NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
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Sample 3300018668

3300018668: Metatranscriptome of marine eukaryotic protist communities collected during Tara Oceans survey from station TARA_135 - TARA_N000002464 (ERX1782441-ERR1712149)



Overview

Basic Information
IMG/M Taxon OID3300018668 Open in IMG/M
GOLD Reference
(Study | Sequencing Project | Analysis Project)		Gs0117946 | Gp0216911 | Ga0193013
Sample NameMetatranscriptome of marine eukaryotic protist communities collected during Tara Oceans survey from station TARA_135 - TARA_N000002464 (ERX1782441-ERR1712149)
Sequencing StatusPermanent Draft
Sequencing CenterCanada's Michael Smith Genome Sciences Centre
Published?N
Use PolicyOpen

Dataset Contents
Total Genome Size107759043
Sequencing Scaffolds683
Novel Protein Genes842
Associated Families465

Dataset Phylogeny
Taxonomy GroupsNumber of Scaffolds
Not Available121
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 affinis95
All Organisms → cellular organisms → Eukaryota292
All Organisms → Viruses → Predicted Viral18
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 salmonis16
All Organisms → cellular organisms → Eukaryota → Opisthokonta5
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda30
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea10
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 californicus24
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Lingulodiniaceae → Lingulodinium → Lingulodinium polyedra2
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Colpodellida → Chromeraceae → Chromera → Chromera velia → Chromera velia CCMP28781
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Choreotrichia → Choreotrichida → Strombidinopsidae → Strombidinopsis → Strombidinopsis acuminata6
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida11
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea2
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Diptera → Brachycera → Muscomorpha → Eremoneura → Cyclorrhapha → Schizophora → Calyptratae → Muscoidea → Muscidae → Muscinae → Stomoxyini → Haematobia → Haematobia irritans1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Noctilucales → Noctilucaceae → Noctiluca → Noctiluca scintillans1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae10
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Goniodomataceae → Pyrodinium → Pyrodinium bahamense2
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Hymenoptera → Apocrita → Parasitoida → Chalcidoidea → Trichogrammatidae → Trichogramma → Trichogramma brassicae1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Symbiodiniaceae → Symbiodinium2
All Organisms → cellular organisms → Eukaryota → Amoebozoa → Discosea → Flabellinia → Vannellidae → Vannella → Vannella robusta1
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Peronosporales → Peronosporaceae → Phytophthora → Phytophthora ramorum2
All Organisms → cellular organisms → Eukaryota → Sar8
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Deuterostomia → Chordata → Tunicata → Appendicularia → Copelata → Oikopleuridae → Oikopleura → Oikopleura dioica2
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Bacillariophyta → Bacillariophyceae → Bacillariophycidae → Naviculales → Phaeodactylaceae → Phaeodactylum → Phaeodactylum tricornutum1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales2
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Acari → Parasitiformes → Ixodida → Ixodoidea → Argasidae → Ornithodorinae → Ornithodoros → Ornithodoros erraticus1
All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Isochrysidales → Noelaerhabdaceae → Emiliania → Emiliania huxleyi1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum1
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 poplesia1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Symbiodiniaceae → Symbiodinium → Symbiodinium necroappetens1
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Bigyra → Opalozoa → Bicosoecida → unclassified Bicosoecida → Bicosoecida sp. CB-20141
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Saprolegniales → Saprolegniaceae → Saprolegnia → Saprolegnia parasitica1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Pyrocystaceae → Alexandrium → Alexandrium catenella1
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 pacifica4
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Bacillariophyta → Bacillariophyceae → Bacillariophycidae → Bacillariales → Bacillariaceae → Fragilariopsis → Fragilariopsis cylindrus → Fragilariopsis cylindrus CCMP11021
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Pelagophyceae → Pelagomonadales → Pelagomonas → Pelagomonas calceolata1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Prorocentrales → Prorocentraceae → Prorocentrum → Prorocentrum minimum1
All Organisms → cellular organisms → Eukaryota → Discoba → Euglenozoa → Euglenida → Spirocuta → Euglenophyceae → Eutreptiales → Eutreptiella → Eutreptiella gymnastica1

Ecosystem and Geography

Ecosystem Assignment (GOLD)
NameMarine Viral And Eukaryotic Protist Communities Collected From Different Water Depths During Tara Oceans Survey
TypeEnvironmental
TaxonomyEnvironmental → 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 → marine water body → sea water
Earth Microbiome Project Ontology (EMPO)Free-living → Saline → Water (saline)

Location Information
LocationNorth Pacific Ocean: TARA_135
CoordinatesLat. (o)32.9986Long. (o)-121.7698Alt. (m)N/ADepth (m)5
Location on Map
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Associated Families

FamilyCategoryNumber of Sequences3D Structure?
F000021Metagenome / Metatranscriptome6082Y
F000023Metagenome / Metatranscriptome5736Y
F000039Metagenome / Metatranscriptome4032Y
F000044Metagenome / Metatranscriptome3572Y
F000048Metagenome / Metatranscriptome3365Y
F000049Metagenome / Metatranscriptome3277Y
F000051Metagenome / Metatranscriptome3266Y
F000052Metagenome / Metatranscriptome3223Y
F000061Metagenome / Metatranscriptome2899Y
F000068Metagenome / Metatranscriptome2731Y
F000070Metagenome / Metatranscriptome2710N
F000073Metagenome / Metatranscriptome2639Y
F000075Metagenome / Metatranscriptome2622Y
F000080Metagenome / Metatranscriptome2485Y
F000086Metagenome / Metatranscriptome2462Y
F000119Metatranscriptome2105Y
F000139Metatranscriptome1948Y
F000158Metagenome / Metatranscriptome1864Y
F000196Metatranscriptome1657Y
F000212Metagenome / Metatranscriptome1580Y
F000235Metatranscriptome1500Y
F000276Metatranscriptome1390Y
F000287Metatranscriptome1370Y
F000371Metagenome / Metatranscriptome1220Y
F000406Metagenome / Metatranscriptome1172Y
F000446Metatranscriptome1128Y
F000457Metagenome / Metatranscriptome1112Y
F000480Metatranscriptome1090Y
F000481Metagenome / Metatranscriptome1089Y
F000577Metagenome / Metatranscriptome1015Y
F000608Metatranscriptome991Y
F000685Metatranscriptome937Y
F000697Metatranscriptome930Y
F000717Metatranscriptome923Y
F000786Metagenome / Metatranscriptome891Y
F000797Metatranscriptome886Y
F000798Metagenome / Metatranscriptome886Y
F000809Metagenome / Metatranscriptome882Y
F000811Metatranscriptome881Y
F000879Metagenome / Metatranscriptome850Y
F000917Metatranscriptome834Y
F000939Metatranscriptome827Y
F000946Metatranscriptome824N
F001017Metatranscriptome804N
F001028Metagenome / Metatranscriptome801Y
F001067Metatranscriptome787Y
F001119Metatranscriptome772Y
F001228Metatranscriptome741Y
F001255Metatranscriptome736N
F001267Metatranscriptome734Y
F001271Metatranscriptome733Y
F001293Metagenome / Metatranscriptome729Y
F001313Metatranscriptome725N
F001410Metatranscriptome701N
F001534Metatranscriptome675Y
F001556Metatranscriptome671N
F001631Metatranscriptome660Y
F001636Metatranscriptome659Y
F001641Metatranscriptome659Y
F001694Metatranscriptome650Y
F001714Metatranscriptome647Y
F001865Metatranscriptome624Y
F001954Metatranscriptome612Y
F001979Metatranscriptome608Y
F002053Metatranscriptome598N
F002056Metagenome / Metatranscriptome598Y
F002147Metatranscriptome589N
F002148Metatranscriptome589Y
F002228Metatranscriptome580Y
F002297Metatranscriptome573Y
F002435Metatranscriptome559Y
F002456Metagenome / Metatranscriptome557Y
F002526Metatranscriptome551Y
F002590Metatranscriptome545N
F002710Metatranscriptome535Y
F002730Metagenome / Metatranscriptome534Y
F002762Metatranscriptome531N
F002829Metagenome / Metatranscriptome527Y
F002878Metatranscriptome523N
F002881Metatranscriptome523Y
F002956Metatranscriptome517N
F003023Metatranscriptome512N
F003184Metatranscriptome502Y
F003248Metatranscriptome497N
F003288Metatranscriptome495Y
F003503Metatranscriptome482N
F003780Metatranscriptome468N
F003788Metagenome / Metatranscriptome468Y
F003903Metatranscriptome462N
F003924Metatranscriptome461N
F004000Metagenome / Metatranscriptome457Y
F004069Metatranscriptome454Y
F004094Metagenome / Metatranscriptome453Y
F004128Metatranscriptome451N
F004228Metatranscriptome447N
F004380Metatranscriptome440Y
F004498Metagenome / Metatranscriptome435Y
F004522Metagenome / Metatranscriptome434Y
F004577Metatranscriptome432N
F004957Metagenome / Metatranscriptome417Y
F004979Metatranscriptome416Y
F005139Metatranscriptome410N
F005140Metatranscriptome410Y
F005179Metatranscriptome409Y
F005202Metatranscriptome408N
F005378Metatranscriptome402N
F005379Metatranscriptome402Y
F005413Metatranscriptome401Y
F005448Metatranscriptome400N
F005500Metatranscriptome398Y
F005532Metatranscriptome397N
F005554Metatranscriptome396N
F005873Metatranscriptome387N
F006012Metatranscriptome383Y
F006065Metagenome / Metatranscriptome382N
F006208Metatranscriptome378Y
F006459Metatranscriptome372N
F006689Metatranscriptome366N
F006742Metatranscriptome365N
F006783Metagenome / Metatranscriptome364Y
F007073Metagenome / Metatranscriptome358Y
F007099Metatranscriptome357N
F007100Metatranscriptome357N
F007295Metagenome / Metatranscriptome353Y
F007296Metatranscriptome353N
F007356Metatranscriptome352N
F007563Metatranscriptome348Y
F007564Metatranscriptome348N
F007680Metatranscriptome346Y
F007841Metatranscriptome343Y
F007842Metatranscriptome343N
F008117Metagenome / Metatranscriptome338Y
F008118Metatranscriptome338N
F008350Metatranscriptome334N
F008474Metatranscriptome332Y
F008537Metatranscriptome331Y
F008557Metagenome / Metatranscriptome331Y
F008676Metatranscriptome329Y
F008862Metatranscriptome326N
F009052Metatranscriptome323Y
F009211Metatranscriptome321N
F009251Metatranscriptome320N
F009666Metatranscriptome314N
F009687Metatranscriptome314Y
F009796Metatranscriptome312N
F009811Metatranscriptome312Y
F010012Metatranscriptome309Y
F010073Metatranscriptome308N
F010300Metatranscriptome305N
F010400Metatranscriptome304Y
F010444Metatranscriptome303N
F010685Metatranscriptome300Y
F011083Metagenome / Metatranscriptome295N
F011559Metatranscriptome289N
F011659Metatranscriptome288N
F011733Metagenome / Metatranscriptome287Y
F011820Metatranscriptome286Y
F011992Metatranscriptome284N
F012460Metatranscriptome280N
F012568Metatranscriptome279Y
F012749Metatranscriptome277N
F012776Metatranscriptome277Y
F012847Metatranscriptome276N
F012979Metatranscriptome275N
F013059Metatranscriptome274Y
F013265Metatranscriptome272Y
F013271Metatranscriptome272N
F013304Metagenome / Metatranscriptome272Y
F013389Metatranscriptome271N
F013603Metatranscriptome269Y
F013606Metatranscriptome269N
F013767Metagenome / Metatranscriptome268Y
F014151Metatranscriptome265Y
F014227Metatranscriptome264N
F014577Metatranscriptome261N
F014820Metatranscriptome259N
F014836Metagenome / Metatranscriptome259Y
F015300Metatranscriptome255N
F015301Metatranscriptome255N
F015818Metatranscriptome251Y
F016110Metatranscriptome249Y
F016111Metatranscriptome249N
F016357Metagenome / Metatranscriptome247Y
F016492Metatranscriptome246N
F016767Metatranscriptome244N
F017095Metatranscriptome242N
F017096Metatranscriptome242Y
F017317Metagenome / Metatranscriptome241Y
F017590Metatranscriptome239Y
F017783Metatranscriptome238N
F018121Metatranscriptome236N
F018318Metatranscriptome235N
F018856Metatranscriptome232Y
F018859Metatranscriptome232N
F018908Metagenome / Metatranscriptome232Y
F019587Metatranscriptome228Y
F019597Metatranscriptome228N
F019598Metatranscriptome228Y
F019776Metatranscriptome227Y
F020128Metatranscriptome225N
F020504Metagenome / Metatranscriptome223Y
F020541Metatranscriptome223Y
F020645Metatranscriptome222N
F021993Metagenome / Metatranscriptome216N
F022348Metatranscriptome214Y
F022575Metatranscriptome213Y
F022589Metagenome / Metatranscriptome213Y
F023272Metatranscriptome210N
F023273Metatranscriptome210N
F023515Metatranscriptome209N
F023529Metatranscriptome209Y
F023609Metatranscriptome209Y
F024094Metatranscriptome207Y
F024237Metatranscriptome206Y
F024716Metatranscriptome204N
F025207Metagenome / Metatranscriptome202Y
F025208Metatranscriptome202N
F025213Metatranscriptome202Y
F025509Metatranscriptome201Y
F025911Metagenome / Metatranscriptome199Y
F026191Metatranscriptome198N
F026193Metatranscriptome198Y
F026275Metatranscriptome198N
F027095Metatranscriptome195N
F027191Metagenome / Metatranscriptome195Y
F027733Metatranscriptome193N
F028079Metatranscriptome192N
F028407Metatranscriptome191N
F028408Metatranscriptome191N
F028411Metatranscriptome191N
F028412Metatranscriptome191N
F028707Metatranscriptome190N
F028826Metatranscriptome190N
F029011Metatranscriptome189Y
F029016Metatranscriptome189N
F029316Metatranscriptome188N
F029319Metagenome / Metatranscriptome188Y
F029322Metatranscriptome188N
F029338Metatranscriptome188Y
F029641Metatranscriptome187N
F029643Metatranscriptome187N
F030053Metatranscriptome186Y
F030134Metagenome / Metatranscriptome186Y
F030979Metatranscriptome183Y
F031000Metagenome / Metatranscriptome183Y
F031351Metatranscriptome182Y
F031505Metagenome / Metatranscriptome182Y
F031748Metatranscriptome181N
F031751Metatranscriptome181N
F031753Metatranscriptome181N
F032137Metatranscriptome180Y
F032138Metatranscriptome180Y
F032139Metagenome / Metatranscriptome180Y
F032922Metatranscriptome178N
F032932Metatranscriptome178Y
F032995Metatranscriptome178N
F033295Metatranscriptome177N
F033304Metatranscriptome177N
F033680Metatranscriptome176N
F033690Metatranscriptome176N
F033691Metatranscriptome176Y
F033693Metatranscriptome176N
F033694Metatranscriptome176N
F034053Metatranscriptome175Y
F034188Metagenome / Metatranscriptome175Y
F034455Metatranscriptome174N
F034810Metatranscriptome173N
F035167Metatranscriptome172N
F035175Metatranscriptome172N
F035615Metatranscriptome171N
F035617Metatranscriptome171N
F035637Metatranscriptome171N
F035782Metatranscriptome171Y
F036075Metatranscriptome170Y
F036079Metatranscriptome170N
F036535Metatranscriptome169Y
F037182Metatranscriptome168Y
F038531Metatranscriptome165N
F038534Metatranscriptome165Y
F038968Metatranscriptome164N
F038976Metagenome / Metatranscriptome164N
F039443Metatranscriptome163N
F039459Metatranscriptome163N
F039469Metatranscriptome163N
F039594Metagenome / Metatranscriptome163Y
F039934Metatranscriptome162N
F039936Metatranscriptome162Y
F039938Metatranscriptome162N
F040452Metatranscriptome161N
F040457Metatranscriptome161N
F040998Metagenome / Metatranscriptome160Y
F041579Metatranscriptome159N
F042153Metatranscriptome158N
F042154Metatranscriptome158Y
F042164Metagenome / Metatranscriptome158Y
F042725Metatranscriptome157N
F043210Metatranscriptome156N
F043350Metatranscriptome156Y
F043755Metagenome / Metatranscriptome155Y
F043760Metatranscriptome155N
F044289Metatranscriptome154Y
F044517Metatranscriptome154N
F044890Metatranscriptome153N
F044891Metatranscriptome153N
F045517Metatranscriptome152N
F045521Metagenome / Metatranscriptome152Y
F045525Metatranscriptome152Y
F045526Metatranscriptome152N
F045528Metagenome / Metatranscriptome152N
F046159Metatranscriptome151N
F046165Metatranscriptome151N
F047099Metatranscriptome150Y
F047405Metatranscriptome149Y
F047468Metatranscriptome149N
F047472Metatranscriptome149N
F048023Metatranscriptome148N
F048086Metatranscriptome148N
F048338Metatranscriptome148N
F049395Metatranscriptome146Y
F049398Metatranscriptome146N
F049565Metatranscriptome146N
F049677Metatranscriptome146N
F050118Metatranscriptome145Y
F050128Metatranscriptome145Y
F050135Metatranscriptome145N
F050866Metatranscriptome144N
F050874Metatranscriptome144Y
F050877Metatranscriptome144N
F050878Metatranscriptome144N
F050879Metatranscriptome144N
F051161Metatranscriptome144N
F051681Metatranscriptome143N
F052365Metatranscriptome142N
F052626Metatranscriptome142N
F053055Metatranscriptome141N
F053056Metatranscriptome141N
F053680Metatranscriptome140N
F053760Metatranscriptome140N
F053768Metatranscriptome140N
F053772Metatranscriptome140N
F054517Metatranscriptome139N
F054542Metatranscriptome139Y
F054547Metatranscriptome139N
F054549Metatranscriptome139N
F054552Metatranscriptome139N
F055357Metatranscriptome138Y
F055412Metatranscriptome138Y
F055456Metatranscriptome138N
F055666Metatranscriptome138Y
F056636Metagenome / Metatranscriptome137N
F057089Metatranscriptome136N
F057869Metatranscriptome135N
F057874Metatranscriptome135N
F058168Metatranscriptome135N
F058672Metatranscriptome134N
F059029Metatranscriptome134N
F059045Metagenome / Metatranscriptome134Y
F060482Metatranscriptome132N
F060497Metatranscriptome132Y
F061514Metatranscriptome131N
F061517Metatranscriptome131Y
F063217Metatranscriptome129N
F063285Metatranscriptome129Y
F063314Metatranscriptome129N
F063315Metatranscriptome129N
F063321Metatranscriptome129N
F064259Metatranscriptome128N
F064359Metatranscriptome128Y
F064361Metatranscriptome128Y
F064362Metatranscriptome128Y
F064365Metatranscriptome128N
F065395Metatranscriptome127N
F065396Metatranscriptome127Y
F065398Metatranscriptome127N
F065400Metatranscriptome127N
F066302Metatranscriptome126N
F066421Metatranscriptome126N
F066429Metatranscriptome126N
F067273Metatranscriptome125N
F067380Metatranscriptome125N
F068302Metatranscriptome124N
F068400Metatranscriptome124N
F068416Metatranscriptome124N
F068737Metatranscriptome124N
F069653Metatranscriptome123N
F070827Metatranscriptome122N
F070844Metatranscriptome122Y
F070849Metatranscriptome122N
F073016Metatranscriptome120N
F073026Metatranscriptome120N
F073045Metatranscriptome120Y
F073594Metatranscriptome120N
F074303Metatranscriptome119Y
F074361Metatranscriptome119N
F075625Metatranscriptome118N
F075636Metatranscriptome118N
F076125Metatranscriptome118N
F076817Metatranscriptome117N
F076829Metatranscriptome117N
F076846Metatranscriptome117N
F078034Metatranscriptome116N
F078175Metatranscriptome116N
F078189Metatranscriptome116N
F079575Metatranscriptome115N
F079634Metatranscriptome115Y
F080849Metatranscriptome114N
F082051Metatranscriptome113Y
F082054Metatranscriptome113Y
F082092Metatranscriptome113Y
F082094Metatranscriptome113Y
F082099Metatranscriptome113N
F083657Metatranscriptome112N
F084312Metagenome / Metatranscriptome112N
F085001Metatranscriptome111Y
F085078Metatranscriptome111N
F085094Metatranscriptome111N
F085738Metatranscriptome111N
F086547Metatranscriptome110N
F086569Metatranscriptome110N
F086573Metatranscriptome110N
F087990Metatranscriptome109N
F088175Metatranscriptome109N
F088201Metatranscriptome109N
F088209Metatranscriptome109N
F088220Metatranscriptome109N
F089710Metagenome / Metatranscriptome108N
F089792Metatranscriptome108N
F089819Metatranscriptome108N
F090434Metatranscriptome108N
F091097Metatranscriptome107N
F092160Metatranscriptome107N
F093070Metatranscriptome106Y
F093085Metatranscriptome106N
F093093Metatranscriptome106N
F093203Metagenome / Metatranscriptome106Y
F093743Metatranscriptome106N
F094861Metatranscriptome105N
F094862Metatranscriptome105N
F094878Metatranscriptome105N
F096325Metatranscriptome104N
F096540Metatranscriptome104N
F096644Metagenome / Metatranscriptome104N
F097456Metatranscriptome104N
F098605Metatranscriptome103Y
F098615Metatranscriptome103N
F098616Metatranscriptome103N
F098620Metatranscriptome103Y
F098751Metatranscriptome103N
F100094Metatranscriptome102N
F100095Metatranscriptome102N
F100298Metatranscriptome102N
F100306Metatranscriptome102N
F100313Metagenome / Metatranscriptome102Y
F100331Metatranscriptome102N
F100438Metagenome / Metatranscriptome102Y
F101224Metatranscriptome102N
F102381Metatranscriptome101N
F102382Metagenome / Metatranscriptome101Y
F102466Metatranscriptome101N
F102484Metatranscriptome101N
F103104Metagenome / Metatranscriptome101N
F103360Metatranscriptome101N
F104251Metatranscriptome100N
F104390Metatranscriptome100N
F104415Metatranscriptome100N

Associated Scaffolds

ScaffoldTaxonomyLengthIMG/M Link
Ga0193013_1000029Not Available4385Open in IMG/M
Ga0193013_1000335All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis2761Open in IMG/M
Ga0193013_1000336All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis2761Open in IMG/M
Ga0193013_1000340All Organisms → cellular organisms → Eukaryota2753Open in IMG/M
Ga0193013_1000361Not Available2727Open in IMG/M
Ga0193013_1000362Not Available2727Open in IMG/M
Ga0193013_1000366Not Available2719Open in IMG/M
Ga0193013_1000390All Organisms → cellular organisms → Eukaryota2694Open in IMG/M
Ga0193013_1000441All Organisms → cellular organisms → Eukaryota2636Open in IMG/M
Ga0193013_1000547All Organisms → Viruses → Predicted Viral2513Open in IMG/M
Ga0193013_1000554All Organisms → Viruses → Predicted Viral2503Open in IMG/M
Ga0193013_1000555All Organisms → Viruses → Predicted Viral2503Open in IMG/M
Ga0193013_1000696All Organisms → Viruses → Predicted Viral2376Open in IMG/M
Ga0193013_1000792All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis2308Open in IMG/M
Ga0193013_1000871All Organisms → Viruses → Predicted Viral2258Open in IMG/M
Ga0193013_1001180All Organisms → cellular organisms → Eukaryota2120Open in IMG/M
