3300000160: Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 48 08/11/10 135m

Overview

Basic Information

• IMG/M Taxon OID: 3300000160
• GOLD Reference (Study | Sequencing Project | Analysis Project): Gs0046785 | Gp0053418 | Ga0026098
• Sample Name: Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 48 08/11/10 135m
• Sequencing Status: Draft
• Sequencing Center: DOE Joint Genome Institute (JGI)
• Published?: Y
• Use Policy: Open

Dataset Contents

• Total Genome Size: 135598311
• Sequencing Scaffolds: 67
• Novel Protein Genes: 76
• Associated Families: 66

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
Not Available	34
All Organisms → cellular organisms → Bacteria → Proteobacteria	2
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Methanomicrobia → Methanosarcinales → Methanosarcinaceae → Methanosarcina	1
All Organisms → cellular organisms → Archaea → unclassified Archaea → archaeon	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → unclassified Nitrosomonadales → OM43 clade → Methylophilales bacterium HTCC2181	2
All Organisms → Viruses → Predicted Viral	10
All Organisms → cellular organisms → Bacteria	2
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	4
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Porticoccaceae → unclassified Porticoccaceae → Porticoccaceae bacterium	1
All Organisms → Viruses → environmental samples → uncultured Mediterranean phage	1
All Organisms → Viruses → Varidnaviria → Bamfordvirae → Nucleocytoviricota → Megaviricetes → Imitervirales → Mimiviridae	1
All Organisms → Viruses	1
All Organisms → cellular organisms → Bacteria → environmental samples → uncultured marine bacterium 580	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon	1
All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Candidatus Brocadiia → Candidatus Brocadiales → Candidatus Scalinduaceae → Candidatus Scalindua	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rickettsiales → unclassified Rickettsiales → Rickettsiales bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Rhodobiaceae → unclassified Rhodobiaceae → Rhodobiaceae bacterium	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → unclassified Cytophagales → Cytophagales 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 48, Vancouver Island, BC, Canada
• Coordinates
  • Lat. (^o): 48.6
  • Long. (^o): -123.5
  • Alt. (m): N/A
  • Depth (m): 135

Associated Families

Family	Category	Number of Sequences	3D Structure?
F000615	Metagenome / Metatranscriptome	984	Y
F001334	Metagenome / Metatranscriptome	720	Y
F002006	Metagenome / Metatranscriptome	605	Y
F002125	Metagenome / Metatranscriptome	591	Y
F002874	Metagenome / Metatranscriptome	524	Y
F005571	Metagenome / Metatranscriptome	396	Y
F006868	Metagenome	363	Y
F008085	Metagenome / Metatranscriptome	339	Y
F008648	Metagenome	330	Y
F008692	Metagenome / Metatranscriptome	329	Y
F011521	Metagenome / Metatranscriptome	290	N
F011736	Metagenome / Metatranscriptome	287	N
F012682	Metagenome / Metatranscriptome	278	Y
