3300000170: Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 36 08/11/09 135m

Overview

Basic Information

• IMG/M Taxon OID: 3300000170
• GOLD Reference (Study | Sequencing Project | Analysis Project): Gs0046785 | Gp0053619 | Ga0026188
• Sample Name: Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 36 08/11/09 135m
• Sequencing Status: Draft
• Sequencing Center: DOE Joint Genome Institute (JGI)
• Published?: Y
• Use Policy: Open

Dataset Contents

• Total Genome Size: 135508012
• Sequencing Scaffolds: 70
• Novel Protein Genes: 76
• Associated Families: 73

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
All Organisms → Viruses	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales	2
All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	2
All Organisms → cellular organisms → Bacteria	5
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	2
All Organisms → Viruses → Predicted Viral	8
Not Available	35
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium	1
All Organisms → cellular organisms → Archaea	1
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota	1
All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium	1
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium	1
All Organisms → cellular organisms → Bacteria → FCB group → Candidatus Marinimicrobia → Candidatus Marinimicrobia bacterium	1
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales	1
All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → Gallionellaceae → unclassified Gallionellaceae → Gallionellaceae bacterium	1
All Organisms → Viruses → environmental samples → uncultured marine virus	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium	1

Ecosystem and Geography

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 36, Vancouver Island, BC, Canada
• Coordinates
  • Lat. (^o): 48.5663346
  • Long. (^o): -123.5193257
  • Alt. (m): N/A
  • Depth (m): 135

Associated Families

Family	Category	Number of Sequences	3D Structure?
F000926	Metagenome / Metatranscriptome	832	Y
F001048	Metagenome / Metatranscriptome	793	Y
F002507	Metagenome	553	Y
F002715	Metagenome / Metatranscriptome	535	Y
F002964	Metagenome / Metatranscriptome	517	Y
F003285	Metagenome / Metatranscriptome	496	Y
F004439	Metagenome	438	Y
F005883	Metagenome / Metatranscriptome	387	Y
F006423	Metagenome	373	Y
F010921	Metagenome / Metatranscriptome	297	Y
F011521	Metagenome / Metatranscriptome	290	N
F012072	Metagenome / Metatranscriptome	284	Y
F014154	Metagenome / Metatranscriptome	265	Y
F015025	Metagenome / Metatranscriptome	258	Y
F015261	Metagenome / Metatranscriptome	256	Y
F018811	Metagenome / Metatranscriptome	233	Y
F024324	Metagenome / Metatranscriptome	206	N
F025141	Metagenome / Metatranscriptome	203	Y
F028525	Metagenome / Metatranscriptome	191	Y
F029271	Metagenome / Metatranscriptome	189	N
