Sample 3300000125

Basic Information
IMG/M Taxon OID	3300000125 Open in IMG/M
GOLD Reference (Study \| Sequencing Project \| Analysis Project)	Gs0063447 \| Gp0053462 \| Ga0026507
Sample Name	Marine microbial communities from chronically polluted sediments in Tierra del Fuego - site MC sample ARG 01_11.3m
Sequencing Status	Draft
Sequencing Center	DOE Joint Genome Institute (JGI)
Published?	N
Use Policy	Open

Dataset Contents
Total Genome Size	49715675
Sequencing Scaffolds	73
Novel Protein Genes	83
Associated Families	68

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
Not Available	41
All Organisms → Viruses → Predicted Viral	19
All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium	2
All Organisms → cellular organisms → Bacteria	3
All Organisms → Viruses	2
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium	2
All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Aenigmarchaeota → unclassified Aenigmarchaeota → Candidatus Aenigmarchaeota archaeon	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae	1
All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157	2

Ecosystem Assignment (GOLD)
Name	Marine Microbial Communities From Chronically Polluted Sediments In Four Geographic Locations
Type	Environmental
Taxonomy	Environmental → Aquatic → Marine → Intertidal Zone → Sediment → Marine → Marine Microbial Communities From Chronically Polluted Sediments In Four Geographic Locations

Alternative Ecosystem Assignments
Environment Ontology (ENVO)	marine biome → intertidal zone → marine sediment
Earth Microbiome Project Ontology (EMPO)	Free-living → Saline → Sediment (saline)

Location Information
Location	MC site, Ushuaia Bay, Tierra del Fuego, Argentina
Coordinates	Lat. (^o)	-54.810872	Long. (^o)	-68.295525	Alt. (m)	N/A	Depth (m)	11.3
Location on Map

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Family	Category	Number of Sequences	3D Structure?
F000751	Metagenome / Metatranscriptome	907	Y
F001728	Metagenome / Metatranscriptome	645	Y
F002321	Metagenome / Metatranscriptome	571	Y
F002407	Metagenome / Metatranscriptome	562	Y
F002629	Metagenome / Metatranscriptome	542	Y
F003647	Metagenome / Metatranscriptome	475	Y
F003835	Metagenome / Metatranscriptome	466	Y
F005010	Metagenome	415	Y
F005129	Metagenome / Metatranscriptome	411	Y
F005454	Metagenome / Metatranscriptome	400	Y
F005564	Metagenome / Metatranscriptome	396	Y
F005967	Metagenome / Metatranscriptome	385	Y
F006866	Metagenome / Metatranscriptome	363	N
F007114	Metagenome / Metatranscriptome	357	Y
F007892	Metagenome / Metatranscriptome	343	Y
F008782	Metagenome / Metatranscriptome	328	Y
F009032	Metagenome / Metatranscriptome	324	Y
F010393	Metagenome / Metatranscriptome	304	N
F010570	Metagenome / Metatranscriptome	302	Y
F011006	Metagenome / Metatranscriptome	296	Y
F011526	Metagenome / Metatranscriptome	290	Y
F013081	Metagenome / Metatranscriptome	274	N
F013231	Metagenome / Metatranscriptome	273	Y
F013571	Metagenome / Metatranscriptome	270	Y
F013704	Metagenome / Metatranscriptome	269	Y
F015149	Metagenome / Metatranscriptome	257	Y
F016596	Metagenome / Metatranscriptome	246	Y
F017728	Metagenome / Metatranscriptome	239	Y
F019630	Metagenome / Metatranscriptome	228	N
F024118	Metagenome / Metatranscriptome	207	Y
F025148	Metagenome / Metatranscriptome	203	N
F029758	Metagenome / Metatranscriptome	187	Y
F030048	Metagenome / Metatranscriptome	186	N
F031655	Metagenome / Metatranscriptome	182	Y
F032332	Metagenome	180	Y
F033045	Metagenome / Metatranscriptome	178	Y
F037239	Metagenome / Metatranscriptome	168	Y
F043091	Metagenome / Metatranscriptome	157	N
F046627	Metagenome	151	N
F047678	Metagenome / Metatranscriptome	149	N
F047684	Metagenome / Metatranscriptome	149	Y
F047764	Metagenome / Metatranscriptome	149	Y
F048319	Metagenome	148	N
F050383	Metagenome / Metatranscriptome	145	Y
F051139	Metagenome / Metatranscriptome	144	Y
F051142	Metagenome / Metatranscriptome	144	Y
F058063	Metagenome / Metatranscriptome	135	Y
F058456	Metagenome / Metatranscriptome	135	Y
F058531	Metagenome	135	N
F058909	Metagenome / Metatranscriptome	134	Y
F059342	Metagenome / Metatranscriptome	134	N
F061284	Metagenome	132	N
F062773	Metagenome / Metatranscriptome	130	Y
F063092	Metagenome / Metatranscriptome	130	Y
F065789	Metagenome / Metatranscriptome	127	N
F065790	Metagenome / Metatranscriptome	127	Y
F066136	Metagenome / Metatranscriptome	127	N
F071236	Metagenome	122	N
F074891	Metagenome / Metatranscriptome	119	Y
F077185	Metagenome / Metatranscriptome	117	Y
F077986	Metagenome / Metatranscriptome	117	Y
F080628	Metagenome / Metatranscriptome	115	N
F083240	Metagenome / Metatranscriptome	113	N
F085730	Metagenome / Metatranscriptome	111	N
F088984	Metagenome / Metatranscriptome	109	Y
F089433	Metagenome	109	Y
F100687	Metagenome	102	N
F103277	Metagenome	101	Y