F015796	Metagenome / Metatranscriptome	252	N
F017732	Metagenome / Metatranscriptome	239	N
F018813	Metagenome / Metatranscriptome	233	Y
F020020	Metagenome / Metatranscriptome	226	Y
F022202	Metagenome / Metatranscriptome	215	N
F022750	Metagenome / Metatranscriptome	213	Y
F023209	Metagenome / Metatranscriptome	211	N
F025857	Metagenome / Metatranscriptome	200	Y
F027198	Metagenome / Metatranscriptome	195	Y
F027418	Metagenome	194	Y
F029271	Metagenome / Metatranscriptome	189	N
F032623	Metagenome / Metatranscriptome	179	Y
F033867	Metagenome	176	Y
F035724	Metagenome	171	Y
F038848	Metagenome	165	Y
F042014	Metagenome	159	N
F044735	Metagenome / Metatranscriptome	154	N
F046847	Metagenome / Metatranscriptome	150	N
F047917	Metagenome	149	Y
F048788	Metagenome	147	Y
F049035	Metagenome	147	Y
F049096	Metagenome / Metatranscriptome	147	N
F049555	Metagenome	146	Y
F050420	Metagenome / Metatranscriptome	145	N
F050426	Metagenome	145	Y
F051538	Metagenome	144	N
F055196	Metagenome	139	Y
F055791	Metagenome	138	Y
F058452	Metagenome	135	Y
F058917	Metagenome / Metatranscriptome	134	Y
F059074	Metagenome	134	N
F060128	Metagenome / Metatranscriptome	133	Y
F067831	Metagenome	125	N
F068917	Metagenome	124	N
F071315	Metagenome	122	Y
F071324	Metagenome	122	Y
F072238	Metagenome	121	N
F072521	Metagenome / Metatranscriptome	121	Y
F072734	Metagenome	121	N
F073665	Metagenome	120	Y
F074779	Metagenome	119	Y
F075397	Metagenome / Metatranscriptome	119	N
F078263	Metagenome / Metatranscriptome	116	N
F078399	Metagenome / Metatranscriptome	116	Y
F083345	Metagenome	113	N
F087176	Metagenome / Metatranscriptome	110	Y
F089034	Metagenome / Metatranscriptome	109	N
F089397	Metagenome / Metatranscriptome	109	Y
F092204	Metagenome	107	N
F098036	Metagenome	104	Y
F098166	Metagenome / Metatranscriptome	104	N
F101859	Metagenome	102	Y
F103547	Metagenome	101	N

Associated Scaffolds

Scaffold	Taxonomy	Length
SI48aug10_135mDRAFT_c1000300	Not Available	19826
SI48aug10_135mDRAFT_c1000434	All Organisms → cellular organisms → Bacteria → Proteobacteria	16118
SI48aug10_135mDRAFT_c1001191	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Methanomicrobia → Methanosarcinales → Methanosarcinaceae → Methanosarcina	8366
SI48aug10_135mDRAFT_c1001439	All Organisms → cellular organisms → Archaea → unclassified Archaea → archaeon	7299
SI48aug10_135mDRAFT_c1002570	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → unclassified Nitrosomonadales → OM43 clade → Methylophilales bacterium HTCC2181	4915
SI48aug10_135mDRAFT_c1002895	All Organisms → Viruses → Predicted Viral	4510
SI48aug10_135mDRAFT_c1002935	All Organisms → cellular organisms → Bacteria	4464
SI48aug10_135mDRAFT_c1003274	All Organisms → Viruses → Predicted Viral	4138
SI48aug10_135mDRAFT_c1004491	All Organisms → Viruses → Predicted Viral	3350
SI48aug10_135mDRAFT_c1004587	All Organisms → Viruses → Predicted Viral	3297
SI48aug10_135mDRAFT_c1004781	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → unclassified Nitrosomonadales → OM43 clade → Methylophilales bacterium HTCC2181	3197