F029763	Metagenome / Metatranscriptome	187	Y
F033867	Metagenome	176	Y
F033869	Metagenome / Metatranscriptome	176	Y
F034352	Metagenome / Metatranscriptome	175	Y
F034394	Metagenome	175	Y
F035724	Metagenome	171	Y
F038717	Metagenome	165	Y
F042010	Metagenome / Metatranscriptome	159	N
F042146	Metagenome / Metatranscriptome	158	Y
F043089	Metagenome / Metatranscriptome	157	N
F043442	Metagenome	156	Y
F045150	Metagenome / Metatranscriptome	153	N
F046020	Metagenome	152	N
F049038	Metagenome / Metatranscriptome	147	N
F049239	Metagenome	147	Y
F049632	Metagenome / Metatranscriptome	146	Y
F053554	Metagenome / Metatranscriptome	141	Y
F054344	Metagenome	140	Y
F055781	Metagenome / Metatranscriptome	138	N
F056063	Metagenome	138	Y
F058917	Metagenome / Metatranscriptome	134	Y
F059003	Metagenome / Metatranscriptome	134	Y
F059064	Metagenome / Metatranscriptome	134	Y
F061863	Metagenome / Metatranscriptome	131	Y
F063083	Metagenome	130	Y
F066130	Metagenome / Metatranscriptome	127	N
F066842	Metagenome	126	N
F067727	Metagenome / Metatranscriptome	125	Y
F067831	Metagenome	125	N
F067834	Metagenome	125	Y
F068674	Metagenome / Metatranscriptome	124	Y
F068847	Metagenome / Metatranscriptome	124	Y
F072433	Metagenome / Metatranscriptome	121	Y
F072434	Metagenome	121	N
F073088	Metagenome	120	N
F074007	Metagenome	120	N
F074447	Metagenome / Metatranscriptome	119	N
F075397	Metagenome / Metatranscriptome	119	N
F076490	Metagenome / Metatranscriptome	118	Y
F077377	Metagenome / Metatranscriptome	117	N
F081748	Metagenome	114	N
F082808	Metagenome	113	Y
F083345	Metagenome	113	N
F083669	Metagenome / Metatranscriptome	112	Y
F095591	Metagenome / Metatranscriptome	105	Y
F095609	Metagenome / Metatranscriptome	105	N
F096498	Metagenome / Metatranscriptome	104	N
F098027	Metagenome	104	N
F099986	Metagenome	103	Y
F100885	Metagenome / Metatranscriptome	102	N
F101351	Metagenome / Metatranscriptome	102	N
F102048	Metagenome	102	N
F105866	Metagenome / Metatranscriptome	100	Y

Associated Scaffolds

Scaffold	Taxonomy	Length
SI36aug09_135mDRAFT_c1001959	All Organisms → Viruses	6301
SI36aug09_135mDRAFT_c1002049	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales	6151
SI36aug09_135mDRAFT_c1002161	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	5992
SI36aug09_135mDRAFT_c1002236	All Organisms → cellular organisms → Bacteria	5893
SI36aug09_135mDRAFT_c1002753	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	5184
SI36aug09_135mDRAFT_c1003598	All Organisms → Viruses → Predicted Viral	4407
SI36aug09_135mDRAFT_c1004085	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	4048
SI36aug09_135mDRAFT_c1004712	All Organisms → Viruses → Predicted Viral	3721
SI36aug09_135mDRAFT_c1005860	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	3208
SI36aug09_135mDRAFT_c1008815	Not Available	2421
SI36aug09_135mDRAFT_c1009445	Not Available	2297
