	RHECIAT_CH0001451	-	hypothetical protein
1428	 60.00	0	1439356..1439760	+	134	190891067	rpoZ	RHECIAT_CH0001452	-	DNA-directed RNA polymerase omega chain protein
1429	 61.61	0	1439903..1442137	+	744	190891068	relA	RHECIAT_CH0001453	-	guanosine-3',5'-bis(diphosphate) 3'-pyrophosphohydrolase protein
1430	 55.33	-1	1442333..1442482	+	49	190891069	-	RHECIAT_CH0001454	-	hypothetical protein
1431	 62.44	0	1442638..1443228	+	196	190891070	-	RHECIAT_CH0001455	-	hypothetical protein
1432	 60.74	0	1443267..1443671	+	134	190891071	acpS	RHECIAT_CH0001456	-	holo-[acyl-carrier-protein] synthase protein
1433	 56.72	-1	1444033..1444776	+	247	190891072	sipS	RHECIAT_CH0001457	-	signal peptidase I protein
1434	 62.50	0	1444773..1445492	+	239	190891073	rnc	RHECIAT_CH0001458	-	ribonuclease III protein
1435	 60.83	0	1445500..1446441	+	313	190891074	era	RHECIAT_CH0001459	-	GTP-binding protein
1436	 58.96	0	1446593..1447345	+	250	190891075	-	RHECIAT_CH0001460	-	probable transcriptional regulator protein, CRP/FNR family
1437	 57.09	-1	1447513..1448076	+	187	190891076	-	RHECIAT_CH0001461	-	putative two-component response regulator protein
1438	 66.93	+1	1448197..1448967	+	256	190891077	recO	RHECIAT_CH0001462	-	DNA repair protein (recombination protein O)
1439	 64.86	0	1449069..1450064	+	331	190891078	-	RHECIAT_CH0001463	-	putative oxidoreductase protein
1440	 66.08	+1	1450189..1451046	-	285	190891079	-	RHECIAT_CH0001464	-	putative molybdenum cofactor sulfurase protein
1441	 62.17	0	1451056..1451700	-	214	190891080	-	RHECIAT_CH0001465	-	putative metal-dependent phosphohydrolase protein
1442	 60.84	0	1451847..1453733	-	628	190891081	-	RHECIAT_CH0001466	-	putative signal-transducer protein
1443	 58.70	0	1454141..1454479	+	112	190891082	-	RHECIAT_CH0001467	-	hypothetical protein
1444	 62.02	0	1454960..1455475	+	171	190891083	sodC	RHECIAT_CH0001468	-	superoxide dismutase protein
1445	 60.79	0	1455504..1456388	-	294	190891084	-	RHECIAT_CH0001469	-	putative mechanosensitive ion channel protein
1446	 69.70	+2	1456447..1456776	-	109	190891085	-	RHECIAT_CH0001470	-	hypothetical protein
1447	 64.75	0	1456975..1457547	-	190	190891086	-	RHECIAT_CH0001471	-	putative hydrolase protein
1448	 65.75	+1	1457577..1458449	-	290	190891087	-	RHECIAT_CH0001472	-	putative aminomethyltransferase (glycine cleavage) protein
1449	 62.82	0	1458509..1459261	-	250	190891088	-	RHECIAT_CH0001473	-	hypothetical protein
1450	 58.53	0	1459280..1459537	-	85	190891089	-	RHECIAT_CH0001474	-	hypothetical protein
1451	 62.11	0	1459641..1460057	-	138	190891090	-	RHECIAT_CH0001475	-	hypothetical protein
1452	 62.19	0	1460205..1460762	-	185	190891091	-	RHECIAT_CH0001476	-	putative ADP-ribose pyrophosphatase protein, mutT/nudiX family
1453	 60.00	0	1460783..1461142	+	119	190891092	-	RHECIAT_CH0001477	-	hypothetical protein
1454	 62.88	0	1461274..1462038	+	254	190891093	-	RHECIAT_CH0001478	-	hypothetical protein
1455	 63.00	0	1462692..1463537	-	281	190891094	pssAch1	RHECIAT_CH0001479	-	exopolysaccharide production CDP-diacylglycerol-serine O-phosphatidyltransferase protein
1456	 64.38	0	1463551..1464249	-	232	190891095	psd	RHECIAT_CH0001480	-	phosphatidylserine decarboxylase protein
1457	 61.61	0	1464387..1466264	-	625	190891096	-	RHECIAT_CH0001481	-	putative ABC transporter, ATP-binding protein
1458	 65.72	+1	1466465..1468477	-	670	190891097	-	RHECIAT_CH0001482	-	putative peptidoglycan binding protein (LysM domain involved in cell wall degradation)
1459	 61.06	0	1468636..1469259	+	207	190891098	-	RHECIAT_CH0001483	-	hypothetical protein
1460	 58.12	-1	1469303..1470238	-	311	190891099	-	RHECIAT_CH0001484	-	putative transcriptional regulator protein, LysR family
1461	 59.52	0	1471212..1472219	+	335	190891100	-	RHECIAT_CH0001486	-	putative alpha/beta hydrolase fold protein
1462	 59.38	0	1472314..1473246	+	310	190891101	-	RHECIAT_CH0001487	-	hypothetical protein