SI48aug10_135mDRAFT_c1005817	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes	2792
SI48aug10_135mDRAFT_c1006684	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	2534
SI48aug10_135mDRAFT_c1007075	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Porticoccaceae → unclassified Porticoccaceae → Porticoccaceae bacterium	2440
SI48aug10_135mDRAFT_c1007140	All Organisms → Viruses → Predicted Viral	2425
SI48aug10_135mDRAFT_c1008281	Not Available	2191
SI48aug10_135mDRAFT_c1008831	All Organisms → cellular organisms → Bacteria → Proteobacteria	2093
SI48aug10_135mDRAFT_c1009395	All Organisms → Viruses → Predicted Viral	2003
SI48aug10_135mDRAFT_c1010527	All Organisms → Viruses → Predicted Viral	1857
SI48aug10_135mDRAFT_c1011578	All Organisms → Viruses → Predicted Viral	1729
SI48aug10_135mDRAFT_c1011615	Not Available	1725
SI48aug10_135mDRAFT_c1012295	All Organisms → Viruses → environmental samples → uncultured Mediterranean phage	1646
SI48aug10_135mDRAFT_c1014398	All Organisms → Viruses → Predicted Viral	1454
SI48aug10_135mDRAFT_c1015983	Not Available	1340
SI48aug10_135mDRAFT_c1016096	All Organisms → Viruses → Varidnaviria → Bamfordvirae → Nucleocytoviricota → Megaviricetes → Imitervirales → Mimiviridae	1332
SI48aug10_135mDRAFT_c1017760	All Organisms → Viruses	1233
SI48aug10_135mDRAFT_c1017834	Not Available	1229
SI48aug10_135mDRAFT_c1018363	All Organisms → Viruses → Predicted Viral	1201
SI48aug10_135mDRAFT_c1021703	Not Available	1055
SI48aug10_135mDRAFT_c1022663	Not Available	1019
SI48aug10_135mDRAFT_c1024575	Not Available	957
SI48aug10_135mDRAFT_c1025036	Not Available	943
SI48aug10_135mDRAFT_c1025273	All Organisms → cellular organisms → Bacteria → environmental samples → uncultured marine bacterium 580	936
SI48aug10_135mDRAFT_c1026575	Not Available	898
SI48aug10_135mDRAFT_c1026831	Not Available	891
SI48aug10_135mDRAFT_c1027466	Not Available	876
SI48aug10_135mDRAFT_c1028294	Not Available	856
SI48aug10_135mDRAFT_c1028413	Not Available	853
SI48aug10_135mDRAFT_c1029194	All Organisms → cellular organisms → Bacteria	836
SI48aug10_135mDRAFT_c1029929	Not Available	820
SI48aug10_135mDRAFT_c1029988	All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon	819
SI48aug10_135mDRAFT_c1030625	Not Available	806
SI48aug10_135mDRAFT_c1030861	Not Available	801
SI48aug10_135mDRAFT_c1032023	Not Available	778
SI48aug10_135mDRAFT_c1033313	Not Available	753
SI48aug10_135mDRAFT_c1035960	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	709
SI48aug10_135mDRAFT_c1036924	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Candidatus Brocadiia → Candidatus Brocadiales → Candidatus Scalinduaceae → Candidatus Scalindua	695
SI48aug10_135mDRAFT_c1037519	Not Available	686
SI48aug10_135mDRAFT_c1037562	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rickettsiales → unclassified Rickettsiales → Rickettsiales bacterium	686
SI48aug10_135mDRAFT_c1037808	Not Available	683
SI48aug10_135mDRAFT_c1037811	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Rhodobiaceae → unclassified Rhodobiaceae → Rhodobiaceae bacterium	682
