3300018511: Metatranscriptome of marine eukaryotic protist communities collected during Tara Oceans survey from station TARA_041 - TARA_N000000074 (ERX1782325-ERR1712229)

Overview

Basic Information

• IMG/M Taxon OID: 3300018511
• GOLD Reference (Study | Sequencing Project | Analysis Project): Gs0117946 | Gp0217013 | Ga0193211
• Sample Name: Metatranscriptome of marine eukaryotic protist communities collected during Tara Oceans survey from station TARA_041 - TARA_N000000074 (ERX1782325-ERR1712229)
• Sequencing Status: Permanent Draft
• Sequencing Center: Canada's Michael Smith Genome Sciences Centre
• Published?: N
• Use Policy: Open

Dataset Contents

• Total Genome Size: 2811915
• Sequencing Scaffolds: 50
• Novel Protein Genes: 57
• Associated Families: 44

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
Not Available	35
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica	1
All Organisms → Viruses → Predicted Viral	1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	4
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	4
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida	1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Pseudodiaptomidae → Pseudodiaptomus → Pseudodiaptomus poplesia	2
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis	1

Ecosystem and Geography

Ecosystem Assignment (GOLD)

• Name: Marine Viral And Eukaryotic Protist Communities Collected From Different Water Depths During Tara Oceans Survey
• Type: Environmental
• Taxonomy: Environmental → Aquatic → Marine → Unclassified → Unclassified → Marine → Marine Viral And Eukaryotic Protist Communities Collected From Different Water Depths During Tara Oceans Survey

Alternative Ecosystem Assignments

• Environment Ontology (ENVO): marine biome → deep chlorophyll maximum layer → sea water
• Earth Microbiome Project Ontology (EMPO): Free-living → Saline → Water (saline)

Location Information

• Location: Indian Ocean: TARA_041
• Coordinates
  • Lat. (^o): 14.5536
  • Long. (^o): 70.0128
  • Alt. (m): N/A
  • Depth (m): 60

Associated Families

Family	Category	Number of Sequences	3D Structure?
F000021	Metagenome / Metatranscriptome	6082	Y
F000048	Metagenome / Metatranscriptome	3365	Y
F000073	Metagenome / Metatranscriptome	2639	Y
F000235	Metatranscriptome	1500	Y
F000276	Metatranscriptome	1390	Y
F000287	Metatranscriptome	1370	Y
F001119	Metatranscriptome	772	Y
F001255	Metatranscriptome	736	N
F001694	Metatranscriptome	650	Y
F001766	Metatranscriptome	638	Y
F003008	Metatranscriptome	513	Y
F003903	Metatranscriptome	462	N
F003944	Metatranscriptome	460	Y
F004252	Metatranscriptome	446	Y
F004471	Metagenome / Metatranscriptome	437	Y
F004577	Metatranscriptome	432	N
F004894	Metatranscriptome	419	Y
F005532	Metatranscriptome	397	N
F006742	Metatranscriptome	365	N
F007908	Metatranscriptome	342	Y
F008118	Metatranscriptome	338	N
F009251	Metatranscriptome	320	N
F009881	Metatranscriptome	311	N
F011995	Metatranscriptome	284	N
F013603	Metatranscriptome	269	Y
F016973	Metagenome / Metatranscriptome	243	Y
F019479	Metatranscriptome	229	N
F019776	Metatranscriptome	227	Y
F019948	Metatranscriptome	226	N
F022589	Metagenome / Metatranscriptome	213	Y
F025209	Metagenome / Metatranscriptome	202	N
F027724	Metagenome / Metatranscriptome	193	Y
F028706	Metatranscriptome	190	N
F038535	Metatranscriptome	165	N
F039938	Metatranscriptome	162	N
F043760	Metatranscriptome	155	N
F048077	Metatranscriptome	148	N
F060586	Metagenome / Metatranscriptome	132	N
F070849	Metatranscriptome	122	N
F074213	Metatranscriptome	119	N
F076130	Metatranscriptome	118	N
F079406	Metatranscriptome	115	N
F096326	Metatranscriptome	104	N
F100321	Metatranscriptome	102	N

