Sample 3300000193

Basic Information
IMG/M Taxon OID	3300000193 Open in IMG/M
GOLD Reference (Study \| Sequencing Project \| Analysis Project)	Gs0046785 \| Gp0053393 \| Ga0026193
Sample Name	Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 47 07/07/10 135m
Sequencing Status	Draft
Sequencing Center	DOE Joint Genome Institute (JGI)
Published?	Y
Use Policy	Open

Dataset Contents
Total Genome Size	181431103
Sequencing Scaffolds	79
Novel Protein Genes	84
Associated Families	69

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
Not Available	36
All Organisms → Viruses	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales	1
All Organisms → cellular organisms → Bacteria	3
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → Candidatus Pelagibacter ubique	1
All Organisms → Viruses → Predicted Viral	13
All Organisms → cellular organisms → Archaea	2
All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes	3
All Organisms → cellular organisms → Bacteria → Proteobacteria	2
All Organisms → cellular organisms → Eukaryota	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	1
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	4
All Organisms → Viruses → environmental samples → uncultured Mediterranean phage	1
All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	3
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Halieaceae → Luminiphilus → Luminiphilus syltensis	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium	1
All Organisms → cellular organisms → Bacteria → FCB group → Candidatus Marinimicrobia → Candidatus Marinimicrobia bacterium	1

Ecosystem Assignment (GOLD)
Name	Marine Microbial Communities From Expanding Oxygen Minimum Zones In The Northeastern Subarctic Pacific Ocean
Type	Environmental
Taxonomy	Environmental → Aquatic → Marine → Intertidal Zone → Unclassified → Marine → Marine Microbial Communities From Expanding Oxygen Minimum Zones In The Northeastern Subarctic Pacific Ocean

Alternative Ecosystem Assignments
Environment Ontology (ENVO)	marine biome → coastal inlet → sea water
Earth Microbiome Project Ontology (EMPO)	Free-living → Saline → Water (saline)

Location Information
Location	Saanich Inlet 47, Vancouver Island, BC, Canada
Coordinates	Lat. (^o)	48.6	Long. (^o)	-123.5	Alt. (m)	N/A	Depth (m)	135
Location on Map

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Family	Category	Number of Sequences	3D Structure?
F001065	Metagenome / Metatranscriptome	789	Y
F003827	Metagenome / Metatranscriptome	466	Y
F004989	Metagenome / Metatranscriptome	416	Y
F005608	Metagenome / Metatranscriptome	395	Y
F006242	Metagenome / Metatranscriptome	378	Y
F007697	Metagenome	346	N
F007774	Metagenome / Metatranscriptome	345	Y
F008648	Metagenome	330	Y
F008914	Metagenome	326	Y
F009609	Metagenome	315	Y
F010790	Metagenome	299	N
F010876	Metagenome / Metatranscriptome	298	Y
F010921	Metagenome / Metatranscriptome	297	Y
F011256	Metagenome / Metatranscriptome	293	N
F011704	Metagenome / Metatranscriptome	288	Y
F012509	Metagenome / Metatranscriptome	280	Y
F012919	Metagenome	276	Y
F013191	Metagenome / Metatranscriptome	273	N
F013775	Metagenome	268	Y
F014792	Metagenome	260	Y
F015025	Metagenome / Metatranscriptome	258	Y
F018015	Metagenome / Metatranscriptome	237	Y
F020257	Metagenome	225	Y
F023217	Metagenome / Metatranscriptome	211	Y
F024324	Metagenome / Metatranscriptome	206	N
F027418	Metagenome	194	Y
F029242	Metagenome / Metatranscriptome	189	Y
F029271	Metagenome / Metatranscriptome	189	N
F029487	Metagenome	188	Y
F034067	Metagenome / Metatranscriptome	175	Y
F035724	Metagenome	171	Y
F035962	Metagenome / Metatranscriptome	171	Y
F036272	Metagenome	170	Y
F036430	Metagenome	170	Y
F038848	Metagenome	165	Y
F039110	Metagenome / Metatranscriptome	164	Y
F040845	Metagenome / Metatranscriptome	161	N
F043443	Metagenome / Metatranscriptome	156	Y
F045159	Metagenome	153	Y
F046020	Metagenome	152	N
F048788	Metagenome	147	Y
F049096	Metagenome / Metatranscriptome	147	N
F049555	Metagenome	146	Y
F051972	Metagenome	143	N
F057395	Metagenome / Metatranscriptome	136	N
F057661	Metagenome / Metatranscriptome	136	Y
F058066	Metagenome	135	Y
F058538	Metagenome / Metatranscriptome	135	N
F059474	Metagenome / Metatranscriptome	134	Y
F061043	Metagenome	132	Y
F061392	Metagenome / Metatranscriptome	132	N
F061863	Metagenome / Metatranscriptome	131	Y
F063595	Metagenome	129	N
F064081	Metagenome	129	Y
F066130	Metagenome / Metatranscriptome	127	N
F068482	Metagenome	124	N
F073665	Metagenome	120	Y
F074045	Metagenome	120	Y
F075339	Metagenome	119	Y
F076490	Metagenome / Metatranscriptome	118	Y
F078263	Metagenome / Metatranscriptome	116	N
F078399	Metagenome / Metatranscriptome	116	Y
F078582	Metagenome / Metatranscriptome	116	N
F090507	Metagenome	108	N
F096498	Metagenome / Metatranscriptome	104	N
F097506	Metagenome / Metatranscriptome	104	Y
F098166	Metagenome / Metatranscriptome	104	N
F101844	Metagenome / Metatranscriptome	102	Y
F103409	Metagenome	101	Y