Associated Scaffolds

Scaffold	Taxonomy	Length	IMG/M Link
TDF_MC_ARG01_113mDRAFT_c1000233	Not Available	5683	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000302	Not Available	5011	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000332	Not Available	4812	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000338	All Organisms → Viruses → Predicted Viral	4766	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000358	All Organisms → Viruses → Predicted Viral	4639	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000374	All Organisms → Viruses → Predicted Viral	4532	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000440	All Organisms → Viruses → Predicted Viral	4093	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000461	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium	3980	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000578	Not Available	3520	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000733	All Organisms → Viruses → Predicted Viral	3093	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000800	All Organisms → Viruses → Predicted Viral	2949	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000930	All Organisms → Viruses → Predicted Viral	2731	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1000971	All Organisms → Viruses → Predicted Viral	2680	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1001015	All Organisms → Viruses → Predicted Viral	2632	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1001048	Not Available	2600	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1001355	All Organisms → Viruses → Predicted Viral	2233	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1001404	All Organisms → cellular organisms → Bacteria	2191	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1001431	All Organisms → Viruses → Predicted Viral	2167	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1001467	Not Available	2133	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1001510	All Organisms → Viruses → Predicted Viral	2096	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1001599	All Organisms → Viruses → Predicted Viral	2034	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1001701	All Organisms → Viruses → Predicted Viral	1967	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1001896	All Organisms → Viruses → Predicted Viral	1876	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1002078	Not Available	1794	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1002114	All Organisms → Viruses → Predicted Viral	1778	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1002252	Not Available	1711	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1002276	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium	1700	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1002457	All Organisms → Viruses	1629	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1002482	Not Available	1621	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1002566	Not Available	1593	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1002858	Not Available	1512	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1002859	All Organisms → cellular organisms → Bacteria	1511	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1003960	Not Available	1268	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1004130	All Organisms → Viruses → Predicted Viral	1240	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1004226	All Organisms → Viruses → Predicted Viral	1223	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1004376	All Organisms → Viruses → Predicted Viral	1199	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1004401	Not Available	1196	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1005468	Not Available	1061	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1005824	Not Available	1025	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1006781	Not Available	941	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1007297	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium	905	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1007535	Not Available	888	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1007957	Not Available	861	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1007999	Not Available	858	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1009398	Not Available	786	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1009640	Not Available	775	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1009749	Not Available	770	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1009961	Not Available	761	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1010495	Not Available	739	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1010849	Not Available	725	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1011220	Not Available	713	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1012074	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Aenigmarchaeota → unclassified Aenigmarchaeota → Candidatus Aenigmarchaeota archaeon	686	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1012095	Not Available	686	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1012700	Not Available	669	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1013054	Not Available	659	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1014020	Not Available	635	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1014302	Not Available	627	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1014618	Not Available	620	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1014706	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae	618	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1014722	Not Available	618	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1015849	Not Available	594	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1015854	Not Available	594	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1016380	All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157	585	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1017073	Not Available	572	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1017935	Not Available	557	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1018948	All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157	542	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1019855	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium	529	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1019919	All Organisms → cellular organisms → Bacteria	528	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1019958	All Organisms → Viruses	528	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1020551	Not Available	520	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1020731	Not Available	518	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1021402	Not Available	509	Open in IMG/M
TDF_MC_ARG01_113mDRAFT_c1022025	Not Available	501	Open in IMG/M