Associated Scaffolds

Scaffold	Taxonomy	Length
Ga0193211_100025	Not Available	1382
Ga0193211_100150	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica	1042
Ga0193211_100158	All Organisms → Viruses → Predicted Viral	1032
Ga0193211_100197	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	972
Ga0193211_100202	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	964
Ga0193211_100281	Not Available	889
Ga0193211_100304	Not Available	867
Ga0193211_100320	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	851
Ga0193211_100354	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	831
Ga0193211_100362	Not Available	827
Ga0193211_100429	Not Available	786
Ga0193211_100448	Not Available	776
Ga0193211_100469	Not Available	764
Ga0193211_100492	Not Available	756
Ga0193211_100504	Not Available	750
Ga0193211_100517	Not Available	742
Ga0193211_100520	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	742
Ga0193211_100533	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	735
Ga0193211_100535	Not Available	732
Ga0193211_100536	Not Available	732
Ga0193211_100574	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	719
Ga0193211_100598	Not Available	708
Ga0193211_100700	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	670
Ga0193211_100707	Not Available	668
Ga0193211_100708	Not Available	667
Ga0193211_100719	Not Available	664
Ga0193211_100721	Not Available	663
Ga0193211_100724	Not Available	662
Ga0193211_100727	Not Available	661
Ga0193211_100746	Not Available	655
Ga0193211_100765	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida	649
Ga0193211_100773	Not Available	645
Ga0193211_100783	Not Available	643
Ga0193211_100784	Not Available	643
Ga0193211_100794	Not Available	639
Ga0193211_100798	Not Available	639
Ga0193211_100807	Not Available	636
Ga0193211_100822	Not Available	632
Ga0193211_100849	Not Available	626
Ga0193211_100855	Not Available	624
Ga0193211_100888	Not Available	615
Ga0193211_100894	Not Available	614
Ga0193211_101194	Not Available	552
Ga0193211_101224	Not Available	547
Ga0193211_101332	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	530
Ga0193211_101387	Not Available	523
Ga0193211_101402	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Pseudodiaptomidae → Pseudodiaptomus → Pseudodiaptomus poplesia	521
Ga0193211_101484	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis	509
Ga0193211_101487	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Pseudodiaptomidae → Pseudodiaptomus → Pseudodiaptomus poplesia	509
Ga0193211_101558	Not Available	501