SI36aug09_135mDRAFT_c1010122	All Organisms → Viruses → Predicted Viral	2191
SI36aug09_135mDRAFT_c1013796	All Organisms → cellular organisms → Bacteria	1726
SI36aug09_135mDRAFT_c1015351	All Organisms → Viruses → Predicted Viral	1567
SI36aug09_135mDRAFT_c1015382	Not Available	1564
SI36aug09_135mDRAFT_c1015656	All Organisms → Viruses → Predicted Viral	1539
SI36aug09_135mDRAFT_c1016205	Not Available	1496
SI36aug09_135mDRAFT_c1018236	Not Available	1347
SI36aug09_135mDRAFT_c1018918	All Organisms → Viruses → Predicted Viral	1304
SI36aug09_135mDRAFT_c1019174	All Organisms → Viruses → Predicted Viral	1287
SI36aug09_135mDRAFT_c1021131	Not Available	1182
SI36aug09_135mDRAFT_c1021627	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium	1160
SI36aug09_135mDRAFT_c1022261	All Organisms → Viruses → Predicted Viral	1132
SI36aug09_135mDRAFT_c1022710	All Organisms → cellular organisms → Archaea	1110
SI36aug09_135mDRAFT_c1023265	Not Available	1087
SI36aug09_135mDRAFT_c1024041	Not Available	1056
SI36aug09_135mDRAFT_c1024426	Not Available	1041
SI36aug09_135mDRAFT_c1024533	Not Available	1037
SI36aug09_135mDRAFT_c1026130	All Organisms → cellular organisms → Bacteria	976
SI36aug09_135mDRAFT_c1026824	Not Available	953
SI36aug09_135mDRAFT_c1026871	Not Available	952
SI36aug09_135mDRAFT_c1026932	Not Available	950
SI36aug09_135mDRAFT_c1027014	Not Available	947
SI36aug09_135mDRAFT_c1027434	Not Available	934
SI36aug09_135mDRAFT_c1027907	Not Available	919
SI36aug09_135mDRAFT_c1028045	Not Available	915
SI36aug09_135mDRAFT_c1028200	Not Available	911
SI36aug09_135mDRAFT_c1029270	Not Available	880
SI36aug09_135mDRAFT_c1029413	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota	876
SI36aug09_135mDRAFT_c1031107	Not Available	833
SI36aug09_135mDRAFT_c1032113	All Organisms → cellular organisms → Bacteria	809
SI36aug09_135mDRAFT_c1033195	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales	786
SI36aug09_135mDRAFT_c1033936	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium	770
SI36aug09_135mDRAFT_c1033946	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia	770
SI36aug09_135mDRAFT_c1034739	All Organisms → cellular organisms → Bacteria	754
SI36aug09_135mDRAFT_c1035634	Not Available	735
SI36aug09_135mDRAFT_c1035982	Not Available	729
SI36aug09_135mDRAFT_c1036244	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium	724
SI36aug09_135mDRAFT_c1036772	Not Available	714
SI36aug09_135mDRAFT_c1038197	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium	691
SI36aug09_135mDRAFT_c1038343	All Organisms → cellular organisms → Bacteria → FCB group → Candidatus Marinimicrobia → Candidatus Marinimicrobia bacterium	688
SI36aug09_135mDRAFT_c1038535	Not Available	685
SI36aug09_135mDRAFT_c1039522	Not Available	670
SI36aug09_135mDRAFT_c1039747	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales	667