Associated Scaffolds

Scaffold	Taxonomy	Length	IMG/M Link
SI47jul10_135mDRAFT_c1000560	Not Available	17536	Open in IMG/M
SI47jul10_135mDRAFT_c1001153	Not Available	11399	Open in IMG/M
SI47jul10_135mDRAFT_c1001309	All Organisms → Viruses	10490	Open in IMG/M
SI47jul10_135mDRAFT_c1002188	Not Available	7544	Open in IMG/M
SI47jul10_135mDRAFT_c1003238	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales	5830	Open in IMG/M
SI47jul10_135mDRAFT_c1003460	All Organisms → cellular organisms → Bacteria	5557	Open in IMG/M
SI47jul10_135mDRAFT_c1003628	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium	5364	Open in IMG/M
SI47jul10_135mDRAFT_c1003874	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium	5106	Open in IMG/M
SI47jul10_135mDRAFT_c1004046	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → Candidatus Pelagibacter ubique	4954	Open in IMG/M
SI47jul10_135mDRAFT_c1004369	Not Available	4694	Open in IMG/M
SI47jul10_135mDRAFT_c1005093	All Organisms → Viruses	4213	Open in IMG/M
SI47jul10_135mDRAFT_c1005672	All Organisms → Viruses → Predicted Viral	3892	Open in IMG/M
SI47jul10_135mDRAFT_c1006456	All Organisms → cellular organisms → Archaea	3531	Open in IMG/M
SI47jul10_135mDRAFT_c1006866	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes	3372	Open in IMG/M
SI47jul10_135mDRAFT_c1007814	All Organisms → cellular organisms → Bacteria → Proteobacteria	3047	Open in IMG/M
SI47jul10_135mDRAFT_c1008251	All Organisms → cellular organisms → Bacteria → Proteobacteria	2932	Open in IMG/M
SI47jul10_135mDRAFT_c1008506	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes	2874	Open in IMG/M
SI47jul10_135mDRAFT_c1008599	All Organisms → cellular organisms → Eukaryota	2853	Open in IMG/M
SI47jul10_135mDRAFT_c1009174	All Organisms → Viruses → Predicted Viral	2721	Open in IMG/M
SI47jul10_135mDRAFT_c1010031	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	2549	Open in IMG/M
SI47jul10_135mDRAFT_c1010348	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	2488	Open in IMG/M
SI47jul10_135mDRAFT_c1010544	Not Available	2453	Open in IMG/M
SI47jul10_135mDRAFT_c1010726	All Organisms → Viruses → Predicted Viral	2421	Open in IMG/M
SI47jul10_135mDRAFT_c1011458	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	2300	Open in IMG/M
SI47jul10_135mDRAFT_c1011514	All Organisms → cellular organisms → Eukaryota	2291	Open in IMG/M
SI47jul10_135mDRAFT_c1011847	Not Available	2240	Open in IMG/M
SI47jul10_135mDRAFT_c1012561	All Organisms → Viruses → Predicted Viral	2137	Open in IMG/M
SI47jul10_135mDRAFT_c1013958	Not Available	1970	Open in IMG/M
SI47jul10_135mDRAFT_c1014059	Not Available	1958	Open in IMG/M
SI47jul10_135mDRAFT_c1016451	All Organisms → Viruses → Predicted Viral	1713	Open in IMG/M
SI47jul10_135mDRAFT_c1016563	Not Available	1702	Open in IMG/M
SI47jul10_135mDRAFT_c1017410	All Organisms → Viruses → environmental samples → uncultured Mediterranean phage	1627	Open in IMG/M
SI47jul10_135mDRAFT_c1017667	All Organisms → Viruses → Predicted Viral	1606	Open in IMG/M
SI47jul10_135mDRAFT_c1018186	All Organisms → Viruses → Predicted Viral	1564	Open in IMG/M
SI47jul10_135mDRAFT_c1019301	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	1483	Open in IMG/M
SI47jul10_135mDRAFT_c1020186	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	1421	Open in IMG/M
SI47jul10_135mDRAFT_c1020269	Not Available	1415	Open in IMG/M
SI47jul10_135mDRAFT_c1021108	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Halieaceae → Luminiphilus → Luminiphilus syltensis	1364	Open in IMG/M
SI47jul10_135mDRAFT_c1021145	All Organisms → cellular organisms → Bacteria	1362	Open in IMG/M
SI47jul10_135mDRAFT_c1021465	Not Available	1344	Open in IMG/M
SI47jul10_135mDRAFT_c1021967	Not Available	1316	Open in IMG/M
SI47jul10_135mDRAFT_c1022128	Not Available	1307	Open in IMG/M
SI47jul10_135mDRAFT_c1023674	All Organisms → Viruses → Predicted Viral	1228	Open in IMG/M
SI47jul10_135mDRAFT_c1025160	All Organisms → Viruses → Predicted Viral	1158	Open in IMG/M
SI47jul10_135mDRAFT_c1025341	All Organisms → Viruses → Predicted Viral	1150	Open in IMG/M
SI47jul10_135mDRAFT_c1025817	Not Available	1130	Open in IMG/M
SI47jul10_135mDRAFT_c1025927	Not Available	1126	Open in IMG/M
SI47jul10_135mDRAFT_c1026252	All Organisms → Viruses → Predicted Viral	1113	Open in IMG/M
SI47jul10_135mDRAFT_c1026783	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	1092	Open in IMG/M
SI47jul10_135mDRAFT_c1027977	Not Available	1049	Open in IMG/M
SI47jul10_135mDRAFT_c1028843	All Organisms → Viruses → Predicted Viral	1020	Open in IMG/M
SI47jul10_135mDRAFT_c1029024	All Organisms → Viruses → Predicted Viral	1013	Open in IMG/M
SI47jul10_135mDRAFT_c1030022	Not Available	982	Open in IMG/M
SI47jul10_135mDRAFT_c1030462	Not Available	969	Open in IMG/M
SI47jul10_135mDRAFT_c1031288	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	945	Open in IMG/M
SI47jul10_135mDRAFT_c1031678	Not Available	934	Open in IMG/M
SI47jul10_135mDRAFT_c1033028	Not Available	900	Open in IMG/M
SI47jul10_135mDRAFT_c1033033	All Organisms → cellular organisms → Bacteria	900	Open in IMG/M
SI47jul10_135mDRAFT_c1034245	Not Available	871	Open in IMG/M
SI47jul10_135mDRAFT_c1035695	Not Available	838	Open in IMG/M
SI47jul10_135mDRAFT_c1037618	Not Available	799	Open in IMG/M
SI47jul10_135mDRAFT_c1039719	Not Available	762	Open in IMG/M
SI47jul10_135mDRAFT_c1040117	Not Available	755	Open in IMG/M
SI47jul10_135mDRAFT_c1040938	Not Available	742	Open in IMG/M
SI47jul10_135mDRAFT_c1042421	Not Available	722	Open in IMG/M
SI47jul10_135mDRAFT_c1045365	Not Available	682	Open in IMG/M
SI47jul10_135mDRAFT_c1045930	Not Available	676	Open in IMG/M
SI47jul10_135mDRAFT_c1046439	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium	670	Open in IMG/M
SI47jul10_135mDRAFT_c1048837	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes	643	Open in IMG/M
SI47jul10_135mDRAFT_c1052924	Not Available	604	Open in IMG/M
SI47jul10_135mDRAFT_c1052977	All Organisms → cellular organisms → Archaea	603	Open in IMG/M
SI47jul10_135mDRAFT_c1053393	All Organisms → cellular organisms → Bacteria → FCB group → Candidatus Marinimicrobia → Candidatus Marinimicrobia bacterium	600	Open in IMG/M
SI47jul10_135mDRAFT_c1054993	Not Available	586	Open in IMG/M
SI47jul10_135mDRAFT_c1056300	Not Available	576	Open in IMG/M
SI47jul10_135mDRAFT_c1058872	Not Available	557	Open in IMG/M
SI47jul10_135mDRAFT_c1059632	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	552	Open in IMG/M
SI47jul10_135mDRAFT_c1063841	Not Available	525	Open in IMG/M
SI47jul10_135mDRAFT_c1066703	Not Available	508	Open in IMG/M
SI47jul10_135mDRAFT_c1067104	Not Available	506	Open in IMG/M

