3300000172: Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 34 06/16/09 200m

Overview

Basic Information

• IMG/M Taxon OID: 3300000172
• GOLD Reference (Study | Sequencing Project | Analysis Project): Gs0046785 | Gp0053590 | Ga0026190
• Sample Name: Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 34 06/16/09 200m
• Sequencing Status: Draft
• Sequencing Center: DOE Joint Genome Institute (JGI)
• Published?: Y
• Use Policy: Open

Dataset Contents

• Total Genome Size: 201262566
• Sequencing Scaffolds: 65
• Novel Protein Genes: 72
• Associated Families: 65

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
Not Available	28
All Organisms → cellular organisms → Bacteria	5
All Organisms → Viruses → Predicted Viral	9
All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes	1
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	1
All Organisms → cellular organisms → Bacteria → environmental samples → uncultured marine bacterium 580	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes	1
All Organisms → cellular organisms → Archaea	5
All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium TMED264	2
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → unclassified Cytophagales → Cytophagales bacterium	1
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage	1
All Organisms → cellular organisms → Archaea → unclassified Archaea → archaeon	3
All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	4
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → Methylophilaceae	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Rhodobiaceae → unclassified Rhodobiaceae → Rhodobiaceae bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → unclassified Rhodospirillales → Rhodospirillales 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 34, Vancouver Island, BC, Canada
• Coordinates
  • Lat. (^o): 48.6
  • Long. (^o): -123.5
  • Alt. (m): N/A
  • Depth (m): 200

Associated Families

Family	Category	Number of Sequences	3D Structure?
F001048	Metagenome / Metatranscriptome	793	Y
F001334	Metagenome / Metatranscriptome	720	Y
F003507	Metagenome / Metatranscriptome	482	Y
F003975	Metagenome	459	Y
F004439	Metagenome	438	Y
F005571	Metagenome / Metatranscriptome	396	Y
F005608	Metagenome / Metatranscriptome	395	Y
F006959	Metagenome / Metatranscriptome	361	Y
F007697	Metagenome	346	N
F007773	Metagenome	345	Y
F007944	Metagenome / Metatranscriptome	342	Y
F009609	Metagenome	315	Y
F010790	Metagenome	299	N
F011521	Metagenome / Metatranscriptome	290	N
F013575	Metagenome	270	Y
F013764	Metagenome	268	Y
F014793	Metagenome / Metatranscriptome	260	Y
F015796	Metagenome / Metatranscriptome	252	N
F016055	Metagenome / Metatranscriptome	250	Y
F017324	Metagenome / Metatranscriptome	241	Y
F022750	Metagenome / Metatranscriptome	213	Y