Ga0193013_1001193All Organisms → cellular organisms → Eukaryota2113Open in IMG/M
Ga0193013_1001388Not Available2044Open in IMG/M
Ga0193013_1001482Not Available2016Open in IMG/M
Ga0193013_1001561All Organisms → cellular organisms → Eukaryota1996Open in IMG/M
Ga0193013_1001660Not Available1970Open in IMG/M
Ga0193013_1001987All Organisms → Viruses → Predicted Viral1886Open in IMG/M
Ga0193013_1002186All Organisms → Viruses → Predicted Viral1843Open in IMG/M
Ga0193013_1002187All Organisms → Viruses → Predicted Viral1843Open in IMG/M
Ga0193013_1002188All Organisms → Viruses → Predicted Viral1843Open in IMG/M
Ga0193013_1002673All Organisms → cellular organisms → Eukaryota1759Open in IMG/M
Ga0193013_1002714All Organisms → cellular organisms → Eukaryota → Opisthokonta1751Open in IMG/M
Ga0193013_1002785All Organisms → cellular organisms → Eukaryota1740Open in IMG/M
Ga0193013_1002988All Organisms → cellular organisms → Eukaryota1710Open in IMG/M
Ga0193013_1003246All Organisms → cellular organisms → Eukaryota1677Open in IMG/M
Ga0193013_1003540All Organisms → cellular organisms → Eukaryota1642Open in IMG/M
Ga0193013_1003718All Organisms → cellular organisms → Eukaryota1622Open in IMG/M
Ga0193013_1003742All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1620Open in IMG/M
Ga0193013_1004605All Organisms → cellular organisms → Eukaryota1535Open in IMG/M
Ga0193013_1004770All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1522Open in IMG/M
Ga0193013_1004796All Organisms → Viruses → Predicted Viral1520Open in IMG/M
Ga0193013_1005003All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1500Open in IMG/M
Ga0193013_1005151All Organisms → cellular organisms → Eukaryota1489Open in IMG/M
Ga0193013_1005161All Organisms → cellular organisms → Eukaryota1488Open in IMG/M
Ga0193013_1005227All Organisms → cellular organisms → Eukaryota1483Open in IMG/M
Ga0193013_1005338Not Available1474Open in IMG/M
Ga0193013_1005406Not Available1468Open in IMG/M
Ga0193013_1005622All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1450Open in IMG/M
Ga0193013_1005664All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1446Open in IMG/M
Ga0193013_1005893All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1428Open in IMG/M
Ga0193013_1005901All Organisms → cellular organisms → Eukaryota1427Open in IMG/M
Ga0193013_1005964All Organisms → Viruses → Predicted Viral1422Open in IMG/M
Ga0193013_1005993All Organisms → Viruses → Predicted Viral1419Open in IMG/M
Ga0193013_1006334All Organisms → cellular organisms → Eukaryota1397Open in IMG/M
Ga0193013_1006535Not Available1385Open in IMG/M
Ga0193013_1006555All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1383Open in IMG/M
Ga0193013_1006681Not Available1375Open in IMG/M
Ga0193013_1006777All Organisms → cellular organisms → Eukaryota1369Open in IMG/M
Ga0193013_1006853Not Available1364Open in IMG/M
Ga0193013_1007112Not Available1347Open in IMG/M
Ga0193013_1007293Not Available1336Open in IMG/M
Ga0193013_1007416All Organisms → cellular organisms → Eukaryota1329Open in IMG/M
Ga0193013_1007531All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea1323Open in IMG/M
Ga0193013_1007558All Organisms → cellular organisms → Eukaryota1322Open in IMG/M
Ga0193013_1007665All Organisms → cellular organisms → Eukaryota1316Open in IMG/M
Ga0193013_1007884All Organisms → cellular organisms → Eukaryota1302Open in IMG/M
Ga0193013_1007931All Organisms → cellular organisms → Eukaryota1300Open in IMG/M
Ga0193013_1007955Not Available1298Open in IMG/M
Ga0193013_1008087All Organisms → cellular organisms → Eukaryota1291Open in IMG/M
Ga0193013_1008110All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1290Open in IMG/M
Ga0193013_1008319All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1277Open in IMG/M
Ga0193013_1008347All Organisms → cellular organisms → Eukaryota1276Open in IMG/M
Ga0193013_1008696All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1259Open in IMG/M
Ga0193013_1008876All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1249Open in IMG/M
Ga0193013_1009044Not Available1240Open in IMG/M
Ga0193013_1009100All Organisms → cellular organisms → Eukaryota1238Open in IMG/M
Ga0193013_1009425All Organisms → cellular organisms → Eukaryota1221Open in IMG/M
Ga0193013_1009565Not Available1215Open in IMG/M
Ga0193013_1009614All Organisms → cellular organisms → Eukaryota1213Open in IMG/M
Ga0193013_1009693Not Available1209Open in IMG/M
Ga0193013_1009694All Organisms → cellular organisms → Eukaryota1209Open in IMG/M
Ga0193013_1009755All Organisms → cellular organisms → Eukaryota1206Open in IMG/M
Ga0193013_1009757All Organisms → cellular organisms → Eukaryota1206Open in IMG/M
Ga0193013_1009758All Organisms → cellular organisms → Eukaryota1206Open in IMG/M
Ga0193013_1009778All Organisms → cellular organisms → Eukaryota1206Open in IMG/M
Ga0193013_1009789Not Available1205Open in IMG/M
Ga0193013_1009806All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Lingulodiniaceae → Lingulodinium → Lingulodinium polyedra1205Open in IMG/M
Ga0193013_1009872Not Available1201Open in IMG/M
Ga0193013_1009924All Organisms → cellular organisms → Eukaryota1198Open in IMG/M
Ga0193013_1009925All Organisms → cellular organisms → Eukaryota1198Open in IMG/M
Ga0193013_1010054All Organisms → cellular organisms → Eukaryota1193Open in IMG/M
Ga0193013_1010084All Organisms → cellular organisms → Eukaryota1192Open in IMG/M
Ga0193013_1010255Not Available1186Open in IMG/M
Ga0193013_1010270Not Available1185Open in IMG/M
Ga0193013_1010569All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1172Open in IMG/M
Ga0193013_1010579All Organisms → cellular organisms → Eukaryota1172Open in IMG/M
Ga0193013_1010583All Organisms → cellular organisms → Eukaryota1172Open in IMG/M
Ga0193013_1010727All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Colpodellida → Chromeraceae → Chromera → Chromera velia → Chromera velia CCMP28781167Open in IMG/M
Ga0193013_1010731Not Available1166Open in IMG/M
Ga0193013_1010734All Organisms → cellular organisms → Eukaryota1166Open in IMG/M
Ga0193013_1010767Not Available1165Open in IMG/M
Ga0193013_1010784All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Choreotrichia → Choreotrichida → Strombidinopsidae → Strombidinopsis → Strombidinopsis acuminata1165Open in IMG/M
Ga0193013_1010909All Organisms → cellular organisms → Eukaryota1160Open in IMG/M
Ga0193013_1010935All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1159Open in IMG/M
Ga0193013_1010961All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1158Open in IMG/M
Ga0193013_1011023All Organisms → cellular organisms → Eukaryota1156Open in IMG/M
Ga0193013_1011026All Organisms → cellular organisms → Eukaryota1156Open in IMG/M
Ga0193013_1011082All Organisms → cellular organisms → Eukaryota1154Open in IMG/M
Ga0193013_1011095Not Available1154Open in IMG/M
Ga0193013_1011117Not Available1153Open in IMG/M
Ga0193013_1011120All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1153Open in IMG/M
Ga0193013_1011183Not Available1151Open in IMG/M
Ga0193013_1011254All Organisms → Viruses → Predicted Viral1148Open in IMG/M
Ga0193013_1011533All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1138Open in IMG/M
Ga0193013_1011567All Organisms → cellular organisms → Eukaryota1137Open in IMG/M
Ga0193013_1011596Not Available1136Open in IMG/M
Ga0193013_1011626All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1135Open in IMG/M
Ga0193013_1011685Not Available1133Open in IMG/M
Ga0193013_1011826Not Available1128Open in IMG/M
Ga0193013_1011912All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1126Open in IMG/M
Ga0193013_1011917All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1125Open in IMG/M
Ga0193013_1012035All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1121Open in IMG/M
Ga0193013_1012129All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1118Open in IMG/M
Ga0193013_1012210Not Available1115Open in IMG/M
Ga0193013_1012269All Organisms → cellular organisms → Eukaryota1113Open in IMG/M
Ga0193013_1012301All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1112Open in IMG/M
Ga0193013_1012349All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1111Open in IMG/M
Ga0193013_1012364All Organisms → Viruses → Predicted Viral1110Open in IMG/M
Ga0193013_1012655All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1100Open in IMG/M
Ga0193013_1012686All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1099Open in IMG/M
Ga0193013_1012708All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1099Open in IMG/M
Ga0193013_1012723Not Available1098Open in IMG/M
Ga0193013_1012744Not Available1097Open in IMG/M
Ga0193013_1012755All Organisms → Viruses → Predicted Viral1097Open in IMG/M
Ga0193013_1013026All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1088Open in IMG/M
Ga0193013_1013049Not Available1088Open in IMG/M
Ga0193013_1013143Not Available1085Open in IMG/M
Ga0193013_1013221All Organisms → cellular organisms → Eukaryota1083Open in IMG/M
Ga0193013_1013273All Organisms → cellular organisms → Eukaryota1081Open in IMG/M
Ga0193013_1013404All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1078Open in IMG/M
Ga0193013_1013440All Organisms → cellular organisms → Eukaryota1076Open in IMG/M
Ga0193013_1013493All Organisms → cellular organisms → Eukaryota1074Open in IMG/M
Ga0193013_1013561All Organisms → cellular organisms → Eukaryota1072Open in IMG/M
Ga0193013_1013613All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1070Open in IMG/M
Ga0193013_1013651All Organisms → cellular organisms → Eukaryota1069Open in IMG/M
Ga0193013_1013661All Organisms → cellular organisms → Eukaryota1069Open in IMG/M
Ga0193013_1013718All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1067Open in IMG/M
Ga0193013_1013755All Organisms → cellular organisms → Eukaryota1066Open in IMG/M
Ga0193013_1013770All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1065Open in IMG/M
Ga0193013_1013791All Organisms → cellular organisms → Eukaryota1064Open in IMG/M
Ga0193013_1013887All Organisms → Viruses → Predicted Viral1062Open in IMG/M
Ga0193013_1013892All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1062Open in IMG/M
Ga0193013_1013915Not Available1061Open in IMG/M
Ga0193013_1013916Not Available1061Open in IMG/M
Ga0193013_1013957Not Available1060Open in IMG/M
Ga0193013_1014104All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea1056Open in IMG/M
Ga0193013_1014352All Organisms → Viruses → Predicted Viral1049Open in IMG/M
Ga0193013_1014387All Organisms → Viruses → Predicted Viral1048Open in IMG/M
Ga0193013_1014519Not Available1044Open in IMG/M
Ga0193013_1015001All Organisms → cellular organisms → Eukaryota1030Open in IMG/M
Ga0193013_1015099All Organisms → cellular organisms → Eukaryota1028Open in IMG/M
Ga0193013_1015300All Organisms → cellular organisms → Eukaryota1021Open in IMG/M
Ga0193013_1015510All Organisms → cellular organisms → Eukaryota1016Open in IMG/M
Ga0193013_1015519Not Available1016Open in IMG/M
Ga0193013_1015534All Organisms → cellular organisms → Eukaryota1015Open in IMG/M
Ga0193013_1015609All Organisms → cellular organisms → Eukaryota1013Open in IMG/M
Ga0193013_1015636All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1012Open in IMG/M
Ga0193013_1015811Not Available1008Open in IMG/M
Ga0193013_1015873All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1006Open in IMG/M
Ga0193013_1016013All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1002Open in IMG/M
Ga0193013_1016110All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1000Open in IMG/M
Ga0193013_1016150All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis999Open in IMG/M
Ga0193013_1016231All Organisms → cellular organisms → Eukaryota996Open in IMG/M
Ga0193013_1016335All Organisms → cellular organisms → Eukaryota993Open in IMG/M
Ga0193013_1016433All Organisms → cellular organisms → Eukaryota991Open in IMG/M
Ga0193013_1016609Not Available987Open in IMG/M
Ga0193013_1016628All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis986Open in IMG/M
Ga0193013_1016783Not Available983Open in IMG/M
Ga0193013_1016798Not Available982Open in IMG/M
Ga0193013_1017120Not Available975Open in IMG/M
Ga0193013_1017145All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida974Open in IMG/M
Ga0193013_1017211All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis973Open in IMG/M
Ga0193013_1017218Not Available972Open in IMG/M
Ga0193013_1017302All Organisms → cellular organisms → Eukaryota → Opisthokonta970Open in IMG/M
Ga0193013_1017334All Organisms → cellular organisms → Eukaryota969Open in IMG/M
Ga0193013_1017341All Organisms → cellular organisms → Eukaryota969Open in IMG/M
Ga0193013_1017504All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Diptera → Brachycera → Muscomorpha → Eremoneura → Cyclorrhapha → Schizophora → Calyptratae → Muscoidea → Muscidae → Muscinae → Stomoxyini → Haematobia → Haematobia irritans965Open in IMG/M
Ga0193013_1017615Not Available963Open in IMG/M
Ga0193013_1017716All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis961Open in IMG/M
Ga0193013_1017814All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Noctilucales → Noctilucaceae → Noctiluca → Noctiluca scintillans958Open in IMG/M
Ga0193013_1017820Not Available958Open in IMG/M
Ga0193013_1018222All Organisms → cellular organisms → Eukaryota949Open in IMG/M
Ga0193013_1018272All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis948Open in IMG/M
Ga0193013_1018365All Organisms → cellular organisms → Eukaryota946Open in IMG/M
Ga0193013_1018454Not Available943Open in IMG/M
Ga0193013_1018471Not Available943Open in IMG/M
Ga0193013_1018512All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis942Open in IMG/M
Ga0193013_1018608All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis940Open in IMG/M
Ga0193013_1018750All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis937Open in IMG/M
Ga0193013_1018794All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis936Open in IMG/M
Ga0193013_1018801Not Available936Open in IMG/M
Ga0193013_1018915Not Available934Open in IMG/M
Ga0193013_1018970All Organisms → cellular organisms → Eukaryota933Open in IMG/M
Ga0193013_1019112All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis930Open in IMG/M
Ga0193013_1019184All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis928Open in IMG/M
Ga0193013_1019220Not Available928Open in IMG/M
Ga0193013_1019227All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda928Open in IMG/M
Ga0193013_1019311All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis926Open in IMG/M
Ga0193013_1019519All Organisms → cellular organisms → Eukaryota922Open in IMG/M
Ga0193013_1019570Not Available920Open in IMG/M
Ga0193013_1019665Not Available918Open in IMG/M
Ga0193013_1019671All Organisms → cellular organisms → Eukaryota918Open in IMG/M
Ga0193013_1019887All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis914Open in IMG/M
Ga0193013_1019893All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus914Open in IMG/M
Ga0193013_1020021All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus912Open in IMG/M
Ga0193013_1020069All Organisms → cellular organisms → Eukaryota911Open in IMG/M
Ga0193013_1020240Not Available907Open in IMG/M
Ga0193013_1020289All Organisms → cellular organisms → Eukaryota906Open in IMG/M
Ga0193013_1020380All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda904Open in IMG/M
Ga0193013_1020396All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae904Open in IMG/M
Ga0193013_1020455All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Goniodomataceae → Pyrodinium → Pyrodinium bahamense903Open in IMG/M
Ga0193013_1020552All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Goniodomataceae → Pyrodinium → Pyrodinium bahamense901Open in IMG/M
Ga0193013_1020652All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda899Open in IMG/M
Ga0193013_1020656Not Available899Open in IMG/M
Ga0193013_1020666All Organisms → cellular organisms → Eukaryota899Open in IMG/M
Ga0193013_1020715All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis898Open in IMG/M
Ga0193013_1020716All Organisms → cellular organisms → Eukaryota898Open in IMG/M
Ga0193013_1020845Not Available896Open in IMG/M
Ga0193013_1021034All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Hymenoptera → Apocrita → Parasitoida → Chalcidoidea → Trichogrammatidae → Trichogramma → Trichogramma brassicae892Open in IMG/M
Ga0193013_1021076All Organisms → cellular organisms → Eukaryota892Open in IMG/M
Ga0193013_1021370All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda887Open in IMG/M
Ga0193013_1021769All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea880Open in IMG/M
Ga0193013_1021856Not Available878Open in IMG/M
Ga0193013_1021861All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis878Open in IMG/M
Ga0193013_1021974All Organisms → cellular organisms → Eukaryota876Open in IMG/M
Ga0193013_1022053All Organisms → cellular organisms → Eukaryota875Open in IMG/M
Ga0193013_1022092All Organisms → cellular organisms → Eukaryota → Opisthokonta874Open in IMG/M
Ga0193013_1022105All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis874Open in IMG/M
Ga0193013_1022161All Organisms → cellular organisms → Eukaryota873Open in IMG/M
Ga0193013_1022210All Organisms → cellular organisms → Eukaryota872Open in IMG/M
Ga0193013_1022237All Organisms → cellular organisms → Eukaryota872Open in IMG/M
Ga0193013_1022313Not Available870Open in IMG/M
Ga0193013_1022553All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda866Open in IMG/M
Ga0193013_1022610All Organisms → cellular organisms → Eukaryota865Open in IMG/M
Ga0193013_1022615All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda865Open in IMG/M
Ga0193013_1022637All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis865Open in IMG/M
Ga0193013_1022641All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Choreotrichia → Choreotrichida → Strombidinopsidae → Strombidinopsis → Strombidinopsis acuminata865Open in IMG/M
Ga0193013_1022791All Organisms → cellular organisms → Eukaryota862Open in IMG/M
Ga0193013_1022816All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis861Open in IMG/M
Ga0193013_1022873Not Available860Open in IMG/M
Ga0193013_1022938All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus859Open in IMG/M
Ga0193013_1023066All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda857Open in IMG/M
Ga0193013_1023142All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis855Open in IMG/M
Ga0193013_1023151All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis855Open in IMG/M
Ga0193013_1023163All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus855Open in IMG/M
Ga0193013_1023294All Organisms → cellular organisms → Eukaryota853Open in IMG/M
Ga0193013_1023492All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Symbiodiniaceae → Symbiodinium850Open in IMG/M
Ga0193013_1023615All Organisms → cellular organisms → Eukaryota847Open in IMG/M
Ga0193013_1023640All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis847Open in IMG/M
Ga0193013_1023693Not Available846Open in IMG/M
Ga0193013_1023842All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis844Open in IMG/M
Ga0193013_1023868Not Available843Open in IMG/M
Ga0193013_1023883All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda843Open in IMG/M
Ga0193013_1023943All Organisms → cellular organisms → Eukaryota842Open in IMG/M
Ga0193013_1024014Not Available841Open in IMG/M
Ga0193013_1024032Not Available841Open in IMG/M
Ga0193013_1024113All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis840Open in IMG/M
Ga0193013_1024253All Organisms → cellular organisms → Eukaryota837Open in IMG/M
Ga0193013_1024254All Organisms → cellular organisms → Eukaryota837Open in IMG/M
Ga0193013_1024355All Organisms → cellular organisms → Eukaryota836Open in IMG/M
Ga0193013_1024511All Organisms → cellular organisms → Eukaryota833Open in IMG/M
Ga0193013_1024513All Organisms → cellular organisms → Eukaryota833Open in IMG/M
Ga0193013_1024597All Organisms → cellular organisms → Eukaryota832Open in IMG/M
Ga0193013_1024646All Organisms → cellular organisms → Eukaryota831Open in IMG/M
Ga0193013_1024649All Organisms → cellular organisms → Eukaryota831Open in IMG/M
Ga0193013_1024800All Organisms → cellular organisms → Eukaryota → Amoebozoa → Discosea → Flabellinia → Vannellidae → Vannella → Vannella robusta829Open in IMG/M
Ga0193013_1024875All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Peronosporales → Peronosporaceae → Phytophthora → Phytophthora ramorum828Open in IMG/M
Ga0193013_1024881All Organisms → cellular organisms → Eukaryota827Open in IMG/M
Ga0193013_1024974All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus826Open in IMG/M
Ga0193013_1025270Not Available821Open in IMG/M
Ga0193013_1025358All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae820Open in IMG/M
Ga0193013_1025362All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae820Open in IMG/M
Ga0193013_1025366All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus820Open in IMG/M
Ga0193013_1025500All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus818Open in IMG/M
Ga0193013_1025538All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis817Open in IMG/M
Ga0193013_1025863Not Available812Open in IMG/M
Ga0193013_1025985Not Available810Open in IMG/M
Ga0193013_1026104All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis808Open in IMG/M
Ga0193013_1026139All Organisms → cellular organisms → Eukaryota808Open in IMG/M