Sequences

Scaffold ID	Protein ID	Family	Sequence
TDF_MC_ARG01_113mDRAFT_c1000233	TDF_MC_ARG01_113mDRAFT_100023314	F085730	MNNEQKNWHNEIIDRLVDHKGMDQDDFHDVLHDELDNMVIYNSESQXIVDDLNYDVFQENDLFGRANNINQAAYAALYELFYEEGSFTYEDYLNYEKA*
TDF_MC_ARG01_113mDRAFT_c1000233	TDF_MC_ARG01_113mDRAFT_10002334	F066136	MNKIKTLALLILLQSCYVEDILEQDIYVIPEVMCDCVYYDDYYDEWNKIKLRPGQHSFGWLSYSRKDYCEQVMKGYLIXCK*
TDF_MC_ARG01_113mDRAFT_c1000302	TDF_MC_ARG01_113mDRAFT_10003029	F001728	MNDIQLKKTKKDHYRLILNGVDVTGEQERSVFRHIIQTIDEGIEN*
TDF_MC_ARG01_113mDRAFT_c1000332	TDF_MC_ARG01_113mDRAFT_10003322	F062773	MGLGAAIGNGIPFQDKRNEDIPELCFIITELDEFCEQELVIGDSRMTPELCE*
TDF_MC_ARG01_113mDRAFT_c1000338	TDF_MC_ARG01_113mDRAFT_10003386	F006866	MSEDNKSATVLINRNNLNNLFELLVQVHLRGQLSRDEQTFIKNFIELPDAPTRESRAARRSNTQTIKKLFREEAKKRKEEE*
TDF_MC_ARG01_113mDRAFT_c1000338	TDF_MC_ARG01_113mDRAFT_10003387	F005010	MLKGYIRKTRHIKATEAYLSMLMIDNVNLSIQASRFGWTNDIQEALMNNAYLIRKYQRRLRLIRL*
TDF_MC_ARG01_113mDRAFT_c1000358	TDF_MC_ARG01_113mDRAFT_10003582	F046627	MSFLKGDIGEELWVNHLKEMGHEDLETAPKRKFYDWDIKSSINGKTYTFEVKYDSKAYWWAKRRKTPDKPNLYIEFKNTNKNEDSGIKASKATYYIYMLKDEERVDAYVFEREGLLSHLLSVTYKTAGNSATGDNNALGWIPPLDSLVTQKFFLQKVSLKV*
TDF_MC_ARG01_113mDRAFT_c1000358	TDF_MC_ARG01_113mDRAFT_10003586	F031655	MNFAIDIAPLAGILIGMNYWNSEMNDDYENPKYHSLQLCLGIFALVITWESE*
TDF_MC_ARG01_113mDRAFT_c1000374	TDF_MC_ARG01_113mDRAFT_10003747	F063092	MVEDRLVWNGVKERISSKMTREDFRTMCRLHAKYFNHKYTELCTCNKKRIRQWIEQLNDKLN*
TDF_MC_ARG01_113mDRAFT_c1000440	TDF_MC_ARG01_113mDRAFT_100044011	F025148	MAKVDFAKGHGTILSGSVQYARLTTESGPDGMSEKYGCDLFLDDASVKNLTDLEIIDHVRAKNPQGEFKHDVPVVKIKSINVPKAYLANRQLFDGLIGDDSEIRANVWIKKWEHKGKKGLSVWLSAFVITKLVEYSSNDSDALFEGIPDLGDPTPEQLNPIPASKPNVASAAQAFDNASSDDDLPF*
TDF_MC_ARG01_113mDRAFT_c1000440	TDF_MC_ARG01_113mDRAFT_10004405	F077986	MKEGTLVWIVASVDEDAFQVNCDKDEIVVEPHGYKAMPLYADKEWVKPLTQEEIEEYNKNL*
TDF_MC_ARG01_113mDRAFT_c1000461	TDF_MC_ARG01_113mDRAFT_10004617	F089433	VVSVAGSFLGEALEPGDFIFANNAIAANSTPALSNYTVVQADDNIAGAGATDGATQKGVSGFDSENFTVSSNGWVQLKPQTNPYSQKIALTGGVDSGGQTTFTVNIVTMFGAGALAANCIATVKETASSLIVYPEVTGNGTGSLDFKFIPVVSTSAGFYTAYIT
TDF_MC_ARG01_113mDRAFT_c1000578	TDF_MC_ARG01_113mDRAFT_10005783	F019630	MGKVKKTIIIKNCNYEAQAYCFKKGFIIYPELSGNKYKVWYTRGSFGKYYMEGKEFNTQEAYQAIWDLYTKIYNYDKKHTNTL*
TDF_MC_ARG01_113mDRAFT_c1000578	TDF_MC_ARG01_113mDRAFT_10005788	F047678	MRTYTEKQLEQISGAIITCFVNLHFLQEADSSGLFRQRVKNNVRKTMADLIDIENNYFAKIEEVDEKELGDKLVANKLEFVEWLLNKFDFNDFTKLQEVCIAYSLNKEELTETSDKILKENGAETIE*