F022751	Metagenome	213	Y
F023209	Metagenome / Metatranscriptome	211	N
F023217	Metagenome / Metatranscriptome	211	Y
F033048	Metagenome / Metatranscriptome	178	Y
F033601	Metagenome / Metatranscriptome	177	Y
F033867	Metagenome	176	Y
F034352	Metagenome / Metatranscriptome	175	Y
F035724	Metagenome	171	Y
F035965	Metagenome / Metatranscriptome	171	Y
F037421	Metagenome / Metatranscriptome	168	Y
F038848	Metagenome	165	Y
F042931	Metagenome	157	N
F043074	Metagenome	157	Y
F043443	Metagenome / Metatranscriptome	156	Y
F046847	Metagenome / Metatranscriptome	150	N
F049705	Metagenome / Metatranscriptome	146	N
F050420	Metagenome / Metatranscriptome	145	N
F050426	Metagenome	145	Y
F057436	Metagenome / Metatranscriptome	136	N
F058066	Metagenome	135	Y
F059474	Metagenome / Metatranscriptome	134	Y
F060972	Metagenome	132	Y
F061282	Metagenome / Metatranscriptome	132	N
F061392	Metagenome / Metatranscriptome	132	N
F062150	Metagenome / Metatranscriptome	131	N
F064789	Metagenome / Metatranscriptome	128	N
F067831	Metagenome	125	N
F068482	Metagenome	124	N
F072734	Metagenome	121	N
F076495	Metagenome	118	N
F077804	Metagenome	117	Y
F081758	Metagenome	114	Y
F087741	Metagenome / Metatranscriptome	110	Y
F089043	Metagenome	109	Y
F092204	Metagenome	107	N
F093903	Metagenome / Metatranscriptome	106	N
F096067	Metagenome	105	Y
F096498	Metagenome / Metatranscriptome	104	N
F100510	Metagenome / Metatranscriptome	102	Y
F101067	Metagenome	102	Y
F101844	Metagenome / Metatranscriptome	102	Y
F103400	Metagenome	101	Y
F105205	Metagenome / Metatranscriptome	100	Y
F105325	Metagenome	100	Y

Associated Scaffolds

Scaffold	Taxonomy	Length
SI34jun09_200mDRAFT_c1001158	Not Available	10582
SI34jun09_200mDRAFT_c1002147	All Organisms → cellular organisms → Bacteria	7241
SI34jun09_200mDRAFT_c1002415	All Organisms → cellular organisms → Bacteria	6718
SI34jun09_200mDRAFT_c1002774	All Organisms → cellular organisms → Bacteria	6167
SI34jun09_200mDRAFT_c1004812	All Organisms → Viruses → Predicted Viral	4409
SI34jun09_200mDRAFT_c1006376	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes	3666
SI34jun09_200mDRAFT_c1007582	All Organisms → cellular organisms → Bacteria	3283
SI34jun09_200mDRAFT_c1007743	All Organisms → cellular organisms → Bacteria	3239
SI34jun09_200mDRAFT_c1008852	Not Available	2942
SI34jun09_200mDRAFT_c1009267	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	2844
SI34jun09_200mDRAFT_c1009525	All Organisms → Viruses → Predicted Viral	2789
SI34jun09_200mDRAFT_c1010321	All Organisms → cellular organisms → Bacteria → environmental samples → uncultured marine bacterium 580	2649
SI34jun09_200mDRAFT_c1011063	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes	2531
SI34jun09_200mDRAFT_c1013507	All Organisms → Viruses → Predicted Viral	2201
SI34jun09_200mDRAFT_c1013679	Not Available	2180