Sequences

Scaffold ID	Protein ID	Family	Sequence
SI47jul10_135mDRAFT_c1000560	SI47jul10_135mDRAFT_10005601	F058066	AEQRWENVLGEIIYGLKCAKTIQNYDYEDKEEVKKLTKSSRRSFELIGKHLFNLWD*
SI47jul10_135mDRAFT_c1001153	SI47jul10_135mDRAFT_10011535	F010921	MGLTVKGGIKVLEGKAYVHPMSFQEIEFLLEIVANAGHKISEVQNVLHVTRKLQEEXKLMKKHLEGLGE*
SI47jul10_135mDRAFT_c1001309	SI47jul10_135mDRAFT_100130913	F013191	MIIVIGNGQSKSVSDFNLFKKHITYGCDFIYRKFIPNHLVCQDIDAQLELITNNLTKKYKCYFKGFDLIPSMHYDTLKQTTDKRLKIGENQPKTDNFIQFAHEGVMYFIWIDPSDPTENIVWWSDNKFDEWVSDTVALRLAAQQNPDESVFYCVGFDYYHQQTKDGIYLGSSIIDFQNNEHDSWISQHKHIENEFPNSKFIFVGKDIDYGEFENLLNK*
SI47jul10_135mDRAFT_c1002188	SI47jul10_135mDRAFT_100218811	F078263	SQPIALLKDLHRQDDEIRHFKNVETTMNTVASSVKELDGTIRKLEERTGSKFTEMTSQIKVTEAMVADKHKGLISKINNINSRIDNLEKKIDFAVRELKSETRKTSFLRKLLWLD*
SI47jul10_135mDRAFT_c1003238	SI47jul10_135mDRAFT_10032381	F024324	HGRVVHGHRFGWIKXAGNCDLDILATTISTQQENKDRLYDFKGDRIDLRINFPQAKGEDPAIIKTDLITVFDLATLKIAFFGNFIQGQMFDSLMAYFNTIKIEVTNPHKIYFDIPSDEFSLNGYVAAKLKAQELCEGMIKTTSL*
SI47jul10_135mDRAFT_c1003460	SI47jul10_135mDRAFT_10034602	F078263	MELLHDSDELVGSLDCQLKRLEEKIDTSQPAALMKDIHRIDDEIKHFKDVEITTNTVVSSVKEHDETIKKLEERTRHKFVEMTAQIEAVVTDKHKNLVSKINDISSRVDNLEEKIDLAVRELKSEARKTSVLRKLLWLD*
SI47jul10_135mDRAFT_c1003628	SI47jul10_135mDRAFT_10036284	F063595	MIENIKEADLIIFCITDPSRLSNPFKLPITINQGMDKNAFIEIQDDKRYSXSHGILPSVFNYKELQTAVXYYYKMLYDDSHMETTHRGLLREIESVVKKYNKKCIFLKCFSESFPDYIPENVVWGNLXLYEDISMKEPNFDSNTISKDDRKNHLNDKNNYNMYLFLKDIIDRDDFTPREIKMEKYFE*
SI47jul10_135mDRAFT_c1003874	SI47jul10_135mDRAFT_10038745	F049555	MKLYIHKDTLYSRPWHKKFKWVLDKKYSDINYEIVNLHYEDNIKDLQIGNDDYCICRFSHTEEDFELSKRVYPILHEKFNGRIWPNKTEWYYYNDKQRQLEFFKKNNIPHPISHYSYGRDDFLKWVKENNLEYPIVVKKSQGAGSEEVNLVYEKEYSWFDGKDNYFTETDWDE*
SI47jul10_135mDRAFT_c1004046	SI47jul10_135mDRAFT_10040466	F034067	MLSFRNKELINIANGIDNCAPIVIGANKVTALMDRYKNIFTPAPIQRENPIKGRKYFFSGIIILQNGNKHKKTKPILNAPKKIGFIDAFKPNLPKG*
SI47jul10_135mDRAFT_c1004369	SI47jul10_135mDRAFT_10043691	F035962	MDKLGLYINNLMTTVVDKEDKFFLRKLAFDELLKLKSDISDFLARYVDEFDGIPDE
SI47jul10_135mDRAFT_c1005093	SI47jul10_135mDRAFT_10050931	F015025	LMKRKDTPIQKRKIEQLLKFGNFISEGVMDDLLKAGKSKKDSEITLDDGADIPIDPLTSQILVKYIEGLSSSEKNRTIQQIQRTERAFMKVLGKAHENT*
SI47jul10_135mDRAFT_c1005672	SI47jul10_135mDRAFT_10056721	F078582	MKLNYFNFNNYSSSIATQSLQAAAPFLTGSNPEYWTGKGNNHGVIAGYDWVPSSGSLKLLELNTNIQTPPETNFLDSAVTWWKANNYDTIVLVTRNEEGTVMPPLELVGDITASLDIDGFTSSIYVQPSYPTPVPDFDVPNTTFVLRFGFDSASPIDYLASDKREFRNFASSSGIESLMPRKMADLPDGFSNGVGVPDVL
SI47jul10_135mDRAFT_c1006456	SI47jul10_135mDRAFT_10064561	F078582	MKLNYFNFNNYSSSIATQSLQAAAPFLTGSNPEYWTGKGNNHGVIAGYDWVPSSGSLKLLELNTNIQTPPETNFLDSAVTWWKANNYDTIVLVTRNEEGTV