1463	 62.85	0	1473279..1474196	-	305	190891102	-	RHECIAT_CH0001488	-	putative permease protein
1464	 62.27	0	1474390..1476003	-	537	190891103	leuA1	RHECIAT_CH0001489	-	2-isopropylmalate synthase protein
1465	 63.34	0	1476104..1477066	-	320	190891104	pipch1	RHECIAT_CH0001490	-	proline iminopeptidase protein
1466	 61.64	0	1477063..1477539	-	158	190891105	-	RHECIAT_CH0001491	-	putative glutathione-dependent formaldehyde-activating protein
1467	 61.76	0	1477536..1478024	-	162	190891106	-	RHECIAT_CH0001492	-	putative glutathione-dependent formaldehyde-activating protein
1468	 62.26	0	1478021..1478497	-	158	190891107	-	RHECIAT_CH0001493	-	putative glutathione-dependent formaldehyde-activating protein
1469	 62.77	0	1478494..1478724	-	76	190891108	-	RHECIAT_CH0001494	-	hypothetical protein
1470	 62.43	0	1478706..1480097	-	463	190891109	cysS	RHECIAT_CH0001495	-	cysteinyl-tRNA synthetase protein
1471	 57.00	-1	1480160..1480366	+	68	190891110	-	RHECIAT_CH0001496	-	hypothetical protein
1472	 58.00	-1	1480384..1481133	+	249	190891111	-	RHECIAT_CH0001497	-	probable glycosyl hydrolase, lysozyme protein
1473	 66.53	+1	1481143..1481883	-	246	190891112	-	RHECIAT_CH0001498	-	probable oxidoreductase protein
1474	 62.78	0	1481964..1483454	-	496	190891113	purF	RHECIAT_CH0001499	-	glutamine phosphoribosylpyrophosphate amidotransferase protein
1475	 62.30	0	1483678..1484295	-	205	190891114	cvpA	RHECIAT_CH0001500	-	colicin V production protein
1476	 66.67	+1	1484386..1485786	-	466	190891115	radA	RHECIAT_CH0001501	-	DNA repair protein
1477	 61.97	0	1485886..1486587	+	233	190891116	-	RHECIAT_CH0001502	-	putative amino acid efflux protein, LysE family
1478	 64.27	0	1486597..1487598	-	333	190891117	alr	RHECIAT_CH0001503	-	alanine racemase protein
1479	 60.99	0	1487858..1489354	-	498	190891118	dnaB	RHECIAT_CH0001504	-	DNA helicase protein
1480	 61.83	0	1489729..1490307	-	192	190891119	rplI	RHECIAT_CH0001505	-	50S ribosomal protein L9
1481	 63.60	0	1490329..1491078	-	249	190891120	-	RHECIAT_CH0001506	-	hypothetical protein
1482	 65.46	+1	1491464..1491712	-	82	190891121	rpsR	RHECIAT_CH0001507	-	30S ribosomal protein S18
1483	 62.09	0	1491725..1492183	-	152	190891122	rpsF	RHECIAT_CH0001508	-	30S ribosomal protein S6
1484	 61.30	0	1492488..1493531	-	347	190891123	-	RHECIAT_CH0001509	-	putative oxidoreductase protein
1485	 64.97	0	1493741..1494685	+	314	190891124	fabD	RHECIAT_CH0001510	-	[acyl-carrier-protein] S-malonyltransferase protein
1486	 63.69	0	1494716..1495453	+	245	190891125	fabG2	RHECIAT_CH0001511	-	3-oxoacyl-[acyl-carrier-protein] reductase protein
1487	 54.01	-2	1495740..1495976	+	78	190891126	acpP	RHECIAT_CH0001512	-	acyl-carrier-protein
1488	 65.32	+1	1496070..1497332	+	420	190891127	fabF1	RHECIAT_CH0001513	-	3-oxoacyl-[acyl-carrier-protein] synthase II protein
1489	 61.08	0	1497461..1498678	+	405	190891128	pabC	RHECIAT_CH0001514	-	aminodeoxychorismate lyase protein
1490	 65.77	+1	1498697..1499584	+	295	190891129	-	RHECIAT_CH0001515	-	hypothetical protein
1491	 63.35	0	1499588..1500250	+	220	190891130	gmk	RHECIAT_CH0001516	-	guanylate kinase protein
1492	 65.70	+1	1500333..1501160	-	275	190891131	ksgA	RHECIAT_CH0001517	-	dimethyladenosine transferase (16S rRNA dimethylase) protein
1493	 65.50	+1	1501160..1502188	-	342	190891132	pdxAch	RHECIAT_CH0001518	-	4-hydroxythreonine-4-phosphate dehydrogenase protein
1494	 62.54	0	1502195..1503139	-	314	190891133	-	RHECIAT_CH0001519	-	probable peptidyl-prolyl cis-trans isomerase protein
1495	 59.85	0	1503324..1505654	-	776	190891134	ostA	RHECIAT_CH0001520	-	organic solvent tolerance protein
1496	 59.04	0	1505654..1506742	-	362	190891135	-	RHECIAT_CH0001521	-	putative permease protein
61.82	MEAN

3.47	STD DEV



Last Updated: Dec 04, 2008

Funding for this work was provided by the Peter Wall Institute for Advanced Studies. This service is hosted by the Brinkman Laboratory of the Department of Molecular Biology and Biochemistry at Simon Fraser University.