SI34jun09_200mDRAFT_c1013946	All Organisms → cellular organisms → Archaea	2151
SI34jun09_200mDRAFT_c1014170	All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium TMED264	2124
SI34jun09_200mDRAFT_c1014682	Not Available	2074
SI34jun09_200mDRAFT_c1016496	All Organisms → Viruses → Predicted Viral	1905
SI34jun09_200mDRAFT_c1017126	Not Available	1853
SI34jun09_200mDRAFT_c1017758	Not Available	1807
SI34jun09_200mDRAFT_c1018891	All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium TMED264	1717
SI34jun09_200mDRAFT_c1019025	Not Available	1707
SI34jun09_200mDRAFT_c1021696	All Organisms → Viruses → Predicted Viral	1523
SI34jun09_200mDRAFT_c1021946	All Organisms → Viruses → Predicted Viral	1507
SI34jun09_200mDRAFT_c1023145	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → unclassified Cytophagales → Cytophagales bacterium	1440
SI34jun09_200mDRAFT_c1025955	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage	1302
SI34jun09_200mDRAFT_c1026874	Not Available	1262
SI34jun09_200mDRAFT_c1027345	All Organisms → Viruses → Predicted Viral	1243
SI34jun09_200mDRAFT_c1027748	Not Available	1227
SI34jun09_200mDRAFT_c1030448	Not Available	1128
SI34jun09_200mDRAFT_c1032186	All Organisms → cellular organisms → Archaea → unclassified Archaea → archaeon	1073
SI34jun09_200mDRAFT_c1033602	Not Available	1032
SI34jun09_200mDRAFT_c1034048	All Organisms → Viruses → Predicted Viral	1019
SI34jun09_200mDRAFT_c1034155	All Organisms → cellular organisms → Archaea	1016
SI34jun09_200mDRAFT_c1034740	All Organisms → Viruses → Predicted Viral	1001
SI34jun09_200mDRAFT_c1038206	Not Available	916
SI34jun09_200mDRAFT_c1038930	Not Available	901
SI34jun09_200mDRAFT_c1039608	Not Available	886
SI34jun09_200mDRAFT_c1040549	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	867
SI34jun09_200mDRAFT_c1041375	Not Available	852
SI34jun09_200mDRAFT_c1041645	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	847
SI34jun09_200mDRAFT_c1041984	Not Available	841
SI34jun09_200mDRAFT_c1043726	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → Methylophilaceae	811
SI34jun09_200mDRAFT_c1045094	Not Available	789
SI34jun09_200mDRAFT_c1045463	All Organisms → cellular organisms → Archaea	783
SI34jun09_200mDRAFT_c1047778	Not Available	749
SI34jun09_200mDRAFT_c1048107	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	744
SI34jun09_200mDRAFT_c1048532	All Organisms → cellular organisms → Archaea	739
SI34jun09_200mDRAFT_c1049685	Not Available	723
SI34jun09_200mDRAFT_c1049701	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Rhodobiaceae → unclassified Rhodobiaceae → Rhodobiaceae bacterium	723
SI34jun09_200mDRAFT_c1050583	All Organisms → cellular organisms → Archaea → unclassified Archaea → archaeon	712
SI34jun09_200mDRAFT_c1052128	Not Available	693