SI47jul10_135mDRAFT_c1006866	SI47jul10_135mDRAFT_10068662	F061392	MICAFFAVGIFLSLQTFAGESDKPDPTFRLNATLYPIDGGQLYIGDVNKDKKTFRLHLRHIGKDGKWVYYYASASAPVNEDGDVETDSAVASIEYPQYIASVIGNTFRKARVRVLFSHRGDGEGFFKEAGQVIFQECATKTFEAKNWNCTGWEYLGTLPGFQ*
SI47jul10_135mDRAFT_c1007814	SI47jul10_135mDRAFT_10078141	F011256	VLLAVGLVILLHPDKFRYSSKQIKQFIFRYWWISVFVLLGYVTMGEWEHLIITQESHSNIMKE*
SI47jul10_135mDRAFT_c1008251	SI47jul10_135mDRAFT_10082517	F003827	GIWGDWQVRLIAENMSEKRPKRDWFEGDGTDEGYLTSLKSWAHITARQLYSMELEERQLIIFVHHLGIEHVGVETFDPQDTRQLSDFRPNEGN*
SI47jul10_135mDRAFT_c1008506	SI47jul10_135mDRAFT_10085063	F068482	LQAGHEQLNLKMYFLVQNTLGGPINLGVWRHQKANDICRTNFMDSISQLTLDEQTRNSVNCLHYKDRYFLDGDIPFKDQKIQNDDVVVFTDQTDKEIIIGVIEASSDFQKERGGKERGGNGR*
SI47jul10_135mDRAFT_c1008599	SI47jul10_135mDRAFT_10085991	F007697	ISSPQSCITSAVAKYFGLKCLVTVPHYPDHIKDSYRVNVSLAQKFGAKVYGVGNQNISGPELDAKKLVGETGYFQIKFGMNGRQVMKTIAQQVKNVPDHVETVVGIAGSGLSMLGVAMGCKLYNKNIKTIYPVALSGYVYKNKKMWYDRLNDRHKFDGDFKVVQSDYPYQHKLKLDESLPLDQTYEAKAWDWMVKNIEPSENVLFWDVGIKEYDLSYIEPIKWHKSEYEMIIDRELRRKHEQVKHNFF*
SI47jul10_135mDRAFT_c1009174	SI47jul10_135mDRAFT_10091741	F058066	LAEQRWENVLGEIIYGLKCAKTIQNYDYEDKEEVKKLTKSSRRSFELIGKHLFNLWD*
SI47jul10_135mDRAFT_c1010031	SI47jul10_135mDRAFT_10100314	F057661	NISKILLSICDIDYYSQKKTTFIISERQYVSFFKIIYT*
SI47jul10_135mDRAFT_c1010348	SI47jul10_135mDRAFT_10103483	F012919	MEYIMKISRKKLNLEIVKYLKNGGKITKLPAGPDYRFQPYSARVSPGDPKVDLTISDSPTTKQQIKYVEKNSL*
SI47jul10_135mDRAFT_c1010544	SI47jul10_135mDRAFT_10105442	F009609	LEGKKVKVIKTITSVNGALHEGEIILVERRENGHWRCRDNMGRIFYLEESNLKIIKK*
SI47jul10_135mDRAFT_c1010726	SI47jul10_135mDRAFT_10107261	F059474	MAFKAIDRNDTKEFVSSEXPAIDIANSDIEAYKESHDIKHLSFKDGESPTVFHMGTITFMKFAEIKDKHISFDLGSDGQEINTNLFGLTADSLRHSLKKADNLPFPIKIERGRLSDTTMDKLARLGIVEELGNIALNLNGFGDDDEKK*
SI47jul10_135mDRAFT_c1011458	SI47jul10_135mDRAFT_10114583	F004989	MSIELEELNTEKERLEGDRKVLLDRLQEYQQGLTQTQQQIQAIGGAIQTCNFFIGKVQSSQESKNKKESVVS*
SI47jul10_135mDRAFT_c1011514	SI47jul10_135mDRAFT_10115141	F007697	VMETIAQQVKNVPDNVETIVGIAGSGLSMLGVALGCKLYNKNVKTIYPVALSGYVYKNKKMWYDRLLPKDQFDGEFHVVQSDYPYQHKLKLDESLPLDATYEAKAWDWMVKNIKPSKKVLFWDVGIKEYDLSYIEPIKWHKSEYEKIIDRELRRKHEQVKHNFF*
SI47jul10_135mDRAFT_c1011558	SI47jul10_135mDRAFT_10115582	F103409	QFEFDFNNLIVLEGIGTLGVVELESATPEENARLCHIGLHDLILEEEGILQEAVDQIKLDTETVENITQEEFTIGQFVPFLGFEPHDDLSITIDDNMLLESVTHKTTNVCVEAEDGDLIVQEDDGSSHIVLDDFYFKYWGEGTITQVGTTITLSGSIFPFAVVDGGRFFYQNGVESTDIVSISADLMEIVVENSTTISSAENYKVGYSLDDTLATTDAFIVMEGYSFSSITSETNAKFERDEIFLNGYTRGDNNDAFGTGTLNIAAFYGAIGNNIVYEDGVRILSEDGIGGYIAFEDLGNNHGRVLNEDDTGCFFASEDFEAQTDQDDNVMMKEQSDGLLLESSETEVPYHVLSEDAGQMMLEEVFQVSEYKIVLDSNDYVLIEDQPAGDNWNYKLLNLDMERFDIAAIANNTSMTLQSTEFFGRSDSAILVSRTEQII*