Sequences

Scaffold ID	Protein ID	Family	Sequence
Ga0193211_100025	Ga0193211_1000251	F039938	MRAFIILACVGVVFAGEDMFGMKKMQKTWAEHKAMESCFGENVMKTSLLKMKKAVVKCTGMDMPEIELPMYNNPHRFVHALLESSEDLKTMKLFKAMSMMQKGHTQQSQVAPIQLVLGQQQAPQDNMMKKMFMKMMMKKMFHTHENEDDNESPFGNMGSKKYGMDDDSSQYKLFENLMKSMSRTKRAADDLFELGDRLTEKLQQKTEEMKAKMGNASCVLKELDIIDQNENLDVSGMVQSIENGEWGKFEDEWLQEQHIKDCRTCATFAETIPKSVFAECAYGEKWGKIMMFFQCEKESKYKTCMNHDMKLKLEKSFGSLEDLEEKTGLPEYQLLPMTMKLLNEQMDMFM
Ga0193211_100150	Ga0193211_1001501	F009881	MLIIHILLGLQLVGKGELGGLLLQFGELVLVLGDLLEGWLDELALHVTDRDGELVDLEVAEDDLTLEEEHLSLQLVPLVEVSLADLLEVIHGGVVNVSLGAASLGNDTESLLSLALLLLLQLLGGLLTEKSPELLLTLWGHESLLLGHVGVCVVEMEHRVLRQPGKISPC
Ga0193211_100152	Ga0193211_1001521	F000021	MSKDPLFRGEFEVIKELIAELPDGEASKRECDKVVDKNGPTKTGGTGIKQLRENIAESKLSYEIMDDAAQAFLKTKIMDNIHKYFYLICFTAYLREAAILCKDAASDEDKKNFSLTGGKVSTPADQLKLSKSFVQYMEEHSTLRTIVDEGKGKLQWERDIPPEALANLESLASSDFKGNLGRIIHDIYQTAHGLFKDLPQGDHKKRAKYRFASKTLMRVLPAGLKTEVEGLIASQTMTLDLYEILGQCTWGQAKA
Ga0193211_100158	Ga0193211_1001581	F003903	HGDRHHSVPQSSSRVRYEMILSLVSSVLFASVALGAPGASNYGAAAVVGPAKQIASTPSIQCRTEYVTLWDTEYQEKEEQVCVTKYEKECTQRVQRLCQPTTRQECHTEYEKQCNTIYKNVCVQKFRTEYEPYTESECTTEYKQDCQFEWRGHGNDKVWAPIEGTCQNVPYDECKDVQKTHAKQVAYQECNDVPEQKCVSVPKQVCITVPDQVCTNEPLTECQDVPRQACHSEHKRFPVRVSRQEPKKVCDEGSVHAPLAAPVHQAAPSVQDLLNYGVPAVPTQAVPEVILARDKQKLQNAANNDRIVFA
Ga0193211_100197	Ga0193211_1001971	F000287	MGESGGGSLTGPRLHRFQVLRTLEAKMTAGGAWRRPRMKVYDYNQEFGGNYYQPMIQYINHKDIYGPFSKKADVYLPHSAEVTSAKYTNMRYNDKSSAKHNLDQFLVDAHKTQIKELNGTTAMARVNLMKNIVTSRRQPHTPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIVKGGNHKLDTKYRKHLAMIEACEDEFNYHHKLFGQGAVDRDFQFHNPQLVKDYVNQIRRV
Ga0193211_100202	Ga0193211_1002022	F007908	LSLPITGYGGFEFHPDDILHSAKHLSQFQIEKFTYLFNKFFDLKKNGLIEHNDIDKFSEKLLHYTGWAKGSDQYRELEDVNSTFYECITDQVKAEFLSANVTDEEALIPWEDAFVKYSDQKMPKTMNIQQWLNMWGRLTYGSAGIADFPIWVQLLPEVFFKVIDRDEDGLLSYEEVKHFYKDFIGITDPVKLEKICMEGYRAMTANGDYKLTKENYDFVFANFLLGKGIYGPGKYIFGAFDNREIDEAFPVKYNDDDEE
Ga0193211_100273	Ga0193211_1002731	F016973	SADWNGVSEDNSCGKQINGDSMVNSTCTVSGNNIKAVFAGNGAFITGPNTFTGFDGISGDVDAVVFFEQSCVDGDCDNSTCWDADVNCVDNGAASAGVFFMESVNDNRMAKGYNVNLQIAGVSQGDTLSLQLNSDATGWACMNITAPFGVVTTPDQPGVSDDGSFTVQVNDEPFGDLFQISVTQQPGETGNLNLWASSVTN
