IslandPath Analysis: Agrobacterium tumefaciens str. C58



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: 59.48   STD DEV: 3.31
Agrobacterium tumefaciens str. C58 chromosome linear, complete sequence - 1..2075577
1851 proteins
Pos	%G+C	SD	Location	Strand	Length	PID	Gene	Synonym	Code	Product
894	 62.10	0	1010496..1011305	+	269	15891051	-	Atu3911	-	hypothetical protein
895	 62.26	0	1011313..1012923	+	536	159185946	-	Atu3912	-	hypothetical protein
896	 61.06	0	1012920..1014650	+	576	15891049	-	Atu3913	-	biotin carboxylase
897	 57.66	0	1014762..1016249	+	495	159185947	amyA	Atu3914	-	cytoplasmic alpha-amylase
898	 61.18	0	1016266..1016721	-	151	159185948	soxR	Atu3915	-	MerR family transcriptional regulator
899	 58.08	0	1016911..1019019	-	702	159185949	bfrA	Atu3916	-	exogenous ferric siderophore receptor
900	 61.09	0	1019167..1020636	+	489	159185950	-	Atu3917	-	hypothetical protein
901	 58.25	0	1020642..1021841	-	399	15891044	-	Atu3918	-	hypothetical protein
902	 56.84	0	1021897..1022181	-	94	159185951	-	Atu3919	-	hypothetical protein
903	 55.17	-1	1022278..1022538	+	86	159185952	-	Atu3920	-	hypothetical protein
904	 45.28	-2	1022584..1022742	+	52	17937624	-	Atu3921	-	hypothetical protein
905	 54.07	-1	1022888..1024165	-	425	159185953	repC	Atu3922	-	replication protein C
906	 58.09	0	1024351..1025364	-	337	15891040	repB	Atu3923	-	replication protein B
907	 57.86	0	1025361..1026575	-	404	159185954	repA	Atu3924	-	replication protein A
908	 57.16	0	1027010..1028398	+	462	15891038	-	Atu3925	-	hypothetical protein
909	 58.08	0	1028765..1029160	+	131	159185955	-	Atu3926	-	translation initiation inhibitor
910	 59.14	0	1029193..1030281	+	362	15891036	-	Atu3927	-	hypothetical protein
911	 59.84	0	1030354..1031832	+	492	159185956	-	Atu3928	-	hypothetical protein
912	 55.50	-1	1031845..1032417	-	190	15891034	-	Atu3929	-	hypothetical protein
913	 57.76	0	1032456..1033466	-	336	159185957	-	Atu3930	-	hypothetical protein
914	 63.08	+1	1033662..1035335	-	557	159185958	hutU	Atu3931	-	urocanate hydratase
915	 57.55	0	1035350..1036150	-	266	159185959	-	Atu3932	-	hypothetical protein
916	 63.24	+1	1036224..1037768	-	514	15891030	hutH	Atu3933	-	histidine ammonia-lyase
917	 61.59	0	1037765..1039024	-	419	159185960	hutI	Atu3934	-	imidazolonepropionase
918	 59.99	0	1039138..1040484	+	448	159185961	-	Atu3935	-	N-formimino-L-glutamate deiminase
919	 59.97	0	1040507..1041253	+	248	159185962	-	Atu3936	-	GntR family transcriptional regulator
920	 48.97	-2	1044310..1044699	-	129	159185963	-	Atu3940	-	hypothetical protein
921	 52.71	-2	1047307..1047564	+	85	15891024	-	Atu3942	-	hypothetical protein
922	 59.27	0	1048988..1050298	-	436	159185964	ordL	Atu3947	-	oxidoreductase
923	 60.38	0	1050598..1051743	+	381	159185965	-	Atu3948	-	hypothetical protein
924	 60.32	0	1051754..1052698	+	314	159185966	arcB	Atu3949	-	ornithine cyclodeaminase
925	 57.89	0	1052716..1054173	+	485	159185967	-	Atu3950	-	aldehyde dehydrogenase
926	 59.56	0	1054176..1055090	-	304	15891018	-	Atu3951	-	LysR family transcriptional regulator