Ga0193013_1026302All Organisms → cellular organisms → Eukaryota806Open in IMG/M
Ga0193013_1026365All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis805Open in IMG/M
Ga0193013_1026484All Organisms → cellular organisms → Eukaryota803Open in IMG/M
Ga0193013_1026665All Organisms → cellular organisms → Eukaryota801Open in IMG/M
Ga0193013_1026673All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis801Open in IMG/M
Ga0193013_1026707All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis800Open in IMG/M
Ga0193013_1026869All Organisms → cellular organisms → Eukaryota798Open in IMG/M
Ga0193013_1026926All Organisms → cellular organisms → Eukaryota797Open in IMG/M
Ga0193013_1027000Not Available796Open in IMG/M
Ga0193013_1027002All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda796Open in IMG/M
Ga0193013_1027059All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis795Open in IMG/M
Ga0193013_1027081Not Available795Open in IMG/M
Ga0193013_1027174Not Available794Open in IMG/M
Ga0193013_1027215All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis793Open in IMG/M
Ga0193013_1027362All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus791Open in IMG/M
Ga0193013_1027383All Organisms → cellular organisms → Eukaryota791Open in IMG/M
Ga0193013_1027612All Organisms → cellular organisms → Eukaryota788Open in IMG/M
Ga0193013_1027647All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis787Open in IMG/M
Ga0193013_1027823All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis785Open in IMG/M
Ga0193013_1027889All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis784Open in IMG/M
Ga0193013_1027979All Organisms → cellular organisms → Eukaryota783Open in IMG/M
Ga0193013_1028018All Organisms → cellular organisms → Eukaryota782Open in IMG/M
Ga0193013_1028028Not Available782Open in IMG/M
Ga0193013_1028032All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis782Open in IMG/M
Ga0193013_1028041All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis782Open in IMG/M
Ga0193013_1028350All Organisms → cellular organisms → Eukaryota778Open in IMG/M
Ga0193013_1028422All Organisms → cellular organisms → Eukaryota777Open in IMG/M
Ga0193013_1028446All Organisms → cellular organisms → Eukaryota777Open in IMG/M
Ga0193013_1028457All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae776Open in IMG/M
Ga0193013_1028461All Organisms → cellular organisms → Eukaryota → Sar776Open in IMG/M
Ga0193013_1028530All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis775Open in IMG/M
Ga0193013_1028558All Organisms → cellular organisms → Eukaryota775Open in IMG/M
Ga0193013_1028677All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis773Open in IMG/M
Ga0193013_1028830All Organisms → cellular organisms → Eukaryota771Open in IMG/M
Ga0193013_1028989Not Available769Open in IMG/M
Ga0193013_1029085All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis768Open in IMG/M
Ga0193013_1029123All Organisms → cellular organisms → Eukaryota767Open in IMG/M
Ga0193013_1029154All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus767Open in IMG/M
Ga0193013_1029157All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis767Open in IMG/M
Ga0193013_1029212All Organisms → cellular organisms → Eukaryota766Open in IMG/M
Ga0193013_1029344All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda765Open in IMG/M
Ga0193013_1029395All Organisms → cellular organisms → Eukaryota764Open in IMG/M
Ga0193013_1029560All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae762Open in IMG/M
Ga0193013_1029849Not Available758Open in IMG/M
Ga0193013_1029872All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus758Open in IMG/M
Ga0193013_1029873All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae758Open in IMG/M
Ga0193013_1029902All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis758Open in IMG/M
Ga0193013_1029907All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis758Open in IMG/M
Ga0193013_1029954All Organisms → cellular organisms → Eukaryota757Open in IMG/M
Ga0193013_1030112All Organisms → cellular organisms → Eukaryota755Open in IMG/M
Ga0193013_1030399All Organisms → cellular organisms → Eukaryota752Open in IMG/M
Ga0193013_1030571All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis750Open in IMG/M
Ga0193013_1030752All Organisms → cellular organisms → Eukaryota748Open in IMG/M
Ga0193013_1030786All Organisms → cellular organisms → Eukaryota747Open in IMG/M
Ga0193013_1031179All Organisms → cellular organisms → Eukaryota743Open in IMG/M
Ga0193013_1031269All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Lingulodiniaceae → Lingulodinium → Lingulodinium polyedra742Open in IMG/M
Ga0193013_1031270All Organisms → cellular organisms → Eukaryota742Open in IMG/M
Ga0193013_1031280All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea742Open in IMG/M
Ga0193013_1031488All Organisms → cellular organisms → Eukaryota → Sar740Open in IMG/M
Ga0193013_1031496All Organisms → cellular organisms → Eukaryota739Open in IMG/M
Ga0193013_1031572All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea739Open in IMG/M
Ga0193013_1031723All Organisms → cellular organisms → Eukaryota737Open in IMG/M
Ga0193013_1031810All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis736Open in IMG/M
Ga0193013_1031967All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Peronosporales → Peronosporaceae → Phytophthora → Phytophthora ramorum734Open in IMG/M
Ga0193013_1031996All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Deuterostomia → Chordata → Tunicata → Appendicularia → Copelata → Oikopleuridae → Oikopleura → Oikopleura dioica733Open in IMG/M
Ga0193013_1032262All Organisms → cellular organisms → Eukaryota730Open in IMG/M
Ga0193013_1032319All Organisms → cellular organisms → Eukaryota729Open in IMG/M
Ga0193013_1032666All Organisms → cellular organisms → Eukaryota725Open in IMG/M
Ga0193013_1032830All Organisms → cellular organisms → Eukaryota723Open in IMG/M
Ga0193013_1032916Not Available722Open in IMG/M
Ga0193013_1032974All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Deuterostomia → Chordata → Tunicata → Appendicularia → Copelata → Oikopleuridae → Oikopleura → Oikopleura dioica721Open in IMG/M
Ga0193013_1032989All Organisms → cellular organisms → Eukaryota721Open in IMG/M
Ga0193013_1033112All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Bacillariophyta → Bacillariophyceae → Bacillariophycidae → Naviculales → Phaeodactylaceae → Phaeodactylum → Phaeodactylum tricornutum720Open in IMG/M
Ga0193013_1033137All Organisms → cellular organisms → Eukaryota → Opisthokonta720Open in IMG/M
Ga0193013_1033249All Organisms → cellular organisms → Eukaryota718Open in IMG/M
Ga0193013_1033270All Organisms → cellular organisms → Eukaryota718Open in IMG/M
Ga0193013_1033399All Organisms → cellular organisms → Eukaryota717Open in IMG/M
Ga0193013_1033413All Organisms → cellular organisms → Eukaryota717Open in IMG/M
Ga0193013_1033470All Organisms → cellular organisms → Eukaryota716Open in IMG/M
Ga0193013_1033642All Organisms → cellular organisms → Eukaryota714Open in IMG/M
Ga0193013_1033843All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus712Open in IMG/M
Ga0193013_1033917All Organisms → cellular organisms → Eukaryota711Open in IMG/M
Ga0193013_1033996All Organisms → cellular organisms → Eukaryota710Open in IMG/M
Ga0193013_1034003All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis710Open in IMG/M
Ga0193013_1034069All Organisms → cellular organisms → Eukaryota709Open in IMG/M
Ga0193013_1034237All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus708Open in IMG/M
Ga0193013_1034298All Organisms → cellular organisms → Eukaryota707Open in IMG/M
Ga0193013_1034303All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis707Open in IMG/M
Ga0193013_1034354All Organisms → cellular organisms → Eukaryota706Open in IMG/M
Ga0193013_1034376All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea706Open in IMG/M
Ga0193013_1034377All Organisms → cellular organisms → Eukaryota → Sar706Open in IMG/M
Ga0193013_1034382All Organisms → cellular organisms → Eukaryota706Open in IMG/M
Ga0193013_1034385All Organisms → cellular organisms → Eukaryota706Open in IMG/M
Ga0193013_1034399Not Available706Open in IMG/M
Ga0193013_1034723All Organisms → cellular organisms → Eukaryota703Open in IMG/M
Ga0193013_1034737All Organisms → cellular organisms → Eukaryota702Open in IMG/M
Ga0193013_1034755All Organisms → cellular organisms → Eukaryota702Open in IMG/M
Ga0193013_1034789All Organisms → cellular organisms → Eukaryota702Open in IMG/M
Ga0193013_1034869All Organisms → cellular organisms → Eukaryota701Open in IMG/M
Ga0193013_1034949All Organisms → cellular organisms → Eukaryota700Open in IMG/M
Ga0193013_1034984All Organisms → cellular organisms → Eukaryota700Open in IMG/M
Ga0193013_1035068All Organisms → cellular organisms → Eukaryota699Open in IMG/M
Ga0193013_1035241All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis697Open in IMG/M
Ga0193013_1035415All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis695Open in IMG/M
Ga0193013_1035425All Organisms → cellular organisms → Eukaryota695Open in IMG/M
Ga0193013_1035501All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae694Open in IMG/M
Ga0193013_1035532All Organisms → cellular organisms → Eukaryota694Open in IMG/M
Ga0193013_1035533All Organisms → cellular organisms → Eukaryota694Open in IMG/M
Ga0193013_1035626Not Available693Open in IMG/M
Ga0193013_1035750All Organisms → cellular organisms → Eukaryota692Open in IMG/M
Ga0193013_1035811All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis691Open in IMG/M
Ga0193013_1036080All Organisms → cellular organisms → Eukaryota688Open in IMG/M
Ga0193013_1036082All Organisms → cellular organisms → Eukaryota688Open in IMG/M
Ga0193013_1036217All Organisms → cellular organisms → Eukaryota687Open in IMG/M
Ga0193013_1036319All Organisms → cellular organisms → Eukaryota686Open in IMG/M
Ga0193013_1036420All Organisms → cellular organisms → Eukaryota685Open in IMG/M
Ga0193013_1036427All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis685Open in IMG/M
Ga0193013_1036497Not Available685Open in IMG/M
Ga0193013_1036743All Organisms → cellular organisms → Eukaryota682Open in IMG/M
Ga0193013_1036951All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis680Open in IMG/M
Ga0193013_1036953All Organisms → cellular organisms → Eukaryota680Open in IMG/M
Ga0193013_1036970All Organisms → cellular organisms → Eukaryota680Open in IMG/M
Ga0193013_1036995All Organisms → cellular organisms → Eukaryota680Open in IMG/M
Ga0193013_1037210All Organisms → cellular organisms → Eukaryota678Open in IMG/M
Ga0193013_1037399All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis676Open in IMG/M
Ga0193013_1037402Not Available676Open in IMG/M
Ga0193013_1037512All Organisms → cellular organisms → Eukaryota675Open in IMG/M
Ga0193013_1037553All Organisms → cellular organisms → Eukaryota674Open in IMG/M
Ga0193013_1037583Not Available674Open in IMG/M
Ga0193013_1037666All Organisms → cellular organisms → Eukaryota673Open in IMG/M
Ga0193013_1037696All Organisms → cellular organisms → Eukaryota673Open in IMG/M
Ga0193013_1037752All Organisms → cellular organisms → Eukaryota673Open in IMG/M
Ga0193013_1037777All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales672Open in IMG/M
Ga0193013_1037805All Organisms → cellular organisms → Eukaryota672Open in IMG/M
Ga0193013_1037866All Organisms → cellular organisms → Eukaryota → Sar672Open in IMG/M
Ga0193013_1037889All Organisms → cellular organisms → Eukaryota671Open in IMG/M
Ga0193013_1037928All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Choreotrichia → Choreotrichida → Strombidinopsidae → Strombidinopsis → Strombidinopsis acuminata671Open in IMG/M
Ga0193013_1038082Not Available669Open in IMG/M
Ga0193013_1038185All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis668Open in IMG/M
Ga0193013_1038188Not Available668Open in IMG/M
Ga0193013_1038195All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Acari → Parasitiformes → Ixodida → Ixodoidea → Argasidae → Ornithodorinae → Ornithodoros → Ornithodoros erraticus668Open in IMG/M
Ga0193013_1038312All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Isochrysidales → Noelaerhabdaceae → Emiliania → Emiliania huxleyi667Open in IMG/M
Ga0193013_1038369All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis667Open in IMG/M
Ga0193013_1038478Not Available666Open in IMG/M
Ga0193013_1038513Not Available665Open in IMG/M
Ga0193013_1038718All Organisms → cellular organisms → Eukaryota663Open in IMG/M
Ga0193013_1039057All Organisms → cellular organisms → Eukaryota660Open in IMG/M
Ga0193013_1039263All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis658Open in IMG/M
Ga0193013_1039275All Organisms → cellular organisms → Eukaryota658Open in IMG/M
Ga0193013_1039382All Organisms → cellular organisms → Eukaryota657Open in IMG/M
Ga0193013_1039472All Organisms → cellular organisms → Eukaryota656Open in IMG/M
Ga0193013_1039498All Organisms → cellular organisms → Eukaryota656Open in IMG/M
Ga0193013_1039518All Organisms → cellular organisms → Eukaryota656Open in IMG/M
Ga0193013_1039751All Organisms → cellular organisms → Eukaryota → Sar654Open in IMG/M
Ga0193013_1039796All Organisms → cellular organisms → Eukaryota653Open in IMG/M
Ga0193013_1039812All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis653Open in IMG/M
Ga0193013_1039817All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis653Open in IMG/M
Ga0193013_1039827All Organisms → cellular organisms → Eukaryota653Open in IMG/M
Ga0193013_1039860Not Available653Open in IMG/M
Ga0193013_1039901All Organisms → cellular organisms → Eukaryota652Open in IMG/M
Ga0193013_1039915All Organisms → cellular organisms → Eukaryota652Open in IMG/M
Ga0193013_1039954All Organisms → cellular organisms → Eukaryota652Open in IMG/M
Ga0193013_1040041All Organisms → cellular organisms → Eukaryota651Open in IMG/M
Ga0193013_1040234All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis650Open in IMG/M
Ga0193013_1040259All Organisms → cellular organisms → Eukaryota649Open in IMG/M
Ga0193013_1040445All Organisms → cellular organisms → Eukaryota648Open in IMG/M
Ga0193013_1040497All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis647Open in IMG/M
Ga0193013_1040601All Organisms → cellular organisms → Eukaryota646Open in IMG/M
Ga0193013_1040610All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis646Open in IMG/M
Ga0193013_1040813Not Available644Open in IMG/M
Ga0193013_1041146All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis641Open in IMG/M
Ga0193013_1041280All Organisms → cellular organisms → Eukaryota640Open in IMG/M
Ga0193013_1041297All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis640Open in IMG/M
Ga0193013_1041373All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae640Open in IMG/M
Ga0193013_1041383Not Available639Open in IMG/M
Ga0193013_1041400All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis639Open in IMG/M
Ga0193013_1041488All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum638Open in IMG/M
Ga0193013_1041642All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis637Open in IMG/M
Ga0193013_1041700All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus637Open in IMG/M
Ga0193013_1041703All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus637Open in IMG/M
Ga0193013_1041868All Organisms → cellular organisms → Eukaryota635Open in IMG/M
Ga0193013_1041923All Organisms → cellular organisms → Eukaryota635Open in IMG/M
Ga0193013_1041939All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Choreotrichia → Choreotrichida → Strombidinopsidae → Strombidinopsis → Strombidinopsis acuminata635Open in IMG/M
Ga0193013_1042108All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis633Open in IMG/M
Ga0193013_1042110Not Available633Open in IMG/M
Ga0193013_1042136All Organisms → cellular organisms → Eukaryota633Open in IMG/M
Ga0193013_1042389Not Available631Open in IMG/M
Ga0193013_1042416All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis631Open in IMG/M
Ga0193013_1042447All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Pseudodiaptomidae → Pseudodiaptomus → Pseudodiaptomus poplesia630Open in IMG/M
Ga0193013_1042464All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis630Open in IMG/M
Ga0193013_1042476All Organisms → cellular organisms → Eukaryota630Open in IMG/M
Ga0193013_1042549Not Available629Open in IMG/M
Ga0193013_1042738All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda628Open in IMG/M
Ga0193013_1042849All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea627Open in IMG/M
Ga0193013_1042922All Organisms → cellular organisms → Eukaryota626Open in IMG/M
Ga0193013_1042937All Organisms → cellular organisms → Eukaryota626Open in IMG/M
Ga0193013_1042951Not Available626Open in IMG/M
Ga0193013_1043057All Organisms → cellular organisms → Eukaryota625Open in IMG/M
Ga0193013_1043171All Organisms → cellular organisms → Eukaryota624Open in IMG/M
Ga0193013_1043175All Organisms → cellular organisms → Eukaryota624Open in IMG/M
Ga0193013_1043189Not Available624Open in IMG/M
Ga0193013_1043516All Organisms → cellular organisms → Eukaryota622Open in IMG/M
Ga0193013_1043573All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales621Open in IMG/M
Ga0193013_1043610All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis621Open in IMG/M
Ga0193013_1043613All Organisms → cellular organisms → Eukaryota621Open in IMG/M
Ga0193013_1043619All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda621Open in IMG/M
Ga0193013_1043659All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis621Open in IMG/M
Ga0193013_1043704All Organisms → cellular organisms → Eukaryota620Open in IMG/M
Ga0193013_1043727All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis620Open in IMG/M
Ga0193013_1043926All Organisms → cellular organisms → Eukaryota618Open in IMG/M
Ga0193013_1043929All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Symbiodiniaceae → Symbiodinium → Symbiodinium necroappetens618Open in IMG/M
Ga0193013_1043931All Organisms → cellular organisms → Eukaryota618Open in IMG/M
Ga0193013_1043956Not Available618Open in IMG/M
Ga0193013_1043968All Organisms → cellular organisms → Eukaryota618Open in IMG/M
Ga0193013_1044063All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis617Open in IMG/M
Ga0193013_1044169Not Available616Open in IMG/M
Ga0193013_1044173All Organisms → cellular organisms → Eukaryota616Open in IMG/M
Ga0193013_1044401Not Available615Open in IMG/M
Ga0193013_1044411All Organisms → cellular organisms → Eukaryota615Open in IMG/M
Ga0193013_1044428All Organisms → cellular organisms → Eukaryota614Open in IMG/M
Ga0193013_1044442All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda614Open in IMG/M
Ga0193013_1044598All Organisms → cellular organisms → Eukaryota613Open in IMG/M
Ga0193013_1044822All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Bigyra → Opalozoa → Bicosoecida → unclassified Bicosoecida → Bicosoecida sp. CB-2014611Open in IMG/M
Ga0193013_1044823All Organisms → cellular organisms → Eukaryota611Open in IMG/M
Ga0193013_1045189All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Saprolegniales → Saprolegniaceae → Saprolegnia → Saprolegnia parasitica608Open in IMG/M
Ga0193013_1045430All Organisms → cellular organisms → Eukaryota606Open in IMG/M
Ga0193013_1045432All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis606Open in IMG/M
Ga0193013_1045447All Organisms → cellular organisms → Eukaryota606Open in IMG/M
Ga0193013_1045461All Organisms → cellular organisms → Eukaryota606Open in IMG/M
Ga0193013_1045592Not Available605Open in IMG/M
Ga0193013_1045624All Organisms → cellular organisms → Eukaryota605Open in IMG/M
Ga0193013_1045698All Organisms → cellular organisms → Eukaryota604Open in IMG/M
Ga0193013_1045849All Organisms → cellular organisms → Eukaryota603Open in IMG/M
Ga0193013_1045930All Organisms → cellular organisms → Eukaryota602Open in IMG/M
Ga0193013_1045944All Organisms → cellular organisms → Eukaryota602Open in IMG/M
Ga0193013_1046090Not Available601Open in IMG/M
Ga0193013_1046199All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis600Open in IMG/M
Ga0193013_1046203All Organisms → cellular organisms → Eukaryota600Open in IMG/M
Ga0193013_1046220All Organisms → cellular organisms → Eukaryota600Open in IMG/M
Ga0193013_1046236All Organisms → cellular organisms → Eukaryota600Open in IMG/M
Ga0193013_1046357All Organisms → cellular organisms → Eukaryota599Open in IMG/M
Ga0193013_1046400All Organisms → cellular organisms → Eukaryota599Open in IMG/M
Ga0193013_1046408All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus599Open in IMG/M
Ga0193013_1046550All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda598Open in IMG/M
Ga0193013_1046614All Organisms → cellular organisms → Eukaryota597Open in IMG/M
Ga0193013_1046761All Organisms → cellular organisms → Eukaryota596Open in IMG/M
Ga0193013_1046916All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea595Open in IMG/M
Ga0193013_1047000All Organisms → cellular organisms → Eukaryota594Open in IMG/M
Ga0193013_1047013All Organisms → cellular organisms → Eukaryota594Open in IMG/M
Ga0193013_1047110All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda594Open in IMG/M
Ga0193013_1047165Not Available593Open in IMG/M
Ga0193013_1047361All Organisms → cellular organisms → Eukaryota592Open in IMG/M