Ga0193211_100281	Ga0193211_1002812	F096326	MYSTISHTVPYCSVLSPQVIIPFVYKPYLERRCSPSAPSYVLPRTPANSCHEAAISCHEAATSCHITTTSYFHSITLAENFSPCLKNVPTDVSFDVFCKKMKNKPLFNIHCVNISCIFLPLLPYCEICQFVQCSL
Ga0193211_100304	Ga0193211_1003041	F006742	DGMMKKIHQDMMVFNSMSACWGKGNMVYFKVAMKEAMESCMQENHSGLLKPANPILSLLNQNANTLPFPVNNNNPFQSLPAPAPSKNPFKSSNLNLGAWQNLWGRNKREATEGLLQPTEEDFKEFLMDFEDFKGDVASKMGNLTCVLKKMNALDDNLQINMKEYTEDFWSKVDLSQTMAGEDPEWRNMLITGYKDCYDIARSWPQSTLNRNPLMKVFGRHMVFFKCARKEEAKCCGMACANDMLTTLYGSNDAFDWTQYGMPQNKYERAAWTMKIMYGTASPEEHFVH
Ga0193211_100320	Ga0193211_1003201	F005532	MANHLLVVGLILLAGTTLTLGKKDDEDCPFGPGSCPVTLDNVVDVYFHDIDDKRSCQRECRQIEECKFFTMKPDPDSPHDHMKCFLFKTCDPMEACDDCITGPDLPLYDPDDCFNDDGNYTCETSLDNVVDVYFFDVEDTFSCKDQCKMLDDCNWYTFFDVPDAPQPHHKCFLFKECNIHEPCKTCETGPKNKRKNTRKLW
Ga0193211_100354	Ga0193211_1003541	F008118	TKSVSCRTEYSVVWDTQYQEKETQECVTDYEKVCHTVTERLCKPTTRQECQTIYEKSCSTVYKSVCVDQYKTEYEPYTETECTTEYKEDCEFQWEGYGNNKVWAKIPGTCKQNPYDKCQDVTKTKEKQVAYPVCNDVPEQKCVDVPRQHCRQIPDQVCTNQPLQQCENVPRQHCTTKHKKVPVRISKNIPKKVCDTGYGYSANTPNTHQPEVVLDIERSNPNTNLLKNNKIVFADK
Ga0193211_100362	Ga0193211_1003622	F004577	MGGYGGYGYGLAHPYSLGYGCHNAYGAPVPCAGRKKREADPAVLLHHPYAYAGYAAPVVGYAGAAVAVKPCTNVNGEKVDCAQGHKDVATAHIVPALWGRKKREADPVYFRNVKAEVTEHEGKHIVPTVGVAAGVYGYPVATYATAEVPYKYSTVEYKNAPVENPTNPDQPELVHTSQLGVCLNAYGFQVPC
Ga0193211_100429	Ga0193211_1004292	F027724	HGCDISCKTLDGYETICAAYEDPLAPDCKEALTCLPRTTGEDGSLCPAHSVCPKKCAANEKQCLQGYDDNSCKEEDLCIAVPLDAQGQPCMSFECPPKCDESVQKYCQGRYQYDVNGQMCPERDYCVERPLDNNSIRCPGHCLPDCPVGEVAMPQSGTDARGCPLSERCEPVRK
Ga0193211_100448	Ga0193211_1004481	F019479	HGGIQKIGGAAKTHPQLQAKDHHGGISAVGIAAILVSLACIIIGAINIDFQTIGDQDIASKCKAEPKIPFYLIVAGALNIVLLVLRLIFQRCCRKCGEPGEDNKLCNSLNFLCRFSCITLYDLLALTIVVVWLVVGSVWTFRIFDTVNLDSEGNKDYCPAFLYRFTYSAAILGWIFVAMAFIFGLLAKFCACFWNIICCKPCKEAEANQV
Ga0193211_100469	Ga0193211_1004691	F003944	MKVLIVALCSLAFASAINVEICDPDITEANFDNLDIAVSPDPIVLKSGAQVGLHFAIDLLKQIDGGTVKIDIKNGPLPIPCIEIDGHMVGSCKYTTESLVAAFCALCAEIGNCEDLLPPGQECSLPAMPGHYGGVNGGDDFVFITLPELPDEIIGLLTGTLTAHILGEDATGAEDLCADVTIDVVAG
Ga0193211_100492	Ga0193211_1004921	F003944	MKSFFVAICCLALASAIEVKICDNEITEAHFDNLDIAVDPDPIVVEAGKQVGLHFAIDLLTQMNGGTVKIDIVSGVLPVPCLEVEGHKVGSCEYTTEELVGAFCQLCEAVGNCEELLPDGQACALPAMPGHYGGVFGGDEFVYVDIPEIPDIILQFLNGTLKIHILGKDENGNEDLCADVTLDVVVP