927	 61.10	0	1055276..1056604	+	442	15891017	-	Atu3952	-	oxidoreductase
928	 60.86	0	1056739..1057737	-	332	15891016	-	Atu3953	-	hypothetical protein
929	 60.92	0	1057765..1058616	-	283	15891015	-	Atu3954	-	ABC transporter, membrane spanning protein
930	 61.25	0	1058613..1059461	-	282	15891014	-	Atu3955	-	ABC transporter, membrane spanning protein
931	 59.52	0	1059475..1060566	-	363	159185968	-	Atu3956	-	ABC transporter, nucleotide binding/ATPase protein
932	 56.09	-1	1060653..1061531	-	292	159185969	-	Atu3957	-	ABC transporter, substrate binding protein (glycine-betaine)
933	 60.73	0	1061583..1062929	-	448	159185970	-	Atu3958	-	oxidoreductase
934	 60.47	0	1062926..1064443	-	505	159185971	dhaL	Atu3959	-	aldehyde dehydrogenase
935	 59.10	0	1064436..1065347	-	303	15891009	dapA	Atu3960	-	dihydrodipicolinate synthase
936	 57.87	0	1065344..1066093	-	249	159185972	-	Atu3961	-	GntR family transcriptional regulator
937	 60.00	0	1066585..1067394	-	269	159185973	-	Atu3962	-	calcium-binding protein, regucalcin
938	 61.95	0	1067535..1068233	-	232	159185974	-	Atu3963	-	GntR family transcriptional regulator
939	 60.45	0	1068391..1069404	+	337	159185975	-	Atu3964	-	dehydrogenase
940	 60.28	0	1069397..1070413	+	338	15891004	-	Atu3965	-	oxidoreductase
941	 62.29	0	1070410..1071483	+	357	15891003	-	Atu3966	-	oxidoreductase
942	 60.30	0	1071506..1072777	+	423	15891002	-	Atu3967	-	ABC transporter, substrate binding protein (sugar)
943	 59.86	0	1072835..1073803	+	322	15891001	-	Atu3968	-	ABC transporter, membrane spanning protein (sugar)
944	 58.40	0	1074066..1074839	+	257	159185976	-	Atu3969	-	ABC transporter, membrane spanning protein (sugar)
945	 60.46	0	1074862..1075941	+	359	159185977	-	Atu3970	-	ABC transporter, nucleotide binding/ATPase protein (sugar)
946	 61.33	0	1075979..1077703	+	574	15890998	ilvD	Atu3971	-	dihydroxy-acid dehydratase
947	 59.77	0	1077713..1078510	+	265	15890997	-	Atu3972	-	hypothetical protein
948	 62.87	+1	1078544..1079254	+	236	15890996	-	Atu3973	-	hypothetical protein
949	 62.49	0	1079363..1084558	-	1731	15890995	ina	Atu3974	-	ice nucleation-like protein
950	 58.20	0	1084774..1085931	-	385	159185978	glf	Atu3975	-	UDP-galactopyranose mutase
951	 60.70	0	1086033..1088078	-	681	159185979	-	Atu3976	-	hypothetical protein
952	 61.21	0	1088570..1091539	-	989	159185980	ina	Atu3977	-	ice nucleation-like protein
953	 60.56	0	1092295..1093194	-	299	15890991	-	Atu3978	-	LysR family transcriptional regulator
954	 59.70	0	1093313..1094245	+	310	159185981	-	Atu3979	-	dioxygenase
955	 58.84	0	1094384..1095073	+	229	159185982	-	Atu3980	-	hydrolase
956	 60.48	0	1095147..1095437	+	96	159186375	-	Atu8193	-	hypothetical protein
957	 59.51	0	1095437..1097419	+	660	159185983	-	Atu3982	-	hypothetical protein
958	 57.37	0	1097629..1098069	+	146	15890986	-	Atu8194	-	hypothetical protein
959	 62.48	0	1098066..1099664	+	532	15890985	-	Atu3984	-	MFS permease
960	 62.32	0	1099720..1100502	-	260	15890984	proC	Atu3985	-	pyrroline-5-carboxylate reductase