SI36aug09_135mDRAFT_c1039950	Not Available	664
SI36aug09_135mDRAFT_c1041987	Not Available	636
SI36aug09_135mDRAFT_c1043191	Not Available	621
SI36aug09_135mDRAFT_c1043678	Not Available	616
SI36aug09_135mDRAFT_c1043735	Not Available	615
SI36aug09_135mDRAFT_c1047233	Not Available	577
SI36aug09_135mDRAFT_c1047533	All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage	574
SI36aug09_135mDRAFT_c1047876	Not Available	571
SI36aug09_135mDRAFT_c1048114	Not Available	569
SI36aug09_135mDRAFT_c1048391	Not Available	566
SI36aug09_135mDRAFT_c1049751	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → Gallionellaceae → unclassified Gallionellaceae → Gallionellaceae bacterium	554
SI36aug09_135mDRAFT_c1050664	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium	546
SI36aug09_135mDRAFT_c1051439	All Organisms → Viruses → environmental samples → uncultured marine virus	539
SI36aug09_135mDRAFT_c1051604	Not Available	538
SI36aug09_135mDRAFT_c1053651	All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage	521
SI36aug09_135mDRAFT_c1056093	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium	502

Sequences

Scaffold ID	Protein ID	Family	Sequence
SI36aug09_135mDRAFT_c1001959	SI36aug09_135mDRAFT_100195911	F029763	TQSNSIPPELYGNWYNQEQELLTIQPNNTFVRRSVGEIIAQGTIKIVDGELRIIRTDVDDEYNLLFYLGETSLVITKPKSKEAWLFYRLGN*
SI36aug09_135mDRAFT_c1002049	SI36aug09_135mDRAFT_10020491	F024324	WIKKAGNCDLDILATTISTQQENKDRLYDFKGDRIDLRINFPQAKGEDPAIIKTDLITVFDLATLKIAFFGNFIQGQMFDSLMAYFNTIKIEVTNPHKIYFDIPSDEFSLNGYVAAKLKAQELCEGMIKTTSL*
SI36aug09_135mDRAFT_c1002161	SI36aug09_135mDRAFT_10021612	F034352	MNKYKVIKDYPTSNGILYKNELVKEXGNSTXKGXXRVKDXMGRXWXVPXDXXKXNKIXLDFYDFS*
SI36aug09_135mDRAFT_c1002236	SI36aug09_135mDRAFT_10022369	F072434	WNEILIYGAKIKEIFVMSRVAKDLDWSVTERGKLEKLASLATGNDPITVGTPTKYRKWYTDRKGVFDDV*
SI36aug09_135mDRAFT_c1002753	SI36aug09_135mDRAFT_10027531	F042010	XTGSIGNNERWKTPLGARLSRDDIVEKLKAILGSSSGLVA*
SI36aug09_135mDRAFT_c1003598	SI36aug09_135mDRAFT_10035981	F066842	MNKFETKMLKLINEGSSAGGHGTGLGEIGDGWPDGLYTKRGERRVVGPASLTRGMTQIDFPASDNIYGGNGSLNNLKRAERDKAMVYRYLSGPEEYASIMANELRDDTPPLAPKQRMYGIHGFHRKQEYTIPPETSNFHSTSETLIKPTTPPE
SI36aug09_135mDRAFT_c1004085	SI36aug09_135mDRAFT_10040852	F049038	MTNEIKYLNLGSLTPDIYSSVWEYGNLIDTNCPTVIKFSSKKHIVAFFGNSELDISSFFNGEIEYPIVRVYEDPDNIDDDKLAYWIEGPNCFNFILYFSRDVKPLFLQAVRECCFKFGIETFWNGRNDIFFKIRNKQKKFFGCSYEVINNCHVTVGTITYQFDSKLATKVKELDINNVLKTPKFEPDGGDVSDVVGGLWEVDSTIDTTKFNDEFLKILMKKLGGTLEKNNLSSEELQLLISRGKKRLEDEEWLLKGNNENFI*
SI36aug09_135mDRAFT_c1004712	SI36aug09_135mDRAFT_10047126	F058917	MDKLLKALEKESKDIRSADMVVNGKIHQIYYRIMSGDDHARALELSKKTKNIKETDGSTTELTYYDDDLLRCXIIYFQLLXKXGSRVFTDLPKIQWIKDNXTYETASYLAAVMGLKSVSDIVEEQQEALKKMNG*
SI36aug09_135mDRAFT_c1005860	SI36aug09_135mDRAFT_10058601	F098027	ITKVSKFHASSFKLSNLKKDDRSRFRIGFNDELCIALYI*
