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
298	 62.10	0	319461..320423	-	320	190889937	-	RHECIAT_CH0000307	-	putative oxidoreductase protein
299	 60.59	0	320659..321645	+	328	190889938	-	RHECIAT_CH0000308	-	probable oxidoreductase protein
300	 64.80	0	321649..322023	-	124	190889939	-	RHECIAT_CH0000309	-	hypothetical conserved membrane protein
301	 64.29	0	322020..323027	-	335	190889940	-	RHECIAT_CH0000310	-	probable glycosyltransferase protein
302	 64.50	0	323186..325033	+	615	190889941	-	RHECIAT_CH0000311	-	hypothetical protein
303	 60.94	0	325062..325358	-	98	190889942	-	RHECIAT_CH0000312	-	hypothetical protein
304	 66.10	+1	325591..327171	+	526	190889943	xseA	RHECIAT_CH0000313	-	exodeoxyribonuclease VII protein, large subunit
305	 63.45	0	327174..327764	+	196	190889944	-	RHECIAT_CH0000314	-	probable NAD(P)H dehydrogenase (quinone) protein
306	 62.25	0	327765..328262	-	165	190889945	-	RHECIAT_CH0000315	-	probable transcriptional regulator protein, MarR family
307	 67.00	+1	328346..329257	+	303	190889946	-	RHECIAT_CH0000316	-	putative transporter, permease protein
308	 62.20	0	329205..330458	-	417	190889947	-	RHECIAT_CH0000317	-	probable aminopeptidase protein
309	 61.26	0	330589..331272	-	227	190889948	gstch1	RHECIAT_CH0000318	-	glutathione S-transferase protein
310	 62.16	0	331383..331826	+	147	190889949	-	RHECIAT_CH0000319	-	putative transcriptional regulator protein, MarR family
311	 66.03	+1	331827..332300	-	157	190889950	-	RHECIAT_CH0000320	-	hypothetical protein
312	 59.83	0	332311..332661	-	116	190889951	-	RHECIAT_CH0000321	-	probable arsenate reductase protein
313	 63.94	0	332752..333813	-	353	190889952	-	RHECIAT_CH0000322	-	putative arginine catabolism protein
314	 67.91	+1	334184..334747	+	187	190889953	-	RHECIAT_CH0000323	-	probable methylated-DNA-[protein]-cysteine S-methyltransferase protein
315	 65.17	0	334782..335516	-	244	190889954	-	RHECIAT_CH0000324	-	putative short-chain dehydrogenase/oxidoreductase protein
316	 62.78	0	335540..335719	+	59	190889955	-	RHECIAT_CH0000325	-	hypothetical protein
317	 59.54	0	335729..336079	-	116	190889956	-	RHECIAT_CH0000326	-	hypothetical protein
318	 62.23	0	336079..337047	+	322	190889957	-	RHECIAT_CH0000327	-	probable transcriptional regulator protein, LysR family
319	 61.74	0	337098..337949	+	283	190889958	-	RHECIAT_CH0000328	-	probable transcriptional regulator protein, AraC family
320	 61.54	0	337991..338536	+	181	190889959	-	RHECIAT_CH0000329	-	putative phosphatidylethanolamine-binding protein
321	 62.42	0	338622..339092	-	156	190889960	-	RHECIAT_CH0000330	-	putative acetyltransferase protein
322	 58.57	0	339312..339842	-	176	190889961	-	RHECIAT_CH0000331	-	putative riboflavin biosynthesis reductase protein
323	 55.71	-1	340020..340238	-	72	190889962	-	RHECIAT_CH0000332	-	hypothetical protein
324	 63.67	0	340265..340564	+	99	190889963	-	RHECIAT_CH0000333	-	hypothetical protein
325	 63.79	0	340619..342181	-	520	190889964	guaA1	RHECIAT_CH0000334	-	GMP synthase (glutamine-hydrolyzing) protein
326	 62.91	0	342297..342935	-	212	190889965	pfs	RHECIAT_CH0000335	-	methylthioadenosine nucleosidase/adenosylhomocysteine nucleosidase protein
327	 63.33	0	342932..343441	-	169	190889966	-	RHECIAT_CH0000336	-	putative phenylacetic acid degradation protein
328	 64.35	0	343615..344691	+	358	190889967	-	RHECIAT_CH0000337	-	hypothetical protein
329	 63.75	0	344673..345770	-	365	190889968	-	RHECIAT_CH0000338	-	hypothetical protein
330	 63.49	0	345775..346875	-	366	190889969	-	RHECIAT_CH0000339	-	hypothetical protein
331	 62.57	0	346875..348485	-	536	190889970	-	RHECIAT_CH0000340	-	hypothetical protein