SI47jul10_135mDRAFT_c1011847	SI47jul10_135mDRAFT_10118476	F008648	MKRFKEYLKEARGTSLSGLLFLPRIGYYDQLMIPISSSMFKRIWPDTLRATVFHTTDGDGVRNIAKLQGKKKQISAFFSMFSRYMEVGVATQGGVHSVLEMDADVLLSAKGDVMSHLDQNGRRWTSISDLKETSRWTKFTAVEKDLEKMFDALVKKYLKRGEFQENATVWELWRMA
SI47jul10_135mDRAFT_c1012561	SI47jul10_135mDRAFT_10125612	F059474	MAFKAIDRSETLEVVSTDDPAIDLKKSDVDAYKDSHDMKHLSFIEGEQPTVFHLGTITFMKFAEIKDKHISFDLGDNGQEIKTNLFGLTADSLRYSLKKADNLPFPIKLERGRLSDTTMDKLARLGIVEELGNVALNLNGFGDDEEKK*
SI47jul10_135mDRAFT_c1013165	SI47jul10_135mDRAFT_10131651	F057395	ESWFDLKDNKLLKQVFTKYGCVPSKRLISKETWILIN*
SI47jul10_135mDRAFT_c1013958	SI47jul10_135mDRAFT_10139582	F012509	MSDYSTEDIVKYSISGDGARVKEAIQGVIASKIMAGMEAKKAEVAQAMFNTVSHEKQEVADTFVAASEKETSQ*
SI47jul10_135mDRAFT_c1014059	SI47jul10_135mDRAFT_10140593	F004989	MSIKLEELNTEKERLEGDRKTLLERLQEYQQGLTQTQQQIQAIGGAIQTCNFFIGKVQSSQESKNKKESVVS*
SI47jul10_135mDRAFT_c1016451	SI47jul10_135mDRAFT_10164511	F001065	QHRSSMSEIPILDKEVDDWGSDEQEEAYDKLQSLKLDCEETPSKLYINEDEELQSYLMWFARMEGLPYEITDGETRVC*
SI47jul10_135mDRAFT_c1016563	SI47jul10_135mDRAFT_10165632	F036430	LDTTVEQVRIDIIFNGAGDVSHGYTRGEDSDGNGTYTVSIAAFADIVGNDITFEDGERMLTEDSIGGYVAFEDSTQNVSLGIAHSRVLNEDDTGCFISSEDHEGNETSQDDNVLMKEMSDALLLEDSETETLNYVLSEEAGQMMLEEVFQVSEYKIVLDSSDSVLIEDQPDGDNWNDKLLNMDMGRFDIGVIANNTSLEIQTTDSSTSSADFFRRSDSAILVSRTEQIV*
SI47jul10_135mDRAFT_c1017410	SI47jul10_135mDRAFT_10174101	F038848	LSWDEQIVNNFKVKTAHFFKLKLKIAQTEKEASLYPEHQELMEFAKSKGWKVKIWDAAIELEAYTREVAKKELGK*
SI47jul10_135mDRAFT_c1017667	SI47jul10_135mDRAFT_10176673	F039110	MNKVAKKAVAKKATKLQLKAIADGSHGIDGGIYTFKKGDTVTVSKKAHYDSMKELACFNEV*
SI47jul10_135mDRAFT_c1018186	SI47jul10_135mDRAFT_10181864	F049096	MKKMIRNFIIFFILGFAMFQIIGCDLPTQPKEINELDEIEIILKSVNDEDVPITLSKGDDDKKGKGKGKGRGKKPSFRKVIHRLDRYLTNHPNEEVQGYLDTAVLNLAVLRQMKQDGVKDGFKELVKETRQLLRKAIKSVRKARKGD*
SI47jul10_135mDRAFT_c1019301	SI47jul10_135mDRAFT_10193011	F043443	VNDKLLKLKRKKLQQQILYLRTELEETEWIFQDCLKEFDVEFRKYFKDPTQKKKGDVTTDSPEYDIPEKDVNMVFKKIAKETHPDKLINKDISDEEYDAKVDMYKEAQRSVKNRD
SI47jul10_135mDRAFT_c1020186	SI47jul10_135mDRAFT_10201861	F008914	KITIKIIRKNLMEREAIIEETRKWVRSWEAEQREMVLWILEEEVRHDKLMDFMHEDGGKTTPEKLN*
SI47jul10_135mDRAFT_c1020186	SI47jul10_135mDRAFT_10201864	F073665	MTSLKIIPEEKPDINKVTTCSLLDKSAMSRNVLTKEECNRVIEMGRTWEDVDAQIQTKSPKEESEKNDDYRNCKMYGPPVDDTESWLWIGQKISAAIYDFNAKEGWKFNLIGMAERPMMMEYEEGAGKYDWHIDL
SI47jul10_135mDRAFT_c1020269	SI47jul10_135mDRAFT_10202692	F078399	MTNNYWIVDEWLIFKPEFNEELTNYYSIINKYNKIMFSDYNNPLIAIETNNQYKNKY
SI47jul10_135mDRAFT_c1021108	SI47jul10_135mDRAFT_10211081	F058538	CGYWIFRGRNMYSQYETTVINRRRLHDILNWVNQKYHLEYEVVQKNRDVFYVIFHDLNIKQTVAIQKQIKGIAQPEHFDMH*