SI36aug09_135mDRAFT_c1008815	SI36aug09_135mDRAFT_10088151	F015025	LKAGKSKKDSEITLDDGTDIPIDPLTSQILVKYIEGLNSSEKNRTIQQIQRTERAFMKVLGKAHENT*
SI36aug09_135mDRAFT_c1009445	SI36aug09_135mDRAFT_10094455	F010921	GIKVIEGKAYVHPMSFQEIEFLLEIVANAGHKISEVQNVLHVTRKLQEEYKLMKKHLEGLGE*
SI36aug09_135mDRAFT_c1010122	SI36aug09_135mDRAFT_10101222	F096498	MGLYDEINVDIKCPKCGSNEMNWQSKDYMCGLDMIDPDKVQKFYTHCDKCDTFITYRRGTENDEEVIKCRAEPYSLDEVEKMGFEYKCDGR*
SI36aug09_135mDRAFT_c1013796	SI36aug09_135mDRAFT_10137962	F077377	VYVSHGEEQGDNVMKTLENFACFDQFKKTIQGMRATRKEFEDGQQDEVLTNQRDGRVYKKLKWTALHTSKCIQEAVFLLKEEEPSLSKEQLKKMLQAESVSIWFPYGVRKVEKALSVNGSAFHQRGWDRLGRGEPRFSGDSSTWPANHMAAVSLNSNCFKKE*
SI36aug09_135mDRAFT_c1015351	SI36aug09_135mDRAFT_10153513	F081748	INNSIDDLFLFEPSAKFVSIKDWEIDCINASCMRFEAGEHSYIIDNWFESVRTRFTVEEYFDTSLNGKKNLYHDLNSFPPAVYRGDQEWTTRQLKEHNVDITYYPSDWLQSYTCGYTMNSKVVVFHGTPKPHEVEDGWVKENWK*
SI36aug09_135mDRAFT_c1015382	SI36aug09_135mDRAFT_10153823	F067831	MKLNYFNFNNYSSSIATQSLQAAAPFLTGSNPEYWTGKGNNHGVIAGYDWVPSSGSLKLLELNTNIQTPPETNFLDSAVTWWKANNYDTIVLVTRNEEGTVIPSLNLVGDITASLDIDGFTSSIYVQPSYPTPVPDFDVPNTTFVLRFGFDSASPIDYLASDKREFRNFASSSGIESLMPRKMADLPDGFSNGVGVPDVLIKDPTVDYQTLLMNSFQFYDITDDNKNYLLSQSYCEEFILPDLNYNGAYYSEVRGIMMLTPQENIFLQPRNPITADVNVFQTQLPCYILSADSGSYTTTTITRKGAMSGSQVLMSDNSYTNIENVVTGSFLKI
SI36aug09_135mDRAFT_c1015656	SI36aug09_135mDRAFT_10156567	F102048	MSNYDYDIDVNIPTTVRLDNGNVLDLKLNSSILNDSTLDRIFQDIDDFLENEFQGGIE*
SI36aug09_135mDRAFT_c1016205	SI36aug09_135mDRAFT_10162051	F055781	IAGSGLSMLGVAMGCKLYNKNIKTIYPVALSGYVYKNKKMWYDRLNDRHKFDGDFKVVQSDYPYQHKLKLDESLPLDQTYEAKAWDWMVKNIEPSENVLFWDVGIKEYDLSYIEPIKWHKSEYEMIIDRELRRKHEQVKHNFF*
SI36aug09_135mDRAFT_c1018236	SI36aug09_135mDRAFT_10182364	F005883	MNIQVRGASGMVYRRGHQIVLKNTGTDKKVAVKVMQYDSMQGWLAENGDGVWLWYKEIKQDADPEGTEYW
SI36aug09_135mDRAFT_c1018918	SI36aug09_135mDRAFT_10189183	F068674	MLERLKNNKLGTPVTMFRKKDGVDKDGNSTDEADRLAEQRWENVLSEIIYGLKCAKAIQNYDYEDKEEVKKLTKSSQRSFELIGKHLFNLWD*
SI36aug09_135mDRAFT_c1019174	SI36aug09_135mDRAFT_10191742	F068674	MQXGIINXLXXXFXDSXTTIKDFPSEAKWFYQRGSRGWSDRSVWSIDTWLVDNLIPMLERLKNNKMGTPMSMFKKKDGVDKDGNPTDEASVLAEQRWENVLGEIIYGLKCAKTIQNYDYEDKEEVKKLTKSSRRSFELIGKHLFNLWD*
SI36aug09_135mDRAFT_c1021131	SI36aug09_135mDRAFT_10211312	F011521	YSVFARHIQVKNYSVGFETKKITVDEGRHPDFSDYDWIFKFKVASMENLKMNDQSHQAIYTKLWGSRPTSTTNCKSTQPGMNFSNSTGEIYVESWFDLKDNKLLKQVFTKYGCVPSKRLISKETWILIN*
SI36aug09_135mDRAFT_c1021627	SI36aug09_135mDRAFT_10216275	F083669	MCEWEGRTKTFLIKSTPQIINILDNTFDLDGCQDRSVLIHKILLPYVKDVIASDATQITNPEPLYEEIDAVFTQYINSVNNPYIN*
SI36aug09_135mDRAFT_c1022261	SI36aug09_135mDRAFT_10222611	F033867	HHIKQAFRQAHRDVVQTGSITGGNMEYMEQYGVHIQTATKIIRDYVASEDKMINEGKMPTVEHLYAFLDSMAVQFNDAHKLVMKRIGIKELIKDEFLYLEDK*
SI36aug09_135mDRAFT_c1022710	SI36aug09_135mDRAFT_10227101	F073088	YLKSEFQSTLKNVIENELNIFIDFKAMLATIGVKTIKFRKKDKIHKI*