SI34jun09_200mDRAFT_c1055206	All Organisms → cellular organisms → Archaea → unclassified Archaea → archaeon	660
SI34jun09_200mDRAFT_c1059398	Not Available	620
SI34jun09_200mDRAFT_c1059568	All Organisms → cellular organisms → Archaea	619
SI34jun09_200mDRAFT_c1059949	Not Available	615
SI34jun09_200mDRAFT_c1063893	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → unclassified Rhodospirillales → Rhodospirillales bacterium	583
SI34jun09_200mDRAFT_c1064682	Not Available	578
SI34jun09_200mDRAFT_c1065935	Not Available	569
SI34jun09_200mDRAFT_c1068444	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	553
SI34jun09_200mDRAFT_c1068726	Not Available	551
SI34jun09_200mDRAFT_c1069191	Not Available	548
SI34jun09_200mDRAFT_c1071668	Not Available	533
SI34jun09_200mDRAFT_c1076617	Not Available	507

Sequences

Scaffold ID	Protein ID	Family	Sequence
SI34jun09_200mDRAFT_c1001158	SI34jun09_200mDRAFT_10011583	F087741	MKITSDVLAELRKIRSXIDDAYNKLDVVMYDRVTAAKTTYKPSNPSEKITENFSYISEKLKFIQDESELVGEE*
SI34jun09_200mDRAFT_c1002147	SI34jun09_200mDRAFT_10021471	F092204	MIKLKPYKYIRPNTEDELKDETQEYFGNKYTRKVMPKLGKDKDDLLSLMQLPDRIEFLSHKELMSLQNSDVPELLSXXDARXRIMRMKELGDEYXKPWQSVLXGMTGTPPDKFAIPFVVXDSKENLYLFAGNTRFMVAISLGYNLPVKVLPYKFEFE
SI34jun09_200mDRAFT_c1002415	SI34jun09_200mDRAFT_10024153	F061392	LDTPDPAFKLAATLFPIDGGRLYVGSVDRDKKTFRLHLRHIGKDSKWVYYYANASAFVDEDGDIEPDSAVASIEYPHYTASVIGNTFRRARIRVLFSSRGDGKGFFKGAGHVIFQECSTKAFEAKDWSCTGWEYLGTLPGFQ*
SI34jun09_200mDRAFT_c1002774	SI34jun09_200mDRAFT_100277413	F006959	MYFETQVIFTEEIPTKNGVREKKTRRAFLVECDSVXVAXXKVNXXLKDSPYPFEVKVAKESKIVEVIDA*
SI34jun09_200mDRAFT_c1004812	SI34jun09_200mDRAFT_10048121	F077804	YVIYEQDILDILIAFNDGNYEWILDFFEALKPIEHMEDLESYTFEQLIANTGIVSHKGK*
SI34jun09_200mDRAFT_c1006376	SI34jun09_200mDRAFT_10063762	F061392	MICAFFTVGIFLSLQTFAGESDKPDPTFRLNATLYPIDGGQLYIGDVNKDKKTFRLHLRHIGKDGKWVYYYASASAPVNEDGDVEADSAVASIEYPQYIASVIGNTFRKARVRVLFSHRGDGEGFFKEAGQVIFQECATKTFEAKNWNCTGWEYLGTLPGFQ*
SI34jun09_200mDRAFT_c1007582	SI34jun09_200mDRAFT_10075825	F042931	MNKEEYYISDWDMMMDQWPDCPVDGCKNKINLNLNSGKCFPHSEGSYHWKSFKILFKNTFINSPRLLWRKM
SI34jun09_200mDRAFT_c1007743	SI34jun09_200mDRAFT_10077434	F001334	GFRYWMYAIPQTRKMKMMKFKEYLQTYADDSIEQVMDGEWIQKSRATWKATDNNDNQIEIHNDGHDPELNGESWTVHNNTFAPKAFAYFCKEFIQEVKPSEVTHGRTRIYTKT*
SI34jun09_200mDRAFT_c1008852	SI34jun09_200mDRAFT_10088526	F076495	VTVKDKSGKSHTTQARIRPNITHVALIHYKALSATNLSSAVDAHTDLSFGSEDSLSKVINHAKKRYGKDITGIEIQKIDNKYL*
SI34jun09_200mDRAFT_c1009267	SI34jun09_200mDRAFT_10092675	F064789	TDIPIDPITSQILVKYIEGLNSSEKNRTIQQIQRTERAFMKVLGKAHENT*
SI34jun09_200mDRAFT_c1009525	SI34jun09_200mDRAFT_10095258	F016055	MEEELHIERHGSSRKSKRFANKRERFQVKNYLKGKSSEDFVDETDDEDIEYEEIPYKN*
SI34jun09_200mDRAFT_c1010321	SI34jun09_200mDRAFT_10103211	F050420	HNLLKNNMAYLHTLRLIFFLLLPIYGQAEEDLKYSYEHDSIGDKYDAEGDITFHTHKDNGVVFEYAHVNINWKGGFFKSSITDDFIQKKPIQNGLVLYDIRGESNKRV*