961	 58.74	0	1100720..1101337	+	205	159185984	-	Atu3986	-	hypothetical protein
962	 64.29	+1	1101334..1102215	-	293	15890982	hexA	Atu3987	-	LysR family transcriptional regulator
963	 61.01	0	1102339..1103859	+	506	15890981	-	Atu3988	-	MFS permease
964	 56.39	0	1104207..1104683	-	158	15890979	copC	Atu3990	-	copper tolerance protein
965	 59.63	0	1104727..1106076	-	449	15890978	copA	Atu3991	-	multicopper oxidase
966	 62.07	0	1106091..1107569	-	492	15890977	copB	Atu3992	-	copper tolerance protein
967	 57.66	0	1107884..1108294	-	136	159186376	-	Atu8195	-	hypothetical protein
968	 61.35	0	1108391..1109311	-	306	159185985	-	Atu3994	-	hypothetical protein
969	 61.85	0	1109394..1110182	-	262	159185986	-	Atu3995	-	AraC family transcriptional regulator
970	 61.52	0	1110393..1110839	-	148	159185987	-	Atu3996	-	hypothetical protein
971	 60.49	0	1111072..1112091	+	339	15890971	bioB	Atu3997	-	biotin synthetase
972	 63.96	+1	1112088..1113233	+	381	15890970	bioF	Atu3998	-	8-amino-7-oxononanoate synthase
973	 62.75	0	1113230..1113868	+	212	15890969	bioD	Atu3999	-	dithiobiotin synthetase
974	 60.63	0	1113865..1115157	+	430	15890968	bioA	Atu4000	-	adenosylmethionine--8-amino-7-oxononanoate transaminase
975	 63.32	+1	1115195..1116181	+	328	159185988	fabH	Atu4001	-	3-oxoacyl-(acyl carrier protein) synthase II
976	 64.21	+1	1116218..1117111	-	297	15890966	-	Atu4002	-	hypothetical protein
977	 57.21	0	1117155..1117556	-	133	159185989	-	Atu4003	-	hypothetical protein
978	 65.72	+1	1117648..1118490	+	280	15890964	-	Atu4004	-	LysR family transcriptional regulator
979	 61.64	0	1118747..1119184	-	145	15890963	-	Atu4006	-	AsnC family transcriptional regulator
980	 62.11	0	1119314..1120234	+	306	159185990	arcA	Atu4007	-	arginase
981	 55.62	-1	1120835..1122373	-	512	15890960	tnp	Atu4009	-	IS3 family transposase
982	 59.44	0	1122934..1123818	-	294	15890958	-	Atu4011	-	hypothetical protein
983	 60.12	0	1124177..1125169	-	330	15890957	idhA	Atu4012	-	myo-inositol 2-dehydrogenase
984	 59.44	0	1125396..1126640	-	414	15890956	cyaA	Atu4013	-	putative adenylate cyclase
985	 55.84	-1	1126867..1127097	-	76	159185991	exsI	Atu4014	-	transcriptional regulator
986	 61.92	0	1127343..1128458	-	371	15890954	-	Atu4015	-	hypothetical protein
987	 58.63	0	1128726..1130057	+	443	159185992	kgtP	Atu4017	-	MFS permease
988	 61.36	0	1130112..1131449	-	445	159185993	-	Atu4018	-	two component sensor kinase
989	 61.31	0	1131471..1132124	-	217	15890951	-	Atu4019	-	two component response regulator
990	 58.17	0	1132191..1133837	-	548	159185994	-	Atu4020	-	hypothetical protein
991	 62.17	0	1134547..1135458	-	303	159185995	-	Atu4021	-	LysR family transcriptional regulator
992	 58.56	0	1135646..1137778	+	710	15890948	fhuA	Atu4022	-	hydroxamate-type ferrisiderophore receptor
993	 63.38	+1	1137828..1138709	+	293	159185996	fhuD	Atu4023	-	ABC transporter, substrate binding protein (ferrichrome)
59.48	MEAN

3.31	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.