SI36aug09_135mDRAFT_c1023265	SI36aug09_135mDRAFT_10232651	F004439	MKRFKEYLKEARGTSLSGLLFLPRIGYYDQLMIPISSSMFKRIWPDTLRATVFHTTDGDGVRNIAKLQGKKKQISAFFSMFSRYMEVGVATQGGVHSVLEMDADVLLSAKGDVMSHLDQNGRRWTSISDLKETSRWTKFTAVEKDLEKMFDALVKKYLKRGEFQENATVWELWRMAERKVDKKTMSMIIKDYMDGMEKVIKKNIDTFENAMLSYAKKRSTDLSWDEQVVNNIKVKTAHFFKLPLKIAQTDDQIEMSEKQQELMEFAKSKKWSIKMWDVAIDLEAYTRAV
SI36aug09_135mDRAFT_c1024041	SI36aug09_135mDRAFT_10240414	F096498	MGMYDEINVDIKCPKCGANDVTWQSKDYMCGLDMIDPDKVQEFYTYCDKCDTFTTYRRGAENDEAVIECRAEPYSLDEV
SI36aug09_135mDRAFT_c1024426	SI36aug09_135mDRAFT_10244262	F028525	MSKTLKEFRTQLHEATASKTNLQYIRAKTAKNDHFETRRYIAAEILRDKKLADTYSALEVVHDNYASVVGNDAI
SI36aug09_135mDRAFT_c1024533	SI36aug09_135mDRAFT_10245332	F061863	MKIDTNLLIQTSIAACLVIFGVVTKNSFEQLGFPNHPIGKPLGMGMFIMGWIYTAYILSINKPNKLMFILPSALIVMSVMMMKQYMVKKQNPPMVFPAIFALSWIILGLGAGNHLVGNQKYLGLFASFLVLLSMMVILPFQRKNKIIDGPGQPLFVIAWGILIMLNSNR*
SI36aug09_135mDRAFT_c1025281	SI36aug09_135mDRAFT_10252811	F074447	FEVYKESISSKLPEYSYKTIAQIIDEGLEKGFFIKMPARVQKKHDLKIRNIRPSEDLTVEFINSNINMISSFMKFLGKHK*
SI36aug09_135mDRAFT_c1026130	SI36aug09_135mDRAFT_10261304	F002964	MRTLIRTIFGLVIILYNTVTYAGPEGLQNYPWTLQHAPIWCGPLDIVNQALEKEGYEEIEIAVGRTAALPTGDIVYAVITYISKDTEGHIIRTMETPEQQEKCILN
SI36aug09_135mDRAFT_c1026291	SI36aug09_135mDRAFT_10262913	F034394	MVTTTTYCSVNDIIDFLRVPITSTTTPNKEMVRKIIARKEEELDRRIGHTWKTKKITREIHDLPLLYTFGWGTPLFLQHRNILELDVDEGDKIEIWKGESNEWENIINSPQWYHAEYEYGRIYVRGFLFTILRKNRVRVTYRYGGENYAGDTVIPPDITDAVIKMAAIDIMN
SI36aug09_135mDRAFT_c1026824	SI36aug09_135mDRAFT_10268241	F095591	MAISNVKVVNTASKYIVKSKGIGSETNQVLVNANDLTGGTNKSLVSLIECYYIIE
SI36aug09_135mDRAFT_c1026871	SI36aug09_135mDRAFT_10268711	F043442	EPERYYELLKKHRGVYDYAIQYDVMYNMNETLKHYRKEREMGIDWTIPVLQENYLNHLSQLRLEPDTYVCLGEVHGRDETEDQIRKLPPNLKYHGLAKGRYTTKTKLFESLDTSGWISAAMSKKCEVWNNNSTNFMFFGDKGKTMIPMLNHACEVHKEYLELINLNKQDIIDGDYKALLKAPFALLYLPMCKQLNILKDNFNL*
SI36aug09_135mDRAFT_c1026871	SI36aug09_135mDRAFT_10268712	F014154	MEGDIFKIKPLDKHASKVVVDGHKTVSPFNSAKHLKTANIPALCDQCVYRSIDSGGNGKCPKYEEGAMCAIRKDFIALINELDTRNPEHVKTMLDMLAKLSFEN
SI36aug09_135mDRAFT_c1026932	SI36aug09_135mDRAFT_10269321	F056063	MKSFKQYIREARGTSLSDLLFLPRIGYYDQLMIPISSPMFKRIWPDTLRATVFHTTDSDGVKSISKLEGKKGQISAFFSMFSRYMEVGVATQGGVHSV
SI36aug09_135mDRAFT_c1027014	SI36aug09_135mDRAFT_10270143	F046020	MWASIILFTFSLNAQIDQHFKSKELCWEFYEKHPLLYRQIDEAFPKDYYVRLYNSDEHGLVWITCNKLSDLRGNDITKFPLNVPLPTPK*
SI36aug09_135mDRAFT_c1027434	SI36aug09_135mDRAFT_10274343	F029271	MSKLSDLQDIKKLLDVDFRRHQFLDNQYNNSPCFNYDAAESYVANIHQFLSEKYGEAVIYNFIQEVESLRITTLKMYIESNIAAYRRFRSRQ*
SI36aug09_135mDRAFT_c1027907	SI36aug09_135mDRAFT_10279071	F053554	MKIGIDYSLSSPGVCVNTSEGEFKYEDCTFYFLTNTKKYDATFCRPFVTNVRYI
SI36aug09_135mDRAFT_c1028045	SI36aug09_135mDRAFT_10280452	F015261	MPVDILWEDGDAXIHILCDGCDKEYDVLTNDTNGLELCAFCGHYLEVSSETGEVNAAEEDSWD*
SI36aug09_135mDRAFT_c1028200	SI36aug09_135mDRAFT_10282001	F035724	KYPTLASPTTTLTFTNNPESPYEREVIKHNSSVQMEDGSFFVYSRSVTNYRYTISVVLTSESERDALESFYDSTVNGMEKTFSYTDPYSDSYTVRFENELHISEIFKDRMYRATFNLIQTA*