SI48aug10_135mDRAFT_c1038727	Not Available	669
SI48aug10_135mDRAFT_c1040343	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	649
SI48aug10_135mDRAFT_c1041034	Not Available	641
SI48aug10_135mDRAFT_c1042500	Not Available	624
SI48aug10_135mDRAFT_c1045537	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → unclassified Cytophagales → Cytophagales bacterium	592
SI48aug10_135mDRAFT_c1045781	Not Available	589
SI48aug10_135mDRAFT_c1045971	Not Available	588
SI48aug10_135mDRAFT_c1046525	Not Available	582
SI48aug10_135mDRAFT_c1047021	Not Available	577
SI48aug10_135mDRAFT_c1047772	Not Available	570
SI48aug10_135mDRAFT_c1051583	Not Available	539
SI48aug10_135mDRAFT_c1052426	Not Available	532
SI48aug10_135mDRAFT_c1052995	Not Available	529
SI48aug10_135mDRAFT_c1055598	Not Available	510
SI48aug10_135mDRAFT_c1055605	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	510
SI48aug10_135mDRAFT_c1055920	Not Available	508

Sequences

Scaffold ID	Protein ID	Family	Sequence
SI48aug10_135mDRAFT_c1000243	SI48aug10_135mDRAFT_10002439	F017732	MHQFILNVIFLFLLTGCASKGYSIDEIFEDGAEIDSTPEDSIKYTCNQNKYFYIQYIGDEKKSLWIIFPKNEIKLYQTEISNVFSNGITKLIFNEQTXTVKKDGSIFYXECSKQT*
SI48aug10_135mDRAFT_c1000300	SI48aug10_135mDRAFT_10003001	F068917	ANFDSQIRVKFIKRVLRNGKPLKESVNEKISKEEWSEYPKYARKLKPYMRRLLKIPVKVRVIKQANHNPWIDVRVARSGKDVIPNDFRKRALKVIGGGRARDMDNINYGNIRTGSVSLKYDEWVKLLGNKVK*
SI48aug10_135mDRAFT_c1000434	SI48aug10_135mDRAFT_100043412	F011736	MENKNIFLMIFFYCTINLSYAKDLDTNSKMTPGDNKQFENIYQDWEVDKFENIVRYSTHGRVVHGHRFGWIKKAGNCDXDILATTISTQQENKDRLYDFKGDRIDLRINFPQAKGEDPAIIKTDLITVFDLATLKIAFFGNFIQGQMFDSLMAYFNTIKIEVTNPHKIYFDIPSDEFSLNGYVAAKLKAQELCEGMIKTTSL*
SI48aug10_135mDRAFT_c1001191	SI48aug10_135mDRAFT_10011917	F035724	MRFDYPTVGSATTSLAFTNNPESPYERAVIKHNSSVQMEDGSMYVYSRSVTNYRYSIXVVLTSEVERDALESFYDSTVNGAEKTFEYTDPYGDVYTVRFDENMRISEIYKDRLYRATFTLLQTA*
SI48aug10_135mDRAFT_c1001439	SI48aug10_135mDRAFT_10014391	F083345	EIKDKAKGNTWEVSDEDSDALVQIGVVSMIKKGLKVAEEEDYYTKLQKLADTDEWESDEDKEGM*
SI48aug10_135mDRAFT_c1002570	SI48aug10_135mDRAFT_10025701	F011521	HIQVKNYSVGFETKKITVDEGRHPDFSDYDWIFKFKVASMENLKMNDQSHQAIYTKLWGSRPTSTTNCKSTQPGMNFSNSTGEIYVESWFDLKDNKLLKQVFTKYGCVPSKRLISKETWILIN*
SI48aug10_135mDRAFT_c1002895	SI48aug10_135mDRAFT_10028955	F072238	MINIGVKTYDIRDFFDETFVKEYKEVVIDYRKILDIDLPTVKNDGNSTNNTKLIKWIEKRTGKDFSYLYNKGQKEYQYDYKFVMAAYEYLDSINVDETWDLQSRLSKDVIPNLSSLSLMYDPPESKTNKYHLMSDKINEVILKNLIDEFPYMCNSLDDIRWKTNEWFGHMIAMPKGGFMSIHRDGTDGRPFTILNYINTDRTLEDGGVYRYYIHKDYDVEDKESLDWSKYPDYIYYKPVPQEDVENVKSLRYKYHNPPNKTPEYLESLDIFKNHNQYTIVPNYTTVNVMLHLNQKTREEDKKYYVLETPPSSDFEGEQGIPHLVTKNKSDEVRYTLYRRVXWXDS*
SI48aug10_135mDRAFT_c1002935	SI48aug10_135mDRAFT_10029351	F092204	MIKLKPYKYIRPNTEDELKDETQEYFGNKYTRKVMPKLGKDKDDLLSLMQLPDRIEFLSHKELMSLQNSDVPELLSIKDARERIMRMKELGDEYKKPWQSVLRGMTGTPPDKFAIPFVVRDSKENLYLFAGNTRFMVAISLGYNLPVKVLPYKFEFETEGLSTLGSQNVAAGSLYR
SI48aug10_135mDRAFT_c1003274	SI48aug10_135mDRAFT_10032742	F015796	MDYRLGRKNGMGEVSKMNKQQMXKYDDXRDRILIREWFKLKGVVLEHGSKYGVDLKGKEYDVEISHLSFDSLWEQWKKENRFRIEIRKRNHYWNGIYNKTHTTHFVQMNKSGHELLVYPEDLIMEYSNNEVELEYLRGFNLKERTFMFIPFDIGKDVIKRYEI*