SI47jul10_135mDRAFT_c1021145	SI47jul10_135mDRAFT_10211454	F007774	MNKNDKLTPEQEKELIQLTAEIEAEAIKMKMDYEEHPSHESGSVVYVNEQSTLLKDEKEELGNQALVSSSQILAKELKKQKKKGDKK*
SI47jul10_135mDRAFT_c1021465	SI47jul10_135mDRAFT_10214653	F005608	MKTAIIEVLEKGELVFGSPTVGKYFVRRFEDGESMGGGFFKTKKEATTHAREY
SI47jul10_135mDRAFT_c1021967	SI47jul10_135mDRAFT_10219672	F064081	NNIVIDPTVKPFVASYKYIPANMGESKQSSYESVTSFRLVDSFDTMKNVVLGMYANRVITHDLIQMKIDRRDFHYVTPPSTVFTIEADGSVSSQQNTEEGDKEKTQIDASVSTEIGRLCSNNADFLGKPEAHISLVPTTFGQAGALNTGPKKEFSIAKDNQIQAITQADNKDSTGFAVNEDIKENHVEDVIARRISQRLQLDSVKINFSAPGDSSREVGDLISFDFPTENSKVAASSGRGAGHKYYSGKFLITSLRHKITQDEYTIHVEAIKDGYKSAISSTFEVTAPTVQIPNPKTGLAMTQEELQASADDYTNNRLTDLSDTSRGF*
SI47jul10_135mDRAFT_c1022128	SI47jul10_135mDRAFT_10221283	F036272	GDPNLSVWRNFHKGQIAEVGLWSDTLKDYEMELIFQKGIINNKGEYSTSKLPVGVWDFKGGYDNITFDISGNNNHAKFYNVGFANKSLKSNTERYLPYRRNGAYGYISSEEQYLNLENLTRTEHPEIMTNRNTFNKKVRLNMSGIDKDGLSSTKFRIVNRKDYQGKHEIIEVVI*
SI47jul10_135mDRAFT_c1023674	SI47jul10_135mDRAFT_10236744	F008648	MKSFKQYLKEARGTSLSDLLFLPRIGYYDQLMIPISSPMFKRIWPDTLRATVFHTTDSDGVKSISKLEGKKGQISAFFSMFSRYMEVGVATQGGVHSVLEMDADVLLSAKGDVMSHLDQNGRRWTSISDLKETSRWTKFTAVEKDLEKMFDALVKKYLKRGEFQENATVWELWRMA
SI47jul10_135mDRAFT_c1025160	SI47jul10_135mDRAFT_10251601	F051972	MVSPIYYFTRSGCAWCTRMQPSIEHINKTLNDEQKIQILNVDDKKSRVIYDTILTSNKLRAITPMLYNSNIGTFLLGYQDKRNVEQFLKANPLKERKPLKPIPTFDIQNSSKKDFDNWKKSVILWYGENQKDLPTNVISQERMIDMVYTQF
SI47jul10_135mDRAFT_c1025341	SI47jul10_135mDRAFT_10253411	F038848	MDGMEKVIKKNIDTFENAMLSYAKKRSTDLSWDEQIVNNFKVKTAHFFKLKLKIAQTEKEASLYPEHQELMEFAKSKGWKVKVWDAPIELEIYTREVAKKELGK*
SI47jul10_135mDRAFT_c1025817	SI47jul10_135mDRAFT_10258171	F013775	MEKTYKTIKEFAKDYRTEITPMMKSKGFGISISTSKGSYWNDGRLNFQIKKIPSNFYVWTNEYSKYNKTEKSQKLLNVIRDRVNNILVESNLDVDLNFDYHRDVRYKP
SI47jul10_135mDRAFT_c1025927	SI47jul10_135mDRAFT_10259273	F045159	MAEFQALQTATAEWKPHQIAKAGDIASMAKAAGDLAGVVKDTLSLASAGMEVVKLLAQLQSINPLLIALDLLADEVLIAIRNIKEAGFWYLYVDPYFIKNVAADPTFT
SI47jul10_135mDRAFT_c1026252	SI47jul10_135mDRAFT_10262521	F020257	YALSYWKPDCGYVCYIPEGYKIKELDYGVIPIGDLRPPSGAYALQEALKNGHDRIEVFGFDSIAGVFSTTSTIAFKEHDSPNDIIEDRMDKWITYYKTVTEQYEEIEVIWHTKED*
SI47jul10_135mDRAFT_c1026783	SI47jul10_135mDRAFT_10267833	F076490	MTRVNYETLGKFIDIDEKDLEFERVTNSIDVVDREYGVEVIFDYYRRHGFPHYKIREDEKHEHMRKLKKFDVDTIF
SI47jul10_135mDRAFT_c1027977	SI47jul10_135mDRAFT_10279771	F011704	MNIDNFQELIDLTDYLATSNEYLIRKFTEGGNYLIIDTYGDFLIIERDEVDTVFSTIWND
SI47jul10_135mDRAFT_c1028098	SI47jul10_135mDRAFT_10280981	F027418	NNIEELYIFKTNLNLDNLPNSIKKLYIFNYKKELNNLSNSIEYLELKNYNLKIKKIPKKLKTIKCDRDYKYIDNFEDYEVIIF*
SI47jul10_135mDRAFT_c1028843	SI47jul10_135mDRAFT_10288433	F058066	DKDGNSTDEADRLAEQRWENVLSEIIYGLKCAKAIQNYDYEDKEEVKKLTKSSRRSFELIGKHLFNLWD*