SI36aug09_135mDRAFT_c1029270	SI36aug09_135mDRAFT_10292702	F002715	MSEGELQSVKLEVGLLKNEVEVRGRQIDNLLSKLDLTTDKLQELTVQIIKLNTRQEESLRYSTNMSGEFKILHTRIGDLHDKQLAMYKEVEVRLDRLDQYKSKLMGMIIVVGGVVGTIVATVISVFLKE*
SI36aug09_135mDRAFT_c1029413	SI36aug09_135mDRAFT_10294131	F025141	CMIQCEYCTRGFIETHNGLAEKTFHELLHEPTVVNK*
SI36aug09_135mDRAFT_c1031107	SI36aug09_135mDRAFT_10311073	F006423	NERTEYYLDTSKDNTEKYVANDGDYWYTGKIGIRGGDRYLKFAATHGKDSYFERAKLKKTTPEKLEKDVGFTVDFKKLYKR*
SI36aug09_135mDRAFT_c1032113	SI36aug09_135mDRAFT_10321131	F042146	KKVLDLKRNQVLQKKITQNQMALQIIQNILEKNLQKVLLLIQRKKTLVLGERKNLRAEITDLRVLALKSLVKKRNKS*
SI36aug09_135mDRAFT_c1033195	SI36aug09_135mDRAFT_10331952	F049239	MTIDQIINWITGLNTLILGAAGFXLVIGILFLVTAIYSLIYDKAFRKKYLLKLGTIFFILLGSVIGIIYLSINFGAIIL*
SI36aug09_135mDRAFT_c1033936	SI36aug09_135mDRAFT_10339363	F083345	SDYIVLPYEDVPDEIKDKAKGNTWEVSDEDADALLQIGAVSMIKKGLKVAEEEDYYAKLQKLADTDEWESDDDKEGM*
SI36aug09_135mDRAFT_c1033946	SI36aug09_135mDRAFT_10339461	F000926	MARFQAGKPSGTAVAELELLVRTAIFKPATAMVGYLLQAAADQIDEAYQANPGQVRKTRVPIQVQCLFGSFELRRDYYYHEGKKQGHYPADAALGLEIGYTPAL
SI36aug09_135mDRAFT_c1034739	SI36aug09_135mDRAFT_10347391	F003285	MPGQESIHHLQTEIQTLKIKDEFRTKELDALMSKLDETSSKLNDLSENISRLLVGQESHKTNENEVRDELKILHTRIGDLHDKYTEMIDKTEIRITSDMSLLYEKVDSLEKWR
SI36aug09_135mDRAFT_c1035634	SI36aug09_135mDRAFT_10356341	F101351	IKSYDNNGINVWLDSRRKIYDVPFWQFTMDGIQWMVLDERHGSASQFYSHYKLAKGHVICTGLGFGTREQWLASKPEVTKITVLEKFKEVIDYHKDIGTKWHDKIEIINCDANDFKGSCDFLSIDHYEYDNVLRILDSIKTVCNNITCESAWFWMLEPWIRLG
SI36aug09_135mDRAFT_c1035982	SI36aug09_135mDRAFT_10359822	F105866	MALEVKDIPYVRKDDTFKTWRERTNQMIQQQNNYVRLQEFQMLGMSDEYVIASMQMNLVEITNQND*
SI36aug09_135mDRAFT_c1036244	SI36aug09_135mDRAFT_10362441	F072433	MFSKKITINLEKKDDIIHLEPISDIHIGHAGFDEDLYNKRLKAICRDKNRYTFFGGDALDAITTFDKRFNPDMSLEHDIDNQRQR
SI36aug09_135mDRAFT_c1036772	SI36aug09_135mDRAFT_10367721	F074007	MNVQERVYGKYGNNLTYKKELLDIVDDLGGQLLFFMHISRWDLPLKNRWLDYFEYEFKPDKKFYIIFEEEEFSTHTVLDLDKVVDFFKEKGVDKNKLIWVTASHNLNDLLKRFNKYIEIKSIPLHWGDSRFMKQGNIIKSIVKDKVINYDVKSFGFNSSFY
SI36aug09_135mDRAFT_c1037055	SI36aug09_135mDRAFT_10370552	F099986	LAHELLHAVYQDGIGTHHITRKYDAPEGRAGTKGAAATVIVHDNWYGSKKTIKFWIRHKFIWLPITIPYIPIKQAKKDYSV*
SI36aug09_135mDRAFT_c1038197	SI36aug09_135mDRAFT_10381971	F038717	IPFTLGTSRDSVFDSAFSSAFDMQIPSTGDLVKGETSGALGSILQVSIEDVTGDASAGSFAGSDAEGYIYFIVVSGTLQDGETLLFLNKDSAFGVAFNVEFS*
SI36aug09_135mDRAFT_c1038197	SI36aug09_135mDRAFT_10381972	F067834	MGTPTALRQTRAYLTGTSFANNTTGAITAQMVRQFTESGMGGYACINNAAGDGTPVAQAVANATTVTVDWSLGSSGSDVAQDTGTVSATTVGADADFANDQIRIYDKGFYAVNCNISLKQAATANII
SI36aug09_135mDRAFT_c1038343	SI36aug09_135mDRAFT_10383431	F066130	MKTLSLKKIAPCLNRRKKEQRKLSHLNIENFDLTEFLFHRENR
SI36aug09_135mDRAFT_c1038535	SI36aug09_135mDRAFT_10385353	F018811	MDMILAIILMFGTAMIMCIGCWLANGTQDFIDEQNDRIRQDEKWRDK*