Ga0193211_100504	Ga0193211_1005041	F070849	LTLILERPLITTIVIANAIHTHGSLLQVNVPEIAEHPIELEHVFATFLALLYVPAEMSEFPKVDQTTLMDLSTTHTKLVQHPAKILMSAEMTMEDTTEETSEMETIPTADKIPDSMPIGLLSLLGRTGQSSQAGPIGLLEALLAAPLAVPATPSMDLSGKVDPDPDNLWMISLTENHLMIMPLLLLELSK
Ga0193211_100509	Ga0193211_1005091	F001766	TEITERDDFKCVQVTNPYCAVKEHTVYDKTCRDIVHFDCKAQGYGTAASHDTKGYGGSDYASEGYGSSTSEGYGSSGYAPEYKCKRDYEKKCYTTPRAVSVEYCEDRTEKVCEKLTEKVPVPSEKQNCHDEHKKVCELEQRSQPKQVKKYVYTKHCRPVPKTVCDNADQMFLQPSCVPSSRKVCSYHPEEKCENVPKQHCHKIPYQVQKMECSEGYGSEGGYDTNSYEEKEY
Ga0193211_100517	Ga0193211_1005171	F001255	MGATPVKASSVQSHHAADPVSDLPSHXXXXATVAVCVPAPEADPLLYAGHPLTYSVPYVTYHKTECNTEVEEVKGQECVTKPVTQCNDIEVPSHKIKVENVCQNVTTAGCAPAATFFKREAEADPQVVVGAAAVIPYHTCTNVVQEVCYPVQTVEETTITEKACLLKADVECKEVVVATIPRVICNAVAPEAADAGEGVEAE
Ga0193211_100520	Ga0193211_1005201	F009251	ARMLRTSLSLLRCFLFFDICYLIGGITLITMALSDQMQDKDNRMVFTGGVLTLFASLSAMCNSLASHGVRVWRRGFLLPWLLFFLLVLAFLFLHLAKVFYQHHFNLKWEHLFLFLATYCLFSCWRHIHKQYVLMAFPRPEQVVVDVESVVRDYLTPTSSLPLPGDLPPKYEDVSGASQQPQTGDEEPPPQYDESMNQTQVLRVTVPDTHK
Ga0193211_100533	Ga0193211_1005331	F005532	LLAGTTLTLSQTPPKDEDCPFGPGSCPVTLDNVVDVYFHDVDDIRSCQRECRQIEDCKFFTMKPESDDPHDHMKCFLFKTCDHLEACEQCITGPELPIIDDDHCNNDGNYTCETSLDNVVDVYYFDVEDTFSCKDQCNMLDDCNFWTFFDVPDAPHPHHKCFLFRECNIHEPCKTCETGPKGKYYPRR
Ga0193211_100535	Ga0193211_1005351	F000276	MKIAVIVASLFVASHAKFCPGEENDNKCAAKDNSYKCAVFFENLTPNRPLTWIGALPDALKKAKNQDEVEEILGENVTEESFEQLDDCSTVTANARCYAILQRTKSIRLDSCDRNLINTRGSETVGDFLCGQVRRWKRRDADFKANGIRNLKLPFFYSACNGDWERITEGGNDLYFDEDLCCDSNGKYFQCDGGDFNQDCYCSSGHVAINGYGLMKL
Ga0193211_100536	Ga0193211_1005361	F003944	MASAIEVEICDPEITEAHFDNLDIAVDPDPIIVEAGKQVGLHFAIDLLNQINGGTVKIDIMSGSIPVPCLEVEGHKVGSCEYTTEELVGAFCQLCEAVGNCEELLPPGQACALPAAPGHYGGVYGGDDMVYVDIPEIPDIILQFLNGTLRIHIFGYDENGDEDLCAIVHLDVVVP
Ga0193211_100574	Ga0193211_1005741	F011995	MACSVTAKSGQSKGLEDALGASVKGKLQEVESDLPDNLRDEALLCFEAAVANKMTVGDAITKVQKDVLSKCDEVFKGQRFKGFIKFDYETNVVSIQINKFAGGNCQFSAGIGTKKMVCPDPFMGRLADQNAQLNR
Ga0193211_100585	Ga0193211_1005851	F000048	YWAEYRTGIKEFTPWLLQAEKAAGEGLIKPSSLDEVKALNNRVCTSDKTAVQYLKVLTAANDAAQKMTTHTEADAEVAALRARYDKVKVTSDEWVKKVDILLKEWTLLDNTVTELNSWVAKDKSSEGENQFSLEKMESTLGELKNIFKEKEKLVEGL