SI47jul10_135mDRAFT_c1029024	SI47jul10_135mDRAFT_10290243	F096498	KCGSNEMNWQSKDYMCGLDMIDPDKVQKFYTHCDKCDTFITYRRGTENDEEVIKCRAEPYSLDEVEKMGFKYKCDGR*
SI47jul10_135mDRAFT_c1030022	SI47jul10_135mDRAFT_10300221	F010790	MKKLLEEKVDISDISWNHQKLLKIGGDYIHKTRDGRLWYELEDDINKSKNRTLIKYFKEYEKARLKLSQAGSMLTRAFNLEK*
SI47jul10_135mDRAFT_c1030462	SI47jul10_135mDRAFT_10304622	F090507	MLDLKSFIVNGELIIDKPHWYQLKNSHDRQELKDAISDAIEGLEIPLIEITEEDAKQDFDELAKFDARTLLNKDNLYAKADYKYELSHWYLKNSVIGRKSTNYFHQLARWKVGHAKHVSPYRSWTIKKFHQTFLNPLWTLDMLEVNNKTLRMCIQMRMYMAAQYPPAVAKSLYNLFEAKDVLDF
SI47jul10_135mDRAFT_c1031288	SI47jul10_135mDRAFT_10312881	F075339	TEPIIGDYVLGTKSGAFGQILAFSEGGAILILDHIKPGPTIAGTQEDEERIVRMLDVASGNFLEFPYAGKLVGTNGLAFDGALDTALTLVGEGRFSEEVLVNRSSHKPNGIGTTVYEVFQGNEGTFVXVDDVEEFVEEQEFTLPANLPWNTFGQDRIVKQQVFKVVNGSVKDPVLESGHNGKYGSFTDDDTIISFGEEFAQTFLADIEGRNAEDDKVTRLKPPPQPDHDDTYGMKITVAGTGSISVTAEGGEVESIAAALNNTVNPNNLPESVQERTARERAGN*
SI47jul10_135mDRAFT_c1031678	SI47jul10_135mDRAFT_10316781	F074045	DDYWKNKLNKGEVQRSQMEELHSMYRNVVTEFQIPLAVVKSEETDRKHRYEQHLHLPDGTVPIDAPSNIVRY*
SI47jul10_135mDRAFT_c1033028	SI47jul10_135mDRAFT_10330281	F006242	REYNTTMLIIHRRLKTEPDAEWDFHELSSDKFPGGFARESDWAVRYKRRNDSPKHKHEYKVELRT*
SI47jul10_135mDRAFT_c1033033	SI47jul10_135mDRAFT_10330331	F040845	KKAFLMLRIYGDSWKVNLGKVFSGINKGKPTMIKKGLKEIKILNKKIEEMIEELI*
SI47jul10_135mDRAFT_c1034245	SI47jul10_135mDRAFT_10342452	F048788	MSNNYWIVDEWLIFKPKFNEELTYYYGIINKYKKIIFSNYNNPLIAIETNNQHEIEHCVNFIKNQFSKEIDL
SI47jul10_135mDRAFT_c1035695	SI47jul10_135mDRAFT_10356952	F035724	MIFKYPTLASPTTTLTFNNNPETPYEREVIKHNSSVQMEDGSFFVYSRSVTNYRYTISVVLTSETERDALESFYDSTVNGMEKTFSYTDPYSDSYTVRFENELHISEIFKDRMYRATFNLIQTA*
SI47jul10_135mDRAFT_c1037618	SI47jul10_135mDRAFT_10376181	F023217	MKKWKTEKAIASSKKIDKGLKAFGKSIGLDKPFFAAKTFDDVTGTWKVCPCCGGDSLEADILK
SI47jul10_135mDRAFT_c1039719	SI47jul10_135mDRAFT_10397191	F029271	MSKLSDLQDIKELLDVDFRKDKFLDNQYNNSPSFNYDAAESYVANIHQFLSEKYGEAVIYNFMQEVESLRITTLKMYIESNIAAYRRFTIKTIDDSNKSYYS
SI47jul10_135mDRAFT_c1040117	SI47jul10_135mDRAFT_10401172	F048788	MKNNYWIVDEWLIFKPEFNEKLTYYYDVINKYKKIMFSDYNDPLMAIETNNQYAVKYYGNYIESEF
SI47jul10_135mDRAFT_c1040938	SI47jul10_135mDRAFT_10409381	F098166	MNILVSKDEEQSIYTTAMRFTLSDGDMLLTATTEEIDKVGAWLGKNGLTGVYTDIEEDDFIECNDFMFTNGDININSDNPVTFIRLLK*
SI47jul10_135mDRAFT_c1042421	SI47jul10_135mDRAFT_10424212	F029242	MNDDVPHDIGYVLGNGPSRDRSRTRYEGVTYGCNSIHTEMGVDVLVCMDTWYQFEVIASGYPAKHKCLFGGYNPIPIDIPPESLNPPHYDIHYYNPKDREFADNWYYYATSAADYEKAKKENYALSYWKPDCGYVCYIPEGYKIKEIDYGVIPIEDLRPPSGAYALQEALKSG
SI47jul10_135mDRAFT_c1045365	SI47jul10_135mDRAFT_10453652	F098166	MNILVSKDEEQSIYTTAMRFTMADGDMLLAATTEEIDKVGAWLGKNGLTGVYTDIEEDDFIECNDFMFTNGDIDINSDNHLTFIRLLK*