SI36aug09_135mDRAFT_c1039522	SI36aug09_135mDRAFT_10395222	F095609	RGRRSILDIGSGVNCPYKGVLKGRLGIGGEYRALDIRGAPPKVDHVMDLTKGSHFEDNHWEWGWCSEVIEHIDPDKKKIFVNEAIRICENIVFTFPTPKLKEVFYDDPGHTEVKINFEEEYSHSYQITDKTTKTGRAIIIMNKLFDGNVVVRPAYNDGSDLNIHWR*
SI36aug09_135mDRAFT_c1039747	SI36aug09_135mDRAFT_10397471	F059064	LPVLAVASTTQITATPEELNYSDGVTSNIQTQLDAKSTKAFAIAQAVALG*
SI36aug09_135mDRAFT_c1039950	SI36aug09_135mDRAFT_10399502	F033869	MLTKTYDVVYWNEDGKKELVNSFKTKQEAQEVYFKCVEGDKEAQINDSYDIEEGYVGVPGY*
SI36aug09_135mDRAFT_c1041987	SI36aug09_135mDRAFT_10419872	F059003	IDLTNPKISYIVISSEKIDDIMSILYAKNYQIIPIKGYYQGQYEDSLMAFGVDNDELRKDLIFLLNHFREDCGIVKYFGETGAKKVFKDGSEKPLGIVLYNTDSDNISYLYDGISFSFVEQVRYWKPKNKEDFSVGMLVEYMNNNKWYEKEVINPSEEYHKLYKLMIKYDKIRVATTN*
SI36aug09_135mDRAFT_c1043191	SI36aug09_135mDRAFT_10431911	F012072	MIKYRIKINNEVVYRTDNMKEALNVITKMFNDGYEEISLH
SI36aug09_135mDRAFT_c1043678	SI36aug09_135mDRAFT_10436781	F045150	MGIKYISGFRGLDHAKQHLRRSTHLGSAATGGTVLNPSEAFDQQAC
SI36aug09_135mDRAFT_c1043735	SI36aug09_135mDRAFT_10437351	F002507	MTYYLLLDGDSEKDSLYETNVLGEVSFDTFYPSIGFMILSRIINQEPELLESLRILDEHKKSYTITKFLDKLEK
SI36aug09_135mDRAFT_c1047233	SI36aug09_135mDRAFT_10472332	F063083	MSTWQLVCGEEVIDTVSLKTDNYEEAHSYFRLRKNLDNDTFNKLFIVKEYTRPQKPMGEVEWWKGEATK
SI36aug09_135mDRAFT_c1047533	SI36aug09_135mDRAFT_10475332	F049632	MPSYNNFNGAAGADSNFAASNSAVENKGLFSRILRNLSNYGMNYDDMIIRNQVGIGINEDPYSARGNSMYDFFSQRAVASVLNRKSIPYLDKAYGDKRRILREYSI
SI36aug09_135mDRAFT_c1047876	SI36aug09_135mDRAFT_10478761	F001048	MKIVSTKQFWWRFNYLKRNGGEITVTDRTPEMDVKEFNRIELLVNSRVRWELGXENFMKWDSCGYKDIPTXAXAYGIXXIXA
SI36aug09_135mDRAFT_c1048114	SI36aug09_135mDRAFT_10481141	F076490	MTRVNYETLGKFIDIDEKDLEFERVTNSIDVVDREYGVEVIFDYYRRHGFPHYKIREDEKHEHMRKLKKFDVDTIFI
SI36aug09_135mDRAFT_c1048391	SI36aug09_135mDRAFT_10483912	F075397	MKYWHKRVEVVSFFDLDQESQDIELKDDDNAEELAFLIAENGDEYWNLDLFMRTESNGRYDGVMGLTNTSAIGIVLSCSGESAVIQCFG*
SI36aug09_135mDRAFT_c1049751	SI36aug09_135mDRAFT_10497512	F043089	MTRLHENYLLWLLREIQKSDSLWKDELGYAVRLIQQ
SI36aug09_135mDRAFT_c1050664	SI36aug09_135mDRAFT_10506641	F072433	MFSKKITINLDKPDDIIHLEPISDIHIGHAGFDEEHYKKRIKAICRDKNRYTFFGGDALDAITTYDKRFNPDMSLEHDIDNQR
SI36aug09_135mDRAFT_c1051439	SI36aug09_135mDRAFT_10514391	F100885	MAERIAGIALMPRQSRNGVYYDTEELKKFDGKTVPLRVEHNKETHIGQVTFSFDEEKSQVKYEATVFDSEWQKTLEXEQYQVSIG
SI36aug09_135mDRAFT_c1051604	SI36aug09_135mDRAFT_10516042	F068847	ISTIATLTSNKNYKAVVEATKEVLTKPDKYLTKERLNICKEYYLVRKQKDEILRYKNVGQWISPDGWSVYDILDDVNMKKVKEVYDKYFQFENFHISSDKKEFKK*
SI36aug09_135mDRAFT_c1053245	SI36aug09_135mDRAFT_10532452	F082808	INVSGDSIYDYTLNFTQNGSDTCNYSYNRNNQTADVTATVANGC*
SI36aug09_135mDRAFT_c1053651	SI36aug09_135mDRAFT_10536511	F067727	LLSGGSGESVFTIVESVEDGHIALIKDSWFLLTENVIEKTLLENHVKNEEDLKSLRMIESAMKYATISEDRVNFRISEYLTIGLSVSKKGGIFINEDELNEETTLESLFSSPIVPIVNKNFYPILLEVSHNMDKFVELDVVKKINNLINPYLECFAFNYKNTTFLYRCDERYG
SI36aug09_135mDRAFT_c1056093	SI36aug09_135mDRAFT_10560931	F054344	RIGSLALIPNRRDGKFTCLEHEENGWSQTKFTHWETRENQLRFFNKVRRGLSSIKEDGLSSLKYEISHNEEFLDKHEFISVI*