SI48aug10_135mDRAFT_c1004491	SI48aug10_135mDRAFT_10044916	F032623	VAGWSRILTMTENIWIWVLIYSMPLTAVIWFLGMWATHEDYKKEHNIKGWSDKEMNAKQIILTSIVSTIVGTTGWLGGVYYGSANMFETIYDNVGNELDLLGKKLDSESTKKIESQIEQLKQRVLNKVPSQQDIIDMSAQVDEINERIVVLASETQGLISDLKYSVREDLNKTTTDLTNTLDNTITAQSDSVKKEIGKLYDKLDGLHKELGEVTTLIDKAKNTFFGKSVFKEKK*
SI48aug10_135mDRAFT_c1004587	SI48aug10_135mDRAFT_10045872	F058917	MDKLLKALEKESKDIRSADMVVNGKIHQIYYRIMSGDDHARALELSKKTKNIKETDGSTTELTYYDDDLLRCHIIYFQLLDKDGSRVFTDLPKIQWIKDNITYETASYLAAVMGLKSVSDIVEEQQEVLKKMNG*
SI48aug10_135mDRAFT_c1004781	SI48aug10_135mDRAFT_10047811	F044735	MIKNYLIKSIFIFTALITLFLILDHKVDERIAIMQKINH
SI48aug10_135mDRAFT_c1004781	SI48aug10_135mDRAFT_10047815	F022202	MNNKEQKILQDWIDTLQGIATKGMDAKTRIEARLLRGAWITENKRIENEIPEHDESFYQNVKEAIAKKKVKGSPKNIWTSFFENKFKAFVIVLLGTGFVYASKKTYEGVVSVADELNHIVLAKETTNVTVENEDDGKGLQMN*
SI48aug10_135mDRAFT_c1005817	SI48aug10_135mDRAFT_10058172	F078263	MELLHDSDGLEGSLDCQLKRLEEKIETSQPVALMKDLHRIDDEIKHFKDVEITTNTVVSSVKEHEETIKKLEERTRDKFAEMTSQNKATEAMVTDKHNDLISKINGISSRVDNLEEKIELAVRELKSEARKTSFLRKLLWLD*
SI48aug10_135mDRAFT_c1006684	SI48aug10_135mDRAFT_10066842	F103547	MKFPQKTIDRFNTKVNKTNDCHVWTAARQKQGYGMFSVDGKSMPAHR
SI48aug10_135mDRAFT_c1007075	SI48aug10_135mDRAFT_10070753	F012682	MANVLVTQKLVDTEKKCIFKFTNVSDGSALANVKMIDVSTLNWAKHTLTLSGAEVEGFKIGEVISTAAAHSAVADGSEFFIVTGFTAGASTVEVVGWDYTNAKATAASTAYSNGDVIVGSVTGLHTRTAANSGALIELDYNVLVTKIQWVCSGLNVNIEWDGSTTEKSIAFLGGNGIINMSATEWPGIGSDAVGDTSGVLGDIQFTTVNESA
SI48aug10_135mDRAFT_c1007140	SI48aug10_135mDRAFT_10071404	F049035	MANWNSKELQTPPIIEQIQKNAQNAITNLDTLLQIVQGGADVAKMFLMLSNPAGAIIKLAANEIIKLCNDFKEIGVFYLFINPNDEGYGGQTSREFGLAIKQDNNGLYQFKPSKRPGFGLDFVNVEYQKTLNIADLTSAYKDSKSRNKNDPKFEPPTPIFDNPPIWELGGYDPATWTGHAPVTSIPLANGVFPPEMKPSKVLQIMSESFDDEGDVSTFEVIISQRDAALANPVYTASGAEVDKNTF
SI48aug10_135mDRAFT_c1008281	SI48aug10_135mDRAFT_10082811	F042014	AKMSRPEESQARRANPQTAPGAAVDGGVFSTSHLDTGYGLACDIRRVVLYEGLRRDPRTGRSVATGDMARQYMNPGQAIDRTITLEGHIELDKFSIEMMALEDVVILRDLCNNHLNSMVKKVSILR*
SI48aug10_135mDRAFT_c1008831	SI48aug10_135mDRAFT_10088311	F000615	YECSDGEMGFAEMVMSYEDDIASFIKHWKTGGRIVITEHIDLV*
SI48aug10_135mDRAFT_c1009395	SI48aug10_135mDRAFT_10093956	F072734	MMKFDNSKIKEIRKRKEQGLPPPPPEGDVVEQSKNAKGGSELIYQRVKERVPDDLWNYFQIILSRVREYEDKPKILWFQD
SI48aug10_135mDRAFT_c1010527	SI48aug10_135mDRAFT_10105271	F001334	IPKQTYHSNGFRYWMYAIPQTRKMKMMKFKEYLQTYADDSIEQVMDGEWIQKSRATWKATDNNDNQIEIHNDGHDPELNGESWTVHNNTFAPKAFAYFCKEFIQEVKPSEVTHGRTRIYTKT*
SI48aug10_135mDRAFT_c1011578	SI48aug10_135mDRAFT_10115783	F072521	MKLDENWYVHAPWAQLVCCTEIPEDKLVKFYAVSNEILDESRVTKPPEDNYGNGVIPTSWTISDDKFVKYDVRDYIMEMVSKYMNTILNNGNVQSNLDTTVEGGPHTQWHTRVTDAW
SI48aug10_135mDRAFT_c1011615	SI48aug10_135mDRAFT_10116153	F067831	MKLNYFNFNNYSSSIATQSLQAAAPFLTGSNPEYWTGKGNNHGVIAGYDWVPSSGSLKLLELNTNIQTPPETNFLDSAVTWWKANNYDTIVLVTRNEEGTVMPPLELVGDITASLDIDGFTSSIYVQPSYPTPVPDFDVPNTTFVLRFGFDSASPIDYLASDKREFRNFASSSGIESLMPRKMADLPDGFSNGVGVPDVLIKDPTVDYQTLLMNSFQFYDITDDNKNYLLSQSYCEEFILPDLNYNGAYYSEVRGIMMLTPQENIFLQPRNPITADVNVFQTHLPHYILSGDSGSYTTTTITRKGAISGSQVLMSDNSYTNIE