TDF_MC_ARG01_113mDRAFT_c1000600	TDF_MC_ARG01_113mDRAFT_10006001	F088984	VTPDAKRTAVLRRGTENGFSGLIPVGGQEQPNSGVGARLLWKNAQKKAKKNIISEVINRIIPQRSPLVT*
TDF_MC_ARG01_113mDRAFT_c1000733	TDF_MC_ARG01_113mDRAFT_10007331	F009032	MKKFRKYSFGSKGAATTKINALGTITDAEGNEMPSHPHAIVHLGNLVEVAGTYDEEGNELTAPVMSSSYHIDV
TDF_MC_ARG01_113mDRAFT_c1000800	TDF_MC_ARG01_113mDRAFT_10008005	F010393	MFVGFDEKDVRKELERAFKELETLHDSVTTAQIRRIARKSLKPMVKAYQTEITDLSSGSFKVYRNGGIYAEISKGQLAKSMGIITTKIRKGATFASLSVGPRVKRSFSDPEKGGWFAHFLEYGYLNNGAYNGANKGFATRARRKEMSGVGNEFKRLMRSFLNKKVKAARI*
TDF_MC_ARG01_113mDRAFT_c1000930	TDF_MC_ARG01_113mDRAFT_100093010	F103277	MDKQALQAKVDELELTLNSLELNTQTTKNDLMQATKKLEDVSKPIITEEIVEQIRNAVNQAVGQLSFNNPEEYDVDFEIDYNNSLALASIEFNGTDEMEEVICDYIEDLFNVIED*
TDF_MC_ARG01_113mDRAFT_c1000971	TDF_MC_ARG01_113mDRAFT_10009712	F003647	MTMCEWTLADIKNRASNKAFAKVTILTLDVETYKEDLRTGNIGGITYEEFEQVLEGYKTELQIWNYITELIEKQ*
TDF_MC_ARG01_113mDRAFT_c1001015	TDF_MC_ARG01_113mDRAFT_10010159	F010570	TKINALGTITDAEGNEMPSHPHAIVHLGNLVEVAGTYDEEGNELTAPVMSSSYHIDVLWEGEAVASWDNAMVWCPPMGLHTFGSSSAIAEWTEACKALHPEYFPEPSEDDLV*
TDF_MC_ARG01_113mDRAFT_c1001048	TDF_MC_ARG01_113mDRAFT_10010487	F080628	MEYRGYFYKEIQVKDYMGNRATMFKCSDEALLEHVDTSSFTKFTENRMKEAIDYYIGNVEYHKELKVLNYEATKYFLQN*
TDF_MC_ARG01_113mDRAFT_c1001355	TDF_MC_ARG01_113mDRAFT_10013552	F047678	MKLSEKQLEQISGAIITSFVNLHFLEEAKASGLFRHQTKKHVNRVINDLIEIENNYFAKVEEVDDKDLGDKLVANKLEFVKWILNKFTFNDFTKIQEICIAYETDKEKLIKASDDILIANGVEKVE*
TDF_MC_ARG01_113mDRAFT_c1001355	TDF_MC_ARG01_113mDRAFT_10013553	F100687	MDTKLKNIIKIIQPEFESEDSWYNEQLPNEVSLYLDTDDCLIDLHLKDDVLQTNIWIEDEEYNLTDEDANFVYEHLNKLLDDEIELTKRYYNEEKYEQNRF*
TDF_MC_ARG01_113mDRAFT_c1001404	TDF_MC_ARG01_113mDRAFT_10014042	F013571	MEINLILLMPNAMMLGWQYHEPEKGFEYSELNLFLFFGQIQLRW*
TDF_MC_ARG01_113mDRAFT_c1001431	TDF_MC_ARG01_113mDRAFT_10014312	F010570	MKKFRKYSFGSKGAATTKINALGTITDAEGNEMPSHPHAIVHLGNLVEVAGTYDEEGNELTAPVMSSSYHIDVLWEGEAVASWDNAMVWCPPMGLHTFGSSSAIAEWTEACKALHPEYFPEPSEDLI*
TDF_MC_ARG01_113mDRAFT_c1001467	TDF_MC_ARG01_113mDRAFT_10014676	F005454	MRIIKHYNPHFPNRNTYKCQVRNVTKFGSLEEVTEWRDDQMQFESEYKRIEELTNKRAGLFYQTLTYKGD*
TDF_MC_ARG01_113mDRAFT_c1001510	TDF_MC_ARG01_113mDRAFT_10015106	F050383	MKYLYQQLDELLNTIKYAEAAGIEDADYLDDDYFEDIVEVCKEIVSHAK*
TDF_MC_ARG01_113mDRAFT_c1001599	TDF_MC_ARG01_113mDRAFT_10015993	F058456	MNKTEILYLNDNHQQIIEKLVKDVKELMYFATEDEISGKYQDFLQILNSVYLYSNNFHETTLKIESSNGGVSEFIFLIPNMLFYTTIGFLTALKNQDNAKYMRDYLSDIGNCCENATSELADVLIDAEENKKILEDIM