Ga0193211_100598	Ga0193211_1005981	F043760	MGRQDQVSIVSREVNFRIFGNLKSRKMNKLAALLALVLLAQLINASPVAETSEAERAIDSLAFVSKSGPERQDRERRAAAARSGLKCYNQEGSSRRIELECDLLGGADYCAKVTGPNVSAKTCAIDLISDAFKELNLVSAGCRTHGDFTFCLCSGNLCNA
Ga0193211_100664	Ga0193211_1006641	F001766	TEITERDDFKCVQVTNPYCAVKEHTVYDKTCRDIVHFDCKAQGYGTAASHDTKGYGGSDYASEGYGSSTSEGYGSSGYAPEYKCKRDYEKKCYTTPRAVSVEYCEDRTEKVCEKLTEKVPVPSEKQNCHDEHKKVCELEQRSQPKQVKKYVYTKHCRPVPKTVCDKADQMFLQPSCVPSSRKVCSYHPEEKCENIPKQHCHKVPYQVEKLECSEDHGSAGDYEATS
Ga0193211_100700	Ga0193211_1007001	F019776	LEHSFFWWLLFLARTLTXXXXKVSEIGDKIECIWLSGLKEKVTKADAAAICSVLEGWLVDMDEGHGPQKNNLLKSMIVDKEGEIGHHGGPGMQWEDQWWIGATVSGRHGDHNWGNWTWDHSGGEIKWYDWMRHEPNDWRSQNCLTFLKDQDIFGFGVYHWNDWDCESTARFICERDALKL
Ga0193211_100707	Ga0193211_1007071	F004894	QPAFSMEHFHPGFYQPLRSVSRPRHWNLLENLFEQEVNPCQSSQCCCASKSMKKSTSSTSEEGKMEVEGNKTNKEIKDMEPVTKTFSKQFMSKVACQETMEKVEIKVQFGGHTFQVENVDVQVVNGDILIVKAEDDEEKFERKFKLPSNILVEKIESKYDTKEDDTQTLMISIPKNVKVVQVPIAMDE
Ga0193211_100708	Ga0193211_1007082	F070849	LILERPLITTIVIANAIHTHGSLLQVNVPEIAEHPIELEHVFATFLALLYVPAEMSEFPKVDQTTLMDHSTTHTKLVQHPAKIPMSAEMTTEDTTEETSEMETILTAGKIPDSMPIGLLSPLGLTDQFSQAGPTGLLEVLLAAPLAVPAAPSMDLSGKVDPDPDNLW
Ga0193211_100719	Ga0193211_1007191	F074213	LIIFLLLQVINFHLCEEDEEFDTELTAEEAEELDAALDRSLDDVIRPEADNWCSDKRFKMCRRKLWRMFRMTRDECGDNVKCIFRKIDMPLGKCKPCLCRALYVVGPRVFGNKMTLELMLMVGCYD
Ga0193211_100721	Ga0193211_1007211	F019479	ACIIIGAINIDLKTIGDQEITSKCKAEPKIPFYLIVAGILNIVLLVLRLIFQRCCRKCGEPGEDNKICNSLNFLCRFSCITLYDLLALTIVVVWLVVGSVWTFRIFDTVNLDSEGNKDYCPAFLYRFTYSAAILGWIFVAMAFIFGLLAKFCACFWNIICCKPCKEAEANQV
Ga0193211_100724	Ga0193211_1007241	F028706	MDTTFLAQGGLLETLADHFDIENTTSIDNNWMEVEMDLTNESTMSLFQELEEVEEVKEEVSATNSALLSNLISTCGIPVEQEVTTFPCSPANSMSSDMETHQSLIEELEDFFGSPTNIEPDEGSRGLDLVTKTSVTAKSPNSIMEALASGEVYMPNDLEFTLTEEALKGAVSTTCVTEDGENVI
Ga0193211_100727	Ga0193211_1007271	F004471	HGQAIKVSFTKIDQAGMKKDDSKSKDVRQSKECWRFSGNKDAKFRRICLKRLFNLSNSIVVSNLPEDKSDQLKKFIIESGYTVKSMEGSQRPIDESKPNSGYTVSVVELASIEEAISAVANLHNSWPKKFGEMKKDRYGNSRGLVFSLAGEKKEKVEKEKTFAEAAMSTPSRRSTIKRS
Ga0193211_100746	Ga0193211_1007461	F025209	TWDSSQFYITSEGILSYLKMKGISIVLFCMVFAMMGTGTQSMTRNERNVLRSRGENWGDGSHEFDQDMFDVDEATCTGEDWGEQIDSWDIVSHDLDEAECGKYKENMKCYCVAYFSLGAMLPPYRPKFLCESC