SI48aug10_135mDRAFT_c1012295	SI48aug10_135mDRAFT_10122951	F074779	MKTFNQYIFEAQAGFNTKDMIFTNAETPALILSPTALERAFGTLDTITAWHVTDLTGVKGLIKLQGKKSSISVLTEIEPSDQQPFEGIETGGGFVVELEGTELVSMDQDAWSERLEGGRRGISVTKELFPNMYRHLEFMVKKIYEKYSNKPYPNNARQGGFVLNELAKVLSQKEKGQFIKEYIDNCEEILKKNKRTRDELRKYGRAMNVSLNKKHFYNESIVNQISLKNVYVVSEKWEQFGRVDWGSDGEDELKMLKSVWKNIQI
SI48aug10_135mDRAFT_c1012295	SI48aug10_135mDRAFT_10122953	F038848	MDGMEKVIKKNIDTFENAMLSYAKKRSTDLSWDEQIVNNFKVKTAHFFKLKLKIAQTEKEASLYPEHQELMEFAKSKGWKVKIWDAAIELEAYTREVAKKELGK*
SI48aug10_135mDRAFT_c1014398	SI48aug10_135mDRAFT_10143981	F008648	MKSFKQYLKEARGTSLSDLLFLPRIGYYDQLMIPISSPMFKRIWPDTLRATVFHTTDSDGVKSISKLEGKKGQISAFFSMFSRYMEVGVATQGGVHSVLEMDADVLLSAKGDVMSHLDQNGRRWTSISDLKETSRWTKFTAVEKDLEKMFDALVKKYLKRGEFQENATVWELWRMAERKVDKKTMSMIIKDYMDGMEKVIKKNIDTFENAMLSYAKKRSTDLSWD
SI48aug10_135mDRAFT_c1015983	SI48aug10_135mDRAFT_10159832	F071315	GAIAIIIAAPSFDIFAETFDKFSQMFTDIPEFAATTGKGLLDSLNEIITPANTVIKLTQVDTNYGLFEAEDVIGGEIYGGLTKILEVNADSVIASTMTTQKEVAATDDAGNIIKYVTTINPNEDERWVDMEVVGKPIRQVDGLNPFITGDTVYEMEQRGTRTDNTPNYVIKGQDTVGLPTIARVYPRTGKVAMEKLAVLPESTPPDFGGIQIKEIIPGWGEFFQTLENFVLQLKGMISDSAAFIQDMIDMIKGIEKFLDDLISAIEEFLAFFQITLPSTGVYALYLPNQSGGNEGIKSQLANAGGIPELGYAAGILFVATEGDVLIAGGGSKNPIDLLALVLGLL*
SI48aug10_135mDRAFT_c1016096	SI48aug10_135mDRAFT_10160961	F048788	MENNYWIVNEWLIFKPEFNEELTNYYDLINKYKKIMFSNYNDPLIAIETNNKWIVKYENNFIESK
SI48aug10_135mDRAFT_c1017760	SI48aug10_135mDRAFT_10177601	F005571	MAQTIKSLEERIVNLTKVSTDNVQTTVEAELRQLEMKGGIPIQVSVVLAKEENFQFTMDWNSTMSKFSTTLDGIKWYSDFDYSLYSPKLWETGAIARAPRRGRNSPI*
SI48aug10_135mDRAFT_c1017834	SI48aug10_135mDRAFT_10178342	F087176	QGYSKPCQCPPKDHKDDCIELLESPFKYKDYITQQELDKFNKESGEIKIQQVPLKIDGSLVCISSGHQTPFIAPGMHFVREDSCFEAVCKIRQIPQVCVTTRLKGHNYWHPNKRTGTPSNRNDEVFKKYAAESSEAMTKFIQSLL*
SI48aug10_135mDRAFT_c1018363	SI48aug10_135mDRAFT_10183631	F033867	HRDMVNTGRIGLGNMEYMEQYGIHIQTATKIIADYIASEDKMIAEGKMPTVNHLYAFLDRMAETFHDAHKDVIKRIGIKELIKDEFLYLEKKDDDS*
SI48aug10_135mDRAFT_c1020638	SI48aug10_135mDRAFT_10206381	F023209	MLYYLLLTGDSEKDVYFDSNVLGEESFGKFYPEKGFEALMNIKDI
SI48aug10_135mDRAFT_c1021703	SI48aug10_135mDRAFT_10217033	F002006	MPEELQSVKLHVGLLQQEVETRGRQIDVLLTKLDSTADKIVELTVELKSLNSKQERHSKVDDEIRSELKLLHSRAGSIHDEIGKSERRVSDSIRKLEERVRAVEQWKSRLMGMTSLVAGAIGAIAA
SI48aug10_135mDRAFT_c1022663	SI48aug10_135mDRAFT_10226634	F050426	AKELGIDISDIKIDDSEYLNESVKRLTEKIKQLKTSYAWRWGNTHDQEKEIVKGMILQSLGLSQMEEKENGNS*
SI48aug10_135mDRAFT_c1024575	SI48aug10_135mDRAFT_10245751	F046847	MADEQTEQVETPKTENEVVISQSKLDKLIDKGFSKGANRAKTELADILGVDSIEQARELINAKRETDEANKSDLDKAAELIQTLNSTIDGLESNNKMMVADMAVQKVVTENGIKDADYFKHLLAQ
SI48aug10_135mDRAFT_c1025036	SI48aug10_135mDRAFT_10250361	F047917	MTDALKDTEKKTAFNPQKPAAFAGDFNITMMKLTSANLDIKTGRGANFLDLTTSVWHVLNFYEDIYSPIVSGDITLTDTVGLIE
SI48aug10_135mDRAFT_c1025273	SI48aug10_135mDRAFT_10252731	F050420	MAYLHTPRLIFFLLLPIYGQAEEDLKYSYEHDSIGDKYDAEGDITFRNHKDNGVVFEYAHVNINWKGGFFKSSITDDFIQKKPIQNGLVLYDITEGNQ
SI48aug10_135mDRAFT_c1026575	SI48aug10_135mDRAFT_10265751	F029271	MSIFRRHQFLDNQYNNSPSFNYDAAESYVANIHQFLSEKYGEAVIYNFMQEVESLRITTLKMYIESNIAAYRRFTIKTIDDSNKSYYSILTVKKGI*
SI48aug10_135mDRAFT_c1026831	SI48aug10_135mDRAFT_10268311	F078399	MENNHWIVDDWLIFKPKFNEELINYYDIINKYKKIMFSNYNNPLI