TDF_MC_ARG01_113mDRAFT_c1001701	TDF_MC_ARG01_113mDRAFT_10017012	F043091	MELTEKKLEKISGAILSSFINLHLLEDAEKIGLFRQRVRNNIRRTISDLKEIEINYYNKIEEVDEKELGDKLTANKLIFLDWVLNKFDFNDFCKIQEVCLAYEADKERVTQVTDEVLINNGAK*
TDF_MC_ARG01_113mDRAFT_c1001701	TDF_MC_ARG01_113mDRAFT_10017013	F013081	MDLIKIVKTIEPEYKNTDQCINPLPNEVELTLDNEDYLIEVNLKEDVLKTNFWQGVEQYKASDDEIDCIYIYLEQLLLSEIEQTKVYYNEHNYNYQVWN*
TDF_MC_ARG01_113mDRAFT_c1001896	TDF_MC_ARG01_113mDRAFT_10018963	F011526	MDNEQMIAFVECFIHHRTGKEVRIAKPTKPNHYLLLTKAYENCKGFFIKH*
TDF_MC_ARG01_113mDRAFT_c1002078	TDF_MC_ARG01_113mDRAFT_10020784	F011006	MKKLINRILVKRSIRPYKIVALSTGVIVEHYRNGKLKTEYYGLV*
TDF_MC_ARG01_113mDRAFT_c1002114	TDF_MC_ARG01_113mDRAFT_10021142	F071236	MTRAEEVQKAKDLLRSVGYHVSWWTVDDVRDNYDVSFEEAQHCLEEVLHGEMITDMVKEDIHEFAFDNDYKENN*
TDF_MC_ARG01_113mDRAFT_c1002252	TDF_MC_ARG01_113mDRAFT_10022527	F083240	MNKYDKKMMHERELIYDAKKQAKRYGGETAKNDKKLIYDAKGAIHRTDMEKKSGHPLSKH
TDF_MC_ARG01_113mDRAFT_c1002276	TDF_MC_ARG01_113mDRAFT_10022765	F051142	QDLGDTSDVVLSVDISGANMRLLATVASDDWSVKSLVKAI*
TDF_MC_ARG01_113mDRAFT_c1002457	TDF_MC_ARG01_113mDRAFT_10024572	F030048	MLQGELCKNQEKVAYRSCVDSYFTNGDRQDIVEYWIQLFEQKRFCEAKGVEKALELIDIYEELNAKD*
TDF_MC_ARG01_113mDRAFT_c1002482	TDF_MC_ARG01_113mDRAFT_10024824	F048319	MKHYYEVNGQRRYYIAKKISPKENKESFLKIAGYAALGWAVFYVATFFFLHLLETII*
TDF_MC_ARG01_113mDRAFT_c1002566	TDF_MC_ARG01_113mDRAFT_10025664	F002629	MEVNKAAWEKLRKQIEYHTQQDSEITDVHINYQVKQGKKNYLKLNITIDKWATITE*
TDF_MC_ARG01_113mDRAFT_c1002858	TDF_MC_ARG01_113mDRAFT_10028583	F024118	MKEVLKRVLSKLASIPKDKLLHFFYGSIIATPLVIWGTTMEAIGFMIFISIGKEIIDAKMRFSLPSFMDALFTFLPTLLLLAVKLIK*
TDF_MC_ARG01_113mDRAFT_c1002859	TDF_MC_ARG01_113mDRAFT_10028592	F002629	MEVNKAAWEKLKKQIEFHTEQDSEITDVQINYQVKPGKKNYLKLNITIDKWDKITG*
TDF_MC_ARG01_113mDRAFT_c1003960	TDF_MC_ARG01_113mDRAFT_10039602	F000751	MKIYKAVFDTEEQGKEYLLNIGVLIEQDSDEGVEIVFAPTTAAVVYVGKVVEIPGTYGPDGHEITPPVYYPGFAIDVMSSSDXDFGTYAVYPADASAHSFYGWAKNAEVPPPAAPEDKAKAIIEE*
TDF_MC_ARG01_113mDRAFT_c1004130	TDF_MC_ARG01_113mDRAFT_10041302	F029758	MRTNDRLNAVEHIWHEESDRWIYIQRYASGYLGLNFMQGDEYNHFKKNFCYMDRGASEFYETMKTDLIKLRVELNGELEFIDKVMWIYFEATTKNERYK*
TDF_MC_ARG01_113mDRAFT_c1004130	TDF_MC_ARG01_113mDRAFT_10041304	F058909	MIDLSNTEINVLMVALDHMEEEISXLMSERTLRGNMWKERLXACESIRTKLQKLC*
TDF_MC_ARG01_113mDRAFT_c1004226	TDF_MC_ARG01_113mDRAFT_10042262	F061284	MTHDQAKKHEERAFDYLLKRYGWQIFTTPHFALIDGVAVKDNEITHVVEFKSRNESLSSMERFGTYLISNDKIMNGMEMARMMCVPFILIVCLIKDGTIIAVEIGDQFGLNDIGIEVKPTQTQRSMEGGKVTRNNAFIDIDKFYIL*