Ga0193211_100765	Ga0193211_1007651	F019948	TLAQDTHYCPDGWELHHPEGEDECKCFLFADAYVKVTHADATALCNAREAWLAEPDDGPDDNYFIVNELLKRYPDKNYVGEEELEGPHYDDQWWIGAKSYSKHSDHNPGEWIWEKLNTTVEWFDWAPGQPNDAHRQQCMAYLRYDYFGSNTYNWNDLDCETNVADYICEKLCDVGP
Ga0193211_100773	Ga0193211_1007731	F013603	TWGLFATQKVTQVAMKVLFIAATLALASAGFAPSCDECNVAAAGLLDRLTSPESIAEQMAILISQVCPQAADAAACEEGLTMWWSDMAMCLYPAFIGGGDPCGQLGLCKVKSVLGDWTCDDCTDIMTRVSEFMKKEETIAQGIAILQGECFCGAEGHTADCPALVEGLAAPVMQVLAAVLMETTPELCQDIVGVC
Ga0193211_100783	Ga0193211_1007831	F074213	LLQVININLCEEDEEFDAELTAEEAEEFDAALDRADDIIRPDNWCSNKRFKMCRRKLWKMFRYARDECGDNVKCIYRKIDMPIGKCKPCLCRALYVVGPRVFGDKMALELLLMAGCYD
Ga0193211_100784	Ga0193211_1007842	F038535	LGLGYGGYGVALASPCRNAWGVPVPCAGRKKRDAEAEPWLGLGYGGYGLGVGLVSACHNAWGAPVPCAGKKKREAEAEPWLGLGYGGYAIGVPHVVSACHNAWGAPVPCAGKKKREAEAEPWLGLGYAGIAGGLILPPSDPLNPHVVHTSRLGVCLNNAGLQVPC
Ga0193211_100794	Ga0193211_1007941	F074213	LLQVININLCEEDEEFDAELTAEEAEEFDAALDRADDIIRPDNWCSNKRFKMCRRKLWKMFRYARDECGDNVKCIYRKIDMPIGKCKPCLCRALYVVGPRVFGNKMTLELMLMAGCYD
Ga0193211_100798	Ga0193211_1007981	F004252	AMVDESLGCCGLLPTGRSLGERNSDDMEAVHWTFGVCSKDEKTCLEERYDGNNITEITGIQLATMHPGSFDFALLESLSFPSVESMNCEELCNCLACGHGHCSDQEDQDKCPGNESGFICRCSNSPSYPNFNTIIRDMLTTGMACRQCEN
Ga0193211_100801	Ga0193211_1008011	F076130	TLTQSASGMGLCFGGYPKCCSGSSNTCGPFCASCRRAKEFRLNMNMFDMMGFGKGSPAVFAIINPDPHAFPNKTPFPAQPQHVRGPTR
Ga0193211_100807	Ga0193211_1008071	F001119	MKFFLALFAVFAVANAQESCDLCKMGVDALGQYLMTEAEIAAVEEGLVDLVCSTLNDDEIQMCAEGVYTWWPSVTEALFKWEGTAVAICVGTGSCKYDLKQEVSCAQCEDWMGRVSALLGTDEFANTVYADLKGPVFCDDTTYVPTESTAECKGLMDLIGVKAVKALGSLLSVTASRICVDLGCTA
Ga0193211_100822	Ga0193211_1008221	F060586	ISLKMISKLFVLSCLVASNFALVHPKCKTEAVEVETQLCRLEPTEVCGTEEDGEIVFQHIVPDEPVCVDVVDKFCRPAAKEEDSCKEVTRKACVPSDKVVDRPSGKIPEFYASDKHCRLVPKAKCEAHTAKVPKTTCEPIEAKFYHHFW
Ga0193211_100849	Ga0193211_1008492	F074213	LLQVININLCEEDEEFDAELTAEEAEEFDAALDRADDIIRPDNWCSNKRFKMCRRKLWKMFRYARDECGDNVKCIYRKIDMPIGKCKPCLCRALYVVGPRVFGDKMALELLLMAGCYE
Ga0193211_100855	Ga0193211_1008551	F022589	EAIKDKDGIFCPGKEIEGLDSQDTSLRKGGYLSYSHNCPKLCREEEGEVLCPTYEDDKGCKPEAECMMRTKDDNDDWCPSHSVCNKQCPKGYLLCEYEAVDSKGCKVEPSCVYKGKNNNDLYCAGHCPPICSGGQELVSPGYDADGCELPSLCEVPA