Ga0193013_1047559All Organisms → cellular organisms → Eukaryota590Open in IMG/M
Ga0193013_1047608All Organisms → cellular organisms → Eukaryota590Open in IMG/M
Ga0193013_1047653All Organisms → cellular organisms → Eukaryota590Open in IMG/M
Ga0193013_1047656Not Available590Open in IMG/M
Ga0193013_1047748All Organisms → cellular organisms → Eukaryota589Open in IMG/M
Ga0193013_1047919All Organisms → cellular organisms → Eukaryota588Open in IMG/M
Ga0193013_1048009All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis587Open in IMG/M
Ga0193013_1048030Not Available587Open in IMG/M
Ga0193013_1048136All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis586Open in IMG/M
Ga0193013_1048159Not Available586Open in IMG/M
Ga0193013_1048164All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales586Open in IMG/M
Ga0193013_1048335All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Pyrocystaceae → Alexandrium → Alexandrium catenella585Open in IMG/M
Ga0193013_1048409All Organisms → cellular organisms → Eukaryota584Open in IMG/M
Ga0193013_1048588All Organisms → cellular organisms → Eukaryota583Open in IMG/M
Ga0193013_1048736All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus582Open in IMG/M
Ga0193013_1048743Not Available582Open in IMG/M
Ga0193013_1048766Not Available582Open in IMG/M
Ga0193013_1048883All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis581Open in IMG/M
Ga0193013_1048891All Organisms → cellular organisms → Eukaryota581Open in IMG/M
Ga0193013_1049026All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis580Open in IMG/M
Ga0193013_1049039All Organisms → cellular organisms → Eukaryota580Open in IMG/M
Ga0193013_1049043All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis580Open in IMG/M
Ga0193013_1049125All Organisms → cellular organisms → Eukaryota579Open in IMG/M
Ga0193013_1049226All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea579Open in IMG/M
Ga0193013_1049349All Organisms → cellular organisms → Eukaryota578Open in IMG/M
Ga0193013_1049550All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda577Open in IMG/M
Ga0193013_1049587All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis576Open in IMG/M
Ga0193013_1049756Not Available575Open in IMG/M
Ga0193013_1049770All Organisms → cellular organisms → Eukaryota575Open in IMG/M
Ga0193013_1049881All Organisms → cellular organisms → Eukaryota574Open in IMG/M
Ga0193013_1049934All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea574Open in IMG/M
Ga0193013_1049952All Organisms → cellular organisms → Eukaryota574Open in IMG/M
Ga0193013_1050273All Organisms → cellular organisms → Eukaryota571Open in IMG/M
Ga0193013_1050346All Organisms → cellular organisms → Eukaryota571Open in IMG/M
Ga0193013_1050671All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis569Open in IMG/M
Ga0193013_1050803All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda568Open in IMG/M
Ga0193013_1050928All Organisms → cellular organisms → Eukaryota567Open in IMG/M
Ga0193013_1051061All Organisms → cellular organisms → Eukaryota → Sar566Open in IMG/M
Ga0193013_1051063All Organisms → cellular organisms → Eukaryota566Open in IMG/M
Ga0193013_1051089Not Available566Open in IMG/M
Ga0193013_1051193All Organisms → cellular organisms → Eukaryota565Open in IMG/M
Ga0193013_1051486Not Available564Open in IMG/M
Ga0193013_1051496All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Choreotrichia → Choreotrichida → Strombidinopsidae → Strombidinopsis → Strombidinopsis acuminata564Open in IMG/M
Ga0193013_1051507All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus563Open in IMG/M
Ga0193013_1051525Not Available563Open in IMG/M
Ga0193013_1051576All Organisms → cellular organisms → Eukaryota563Open in IMG/M
Ga0193013_1051730All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Choreotrichia → Choreotrichida → Strombidinopsidae → Strombidinopsis → Strombidinopsis acuminata562Open in IMG/M
Ga0193013_1051830All Organisms → cellular organisms → Eukaryota561Open in IMG/M
Ga0193013_1052058All Organisms → cellular organisms → Eukaryota560Open in IMG/M
Ga0193013_1052126All Organisms → cellular organisms → Eukaryota559Open in IMG/M
Ga0193013_1052129All Organisms → cellular organisms → Eukaryota559Open in IMG/M
Ga0193013_1052165All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis559Open in IMG/M
Ga0193013_1052169All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis559Open in IMG/M
Ga0193013_1052275Not Available558Open in IMG/M
Ga0193013_1052329All Organisms → cellular organisms → Eukaryota → Sar558Open in IMG/M
Ga0193013_1052413All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis557Open in IMG/M
Ga0193013_1052620All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea556Open in IMG/M
Ga0193013_1052705All Organisms → cellular organisms → Eukaryota555Open in IMG/M
Ga0193013_1052766All Organisms → cellular organisms → Eukaryota555Open in IMG/M
Ga0193013_1052786All Organisms → cellular organisms → Eukaryota555Open in IMG/M
Ga0193013_1052787All Organisms → cellular organisms → Eukaryota555Open in IMG/M
Ga0193013_1052865All Organisms → cellular organisms → Eukaryota554Open in IMG/M
Ga0193013_1053003All Organisms → cellular organisms → Eukaryota553Open in IMG/M
Ga0193013_1053178All Organisms → cellular organisms → Eukaryota552Open in IMG/M
Ga0193013_1053309All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis552Open in IMG/M
Ga0193013_1053836All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis548Open in IMG/M
Ga0193013_1053853All Organisms → cellular organisms → Eukaryota548Open in IMG/M
Ga0193013_1053881All Organisms → cellular organisms → Eukaryota548Open in IMG/M
Ga0193013_1053936All Organisms → cellular organisms → Eukaryota548Open in IMG/M
Ga0193013_1053956All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica548Open in IMG/M
Ga0193013_1053992All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis547Open in IMG/M
Ga0193013_1054015All Organisms → cellular organisms → Eukaryota547Open in IMG/M
Ga0193013_1054343All Organisms → cellular organisms → Eukaryota545Open in IMG/M
Ga0193013_1054464All Organisms → cellular organisms → Eukaryota545Open in IMG/M
Ga0193013_1054519All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis544Open in IMG/M
Ga0193013_1054605All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Bacillariophyta → Bacillariophyceae → Bacillariophycidae → Bacillariales → Bacillariaceae → Fragilariopsis → Fragilariopsis cylindrus → Fragilariopsis cylindrus CCMP1102544Open in IMG/M
Ga0193013_1054669All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida543Open in IMG/M
Ga0193013_1054679All Organisms → cellular organisms → Eukaryota543Open in IMG/M
Ga0193013_1054682All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae543Open in IMG/M
Ga0193013_1054769Not Available543Open in IMG/M
Ga0193013_1054818All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda542Open in IMG/M
Ga0193013_1054856All Organisms → cellular organisms → Eukaryota542Open in IMG/M
Ga0193013_1054975Not Available541Open in IMG/M
Ga0193013_1054978All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda541Open in IMG/M
Ga0193013_1055307All Organisms → cellular organisms → Eukaryota539Open in IMG/M
Ga0193013_1055424All Organisms → cellular organisms → Eukaryota538Open in IMG/M
Ga0193013_1055751All Organisms → cellular organisms → Eukaryota536Open in IMG/M
Ga0193013_1055780All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea536Open in IMG/M
Ga0193013_1055820All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis536Open in IMG/M
Ga0193013_1055957All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda535Open in IMG/M
Ga0193013_1056025All Organisms → cellular organisms → Eukaryota535Open in IMG/M
Ga0193013_1056141All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda534Open in IMG/M
Ga0193013_1056201All Organisms → cellular organisms → Eukaryota534Open in IMG/M
Ga0193013_1056233Not Available534Open in IMG/M
Ga0193013_1056299All Organisms → cellular organisms → Eukaryota533Open in IMG/M
Ga0193013_1056529All Organisms → cellular organisms → Eukaryota532Open in IMG/M
Ga0193013_1056629All Organisms → cellular organisms → Eukaryota531Open in IMG/M
Ga0193013_1056833All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Pelagophyceae → Pelagomonadales → Pelagomonas → Pelagomonas calceolata530Open in IMG/M
Ga0193013_1056849All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda530Open in IMG/M
Ga0193013_1056907All Organisms → cellular organisms → Eukaryota530Open in IMG/M
Ga0193013_1056984Not Available529Open in IMG/M
Ga0193013_1057002All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis529Open in IMG/M
Ga0193013_1057117All Organisms → cellular organisms → Eukaryota528Open in IMG/M
Ga0193013_1057159All Organisms → cellular organisms → Eukaryota528Open in IMG/M
Ga0193013_1057303Not Available527Open in IMG/M
Ga0193013_1057348All Organisms → cellular organisms → Eukaryota527Open in IMG/M
Ga0193013_1057358All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis527Open in IMG/M
Ga0193013_1057361All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica527Open in IMG/M
Ga0193013_1057377All Organisms → cellular organisms → Eukaryota527Open in IMG/M
Ga0193013_1057558All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis526Open in IMG/M
Ga0193013_1057633All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis525Open in IMG/M
Ga0193013_1057665Not Available525Open in IMG/M
Ga0193013_1057668All Organisms → cellular organisms → Eukaryota525Open in IMG/M
Ga0193013_1058068All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis523Open in IMG/M
Ga0193013_1058106All Organisms → cellular organisms → Eukaryota523Open in IMG/M
Ga0193013_1058192All Organisms → cellular organisms → Eukaryota522Open in IMG/M
Ga0193013_1058313All Organisms → cellular organisms → Eukaryota521Open in IMG/M
Ga0193013_1058317All Organisms → cellular organisms → Eukaryota521Open in IMG/M
Ga0193013_1058322All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Prorocentrales → Prorocentraceae → Prorocentrum → Prorocentrum minimum521Open in IMG/M
Ga0193013_1058349All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus521Open in IMG/M
Ga0193013_1058494All Organisms → cellular organisms → Eukaryota520Open in IMG/M
Ga0193013_1058520All Organisms → cellular organisms → Eukaryota520Open in IMG/M
Ga0193013_1058533All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Symbiodiniaceae → Symbiodinium520Open in IMG/M
Ga0193013_1058554Not Available520Open in IMG/M
Ga0193013_1058605All Organisms → cellular organisms → Eukaryota520Open in IMG/M
Ga0193013_1058685Not Available519Open in IMG/M
Ga0193013_1058860All Organisms → cellular organisms → Eukaryota518Open in IMG/M
Ga0193013_1059238All Organisms → cellular organisms → Eukaryota516Open in IMG/M
Ga0193013_1059290Not Available516Open in IMG/M
Ga0193013_1059552All Organisms → cellular organisms → Eukaryota514Open in IMG/M
Ga0193013_1059575All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis514Open in IMG/M
Ga0193013_1059760All Organisms → cellular organisms → Eukaryota → Opisthokonta513Open in IMG/M
Ga0193013_1059761All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica513Open in IMG/M
Ga0193013_1060009Not Available512Open in IMG/M
Ga0193013_1060412All Organisms → cellular organisms → Eukaryota → Sar509Open in IMG/M
Ga0193013_1060425All Organisms → cellular organisms → Eukaryota509Open in IMG/M
Ga0193013_1060456All Organisms → cellular organisms → Eukaryota → Discoba → Euglenozoa → Euglenida → Spirocuta → Euglenophyceae → Eutreptiales → Eutreptiella → Eutreptiella gymnastica509Open in IMG/M
Ga0193013_1060780All Organisms → cellular organisms → Eukaryota507Open in IMG/M
Ga0193013_1060924All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis506Open in IMG/M
Ga0193013_1060949All Organisms → cellular organisms → Eukaryota506Open in IMG/M
Ga0193013_1061334Not Available504Open in IMG/M
Ga0193013_1061353All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica504Open in IMG/M
Ga0193013_1061396All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae504Open in IMG/M
Ga0193013_1061540All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis503Open in IMG/M
Ga0193013_1061558Not Available503Open in IMG/M
Ga0193013_1061602All Organisms → cellular organisms → Eukaryota503Open in IMG/M
Ga0193013_1062100Not Available500Open in IMG/M

Sequences

Scaffold IDProtein IDFamilySequence
Ga0193013_1000029Ga0193013_10000292F093203MNSNKLKILLTNTQVLKSDLSDLKKYSYFLKKNNYTFSFYNYKVIYRQLKLLVFILKSFRYHNEVIAFMGLSKKDHPDYLIFNTILKKFVLKKGYIFVDNKFNGFFYNRWSLYKRQSHPSNFFLNLQQNNKFPVVLISFSKETNNAVFREFSKFGIPIIYILEGYKHFDFKDYPILGSYSRKMLNFYLNILQYCLK
Ga0193013_1000187Ga0193013_10001872F000158MRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERSEQIGKLDGLIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLETKRAVVKELIAKGKQLLENPDKPKFLDSHVSRIEVGWDDTKDKASARLTLLQNTKDAWVGYADGLESIAVEFEKGEDEIKKIKKRFNLAAAQEDLEKRQKIFNDTKNTIEGMFGAIQKNYDCMTMTLPEDKKDFVKKEVKAISEKLVVVEKFKEKVDKIENFVNRLNEFDKSLKSMDVWMKEAETQLNDIKNNSDKMTPEDRVSYTMELQEDVAAKVEIIKANIAGEVELLPQGEKVPQDAQDYKDELKRIETFVLDLQKKVMKECDNFSEDVKYWAEYKTGIKSFRPWLEAAEAKSTEGLSKPQTLDEANAMYANVNDFDTGCVKHLKILMDAAGAANKMTTHKEADDEVAGLKTRYEKVKAVSDEWMKKVDTLVKEWKLLDNTVTELNSWVAKDRGAEGEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1000194Ga0193013_10001941F000158MTFWQENYPFIKDVYIMRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERSEQIGKLDGLIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLETKRAVVKELIAKGKQLLENPDKPKFLDSHVSRIEVGWDDTKDKASARLTLLQNTKDAWVGYADGLESIAVEFEKGEDEIKKIKKRFNLAAAQEDLEKRQKIFNDTKNTIEGMFGAIQKNYDCMTMTLPEDKKDFVKKEVKAISEKLVVVEKFKEKVDKIENFVNRLNEFDKSLKSMDVWMKEAETQLNDIKNNSDKMTPEDRVSYTMELQEDVAAKVEIIKANIAGEVELLPQGEKVPQDAQDYKDELKRIETFVLDLQKKVMKECDNFSEDVKYWAEYKTGIKSFRPWLEAAEAKSTEGLSKPQTLDEANAMFANVNDFDQACLKHLKILTDAAGAANKMTTHKEADDEVAGLKGRYEKVKAVSDEWMKKVDTLVKEWKLLDNTVTELNSWVAKDRGAEGEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1000319Ga0193013_10003192F000158MVEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERTEQLSKLDSIIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLTQLETKRSIVRDLISKGRQLLENPDKPKFLDSHVGRIEQGWDETKEKASARLNLLTNTKAAWEGYGAGLENIAVEFDKAEEEIKKVKKRFNLAAACEDLEKRQKIFGDTKGTIDGMYNSIQHDYDVMTMTLPEDKKDFVKKEVKGVTDKLEVLGRFKEKVDKIDEFVTSLKNFDVTLKDIDGWMKDAENQLNEIKNNSDKMTPEDRVSYTMELQEDVAAKDQIIKKSIEAEAELLPQGDKVPQDAQDYKDELKRIQDFVSNLYQKVMKECDNFSEDVKYWAEYKTGIKEFKPWLDSAEKKSTEGLSKPQTLDEASAMFAAVKTFEASCIKHLKVLTEAAGAANKMTTHKEADAEVAELNVRYEKVKLVADEWMKKCDTLVKEWQLLDNTVTELNSWVAKDRGAEGEQNFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1000335Ga0193013_10003351F024094MLATCLLALLALSSQCHGAALDRAKRNAIVGELDRSFDLFGVHIGIKYKDPADRAKGGQLRLVIDDMKAIFPRARSKSIDVHVKLDGGVSKTDGLFDLDIHYTLNHADGTGVESGSLKMFRHKEGNNWVSHVKTATTGTAYGSTSIIPSMINNAQIDVLSDRQTKFNLKYLNKYKNRDIEINVDRVPGREAHVTVSKSDGSKMMDLKFTATDLNLRKPDGNFRVALDGTVAGDQISGHVEGEKSDKGYRIQVDLTKGNRKALQVDAKVKADPASMQYSTKTKYSVMGGVLQGTVVMKYENKEFTFTHIDKDKKEKMELRVFLNPGEKLEIEGKKNGVSMWTYKTLRKTINNANKFDLTFETDMTLSSQSVLYTLLDKYYAYGAFNVRRNEIRIMVDRQNRNFLLPKFLIDVKLFKEGEQVVTLKIDSTGTPYTFYFEAPNVFRRWNIHYDHIEGTMTHIPGSSIKIETNLEGGIEISGQRGDNSKGGRDIHILTKKAGKQMMKVDISTEKTVNDNEIKLVLRDAVEVDRDSVLYRKIVRNYRLLTPFNKRTGEFEIFVNKKSRNVLLNKFYVKGEVKKDAQTVMKALLTTNEKPYKMSLYLPTLLNKIYSDMDKYEVTVDHTPGQMLEVKTNGKKFKGFKIAKTGSGNEREIEINGKKLGSGDYTLTDNSFKTKVTVADGNWIEPKITWQGKLPNNAREAEKFFLKNSLTAEVKGSKRHFNADFDWKMDKPDFDFSTPWDCKMNFNIAGEGPNWGTYSLSRDVTASVANKVIKFAVAGDSSFTKGVFAKISPVNTDVDLTFMINDRDLVGKFSKVIKGKEYSIEFPAGSFVMPKITWGQ
Ga0193013_1000336Ga0193013_10003361F024094MLATCLLGLLALSSQCHGAALDRAKRNAIVGELDRSFDLFGVHIGIKYKDPADRAKGGELSVVVDDMKAIFPYAKSKAIDVHLKFDGGASKTDGLFDLDIVYKLTHPDNHGVEEGSLKLFRHKEGNNWVSHLKTVATPAPHGTNSIIPSMINNAQIDVVSDRQTKFNLKYLNKYKNRDIEINVDRIPGQEAHVTVGKSDGSKMMDIKFTASDLNLRRPDGNFRVGLDGTVMGEQISGSVEGEKTSKGFRIKVNIEKGNRKALQVDAKVKADPANMQYSTKTIYSVMGGVIQGTVMAKFENKEFTFSHVNKDTKEKMDLRVFLNPGQKLEIEGKKNGEVMWSYSTKRTTINDANTFDLNMETDMTLSSQSILYTLLDKYYAYGAFNVRRNEIRVFVDKQNKNFLFPKFLVDVKLYKEGQQVVTLKIDSRSTPYTFLFVAPNVFDRWNINYDKIEGKMTHIPGSSIKIETNLGGNIMIEGQRGDNSKGGRDIHILTKKDNKQMMKVDISTEKTIDNNQIKLVLRDSVEIDPDSMLYRKIVRNYRLLTPFNKRTGEFEIFVNKKSRNVLLNKFYVKGEVKKDAQTVMKALLTTNEKPYKMSLYLPTLLNKIYSDMDKYEVTVDHTPGQMLEVKTNGKKFKGFKIAKTGSGNEREIEINGKKLGSGDYTLTDNSFKTKVTVADGNWIEPKITWQGKLPNNAREAEKFFLKNSLTAEVKGSKRHFNADFDWKMDKPDFDFSTPWDCKMNFNIAGEGPNWGTYSLSRDVTASVANKVIKFAVAGDSSFTKGVFAKISPVNTDVDLTFMINDRDLVGKFSKVIKGKEYSIEFPAGSFVMPKITWGQ
Ga0193013_1000340Ga0193013_10003401F033295HGDLGASFQANNMAVTAWLLAALAIASTCNGASIQKREAIEGRLDRQLDIFGIHFSAQYKDPAMRSKGGKWHLKVDDMKRIFPRAHSKAIEVNVDFEPSETKKPADNFKFNVKYALTHGDGDGDEKGTLMITRQKEGDMWTTKVKTTGEPMPQGTIIPKRIRNMDWQMSSDRQTKFNFDYTNPDMNRNFHVKIDRVPGKQMHVIITNGDRKHDLTFKVQDFDLSKVDGNFEIQVEGTSMGESVKGSIKGEANPKGNRVKVEFEKGNKKWVQIDSKIKKNIPALYFETKTKYSLMGGALQGTIKAKFENGQLNLENELNGDKIELRVKVIPGESADIEAKKNGVTMWTYKTKRTTTRTPEKFEMELVTDMTLNSDSMLWHFLDKNYPYGAFNTRKNTLKVFVDKMNGNKFFNKFWVEINLFKDGEKTVDLMMDTRTKPYKFLFFAPRVFKRWNINVPDNKIEATLTHDIGSRLVFETNVAGGIFIEGTRGMNDKGGRDIHILTKKAGKQMMKFDLSTEKMINDDQIMIKLHDSLEIDPDSALFRRVVSKYRFLTQFQKRTGEYEFYVNKKERNVLLHKFHVKGEVKKDGQTAMKLLLSTDEKPYKFELFLPILLNKIYSDMNEYKMSVDHVPGDHLNIQTNGKKFKSFVIAKTGNNNERKIEINGKQLASGDYTLTDNSFKTKITLQNGDWLEPKVTWEGALPKSRSEAEKFFLKNNFKISATGSKRNFDIDLSWKATKPDWDFSTPESLKIDINAKGESPRWGNWMLSRDASFKVENKVIQADVSGKAHFKGGLLATSTPIVTEVHMKYLIPQRDLQGKFSKMINGKEYSINFPDGFGVMPQIKMGQ
Ga0193013_1000361Ga0193013_10003611F024094MLATCLLAFAALSSTCDGRAIVGELDRSFDLFGVHIAIKYKDPSDRAKGGELSLAVDDTKALFRRARSQSFNVHLKFDGGDSKTDGLFDLDIEYNLVHADNHGVEAGTLKMFRHKQGDTWTSHVKTETSGAPHGVKTIIPSMINNAQIDVVSDRQTKFNLKYVNQYKNRDLEINVDRIPGQEAHVTIGKTDGSKMMDLKFTASDLNLRQPDGNFRVGVEGTVLGETISGSVEGTAAAKGYRIKVDLAKGGRKFLQVDSKVKADPANMQFSTKTQYSVMAGVLQGTVIMKFANKEFTFSHVNSDSKEKIELRVFLNPGDKLEVEGKKNGQSMWKYSTKRTTVDNAQKYEMTLATDMTLSSQSILYKILEDHYPYGAFNVRRNEVKIFIDRQNKNFLFPKFHVDVKLYKEGEKVVTLDIDSRNSPYTFLFIAPNVFNRWNIKMDKIEGQMTHVPGSSIHIETNLGGGIKIDGQRGDNSKGGRDIHIRTEKAGKQMMKVDISTEKTVNDNEIKLVLRDAVEVDPDSVLYRRIVRNYRLLTPFNKRTGEFEFYLNKNARNVLLNKFYVKGEVKKDSQTVMKALLTTNETPYKMSLYMPVVLNKIYSDMDTYEMTVNHNPGQLLEVKTNGKKFKGFKISKTGNGNEREFEINGKKLGSGDYVLTDNSFKTKVTRADGEWIEPKITWRGSLPNNAQEAKAFFLENSLKADVKGSRRHFNAGLDWTMDQPDFDFSTPWNCKLNFNIAGEGPNWGTYHIKRDMTAAVANKVIKLAVSGDAAFTLGPFAKISPVTTDVDLKYLMNERDLVGKFSKVIKGKEYSITFPAGSFVMPKITWGQ
Ga0193013_1000362Ga0193013_10003621F024094MLATCLLAFAALSSTCNGRAIVGELDRSFDLFGVHIGLKYLDPNDRAKGGELSLAVDDTRALFRRARSQSFNVHVKFDGGVSKTDGLFDLDIDYNLVHADDHGVEAGTLKMFRHKQGDTWTSHVKTETSGAPHGVKTIIPSMINNAQIDVVSDRQTKFNLKYVNQYKNRDLEINVDRIPGQEAHVTIGKTDGSKMMDLKFTATDLNLRKPDGNFKVGLEGTVFGEAISGSVDGTASAQGYRIKVDLAKGGRKFLQVDAKVKSDLAKMQFSTKTQYSVMAGVLQGTVIMKFANKEFTFSHVNTDSKEKLELRVFLNPGDKLEIEGKKNGNSMWKYSTKRTTIDNAQKYDMTLTTDMTLNSQSIFYKLLEDHYPYGAFNERRNEIRIFIDRQNKNFLFPKFLVDVKLYKEGEKVVTLNIDSRTSPYTFLFIAPNVFNRWNINMDKIEGQMTHVPGSSINIETNLGGGIKINAQRGNNNKGGRDIQIRTEKAGKQMMKVDISTEKTVNDNEIKLVLRDAVEVDPDSVLYRRIVRNYRLLTPFNKRTGEFEFYLNKNAKNVLLNKFYVKGEVKKDSQTVMKALLTTNEAPYKMSLYMPALLNKIYSDMDTYEMTVNHNPGQLLEVKTNGKKFKGFKISKTGNGNEREFEINGKKLGSGDYVLTDNSFKTKITRADGEWIEPKITWRGSLPNNAAEAKAFFLENSLKADVKGSLRHFNAGLDWTMDQPDFDFSTPWNCKLNFNIAGEGPNWGTYHIKRDMTAAVANKVIKLAVSGDAAFTLGPFAKISPVTTDVDLKYLMNERDLVGKFSKVIKGKEYSITFPAGSFVMPKITWGQ
Ga0193013_1000366Ga0193013_10003661F024094MLTTCLLALLALSSTCHGAALVKREAIAGDLDRSFDLFGVHIGLKYKNPSDRMKGGQLRVAVEDMKAIFPMARSKSIDVTVKFDGGDSKTDGLFDLDIDYHLVHPNDHGVEEGTLKMFRHKEGNNWVSHLKTVATPAPHGTRSIIPSMINNAQIDMVSDRQTKFNLKYLNKYKNRDLEINVDRVPGKQAHVTIGKSDGTKMVDITFTASNLDLRRPDGNFKVGLSGTVAGEQISGEVEGEKTSKGLRIKVNLEKGNRKALQVDAKVKADPANMQYSTKTVYSVMGGVIQGTVMMKFENKEFTFSHVNKDTKERMDLKVFLDIGHKLEIEGKKNGEIMWSYSTTRTTVNDANRFDMSLETDMTLSSQSILYTLLDKYYAYGAFNVRRNEVRIFVDKQNKNFLFPKFLVDVKLFKEGQQVVTLKVDSTGTPYEFLFIAPNVFDRWNINYDKIEGKMTHIPGSSIKIETNLGGDIVIEGQRGNNNKGGRDIHILTKKANKQMMKVDISTEKTVDNNQIKLVLKDSVEIDPDSVLYRKIVRNYRLLTPFNKRTGEFEFFVNKNEKNVLLNKFYVKGEVKKDDETVMKALLTTNDKPYKMSLYMPALLNKIYRDMDKYEVTVDHNPGQLLEVKTNGKKFKGFKIAKTGSGNEREFEINGKKLGSGDYTLTDNSFKTKVTVADGNWIEPKITWQGRLPNNAREAKAFFLKNSMTAEVKGSRRHFNADLDWKMEEPDFDFSTPWKCKMNFNIAGEGPNWGTYSLSRDVSASVANKVIKLAVSGDSSFTNGVFARISPVTTDVDLTYKINDRDLVGKFSKVIKGKEYSIVFPAGSFVMPQITWGQ
Ga0193013_1000390Ga0193013_10003901F031753HGDLRGELCSLTMLASCLLAALALSSTCHGAALDRVKREAIVGKLDRSFDMFGVHVGLKYKDPADRLKGGELRVAIDDMKAIFPRAHIKRIDINLKFDGGASKTDGLFNLNLNYLLEHGDGDGDETGSLTLFRKKEGDNWVSQLKTVTTGSHTGRPILPSQITNAQIDVVSDRKTKFNLKYVNPSKGRDMEIDIDRIPGKQAKVKITNGASTLVDLTFGATDLDLRRPDGNFKVSVDGMVGGDKISGSVEGKKSSQGYRVKIDLSKGNRKALQVDSKVKADPAEKSYSTKTIYSAMGGVIQGTVMLKYADKVLTFSHTDKNTKDKVELMVKLIPGKTLEVEGKKNGEVMWSYKSLRTTVDTPNKFEMTLNTDMTLNSKSILWTMMDKYYPYGAFNVRRNEVRVFVDKKERNLLLPKFLIDVKLYKEGVQVVTLDIDTTVKPYKFLFIAPNIFKRWNVKYDKIEGSMDHDIGKSINIKTNIGGGIEIQGNRGNNNKGGRDINILTKKAGKQMMKINISTEKNVDDNEIRLVLRDSVEIDPDSLLYRKIVKNYRLLTPFTKRTGEFEIYVNKRQANVLLPKFSIKGEVKKDATTVMKAQLTTESKPYQLSLYLPTVLNKIYSDMDEYKVTVTHNPGQLLQIDTNGKKFKGFKISRTGSGNEREIVINGKKLGSGDYTLTDNSFSTKVTIADGNWIQPKVTWEGKLPSNKAEAETFFLKNNVHVEATGSKRSFNGNLQWKMDKPDFDFNTPWNCKMTLNLEGEGPNWGTYSISRNVKGAVANKIIELAVTGDASFTKGVFAKISPVNTDVNLKYVMADRDLIGKFSKIMNGKEYSVDFPVGSGVIPKIVWGQ
Ga0193013_1000441Ga0193013_10004411F031753TWDLRGGLKSLNMLASWLLAVLALSSTCHGAALDRVRREAIKGKLDRSFDMFGVHIGLKYKDPSDRMKGGELRVAIDDMKALFPRAHSKRIDVNLNFDGGASKTDGVFDLNLKYLLEHGDGDGDETGTLSLKRSKQGNVYVSQLKTQTTGSHSGRPIIPAAITNAQIDVKSDRKTMFNLKYVNPSKGRDVEIDFNRVPGKQATLKITKSGSALVDLTFTAEDLNLRQPDGNFKVGVSGTVTGERIEGSVEGKKSAQGYRVKTDLSKGGKKALQVDSKVKADPSQKSYSTKTVYSVMGGIIQGTIVLKYEGGVLTFSNVDKNTKDKIEFKFALDYGKSLYIEGKKNGDTMWTYNTLRNTVNNDDKFEMTLETDLTLNSKSILWTMMDKYYPYGAFNVRRNEVRIFVDKKNRNLLLPKFTVDVKLYKEGKQVVTLDIDTTVKPYKFLFVAPNVFKRWNVKYDKIEGTMDHVIGKSINIKTNIGGGIEIDGNRGDNSKGGRDINIVTKKGGKQMMKIAISTEKTVNDNEIRLTLRDSVEIDPDSLLYRKIVNNYRLLTPFTKRTGEFEIYVNKKEKNVLLPKFSIKGEVKKDSETVMKALLTTNEKPYRMSLYLPVVLNRIYSDMDEYKVTVTHNPGQLLQVDTNGKKFKGFKIARTGSGNEREIVINGKKLGSGDYTLTDNSFSTKVTIADGNWIQPKITWRGKLPKTQAEAETFFLANRLDVEATGSKRSFNGDLSWKMDKPDFDFSTPWNAKLDLNLAGEGPNWGTYSITRHMTAAVADKIIKFAVTGDASFTKGVFARISPVKTDVNLKYVMADRDLIGKFSKVMNGKEYSVDFPVGSGVIPKIVWGQ