TDF_MC_ARG01_113mDRAFT_c1004376	TDF_MC_ARG01_113mDRAFT_10043762	F007114	MESNTKINESAWDKLKKQIEYHLEQDSNLTDIRINYQVKIPSRGTRNYLGLNVNINE*
TDF_MC_ARG01_113mDRAFT_c1004401	TDF_MC_ARG01_113mDRAFT_10044011	F017728	MNPVDDIKRGDIIEMTRTGKEFFVESITPLGVVLKECTRYVSFSKAALAERLKRKAAIHKSI*
TDF_MC_ARG01_113mDRAFT_c1005468	TDF_MC_ARG01_113mDRAFT_10054684	F008782	MKKPIFRIFISYEIKSKKAVTRKVTAGTLDTFVLTSNIDEIKKDQEIIDRICYLNKKNLNTVDITITDIDIENQYGETTDRFDNEY*
TDF_MC_ARG01_113mDRAFT_c1005824	TDF_MC_ARG01_113mDRAFT_10058242	F033045	MKISKLELPQHLYTQTTADCDAADELINPEELVSWAEQGRGDAIFSLCHTVYERNLASIDAWERDRIQQLEDELMSASKYAKVKHYHTTLEDVAREAEMKRANVKERMVKHQAAIEQLVEDAREFISAFVVQQDEGDMLTYLL
TDF_MC_ARG01_113mDRAFT_c1006781	TDF_MC_ARG01_113mDRAFT_10067814	F047684	VYTEFSKDMGFFSMHADVWSVVSEHINEGYEKAVYVHDITEICKRFRINGKAVKRDGFEELYVKLYGDGAFAKLLMGFEKEIENEYYKTTEYTPIKIK*
TDF_MC_ARG01_113mDRAFT_c1007297	TDF_MC_ARG01_113mDRAFT_10072973	F016596	LKNICIEMTKKYSLAKIRQSRNEFEALLRIYGISNSTLCKVIGVNYATSRDFIKIPSNLRFIHAHRLADFIGLTVQDVVDTIVYDLNKQ*
TDF_MC_ARG01_113mDRAFT_c1007320	TDF_MC_ARG01_113mDRAFT_10073202	F065789	MAIIYSYPYDQIVTDTDAWVGTDSINRQTKQYTAKAVADYLNINGRIAIAGQMNYQFVEDPSFKGGTFAFPAGQGDNTPWSSITSIVISNMDLSGQIV
TDF_MC_ARG01_113mDRAFT_c1007535	TDF_MC_ARG01_113mDRAFT_10075351	F005564	GWQAKIEPSKRQVVMEKDMHKLIIGLMVIFFLGDPGLQTLAWLGEMKLYIVAAAIALVSIPFVVSQLDE*
TDF_MC_ARG01_113mDRAFT_c1007957	TDF_MC_ARG01_113mDRAFT_10079573	F003835	MIIDLKVRNQIAQLIVDMSVGESKPVRRPEMVPIIKEVNDTALIGHALRFVTNLDGDVIMIKKYRRTAIEKRYEGS*
TDF_MC_ARG01_113mDRAFT_c1007999	TDF_MC_ARG01_113mDRAFT_10079992	F017728	MDHTITTKDFVHWNNMNPVDDIKRGDIIEMTRTGKEFFVESITPLGVVLKECTRYVSFSKAALAERLKRKAAIHKSI*
TDF_MC_ARG01_113mDRAFT_c1009398	TDF_MC_ARG01_113mDRAFT_10093982	F005967	MSIVISNLPYGDRRPDLFIDTMVKSAAVLNRFRLVDGVKAKVNVPIFDATLSFGSDLCVFDGASAATIGEKEMTVTTYKWSFLNCKNALESSYRGLLLKKGQNNPETMDSDFKDWVFDYFAKLSAEKALLVAGTALTTEMAADAAVLDYDTNALLTAANILDKLEGAYGTMSDVM
TDF_MC_ARG01_113mDRAFT_c1009640	TDF_MC_ARG01_113mDRAFT_10096401	F058531	MANPKLFSEFRSSHGQFYLIEIWDEDYTGNDPDQFNVTSEGFQLNYSGQTDNVYSPIIGSSVSFGMYVQDSATNSFLSNIKQYQQDRYFVKIWKGEFDGQDANTWYNTTKVSDDGLVMNFSPDEEQVVYLDFHWGGYIVQDIIEVEDVSQPYVLSIQATDGISKLGNAIVTTSYFRQFTDQFVNALDAAGVLGIYGTEHPVL
TDF_MC_ARG01_113mDRAFT_c1009749	TDF_MC_ARG01_113mDRAFT_10097492	F007892	MGRLIEISPQQDVVNKINAKEDFTHNINNTRLERYTVSTKSVFTGKNPSLFLEDTWKIVDDAFNSDQELFGGWLSEDDIYFLDYGLSVSDLKEAMKIAKFNKQLAIYDNVANKVIEVAD*