SI48aug10_135mDRAFT_c1027466	SI48aug10_135mDRAFT_10274661	F060128	MTDNFDFGFSAVSTDEFKKTQADTEPAPSTGVSSTEFNELKEKIDSISSLIQILGDNNDTSLFDETGEIV
SI48aug10_135mDRAFT_c1027466	SI48aug10_135mDRAFT_10274663	F038848	MDGMEKVIKKNIDTFENAMLSYAKKRSTDLSWDEQVVNNIKVKTAHFFKLPLKIAQTDDQIEMSEKQQELMEFAKSKKWSIKMWDVAIDLEAYTRAVAKKELGK*
SI48aug10_135mDRAFT_c1028294	SI48aug10_135mDRAFT_10282942	F098166	VITIVINSILTVKKGVFTMNILVSKDEEQSIYTTAMRFTLSDGDMLLTATTAEIDRVGEWLGKNGLTGVYTDIEEDDFIECNDFMFTNXDIDINSDNPLTFIRLLK*
SI48aug10_135mDRAFT_c1028413	SI48aug10_135mDRAFT_10284131	F055196	SSHKPNGIGTTVYEVFQGNEGTFVGVDDVEEFVEEQEFTLPANLPWNTFGQDRIVKQQVFKVVNGSVKDPVLESGHNGKYGSFTDDDTIISFGEEFAQTFLADIEGRNAEDDKVTRLKPPPQPDHDDTYGMKITVAGTGSISVTAEGGEVESIAAALNNTVNPNNLPESLQERTARERAGN*
SI48aug10_135mDRAFT_c1029194	SI48aug10_135mDRAFT_10291941	F002125	KKKFLRIYLLNFQTYLLRTAVIALVGEASLTSVDLFVSKDTANLMFLRKPQQPIIEVQKVNK*
SI48aug10_135mDRAFT_c1029929	SI48aug10_135mDRAFT_10299291	F101859	MKWINTKVEFAWDSKKQKYVETDVQGYHYSGPIAQCGAPESFGAGELVSISGSLEGISHTSMSVGDVVLSANITGLPDTDVASEYLLWNYTGSAGISSQVTLATSSV
SI48aug10_135mDRAFT_c1029988	SI48aug10_135mDRAFT_10299883	F008692	MKTKREIEKETSYMPSSEEEFQADLDAEDMRYHQYCREQQEMYDDEYMNWSGKR*
SI48aug10_135mDRAFT_c1030625	SI48aug10_135mDRAFT_10306251	F002874	RSLPELESSYWEFLEATEGEDSSEWSSSVQVDLSALEGYLMKMDLL*
SI48aug10_135mDRAFT_c1030625	SI48aug10_135mDRAFT_10306252	F025857	MTLHRVAPGCFFTSEEDTPINAIVGKKTSVPTNTPKPYYRTSELDEIPDNFAERMRKFKRAEVRTEEREIITPNGFAVSIAFNKGAYMVIPKEDL*
SI48aug10_135mDRAFT_c1030861	SI48aug10_135mDRAFT_10308611	F098166	MNILVSKDEEQSISTTAMRFTMADGDMLLTATTAEIDKVGAWLGKNGLTGVYTDIEEDDFIECNDFMFTRGDIDINSDNPLTFIRLLK*
SI48aug10_135mDRAFT_c1032023	SI48aug10_135mDRAFT_10320233	F055791	TIMVEHLETYWGDSTSYRFLTALEGDISNEVQMESQGERLIKNELTITIKGYMIPEFTDNVFGKTAEMSRAYQSKKVSFSEKLL*
SI48aug10_135mDRAFT_c1033313	SI48aug10_135mDRAFT_10333132	F005571	MIIKSLEERIVNLTKVTTDNVETTVEAELRQLEMRGGIPIQVSVVLAKEDNFQFTMDWDATMSKFSTTLNGITWYSDFDYSLYSPKLWETGNIARASRRGRNSPI*
SI48aug10_135mDRAFT_c1034085	SI48aug10_135mDRAFT_10340852	F027418	LNMCWCNNQYLIDNLHNNIEELIIVQTNLNLDNLPNSIKKLHINYYKKELNNLPNSIEYLELKNNKLKIKKIPKNFKTIKCGKNYEYIDDFKDYEVITY*
SI48aug10_135mDRAFT_c1035960	SI48aug10_135mDRAFT_10359601	F006868	METYAELLNKREKEAMSNYDMDEIERQKERERKSRGIRSIEKVRSVVEIGKDETPYTAVDIEISDDVFRKVAFQAHERDITFNKMVGLILKAELQSSEHRFEHHNSPQVLKE
SI48aug10_135mDRAFT_c1036924	SI48aug10_135mDRAFT_10369241	F078263	LVGSLDCQLKRLEEKIDTSQPIALLKDLHRQDDEIRHFKNVETTMNTVASSVKELDGTIRKLEERTGSKFTEMTSQIKVTEAMVADKHKGLISKINNINSRIDNLEKKIDFAVRELKSETRKTSFLRKLLWLD*
SI48aug10_135mDRAFT_c1037519	SI48aug10_135mDRAFT_10375192	F078399	MENNYWIVNEWLIFKPKFNEELSKYYSIINKYKKIMFSNYNDPLIA
SI48aug10_135mDRAFT_c1037562	SI48aug10_135mDRAFT_10375622	F038848	GMEKVIKKNIDTFENAMLSYAKKRSTDLSWDEQIVNNFKVKTAHFFKLKLKIAQTEKEASLYPEHQELMEFAKSKGWKVKVWDAPIELEIYTREVAKKELGK*
SI48aug10_135mDRAFT_c1037808	SI48aug10_135mDRAFT_10378082	F049555	MKLYIHKDTLYSRPWHKKFKWVLDKKYSDINYEIVNLHYEDNIKDLQIGNDDYCICRFSHTEEDFELSKRVYPILHEKFNGRIWPNKTEWYYYNDKQRQLEFFKKNNIPHPISIRYYMKSSMEEFGQIKQSGIIIMINKDN*