Ga0193013_1000530Ga0193013_10005301F000158MTFWQENYPFVKEIYTDRHMKMADWMENVEKAIARIMADKVYTSAEFKRERDIFYALCKDLEREEVKKWLQQILEILMAERSKEERGDQNKRLEALIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELTERQEKSLSQLETRRPVVNELIGKGKVLLENPDKPKFLEGHVQRIILGWDDTKNKATERLTLLQNTKAAWVGYYAGLENIAVEFDKAEEEIKKVKKRFNLQSAFEDLERRQKIFAETKGTIDGMWDQLNKDFDTMTKTLPEDKKDFVKKEVKAVSEKLPVVGRFEEKVVKIETFVGRLNEFDKSLKAIDAWMLGAEESLNNVKTKSDTMTPEDRVSTTMELSEDVEAKVATIKKNNAEELELLPQGDKVPQDAQDHKNELKRIETFVLELQKKVQETCDHFSEDVKYWAQYKTGIRSFMPWLTGAEAKSGEGLTKPQTLDEANAMFAAVSSFDGACLKHIKLLQEAADAANKMTTHKEADDEVAALKERYSKVKAISDEWMKKADTLVKEWKLLDNTVTELNSWVAKDRDEDGQQSFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1000547Ga0193013_10005471F027095EWDKEFDLGVVGVSFKIKYNDPSNLMKGGHAIVTFPGQKFFHGLHFDDVELDIHFNGGDHFDGLFDMKVDYKFVQKYTFLADRPQEGTLMVERKMEGGMWKTKMTIADPHHTPNPFFDFSVESDRKTKLHGVFKYDADNHWEIKVDRVPGQSITGVVTINGMEYKLIGTLDMAAKKLNVKLMGFQGRTHELDFKINTGAEYGFFVTGDVHGPVDIKMVVKKDMKKIDFVVKYNNVNYAYIKLNGDAVMQGVIPTKVDYIMKYNIMDSEMEGKAKVNYNGQAPAKTLKMSFVPKHGEDLNLDFKMTGPSMQGWRFDFESQRSGTTLTKFHHEIDLVNNANIFDMNMKGELDMDPMSIFYNFFCWKIGKCFTHGTRDTKIMYNKKDKNFLMGKMHFEDKSMVDGQKFQEKKLDTTKQPYELIWYQPISPSWMSSTRDMFGVDQVEVRAWHQVGKELKIETNVGEMKLTVRRTPDYFVEFIRMGETMLKSKTDVTPATFTTTIDTLFYLPSNSMLSKVFCMYGKGCFNKRQGHMKVVVDRVNKNAFMNKFSVESTVHKDDRMALEMSVNTMVTPYTFHMNAPYFLPRFFNDINRKTIDATIMHEMGSKLEVKSNCPEFETFIITTTGNKRSVVLNGKELTVVDFQRGARRISQTTELPSGEHLTTTVEWTEDSLKKNQATITVEVTPNRKFEGIFGWDFQTLSTGNFHFDVKGENPWVGNYAIDRHANWEMNKPRYMFNWVGKSEFKTGPFSSFSPIDTKMNFVFNTRKMVLNADMVETMGGKQWGLKIHKNRFSILTGNAA
Ga0193013_1000554Ga0193013_10005541F050135MKLLCLLLSALTISCAYGGVVREDDLVDMIQGVMADPDAYASAMGMVRNKRSAWDREFNLEKMGFNFRIKYQDPANRKKGGKAEIEFKDVRKFFRGIPAKSLKLVVNADSGAKFGDGLFEVSVDYEVGFLFGGQDSGNFKINRQKEGDFYKLNLDFMSNSQNNPDRPPTAKLELKGDYKSRTDGKFHFNDFKKPAMDYSWFVDFDNNGLLKGEFKGEKTYTFEGQYDQANKKVDVVVDVAGQKYHGFADVDFDGTQGMFKINFDLGPAGKFDFEFKSKKDMSDASVKMFLNNKDIFSAKLKGKMDKAPKEFMQEVRWTGAFVGDGKMRVAYKRFHELKVQYLPKNGMTFELVFDREAATNSLNFRSTATYNNDKEFEVVSKVTPVNEAEIGFDAKMDWFMRDRNPFYRMFYQMNCLHCLRSFNLDSKLRMNKAKLYKFDFEINSVNEDGSKTKEVYMTTKDKYYAKFSQHFLEEMAATFDLRTTRFNDFEVEGEWNKGKFFKVTTNREWFKNFKIENMDGYMRKVEFNGKELMKAGFEKAGKQIKQTVEMPDGTKVDTVLTWETDNYYKNKAKFSLKRDNGNFMDNEFEWDVQQDYSNMNLKAKTTGEHHEFGKFDVSRDYTYKHTGASEELRLKGKTNIPNSPFPENFETELEAVYKKYDDFNFGAYTYVAGEKMGIKFDAKQGMNWFF
Ga0193013_1000555Ga0193013_10005551F050135MKLLCLLLSALTISCAYGGVVREEDLVDMIQGVMADPDAYASAMGMVRNKRSAWDREFNLEKMGFNFRIKYQDPANRKKGGKAEIEFKDVRKFFRGIPAKSLKLVVNADSGAKFGDGLFEVSVDYEVGFLFGGQDSGNFKINRQKEGDFYKLNLDFMSNSQNNPDRPPTAKLELKGDYKSRTDGKFHFNDFKKPAMDYSWFVDFDNNGLLKGEFKGEKTYTFEGQYDQANKKVDVVVDVAGQKYHGFADVDFDGTQGMFKINFDLGPAGKFDFEFKSKKDMSDASVKMFLNNKDIFSAKLKGKMDKAPKEFMQEVRWTGAFVGDGKMRVAYKRFHELKVQYLPKNGMTFELVFDREAATNSLNFRSTATYNNDKEFEVVSKVTPVNEAEIGFDAKMDWFMRDRNPFYRMFYQMNCLHCLRSFNLDSKLRMNKAKLYKFDFEINSVNEDGSKTKEVYMTTKDKYYAKFSQHFLEEMAATFDLRTTRFNDFEVEGEWNKGKFFKVTTNREWFKNFKIENMDGYMRKVEFNGKELMKAGFEKAGKQIKQTVEMPDGTKVDTVLTWETDNYYKNKAKFSLKRDNGNFMDNEFEWDVQQDYSNMNLKAKTTGEHHEFGKFDVSRDYTYKHTGASEELRLKGKTNIPNSPFPENFETELEAVYKKYDDFNFGAYTYVAGEKMGIKFDAKQGMNWFF
Ga0193013_1000696Ga0193013_10006961F009796LQSLVPQAKSKKVALHAKFEGGSSSTDGLFEMDLDYHFEHKDGSGVEEGSMEVKREKKGGMWKTEIETEAHPFSGTPIIPRRINHMSFELESDRATKLKGKYQNANMGRDITWDIVRQPGKSIKAIIVRGGVTSTIEGTLNRSGQDMDIIIKADIRGVKYDGKISVKSASDKTNVVVDIKKGSESVVQLKSEVQVKGTKFRLRSKYSIMGGKVAQGDFKANYQNNKLTFEAPPYKLEVELHLGRSIKVEASKNGESMWTYETLREDKSNPNAIVWEANSKMTLNPASKLHKFIQDNYPFGAFQTRTNNFKLFIDRHNRNFLLRKFKINFDVVKDGNKVIDISGNTVDAPYQFSASAPNLFERLNIAQNPLTMTINHQRGSFLIIDTNIAGGMKLDAKQSPNAGTGGRNIDIVATKGGAMMWKYNAVTSKVNDANQLKVGLKGDFELNPQSILYKMVVSKYRILTPFSKRHSDLEFFWDKKNKNVVMNKFYAKAKIDKDGSNVANVLISTNQKPYKFHVFLPALLGKLRPGMQEVDVDFDHKPGTSLEMKVNHAGAKFKGFKIAKTGSGNEREITWNGKKLGKGDFTMTDKRFTTTQTLSNGKSLTTTITWKNRWDSPNFLLDNKVHVNLDGTERKLDLNMDWGMSKLPDMDLNTPDSGHFKMTAVGKNARWGDYSVNRDLKWGSSNKKLSLDITGDAEFGAGPLASSSPVQTEVKLNFDVPSADLNGKFMKVFAGKEYSITFNPGFNMPSIKVGA
Ga0193013_1000792Ga0193013_10007923F058168LTGLSLLFPTFVQLTNVNGRRKREADDVNPMTDVVERVNDIYSSVVQSEECMERIACEIGGLAADVGLKQSPAVQLAGGFVPSKYKAYYKQFASGKDCHKIKCL
Ga0193013_1000846Ga0193013_10008462F000039MTFWQENYTFIKDVYDMRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERTEVKKWLAQILEILMAERAKDQRNAENGKLEELIQKHEDLIPTVTKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSLVQLETKRAVVKDLIEKGKKILENPDKPRFLEGHVSRIELGWDDTKQKASDRLTLLQETKDAWVGYAENNETIAVQFEEAEAEIKKVKKRYNLEAAMNDLKLRQDIYNKYNDGIMGLFDAIQNKNFKCMCITMPDDKKKIVEKEIKAVEEKLEVTGRFKEKVDKLQEFCSALTNFDASLKAVDAWKESATSELSDIKDSSDKMVPEDRVARTMDLQEDIASKMEILKQNAATELELLPQGDKVPQDAQDFKDELNRITKYVTELQEKTKIECSKYSEDVKYWAEYRTGIKEFTPWLTTSEGECTQGLSKPTNLDEVKALSGKVGTFAKGCENYLKVLLSAEGAANKMTTHKEADGEVAALKERYGKVKAVSDDWVAKVDTLLKEWTLLDNTVTELNTWVAKDKSVEGENQFSLEKMESTLGELKNIFKQKEKLVDGL
Ga0193013_1000871Ga0193013_10008711F050135KRSAWDREFNLEKMGFNFKIKYQDPANRSKGGKAEIHFKDVRKFFRGIPAKSLKLVVNMDSGAKFGDGLFDLSVDYEVGFLFGGQDSGNFKINRQKEGDFYKLNLDFLSNSQDNPDRPPTAKLELKGDYKSRTDGKFHFNDFKKPAMDYSWFVDFDNNGLLKGEFKGEKTYTFEGQYDQANKKVDVVVDVAGQKYHGFADVDFDGTQGLFKINFDLGPAGKFDFEFKSKKDLSDASVKMFLNNKDIFSAKLKGVMDKAPKEFMQEVRWTGAFIGDGKMRVAYKRFHELKVQYLPKSGMTFEVVFDREAATNSVNFRSTAAYNNEKEFEVVSKVTPVNAAEVGFDAKMDWFMRDRNQFYRMFYEMNCLHCLSSFHVDSKLRMNKAKLYKFDFEINSVKDDGSKTKEVYITTKDKYYAKFSQHFLEEMAATFDLRQTRFNDFEVEGEWNKGKFFKVTTNREWFKNFKIENMDGYMRKVEFNGKELMKAGFEKAGKKIKQTVELTDGTKVDTVLTWETDNYYKNKAKFSVKRDEGNFMDNEFEWDVQPNLSNMNVKVKSVGQHEEVGKFEVSRDYTYKHSGASEELRLKGKTNIPSSPFPENFETELEAIFKNVNDFNLGAYTYMAGEKMGIKFDAKNGMQWFF
Ga0193013_1000944Ga0193013_10009441F000039MTFWQENYHFIKDVYDMRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERSEVKKWLAQILEILMAERASSQREEEGGKLDLLIKKHEELIPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLETKRGIVKDLIEKGKVILQNPDKPKFLESHVQRIEIGWDDTKAKAQSRLQLLNETKEAWVGYAENSETIVVEYDKAEEEIKKVKKRFNLDAANEDLKKRQGIFKHTKETIDGLESALNANFACMCITVPEDKKKLVDKELKVLFERLNLVSQFKEKVDKVEEFVAALTEFDVSLKTVDTWMMKATDELNDIKNCSASMAPEDRVARTMDLQEDIAAKVEIIKADTAKELDLLPQGENVPRDAQDFKDELERITKYVLDLQKKVQEECDKYSEDVKFWAEYKTGIKEFTPWLASSEAATGEGLTKPTNLDESKALHTKVHSFDKACLDHLKLLEAANAASQKMTSHETADTEVAALRERYGKVKAVSDEWVKKVDVLLKEWTLLDNTVTELNTWVAKDKSSEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1000953Ga0193013_10009532F000158MRHSKMAEWMENVEKSISRIMADKVYTSSEFKRERDNFHALCKDLERADIKKWLKTILEILMAERSKEERTGQNSRLDDLIAKHENLIPTVLTTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLSQLENKRSIVFELIEKGKKLLENPDKPKFLDSHVSRIKDGWDLTKEKATQRLELLNNTKAAWEGYYAGLENIAVEFEKAEEEIKKVKKRFHLQSAVDDLAKRQKIFTDTKGVIDGMFAGIQKDYDCMTLTLPDDKKEFVKKEVKAVSEKLEVVGRFKEKVDKLEQGVIALKNFDETLKFVDKWMKEADGQLDQIKNHSDKMTPEDRVSCTMELQEDVGEKVRIIQDAIKTEADLLPQGDQVPKDAQDYKDELKRIEEYVLDLQKRVMTTCEHFSEDVKYWAEYKTGVREFRPWLEASESKAKEGLSKPSTLDEANALFAAVNNFDQNCLKYRKICENAETASLKMTTHKEADDEVKELKDRYAKVKAVSDEWMKKADTLLKEWKLLDNTVNELNSWVAKDRGESSEANFSLEKMESTLGELKNIFKQKEKLVEDL
Ga0193013_1001015Ga0193013_10010151F000039MTFWQENYAFIKDVYDMRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLSQILEILMAERAKDLRAKEQKLLEDLIKKHEELIPTVSKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLETKRSVVKDLIDKGKKILENPDKPKFLESHVSRIELGWDDTKMKAQERLKLLQDTKEAWVGYAENNDTIIVEIEKGIEEIKKIKKRFALEDAFTDLAKRQDLLNKTRDSIMGLYNQIKHNVEVMGITLPDDKKKIIAKEMVALEEKLVVVGQFEEKVKVIDDFCTSLKNFDGSLKSINDWMMLATKELEDIKNSSDKMAPEDRVARTMDLQEDIAAKFEIIKANTAAELELLPQGEKVPEDAQAHKDELNRITKYVSDLQEKVKTECDNFSEDVKFWAEYKTGIKEFAPWLAQAEVASTDGLSKPSDLTEANALSDKVHSFDKACLDHLKVLETANAAAQKMTTHKEADAEVAAMRERYAKVKAVADEWVKKVDTLVKEWALLDNTVTELNAWVAKDKTSDGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1001017Ga0193013_10010171F000039MTFWQENYAFIKDVYDMRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLSQILEILMAERAKDLRAKEQKLLEDLIKKHEELIPTVSKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLETKRSVVKDLIDKGKKILENPDKPKFLESHVSRIELGWDDTKMKAQERLKLLQDTKEAWVGYAENNDTIVVEIEKGIEEIKKIKKRFALEDAFTDLAKRQDLLNKTRDSIMGLYNQIKHNVEVMGITLPDDKKKIISKEMAALEEKLVVVGQFEEKVKVIEDFCSSLKNFDGSLKSINDWMLLATKELEDIKNSSDKMAPEDRVARTMDLQEDIAAKFEIIKANTAAELELLPQGEKVPEDAQAHKDELNRITKYVSDLQEKVKKECDNFSEDVKFWAEYKTGIKEFAPWLSQAEVASTDGLSKPSDLAEANALSDKVHSFDKACLDHLKVLETANAAAQKMTTHKEADAEVAAMRERYAKVKAVADEWVKKVDTLVKEWALLDNTVTELNAWVAKDKTSDGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1001056Ga0193013_10010561F000039MTFWQENYTFIKDVYDMRHTKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERSEVKKWLHQILEILMAERAKSQQEKEHDLLDITIKKHEELIPMVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLDTKRNVVNELIEKGTKILENPDKPKFLESHVKRIKEGWDLTKSKAQERLKLLNDTKEAWIGYAENNDVIVVEIEKGLEEITKVKKKFHLEQAFEDLAKRQKIFNDTKESIMGLWTQINHNVEVMNITIPDDKKKLIVKEVKALEEKLTVVEQFKEKVDIIDNFCNSLKDFDTSLKSMDDWSMVATKELEDIKNSSDKMAPEDRVARTMDLQEDIAAKVEVIKKNAETELALLPQGEKVPQDAQDHKNELNRITKYIMDLQEKVKKECDAFSEDVKYWAEYKTGIKEFTPWLNNAEKSSNDGLAKPTNLEEALALSAQVHSVEKACLDHLKVLEAADAAAKKMTTHKDADAEVEALKARYVKVKACADQWTGKVDTLVKEWTLLDTTVTELNAWVAKDKTTEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1001104Ga0193013_10011041F000086AWEGYGAGLENIAVEFDKAEEEIKKVKKRFNLAAACEDLEKRQKIFGDTKGVIDGMYGQISNDYDVMTMTLPEDKKDFVKKEVKAVTDKLEVLGRFKEKVDKIDEFVTSLKAFDVTLKDIDAWMKDAEHQLGEIKNASDKMTPEDRVSYTMELQEDVAAKVVIIQKSIEAENDLLPQGDKVPQDAQDYKDELKRIQDFVTNLHQKVMKECDNFSEDVKYWAEYKTGIKEFKPWLTGAESKSTEGLAKPQTLDEANAMFATVKTFEGSCHKHFKVLEDAAAAANKMTTHKEADVEVAELKERYAKVKAVADEWMKKCDTLVKEWQLLDNTVTELNSWVAQDRGAEAEQNFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1001180Ga0193013_10011803F001636MGTSDPEAQRSQPARRRNLKQEAHKQETIMSTLNYSWNVRGTLNGDFMSASGTTASANGVADVHGTAGEGAPFNHSTWIWGGMAHYGLAWMRDGHKVNPCEKYPYHMTRHWYGEDGAHIWSSHTITGAEGAWAGDIACVAEHFVPKGAILGGYIRGQYPSHWVATKRSDREIDVHGVVTLKVEGGGTYTAHVHEYLKFWEPCVQINRHFWKLEYLEAEYYPTHWYHKEKAICDPNWNFGKTPVDGYKGFSWHLFGTIGNKSIDADGYGFGGGYRQHHWGKGGKGWGEHGLPNLNWALAWEGHAGMHFFTRFPKGVVNPFNLALPEGFTIERKWWGQDGAHWATTHDVKFDGADFKKEIVLVGDGFKKGSLMLWDGNKKEGNWIVKAWPQYALAIPKGNDHIWYRSTFQFELNNGSYYSGYWEMDIHFRRALEPGQMPNPYVVKFWPETWDSKPFYWHFYEREEVEQSTYDKVAV
Ga0193013_1001181Ga0193013_10011811F000086AWEGYGAGLENIAVEFDKAEEEIKKVKKRFNLAAACEDLEKRQKIFGDTKGVIDGMYGSIQHDYDVMTMTLPEDKKDFVKKEVKGVTDKLEVLGRFKEKVDKIDEFVTSLKNFDVTLKDIDAWMKDAEHQLGEIKNASDKMTPEDRVSYTMELQEDVAAKVVIIQKSIEAENDLLPQGDKVPQDAQDYKDELKRIKDFVDNLYQKVMKECDNFSEDVKFWAEYKTGIKEFKPWLDQAEGKSHEGLAKPQTLDEANAMFATVKTFEGSCHKHFKVLEDAAAAANRMTTHKEADVEVAELKERYAKVKAVADEWMKKCDTLVKEWQLLDNTVTELNSWVAQDRGAEAEQNFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1001193Ga0193013_10011931F001636MGTSDPEAQRSQPARRRNLKQEAHKQETIMSTLNYSWNVRGTLNGDFMSASGTTASANGVADVHGTAGEGAPFNHSTWIWGGMAHYGLAWMRDGHKVNPCEKYPYHMTRHWYGEDGAHIWSSHTITGAEGAWAGDIACVAEHFVPKGAILGGYIRGQYPSHWVATKRSDREIDVHGVVTLKVEGGGTYTAHVHEYLKFWEPCVQINRHFWKLEYLEAEYYPTHWYHKEKAICDPNWNFGKTPVDGYKGFSWHLFGTIGNKSIDADGYGFGGGYRQHHWGKGGKGWGEHGLPNLNWALAWEGHAGMHFFTRFPKGVVNPFNLALPEGFTIERKWWGQDGAHWATTHDVKFDGAAFNKEICLIGDGFKKGSLMLWDGNKKEGNWIVKAWPQYALAVPKGNDHIWYRSTFQFELNNGSYYSGYWEMDIHFRRALEPGQMPNPYVVKFWPETWDSKPFYWHFYEREEVEQSTYDKVV
Ga0193013_1001223Ga0193013_10012231F000039MTFWQENYHFIKDVYDMRHQKMAEWMENVEKAIQRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAQILEILMAERAKDQRQKEMDLLEALIKKHEELIPTVTKTTEMVDLYWKCYAYGDELKPHIEFLEGIMLSSTREIAPSCVENVDELIERQEKSLSQLDTKRHTVTDLIEKGQKILENPDKPKFLEKHVGQIVDGWEDTKSKAKERLSLLNDTKEAWIGYAENNDTISNEIEKGLEEINKVKKKFNLEAAFDDLAKRQKIFNDTKNTINGLHQQIQHNVEVMNLTIPEDKKKSIAKDTKALEERLVVISQFKEKVEVVEKFCDELKNFDSTIKSIDTWMMSAAKELEDIKNACDKMAPEDRVARTMDLQEDIAAKFIIIKKSQETELALLPQGDKVPQDAQEHKNELNRITKFVTELQEKVKKECDNFSEDVKYWAEYKTGIKEFTPWLVGYENDSTSGLSKPSSLQEAQALSDKVHKFEDSCATHLKVLEAANAAAVKMTTHKDADAEVVALRERYAKVKDVADKWVKKVDTLVKEWKLLDSTVIELNAWVAKDKTAEGENQFSLEKMESTLGELKTIFKQKEQLVDQL
Ga0193013_1001388Ga0193013_10013881F019587DGKTLSQPELQRVDPKYVKSVEAMVTAVCGRLRGKAISAPSKEDAQVWTQAAKFLGARVQGSKADMPGREPDMSLASATAMKTVLGQIEVACKMIWNRETIVMDITNSGMRGVKGGELSQTDLKRLDPKTKAAVDAMVREMSDRLLGGGSQMTSVEAIAGAKQQALVWADAASFFASRIQGPSDECDFPHENRKADMSNAAATALRTTLGRMEAAHRLACNYEMVVQDITNPGPNGLKGKPLTQLNLTRVDSRHKASMQNMVMSVCARLLGQEVSGPSSPEEALVWVQGATFLSGRIQKADYEMPGRAADMSLHAALAMQKVLAQIEAASKLMSNREKVVKDICNQGSTAVNGGQVTQTALKRLQPGQQASVNAMVREVEGCLLGKTPGPSDAQVWPDAAKYLHLRIQSTSKEMPGRTRDMSVAAATAMRTVLATF
Ga0193013_1001482Ga0193013_10014821F019587TGPKPLASYSKGTVNVSDPDTLTSFNYIVPDTEKAKKEAASTLEANFRKVVQDITNPGPTNIDGKALTQTYLQRVDPKHVKSVETMVQAVISLLRGKSVKAPSKQDAFVWEPAAKFLGARVQGSKSEMPGREADMSSAAATAMKTVCGHIEAASKLIHNRETVVNDITNPGKRGVKGGELSQTELKRLDPIYRSSVDAMLREVCDRLLGSSSQMTSFESLSDPEAKQKANVLVWADAASFFASRIQAPSDECEFPHSDRKSDMSAAAATALRMTLARMEAAHRLASNWEMVVKDIINPGPAGLKGGQLTQLNLERVDPSNEAFVEEMVKTVCNRLLSQEVSGPSTAGEALVWIQAATFLSGRIQKSHEQKPGRAPDMSRHAAVAMQKVLAQIEAASQLMSNREKVVEDICNQGSTAINGGYVTQTNLKRLPSSQQSSVDDMVREVGRRLLGKNASEPGPADAQVWADAAQYLHLRIQASKKEMPGRKRDMTTGAATAMRTVLAQI
Ga0193013_1001514Ga0193013_10015142F000039MRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLEKNEVKKWLAQILEILMAERAKDLKRNENEKLELLIQNHEGLIPRVQKTSVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSLVQLETKRSVVKELIEKGKTILENPDKPKFLESHVERIETGWDDTKSKAQERLNLLTETKDAWIGYAENNEVIVTNFESAEEEIKKVKKHFNLQSAIEDLEKRQNIFMDTRKTIQGLFDDINSNFKCMSITLPEDKKKMVEKEISAVSEKLEVIGRFEETVKAVDGFVSKLVAFDKSLGSLDSWMKTAAQELEDIRNAAGAMVPEDRVARTMDLQEDIAAKIEILKANTSTELDLLPQGDNIPRDAQNFKDELARITKFMTDLQAKTKKECDAFSEDVKFWAEYRTGIKEFCPWLEIAEKEATEGLAKPADLEQVQQLFEKVSNFDKTCVSYLKVLDAASSAAMKMTSHAEADTEVGALMDRYKNVKGVSEGWVSKVDTLLKEWRLLDNTVTELNSWVAKEKTNEGENQFSLEKMESTLSELKNIYRQKEKLVDGL
Ga0193013_1001517Ga0193013_10015171F000039NYHFIKDVYDMRHQKMMEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAQILEILMAEKSKSQKEEEMEKLNSTIENHSTLIPRVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSLLQLETKRALVKDLIEKGKIIMQNPDKPKFLESHVSRIELGWDDTKTKAQERLKLLNDTKEAWIGYAENSEKIATEFDKCEEEIKKVKKRFNLADANEDLKKRQDILKATKDTINGLDQALSDNFTCMSITVPDDKKKIVDKELKLLLERLTLRENFTDKVQKVEEFVAALTEFDVSLKTIDAWMGKATDELNDIKNCSASMAPEDRVARTMDLQEDIAAKVEIIKAEAAKELELLPQGDAVPQDAKDFKDELNRIMKYVEDLQGKVAIECDKYSEDVKFWAEYKTGIKEFTPWLASSEGATGEGLSKPTNLDEAKALHDKIHTFDKSCTDHLKLLEAANAASQKMTSHETADGEVAALRERYAKVKGVSDEWVNKVDILVKEWTLLDNTVTELNSWVAKDKTAEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1001561Ga0193013_10015611F001636HGERSRAKWSPEPQAPRSQPSSNNETIMSTLNYSWNVRGTLNGDFMSASGTTASIDGVADVHGTAGEGAPFNHSTWIWGGMAHYGLAWMKDGHKVNPCEKYPYHMTRHWYGEDGSHIWSSHTITGAEGAWAGDIACVAEHFVPKGPILGGYIRGQYPSHWVATKRSDREIDVHGIVTLMVEGGATYTAHVHEYIKFWEPCVQINRHYWKLEYLEAEYYPTHWYHKEKAICDPNWNFGKTPADGYKSFSWHLFGTIGNKSIDADGYGYGGGYRQHHWGKGGKGWGEHGLPNLNWALAWEGHAGMHFFTRFPKGVTNPFNLALPEGFTIERKWWGQDGAHWATTHDVKFDGAAFNKEICLIGDGFQKGSLMLWDGNKEKGNWIVKAYPQYALAVPKGNDHIWYRSTFQFELNNGAYYTGYWEMDIHFRKALEPGQMPNPYVVKFWPETWDSKPFYWHFYEREEVEQSTYDKVAA
Ga0193013_1001630Ga0193013_10016301F000158VYTSAEFKRERDNFHALCKDLEREEIKKWLKQILEILMAERSKEEKGAQHKKLEGLIVKHEELIPTVLATQIKVDLYWKCYAYGDELKPHIEFLDTIMLSSTREIAPSCVENVDELIERQEKALNQLETKRAIVNDLISKGKQLLENPDKPKFLEGHVKRIVDGWDDTKDKAVARLKLLNNTKDAWVGYAEGLENIAVEFEKGDEEIKKVKKRFNLQAALEDLAKRQKLFSNTKNTIEGMFGSIQNNYDVMTMTLPEDKKDFVKKEVKAVQEKLEVVQRFQEKVAKIEAFVSKLTEFDGTLKSMDKWMKDADTQLHDIKNTSDKMTPEDRVSYTMELQEDVAAKVKIIEASVAGELDLLPQGDKVPQDAQDYKDELKKVRDYILDLQKRVKTECDNFSEDIKYWAEYKTGIKSFKPWLDNAESKSKEGLAKPQTFDEANAMYATVNDFAKACITHLEILNTAEKAANKMTTHKEADSEVAELKGRYEAVKVVSDEWCKKVDTLVKEWKLLDNTVNELNSWVAKDRGAEGEQQYSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1001660Ga0193013_10016602F001534FFFHITSTSGCILYNSCDETRTPAYSGTTVEVAELNLVYYQTQLTCSNGDQKIRQPCNGGTGTGCSYDVCMQHCFDEDDCKFFFHITPTSGCILYKSCDETRTPAYSGTTVELVRDEPSRRALTVAEQVIYDQTTETCANGDQKISQPCNGGAGTGCSYDVCMQHCFDEAECKFFFHITSTSGCILYNSCEETRTAAYSGTTVEITRSASPSSSPSAVPTQAPTMAEHGFNVVYYQTKTTCSNGATKISQPCNGGKGTGCSYDTCMQHCVDEAECKFFFHITSTSGCILYNNCDETRTPAYSGTTVEVADLNVVYYQTRLTCLNGDQKISQPCNGGAGTGCSYDACMQHCFDEDDCKFFFHITPTSGCILYNSCDETRTPAYSGTTVELIRDEPSRGAVTMAEQGLNVIYYQTSTTCFNGDQKISQPCNGGTGTGCSYDACMQHCFDEAECNFFFHITSTSGCILYNSCDQTRTPAYTGTTVEVTRPSAAPTQAPTGLNIIYHETKLTCFNGDQKISQPCNGGKGTGCSYDACMEHCFGEANCKFFFHITSTSGCILYNSCDETRIPAYSGTTVEITWN
Ga0193013_1001687Ga0193013_10016871F000039NVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAQILEILMAERAKDQRAKEMGLLDNLIKKHEELIPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLDTKRNVVNELIEKGTKILENPDKPKFLESHVQRIKEGWDLTKSKAQERLKLLNDTKEAWIGYAENSEVIVVEIEKGLEEITKVKKKFNLEQAFEDLAKRQKIYNDTKDSIMGLWNSINHNVEVMNITIPDDKKKLIVKEVKALEERLTVVEQFKEKVDIIDNFCNSLKAFDTSLKSMDDWSMVATKELEDIKNSSDKMAPEDRVARTMDLQEDIAAKVEVIKKNAETELALLPQGEKVPQDAQDHKNELNRITKYIMDLQEKVKKECDAFSEDVKYWAEYKTGIKEFTPWLNNAEKSSNDGLAKPTDLEQALALSAQVHSVEKACLDHLKVLEAADAAAKKMTTHKDADAEVEALKARYVKVKAVADQWTGKVDTLVKEWTLLDTTVTELNAWVAKDKTTEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1001741Ga0193013_10017411F000039ENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAQILEILMAERAKPEKEKEHDLLDSLIKKHEELIPIVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLETKRAVVKDLIEKGKVLLQNPDKPRFLDSHVKRIQEGWDDTKEKAQARLTLLNNTKSAWEGYAEGSTVIIDEFDKCQSETDKVKKHFNLESAFEDLAKRQAIFNETRTSLQGTFDKLKADYDTMCLTLPDDKKELLKKELKPVEEKLAMLSVFEDKVKKVEEFCNSLKTFDGSLKSMDSWMNGAAKELDEIKTASGQMSPEDRVSRTMDLQEDIAAKVEVIDKILADESNLLPQGEGVPEDAQLFKDEMNRIKKFVLELQEKTKKECDAFSEDVKFWAEYRTGIKEFTPWLQEAEKSSQEGLSKPTDLEQAEALFNKVSGFLNTCLAQLKVLSAADSAAKKMTSHQDADLEVKALSERFDKVKAVADEWVAKVETLVKEWKLLDNTVTELNDWVAKDKTQEGENQFSLEKMESTLGELKNIFKQKEKLVDNL
Ga0193013_1001742Ga0193013_10017422F000086WDETKEKASTRLQLLNNTKAAWEGYGEGLETIAVKFEAAEEEIKKIKKRFNLQAAFEDLEKRQKILNDTKGGINGLFASLNNNFDVMTMTLPDDKKDFVKKEIKAVAAKLEVNDRFDEKVNKIEEFVNNLNEFDKTLKNIDSWMKDAEKQLHEIKNNSDKMTPEDRVSYTMDLREDIADKVDVIKANIAAEKDLLPQGDTVPKDAQDYKDELERIRKYVEDLYARCAKECDNFSEDVKFWAQYKTGIKEFGPWLAAAESRSAEGLSKPQTLDEANAMYAAVQDFDKKCLKHLNILNEAAAAANHMTTHKEADDEVKALKERYDKVKAISDEWMKKADTLVKEWKLLDNTVNELNSWVAKDRGAETEQNFSLEKMESTLGELKNIFKEKERLVENL
Ga0193013_1001905Ga0193013_10019052F000086IEVGWDDTKDKAQARLQLLNNTKSAWVGYAEGLENIAVEFEKGEEEIKKVKKRFNLQAAFEDLEKRQKLFNDTKNTIEGMYSAIQNNYDVMTMTLPEDKKDFVKKEVKAVSEKLVVVEKFQEKVAKIENFVNKLNEFDGTLKSMDKWMKEADTQLHDIKNNSDKMTPEDRVSYTMELQEDVAAKVEIIKANVAAEMDLLPQGEKVPQDADDYKIELKRIQDFVSDLQKRVMKECDNFSEDVKYWAEYKTGIKEFRPWLENAEVRSKEGLGKPQTLDEANAMFANVNDFDKACSKHLQILDSANAAAQKMTTHKEADDEVAQLKERYTAVKGVSDEWCKKVDTLVKEWKLLDDTVNDLNSWVAKDHGAESEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1001945Ga0193013_10019451F000158ELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLNQLETKKTIVSDLISKGKQLLENPDKPKFLDSHVKRIKDGWDETKDKASARLELLNNTKAAWEGYGLGLENIAVEFEKAEEEIKKVKKRFNLEAAKEDLAKRQKIFADTKNTIDTMFAGIQHDYDVMTMTLPEDKKDFVKKEVKAVSEKLEVVGRFKEKVDKIDEFVTNLDNFDKTLKTVDSWMTQADSQLNDIKNNSDTMTPEDRVSCTMELQEDVAEKVGIIMKAIATEADLLPQGDEVPKDANDYKVELKRINDYVTDLQKRVMTECEHFSEDVKFWAEYKTGIREFRPWLEASEKRAGGGLSKPQTLDEANAMFANVNEFDQNCLKHLKILENAEGAANKMTTHKEADSEVAELKERYKKVKEVSDEWMKKADTLVKEWKLLDNTVNELNSWVAKDRGAETEQQFSLEKMESTLGELKNIFKEKERLVDNL
Ga0193013_1001987Ga0193013_10019871F019597MKLALLFFFACCLLDLLVVAKAAPQCKIKSDGLWTMKEQMLNNFLPREFRREFYRYGLGRFFGDHVDWANLEAFRISESKLKPELVEVVDEEFSHFLEWVQNKSHPPVEPYEHWQFFRAPDNVNDLWISEVSLASDHIVHGIDKVNMIINGGVFSTESHRFWQYSSSTEKAQLWLLRQLSKMVHEAKGYELVIPEFLSMARNEGFQKSFMEELDTSLHHQVACLYPDLAAKNLTFFNTIMRAVPEDELVKFIKDIVTETFKAINSLEAEFNLKTVIEAVKKTFPRIDFNQRTSKIFLTFLKARSLALGVDVHEVFTRLDRLSFQIGQGWWRVTHGQWPEMLQFLTNLFNKTIKSERFWQKLDEVYLEMVASYKVKYQERAEMLEEMVGGRLRPYMLGLLDKMRRVQVKDEPMVKQLISWIEKYEWMNYVDLLLDNVISTLSKSYLACFTEFYGKPDFNGISAVISKNSMAQWVHSIVVTDWPEAQPVPEGLPQFVEQLQETVLLLYSAVLGECAK
Ga0193013_1002186Ga0193013_10021861F042154RVPGQKMTIEVTVNGQKWTGVGNLNQGEMKLNLKMDSEFSGKHFNVDFDLNPSGMWGLHVTGDIDGPVDIKWTMQKDFTMGEISMKYKNQNYAFMQLKGNAEMRGMIPVMFDYVVKYNIKDAMEHQGKAKMKFDGKTPAKKFEMSFAPKTGTPMDLIWNMDFSSGFKYDYDFKMNAVTMEKGNGEYKWVNNGQKFELMTKDTFIVTKQSPFHWMNTMVTGGREWTKMEHTRNIFFDKVNKAQMINKMKIEEHNILDGQTWYHIKYDNTAPKTAFLFTYLPYNMDQAWTYEGGREHTANGGFTLTHKITHGQNVIQEGTMVFDVKANDGSKFEMEHVHKIMMTEESPVYGLSYWYTGRYGKNVERKMTVFFDKINKSILFVPKMKMDTTLTLDGEKISEFVFDNTQAKKHIKFFYSPDAYTKDYLFTDEWEYPGHSGCKWNTELKRGDVSIWNWVGDYSFVNNANKFEIKTMDKIVQTEMSPFYGLDHFYLGRYYKTGGRQRTITYEKKNRNFLLGKLFVENTITLDGEKFSQEKLDTRSTPYTMVWFSQPVRGLFPITRDITGQDEMIVSAWHTPGKELKIETNLPEVQSMKVTSAGPTKKFEFNGKEVATVDF
Ga0193013_1002187Ga0193013_10021871F042154RVPGQKMTIEVTVNGQKWTGVGNLNQGEMKLNLKMDSEFSGKHFNVDFDLNPSGMWGLHVTGDIDGPVDIKWTMQKDFTMGEISMKYKNQNYAFMQLKGNAEMRGMIPVMFDYVVKYNIKDAMEHQGKAKMKFDGKTPAKKFEMSFAPKTGTPMDLIWNMDFSSGFKYDYDFKMNAVTMEKGNGEYKWVNNGQKFELMTKDTFIVTKQSPFHWMNTMVTGGREWTKMEHTRNIFFDKVNKAQMINKMKIEEHNILDGQTWYHIKYDNTAPKTAFLFTYLPYNMDQAWTYEGGREHTANGGFTLTHKITHGENVIQEAEWVFDIKANDGSKFEMEHLHKMTMTEESPFYGMVYWYTGRYGKNVERKMTVFFDKINKSILFVPKMKMDTTLTLDGEKISEFVFDNTQAKKHIKFFYSPDAYTKDYLYEEEWEYPGFSGIKCKIDFKRGGVSTYNYDGEYSWVNNANKFEVKSNEKANQEANGPYYGMDYWLVGTYWKSAVVTRTFTYEKKNRNFLLGKIHFESKVMADGERFYEAKLDTRSTPYTMVWFHKPVRALYPTPRDLTGQDEMTVTAWHTPGKELKIETNLAEIQSMKVTSAGPTKKFEFNGKEVATVDF
Ga0193013_1002188Ga0193013_10021881F042154RVPGQKMTIEVTVNGQKWTGVGNLNQGEMKLNLKMDSEFSGKHFNVDFDLNPSGMWGLHVTGDIDGPVDIKWTMQKDFTMGEISMKYKNQNYAFMQLKGNAEMRGMIPVMFDYVVKYNIKDAMEHQGKAKMKFDGKTPAKKFEMSFAPKTGTPMDLIWNMDFSSGFKYDYDFKMNAVTMEKGNGEYKWVNNGQKFELMTKDTFIVTKQSPFHWMNTMVTGGREWTKMEHTRNIFFDKVNKAQMINKMKIEEHNILDGQTWYHIKYDNTAPKTAFLFTYLPYNMDQAWTYEGGREHTANGGFTLTHKITHGENVIQEAEWVFDIKANDGSKFEMEHLHKMTMTEESPFYGMVYWYTGRYGKNVERKMTVFFDKINKSILFVPKMKMDTTLTLDGEKISEFVFDNTQAKKHIKFFYSPDAYTKDYLYEEEWEYPGFSGIKCKIDFKRGGVSTYNYDGEYSWVNNANKFEVKSNEKANQEANGPYYGMDYWLVGTYWKSAVVTRTFTYEKKNRNFLLGKIHFESKVMADGERFYEAKLDTRATPYTMVWFHKPVRALYPTPRDLTGQDEMTVTAWHTPGKELKIESNLPEFQSMKVTSAGPTKKFEFNGKEVATVDF
Ga0193013_1002485Ga0193013_10024851F000139YAYGDELKPHVEFLDGIMLSSTRDIAPSCIENVDELIERQEKSLSQLDSKRNVVTDLIAKGKVILQNPDKPKFLEANVKRIQEGWEDTKQKATDRLQLLTETKDAFIAYAEQNEVIATEFEVAEEEIKKVKKIFNLEAANADLKKRQDLFKKSNDTVNGLFNSINKDFNTMAITIPEDKKKSLEKEIKAVQEKLEVLARFKSTVGKIEDLVANLTAFDQSLKVIDAWKDAATAELKDIKEASGAMLPEDRVARTMDLQEDIAAKLEILKTCAATEADLLPQGDKVPADAQVFKDELARITKYVEDLQANTKIECDKYSNDVKFWAEYRTGIKEFNPWLAGAEKAAGEGLSKPSSLDEVKALNDKVVGFDKTCANYLKVLEAAKAAALKMTTHTEADAEVAGLMERYNKVKAVSDSWVKKCDVLVKEWVLLDNTVVELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKEKLVENL
Ga0193013_1002631Ga0193013_10026311F000086VEELIERQEKSLNQLDTKKAIVQELINKGKQLLENPDKPKFLDSHVARIKEGWDDTKDKASSRLELLYNTKAAWEGYADGLEKIAVEFEKAEEEIKKIKKRFNLAAAQDDLAKRKQIFADTKNTIEGMFAAIQHNYDVMTMTLPEDKKDFVKKEVKAVSEKLEVVGRFKEKVDGLDAFVTSLDNFDKTLKLVDSWMKDADNQLNDIKNHSDAMTPEDRVSCTMELQEDVAAKVDIIQAAIKTEVDLLPQGDQVPKDAQDFKDELKRITDYVMDLQKRVMTECEHFSEDVKYWAEYKTGIREFKPWLEASEKRAGEGLSKPKTLDEANAMYANVNDFDQNCAKHLKILENAEAAANKMTTHKEADVEVAELKARYAKVKAVSDEWMKKADTLVKEWKLLDNTVNELNSWVAKDRGNESEQSFSLEKMESTLGELKNIFKEKERLVDNL