SI34jun09_200mDRAFT_c1010321	SI34jun09_200mDRAFT_10103212	F011521	MAWFSMTFEGNQIKGYSVFARHIQVKNYSVGFETKKITVDEGRHPDFSDYDWIFKFKVASMENLKMNDQSHQAIYTKLWGSRPTSTTNCKSTQPGMNFSNSTGEIYVESWFDLKDNKLLKQVFTKYGCVPSKRLISKETWILIN*
SI34jun09_200mDRAFT_c1011063	SI34jun09_200mDRAFT_10110633	F014793	MFEEKVFWKDGFEGEAQGGLHFRSFDLNKFIKGIEESNIGSEVVGIKFEDNNLELITKK*
SI34jun09_200mDRAFT_c1013507	SI34jun09_200mDRAFT_10135076	F033601	NENWRVAERIFRYGREWQYTLSHENTDGTYKSINLNETALENIIESGSRVMGEIK*
SI34jun09_200mDRAFT_c1013679	SI34jun09_200mDRAFT_10136791	F007773	VKQNNVINLSDYREEKEEEHRKSLPPQYIQDFEVGGYYVYPELGVMIHCMLITDISHTRNNELMYIMEDQRGNIFSVPLSDPDSMMGWQAIDEEIFVENVKKCLPEPEFEPEP
SI34jun09_200mDRAFT_c1013946	SI34jun09_200mDRAFT_10139461	F022750	QDCIDEMIQQMEEEELEYISVDNKKIWISTYLLNKDFLDKYIKEYSQQPVIIRPENGGYIKTKKIGFADAYFFLSKRKFFDIYDIDWRYGDTNHGATIYCLENDLKYLHLGPYYDNPNWETEDTLHTYFYKDKPFLTHLKGGFSENKMSSKDFEEEFNKYLQELKNAN*
SI34jun09_200mDRAFT_c1014170	SI34jun09_200mDRAFT_10141704	F004439	MKRFKEYLKEARGTSLSGLLFLPRIGYYDQLMIPISSSMFKRIWPDTLRATVFHTTDGDGVRNIAKLQGKKKQISAFFSMFSRYMEVGVATQGGVHSVLEMDADVLLSAKGDVMSHLDQNGRRWTSISDLKETSRWTKFTAVEKDLEKMFDALVKKYLKRGEFQENATVWELWRMAERKVDKKTMSMIIKDYMDGMEKVIKKNIDTFENAMLSYAKKRSTDLSWDEQIVNNFKVKTAHFFKLKLKIAQTEKEASLYPEHQELMEFAKSKGWKVKIWDAAIELEAYTREVAKKELGK*
SI34jun09_200mDRAFT_c1014682	SI34jun09_200mDRAFT_10146821	F100510	NEKWYNKYFVRPLQRFIQTIKDFPSEAKWFYQRGSRGWSDRSVWSIDTWLVDNLTPMLERLKNNKLGTPVTMFRKKDGVDKDGNSTDEADRLAEQRWENVLSEIIYGLKCAKAIQNYDYEDKEEVKKLTKSSQRSFELIGKHLFNLWD*
SI34jun09_200mDRAFT_c1016496	SI34jun09_200mDRAFT_10164962	F015796	MNKQQMXKYDDTRDRILLREWFKLKGVVLEHGSKYGVDLKGKEYDVEISHLSFDSLWEQWKKENRFRIEIRKRNHYWNGIYNKTHTTHFVQMNKSGHELLVYPEDLIMEYSNNEVELEYLRGFNLKERTFMFIPFDIGKDVIKRYEI*
SI34jun09_200mDRAFT_c1017126	SI34jun09_200mDRAFT_10171264	F067831	MKLNYFNFNNYSSSIATQSLQAAAPFLTGSNPEYWTGKGNNHGVIAGYDWVPSSGSLKLLELNTNIQTPPETNFLDSAVTWWKANNYDTIVLVTRNEEGTVIPSLNLVGDITASLDIDGFTSSIYVQPSYPTPVPDFDVPNTTFVLRFGFDSASPIDYLASDKREFRNFASSSGIESLMPRKMADLPDGFSNGVGVPDVLIKDPTVDYQTLLMNSFQFYDITDDNKNYLLSQSYCEEFILPDLNYNGAYYSEVRGIMMLTPQENIFLQPRNPITADVNVFQTQLPCYILSADSGSYTTTTITRKGAM
SI34jun09_200mDRAFT_c1017758	SI34jun09_200mDRAFT_10177582	F035724	MGEWGNAMRFDYPTVVSATTSLVFNNNPESPYEREVIKHNSSVQMEDGSMFIYSRSVTNYRYSISVVLTTSESERDALESFYDSTVNGAEKTFEYTDPYGDVYTVRFDENMRISEIFKDRLYRATFTLLQTA*
SI34jun09_200mDRAFT_c1018891	SI34jun09_200mDRAFT_10188911	F061282	NLAVRGIPLLKKPPKGLVMKRFGGIDVFAIDPTHFQKSRLGKKKYTRYSGYVGEDETGEYIRAFARKYPKKPIIVMDSSTGCMQYLKHGSGK*
SI34jun09_200mDRAFT_c1019025	SI34jun09_200mDRAFT_10190253	F067831	MKLNYFSFNNYSSSIVTQSLQAAAPFLTGSNPEYWSGKGDNYGVIAGYDWVPSSGSLKLLELNTNIQTPPETNFLDSAVTWWKANNYDTIVLVTRNEEGTVIPSLNLVGDITASLDIDGFTSSIYVQPSYPTPVPDFDVPNTTFVLRFGFDSASPIDYLASDKREFRNFASSSGIESLMPRKMADLPDGFSNGVGVPDVLIKDPTVDYQTLLMNSFQFYDITDDNKNYLLSQSYCEEFILPDLNYNGAYYSEVRGIMMLTPQENIFLQPRNPITADVNVFQTQLPCYILSADSGSYTTTTITRKGAMSGSQVLMSDNSYTNIENVVTGSFLKIRNISGLPDESDGYANKCGNYLWKTWNTSSLSIPSQSNVEVIDVWPDL