SI48aug10_135mDRAFT_c1037811	SI48aug10_135mDRAFT_10378112	F089397	MTDKELQGLLIEKFDGSIIDEYGWEHYSIKGKKYDIRFDRSRIEWACD
SI48aug10_135mDRAFT_c1038727	SI48aug10_135mDRAFT_10387272	F022750	NDTFYHQDCIDEMIQQMEEEELEYISVDNKKIWISTYLLNKDFLDKYIKEYSQQPVIIRPENGGYIKTKKIGFADAYFFLSKRKFFDIYDIDWRYGDTNHGATIYCLENDLKYLHLGPYYDNPNWETEDTLHTYFYKDKPFLTHLKGGFSENKMSSKDFEEEFNKYLQELKNAN*
SI48aug10_135mDRAFT_c1040343	SI48aug10_135mDRAFT_10403432	F018813	MPCSITGDMSIGHAGFSPAPITPMTATVLVMGVPPHAAGDLIGPHVLGTSAHTGVVQDVSTTVTAGGKGLARMMDKGDCGSLILGTGATVLVGG*
SI48aug10_135mDRAFT_c1041034	SI48aug10_135mDRAFT_10410341	F051538	AVYSYINEVSPTLYMLNACNSDLYVPTLMYSVEQTYNLVPSNVKSYQIVNTIWKTQEHTIMDPRLEASLIMVKQGLRNPETVTEVQAACDALDSYVKTRFYWEHSTQG*
SI48aug10_135mDRAFT_c1041975	SI48aug10_135mDRAFT_10419752	F029271	MSKLSDLQDIKELLDVDFRKDKFLENSYNNSPCFGYDTAESYVANIHQFLSEKYGEAVIYNFMQEVES
SI48aug10_135mDRAFT_c1042500	SI48aug10_135mDRAFT_10425002	F047917	MAQNLTNTEKKTAFNPAKQPLRVGDFRITTMKLTSANLDIETGAGANMLDLTTSVWHELNFYEDIYSPIVSGDITLTDTVGLIESFPII
SI48aug10_135mDRAFT_c1045537	SI48aug10_135mDRAFT_10455372	F071324	MISFIIPFSTIEKDKFLNLNEKEDLWEENNTANIVYSTIKTIKNINSLKCEKEILLVDNSHTWPEIKLPNVRVIKGWQALPLKELEKI
SI48aug10_135mDRAFT_c1045781	SI48aug10_135mDRAFT_10457812	F058452	ETYAELLLRKERKVMTNYSQDEDDRINDRLTRAKRNSVSSVKIGKDETPHTAVDIELSDDDFMGVALQAHERDITFNKMINIILKDSIKQAEYKFEHGNKPQLLNEGK*
SI48aug10_135mDRAFT_c1045971	SI48aug10_135mDRAFT_10459711	F046847	MPDVDKTVEVETPKTENEVVLSQSKLDKLIDKGFSKGANRAKTELAEQLGVDSIEQARELINAKRETDEANKSDLDKAAELIQALNSTIDGLESNNKMMVADMAVQKVVTENGIKDAD
SI48aug10_135mDRAFT_c1046525	SI48aug10_135mDRAFT_10465252	F089034	MNNFTKGIMILFGSILAWSSLEVTGSYIFAEGAGPVTLLSTRFLIATILFGVTILFQKYRTGENLFLVEKQDIKRFLTNGAFLAVHLITYWFGWEYLDPNIPVIYGIFYFYPFVLA
SI48aug10_135mDRAFT_c1047021	SI48aug10_135mDRAFT_10470211	F098036	MKQRIGIDVDGVLRDFCNELVSAIKTYHPEYLKDEYDETTEPSMDGGIITDWHLENNFNCSKEDLQQIYWHD
SI48aug10_135mDRAFT_c1047772	SI48aug10_135mDRAFT_10477721	F059074	WYREKIMEIDYELDLSLNRSLEELVGSYFEAHGAGLDVDVDSTEEDVSNYYVLENYLSDMGAI*
SI48aug10_135mDRAFT_c1051583	SI48aug10_135mDRAFT_10515832	F049096	MKKMIRNFIIFFILGFAMFQIIGCDLPTQPKEINELDEIEIILKSVNDEDVPMTFSKGDDDKKGKGKGKGRGKKPSFRKVIHRLDRYLTNHPNEEVQGYLDTTVLNLAVLRQMKQDGVKDGFKEL
SI48aug10_135mDRAFT_c1052426	SI48aug10_135mDRAFT_10524261	F075397	MKYWHKRVEVVSFFDLDQEXQAAEWKDDDNADEFAFLIAENGEYWNLDLFMRTESGRYDGVMGLTNTSAIGIVLSCSGESAVIQCFG*
SI48aug10_135mDRAFT_c1052995	SI48aug10_135mDRAFT_10529952	F008085	EVVYVKGNMAGSIRVKYAQKTYKQQKADSVEEFRNLNHSVDIILESMSYMTFETQKDAGRFASSMIDKGYHIIEITDDYKK*
SI48aug10_135mDRAFT_c1055598	SI48aug10_135mDRAFT_10555982	F098166	MNILVSKDEEQSIYTTAMRFTLSDGDMLLTATTEEIDRLGEWLGKKGLTGVYTDIEEDDFIECNDFMFTNGDININSDNPVTFIRLLK*
SI48aug10_135mDRAFT_c1055605	SI48aug10_135mDRAFT_10556051	F073665	LDKSALSKNLFTKEECARIIEIGRSWEVINXQIQTKSSEEESETNDDYRNCKMYGPPIDETVGWLWIGQKISAAIYNFNAKEGWKFNLIGMAERPMLMEYEEGQGKYDWHMDLGPSRLASTRKLGFSL
SI48aug10_135mDRAFT_c1055920	SI48aug10_135mDRAFT_10559202	F020020	MKTYVVEFVHANGEKEIVELTTDRLEWSIDEWSRNRHIIGYEVIEEGKSNNKQMLFG*
SI48aug10_135mDRAFT_c1055920	SI48aug10_135mDRAFT_10559203	F027198	MNRIENLVREVITEAAKVNFAGNEFLLKVDTNEDPQKKGIKIQFLPTEFGKLTKTEQNDIAIELEKRLEAGLS