TDF_MC_ARG01_113mDRAFT_c1009961	TDF_MC_ARG01_113mDRAFT_10099614	F005010	MIRKRKHVRELQKYLDMLMIDNVNLSIQASRFGWTNDIQEQLTNSALLIRKYQRRLRLIKM*
TDF_MC_ARG01_113mDRAFT_c1010495	TDF_MC_ARG01_113mDRAFT_10104952	F000751	MMQIYKTNFPTEQQGKDYLLNLGVIVEQEGEIVFAKNTAAVVYIGKVVKIPATYDDEGNIITPAVYYDGFAIDVMSSEILDFGTYEVFPADKAAHSFYGWAKNAEVPPID
TDF_MC_ARG01_113mDRAFT_c1010849	TDF_MC_ARG01_113mDRAFT_10108492	F005129	MKYKVKIAERNLSINLIHYSYIDLGIFTVNASTHSFLYPAVETDWGCDINETELEFEVNNKRCKYVGFRDLYNQLHGDGSFKDFEKDLFXQIEEVVAKRXTEEYPGTKVHF*
TDF_MC_ARG01_113mDRAFT_c1011220	TDF_MC_ARG01_113mDRAFT_10112201	F000751	MMQIYKTNFPTEQQGKDYLLNLGVIVEQEGEIVFAKNTAAVVYIGKVVKIPATYDDEGNIITPAVYYDGFAIDVMSSSNLDFGTYEVYPGDDAAHSFYGWAK
TDF_MC_ARG01_113mDRAFT_c1012074	TDF_MC_ARG01_113mDRAFT_10120741	F001728	LNNMNSIELKPTENEDHYRLILNGVDVTGEQERSVFRHIIETIDNGIEVGL*
TDF_MC_ARG01_113mDRAFT_c1012095	TDF_MC_ARG01_113mDRAFT_10120951	F037239	NGDKSTPDSTNSYQITYENTTASTGSHSININAIIQDYIEFKEPSPSLVSGVQVIDGDNQQWVYTFVTYDAVATLYHEATDIMTLGYAYGNEGRNVTAVSNNTLLIPQQYKVNRQGSFVFPIYVPTGGAAQAISVKSYPALTINYSATPTQSDDSDEVVKYLWIDVAVATNESYIEIIWNGKTTTLDITNECKYTPLDTFFQNKDGALQSFTLFKKQEESINVTDSSF
TDF_MC_ARG01_113mDRAFT_c1012700	TDF_MC_ARG01_113mDRAFT_10127001	F030048	MLQKNNCKNQEIVAYRSCVDSYFNNKDKKDIIKYWLQLFEQKRFCEAKGVEKALELIDIYEDLNAKD*
TDF_MC_ARG01_113mDRAFT_c1013054	TDF_MC_ARG01_113mDRAFT_10130544	F058063	MAKPKLALIPAAQGSKFYSVLPSSGVGDFDFTRSGSATRIN
TDF_MC_ARG01_113mDRAFT_c1014020	TDF_MC_ARG01_113mDRAFT_10140203	F013231	MEKTYQTCKLIKTKIDNHLHEMAILFANLGTDSTKEEIKEAYLQESYLIDTIEELDPVKGKSLRT
TDF_MC_ARG01_113mDRAFT_c1014302	TDF_MC_ARG01_113mDRAFT_10143021	F047684	MSKIIKGQVSVDRSVYTEFSKDMGFFSIHADVWSVVSEHINEGYEKPVYVHDITEICKRFRINGKAVKLDGFEELYVKLYGDGAFAKLLMDFEKEIETEYYKTTEYTPIK
TDF_MC_ARG01_113mDRAFT_c1014618	TDF_MC_ARG01_113mDRAFT_10146182	F051139	MQKAKLKLPVKQFHRLYDFLGDILDHESETNDFNMENSDIELIEDIRHELFNQIPDEKPIETTYAFTAVANLTSITTIKLYEINRVETGGFLITNDRGSEIFCIDKGCSHLSSDQSKNWNFITITND*
TDF_MC_ARG01_113mDRAFT_c1014706	TDF_MC_ARG01_113mDRAFT_10147061	F011006	MKKLINRILVKRSIRPYKIVALSTGVIVEHYRNGKLKTEYYV*
TDF_MC_ARG01_113mDRAFT_c1014722	TDF_MC_ARG01_113mDRAFT_10147221	F007892	NAKADFTHNINNTRLERYTVSTQNLLKTANPSLFSKNTWQMVDDAFNSDQELLGGWLSEDDIYFLDYGLSVSNLKEAMKIAKFNKQLAIYDNVSQKVITVNQ*
TDF_MC_ARG01_113mDRAFT_c1015849	TDF_MC_ARG01_113mDRAFT_10158492	F013704	MNFKRKMLDGQRFEINGMEFICIETHAYFQTRVDDEESDIDVGSSFYIVRNTSTGKLHKIPFSKIINKEKEITWKT*