Ga0193013_1002673Ga0193013_10026731F051681MRAETKSTVNIEVKPHHLFRYPSEWDPRQNGKTKGGYLEGQIQLPQTGGNLKVLLSTYPDVPHSSPNHNLSQAETEIHPTLLHVVRKGNGNRRYNYKEPVPSIHHWQQCFEVRGRKVSICNKTSENDNERKEAIPEKDEMFDLAEDMILKIGKDAGELNMIILIPKTEKRANVNDVSLNKLLHSRTSNAAVLETLNMSYKGKNSVNLKKVKLKVEVFDLDTGLSLGSDISKAISDTASKAHGAMDLHDVTPLRSCATGGRKVVMLAEFGLAKDVEPKFQLYDSHGTRLLEEEETLLWQPQMTDTSIMRESIVFITPPQPHAETIRSRGYKVRLVARRSSDGYVSKKKFDFDYIPHDYYDPCFFCYENPDNIPQSGSRAKLVPMKDVARPGLRKRQMSEADGTEFQEKKIFKIDDHIKLQNMNRVPVIQITQSSAPPSLPVTTFQRILPSPPLTLIPVSRLQSIKKIDPSNNIENVVIKTEPVEETDRPSPSTIPFHDIANQTAIVRTFPFPVTTTSSSLIFPSLSNTEIKKEL
Ga0193013_1002714Ga0193013_10027141F078034MNVIMVLVILKELRTIIGIIFWTVDNNNSTNRVNDLESLKNHPXNGAAPNLIIILTTPTVSNIKFVFIIDTRIVEINKIDAILXTKKYFIELSIGEYSLEVINGKNLNMFNSKLSHIITLELLLIATNSLIKRISLNPSKGEKIIILIRNG
Ga0193013_1002785Ga0193013_10027851F044517KPGVGKPTEDPAVLQKNLVTAMWVIIIGHAFNIVYWTLAGDVVQGVIAFVTNSAFALLFHWLTWFAYVKREPNCFFFLIICVEDWKFQHLLWGVFSLLFGVQNALQGVRGLLNSLKLLGTVPLTAVFGFISSGIVFVYAVIMILVAVSLIKIGGKKAGIEIPDPAAAVGKTEEANPAESA
Ga0193013_1002988Ga0193013_10029881F030053FSHTDKATKDKVEFKFDLIPRKRLEIEGKKNGQIMWTYKTNRTTEDTADKLELNLDTDLYLNSASILWGMMDKYYPYGAFTNRRNEIKIFVDKKNRNLLLPKFKIDVKLFKEGIQVVTLDIDTTSKPYNFLFVAPNVFKRWNVKYDKIEGTMDHNIGKSINIKTNLGGGIEIEGNRGDNSKGGRDINILTKKAGKQMMKVHISTEKNVNDEEIRLVLRDSVEIDTDSALYRNIVKNYRLLTPFTKRTGEFEIYVNKKDRNVLLPKFSIKGEVKKDSTTVMKALLSTNQKPYQMSLFLPTLLNRIYSDMDEYKMTVTHNPGQLLQVDTNGRKFKGFKIARVGSGNEREIVINGKKLGSGDYTLTDNSFSTKVTVADGNWIQPKITWKGKLPKTKSEAEAFFLKNDLNVEATGSKRSFNGTLSWKMDKPDFDFTTPWNCKLNLDLEGEGPNWGTYRIKRDMTAAVANKVIKFTVDGEANFTKGVFAKISPVETDVKLKYVMDDRDLIGKFSKVMKGKEYSVEFPVGSGVFPKIIWGQ
Ga0193013_1002992Ga0193013_10029921F000086QLETKRSIVQDLITKGKQLMENPDKPKFLDGHVGRIKEGWDETKNKASARLELLYNTKAAWEGYATGLETIVVEFEKGEEEIKKVKKRFNLDAAKDDLAKRKGIFNDTKNTIEGMFGEIQHNYDVMTMTLPEEKKDFVKKEVKAIQEKLEVVTRFKEKVDKIDEFVISLDNFDQTLKMVDSWMKEADNQLNDIKNNSDTMTPEDRVSCTMELQEDVVAKVEIVVAAIKTESELLPQGDQVPKDAQDFKDELKRVNDYVTDLQKRVMTECEHFSEDVKYWAEYKTGIRGFKPWLEASEKRAGGGLSKPQTLDEANAMFSNVNDFDQSCLKHLTILLNAESAANKMTTHKEADVEVAGLKERYNKVKGVSDEWMKKADTLVKEWKLLDNTVNELNSWVATDRGAEQEQNFSLEKMESTLGELKNIFKEKERLVDNL
Ga0193013_1003001Ga0193013_10030011F000086IEVGWDDTKDKAQARLQLLNNTKSAWVGYAEGLENIAVEFEKGEEEIKKVKKRFNLQAAFEDLEKRQKLFNDTKNTIEGMYSAIQNNYDVMTMTLPEDKKDFVKKEVKAVSEKLVVVEKFQEKVAKIENFVNKLNEFDGTLKSMDKWMKEADTQLHDIKNNSDKMTPEDRVSYTMELQEDVAAKVEIIKANVAAEMDLLPQGEKVPQDADDYKIELKRIQDFVSDLQKRVMKECDNFSEDVKYWAEYKTGIKEFRPWLENAEVRSKEGLGKPQTLDEANAMFANVNDFDKACSKHLQILDSANAAAQKMTTHKEADDEVAQLKERYTAVKGVSDEWCKKVDTLVKEWKLLDDTVNDLNSWVAKDHGAESEQQFSLEKMESTLGELKNIFKEKEKLVDNL
Ga0193013_1003246Ga0193013_10032463F001636KYPYHMTRHWYGEDGAHIWSSHTITGAEGAWAGDVACVAEYFKPKGAILGGYIRGQYPSHWVATKRSDREVDVHGIVTLKVEGGGTYTAHVHEYMKFWEPCVTINRHYWKLEYLEAEYYPTHWYHKEKAICDPNWNFGKSVTPKQTFAWNLFGTLGNKCIDATGYGYGAGYRQHHWGKGGNGWGEHGLPNLNWALAWEGHAGMHFFSRFPKGVTNPFHLSLPEAFTIERKWWGQDGAHWATTHDVRFDGAHFDKKIVLVGEGFKTGSFMMWDGNKEKGNWIVKAWPQYALAVPKGNDHIWYRSTFQFELNNGSFYSGYWEMDIHFRKALQPGQMPDPYVVKFWPETWDSKPHYWHFYEREELEQSTYDKVAA
Ga0193013_1003363Ga0193013_10033631F000139LDSKKNIVVDLIAKGKVILEHPDKPKFLEGNVKRIQEGWDDTKKKAQDRLKLLQDTKEAWVGYAENNETIASEFEVAEEEIKKVKKMYNLEAALADMKKRQDLYNKSNNTISGLFKSINDNFTCMSITLPEDKKKVVDKEIKAVEAKLEVVGRFKDTVKVIEDFCAALVNFDNSLKAVDGWKDTATAELKDIKEASGAMLPEDRVARTMDLQEDIAAKLEILKGCAATELALLPQGSGVDAHAQAFKDELNRITDYVTKLAADTKIECDKYSNDVKFWAEYRTGIKEYSPWLAGAEKAAAEGLSKPSDLNEVKALHEKVSTFDKTCLTYAKVLDAANGAAQKMTTHAEADAEVAALRERYAKVKAVSDEWVKKVDILLKEWTLLDNTVTELNSWVAKDKSSEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1003540Ga0193013_10035401F001636GDFMSASGTTASVDGIADVNGTAGEGAPFNHSTWIWGGLGHYGLAWFQGGHKENPTEKYPFHMTRHWYGEDGSHIWSSHTVTGAEGAWAGDIACVAEHFVPGGPILGGYIRGQWPSHWVATKRSDREVDVHGIVTLKVEGGGTYTAHVHEYIKFWEPCVTINRHFWKVHYLEAEYFPTHWYHKEKAICDPNWNWGATGTEKMTFAWHLFGTIGNKCIDADGYGYGAGYRQHHWGKGGKGWGEHGLPNLNWALAWEGHAGMHFFTRFPKGVVNPFNLSLPEGFTIERKWWGQDGAHWATTHDVKFDGAGFNKEIVLVGDGFKTGSLMLWDGNKEKGNWIVKAWPQYALAVPKGNDHIWYRSTFQFELNNGAYYSGYWEMDIHFRKALQPGQMPDPYVVKFWPETWDSKPHYWHFYEREEVEQSTYDKVAA
Ga0193013_1003718Ga0193013_10037181F007100MGPTVSCSQTTDYQSLKMGVYDGVYQLDMSQADPNWAAMHKEMGIPEADTKAMISGGNVHTMTVMENKDGSFTTSTNNTVVPHHNSSFTSKPGEIKKMEKPFPCTVSWNYRGENESVMNIEMANGKKLVNEYCMNNYGFTCTTSMEGSSLKARAVFWKVSPKEDGYYEMETEKGMFPVLQQLMPQMTEDAWKELIKNGGVAMKLKVDKTKAVMEERMSGGKSKTVVYPFDEAVHYTNEEFGLDETRMLTRVAPGRYKMVTKTKTGKTGDFEMNFTEHGVFETMTVGGLSASCFYRRLGDFEGTWKVCSKVGAEGYLDACGMPEPMKSELLAANDVVEMKRLGGGKISTKSSSKFMPGENVMKLGEQWEIEMPGFGKMTGVFMEHGDCFSSCMKIGEKTINVKGKVTGDFIVEELDVDGSLASRMKQILVRQ
Ga0193013_1003742Ga0193013_10037421F063217MRAERLFDVLFNIFGHFEVVGCLRLVRAHLFQERHEWHEAFIVFGFAELLHETLGLLLGQLLTEVGQQPEELVAEDGAVVVLVVELEDLDEVVDAAGVLGGLGLGEDGVEVFDLHHPLALLLLAAELVDGVEGGVDVASPQQVADVEPIDLAVSLEVVHIKGKLDLFDIARVEAVLLSYFLIVRHVCCR
Ga0193013_1004605Ga0193013_10046051F007100MGTAFLTASQYLSPPKMGVYDGVYKLDMTQADPNWAALHKEMGIPEADSKAMMTPGGNVHTMTVMENKDGSMTTSTNNTSLPHLNSCFTSKPGEVKKIEKPFPCTVNWSSKGANESVMNIEMANGKKFVNEYCMNNYGFTCTSSVEGSPLKCKAVFWKVSPREDGYYELESEKGMFPVLQQLMPQMTEDVWNELQKNGGVAMKLKVENKKAVMEERMPGGKTKTVVYPFDEAINYTNEEYGIEESRMLTRVAPGRYKMVTKNKAGKTGDYEMNFTEHGIFETASVGGLTATCFYRRLGDFEGTWKVCSKVGAEGYLDACGVPEPMKSEMLAAVDVVEMKRLGGGKISTKSSSKFMPGENIMKLGEQWEIEMPGFGKMTGVFLEHGDSFSSCMKIGEKTINVKGKVTGDFIVEECEVDGNIASQMKQILVRQ
Ga0193013_1004726Ga0193013_10047261F000086KPRFLEGHVKRIVDGWDDTKEKAQARLKLLNNTKDAWVGYAEGLENIEVEFEKGEEEIKKVKKRFNLQAAFEDLEKRQKIFNDTKNTIEGMFSGIQNNYDVMTMTLPEDKKDFVKKEVKAVSEKLVVVGKFQEKVGKIESFVSKLNEFDKTLKEMDKWMKEADGQLHDIKNKSDKMTPEDRVSYTMELQEDVAAKVKIIEAQVAGELELLPQGDKVPQDAQDYKDELKRIQEFVLDLQKRVMKECDNFSEDVKYWAEYKTGIKSFKPWLENAEARSKEGLSKPQTLDEANAMFSSVNDFAKACLAHLDILLNAEKAANKMTTHKEADEEVAALKARYEKVKAVSDDWCKKVDTLVKEWKLLDNTVNELNSWVAKDRGAEGEQQYSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1004770Ga0193013_10047701F005179RAPSSSEASKYPPTEFSLKYTKVLAPNGKLIPPDQVFGEGGLFDKDVEEKTKLAFKVTMKKLEKYNTASEFNKEHLKTAKVDQVVECFPNTLLKLLPNTIQKTKWSKKSKEVENWDIWWSMHEKILQPLRAQAEVIHKWWDFTGKPDPGVEEITNGLKRLVTGVLTHPMTIGKVISAYTPKRKKDKPKSIHLIGTDTPEATMIYAGFYTEILSCNPLHPIKLTMVSPSAGNRQLSKDCSPSNPMLINDRCKLTAWDGLYHDFWERFIQAKKVEVPDIVMAIHPHLEGEFWGPTVDLLLDENVVTAFTAFNEEHFKQALERLDYVFAKYIFKGMNPWVSGHVKQTPHDPNMIWASNQYLIVFKGRTVDMKTLTLIEEPTEEVLAEAEDEFERLLNEAE
Ga0193013_1004796Ga0193013_10047961F019597LFLVLAEAAPQDLSMTGPGGEALDCEKMNNGLWTMKERWVSDLVPREFYRYGVQQFFGDHVDWANVESFRISDTKMKTELVELTNEEFGHFLEWVEENSQPPVEPYEHPRVFRPPDNVNDLWYSEVSLASDHIVHGIDKVNMLLNGGVFSTESHRFWQYSSTMEKRQLELLKVLSEKVHQAKGLELIIPEFLSMARNEGFQKSFMDELDTTLHHQVACLYPALAAKNLTFFKTVMRVVPEDELVKFVKDFATETFKAINSLEAEFNLRSVIDAVKKAFNKIDFDRSTGKVFMSFLKARSLVVGIDVHEIFTRLDRVAFQLGQGWWKLTHGEWPEMIQFITTLVTKTIKSDRFWLRLDEVYLEVVAIFKLKYQERERVLEEVARNQLKPFMQELLSKMQRVQVKDEPMVKQLISWIEQNQFSSFFDHILTRVVETLSRSYLACFTEFYGKPDFNELSAITSRNPVARWVHSVVVADWPEAQPVPAGFPQFVEQLQETILLLYSSALG
Ga0193013_1005001Ga0193013_10050011F000139LQNPDKPKFLEANVKRIQDGWEDTKQKAQDRLQLLTETKNAFIGYAEDSENVYREFDTAEDEIKKVKKIFNLDAANADLKKRQDLLKRSDETINGLFASINSNYNTMCITIPEDKKKILAKEIKAVEDKLEVVGRFKATVSKIEELVAALTAFDNSLKTLDAWKDAATAELKDIKEASGNMLPEDRVARTMDLQEDIAAKLEILKVNAQTEQDLLPQGDKVPADAQAFKDELKRITDYVLKLQGDTKVECDKYSNDVKYWAEYRTGIKEFNPWLSSAEKSAAEGLTKPTSLDEVKALDDKVKQFDSNCVNYLKVLDAAKAASLKMTTHAEADSEVAGLKERYDKVKAISDSWVKKLEVLVKEWVLLDNTVTELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKEKLVEGL
Ga0193013_1005003Ga0193013_10050031F010073PFGAFQTRTNNFKLFIDRHNRNFLLRKFKINFDVVKDGQKVIDISGNTVDSPYQFSVSAPNLFERLNIAQNPITLTINHQRGSFLIVESNIAGGMKLDAKQSPNAGTGGRNIDIVTTKAGTQMWKYHAVTSKVNDANQLKVGLKGDFELNPQSLLYKLVVSKYRILTPFARRHSELEFFWDKKNKNVVMNKFYAKAKVDKDGSKVADVLISTNQQPYKFHVFLPALLGKLRPGMQEVDVDVAHNPGTSLEMKVNHAGAKFKGFKIAKTGSGNEREITWNGKKLAKGDFTLTDKRFTTTQTLSNGKSLTTTITWKNRWDSPNFLLDNKVHVNLDGTERKLDLNMDWGMSKLPDMDLNTPDDGHFKMTAVGQNDRWGDYSINRNLQWGSSSRRLSLDVTGDAEFGAGPLAAASPVQTEVKLTFDVNNADLNGKFMKVYAGKEYSVVFQPGFTMPSIKIGA
Ga0193013_1005151Ga0193013_10051511F029016TDFFVKAAGYPKEMADGFVGKKTTMKIIDLGDGRIASHTTIEGHPEMNSCCVTKEGIDNHVNVPHLGGKCVVTYNKHGNGFKSVIKTEKMGTWNMEEEITEEGIKAVTTINGQSFTECWKRVVNITGLYKYKCGNGIVEYMKKAGYPDAIAANIEDYKMAIKACDTGLKVWESWGEVTATFSCTFDQETTYKMPFEGAPEAKVVVTHNGPGKYSWVVKAAGAAEEWKIHACDDGMKLCARNLNTGDACTSELYKETLPIMGKWKTASVSGCKELYKLMGMPDAEAQKHADEIVELEVDEKGPIVRWNWKSKLTPMDLSFKWNEETDIFDPVLKETTKNVATKNGNVMDIITHSSMGVWHCKITVGHTFMVNKCGLKGMEPMTYIMMRQKM
Ga0193013_1005161Ga0193013_10051611F051681MRAETKSTVNIEVKPHHLFRYPSEWDPRQNGKTKGGYLEGQIQLPQTGGNLKVLLSTYPDVPHSSPNHNLSQAETEIHPTLLHVVRKGNGNRRYNYKEPVPSIHHWQQCFEVRGRKVSICNKTSENDNERKEAIPEKDEMFDLAEDMILKIGKDAGELNMIILIPKTEKRANVNDVSLNKLLHSRTSNAAVLETLNMSYKGKNSVNLKKVKLKVEVFDLDTGLSLGSDISKAISDTASKAHGAMDLHDVTPLRSCATGGRKVVMLAEFGLAKDVEPKFQLYDSHGTRLLEEEETLLWQPQMTDTSIMRESIVFITPPQPHAETIRSRGYKVRLVARRSSDGYVSKKKFDFDYIPHDYYDPCFFCYENPDNIPQSGSRAKLVPMKDVARPGLRKRQMSEADVSEFQEKKIFKIEDRIRLQNMNRVPVIKITQSSTPPTLPVTTFKNILPGPSVTL
Ga0193013_1005227Ga0193013_10052272F033694MGRKLLLVSASLAISLPGLVYGDQATLGYPQSAPATSHTAHFPQQEVTAPLGYPSSYPVEGADTSSGLTASGSQYYANYPTGSGQYDYGLQYGDTDRLDASLFTFPMVITAFFSAMMGGLLAPLVVNVAARMGDIELPVLPDIADLEVPEFPIKRVNQKKKKTKKGRELIEDSIVGLISSGLRHLSADLNSEDDQHQAFPEYD
Ga0193013_1005338Ga0193013_10053381F032922MKVFAVLLLASYALAHGGDNSHMFRTWSKTKAMESCWGEDNMKIYTVNMKKAIAKCNQVDAPELDLPPYRAVDRFVNVMLSFAREMESNQFDQLYKMMGVIHENQYSNRNLDRPHRYGGRFDRFQMMMKFKEMMDDMQYDDSFMNQDMMPYSMMKSKYNNKYGMDNKMDMEKFEKMYDMVKQMKHQSYKMDEMRDSSPIAAFRSAMNFDNNNHKSMDFNKMANFFKNFRSKRAADTDALALNDRLKEKIQHVFEEQQSKIGNMTCVLREMNCLNAENEIDVRAMKKDAEQYNMPSVWFKNRYEEILDTCHEVATNLPEKLDKQEIVTGEFGTVNMGRVKSFMSCCKNAKQKLCMNQDIKNKIETNFGPVDEILDSFNYQITEDQLFTQVNQLLQGSEDEYM
Ga0193013_1005406Ga0193013_10054062F060497IEAASKLIHNRETVVNDITNPGPRGVKGGQLSQTELKRLDPKHRPAVDAMLREVSDRLLGSSSQMTSVESLSEPEAKQKVLVWADAASFFASRVQAPIDECEFPHQDRKSDMSAAAATALRMTLARMEAAHRLASNWEMVVQDIINPGPNGVKGGQLTQLNLERVDPRNKASVEGMVKTVCSRLLSQEVSGPSSPGEALVWIQAATFLSGRIQKSRDEKPGRAADMNRHAAVAMRKVLAEIEAASKLMSNREKVVMDICNQGSNAINGGQVTQTDLKRLQPGQQSSVDAMVREVCGRLLGKNASGPGPADAQVWADAAQYLHLRIQASKKEMPGRKRDMTTGAATAMRTVLAQI
Ga0193013_1005622Ga0193013_10056221F000371PQDAQDYKDELKRIQDFVNNLYQKVMKECDNFSEDVKYWAEYKTGIKEFKPWLAEAEKKSTEGLSKPQTLDEANAMFAAVKTFEGSCSKHLKVLTEAAGAANKMTTHKEADVEVAELNVRYEKVKVVADEWMKKCDTLVKEWQLLDNTVTELNSWVAKDRGAEGEQNFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1005664Ga0193013_10056641F001641FEDLAKRQDILKQTKDSIMGLYNQIKNNVEVMSLTIPDDKKKLIERETKALTEKLVVVSQFEEKVSKIDEFCTALKNFDTSLKTIDDWMMGATKELEDIKSSSDKMAPEDRVARTMDLQEDIAAKIEVMKKNAEQELALLPQGEKVPADAQEFKDELARITKYVTDLANRTKEECDKYSEDVKFWAEYRTGIKEFTPWLVEAEKSSTEGLSKPANLAESRSLAEKVHIFDKSCIDHLKVLDAADSAAKKMTTHKEADDEVAALKARYLKVKTVADEWRQKVDTLVKEWELLDNTVTDLNAWVAKDKTTEGENQFSLEKMESTLGELKNIFKQKEKLVDNL
Ga0193013_1005814Ga0193013_10058141F000080MTFWQENYTFIKEVYDMRHSKMMEWMENVEKAIGKIMADKVYTSSEFKRERDNFQALCKDIERTEVKKWLAQILEILMEGRAKDLSKSEHDKLEILIQKHQELIPTVQKTSIMVDLYWKCYAYGDELKPHVEFLDGIMLSSTREIAPSCVENVDELIERQEKSLAQLDSKRSVVSDLIGKGKVILQNPDKPKFLEAHVQRIQDGWEDTKLKAQERLKLLTDTKDAWIGYAENNETIATEFEVAEEEIKKVKKHFNLEAANADLAKRQGLFKKSSDTINGLFSDINANFTCMSLTLPEDNKKALTKEIKAVDDKLEVVARFKATVGKIEELVASLTAFDQSLKTMDGWMLTATAELEDIKTSSGSMLPEDRVARTMDLQEDIASKVEILKANAATEKAILPQGDSIPADAQAWKDELARITKYVTDLAAAAKVECDKYSNDVKFWAEYRTGIKEF
Ga0193013_1005893Ga0193013_10058931F023273LYYQPMINYCQEREEGGARRVVDLPDRLESNFDKRAYTRGPDEGDYDKFLTMMYQRRMKDKNAKSIHVANERWARSKANTTLNTIRGADNARDRYLCQIQLIHTGRVAQGRELGAGSTWQHEGKATNSSGYTYEMKQSGNSGAVETTEYREERERRSLSAEPVLQKRTSDPKYGPGFNRISKYESRPLSAGGSGLELVGIKEPELPPVSFDYVGKKTEEACQKYEEYISRKEMEQAFMNADTVEDFLKHQTQLQQKRDLLEKKDYKPLYNDTSYVRALGDVQKRIKDSGRYKGMQPSLDDINIFYRRRRIEDIGAHEKAAIRTAMYKGDPIPDFDIGYATVHRDFCPKV
Ga0193013_1005901Ga0193013_10059011F014227MGTLRMKLFVAQLLFLLVVTVVTGQDSSVKSRVKAQLQQWATVQAHCAEASYTEGSIDSERALECKKCQAGVGDWNTPDGFKRGKACLETWEPKTLEVCGDLFQEYEDSGFDVSYTVKMVECWENTYRRDIASKCLEATGGEDMNLALLCVFKHLTDNHKHAEKVLFGSSDENPMKPSKMELVVQSIFDEGRCLHANAGNLNRVQECTMCFNQVLVKEKKLLMKMKFQKKHGLEVLDEEAYFEKGRKVGSMWGVCSDIYLAPAYSECTENIDQLFQADMEDWATEEFRNKMMEVEACMLLKQSEHYYKDCSAAGGEGVDGFMNFFSCAQNLTMTWVSDKRPEALDMMADYMRGGRMPFDDEEP
Ga0193013_1005964Ga0193013_10059641F003248AVIPVEELVDGLQNFLTAPEESGLRLKRSTGEWDKEFDLSSMGILFQLKYTNPANPFEGGRAHVKVPGARFVRNAPFDDMEMDIEFNGGSAIDGLFDMKVDYKFIQKFMFLADRPQEGSFVLYRKMEGGMWKTRVTVDNNNRMPKPFLDIAVESDRKTKLHVLFNFEEDNKWELKIDRVPGQKMTIEATINGQKWTGVGNLNQGEMKLNLKMDSEFTGKHFNMDFDLNPAGMWGLHVTGDVEGPVDAKWTMQKDFTMGEIAIKYKNQNYAFMQLKGNAEKRGMFPVMFDYVVKYNINDAEQHQGKAKLKFDARTPAKRFEISFAPKTGTPFEYVFDFDLSAGFKYDSDLKMNGVSVEKATGDFTWVNNGNKFELKSDETFTQTKENPFYNFNTMFLFGGRYVEKMDKTRNFFFDKVQKAQFLNKMKIEEEVTLDGKTWYHIKYDNTAPKTAFLFTYLPYNMEHPWTYEGGREHT
Ga0193013_1005993Ga0193013_10059931F003248AVIPVEELVDGLQNFLTAPEESGLRLKRSTGEWDKEFDLSSMGILFQLKYTNPANPFEGGRAHVKVPGARFVRNAPFDDMEMDIEFNGGSAIDGLFDMKVDYKFIQKFMFLADRPQEGSFVLYRKMEGGMWKTRVTVDNNNRMPKPFLDIAVESDRKTKLHVLFNFEEDNKWELKIDRVPGQKMTIEATIDGQKWTGVGTLNQGDMKLNLKVDSEFTGKHYTLDFDLNPAGMWGIHVTGEVDGPVDAKWTMQKDFTMGEIVVKYKNQNYAFMQLKGNAEMRGMFPVMFDYVVKYNINDAIEHQGKAKMKFDGKTPSKKFEMSFAPKTGTPMDLVWNMDFTSGFKYDYEFKVNAVTMEKGDGEYKWVNNAQKFELMSKDTFVVSKQSPFHWMNIMVTRGREWTKMEHTRNFFFDKVNKAHMINKMKMEEHNILDGKTWYHIKYDNTAPRTAFLFTFLPYNMEHPWTYEGGREHT
Ga0193013_1006131Ga0193013_10061311F000048ACLKHLKILNDAAAAANKMTTHKEADLEVAALKERYDKVKTVSDEWMKKTDTLVKEWKLLDSTVTELNSWVAKDRGAEGEQQFSLEKMESTLGELKNIFKEKEKMVENL
Ga0193013_1006334Ga0193013_10063341F086573HGDSLVRQDLGMIRSAMISSVPLLALLVTGAQAAPRQESECCQEKRVGDTFYTLIDSNYDSFDGEVPERCLNSCFYTITGTSEPKFCFARGELPVECGASGYGSGYGLEYGSGYGSGYGMSSVSISFIVRSATTNEAVMGAEVSFTLGDIVLSTTTDELGLAYFTFSFDEIVMSEEGITAIVEVSLEGFFTYSYEKIIYAENMMEELLDWEVAIALSPDLAENEMRIVLSWETTQDIDIYALQMDKETGDIICKTYWMNTDGCEGITLDVDSMNGVDSGSETITWNLGSADPYKYLIYVNDYGLEGFDGSEARISFYEARFSFKMEVENGNNEDRYWMLGSFEPSEGISSFIEDGSIQADNPDFSQARNAIPARKPQQ
Ga0193013_1006535Ga0193013_10065351F086547IADTSLYNESPMRAPCEGTRLMTAPIFPGIEASNKYGPVEPELAPKEKIKTEKPFVAPNYPGIEYKNAYNLDKIENGMPDPFRAEEGSIMVGPKYPGIQDSGYEYNPPSNRGQLPKVEVISAPVFVEDGANKYSVVPEKTHGELLHPLPLHGPGVEAKNAYCPQEEKQPGQLVMAGPKFKGVDDQCKYTPDIKKADTEGLLTMSGPKFRGIADTSLYNESPMRAPCEGQRLMTAPIFPGIKAENSFGPASMGF
Ga0193013_1006555Ga0193013_10065551F055412HRAIGLKGPVEPRCDGPECPGGCCPEPAYICCDNGYFCAATEADCPPIKKEEVKQDCPGTECPGGCCPNAGWFCCPGDEYCAASEEYCKRVSIAEKLISMAAPKKIVKQDCPGTECPGGCCPNAGWFCCPGDEYCAASEEYCKKTNIAEKLISMAAPKKIVKQDCPGTECPGGCCPNAGWFCCPGDEYCAASEEYCKKTNFAKVLIAMAAPVKVQKEIKQDCPGTECPGGCCPNVGWFCCPGDEYCAASEEYCKKTTIAEKMISMAAPKKIVKQDCPGTECPGGCCPNAGWFCCPGDEYCAASEEYCKKADFAKILMSMAAPKKIVKQDCPGTECPGGCCPNAGWFCCPGDEYCAASEEYCKKINIAEKLIGMAAPKKHLQEVKQDCPGTQCPAGCCPNAGWFCCADNEHCAASEEYCKKTNYAEKLIGMATQKRALPLKVIRA
Ga0193013_1006681Ga0193013_10066812F060497VWADAASFFASRIQAPLDECEFPHQDRKSDMSAAAATALRVTLAQMEAAHRLATNWEMVAQDICNPGPKAVKGGQLTQTNLERVDPRNKASVEEMLKQVISRLLSQEVSGPSSPEEALVWIQAATFLSGRIQKSRDEKPGRAPDMNRHSAVAMRKVLAQVEAASKLISNRDKVVKDICNPGSTAVNGGSVTQTDLKRLQPGQQASVDAMVREVCGRLLGKSAAAPGPSDAQVWADAAQYLNSRIQATKKEMPGRKRDMSVGAATAMRVALAQI
Ga0193013_1006777Ga0193013_10067772F086573HGDSLVRQDLGMIRSAMISSVPLLALLVTGAQAAPRQESECCQEKRVGDTFYTLIDSNYDSFDGEVPERCLNSCFYTITGTSEPKFCFARGELPVECGASGYGSGYGLEYGSGYGSGYGMSSVSISFIVRSATTNEAVMGAEVSFTLGDIVLSTTTDELGLAYFTFSFDEIVMSEEGITAIVEVSLEGFFTYSYEKIIYAENMMEELLDWEVAIALSPDLAENEMRIVLSWETTQDIDIYALQMDKETGDIICKTYWMNTDGCEGITLDVDSMNGVDSGSETITWNLGSADPYKYLIYVNDYGLEGFDGSEARISFYEARFSFKMEVENGNNEDRYWMLGSFEPSEGISSFIEDGSIQADNPDFSQARSAIPTKPQQ
Ga0193013_1006853Ga0193013_10068531F086547KYTPDIKKADTSSMLTFSGPVFPGLPGGSKYNEAPMRSPLEGTRLMTAPIFPGIEASNKYGPVEPELAPKEKIKVEKPFVAPNYPGIEYKNSYNLDQIENGMPTPFKAEEGSIMVGPKYPGIQDSGYEYNPPSTRGQLPKVEVISAPVFVEDGANKYSVVPEKTHGELLHPLPLHGPGVEAKNAYNPEMEKQPGQLVMAGPKFKGVDDQCKYNPDIKKADTSSMLTFSGPVFPGLPGGSLYNEAPMKSPLDGQRLMTTPIFPGIKAENSFGPASMGF
Ga0193013_1007112Ga0193013_10071121F000946MFALLVLPSAALAWQPAPGIPLNRQLPSNRQTSAGSGSGGCDFDPWTQECNATEIWCDAGYYNDNQCWYGNYCLQQVNEWDGCPGMCHMPCNYDTEEWCDMGMDSNNCWLGNYCMDIAAGGCPAMTGSGNSGSGSTCFEPYTQDCNSTEIHCDAGMDSEGCWHGNYCINQVNEWDGCHGVCSVNCNWETEDWCDMGTDSAGCWMGNWCQDKSMGGCPPPMGGSEMNSGEDICAHSTWTEECGSSQISCDAGYSNEGCWFGNYCIESVGTYDNCPGMCNTMCNWDTEDWCDMGVDANGCWMGNWCQDMSLGGCPDVTMVSKRGFMEKQKALAHRADRQFFSNSGSGSDYGSDYGSDYGSDYYGSGFFTY
Ga0193013_1007228Ga0193013_10072281F000080MRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAQILEILMAERAKDQRKNEFEQLDALIKKHEELIPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSLVQLETKRAVVKDLIEKGRKILENPDKPKFLEGHVERIEVGWDDTKQKAQDRLKLLQETKEAWVGYSENNDTILIEIEKGLEEIKKVKKRFNLQSAFEDLAKRQELFNTTRDNVMGLYNQIKHNIEVMSLTIPDDKKKLIDKEVKALSEKLTVVSQFEEKVNKIDEFCKALKEFDGSLKSIDEWMMGATKELDDIKNSCDKMAPEDRVARTMDLQEDIAAKVEIIKKNAENEASLLPQGDKVPQDAQEFKDELNRI
Ga0193013_1007293Ga0193013_10072931F082051RQAASGDSALIGEVFAYLCKEPQQRKADEEAEKKLKEIEAKLAAQAGKNKDNAKAVLMRNLAQGDNMLMDVCLEAWKGWLADYKKNKDTEDAIKAQEAKVAEFMKNKSDGAKSVIDKMNSATDSGLVEHVISTWVQYYKDLKKAEEMEAILNGAQGKFGAFSERNKAGAMSAGQKAQAVKEYGLYIHSFLLWTEFCRVERLLRYYSMRVESKKHQLQGLQNMFRTFATQLEQGLKDGTPRDTAAIKNGSKKMNKTDGSVSLPNIHKPPSASGRQGSHRS
Ga0193013_1007416Ga0193013_10074161F076846TWATQSTWGVNQKSVRPALRMKKSLSLVISLQLLVLSSAAQNEECPVGTSKFNGQSAVCVSLLDFCLGQSRVVRDDWCGERCVAPKIPDPNGEACRDDSEILRPVLMMTELKEMMETQLINLRGRLSSRGLSGAIRDIEQISSLTGLTNSRDRGITSELLTDAVAKLYNVQDSDIVLTTYFRYLTGQVKKRVEKIEKALYETQSGNIKIRTVLRNIKNLYNDFLYKIKEINDEIKAKQDSVTAALTKVAVFNEMLAGVKQNKRNLYKSQLVEDLFSKIKTTFVQVDNEWKKNGTRKAVDKTLDSLPSLIDIGVSLFSSSTAHNEREIKDKIERSLTAVGAVSSRLSSANWELIQFSGSFVAAKNRADELRKEEFHGISGDLIADTLSSCRDMVELAERL
Ga0193013_1007449Ga0193013_10074491F000051TWALTIPEDKKKVLAKEIKAVEEKLEVVARFKSTVGKIEELVASLQAFEGSLQTMDTWMLTATAELDDIKSASGSMLPEDRVARTMDLQEDIAAKIEIIKDLAATEQAILPQGDKIPADAQTWKDELSRITKYITDLQASTKVECDKYSNDVKFWAEYRTGIKEFTPWLVDAEKASGEGLAKPSDLDQVKALNDKVLNFDKTAVSYQKVLAAAEAAAQKMTTHAEADAEVAALKERYNKVKATSDDWVKKVDTLVKEWVLLDNTVTELNSWVAKDKTTEGENQFSLEKMESTLGELKNIFKQKEKLVENL
Ga0193013_1007531Ga0193013_10075311F000577LDIGSIAAAGERCIDKVVMVEETEYDDVVTCKHSYSEKCHTTYTTDFEPQQEEDCEENFVKSCFIEYKKVASEDAVTFCHTPITLEGGGPEVCQKVYESACTTRYQEHDVEEDISDCEIVKEEKCEDVTQGYTTEQKCTTWPRQVCKVGSSRTKKYSPETECVPVPREVCGAGTIQVPGEEECFDRKETVIQEVPEETCNLEPQRICKHVTKLVPLLKPVEECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAQSGLA
Ga0193013_1007558Ga0193013_10075581F076846TWGVKQQSVRPALRMKKSLSLLISLQLLVLSSAAQNEECPVGTSKFSGQSDVCVSLLDFCLGQGRVVRNDWCGERCVPPKIPDPNGEACRDDSEILRPVLMMTELKEMMETQLIDLRERLSSRGLSGAIRDIEQIPSLAGLTNSRDQGITSELMTDALAKLYTVQDSDILLTTNFRFLKDQVKKRVGNIEEALHDTQSGKNRIRSALRNIRRLYRDFLSKIKDINDDIKVKQDTVTAALTKVAVFNEMLAGVKQNRRNLNKVQLTKDLFSKIKTTFVEVDNEWKKKGTQQAVDKTLDSLPGLINIGVSLFSSSTAHNEREIKDRIERSLKAVGAVTSRLSSANWELIQFSGSFLSALTRNNELKKQEFQGISADLIADALSRCREMVELAERL
Ga0193013_1007665Ga0193013_10076651F008862MKFLVLLALVGVVFAEMMEDEEMMKKWMKMKAMESCWGKENMKLYTVSMKRAIAKCHQEDAPELSLPPFRSSYRFVNTMINQGNDMEMLKNMMFAMSMSMNQDNSEYSYVQPYSTNSGRSDNLMDKMRMMMRRMKMKDMMRSNYQNDYDMSEFFNDRMDNYRTNNAMSQFKQMFNSYRSKRQASRRQGPRPAARQAGDNLDLGDRLVEKLAEQKRHMEEKIGNMTCVLKEINALDASNNIDIQGMKRDAQKYTMPSPWFGQKYEQILDTCYEMATNLPAEINNHSTVSGSFGKVKLGEIKMFMKCEMRRKMQLCMNQDIKSKVESNFGPMEQILQQTQLTEYEFFPLVMHMLHGEEMDYMTEGF
Ga0193013_1007837Ga0193013_10078371F000080MTFWQENYSFIKEIYDMRHTKMAEWMENVEKSISRIMADKVYTSAEFKRERDNFHALCKDLERSDIKKWLVNILEILMAERSKDEKTMQNQKLEALIKKHEDLIPTVSKTQVKVDLYWKCYAFGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLTQLETKRSIVQDLITKGKQLMENPDKPKFLDGHVGRIKEGWDETKEKASARLELLYNTKAAWEGYASGLENIVVEFEKGEEEIKKVKKRFNLDAAKDDLAKRQKIFADTKGTIEGMFGEIQHNYDVMTMTLPEDKKDFVKKEVKAIHEKLEVVGRFKEKVDKIDEFVTSLDNFDKTLKMVDSWMKEADNQLNDIKNNSDTMTPEDRVSCTMELQEDVSAKVDIVLAAIKTESDLLPQGDQ
Ga0193013_1007838Ga0193013_10078381F000080MTFWQENYSFIKEIYDMRHTKMAEWMENVEKSISRIMADKVYTSAEFKRERDNFHALCKDLERSDIKKWLVNILEILMAERSKDEKTMQNQKLEALIKKHEDLIPTVSKTQVKVDLYWKCYAFGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLTQLETKRSIVQDLITKGKQLMENPDKPKFLDGHVGRIKEGWDETKEKASARLELLYNTKAAWEGYASGLENIVVEFEKGEEEIKKVKKRFNLDAAKDDLAKRQKIFADTKGTIEGMFGEIQHNYDVMTMTLPEDKKDFVKKEVKAIQEKLEVVGRFKEKVDKIDEFVTNLDNFDKTLKMVDSWMKDADSQLNDIKNNSDTMTPEDRVSCTMELQEDVSAKVEIVLAAIKTESDLLPQGDQ
Ga0193013_1007884Ga0193013_10078842F008862TWGSLSELPRRPTQKMKFFALLTLAAVVTADYEKEMMTKWVKMKAMESCWGSENMKSYTVEMKKAIAKCNNEDAPELSLPPFRSSYRFVNAMINQGNNMDMLKNMMAAMSMSMNQDNSEFSYVQPYSTNSGRSDSFMDKMKMMMMKMKMKDMMRSNYQDDDGQFFNEFFKSMGSSDRMDNYRTGSYRKNDPMSQFKQMFNSYRSKRQATDSLDLGDRLVEKLAEQKHQMEAEIGNMTCVLKELNTLDASNNLDLQAMKRDAQQYAMPSPWFGKKYEMILDSCYEMATNLPAEMADNSVVSGSFGTVKMAEIKMFLKCEERGEMKLCMNQDIKTKVESNFGPMEEILQQTQLTEAEFFPLVMQLLHGEEMDYMFGSM
Ga0193013_1007931Ga0193013_10079311F004000PSTAPFHYGHAAYTYGPLHCTGSPCDVVPSCNQAHWAKDISAFNNDKSISDASISTVYSYGGDVEFWPKKEDPQACWEPAKDTCNYTSYYDPVNEKAADTYSKVDGVGQIVALLDARLDGWNMIEQYNNNDACNFGDFYPNLNNLTTVQLGKLAKQTSQLFCKDSTLNGIQIDLEPYQDPYKESLETFIKAMVTEMEDETGENGCKDAAHPKGRTTSYFTFAHRTRTSFTKELMGKNGYYVFSGYDLKPKNLAFEYNNVTEFGNNLRSEIPAIKRVLTDPNAKFTLGVPIAASCHEYEHYVPMHGEGCGPACQPFDSGVVMADYVAELFKVLTENNNNDGLFNLKEGGQFLGLSFWVWTYDMTYPPMKWFNNLFLPATPSKDVLKILKQELPKLDKK
Ga0193013_1007955Ga0193013_10079551F066302DCSCADFSYKECQAPVSNDNIHVLDLEECIFQCDLFHSFGACDWFRFDQTGGEDENCHLHGPGNEPMLDYLSSCNKRGRPTRDINEACYIDPTISGMADNFCNSESFCPGGCTSCNDDICGKIHETECTMEDEGTDNSASAGTEDGCNLLCTSLGANSNEISYLVWGEREEQCICYPVGKRFCNNIIMEWGVTLDDYNNCGYPNPDDPEPEPEPGCTSDADCTEEPNILCDQTDGLCKPGCHQHEDCRDSMYCDCDDGAPCPGGSVGVCYPGCRDQGSSCSLVQGGGGTCQEHICTPSGTPKIGEITVVTRECAGCDGNNEGGTFEVAVTNSIGVAGCTTPKLDKAGTTDYGAGNTATFSGDELGPNSGGCKLYEAFGVTGVTIAWSGAGSWTPETVNVNHVLQTCCPNVGGGSASSSQPLKLECSQFLC
Ga0193013_1008087Ga0193013_10080871F039938MRAFIILACVGVVFAGEDMFGMKKMQKTWAEHKAMESCFGENVMKTSLLKMKKAVVKCTGMDMPEIELPMYNNPHRFVHALLESSEDLKTMKLFKAMSMMHQGSQQQSQAAPIQLVLGQQQAPQDNMMKKMFMKMMMKKMFHTHDNEDDNESPFGNMGSKKYGMDDDNSQYKLFENLMKSMNRNKRATDDLFELGDRLTEKLQQKTEEMKAKMGNASCVLKELDIIDQNENLDVSGMVQSVENGEWGKFESEWLQEQHIKDCRNCATFAETIPKSVFAECAYGEKWGRIMMFFQCEKESKYKTCMNFDMKQKLEKSFGSLEDLEEKTGLPEYQLLPMTMKLLNEQMDMFM
Ga0193013_1008110Ga0193013_10081102F059045ENILSNLADEIPKEDTMALLAELADPEDEDGFFPYAPFLDRLTGKA
Ga0193013_1008214Ga0193013_10082141F000080MRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERSEQVGKLDGLIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLETKRAVVKELIAKGKQLLENPDKPKFLDSHVSRIEVGWDDTKDKAQSRLTLLQNTKDAWVGFADGSEQIVVEFEKGDEEIKKIKKRFNLAAAFEDLEKRQKIFNDTKNTIEGMFGAIQKNYDVMTMTLPEDKKDFVKKEVKAISEKLVVVEKFKEKVDKIENFVNRLNEFDKSLKSLDVWMKEAETQLSDIKNKSDKMTPEDRVSYTMELQEDIAAKVEIIKANIAGEI
Ga0193013_1008224Ga0193013_10082241F093070ASTEDHHSSTELSSLSGQQEKQRQIDDKSGAQCLAGDVVESYWHIRYYLRDISNGLERIDPNLSSNSELVSRLEDWEESWEVGREYVCDSGMHQIVCELVSFLKEVEKLEPAFAEMTQECDAEFCLCLPRLVWLHFLQDPQKHMKLLQRFLPHHFTCSNEDSQSTWSSSIGDLLDRYEQAEHEVTQRSNRVADRRCSVHRFLVQSIIAGPNSDVQPEFSADLDNSDASALVHAIEERSMELQRHEPAAWNHFMMVIVRCFSQGQPKSRQRMGPKAPVPKMQPTRSRRSLWRNRPRLRTTPFPVVFSGLACLSGN