SI34jun09_200mDRAFT_c1021696	SI34jun09_200mDRAFT_10216962	F035724	SPTTTLTFTNNPESPYEREVIKHNSSVQMEDGSFFVYSRSVTNYRYTISVVLTSETERDALESFYDSTVNGMEKTFSYTDPYSDSYTVRFENELHISEIFKDRMYRATFNLIQTA*
SI34jun09_200mDRAFT_c1021946	SI34jun09_200mDRAFT_10219461	F059474	LEVVSTDDPAIDLKKSDVDAYKDSHDMKHLSFIEGEQPTVFHLGTITFMKFAEIKDKHISFDLGDNGQEIKTNLFGLTADSLRYSLKKADNLPFPIKVERGRLSDTTMDKLARLGIVEELGNVALNLNGFGDDEEKK*
SI34jun09_200mDRAFT_c1023145	SI34jun09_200mDRAFT_10231453	F022751	MISFIIPFSTIEKDKFLNLNEKDDLWEENDSANIVYSTIKTIKNINSLKCDKEILLVDNSHTWPEIELPNVRVIKGWQALPLEELERIPEYMNHRDIQNSLDNLGCLTMWVSMAFHLGVQEAKGEYVVLQHNDTFYHQDCIDXMIAHMDKEELEYISVDNKKIWISTYLLNKDFLDKYIKEYSQQPVAIQPDNGGYVKTKKLGFADAYFFLCKRKFF
SI34jun09_200mDRAFT_c1025955	SI34jun09_200mDRAFT_10259552	F007944	MKMSRWSDYEKYIVMLTSYNSKANGARPGYQAFLEFKRVKGALVAMSKNDSNYSYDDNIYSRVITSSRALQILEKIENCKWDDDIITVAKQIKAGGMLSPR*
SI34jun09_200mDRAFT_c1026874	SI34jun09_200mDRAFT_10268741	F062150	SVIGYAEVGDTVSWSKPILFSYVKSDDSKWFATFFWGPTWNDEKIYIEELFYKPYSVANGGKFNIGFGQQLVPFGSNLPYLDLTRRDMFTYQTSWDVGELVLGRGVSVYGALGEKGYLETYFGDNLNNRWSDYASARVSYEIANQFVALSVDNQERQSIDVSGLNDKIEYIAEYSLSDEYYFARAVIKPGLYGFNLLAGYESFPDKEAKPLYGVMWTFDGDYPGSFLSVEFGNEGDLLFKINADLGILKLGDSKNE*
SI34jun09_200mDRAFT_c1027345	SI34jun09_200mDRAFT_10273452	F096067	MKVNDENINIQIYINKKEVVYSRQNMIKAINTFLLYLTNPDLDELTDRCKSLKEHRHQQEQQSIIDCQNIPIQSNRHDT*
SI34jun09_200mDRAFT_c1027748	SI34jun09_200mDRAFT_10277481	F043074	MKTFSQYLEEANSKYIVSKNPSDKKWYVMGHVGNNKWMPVSNEFKNKAQ
SI34jun09_200mDRAFT_c1030448	SI34jun09_200mDRAFT_10304483	F005571	MAQTIKSLEERIVNLTKVSTDNVQTTVEAEIRQLKMESGIPLQATVVLAKEDNFQFTMDWDATMSKFSTTIDGIKWYSDFDYSLYSPKLWETGAT
SI34jun09_200mDRAFT_c1032186	SI34jun09_200mDRAFT_10321863	F003975	MIKLKDLLKEWTDTSFRDLPKRWSKPVMKGRESDGLTEFERMGGKDTIDEKMSDEKRSFLMLRIYGDSWKVNLGKVFSGINKGKPTLIKKGLKEIKILNKKIEEMIEDLI*
SI34jun09_200mDRAFT_c1033602	SI34jun09_200mDRAFT_10336021	F096498	MGMYDEINVDIKCPKCGSNEMDWQSKDYMCGLDMIDPDKVQEFYTHCDKCDTFTTYRRGAETDEEVIKCRAEPYSLDEVEKMGFKYKCD
SI34jun09_200mDRAFT_c1034048	SI34jun09_200mDRAFT_10340482	F007697	DHIKDSYRVNASLAQKFGAKVYGVGNPNISGPELDAKKLVSETGYFQIKFGMNGRQVMETIAQQVKNVPDNVETIVGIAGSGLSMLGVALGCKLYNKNVKTIYPVALSGYVYKNKKMWYDRLLPKDQFDGEFHVVQSDYPYQHKLKLDESLPLDATYEAKAWDWMVKNIKPSKKVLFWDVGIKEYDLSYIEPIKWHKSEYEKIIDRELRRKHEQVKHNFF*
SI34jun09_200mDRAFT_c1034155	SI34jun09_200mDRAFT_10341552	F013764	FFFRTNSKKSKSSGLPPYTKRALIAVTVAIPMAFGLNIPLNTFGAFVPVWGLIMINAIVIPSYMTFIIPRASKVFASWLNSTTVKGVN*
SI34jun09_200mDRAFT_c1034740	SI34jun09_200mDRAFT_10347401	F089043	GVFAGGSSTDTITAGGYITTEDNLGNSFGTDFIVHEDGFGGKIETEDLVRSISFPNSGLNELDSYFPKFKHARDYALNRIKTDGTITQSEDVVTIQGVDATNIILLEDETGGILTEGGYFTVVLETGSQTFPTKYANALPTPARFISLKYQNGFSTNVSYASSNNEFIVQSNAEIDFTEGTADGESYELTYTDTSWPTTNGSSYWFMNTVENAPVVDDQSNILIFKTTTESTNFKVHFTIRAQKVHEHMAVYTGAAGTSTAASVLNTIDGWGDAFETGTGNYKDGYFYVSIYNNTDSDRDDQVMVFSDQNNASSTTLNFNDNAFKHRDDPDDP