TDF_MC_ARG01_113mDRAFT_c1015854	TDF_MC_ARG01_113mDRAFT_10158541	F002407	KLVSTPTSDIFDTDIDSSVKVSFYNGTKVIDALSHFNGDIQGKIKYTEIDGELMASDFTIENTDLKINLACADPSLSFMEMSKEETDRAFSTEGSIFQFDLLTTHVDKMKSLFNLERDEDTFTLAVTDKGVAVQGPSYDATLAHSYEGDNAVGEKVVIYKKYINLLDKENYKVIVCSNKVVFKSLDTNTHLTVAVAI
TDF_MC_ARG01_113mDRAFT_c1016380	TDF_MC_ARG01_113mDRAFT_10163802	F032332	MEINPGNGFGDNFIRSLLLTLEHTDFDQFMDLSYHVLMQSPASVLKRKDSIDSKVESINNLIKYFEEEEEYEKCTNLQKLKTMLFLNTPNNES*
TDF_MC_ARG01_113mDRAFT_c1017073	TDF_MC_ARG01_113mDRAFT_10170731	F051139	MQTAKLKLPVKQFHKLHDFLGEILDHEAETNDFNMENSDIELVEDIRTELFNQIPDEKPIETTYAFTAVAELTSITPIKLYKTDRVKSGGFLITNDRGSQIFCIDKGCSHLSSDQSKNWKFITITND*
TDF_MC_ARG01_113mDRAFT_c1017935	TDF_MC_ARG01_113mDRAFT_10179351	F047684	MSKIIKGQVSVDRSVYTEFSKDMGFFSMYADVWSVVSEHINEGYEKPVYLHDITEICERFRINGKKVKRDGFEELYVKLYGDGAFAKLLMDFEKEIETEYYKTTEYKPINIK*
TDF_MC_ARG01_113mDRAFT_c1018948	TDF_MC_ARG01_113mDRAFT_10189481	F065790	IDIVDCKIQGNILGCDIFSSELINSSMMECNLFGATDAIDSKIEDSYVSKNVAVKDSYVFGPRGVFSGDMEGGIFRKGRATEFAKFENTEIIEIEKI*
TDF_MC_ARG01_113mDRAFT_c1019855	TDF_MC_ARG01_113mDRAFT_10198552	F002321	MFRIELDREMAWVTFVGEGFESIWHPVTDASGKQLMWSEDIMDFCRAQFNVKDCWVSFGIAPTSQMLIKNSVRDNL*
TDF_MC_ARG01_113mDRAFT_c1019919	TDF_MC_ARG01_113mDRAFT_10199191	F047764	MLKLKFNQNFKTIQLILNKSLKIKIYKSYILINKKDLEEISKILDGQYLKYKLI*
TDF_MC_ARG01_113mDRAFT_c1019958	TDF_MC_ARG01_113mDRAFT_10199582	F015149	FRDRLISSYDELFGGGGSGNLDAATNFSKKWGWYQSIFGLAQGDITRFENITKLGMHECFMMLSFMKDKNELEAKQIKNKFK*
TDF_MC_ARG01_113mDRAFT_c1020551	TDF_MC_ARG01_113mDRAFT_10205511	F059342	NTKYNGYTDFPTWKVFHETLSNITFDKYVTPEELKEISLDVVLFGFKMQFGSHLVEEFARVFIESADFQDIADSINNDIR*
TDF_MC_ARG01_113mDRAFT_c1020731	TDF_MC_ARG01_113mDRAFT_10207311	F077185	DYDTNAVLTAANILDKLEGAYGTMSDVMLAAVYGDADRDFKPAIFLGTAAMQHYQIAIAGLYTTTPQGVVEGGVPNYYGMEVIHFPSMPANXFMIAAAQNIVMLTDEYNDVRAIDMKYEAELSSDKIWGQFKLGFSYLKGEEIVYAKNFS*
TDF_MC_ARG01_113mDRAFT_c1021402	TDF_MC_ARG01_113mDRAFT_10214021	F074891	MSAVTEDVISKRKPRKKRGKGIAALRKIRRALARKKLEEMHEEQVLKENIYDVFADD
TDF_MC_ARG01_113mDRAFT_c1022025	TDF_MC_ARG01_113mDRAFT_10220252	F089433	IAGAGSTDGGTQKGVAGFDSANFTVSANGWVQLKPQANPYAASVLLNSGSDSGGETTFTVDVTTLFGTGALAANCKAEVVTTSGRQTVYPDITGNGTGSLDFKFIPTVANGTYTALISIV

NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters

3300000125: Marine microbial communities from chronically polluted sediments in Tierra del Fuego - site MC sample ARG 01_11.3m

Overview

Ecosystem and Geography

Associated Families

Associated Scaffolds

Sequences