332	 62.59	0	348640..349914	-	424	190889971	-	RHECIAT_CH0000341	-	hypothetical protein
333	 67.60	+1	350219..351508	-	429	190889972	sun	RHECIAT_CH0000342	-	tRNA and rRNA cytosine-C5-methylase (RNA methyltransferase) protein
334	 58.13	-1	351731..352093	-	120	190889973	-	RHECIAT_CH0000343	-	probable rare lipoprotein A protein
335	 43.72	-2	352185..352367	-	60	190889974	-	RHECIAT_CH0000344	-	hypothetical protein
336	 64.48	0	352492..353361	-	289	190889975	-	RHECIAT_CH0000345	-	putative nucleoside-diphosphate-sugar epimerase protein
337	 64.77	0	353361..354518	-	385	190889976	-	RHECIAT_CH0000346	-	putative iron-sulfur cluster binding protein
338	 62.91	0	354531..355223	-	230	190889977	gstch2	RHECIAT_CH0000347	-	glutathione S-transferase protein
339	 61.28	0	355458..356255	+	265	190889978	upk	RHECIAT_CH0000348	-	undecaprenyl-diphosphatase protein
340	 60.32	0	356494..356745	-	83	190889979	-	RHECIAT_CH0000349	-	hypothetical protein
341	 65.14	0	356928..357908	-	326	190889980	-	RHECIAT_CH0000350	-	probable NADH dehydrogenase/NADH dehydrogenase (ubiquinone) protein
342	 60.76	0	358127..358414	-	95	190889981	-	RHECIAT_CH0000351	-	hypothetical protein
343	 65.68	+1	358437..359144	-	235	190889982	pyrF	RHECIAT_CH0000352	-	orotidine 5'-phosphate decarboxylase protein
344	 67.18	+1	359151..359732	-	193	190889983	-	RHECIAT_CH0000353	-	putative phosphoglycerate mutase protein
345	 61.67	0	359734..360333	-	199	190889984	pmtA1	RHECIAT_CH0000354	-	phospholipid N-methyltransferase protein
346	 60.95	0	360429..361337	-	302	190889985	-	RHECIAT_CH0000355	-	hypothetical protein
347	 63.00	0	361395..362513	-	372	190889986	dnaN	RHECIAT_CH0000356	-	DNA polymerase III, beta chain protein
348	 68.95	+2	362775..363692	+	305	190889987	-	RHECIAT_CH0000357	-	putative methyltransferase protein
349	 68.29	+1	363682..364050	+	122	190889988	-	RHECIAT_CH0000358	-	hypothetical protein
350	 64.62	0	364179..364667	+	162	190889989	-	RHECIAT_CH0000359	-	hypothetical protein
351	 62.24	0	364756..365703	+	315	190889990	gshB	RHECIAT_CH0000360	-	glutathione synthetase protein
352	 69.15	+2	365877..367409	+	510	190889991	-	RHECIAT_CH0000361	-	probable Mg-chelatase protein
353	 56.22	-1	367524..367724	+	66	190889992	-	RHECIAT_CH0000362	-	hypothetical protein
354	 52.94	-2	367741..368199	+	152	190889993	-	RHECIAT_CH0000363	-	hypothetical protein
355	 64.59	0	368339..369301	-	320	190889994	cysK1	RHECIAT_CH0000364	-	cysteine synthase protein
356	 64.24	0	369445..370062	-	205	190889995	-	RHECIAT_CH0000365	-	probable amino acid efflux protein, LysE family
357	 64.67	0	370178..371080	-	300	190889996	-	RHECIAT_CH0000366	-	putative transporter permease protein
358	 63.23	0	371192..371656	+	154	190889997	-	RHECIAT_CH0000367	-	probable transcriptional regulator protein, AsnC family
359	 65.23	0	371774..372676	-	300	190889998	-	RHECIAT_CH0000368	-	putative acetyltransferase protein
360	 67.09	+1	372778..373248	-	156	190889999	dut	RHECIAT_CH0000369	-	deoxyuridine 5'triphosphate nucleotidohydrolase protein
361	 64.33	0	373339..374922	+	527	190890000	prfC	RHECIAT_CH0000370	-	peptide chain release factor 3 protein
362	 65.03	0	374947..376167	-	406	190890001	-	RHECIAT_CH0000371	-	probable protein secretion protein, HlyD family
363	 65.64	+1	376278..378023	-	581	190890002	-	RHECIAT_CH0000372	-	putative protein transport protein
364	 60.90	0	378105..381713	-	1202	190890003	-	RHECIAT_CH0000373	-	hypothetical protein
365	 63.68	0	382342..382743	-	133	190890004	-	RHECIAT_CH0000374	-	putative glutathione-dependent formaldehyde-activating protein