SI34jun09_200mDRAFT_c1038206	SI34jun09_200mDRAFT_10382061	F049705	IGVHMVIKGGLILILLLSSCSYDTKNRCDYRWSHEMNMKTLVKKCNYIPHGDAWMIKDTLQ*
SI34jun09_200mDRAFT_c1038930	SI34jun09_200mDRAFT_10389303	F105325	EVYNMPTYLRRFYIESASKFYEEEKKQYDKSNKKSGVSRPGIPRG*
SI34jun09_200mDRAFT_c1039608	SI34jun09_200mDRAFT_10396083	F076495	MKTFXEXVKFQKVTVKDKSGKSHTTQARIRPNITHVALIHYKALSATNLSSAVDAHTDLSFGSEDSLSKVINHAKKRYGKDITGIEIQKIDNKYL*
SI34jun09_200mDRAFT_c1040549	SI34jun09_200mDRAFT_10405493	F013575	HVVLAGIIIFKDYNGTLEESLNKFESKIGLYTYVDTSHREEEVPFYIPPIEEEVDSTFILPDSLRRNK*
SI34jun09_200mDRAFT_c1041375	SI34jun09_200mDRAFT_10413751	F103400	LATIPTGTKLSLGKLGRATAVDNSDYTSKTSLNSCARDSSTGKTSLSDFYIGSVDNTLDGYPYVDEQTNETYTLTFTNEN
SI34jun09_200mDRAFT_c1041645	SI34jun09_200mDRAFT_10416451	F057436	MTRVNYETLGKFIDIDEKDLEFERVTNSIDVVDREYGVEVIFDYYRRHG
SI34jun09_200mDRAFT_c1041673	SI34jun09_200mDRAFT_10416731	F068482	NLSVWKHQKANDICRTNFMDSISQLTLDDETRNSINCLHYKDRYFLDGDVPFKDQKIENDDVVVFTDQSDKEIVIGVIEASSDFQKERGENGR*
SI34jun09_200mDRAFT_c1041984	SI34jun09_200mDRAFT_10419843	F006959	MTYYETQVIFTEEIPTKNGVREKKTRRAFLVECDSVSVAEAKVNEVLKDSPYPFEVKVAK
SI34jun09_200mDRAFT_c1043726	SI34jun09_200mDRAFT_10437262	F093903	MRLIPLGIITFLLGGCFFQPVEDFVDQMDDQYFADEFNYIPTEIKPYDKKASMELIWENKVGDNEVNNFNLVFSEEFVIAATSDGSVR
SI34jun09_200mDRAFT_c1045094	SI34jun09_200mDRAFT_10450941	F001048	MMKTKNVKGKIIPELRFKSKKQFFWRFSVLKKSGGKITVTDRTPEMDVKEFNRIELLVNSRVRWELGPENFMKWDSCGYKDIPTLAKAYGIK*
SI34jun09_200mDRAFT_c1045463	SI34jun09_200mDRAFT_10454631	F033048	MIDKTIKLAGEYPSDFKPTPTVLEIHQYFNAHSFHNGRMIGGSKSVYRNMHPDDLIIFNANVLMPGYGKVWYGDLNLTEDYLVLREIAQNLNTDLYVLW
SI34jun09_200mDRAFT_c1045463	SI34jun09_200mDRAFT_10454632	F100510	KENEKWYNKYFVRPLQRFIQTIKDFPSEAKWFYQRGSRGWSDRSVWSIDTWLVDNLIPMLERLKNNKMGTPMSMFKKKDGVDKDGNPTDEASVLAEQRWENVLGEIIYGLKCAKTIQNYDYEDKEEVKKLTKSSRRSFELIGKHLFNLWD*
SI34jun09_200mDRAFT_c1047778	SI34jun09_200mDRAFT_10477782	F034352	YKVIKDYPTSNGILYKNELVKEDGNSTLKGHLRVKDTMGRIWFVPKDNLKIKNKA*
SI34jun09_200mDRAFT_c1048107	SI34jun09_200mDRAFT_10481072	F017324	MGHIQTHRGLISERTTIPPTSARRGRVYELRYNSETASKTLYLVLGINIYPKSGGASKQLLHCLDLDEIPVAEVRKLIRSASEIITGYKKGLEHQQLIIEGRSTTIYDDQLKKLSKKFPGIYKTFKLNKIKKFELTNYDFLSVADTKTKKKFGIVDED*
SI34jun09_200mDRAFT_c1048532	SI34jun09_200mDRAFT_10485323	F105205	MRCKICEIPHKNTAKYDLWLEHKVCRVCGSLFDLFSWNGNNLEEYWRIKN*
SI34jun09_200mDRAFT_c1049685	SI34jun09_200mDRAFT_10496851	F058066	LAAQRWDNVLNEIIYGLKCAKKLQDMDYDYKDKEEAKKLTKSSRRSFDLIGEHLFDLWN*
SI34jun09_200mDRAFT_c1049701	SI34jun09_200mDRAFT_10497011	F035965	MTDKELQGLLIEKFDGSIIDEYGWEHYSIKGKKYDIRFDRSRIEWACDCPAFTFRRRHKIKYCKHILEVQ
SI34jun09_200mDRAFT_c1050583	SI34jun09_200mDRAFT_10505831	F010790	LEEKVDISDISWNHQKLLKIGGDYIHKTRDGRLWYELEDDINKSKNRTLIKYFKEYEKARLKLSQAGSMLTRAFNLEK*