SI47jul10_135mDRAFT_c1045930	SI47jul10_135mDRAFT_10459301	F029271	MSKLSDLQEIKKLLDVDFRRHQFLDNQYNNSPSFNYDAAKSYVANIHQFLSEKYGEAVIYNFMQEVESLRITTLKMYIESN
SI47jul10_135mDRAFT_c1046439	SI47jul10_135mDRAFT_10464392	F097506	MQIKFVKEIPIINGTYKKDTPDKEIGYQKWQVKKTYEVEMEYEIVAKTKEEAEEILSHKERIEVE
SI47jul10_135mDRAFT_c1048837	SI47jul10_135mDRAFT_10488371	F068482	LKELHLQTGHEQLNLKMYFLVQSTLGGPINLSVWRHQKANDICRTNFMDSISQLTLDEEPRNSINCLHYKDRYFLDGDIPFKDQEIKNDDIVVFTDQTDKEIIVGVIEASSEAQMKREENGRGKKTTSIYPHHSN*
SI47jul10_135mDRAFT_c1052230	SI47jul10_135mDRAFT_10522301	F061043	RVYKVDPPVQVTDNSRTIKLYFVTDNQFTNLLSKVRKIYPTKQNIPNTKTADNDKLYTLADMARDIFKDFFIGKKKPLKQPATRKPFLVEPTRYKAEIVIPNWNPFKAISFLASKAVSANPETKGANFVFYQTLQGFRFVSIETLMLGGFRLFKEEEQSVVEAKYPHLVRNANLETATNDKQSHIPIYRDDPEIEESMKPFV
SI47jul10_135mDRAFT_c1052924	SI47jul10_135mDRAFT_10529241	F014792	HERENYSWGVIQDMIEREVNSAFKLREPPPTQMPSKKEIKKLIRETVKGKKET*
SI47jul10_135mDRAFT_c1052977	SI47jul10_135mDRAFT_10529773	F023217	KAIASSKKIDKGLKAFGKSIGLDKPFFAAKTFDDVTGTWKVCPCCGGDSLEADILKLI*
SI47jul10_135mDRAFT_c1053393	SI47jul10_135mDRAFT_10533932	F066130	MKTSLLKKLAPNFTRRGKKHRKLSQIQIENFDLNDFLFHRENR*
SI47jul10_135mDRAFT_c1054993	SI47jul10_135mDRAFT_10549932	F010876	YNSSPLYRFLLQEGKFKGVEFYFKNVELDHHNTPGSFDISYGYEIIGGNYRNDGWEEDMEHMNRIVNEKNKDQFEVEIGKILKNLLILNDPRVILHKGKDA*
SI47jul10_135mDRAFT_c1056300	SI47jul10_135mDRAFT_10563001	F101844	ESADALEFGNSFLTITDARTTGTMDVRGLTIDVSNKLDTGSSNDRIGIDVDVIGDVSGYTIRDAVAIRAVSRQSTGAEVTRLNTPIHSVLDMANTASANNSGTTLSGAYGLAIDHDDTIATRTGQPTAFISFGELYVGGTESIETAYLFDIFPEGKTGDATYGTAADVAFYNDGAQYATTRDTMILNSTDG
SI47jul10_135mDRAFT_c1058872	SI47jul10_135mDRAFT_10588722	F046020	MIEVWASIILFTFSLNGQIDQHFKSKELCWKFYENHPLLYRQIDEAFPKDYYVRLYNSDEHGLVWITCNKLSDLRGNDNSKFPPNILLPTPEM*
SI47jul10_135mDRAFT_c1059632	SI47jul10_135mDRAFT_10596322	F018015	NKKWREFRLDEKLNEENESLWTWVYKGFLGGFKKAEKKGGGSVSLDEVARGVAFLVKTEFGHHAKNDFIKSLKKYIR*
SI47jul10_135mDRAFT_c1063841	SI47jul10_135mDRAFT_10638412	F029487	MKQLNPEQIQENWKQLRDLITNTFSDERLENLNTMYDYFEDRMCLAPASGK
SI47jul10_135mDRAFT_c1066703	SI47jul10_135mDRAFT_10667031	F061863	IAACLVIFGVVTKNSFEQLGFPNHPIGKPLGMGMFIMGWIYIAYIFSINKPNKLAFILPSIGIVIAVMMMKQYMVKKQTPPMVFPVIFALSWIILGLNAGNHLSGNQKYLGLFASFLVLLSMMQILPYQRTHNIVDGPGQPLFVIAWGILIMLNSNR*
SI47jul10_135mDRAFT_c1067104	SI47jul10_135mDRAFT_10671042	F068482	GEHLQAGHEQLNLKMYFLVQNTLGGPINLSVWRHQKANDICRTNFMDSISQVTLDEETRNSINCLHYKDRYFLDGDIPFKDQKIKNDDIVVFTDQTDKEIIVGVIEASSDFQKERGGNGR

NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters

3300000193: Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 47 07/07/10 135m

Overview

Ecosystem and Geography

Associated Families

Associated Scaffolds

Sequences