366	 65.82	+1	382753..384282	-	509	190890005	-	RHECIAT_CH0000375	-	putative carboxypeptidase-related protein
367	 69.91	+2	384396..385688	-	430	190890006	-	RHECIAT_CH0000376	-	probable cyanate transporter protein
368	 66.96	+1	385685..386362	-	225	190890007	-	RHECIAT_CH0000377	-	probable transcriptional regulator protein, GntR family
369	 64.70	0	386869..387681	+	270	190890008	-	RHECIAT_CH0000378	-	putative glutamine amidotransferase protein
370	 65.18	0	387787..388998	-	403	190890009	dfp	RHECIAT_CH0000379	-	phosphopantothenate-cysteine ligase/phosphopantothenoylcysteine decarboxylase protein
371	 64.71	0	389269..390033	-	254	190890010	-	RHECIAT_CH0000380	-	probable oxidoreductase protein
372	 66.67	+1	390158..391063	+	301	190890011	-	RHECIAT_CH0000381	-	probable transcriptional regulator protein, LysR family
373	 64.81	0	391097..392335	+	412	190890012	-	RHECIAT_CH0000382	-	putative transporter permease protein
374	 58.14	-1	392332..392718	+	128	190890013	-	RHECIAT_CH0000383	-	putative biphenyl-2,3-diol 1,2-dioxygenase protein
375	 64.14	0	392749..394410	-	553	190890014	hutUch	RHECIAT_CH0000384	-	urocanate hydratase protein
376	 61.46	0	394387..394674	+	95	190890015	-	RHECIAT_CH0000385	-	hypothetical protein
377	 66.67	+1	394647..394976	-	109	190890016	-	RHECIAT_CH0000386	-	hypothetical protein
378	 65.03	0	394980..396077	-	365	190890017	-	RHECIAT_CH0000387	-	hypothetical protein
379	 65.73	+1	396058..397338	-	426	190890018	-	RHECIAT_CH0000388	-	probable N-carbamoyl-L-amino acid hydrolase protein
380	 66.30	+1	397335..398714	-	459	190890019	pucH	RHECIAT_CH0000389	-	allantoinase protein
381	 66.35	+1	398846..400423	-	525	190890020	hutHch	RHECIAT_CH0000390	-	histidine ammonia-lyase protein
382	 62.86	0	400514..402088	-	524	190890021	ubiB	RHECIAT_CH0000391	-	ubiquinone biosynthesis protein
383	 62.16	0	402137..402913	-	258	190890022	ubiE	RHECIAT_CH0000392	-	ubiquinone/menaquinone biosynthesis methyltransferase protein
384	 64.98	0	403064..403954	+	296	190890023	fpg	RHECIAT_CH0000393	-	formamidopyrimidine-DNA glycosylase protein
385	 63.57	0	403974..404747	+	257	190890024	fadB1	RHECIAT_CH0000394	-	enoyl-CoA hydratase protein
386	 63.80	0	404940..405218	+	92	190890025	rpsT	RHECIAT_CH0000395	-	30S ribosomal protein S20
387	 60.58	0	405697..406107	-	136	190890026	-	RHECIAT_CH0000396	-	hypothetical protein
388	 62.73	0	406075..407625	+	516	190890027	dnaA	RHECIAT_CH0000397	-	chromosomal replication initiator protein
389	 62.33	0	407789..408871	+	360	190890028	-	RHECIAT_CH0000398	-	probable saccharopine dehydrogenase protein (NAD(+), L-lysine-forming)
390	 65.25	0	408932..410134	-	400	190890029	hemNch	RHECIAT_CH0000399	-	oxygen-independent coprophorphyrinogen III oxidase protein
391	 65.12	0	410144..410788	-	214	190890030	-	RHECIAT_CH0000400	-	probable nucleoside-triphosphatase protein, HAM1-like protein
392	 61.27	0	410789..411214	-	141	190890031	-	RHECIAT_CH0000401	-	putative glyoxalase (lactoylglutathione lyase) protein
393	 62.92	0	411211..411930	-	239	190890032	rph	RHECIAT_CH0000402	-	ribonuclease PH protein
394	 63.64	0	412058..413146	+	362	190890033	hrcA	RHECIAT_CH0000403	-	heat-inducible transcriptional regulator (repressor) protein
395	 65.56	+1	413323..413955	+	210	190890034	grpE	RHECIAT_CH0000404	-	molecular chaperone heat shock protein
396	 64.23	0	413997..414941	-	314	190890035	iunH1	RHECIAT_CH0000405	-	inosine-adenosine-guanosine preferring nucleoside hydrolase protein
397	 62.21	0	415238..415663	+	141	190890036	hsp	RHECIAT_CH0000406	-	molecular chaperone small heat shock 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.