Ga0193013_1008319Ga0193013_10083192F028826MARVTMARAAVSMRPSAHSPLDNVSTKYNPIRLLKGAPPGQDKVNFYASELGIARMHREKQKRKNDHHLFGIEAYGDYDYHHNFFEGAVNRDMKFWEPELVRSYTKMI
Ga0193013_1008347Ga0193013_10083471F004000TFTYGHAAYTYGPLHCTGSPCDVVPSCNKAHWKKDIEAFNTDTSISDASISTVYSYGGDVEFWPKNKNIKECWAPATSECNFTSYYDPNNRKAADEYASTGGVSQIVSLIDSRLDGWNMIKDYNNDDACNFGDFYPNLNNLSDTQLGQLAQQTAKLFCQDSNLGGVQIDLEPYQDPYKESLEHFIKHMSTEMKDDSGANGCKDAKHPNGRTTSYFTFAHRTRDDFHSTIMGDNGYFVFSGYDLRPKNLAFEYNNVTEFGNNLKSEIPEIRRAIKNGGKFTLALPIAASCHEYEHYVPMHGEGCGPACQPYDSGVMMSDYVQEMMNILTAKENLDLFTLKEGGQFLGLSFWVWTYDMTYPPMKWFNNLFLPATPSADVLTILKKELPKLGKVKN
Ga0193013_1008605Ga0193013_10086051F000052VEEIEYQDHIQCDHSYDKRCHTTYVTNYESQQEEECEDNYRKNCFIDYEKIAFNETVQVCRFPLTKPEDCESSGEEICRTEYESECWTKPEKHQVVDDVVSCTTEYEEICTDVTDGYTQSRPCSKWPRESCVITKKPNTKVTPVVGCHKEPITLCAPAGCKPVPALVPLCHDEVKTIVQDKPKEECSLEPQRTCKHVTKLVPKLTPTEECVDVPKEVCSRSRVPKPIPVKKPVIKKWCYVPSEESGLA
Ga0193013_1008696Ga0193013_10086961F001641AENNEVIATEFEKAKDEIQKVKKKFNLEAAFDDLAKRQKIYNDTKTTIEALFDQIKNNVEVMGLTIPEDKKKNVEKEKKAVEEKLAVLTEFKETVEAVEKFCNELKTFDSSLKAIDSWMLQATKELEDIKNASDKMPPEDRVARTMDLQEDIAAKMKIIVKEIENEKTLLPQGEKVPQDAQAHKDELSRIHKYVVELQGKVKKECDNFSEDVKYWAEYKTGIKEFLPWLTGVENDSTNGLAKPSSLAEAQSLSDKVHSYEKQCGDNLKVLEAANAAAVKMTTHKDADAEVAGLRERYVKVKNIADAWVKKVDTLVKEWQLLDNTVTELNAWVAKDKTEEGDNQFSLEKMESTLGELKTIFKQKESLVENL
Ga0193013_1008758Ga0193013_10087581F000086SDVWMKEAETQLSDIKNKSDKMTPEDRVSYTMELQEDIAAKVEIIKANIAGEIELLPQGEKVPQDAQDYKDELKRVETFVLDLQKKVMKECDNFSEDVKYWAEYKTGIKSFRPWLEGAEKKSTEGLSKPQTLDEANAMFANVNDFDQGCLKHLKILTEAAGAANKMTTHKEADDEVAGLKERYEKVKSVSDEWMKKVDTLVKEWKLLDNTVTELNSWVAKDRGAEGEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1008876Ga0193013_10088761F023515HGDSESEHSSRMMRLGLTLGCLLALSYGESDMEKKIWRDINSFNNQLICWGQKNTMKFTAALHQATEECTDFGKPRNPFTKPANPFAQLQQGFQTLPENVGDRWQKIFKNFLKRNKRQAEEGGLLDTTEEDKEEFQMNLAHWKLDLASSIGNMTCVLSKLNMLDENLQVNMAMYTSEMWEEADLSETLAGEDPVWRESMISGYRDCYEIAQNWPQENLDRNPFSKVFGRHHVFFQCAKRVEEKGCAAAEMYRWLEAAYGKDDGSFDYTKYDMPKNKYERAALVTLVMYEQATPQENMIGDFFYGKSDFL
Ga0193013_1008977Ga0193013_10089771F000021QLSASYQGLVETVPGVNLELLRMDKYALDPEKDTLFRGEFEVVKELTAAFEDGPACKAECDKVIDKNGPPPKGTGIKQLRENIAESKLSYEIMDDAAQAFLKTKIMDNIQKYVYMICFTGYIREQARAAVAAGGDEFKLSGGKTSVPTENLKLAESFVSWMDKHANFRTICEEGKGKLQWERDIPQDALDNLVNLANADFHKNLGKIIHDIYLTGHNLFKDMPQGDHKKRAKYRFASKTLMRILPDALKTEVEALINQKTMTLDLYEILGQCTWGQGTKGV
Ga0193013_1008980Ga0193013_10089801F093070GGTACSGEDEPQDEAQESQGNMSAAHCLAGDVVESYWHMRYYLRDISSSLERIDPNLSSNVELVSRLEDWEESWEVGREYVSNGEMLHIVCDLVRFLQEVERVEPAFAEMTQECGAEFCLCLPRLIWLHFLQDPKRHMKLFPRFLPHRFPSNTEAEASDPCWDSCIQTLLNRYEEAERELVQLSKKASDDRYDVNRLLVQNVIAGPNSESQPSLLMELDLGPKSDSGALVHAIEERSMELQRHRPEDWNHFMMVIVRCFSDNRPKHRQRMGPKAPVPKLPSNRGRRGLWRSRPRLRTMPFPAVACPARNSR
Ga0193013_1009044Ga0193013_10090441F023515HGDSEPEPSSRMMRLVLTLGCLLALSSGESDMEKKIWRDINSFNTQLICWGQKNTMKFTANMHQAMEECINFEKPKNPYARPANSFVKLQKGFPADAGKRWQKIFKNYFKRDKRQAEEGGLLEATEEDRQEFGMNLAHWKLDLASSIGNMTCVLSKLNMLDDNLQVNMDLYTTGIWNYYDMSETLAGEDPQWRSSMIHGYRDCYDIAQNWPQENLDRNALSKFFGRHAVFFQCAKSVEEKGCAAAEMYRWLEAAYGKDDGSFDYTKYDMPKNKYERAALVTLVMYEQATPQENMIGDFFYGKSDFL
Ga0193013_1009100Ga0193013_10091001F008862TWGSLSELPRRPTQKMKFFALLTLAAVVTADYEKEMMTKWVKMKAMESCWGSENMKSYTVEMKKAIAKCNNEDAPELSLPPFRSSYRFVNAMINQGNNMDMLKNMMAAMSMSMNQDNSEFSYVQPYSTNSGRSDSFMDKMKMMMMKMKMKDMMRSNYQDDDGQFFNEFFKSMGSSDRMDNYRTGSYRKNDPMSQFKQMFNSYRSKRQATDSLDLGDRLVEKLAEQKHQMEAEIGNMTCVLKELNTLDASNNLDLQAMKRDAQQYAMPSPWFGKKYEMILDSCYEMATNLPAEMADNSVVSGSFGTVKMAEIKMFLKCEERGEMKLCMNQDIKTKVESNFGPMEEILQQTQLTEAEFFPLVMQLLHGEEMDYMVGSM
Ga0193013_1009176Ga0193013_10091761F000080MVEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERTEQLSKLDSIIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLTQLETKRSIVRDLISKGRQLLENPDKPKFLDSHVGRIEQGWDETKEKASARLNLLTNTKAAWEGYGAGLENIAVEFDKAEEEIKKVKKRFNLAAACEDLEKRQKIFGDTKGTIDGMYNSIQHDYDVMTMTLPEDKKDFVKKEVKAVTDKLEVLGRFKEKVDKIDEFVTSLKNFDVTLKDIDAWMKDAENQLNEIKNNSDKMTPEDRVSY
Ga0193013_1009425Ga0193013_10094251F019598MIFHLLLLVSPAFGMPSSALLGDVGSQIIGKLDSLPGFAQEGKDILKNSKLTEHIAEALKEAEKHILEMDTELRLMESEELQFEDNYFPAYNKAKGYLRETRQALRKLADKTVKEVRDLKLLLEELDQTDDPFLLKNAIESMKNLMIDTLKTLEEAVEKYNSALDTFEKLNSSIKTQNRKLDKLLDKNSAEYKEWTTNMRAGLYSTVAVSTISFILADVFGCLGFCSAGSLIASIAGIASAETGIAKYAAKLETWKSITERMLESGANFDTTLTEAINILTDEIDLINNWTNSAEVVNSNIEKYPQQYLKKYKTIRTIFVNGLDDLSNSAQDFLDQPVDILA
Ga0193013_1009565Ga0193013_10095651F040457EQADGAYETKSTISELPEWNQTSCFKLGERTELKTPFEHAVTMTKKDENTFCMKTEMGGKIMESSMQHHNYGISISGCVDGVCFSEEFKKMEPKFSGFYKFESETGMGPLMKAMGIPADGLSAEDMVNMGFRVVDKGDKIWLEEHYGDKKQYMAVLNQEYDYERPEWNMSEKRITTKVGPGSYKTVSKCTKTGRIMESTVTFTDSGCSVDTTTGGLKAHETFKKGADFQGKWRAVAITGAEAHAAALGMTGDMKKQYLDGALKETFDVERLSNGCFKIKTDSPWIPGGVMVMKSGESICVDIPGMGKTENIGYEGCDSWLQVTKCMGKTVTTKETISGDFLIAEATVDNCPSSTGTTIFTRD
Ga0193013_1009614Ga0193013_10096141F052626MKLAALLAASANAATLFSPIYESIASSMVNQASGMLQTIKTLDTPIDVANNAQLVSAIDAFDAALTGMDNAALVAVIENLDITALLDADGNLDTNALVTVFSSLDPAVVQDLQTAFVAAVPAETMTQLNSSMDAFLDLGTVFQDIMNNNIELSNFAAIYNDFADAITGLDAVFGNNVLGSTTNALLSYSSIVTTLAEKALVVWESYDDIRISFRNANTLVEFGIQDRLNEINHVDGESYLCTAGNNGIFDTAKEAVEFLPDVLVTNFRGPTMNLVSLYNDFIHGIEIGSFDLSMYELNESDVDMAFTMIDNMAGSVAGTLVEVKTLALPFSGQINSAITNSFC
Ga0193013_1009693Ga0193013_10096931F006459TQAKKHIKFFWAPDAFTKEYLFTDEWEYPTPTGCKWTTDLKRGGVSVWNWVGDYGWENNANKFEFKTMDKVVQTPTSPFYGWDHFYVGKYYNNGERTRTVTYDKKNRNFLLGKVFVEDKLVLDGERWGHFKLDTRATPYTMVWFSKPVARLVPITRDFVGQDELTVSAWHTPGKELKFETNLPEFRTMKITSAGPTKTFFFNGEEKATVDFDSSSKKASHTMHLPSGKDLTIDLAWPKMTADASDLEFGVTITPDRKVVTKFGWEWAGVKKVYLDVVGNNPWIGDYKLSRQGEFEEISGSVYKMKWTGHGETTKGFLRRVSPVETNVVASVNTRNLKVDAIVWKSFAGQKYGFTMNNDKFTLLAGKH
Ga0193013_1009694Ga0193013_10096942F014820ESTEATQREHTGTTSSKVDMKIIALVISLACLVHGEGLFLSTALDGVEIKLRGRDRGPDITQVEVHIRPKEVTASGDIPSLEYKEEDGCWKQAPAKAGPTNRGQKKRWRLDLPAPCKTYKFRLALHSDSCIDYLEHPTTMGGSPLYLVNQTRFIPGAPENLQMSGDNSLEWDAVPCASEYQVTYSTEDGKTTTRVGEDALSNTQLPFPSSPCQTVDAVVKAVSGLRKGPGARITFNTCQAEEDRDNTTLDASFLFADFQEEECPTQNLPLCKASPLPSPLVTLGLKDSLDEEKQGVVVKELSQFPTLLICLVAGGLLLFLILAIVFTIVIRRRQRSGIHHVQKS
Ga0193013_1009755Ga0193013_10097551F019598HGDYFRDRHEGRRKKMIFHLLLLVSPAFGMPSSALLGDVGSQIIGKLDSLPGFAQEGKDILKNSKLTEHIAEALKEAEKHILEMDTELRLMESEELQFEDNYFPAYNKAKGYLRETRQALRKLADKTVKEVRDLKLLLEELDQTDDPFLLKNAIESMKNLMIDTLKTLEEAVEKYNSALDTFEKLNSSIKTQNRKLDKLLDKNSAEYKEWTTNMRAGLYSTVAVSTISFILADVFGCLGFCSAGSLIASIAGIASAETGIAKYAAKLETWKSITERMLESGANFDTTLTEAINILTDEIDLINNWTNSAEVVNSNIEKYPQQYLKKYKTIRTIFVNGLDDLSNSAQDFLDQPVDILA
Ga0193013_1009757Ga0193013_10097571F019598MKIFQLLLVVSSAFGMPNSAVLDTGNQIISKLDDFPGFTEEGAEILKNSNLTQNIAEALKEAEENIRAMDAELKLLENEELQFEDNYFPKYNEAKSYLRQTRQALRKLADKTVKEVRDLKVLLEDLDKTDDTFLLKQSIEKMKDLMISTLETLKEALEKYNLALDTFEKLTSTIRTQNRKLEKLTDKNSAEHKELRTKMRAGLWSTVGVTTVGLIFADIFGCFGICSATGVAVSIGAIAGAEGGFAKYTAKLETWKSITDRMVESGFNFDRTLTEAIGVLTDEIDLINNWTNSAEVVNSNIEKYPQQYLKKYKTIRTIFVNGLDDLSNSAQDFLDQPVDILA
Ga0193013_1009758Ga0193013_10097581F019598MKIFQLLLVVSSAFGMPNSAVLDTGNQIISKLDDFPGFTEEGAEILKNSNLTQNIAEALKEAEENIRAMDAELKLLENEELQFEDNYFPKYNEAKSYLRQTRQALRKLADKTVKEVRDLKVLLEDLDKTDDTFLLKQSIEKMKDLMISTLETLKEAKEKYNLALDTFENLTSTVKTQNRKLEKLTDKKSAEYKDMATKMRAGLYTTVATSTVGLIFADIFGCLGICSATGVAVSITAIAGAEGGFAKYTAKLETWKSITDRMVESGFNFDRTLTEAIGVLTDEIDLINNWTNSAEVVNSNIEKYPQQYLKKYKTIRTIFVNGLDDLSNSAQDFLDQPVDILA
Ga0193013_1009778Ga0193013_10097781F003288VKPKVVEKVFDLPVVSDTYDSLVKLSSPLSPYVEKIGTLASPMVDQALDFRARIEDKVPEGVQTGYKTTLNKVATAAASMDATLCSGVDTLVEKVPALKQATPTLYNSTRESVGSCATLVATYVASFTIAQVFLKAADLGLETTDGLLKLTANEKVDPILRGMRRVRSAASSLRKEGIALNGTVKAKTLEEATLIGAMLEIFGLGSFFNQPGNSRGGAEEASLPEDEDAIDIVAMLPSKTRSGLVL
Ga0193013_1009788Ga0193013_10097881F000086AWEGYGAGLENIAVEFDKAEEEIKKVKKRFNLAAACEDLEKRQKIFGDTKGVIDGMYGSIQHDYDVMTMTLPEDKKDFVKKEVKGVTDKLEVLGRFKEKVDKIDEFVTSLKNFDVTLKDIDAWMKDAEHQLGEIKNASDKMTPEDRVSYTMELQEDVAAKVVIIQKSIEAENDLLPQGDKVPQDAQDYKDELKRIKDFVDNLYQKVMKECDNFSEDVKFWAEYKTGIKEFKPWLDQAEGKSHEGLAKPQTLDEANAMFATVKTFEGSCHKHFKVLEDAAAAANRMTTHKEADVEVAALKERYAKVKAVADEWMKKCDTLVKEWQLLDNTVTELNSWVAKDRGAEGEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1009789Ga0193013_10097891F006459TQAKKHIKFFWAPDAFTKDYLFTDEWEYTGTKGIKWNTDLKRGGVSIWNYVGDYSWVNNANKFEIKMMDKIVQTPMSPFYGWDHFLIGIYYKTGDRTRTITYDKKNRNFLLGKLFVEDKIMAEGEKFYHIKLDTRATPYTLVWFHQPVRSLFPTTRDVTGQDELTVSAWHTPGKELKIETNLPEFRTMKVTSAGPAKTFWFNGEEKATVNFDTSSKTASHTMHLPSGKDLTIDLAWPKMTADASDLEFGVTITPDRKVVTKFGWEWAGVKKVYLDVVGNNPWIGDYKLSRKGEFEEVSGSLYKIKWTGHGETTNGFLRRISPVETNVVTSINMRNLKVDAIVWKSFAGKKYGFTLTNDKFLLLAGDH
Ga0193013_1009806Ga0193013_10098062F065400QIVDKERDMCSKPKEDCLKTQCCKTSGYKCYKQPTGNVGKCMRYCKKPGCTLVDKMVHLQVEAPNGVLAPAETMFCFSVYTQNTGSTKKSTEKDLLTRQHAEKVSIFACNAFAVYSDAAVELGGGFSTVKVDDVDGDFHFAKRKTTGAWVNTGMFKQVWKKVAEAGTYKNYDWTVKVDPDAVFVPSRLVSRIRMLPRPANGIFLVNCKHVDNGFFGNLEVYSSQAFGILVQNIDKCNTQIPWKIGVKDGKNGPMGEDLFAEKCMEKNGVAKVETFDISIDGACPADRPGNLRESKHWHGNCKDVVSAAAIHPFKKVSEYFDCLDKTVAAGRKTW
Ga0193013_1009845Ga0193013_10098451F000086ELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLNQLETKKTIVSDLISKGKQLLENPDKPKFLDSHVKRIKDGWDETKDKASARLELLNNTKAAWEGYGLGLENIAVEFEKAEEEIKKVKKRFNLEAAKEDLAKRQKIFADTKNTIDTMFAGIQHDYDVMTMTLPEDKKDFVKKEVKAVSEKLEVVGRFKEKVDKIDEFVTNLDNFDKTLKTVDSWMTQADSQLNDIKNNSDTMTPEDRVSCTMELQEDVAEKVGIIMKAIATEADLLPQGDEVPKDANDYKVELKRINDYVTDLQKRVMTECEHFSEDVKFWAEYKTGIREFRPWLEASEKKAGEGLSKPQTLDEANAMFANVNEFDQNCLKYLKILENAEGAANKMTTHKEADVEVAELKER
Ga0193013_1009872Ga0193013_10098721F006459TQAKKHIKFFWAPDAFTKEYLFTDEWEYPTPTGCKWTTDLKRGGVSVWNWVGDYGWENNANKFEFKTMDKVVQTPTSPFYGWDHFYVGKYYNNGERTRTVTYDKKNRNFLLGKVFVEDKLVLDGERWGHFKLDTRATPYTMVWFSKPVARLVPITRDFVGQDELTVSAWHTPGKELKFETNLPEFRTMKITSAGPTKTFFFNGEEKATVDFDSSSKKASHTMHLPSGKDLTIDLAWPKMTADASDLEFGVTITPDRKVVTKFGWEWAGVKKVYLDVVGNNPWIGDYKLSRQGEFEEVSGSVYKMKWTGHGETTKGFLRRVSPVETNVVTSINTRNMNVDAIVWKSFAGKKYGFTLTNDKFLLLAGQ
Ga0193013_1009924Ga0193013_10099241F001636MSTLSYAWNVHGTFNGEFMSASGTTASVDGIAEVHGTAGEGGPFNHSSWIWGGFGHYGLGYIKGGHKENPTEKYPFHMTRHWRGEDGAHIWSSHHVTGAEGAWAGDVDVVAEYFQPEGPIMKGLICGQYPSHWIATKRSDKEVDVWGTVTLKVEGGGTYTAYVHEYMQFYEPCVTINRHYWKLEYLAAEYYPDHWYHKEAAVVDPNWTWGNVTDKTTFSWHLSGSLNNKAISADGYGYGHGYRQHHWGKGGKGFGEHGLPNLAWALAWEGHAGLHFFTRFPKGVVNPFIYSLPEGFTIERKWWGQDGDHWSTTHDVRYEGTNVNKRIQLVGSGFAPGSLMMWDGNKDKGAWIVKSYPQYALATPKGDR
Ga0193013_1009925Ga0193013_10099251F001636MSTLSYAWNVHGTFNGEFMSASGTTASVDGIAEVHGTAGEGGPFNHSSWIWGGFGHYGLGYIKGGHKENPTEKYPFHMTRHWRGEDGAHIWSSHHVTGAEGAWAGDVDVVAEYFQPEGPIMKGLICGQYPSHWIATKRSDKEVDVWGTVTLKVEGGGTYTAYVHEYMQFYEPCVTINRHYWKLEYLAAEYYPDHWYHKEAAVVDPNWTWGNVTDKTTFSWHLSGSLNNKAISADGYGYGHGYRQHHWGKGGKGFGEHGLPNLAWALAWEGHAGLHFFTRFPKGVVNPFIYALPEGFTITRKWYGQNGDHWTTTHDVRCDGNHVNKRIQLLGTGFKPGSLMMWDGNKDKGAWIVKSYPQYALATPKGDR
Ga0193013_1010054Ga0193013_10100541F052626MKLAAILAASANAATLFSPIYEQIAQTMVNQASGMLQTIKTLDSPIDVANNAGLVSAIDAFDTALTGMDNAALVSMIENLDITALIDADGNLDATALVTVFSELDPTTVQDLQTAFVAAVPAETMAQLNASMDAFIDLGTVFQDIMNNNIELSNFAAIYNDFADAVVGLDSVFGNNVLGSTTNALLTYSSVVTTLAEKALVVWESYDDIRISFRNADTLVQFGIEDRLNEINHVDGQSYLCTMGENGIFDTAKEAVEFIPDVLITNFRGPTMNMISLYNDFIHGIEIGSFDLSRYEMNEADLDAAFTMIDDVAGSIAGTLVEVKTLALPFSGQINSAITNSFC
Ga0193013_1010074Ga0193013_10100741F001313MEDFTAAMDAVNVDLDEMRARVDATHSIITSRQRVEATMTAEISTMRLDIGDIQEALKNHDSWMEDVSNTLQQMQEKEENLTEDIINLKNEMNTKLDTKVDNVAWKEANDDLDAAIKTVRDMVSSLRLDVDARRRKVDEILATIRHDITAVETNLEESKAKIVSDTDQAVNALNGRIDFTNKDLAATQESLHTTQNSLSDCFNEVAVVRSDLERNIADTEARLKNDIRQKQQEAFEKIGAVEQQAELRSAEASRRLGALDLRMSGVQGGLGEHKRDILKLREEVNGLTVKSASHEVDIQKNSDAVRKMEKQRNMDEQNWKAQMDAVHDVLDTKVNEKPFEDLKHCVASLTKGTVKFAQVVGVFPGPRFDDAEGLDQSEADVELLGWEECAENMSFRV
Ga0193013_1010084Ga0193013_10100841F052626MKLAALLAASANAATLFSPIYEQIAQTMVSQASGMLQMIKTLDAPIDVANNAALVNAIDAFDTALNGMDNAALVSMIENLDVTALIDADGNLDASALVTVFSELDPTTVQDLQTAFVAAVPADAMSQLNASMDAFIDLGTVFQDIMNNNIELSNFAAIYNDFADAVVGLDSVFGNQVLGSTTNALLAYSSVVTTLAEKALVVWESYDDIRISFRNADTLVQFGIEDRLNEINHVDGQSYLCTMGENGIFDTAKEAVEFIPDVLITNFRGPTMNMVSLYNDFIHGIEIGSFDLSRYELNEADLDAAFTMIDNISGSIAGTLVEVKTLALPFSGQINSAITNSFC
Ga0193013_1010255Ga0193013_10102551F023529MGLAVTTRIIDSISYGINNVPIIDNGFKYRIKFEDTSGDLPELVCHTDNLRSVYRMDEAAYVSRDEPDRVWFVDTTAGSAQPSYKPVADADTTHPRAISGGDTIFVGDQRCDVVSSDAEATIGLAARASSIEKYLSGSVVCAQALSENAHSTTDAIVTHDPIEVLLGGATQSCSATDRPALRFINDHGTQAASQFCADSSACADVLAYNGANRLVRWASGNDDTHESANEPMDSGDIAPNDRVSLRMHDLHTYETRTVDFVSFGGADGNNFFTVSQPFSAEHRQKRIHLNYKGTTSSAACSGRGLCDGSSAECQCFKGYTGQACQIQNALAA
Ga0193013_1010270Ga0193013_10102701F085078HGSPRQTFAGETRSSRQCHAGGQGQPRDGVPPIKDISXPSETASTLPLSXRRRGEGLGRREARIVFLPKIFIEDKKISPTPKRPNTFRSVVDLSTTVFQDELFKKLKPSKKEKKTXSLPSLSEEQEAQQSVGFRAQSSQDYLSYPPAHSLRGREKALSNKYEKLVVSRLENLA
Ga0193013_1010312Ga0193013_10103121F001313MEDFTAAMDAVNVDLDEMRARVDATHSIITSRQRVEATMTAEISTMRLDIGDIQEALKNHDSWMEDVSNTLQQMQEKEENLTEDIINLKNEMNTKLDTKVDNVAWKEANDDLDAAIKTVRDMVSSLRLDVDARRRKVDEILATIRHDITAVETNLEESKAKIVSDTDQAVNALNGRIDFTNKDLAATQESLHTTQNSLSDCFNEVAVVRSDLERNIADTEARLKNDIRQKQQEAFEKIGAVEQQAELRSAEASRRLGALDLRMSGVQGGLGEHKRDILKLREEVNGLTVKSASHEVDIQKNSDAVRKMEKQRNMDEQNWKAQMDAVHDVLDTKVNEKPFEDLKHCVASLTKGTVKFAQVVGVFPGPRFDDAEGLDQSEADVELLGWEECAENMS
Ga0193013_1010313Ga0193013_10103131F000139ELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLDTKRNVVKDLIEKGKKILENPDKPKFLEGHVQRIEVGWDDTKNKAQERLKLLTETKDAWVGYAENNETIATSFDKAEDEIKKVKKHFNLDAAKEDLAKRQDIFNKSKDGINGLFSDINGNFKVMCITIPEDKKKILDKEIKAVGEKLEVVGRFEEVVKVVEDFVNKLDTFNTSLNTLDGWMKNATGEMEAIRAAAGSMLPEDRVARTMDLQEDIAAKMEVLKEDTNTELDLLPQGSDVPKDAQNFKDELARITKYITDLAEKVRKDCDAFSEDVKFWAEYRTGIKEFTPWLVGAEKAATEGLAKPSDLNEVQALHEKVHTFEKTCLKYLKVLSAASDASKKMTTHEEADQEV
Ga0193013_1010346Ga0193013_10103461F000939AAQAFLKTKIMDNIQKYVYLICFTGYLREQSKAAKDAGAEEFKLTGGKASVPTENLKLNASFCTYMDAHPNFRTICEEGKGKLQWERDIPQDALDNLVSLANADFHQNLGKIIHDIYLTGHNLFKDMPQGDHKKRAKYRFASKTLMRILPDNLKTEVENLINQKTMTLDLYEILGQCTWGQGTKGV
Ga0193013_1010569Ga0193013_10105691F016492MGVAFAAHPHHAPAHGYGHPKLYCRDTNTSVYAEVCVPQFAPTVTPETLAVKIVVPETFCYERVITTCVETNSVNTHTLCTSTYAAVEQKFPVEDPLAGHITQIGYDEKSETMKVTACRATGYGNHYGAGEHQHCQQEYQTQAYKVPTVDTDLIIALALSEPQPVETCVDVDVTITEVKCSDDISEKCIDLVNFADSTNVIDIENVKISEEPNCSQVTLTLPTQACSKPY
Ga0193013_1010579Ga0193013_10105791F026275MMAFYKASEKFGMECMQLTPAFDIDLFAEPDNEEYNVVGDEMENPFFQTPAGTQTLPAQVASPFGPFRGTTAQANPLEAWLAMWAPLYQQYQQQQARSFPYYPVSRSKRAIDPPTQEELMEFATHVKELKDEKKHKMANLTCVLRKFDALNSNLGINLEHFTKDMWTQFARGEEPDNEFKEHMQKGYQHCYQMASSIPADLLAKKGPFYEQFGRQMMFFKCSKMMTDANCVMKELSEWTEYIWGTPSEEMRVELGLPKDLYKANLMAWTVEIERQSPVQKFVDDFLFPN
Ga0193013_1010583Ga0193013_10105831F089710KAANSMGSDPSPDLRAMVPSVPPLSLSTFPGEGEMEQAMGQFKGKTLPSCKAPSPMAFVTDSPRRLGQLSARIQGLENDWMKESQSRSNAFDRHLRVFEDTISRPHVVKEERMKAVVKDVDHLRQRLDKDLKEYMNEFDVRTTNTLEQLKESVSLDLALEKQYLKDLEAKVDKQIASNVVVLRDAIRSFAPPQDFKKVQDLISYANDMLAQERQNREEAVSVTDEKVMEQVNRLHELVGAEQYARQDLATQLEAIDMHEMFLQFQLDIERERRIFEERLEATKRKVLAEIQITLGKIEGETTTRKEQHVELGIAIDSEVGKFMELLESFKRAGAVSESAFVKILEDVTYAIQRKVMVRKTGLRGPVNKR
Ga0193013_1010727Ga0193013_10107272F044289SCESKSNWVCEGTLANPSSGPAVVQGDLLADEGAFCLWHAHEPVDLLPNDEGKNFRNTDLQCHLQTSSREKKQCEFIPNNRRRGLVKKRGSRFNAEHYPVKGSTIGWKGSKANMAFLKLENADDHFHCHYSPSNNGLLRVYAMQHMFDRNYVGSMRKTCGCGYKHLAQLVSRCDCTRSGRRDNNCARWHAPQLAEATNGTHAVRCNNCKAKHNL
Ga0193013_1010731Ga0193013_10107311F030134FFLIINFTNSFRTKINKNKKDKIQPVLQRFKLRSCTFLIVEQTNLVYFYNTPEKIIQHRGSRHIYR
Ga0193013_1010734Ga0193013_10107341F006742TWGFTDFLQRGEQESSSGKMLRFLTITALVAAATASPQLIKKIHKDMLVSNSMTACWGKGNMLAFKIGIHKAMESCMNENHSNLLKPANPLLALLNQNADTLPFPTNNNPFQSLPAQINQNPFKSSNVNLGAWNKLWNSRSKRQVEGLLQPTEEDFKEFLMDFEDFKGDVASMMGNLTCVLQKMEYLDDNLQINMKYYTGDGWDKIDLAQTMAGEDPEWREMLQDSYQDCYDIARSFPQSALNRNPITKVFGRHMVFFKCAHKAQDKACGMACANDMLSTLYGTNDQFNWSQYGLPQNKYERAAKTLKVMYGTASKEEMFVHDFFWNDPML
Ga0193013_1010753Ga0193013_10107531F000080MRHSKMAEWMENVEKSISRIMADKVYTSAEFKRERDTFNSLCKDLERTEVKKWLAQILEILMAERAKDQKKTEGDKLEFLIKKHEELIPNVQKTSVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCLENVDELIERQEKSLSQLDSKRNVVTDLISKGKVILQNPDKPKFLEGNVQRIEDGWDDTKKKAQERLQLLNETRQAFIGYAENNETIATEFDVAEEEIKKVKKIFNLDAANSDLKKRQDLLKRSDETIHGLFNSINAHFTTMSITIPEDKKKVLAKEIKAVEEKLEVVGRFKATVTKIEELVAALTAFDQSLKTIDSWKDAATAELKDIKEA
Ga0193013_1010767Ga0193013_10107671F036079TWGHSLLIFEAMKVTLVLVASFALVFGQECPEPIPCKDDEMSCGSTWDEATGCMNPEICVPMKGGPVGKDGIECPVTCPCKDDEMSCDMGFDEAMGCQFPPQCTPMKSGGDINGNDCPGFCRCQNDQMECAQGYNDMGCENTPICLPTKGAPGKDGYECPVNCPCMPEEQTCDMGFDEYTGCQNAPTCMPWKEGDCPTFCPCKSDEQHCDMGYDDMGCMMQPMCMPMKGGPMGKDGIECPVTCPCKADENTCDMGFDEAMGCQFPPMCIPLKDECPTPNP
Ga0193013_1010768Ga0193013_10107681F000051EKVDKVEEFVAALTEFDVSLKTVDTWMMKATDELNDIKNCSASMAPEDRVARTMDLQEDIAAKVEIIKADTAKELDLLPQGENVPRDAQDFKDELERITKYVLDLQKKVQEECDKYSEDVKFWAEYKTGIKEFTPWLASSEAATGEGLTKPTNLDESKALHTKVHSFDKACLDHLKLLEAANAASQKMTSHETADTEVAALRERYGKVKAVSDEWVKKVDVLLKEWTLLDNTVTELNTWVAKDKSSEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1010784Ga0193013_10107841F013265AQAGKNKDNAKAVLMRNLASGDNMLMDVCIEAWKGWLVEYKKNKESEDAVKAAEAKVAEFMKSKSEGAKGVIEKMNAATDSGLVEHIVSTWCQYYKDMKKAEEMEALLNGANSKFGAFSERNKKGAMSAGEKATAVKEYGLLNHSMCLWTEFCKVERLLRYYSNRMDGKKHQLQGLQTMFKNFATQLETGLKDGTPRDAASIKNGSKKMSKTDGSVSLPNIHKPPSGRKA
Ga0193013_1010909Ga0193013_10109091F011559MGTHLSLTLKTPDKMRVLLALTLLVAGALAGGKEKREMEMWMKMKAMEGCFGEDLVKDHMIKMKRSAAKCTRVEAPELELPMFENSFRFANAMSRTPRRGMGMGGKKSMMKTFMMMQMFSDMMDSGSNRLQKRSHHEGEEDEFDLGSKLHEKLEHKKEHMEEMYGNMTCMLRECQVLDSENKFYPEGIKMEWDEWKNKIEDDWLRSQLEKYCDQCIEFAENLPQSMLDDCPWGGEMVKTKMYMKCMMKKKVKTCMRKDIKDKLEEHFGGVDKLVTETKIPEYELYEIVKQMLKGPEMMMMEMS
Ga0193013_1010922Ga0193013_10109221F000051DKLEEFVNELKNFDASLKAIDGWKETATAEINDIKATSDKMVPEDRVARTMDLQEDISAKMVILDANAAKEKELFPQGDKVPQDAQDFKNELNRITKYVTDLQEKTATECSKYSEDVKFWAEYKTGIKEFTPWLSTSEGACTVGLSKPTNLDEVKALSEKVATFAKGCDGYLKVLLSAEGAANKMTTHKEADGEVAALKERYGKVKAVSDEWVAKVDTLLKEWTLLDNTVTELNTWVAKDKSVEGENQFSLEKMESTLGELKNIFKQKEKLVDGL
Ga0193013_1010935Ga0193013_10109351F008676MGEYMGESGGGSLTGPRLHRLQEFQEDFKMTAGGAWRRPRMKVYDYNQEFGGNYYQPMIQYINHKDIYGPFSKKADVYLPHSAEVTSAKYTNMRYNDKSSAKHNLDQFLVDAHKTQIKELNGTTASVMNTRMRHETHNTDLHPTPTSKLIRDHYIKLVKNLALRDEVDLPPLL
Ga0193013_1010961Ga0193013_10109611F003023YMGTCKLTMASTSPPSCLLLALSFLVSGVPARYSPGDYKPDIGDGPPTDYGRPVKPNCHREQKTTFQDRCEDYDEKTCWTQNEEQCSSYLVNTCTPVVNTGVDRRCFNVTELICELVESVHYRQVEENFHVQSCYTTKDRVCDTVHEIDTTTKDDLQCVELESPNCHMEDKILVDKVCTDTVEFECSPDKKLDNAGYGVKDTVCREIPKHDCYDSPRTVQVEVCEPEYKRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTEDCKQVPREICDQCETKTLEPACLREERLTCKYTPKTECKVEAKQYCYKAEVTEMKEVCDDKLATSYL
Ga0193013_1011023Ga0193013_10110231F030053LTKKAGKQMMKVDISTEKTVNDNEIKLVLRDSVEVDRDSVLYRRIVRNYRLLTPFNKRTGEFEIFVNKQAKNILLNKFYVKGEVKKDDQTVMKALLTTNEKPYKMSLYLPALLNKIYHNMDKYEVTVDHNPGQHLKVEANGRLFKGFKIVRTGNGNEREFEINGKKLGSGDYTLTDNSFKTKVTVADGNWIEPKITWEGRLPNNKAEAERFFLKNSLNADVKTSKRNFNAALSWKMDKPDFDFSTPWNCKMNFNVAGKGPNWGTYSIARNVKAAVANHVIQLSVDGDASFTQGVFAKISPVHTDVNLKYLMNDRDLVGKFTKVMKGKEYSIEFPAGSFVMPKITWGQ
Ga0193013_1011026Ga0193013_10110261F011733MRSVFQMLVIMSVLCLMSSSVKAGTLVELPQADNANNGEDNLECLLKVMKDFDERRNDAPLPEIAHLYDHIQPGVDRNIDINTLLLQYFNLKDINDKETNYQFKPRQMINECNLNLAPALARCKAAYGKSLTCEQVEYGSDALNKAPFVTPKCPAGYQRYGCCKCVRKCDYTDSIVSDAAVGEDVNNERSWTKVNYCVKRPAIRSEIKRLNGQERQEIGLTIDDYEILEETEGEYVYVRNCPKDYKRVGNTMCVAVCPLGWPDLGNKCLKMGQLVFFPFVWQPGDAKVVPKTL
Ga0193013_1011082Ga0193013_10110821F011559MGTHLSLTLKTPDKMRVLLALTLLVAGALAGGKEKREMEMWMKMKAMEGCFGEDLVKDHMIKMKRSAAKCMRVETPELELPMFENSYRFANAMSRTPRGQGSAKMNMMKTFMMMKMFSEMMDSGSNRLQKRSHHEGEEDEFDLGSKLHEKLEHKKEHMEEMYGNMTCMLRECQVLDSENKFYPEGIKMEWDEWKNKIEDDWLRSQLEKYCDQCIEFAENLPQSMLDDCPWGGEMVKTKMYMKCMMKKKVKTCMRKDIKDKLEEHFGGVDKLVTETKIPEYELYEIVKQMLKGPEMMMMEM
Ga0193013_1011095Ga0193013_10110952F039459MRSCPGDTDPMGCPMPEICVAEGDECPFFCPHVEHPHCGFVMSNCPGPVDANGCETPMNCIMVDWAAGEQCPPPAEAAAESCMPWSPVDCGEGMKSCPGNFDHRACPMPDICVAEGDECPYVCPPLKHPHCGFVMSNCPGPVDAMGCETPMNCIMVDWAAGETCPPPEEAVAANCGPWTIADCGDGKGMKSCPGELDARGCPGPDICVAEGDADPMKCVGF
Ga0193013_1011117Ga0193013_10111171F006459TQAKKHIKFFWAPDAFTKEYLFTDEWEYPTPTGCKWTTDLKRGGVSVWNWVGDYGWENNANKFEFKTMDKVVQTPTSPFYGWDHFYVGKYYNNGERTRTVTYDKKNRNFLLGKVFVEDKLVLDGERWGHFKLDTRATPYTMVWFSKPVARLVPITRDFVGQDELTVSAWHTPGKELKFETNLPEFRTMKITSAGPTKTFFFNGEEKATVDFDSSSKKASHTMHLPSGKDLTIDLAWPKMTADASDLEFGVTITPDRKVVTKFGWEWAGVKKVYLDVVGNNPWIGDYKLSRQGEFEEVSGSLYKIKWTGHGETTKGFLRRASPVETNVVASVNTRNLNVDAIVWKSFAGQKYGFTLNNDKFMLLAGRH
Ga0193013_1011120Ga0193013_10111202F005500TWGFLTIIAERKGKSSSGKMKSLVALTLLLAVAAGDMMLKKKIHHDMMLMNSQAMCWGQGNMMYYKMAMMKALDECTHGGHSSNIKPASPFAQLNKPRNPFQTLPASIQAKNPFSGNSFNKKPTVNPDSLKSILFSNFDSRKKRQADGLIEVTEEDFAEFLGDFADFKDDVASKMSNLTCVLSKLDMLDADYQVNLKAYTDDVWKEMDLSQTLAGEDPTWRQMVVDGYSDCYDIAKSFPQSALNKNPIMKVFGRHMVFFKCTKKVEAHCCGMACANHMLETMYGPSDNFDWSQYGLSNNKYERAAMTMKVMYSTASPEESFVHNFFYMDPMM
Ga0193013_1011183Ga0193013_10111831F036079TWGHSLLIFEAMKVTLVLVASFALVFGQECPEPVPCKDDEMSCGSTWDEATGCMNPEICVPMKGGPVGKDGIECPVTCPCKDDEMSCDMGFDEAMGCQFPPQCTPMKSGGDINGNDCPGFCRCQNDQMECAQGYNDMGCENTPICLPTKGAPGKDGYECPVNCPCMPEEQTCDMGFDEYTGCQNAPTCMPWKEGDCPTFCPCKSDEQHCDMGYDDMGCMMQPMCMPMKGGPMGKDGIECPVTCPCKADENTCDMGFDEAMGCQFPPMCIPLKDECPTPNP
Ga0193013_1011254Ga0193013_10112541F001556MRVLFFLAFAVASGQAMSTREAIQMDMEKFNNDAMCWGVENMMAYRLAQYKAMEECGRSGLASAMVRPTNPFTTLPGNLNNPFATQQNSLNRLFNNANSRNPLSALLSRNSIGNSAQHAWDSLFRSRRASEEGLLEVDEEQELEKFLEDYDQFKEDIGLMIGNLTCVLTKMNMLDSSLQVNLKLWTTDIWQQLDLKKTLAGEDPEWRQKMINGYNDCYQIASNWPQQSLDRNPITKVFGRHMIFFKCAMKQEKKMCGMAQMYSWLTTLYGNSDDFNWSQFGLPTDKYDRAALTIMVQTEASSKEDKFINDFFINDEL
Ga0193013_1011256Ga0193013_10112561F000049MRHTKMAEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLEREEIKKWLKQILEILMAERSKEERGDQNKKLEGLIVKHEELIPTVLATQIKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLNQLETKRAIVNDLIAKGKQLLENPDKPKFLESHVQRIVDGWDDTKEKAQTRLTLLTNTKNAWVGYAEGLENIAVEFEKGDEEIKKVKKRFNLQAAFEDLEKRQKIFNDTKNTIEGMFGAIQNNYDVMTMTLPEDKKDFVKKEVKAVSEKLEVVSRFQEKVAK
Ga0193013_1011467Ga0193013_10114671F000080MAFWQENYAFIKEVYEMRHLKMAEWMENVEKSIARIMADKVYTSSEFKRERDTFNSLCKDLERAEVRKWLQQILEILMAERAKDQRNTEMGKLDTLIKKHEELIPNVQKTAVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCLENVDELIERQEKSLSQLDSKRNIVTDLIAKGKVILQNPDKPKFLEANVQRIQEGWEDTKKKAQDRLQLLNETKSAFIGYAENSETIASDFEVAEEEIKKVKKIFNLESANADLKKRQDIFKKTDEGINGLFKSINNNYNTMCITIPEDKKKGLAKEIKAVEEKLEVVGRF
Ga0193013_1011468Ga0193013_10114681F000080MAFWQENYAFIKEVYEMRHLKMAEWMENVEKSIARIMADKVYTSSEFKRERDTFNSLCKDLERAEVRKWLQQILEILMAERAKDQRNTEMGKLDTLIKKHEELIPNVQKTAVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCLENVDELIERQEKSLSQLDSKRNIVTDLIAKGKVILQNPDKPKFLEANVKRIQDGWEDTKQKAQDRLQLLNETKSAFIGYAENSETIANEFDSAEEEIKKVKKIFNLDAANADLKKRQDLLKRSDETIHGLFDSINNNYKTMCITIPEDKKKILAKEIKAVEEKLEVVGRF