Ga0193211_100888	Ga0193211_1008881	F048077	MKFLIFLSAVSSISGAPQLLTGYGLGAIHAVPSVAKQTITYKTAAFEPVEADTPADTELLEIKETEHSIDTLVPGPVTYHHTPAVYGYGLHGGILAAPTVEVKEVELPKIELPTTYATHGLLGYPYGLGLGLHGLPVLAAPAAPAAEAEAEE
Ga0193211_100894	Ga0193211_1008941	F100321	IQICSAAEWGDSGVKLNTKQMACYANKELYGIMTTASAAVSACADNPGKYPNGKTAGASFCMFDSMGFFNDDKMKIHWGHVRDSAGSFSHFVDECKDTDYDTDGGFWDGVGDWMWGEDFDYGTVDKAVGNFYHCIAAKLVQEAKAEFQAKFNAACPKK
Ga0193211_100909	Ga0193211_1009091	F000073	LPASGKCSIPAKDLKLGATFVDFMNKNESLRGLIDTGKGNLQWERDIPPAALSNLESLATKDFKANLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPAGVKPEVEGLIEKGKISLDLYEILGVCTWVEPK
Ga0193211_101194	Ga0193211_1011941	F001119	MKFFLALFAVFAVANAQESCDLCKMGVDALGQYLMTEAEIAAVEEGLVDLVCSTLDEADIQMCAEGVYTWWPSVTEALFNWEGTAVAICVGTGSCKYDLKQEVSCAQCEDWMGRVSALLGTDTFANTVYADLKGEVFCDDTTYVPPESTAECKGLMDLIGVKAVKALG
Ga0193211_101224	Ga0193211_1012241	F001119	AVANAQESCDLCKMGVDALGQYLMTEAEIAAVEEGLVDLVCSTLDEEQIQTCAEGVYTWWPSVTEALFNYEGTAVAICVGTGSCKYDLKQEVSCAQCEDWMGRVSGLLGTDEFANTVYNDLHGPVFCDDTTYVPAANTEECKGLMDLIGVKAVKALGTLLSVAASRICVDLGCTA
Ga0193211_101332	Ga0193211_1013321	F000235	QNTIMKLIAAALLVSAVSGFHINGQEELIKKFGEKNIKFDQGKTKSEFCNQCMEITVSSTGGTLEHQPQRLGVYTVDGSIWENMVPFWKSTNNQYITPDPNSNPIMYYIKWVVSEMVGGFNAGVMNDAYTDGFNCPYEIPDQWQYEYQRQWYVDPTLKFTCTKTRAQWEAEQKM
Ga0193211_101387	Ga0193211_1013871	F004894	NLLESLFEQEAKACQSSQSCCASRSMQKSVEKSSNSTSEEGKMEVEVDNVNKENKAMEPVIKTVSKKFMSKVACQETMEKVEIKIQFGGHKFKAENLDVQVINGDVLIVKAEDEEEKFERKFKLPSKSLVEKIESKFDTKEDDAQTLMINIPKDVKVFQVPIAMDE
Ga0193211_101402	Ga0193211_1014021	F079406	MQILLLLAAIGYTSAAVTCDECKVAAAGLVDHLTSAASIEEQQLVLIQTLCPATEDPKGCEEGVKQWWGDMAGCLYPHFIGADDACQKLGLCTKNKMVPQPKEWTCEECTAIMGQVGGFLIDEVVVAEAVEYLQGECFCGKPGHSADCGDLVSQLLPQAMKILA
Ga0193211_101484	Ga0193211_1014841	F003008	GSSGYAPEYKCKRDYEKKCYTTPRAVSIEYCEDRTEKVCEKLTEKVPVPSEKQNCHDENKKVCELEQRSQPKQVKKYVYTKHCRPVPKTVCDNADQMFLQPSCVPSSRKVCSYHPEEKCENVPKQHCHKIPYQVKKMECNEDHSSKGGYEAKPYQEGTAEEY
Ga0193211_101487	Ga0193211_1014871	F001694	GDLVTRLLGEESLAEQIAILKLVVCPQLPADIDCEGTLDMWYADMAGCIYNHFMLEQDVCALLGLCTKSQGARMSALPKDWTCEECTDILARTADYMSREDTIAEGVTYLQGECFCGQDGHTADCPDLVSAVVPLALPVLASALNEQAVELCQEVVGVC
Ga0193211_101558	Ga0193211_1015581	F004471	GFKKDDTKSKDVRQAKENWRFTSNKESKFRKICMSRLRKLSSSIIVSNIPEGKSDLLKKHIIESGYTVKSIEGSQRPDDKDKPKPSTGYTMALVELASVEEAIAAVANLHNSWPKKFGTMKTDKFGNSRGLIFSLAGEKKEKAKA