SI34jun09_200mDRAFT_c1052128	SI34jun09_200mDRAFT_10521281	F050426	DIKIDDSEYLNESVKRLTEKIKQLKTSYAWRWGNTHDQEKEIVKGMILQSLGLSQMEEKENGNS*
SI34jun09_200mDRAFT_c1055206	SI34jun09_200mDRAFT_10552062	F022750	TYLLNKDFLDKYIKEYSLQPVVIQPDNGGYIKTKKIGFADAYFFLCKRKFFDIYNIDWYYGDTNHGATIYCLYNDLKYLHLGPYYDNPNWETEDTLHTYYYKDEPFLTHLKGGFSENKMSSKDFEEEFNKYLEELKNAK*
SI34jun09_200mDRAFT_c1059398	SI34jun09_200mDRAFT_10593981	F101844	NSFITITDARTTGTVDVRGLTIDVSNKVDTGSSNDRIGIDVDVIGDVSGYTIRDAVAIRAVSRQSTGAEVTRLNTPIHSVLDMANTASANNSGTTLSGAYGLAIDHDDTIATRTGQPTAFISFGELYVGGTESIETAYLXXXFPXGXTGDATYGTAADVAFYNDGAQYATTRDTMILNSTDGAPATNAGDHLLMEPDPFDAILLES
SI34jun09_200mDRAFT_c1059568	SI34jun09_200mDRAFT_10595681	F023217	TEYIMKKWKTEKAIASSKKIDKGLKAFGKSIGLDKPFFAAKTFDDVTGTWKVCPCCGGDSLEADILKLI*
SI34jun09_200mDRAFT_c1059949	SI34jun09_200mDRAFT_10599491	F072734	MSMIKFDDSKIKEIRGRKLKGLPPIPSTEDIVIASKDAKGGSELIYERVKERVPDDLWNY
SI34jun09_200mDRAFT_c1063893	SI34jun09_200mDRAFT_10638932	F003507	TDFAVMYACGLERVHADRRQSHFVLPSVLAQFRGRLDETLMAELIQIQSTAAMEEGLVSPSHLVVDTFPSEQGSQRVNDAATLYKAKKKS*
SI34jun09_200mDRAFT_c1064232	SI34jun09_200mDRAFT_10642321	F081758	GKIIIKAAKGSAIDPNIPYDQVKKEDVASYGKVLGINTSAPDSIHPDWTSIKIKDVIPLYGDFFDEIIQFAEGLKGYAAGPDEFILRIIKLIDDTLAEFEEIVNKIKAFLQLFADGLPGAGIYWLTIKTYGGNKAIQDALTGSDDPPPETLNFCAGFIMVSVSGVGGLSATAGFEKLFTGLGLEFQEVAIIPE
SI34jun09_200mDRAFT_c1064682	SI34jun09_200mDRAFT_10646821	F046847	VVISQSKLDKLIDKGFSKGANRAKTELADILGVDSIEQARELINAKRETDEANKSDLDKAAELIQTLNSTIDGLESNNKMMVADMAVQKVVTENGIKDADYFKHLLAQASATDDFDQSTFIEQLKGDKPYLFSGGDVQPKRVDATS
SI34jun09_200mDRAFT_c1065935	SI34jun09_200mDRAFT_10659351	F033867	AEGKMPTVNHLYAFLDREQYGIHIQTATKIIADYIASEDKMIAEGKMPTVNHLYAFLDRMAETFHDAHKDVMNRIGIKELIKDEFLYLEDKDNDNT*
SI34jun09_200mDRAFT_c1066463	SI34jun09_200mDRAFT_10664631	F023209	MHYYLLLKDDTEKDVYFDSNVLGEESFGTFYTGQGLVALNNIVNQKPELLETIKI
SI34jun09_200mDRAFT_c1068444	SI34jun09_200mDRAFT_10684441	F043443	VNDKLLELKRKKLQQQILYLRTELEETQWIFQDCLKEFDVEFRKYFKDPTEKKKKDVINEPPEFDIPATDVNMVFKKIAQKTHPDKLINKDLSDEDYNVKVDMYKEAQRSVENN
SI34jun09_200mDRAFT_c1068444	SI34jun09_200mDRAFT_10684442	F037421	DYFRELIRKLKELRISADNGEIIVPNDDEDVLAFDELDLPFSPDAFDRMNSEEKEALFIWLNKDNMPQA*
SI34jun09_200mDRAFT_c1068546	SI34jun09_200mDRAFT_10685461	F038848	KVKTAHFFKLPLKIAQTDDQIEMSEKQQELMEFAKSKKWSIKMWDVAIDLEAYTRAVAKKELGK*
SI34jun09_200mDRAFT_c1068726	SI34jun09_200mDRAFT_10687262	F005608	MKTAIIEVLEKGELVFGSPTVGKYFVRRFEDGESMGGGFFKTKKEATTHAREYKKED
SI34jun09_200mDRAFT_c1069191	SI34jun09_200mDRAFT_10691911	F009609	EGKKVKVIKTITSVNGALHEGEIILVERRENGHWRCRDNMGRIFYLEESNLKIIKK*
SI34jun09_200mDRAFT_c1071668	SI34jun09_200mDRAFT_10716682	F060972	YIVGINYDSPDEDKGHFDIQRKVTMKELAIEVADYLQNGKSSYPAFPPEANPEVWYVWDMDDPDDGDVYHQLTHEINKIKTNKRKAA*
SI34jun09_200mDRAFT_c1076617	SI34jun09_200mDRAFT_10766172	F101067	MIPVLDLHGVRHHEVQNVVARFIEDWIGNGLFLDVITGNSMQMFIEASSVIEQYGLEYYTGLPDHPGRIRIVMYDDFH*