Ga0193013_1011533Ga0193013_10115331F003023YMGTCKLTMASTSPPSCLLLALSFLVSGVPARYSPGDYKPDIGDGPPTDYGRPVKPNCHREQKTTFQDRCEDYDEKTCWTQNEEQCSSYLVNTCTPVVNTGVDRRCFNVTELICELVESVHYRQVEENFHVQSCYTTKDRVCDTVHEIDTTTKDDLQCVELESPNCHMEDKILVDKVCTDTVEFECSPDKKLDNAGYGVKDTVCREIPKHDCYDSPRTVQVEVCEPEYKRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTEDCKQVPREICDQCETKTLEPACLREERLTCKYTPKTECKVEAKQYCYKAEVTEMKEVCDDKLATNYL
Ga0193013_1011560Ga0193013_10115601F000086KEIKAVSDKLEVRDRFQEKVQKIEDFVNNLKSFDVTLKNMDGWMKDADNQLNDIKNNSDKMTPEDRVSFTMELQEDVAAKVEVIKENIKLESDLLPQGDKVPQDAEDYKVELKRIADFVDDLHKRVMKECDNFSEDVKYWAEYKTGIKEFRPWLENAESKSTEGLSKPQTLDEANAMYAKVKEFDDGCSKHLQLLESAAGAANKMTTHKEADAEVKGLKDRYDKVKLVADEWVKKVDTLVKEWKLLDTTVNELNSWVAQDRGAATEQSFSLEKMESTLGELKNIFKEKEKLVDNL
Ga0193013_1011567Ga0193013_10115672F001410HGGHSQQQHGTMMKGVFLLLGTAVTIASGAGTYETELLRGIDIYNFRSKCWGKKNVDSYALLTEKAKRECMQMEPSFDFPGHSDGPQNPFLRPNNNNPFEKLTRGGDFSDLQSLWRTKRDASEGLVEVDEDDFYEFLQQVNDNRHLRLNSLGNLTCVLQKTGQMTEDMEINMEWYTTALRAEEPENGFTWDAEGSAAQDPEWREKIATAYEDCHEMSKSWPASSLNRRPLARMFGRQMIFYKCADRAERRVCTEAQLLENLETFYGSESDEETAERIAAIGLPEDKYDAAAISVAVLSNAQSEEEKFVERFLWNLNGDNMGM
Ga0193013_1011596Ga0193013_10115962F036079TWGHSLLIFEAMKVTLVLVASFALVFGQECPEPVPCKDDEMSCGSTWDEATGCMNPEICVPMKGGPVGKDGIECPVTCPCKDDEMSCDMGFDEAMGCQFPPQCTPMKSGGDINGNDCPGFCRCQNDQMECAQGYNDMGCENTPICLPTKGAPGKDGYECPVNCPCMPEEQTCDMGFDEYTGCQNAPTCMPWKEGDCPTFCPCKSDEQHCDMGYDDMGCMMQPMCMPMKGGPMGKDGIECPVTCPCKADENTCDMGFDEAMGCQFPPMCIPMKDECPTPNP
Ga0193013_1011626Ga0193013_10116261F003023HGDQCPAVLSMSSNALLSCLLLLAISAAPTIGAYTPGDYNPGIGQGPPTDYGRPTEPNCHMEQETKFVDRCLPYVETTCWTQNEEDCKGYHVTTCTPVIETDIDRRCFNVTELICELVETVNYRQVEENFHVQSCYTTKDRICDTVHEIDTTTKDDLQCIQLETPNCHMEDKILVDKVCTDSFQFECSPDKKLDNAGYGVKDTTCKRVPTHDCYDSPRTVQVEVCEPEFKRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTQDCKPIPREICDQCETKTLEPACMREERMSCKYTPATNCKTENKQYCYKAEVTAMVQVCDNKIKTSYL
Ga0193013_1011685Ga0193013_10116851F001556HGDSRHSQALGQIVTLLCYSAIIITMRAFVLLATATCSMAMSTREAIQMDMEKFNNDAMCWGVENMMYYRLAQYQAMEECSKYGQFSTLPAPANNPFTTLPGDAKNPWMNVPQPVDSRRNPLAKLFNRNSNSNSDKWANLWSDFLNGRSKRQAEEGGLLEIDEAAELEKFLADYDEFKEDIGSMIGNLTCVMTKLDMLDSALQVNLKLWTTDVWQQLDLKKTLAGEDPEWRQKMIGGYTDCYQVASNWPQQSLDRNPITKVFGRHMIFFKCAMKQEKKMCGMAQMYSWLKTLYGDSDDFNWSQFGLPQDKYDRAALTIMVQTQAASKEERFINDFFVNDEL
Ga0193013_1011826Ga0193013_10118261F050866GLAAAYAGLLLLMGLALVVPQALGSRDGFYKRYNGQPLLPTEGTVDWFRVLEMEMGAHIIVWGWFVAAALAAGGDAQTICICQTIPMLFLVFYFCKVDAKVCAVAGFVFLMMLCYFGFVPVPAPPSIEGKLAPIWVLFNSVMLLLIASMLVTGKTEKMYEDQPGGSAKRMMSVGVGTPVYERELLTGITLLGMGFADISAAITGAAMNFCVMAGPSGFLIGVVHYAIQGDKKNGKTNFAISVFFTCIGFVAHAIQ
Ga0193013_1011912Ga0193013_10119121F001631AWYVNDNNLCRKRAQGSTTGDASELASYMRNDAISKMLVKLMDDINANKGRAAYIGKGGDETDRFLAQLALLKQKYKSPRFWIMLEKEFKDDKDKLVSSVCKYDSSSGNLNYCGTICLQMNEEATLKPTTEFFNMILYNSDPNSKVFLRRFLNPQNVTKVSPSDDIEGINNFDIFVIQEGKTSTDGGVIVDYDRFIIQKINELPVTFRPKNGADDRIIQLALDGTQGIRHIKAKICEAMEVPSTAQVNIYECISSEGATANPLKKRSFRRPMEQPIVDEDPRRVKELFRHCDDGTKTLYYHL
Ga0193013_1011917Ga0193013_10119171F003023MGSISLATSAMNNNYLSAGCLFGLSFLVSGLSAAYTPGDYKPDIGEGPPTDYGRPNHPNCHMEQVTNFIDKCLPYVETTCYSQNEEECTEYHVNTCTPEVNTEVDRRCFNVTELICELVESVHYRQVEESFHVQSCYTTKDRICDTVHEIDTTTKDDLQCIELETPNCHMEDKILVDKVCTDTYEFECSPDKKLDNAGYGVKDTVCKKIPKHDCYDSPRTVQVEVCEPEYRRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTEDCKEIPREICDQCETKTLQPACLLEARMNCKYSPVTNCKTEDKNYCYKAEVTKMVEVCDKKLKTSYL
Ga0193013_1012035Ga0193013_10120351F003023MGTCKLTMASNSLPSFLLLALSFLVSGVPARYSPGDYKPDIGDGPPSDYGRPVGPNCHLEQKTMFKDRCEDYDEKTCWTQNEEQCKSYLVNTCTPVVNTGVDRRCFNVTELICELVESVHYRQVEENFHVQSCYTTKDRVCDTVHEIDTTTKDDLQCVELESPNCHMEDKILVDKVCTDTVEFECSPDKKLDNAGYGVKDTVCREIPKHDCYDSPRTVQVEVCEPEYKRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTEDCKQVPREICDQCETKTLEPACLREERLTCKYTPRTECKVEAKQYCYKAEVTEMVEVCDDKLATNYL
Ga0193013_1012129Ga0193013_10121291F005500TWGFPTIIAERKGKSSSGKMRSLVALTLLLAVAAGDMMLKKKIHQDMAMMNSQAMCWGQGNMMYYKMAMMNALEECMGGHTSNTKPSSPFAQLNKPANPFQTLPAQIQAKNPFSGNRNSFKKARVNPDSLKSILFSNFDSRRKRQADGLIEVTEEDFAEFLADFSDFKDDVASKMSNLTCVLSKMKMLDSNYQVNLKTYTEDFWKDVDLSQTLAGEDPVWRQMMIDGYSDCYDIAKSFPQSALNKNPIMKVFGRHMVFFKCTKKVEAHCCGMACANHMLETMYGNTDNFDWSQYGLPNNKYERAAMSMKVMYSTASPEEEFVHNFFYMDPMM
Ga0193013_1012210Ga0193013_10122101F000946MGGVLSRSQKMFSLLLLPSAALAWAPAPGIPLERQIPVNRQTTGAGSGSGSGCDFEPWTQECNATQIWCDSGYYNDYTCWYGNYCLDQVSSWDGCPGVCHMPCNWDTEEYCDMGLDDNGCWLGNYCMPIESGGCPSTTGSGSDYGSGASGAGTCFEPYTQECNSTEIHCDAGYDSDFCWYGNYCINQVNEWDGCHGVCSVNCNWETEDWCDMGTDLNGCWMGNWCQDKSMGGCPAPIGGSELNSGEDICAHMTYTEECSDSQISCDSGYSYEGCWFGNYCIDSVNSWDNCPGMCSTPCNWETENWCDMGVDANGCWMGNWCQDMSLGECPQVTMVSKRGTMEKMRALAAKAKAIGN
Ga0193013_1012269Ga0193013_10122692F011559AVALLVFVSGALAGGKEKQEMLMWMKMKAMEGCLGEQVVKDHMIKMKKSAAKCMRIETPELELPMFQNTFRFANSMARSPRRGQASGFKNIMQTFMKMQLFSEMMDSDDSPGNYISKRAADEDAFDLGSKLHQKLEHKKEEMEEMAGNMTCMLRECQILDSENHFYPEGIKMEFEEMKITDPWLKSQLEKYCDQCIELAEAVPQSMLDDCPWGGEMVKTKMFMKCMMKKKIKTCMRYDIKQKLEENFGTVDKLVEETKIPENQLYMIVKQMLKGPEMMMMEMR
Ga0193013_1012301Ga0193013_10123011F003023TWGVGSSKAMESNTPLSFCLSLLTLTILPMVIAGAYTPGDYQPEIGAGPPTDYGQNDINCHMEQVTNFVDRCEPYEEKTCWTQNEEECKGYLVRTCTPVVETEIDRRCFNVTELICELVETINYRQVEESFHVQSCYTTKDRICDTVHEIDTTTKDDLQCIELETPNCHMEDKILVDKVCTDTFEFECSPDKKLDNAGYGVKDTVCKKIPKHDCYDSPRTVQVEVCEPEYKRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTQDCKAIPREICDQCETKTLEPACQMEERMQCKYTPATNCKKENKNYCYKAEVTEMVRVCDNKLKTSYL
Ga0193013_1012349Ga0193013_10123491F079575HGGLQNRQLQQQGNQAKMEPGPFGQLFKLLLGSRRGPDGRHEGAPQQPENNREHDHWPHNERSPRDEADLYKVFTNPLEMNRFFEEQMDEMLRNFGQGFFGGDLRSGPPGPFGGRLQPALPHADNENGSKRDLMLKDPKQSSATSPPTMSLRDEDLSDNWQSLLGGKRQVGTQGQLFGTDEDPGGVNSLERRDPEGPRSNWDRFGGRGFRSGTFNFGNQGPDIEQFQGEGRSGGVRFFSSSVSESTVRGPDGGLETTRTVRSSDGREEVTVIKQLPDGSSRTETRVTEGNHNGSKEEGWSLVPGGGLEVPGPREEMLGQKPESVLDELWQTFFGK
Ga0193013_1012364Ga0193013_10123641F008676MGEYMGESGGGSLTGPRLHRLQEFQEDFKMTAGGAWRRPRMKVYDYNQEFGGNYYQPMIQYINHKDIYGPFSKKADVYLPHSAEVTSAKYTNMRYNDKSSAKHNLDQFLIDAHKTQIKELNGTTASVMNTRMRHETHNTDLHPTPTSKLIRDHYIKLVKNLALRDEVDLPPLLC
Ga0193013_1012643Ga0193013_10126432F048023QSHQMDGHAQAAECCQEKTVGGVSYSLLPEAFHGSLPHQCLTSCVYTKNGMSSPKFCFARGDLATECRDPVTVHVVVQSATTGHAVANASVNLFNFLSGLSDTSYTNGEGVASFSISRDFVGVTASISVSREGYILETIERTISNEAGQIFRGIFIAPTLNEGELRLVLGWETTQDLDLHVEQINNATGAVVCHTSWLNKAGCDGVLLDVDSLRGPGPETVTWGDADNDPYMYKISVNDYDDLGVGQSGAKITLFGETNIKMEAEAGRSGSWWEIGTFSPSQGTSSFSMANTYARGVPGRMRSLEGTAKKDKRKEE
Ga0193013_1012655Ga0193013_10126551F003023MGTLMQIIAMGGSSPISVLLAVACLAAGVPAMHTGAYSPGDYRPDIGEGSPTDYGRPTKPNCHLVQKPSWEDRCEDYKEKTCWTQNKEECGAYLVNTCTPVVETTVDRRCFNVTELICELVESVHYRQVEETFHVQNCYTTKDRVCDTVHEIDTTTKDDLQCVKLETPNCHMEDKILVDKVCTDTFEFECSPEKKLDNAGYGVKDTTCKKVPKHDCYDSPRTVQVEVCEPEYRRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTEDCKKVPREVCDQCETKTLQPACLREERVTCGYQPVTECKVEAKNYCYKAEVTKMVEVCDDKLATNYL
Ga0193013_1012686Ga0193013_10126861F003023YMGTCKLTMASTSPPSCLLLALSFLVSGVPARYSPGDYKPDIGDGPPTDYGRPVKPNCHREQKTTFQDRCEDYDEKTCWTQNEEQCSSYLVNTCTPVVNTGVDRRCFNVTELICELVESVHYRQVEENFHVQSCYTTKDRVCDTVHEIDTTTKDDLQCVELESPNCHMEDKILVDKVCTDTVEFECSPDKKLDNAGYGVKDTVCREIPKHDCYDSPRTVQVEVCEPEYKRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTEDCKQVPREICDQCETKTLAPACLREERLTCKYTPKTECKVEAKQYCYKAEVTEMKEVCDDKLATNYL
Ga0193013_1012708Ga0193013_10127081F053056MADTIAESARKASAGSWRKPRMKIYDYNQEFGGNYYQPMIEYINTKGLQGVFHERKEIYMPERAEVTSDKYTNMRYNDKTSTGLDLDRFLVESYSKQIKELNSSTAMARINMIKAACSHRTSAHSPLDNVTTPYNPIRLLKGAPPGQERVNYYASELNIIGQHNRKQKRKDDLHLFGIEAYDKYDYHHNVYEPNVDREKKFWEPEKIKDYVKKM
Ga0193013_1012723Ga0193013_10127231F005500GERKGKSSSGKMKSLVALTLVLAVAAGDMMLKKKIHHDMMVDASQAMCWGQGNMFYWKLAMMNAVEECHTGQQSNIKPTNPFAQLNKPQNPFQTLPAPVQQKAVPRNPFQSANAFNKRPTVNPDSLKSILFSNFERNKRQADGLIEVTEEDFAEFLGDFSDFKDGVASKMSNLTCVLSKMNMLDADYQVNLKMFTEDFWKDIDMSQTLAAEDPVWRQMLVDGYNDCYDIARSFPQSALNKNPIMKVFGRHMVFFKCTKKVDAHGCGMAQAAHMLETLYGSTDNFDWSSYGLPNNKYERAAMSMKVMYGTSSPEEAFVHNFFYADPMM
Ga0193013_1012744Ga0193013_10127441F003023MGTGKLTMASIVLPSCLLLALSSLVAGVPSGYSPGDYKPSIGEGPPSDYGRPVGPNCHLEQKTMFKDRCEDYDEKTCWTQNEEQCNSYLVNSCTPVVNTGVDRRCFNVTELICELVESVHYRQVEENFHVQSCYTTKDRVCDTVHEIDTTTKDDLQCVELESPNCHMEDKILVDKVCTDTVEFECSPDKKLDNAGYGVKDTVCREIPKHDCYDSPRTVQVEVCEPEYKRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTEDCKQVPREICDQCETKTLEPACLREERLTCKYTPRTECKVEAKRYCYKAEVTEMVEVCDDKLATSYL
Ga0193013_1012755Ga0193013_10127551F000797TGFQCFQSGKTAQCAAKCPSGSCTVLSPSYTSKAAWANGNSLYCYTVYVNEVGTAKPSNPKDLAILKYQKSNGVGIFGCDASSVFSDKTVDFGGASTTAVTPTADWKKYMRKDKPTQYLNTPVFMGVWKQIKAEGTYASFSWTVKADVPTVFLPGLLKDRLAQFPETPTGTYVETCNKVLMGYFGNLEVTSKTGMKRFLEQFEAYYANGGKCWRWDTAECKSAWKYGPWGEDLFMQRTMDDAEVMKKSDFTLTDTGTCPGMRPKADKEDTEFVPSCDAAYKFVAVHPFRNLTAWQTCYDTFSKRQ
Ga0193013_1013026Ga0193013_10130261F003023YMGTCKLTMASTSPPSCLLLALSFLVSGVPARYSPGDYKPDIGDGPPTDYGRPVKPNCHREQKTTFQDRCEDYDEKTCWTQNEEQCSSYLVNTCTPVVNTGVDRRCFNVTELICELVESVHYRQVEENFHVQSCYTTKDRVCDTVHEIDTTTKDDLQCVELESPNCHMEDKILVDKVCTDTVEFECSPDKKLDNAGYGVKDTVCREIPKHDCYDSPRTVQVEVCEPEYKRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTEDCKPVPREICDQCETKTLETACLPEARMNCKYSPVTQCKKENKNYCYKAEVTKLVEICDGKLKTSYL
Ga0193013_1013044Ga0193013_10130441F048023ECCQEKTVGGVSYSLLPEAFHGSLPHQCLTSCVYTKTGILSSPKFCFARGDLATECLDTVLVHVIVKSATTGYAVANASVNLYESGTGLDDVSYTNSEGVASFSVSRAFVGRTASISVYREGYIFETIERTISNEAEQIFNGIFIAPTLNEGELRLVLGWETTQDLDLYVEQINKTTGDLVCVTYWNNRTSCDGVTLDVDSYDYGPETVTWGDAANDPYSYNILVNDYDDEGDNWDNDDVEGLGPSGAKVTLFGETNIKMEAEAGNSGSWWVIGTFSPSQGTSSFSMANIYARGTPGGIRSLVVADAALKKGE
Ga0193013_1013049Ga0193013_10130491F096540GHHRKIVFASVVTVTLLATVCVLAAVGMQNEETLATRGGKALKFGDSITFMNIFNEYLIVSQSGRTNAGGFDSYHSNNVLKILSPKGKKGAVNYGDKAVMMGPNGKYLFTRYNGDVSCRASIIASDAEFELSGGKGPVLIGNLVLLKSEYGYLTAKPTGVTALAHRATAMQKFTIGLPGSETGLRHANGISYGDTVMFQNANMEFLNADRNGWLSIKSVSSGRWTHFVVLNPNNREGHITFGDLVVLRAHNGRMVRALPDGHIQAITELVDSSCEFSFVGTVGHGSGVVHDQDAMAIKANYGGLIDASNMLHAQLSSNTDMNKDTVWKIKKVWTDQF
Ga0193013_1013128Ga0193013_10131281F000051SITLPEDKKKILAKEITLVQEKLEVVGRFKDKVSKVEEFVQALGDFDASLKTINEWMGKATGELNDIKAAAGSMLPEDRVARTMDLQEDIASKVEILKTNAATELELLPQGDKVPSDAQEYKDELNRITKYVLDLEAKTKKECDSYSEDVKYWAEYRTGIKEFTPWLTNSESHCNDGLSKPSNLDEVKALSEKVTSFDKTCVQYLKVLEAAEAASKKMTSHEEADKEVAALKERYNKVKGNSDTWVAKVDTLLKEWTLLDNTVTELNTWVAKDKTSEGENQFSLEKMESTLGELKNIFKQKENLVDNL
Ga0193013_1013143Ga0193013_10131431F054552MKIFIATTLFLSGIVGSQSQEIYYNEVQVDANPWTGKPGVIRYTKTCEQDSGSPRGKRQAPEEPKQPNCYYHADESITPPDCDGFCNVDSRRKCRDLNGTKLEYTCTRKPVFVPLGKFDICDKFEDNFRGDGKPGPWFNTVGSNYGCASETCCLWFPPIKCADVPLVKYTFLPFIHNGVEYNDCFDAEAVEANSITAAEINEGKNGQRKQVCIFSADLDEDGEVIVDQDGNPTTSYKENTVEFSDCEPSYSPAAGCCKFSPVFE
Ga0193013_1013207Ga0193013_10132071F000086HGECMTMTLPEDKKDFVKKEVKAVSEKLVVVEKFREKVEKIENFVNRLNEFDKSLKSIDVWMKEAETQLNDIKNNSDKMTPEDRVSYTMELQEDVAAKVEIIKANIAGEVELLPQGEKVPQDAQDYKDELKRIETFVLDLQKKVMKECDNFSEDVKYWAEYKTGIKSFRPWLEGAEGKSTEGLSKPQTLDEANAMFAAVNDFDQACIKHLKVLNDAAAAANKMTTHKEADDEVAGLKGRYEKVKAVSDEWMKKVDTLVKEWKLLDNTVTELNSWVAKDRGAEGEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1013221Ga0193013_10132211F045525MGSTSQRGRRERREMYLLLILLVTPAFGRPSSDQDAGANIENQLDDILEFNSKTGNLLNNSNLFGKVSESLKNAQQNIIDMETELKTLALKFDSLREEKSFFPEFNKAKSSLRQTRQELRELAHRTVKEEKNVRSLLDALDNDATSRSHKPILLKAAIGRMKLLMEETKEKLKAAKNKYEEATLAYTNLISSVKAQHDILGVEARNIYEKFEEDKEYTEKVRSNCKIASWFTFGLCSLIHHFVNEVPLEEARVEVENLERRSQNLTERAKILNRDINEAIEIMDDEIELIDKWANSAEKMEKNIDDFPEESLREFEAYRLVFKLGLDDLKKAAENFLAQPILIL
Ga0193013_1013273Ga0193013_10132731F005140MSLAGTLLVSLRVEATMDLMEKMVSQVNTHRLKAECFGESNKQKYDKAVEEAIGKCMQLAPAFNLAHIISDTHNQPRDPFKSLQFSNLDNLVSLWRSKRDTGRSKRETGLVNVDEDDFVEFLDDVAEYKGDMAAKMGNLSCVLVEMKMLTPDQKINIEEYLKDATEIEGFDLDASPLASDPEWWQRLVNGYQDCYDISESIPQAHMDKNPMKKKFGRQMMFFKCADKNEKMNCALGQMKRWIDSYYAPDERDMSQYGLPEDKYEAAGLSLMVDYNAASDEERFLGNFFWGHEW
Ga0193013_1013404Ga0193013_10134041F027733RVGGVVAILIGSALLFTCAQGQADHAESRDGLALLTKGKRDTYSSSTSHCSPTHDTSSLLDWVAELDYLMHSTLKQLPDAVTEARASIAESNAATNRDKLIVGLACFLAAMAGGLGVLYGKDPLNLAIEDQISFAAQHSWGYGYWGPFLLDLDDNDPGCGLEELNKVLYDYSFVTALHQTYGTNLQEAGYTSGTADDRPELRAYYLGEFGRKLKLELHCITSQAGSDSSASRVVALIDKYVRTGQERLEITSQLMGSH
Ga0193013_1013440Ga0193013_10134401F005554MKFVLMSLLLAESSFAMDALMKKLVHQTNKHVLESECWGHNNKNNYDLAVGAAMDKCMQLAPAIDLVNVLSPNNKFASLFPSINVKNPFKQFQQFQDIDQLVSLWRNKRSAESTTGILQPDEDDFMEFLDDVDDFKEGMATKLGNLTCVMTEMKMLTPELKVNIEEYTKDWEEEEDIDLTESPFLEDPEWRKRLATGYQDCYDIAESIPSQALAKNPLSRVFGRQMIFFKCAKKNEKLNCAMGQMKKWVEEWYGSGDNITNSDYGLPDDEYEAAALSAMVLHNGASEEERFVGDFFWGHM
Ga0193013_1013493Ga0193013_10134931F045525MGSTSQRGRRERREMYLLLILLVTPAFGRPSSDQDAGANIENQLDDILEFNSKTGNLLNNSNLFGKVSESLKNARQNIIDMEAELNSLALKFSELREEKSFFPEFTKAQSSLRQTRQELRELAHRTVTEEENVRSLLDALDNAKSHKPILFKAAIGRMKLLMKETKEKLKAAKNNYEEAQLSYTNLISYVEEQQNILGIQAERIYEKFNEDKEYTEKVRYHCKWGSVFTFGLCSLIHHFVNEVPLEEARVEVENLERRSQNLTERAKILNRDINEAIEIMDDEIELIDKWANSAEKMEKNIDDFPEESLREFEAYRLVFKLGLDDLKKAAENFLAQPILIL
Ga0193013_1013561Ga0193013_10135611F090434DSALFRRVISKYRFLTQFQQRTGDYEIFINKKETNLVLNKFYVKGEVKKDGQTAMKLLLTTAEKPYKLELYLPAILNKIYSDMDEYKVTMDHVPGQKLNIQTNGKKFKSLVIARTGNNNERQIQINGRELANGDYTLTDNEFKTKITLANGDWLEPKVTWEGALPKNRAEAERFFHQNNFKVSATGSKRNFDIDLSWKAMKPDWDLSTPWNMKMNLNAKGKGPRWGDWSVARDVNFSTADKILELSVDGHSHFTKGNLATSAPILTQVDLKYLTSQHDLQGKFSKIIDGREYSIEFPRGVRMPLIKMGQ
Ga0193013_1013605Ga0193013_10136051F000139YAEDSETIANEFDISEEEIKKVKKIFNLEAANADLSKRQSILKKTDDTINGLFSSINNNYNTMAITIPEDKKKILSKEIKAVEEKLEVLGRFKSTVQVIVDLVNNLTAFDNSLKAIDAWKDAATAELKDIHESSGGMLPEDRVARTMDLQEDIAAKLEILKANAQTEQELLPQGDKVPADAQVFKDELARITKYVEDLQAKTKIECDKYSNDVKYWAEYRTGIKEFNPWLASAEKAAAEGLSKPSDLDQVKALNEKVLSFDKTCLNYLKVLDAAKAAAQKMTTHKEADEEVAGLKERYDKVKGISDTWVKKCEVLVKEWVLLDNTVTELNSWVAKDKSAEGENQFSLEKMESTLGE
Ga0193013_1013613Ga0193013_10136131F003903MILPVVSSLLLASMAFAAPGANYGAAAHVSPAKQISSPSIQCRTEYVTLWDTEYQEREEQVCETVYEKQCETRTQRLCQPTTRQECTTNYVKECSTIYKNVCVQKFRTEYEPYTESECTTEYKQDCQYEWRGHGNDKVWAPIEGTCQNVPYDECKDVQKTHAKQVAYQECNDVPEQKCVSVPKQVCITVPDQVCTNEPLTECQDVPRQACHSEHKRFPVRVSRQEAKKVCDEGSVHAPLAAPVHQAAPSVQDLLNYGVPAVPTQAVPEVILARDKQKLQNAANDDRIVFG
Ga0193013_1013651Ga0193013_10136511F089819MESMYEAMEFFRFGPNAYKNGKAVLALFVIASLLLPSHVEAMPAPQVNNFNRFLPQAPALQNQGSLGTQAAVVGSALPLGFIAFNVLRGDTDLSVAPNVALNVDPNTGALRPAVTANVQVGNDNAVNPTFNVGGQLDTSGNGAFGLPVAPVVGTGINIGDQSSGQPTGNVGSNFALSNGQANAQFGGGLGLGAFNLGNIFGR
Ga0193013_1013661Ga0193013_10136611F026275MGTSVSFQQFAELKGTGEAFIMELKSQLLKSALVLLVCCAGISVEAGAHKEVKEWKKKIENHHFLTKCWGTGTMMAFYKAAEKFGMECMQLTPAFDIDLFAEPDNEEYNVIGDEMENPFFQTPIGQQTLPAQVPFSPIRRVPQNGNPLGTANPLEAWLAMWAPLYQQYQQVQQARSFQYYPPRARRAVDPPTEEELMEFAGQIAEFKDEKKHKMANLTCVLRKFNSLNSNLGINLDHFTTDMWTQFARGEEPDMEFKEHMQKGYKHCYKMASSLPSDLLAKKGPFYEKFGRQMMFFKCSKMMTDANCVMKELSEWTEYIWGTPDEAERARLGLPKDLYKANLMAWTVHMQKETPV
Ga0193013_1013718Ga0193013_10137181F009052WDDVVTCDHSYDKRCHTTYKTSFDSVQEEECEENFRKTCYITMVDTAMNVTQNVCKKPMVKDCDIEGEPVCRTEYQSECWSKQIPHEVEDDVAECVTVQDRMCKEETSGYTTKEKCEDWPRQECTVVKKKVTKYTTMTGCNKEPTELCAPAGCGFKEGVEECHDVVKTHIQEKPEEECTLEPVKTCKHITRLVPKLVEVQECVDVPKEICNRSKQNPRKVKKPIIKNWCYTPAENDDLQN
Ga0193013_1013755Ga0193013_10137551F100306FDQETCYKMPFEGAPEAKVVVTHNGPGKYSWVVKAEGAAEEWKLHFCDEGMKLCARNLNTGDSCSSELYKEPLPILGKWKTASMSGAKELLELMGVPAAEAQKFADEVVILEIEEKGPIVRYNYKSQYQPMDLSFKWNEETDQYDPFLKETTRNIATKSGNVMTVLTHSSMGTWITKVTVGHAFMVQKAWLKGMEHMPTTSIFIRQGM
Ga0193013_1013770Ga0193013_10137701F003903HGDRYRSVPQRSNRVRHKMILSLVSSVLFASMALGAPGASNYGGATVVGPAKQIASPGIQCRTEYVTLWDTEYQEKEEQICETVYEKQCTQRVQRLCQPTTRQECHTEYEKQCNTIYKNVCVQKYRTEYEPYTESECTTEYKQDCQFEWRGHGNDKVWAPIEGTCQNVPYDECKEVAKTHAKQVAYQECNDVPEQKCVSVPKQVCITVPDQVCTNEPLTECNDVPRQACHSEHKRFPVRVSRQEPKKVCDEGSVHAPLAAAAPVHQQAAPSVHDLLNYGVPAVPTQAVPEIILARDKQKLQNAANDDRIVFG
Ga0193013_1013791Ga0193013_10137911F040452RTKILNVLVTDKNFEQILRTKNLFGLFQSMEETGFLLSDFVLSAGQRKFGFVPSFLFAGFWVDSFGVAWVSSDGIVGFFVHGFQRFTVDAVFDVLTELFSVGFFVILLQFVHVFSDVSTEDVFAVGFGVEVVFFVVVAWESFGGVWDIKATVDGSFQSTKNFVSGGGSGKTGIEEASEWTWTIFAWFDVVFVTIDFGLTFVKFVELHFSEKSSSEEKTSAVVGGVVGETDFDTEFWEFVSVGSADDNITAHSWVSNLADDISVGGSNNQSVFWGVEFVLVLGAETSSGLVIGFTFLSPLEFWLEPFEVGLVLLDLDQSVNSLFSSVSVFTGLLRFASVFFICKFDLRL
Ga0193013_1013887Ga0193013_10138871F014227KAQLQQWATVQAHCAEASNTEGQIEAEVALECKRCQAGVGDWNTPDGFQRGKACLETWEPKTVEVCGDLFQEYEDSGYDLSYTVKMVECWENTYKRDIAAKCLEATGGEDMNLALLCVSKHLRDNHKHTETVLFGSSDDDPMKPSKMDLVIESIFNEGRCLHANEGNMNRIQECTLCFNHVLMNEKKLLREMKFQKKHGLEGFDEEEYFEKGRKVGSMWGVCSDVYLAPVYSDCTENIDQIFQADMEDWVTEEFRGKLMEVEACMFLKQSQHYYKDCAAAGGEGVDGFMNFFSCAQNLTLTWVTDKRPEALDMMADYMRGGRIPFGDQES
Ga0193013_1013892Ga0193013_10138921F000685KAQVDKLIDLAAPPPKGTGVQNIRECIIESKMTFDVSADEWQLYLKNKIMNNIERYFYLIVFAMYVREAGPKEFPQTFKEWMDEHSSLRDMIAEGRGKLEWERKIPDEKLVDLKEMLASKDFKTNLPKVIKRIYELAWVQFSDLPRGHHKNNSMHKLASKTMIEILPDSLIQYVEEKCGSLASTPDFFDVIGQVSWYDDVKA
Ga0193013_1013903Ga0193013_10139031F000080WMENVEKSISRIMADKVYTSSEFKRERDNFHALCKDLERADIKKWLKTILEILMAERSKEERTTQYARLDDLIGKHENLIPTVTTTQVKVDLYWKCYAYGDELAPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLNQLESKRSIVFELIEKGKILLGNPDKPKFLDSHVSRIKEGWDITKEKAGLRLELLNNTKAAWEGYYAGLDNIAVEFEKAEGEIKKVKKRFNLENAKDDLAKRQKIFADTKNVIDTMYNGIQKDYDCMTLTLPDDKKDFVKKEVKAVTEKLEVVGRFKEKVDKIDEYVSQLNAFDVTLKTIDKWMKEADANLDQIKNHSHKMTPEDRVSCTMEL
Ga0193013_1013915Ga0193013_10139151F050866GNRDGFYKRYRGESLLPEEGTVDWFRVLEMETGAHIIIWGWFVAASLAAGGDAQTICMCQIIPMLFLVRYFCKVDEKVCAVAGFVFLMMLCYFGFVPVPAPPSIAGTLAPIWVLFHSVMVLLFASMLVAGKTEKIYEDQPQTKQMMSAGVGTPVYERELLLGITLLGLGFADIPAAITGAAMNFCVIAGPSLCVTGGVHYAIQGDKKNGKTNFAFSVVFVCIGFVAHAIQ
Ga0193013_1013916Ga0193013_10139161F050866GNRDGFYKRYRGESLLPEEGTVDWFRVLEMETGAHIIIWGWFVAASLAAGGDAQTICMCQIIPMLFLVRYFCKVDEKVCAVAGFVFLMMLCYFGFVPVPAPPSIAGTLAPIWVLFHSVMVLLFASMLVAGKTEKIYEDQPQTKQMMSAGVGTPVYERELLLGITLLGLGFADIPAAITGAAMNFCVIAGPSLFVTGGVHYAIQGDKKNGKTNFAFSVAFVCIGFVAHAIQ
Ga0193013_1013957Ga0193013_10139571F018318MGGQHRLLLLCSLVGLARSQSTTTPTPVTPSEGCWYEALCAYSDDNDIKRPIPSPQNADLESRMQWCYNQCRNEDTCTDFTVFSIGSRFHSCYLLTSCEDKSTDATCLELGSCNSGPKDCVTNSNCDILTSPPPAGTIPWECDHDVNPYARQVPEGTECFISCNAWLDNNENQASIVSKCMGGAWQTSEVQPYGIDKSEILALPSTLPQPDDSTQVDCGCASFDMTWENSKTGEMIDYDPNTLPGTDFLCTGADYITSDGINLKFALQPGMTCRMFCDNYHIATMTCVNGLWTGEPELGAWCYAEPDTADDMGEGTVGPTTTTVAGPTPPA
Ga0193013_1014069Ga0193013_10140691F079634IEAYKLKLKEEFGYSKQDINKDPDLVEMQTRFKQMGGK
Ga0193013_1014104Ga0193013_10141041F001979TSVDWDELKGKLSSFQVDKLSYFFTQFFDHNQDGVIDSKDFAGLNERLRKVAGWELDDPQYLAVCDNNRVFFECLLEQAYAERNTEGLEDRTWEQALAPSKMVVDSVSLNSWLHMWARMCQGAAGIDDFPIWVQLIPRAIFNVICSREGGEVISRSSLRNFYENFTGLSGDTLDKVANEGFRSMTANGDYELDYSSYKLLFSNFLLGRTIYGPGKYVFGCFDNSDMTEKYKIDYNS
Ga0193013_1014195Ga0193013_10141951F104390MDWTFVWILSLIFIGGGSAVPVPKPGEDMLGEFGDLFGNAQMANHVPRLGRRSLSPFDSKHRNGFRFFGGIGDGGGSGERHRNRNLAGFFGPLYNRYDNFRYYGGRPGEELARGLLRNKRQDEYSDLMTLQPDNSVKVDKDVPSETANTKASKPDIDQDYWKNVIGEATINSVLEKMAEIGETREIIEDFNKYEAFGVGNPLPRYLARWAPAPAKSPKVNPNNNHPEVGILNKYKNFYPKNSSLAFPRRRKKGRTFTRIFSRR
Ga0193013_1014352Ga0193013_10143521F005140MSLAGALLVSLRVEATMQLMEKMVDEVNTHRLKADCFGESNKIKYDQAIEGAIEKCMQLAPAFNLANIIAESHDSLKEPFRQLQFSNLENLVSLWRTKRDTGLVNVDEDDFVEFLDDVSDFKGDMASKMGNLTCVLTEMKLLTPDMKINIEEFTKDASEIEGFDLEASPLASDPEWWARLVKGYQDCYDISESLPQTALDRNPMKKRFGRQMMFFHCADKNEKMNCALGQMNRWLESYYATDDRDLTEFGLPADKYEASGLTLMVKYNGASDEEKFLSNFFWGGKW
Ga0193013_1014387Ga0193013_10143871F102381VNMKKAVAKCHQVDAPELDLAPFRSAHRFVNNLVRMGGQHGDHMDEMETFMKFYKFTKMMDHSKYDYDSYKQDDTMEKMKMMMMMKRMMDTKMNHYEDHDSDVVDLFRTVPRRQSMESKFRKSHEYDNEAMSSLWRSMGQMRYKRQADDSLALNDRLKEKLVGMMEEHVNMVSNMTCVLKELNVIDHNNNVDLVALKEDSKQYKMPSQWFGDKYEEILEGCYEVSENLPASLQEEYVPSNYNGPMRNLGKIKSFMNCCKSAKMKLCMNQDTKKKIEANFGPVEELVEGFNNQLTEDQVFFMVNQLLEGSEEDQYM
Ga0193013_1014519Ga0193013_10145191F063315MKFAAALLFATATASYTGYGQQDHAVYGYEEPETKLLNWTKSYTSDYKKIDVDAIVTELNRRNEIAVRAVRDETFATTQALTEEHRNAMDELIAIFEADILGLREAIQASRDAKRAEISDANASMRATQDALVADLVETLAALNDNQEHLLAEILLADMYYDHTRIAKLLDVDGKSAALTWEEDARPAASTIGDSYLSWNAREPNSRTYNEYYTASVQTPYYGYGY
Ga0193013_1015001Ga0193013_10150011F005140MSLAGALLVSLRVEATMQLMEKMVGQINTHRLKAECFGEVNKNNYDKAIEGAIEKCMQLAPAFNLANIIADSPHNLKEPFKQLQFTNLDNIVSLWRDTGRSKRDTGLVNVDEDDFVEFLDDVADFKGDVTAKMGNLSCVLTELKLLTPDMKINIEEFTKDASEIEGFDLEASPLASDPEWWQRLVQGYKDCYDISESLPQTALDRNPMKKRFGRQMMFFHCADKNEKMNCALGQMKHWLESYYAPDERDMSEFGFPEDKYEAAGLTLMVQYNGASEEEKFLSNFFWGAKW
Ga0193013_1015099Ga0193013_10150991F012847GQEHYPSLPKYNQTYNLKIGEEVTYTSPVPMTITATKKSGRTFTFEFSALGKKSTSTLTFSPDGLVVKGSNDGGLEYTEVFARQEPEMCGMFVLEDNKSIVDMLVKLGKDRAAMEEQLAWCGWRISKKGDVINHEEIFRAGGINRTFRLGEEFDNTNDFFEGPEMAVVTSDFPGSFTMVSKPAKGPAITTKWMVTAKGMMGSITDGTNSADFSYKRVPDIVGKWRLVTKQGVEAQLEALGVTGPDKATMADNFIPTLVEGKAVTGGRWRWESTPKIHSDFDFAMNEEYSYTWAGETYKEIATYKPDMTGMLLATRGPHGHVIKSDMTFTKNFLVNVFEIEGL
Ga0193013_1015240Ga0193013_10152401F000021IACLFKEFQIAASFEGLIETVPGVNASLLKTDRYKMDATKDTLFRGEFEVVKQLMEKIEDGAGAKNNADKIIDLNGTPKTGGTGIKQLRENIAESKLSYEIMDDAAQAFLKSKIMDNIHKYYYIIVFAAYIREAMKAAREAAEPEKKSEYMLASGKCSIPAKELKLPRSFAAFMEEKKELRDLIDKGKGTLQWERDIPPAALANLEGLANKDFKGNLGKIIHDIYQTAHVMFSDMPQGDHKKRAKYRFASKTLMRILPPANKTEVEGLIEKKKISLDLYEILGACTWAQPT
Ga0193013_1015300Ga0193013_10153001F045525MGSTSQRGRRERREMYLLLILLVTPAFGRPSSDQDAGANIENQLDDILEFNSKTGNLLNNSNLFGKVSESLKNARQNIIDMEAELNSLALKFSELREEKSFFPEFTKAQSSLRQTRQELRELAHRTVTEEENVRSLLDALDNAKSHKPILFKAAIGRMKLLMKETKEKLKAAKNNYEEAQLSYTNLISYVEEQQNILGIGAERIYEKFNEDKEYTEKVRSDCKIASWFTFGLCSLIHHYVNEVPLEKARLEGEDLTSRSKKLTERAGILKKDINEAIEIMDDEIKLIDKWAISAEKMEKNIDDIPEESLRVFEAFRRVFKLGLDDLKKAAEHFLAEPMP
Ga0193013_1015510Ga0193013_10155101F019598PAFGMPSNALLDVRNQIVDQLDSLPLMTEEAKNILKDSNLTETIAEALSEAEKNIREMDAELKLLESEDLRFVDNYFPAYNEAKSYLRQTRQALRKLADKTVKDVRDLKLLLEDLDETGDTFLLKEAIESMKNLMIDTLKTLEEAVEKYNSALDTFEKLNSSIKTQNRKMEKLVDTNSAEYKEWTQKTRAGVYTAIGGTTVGLIFADIFGCLGICSAVNVVVSASTAAGIENEIAKYSTKLETLKKITDRMLESGGKFDQTITEAIVILTDEIELINKWTNSAEVVNRNIDKYPQKFLEKYKFIRNIFVDGLDDLSNSAQDFLDQPVDILA
Ga0193013_1015519Ga0193013_10155191F100095MNVCVDVYLKNCXLLMLTNEYEYNEFGTKAFYEKLKCLLTDVISYFVVFTYQDGNLVAQLVALFKFVAQMLAFCCFSCIFRRCHSKCLEVDQLFARISICSFAAQFSCXHFSSTFGMVTFGTYISKSSYTIFTFHKFQINSRMNYSYDQRYISIEFAIERNHKMISMHFIEFPRIKTLTSYVGQFEN
Ga0193013_1015534Ga0193013_10155341F005140MSLAGLLVVSPPAEGTMKLMEKMVNEINTHRLKAECYGEINKKNYDLAIEGAMEKCMQLAPAFNFLNLNNNIFSTRGNQPFDNLQFSNLDNLVSLWRTKRDTGLVNVDEDDFMEFLDDLGELKADMAVKMGNLSCVLTELKLLTPEMKINIEEYTKDAAEIEGFDLEASPLAQDPEWWKRLVTGYKDCYDISESIPQATLNKNPMKKMFGRQMIFFKCADKNERMNCALGQMKMWLESHYSDDRDMTEYGLPEDQYEAAGLTLMVKYSAASEEEKFLSNFFWGGKW
Ga0193013_1015609Ga0193013_10156091F005140MSLAGALLVSLRVEATMQLMEKMVGQINTHRLKAECFGEVNKNNYDKAIEGAIEKCMQLAPAFNLANIIADSPHNLKDPFRQLQFSNLESLVSLWRTKRDTGLVNVDEDDFVEFLDDVADFKGDMTAKMGNLSCVLTEMKLLTPDQQINIEEFTKDASEIEGFDLEASPLASDPEWWQRLVKGYQDCYDISQSLPQTALDRNPMKKMFGRQMMFFHCADKNEKMNCALGQMHRWLESYYAPDDRDLTEFGLPEDKYEAAGLTLMVQYNGASDEEKFLSNFFWGGKW
Ga0193013_1015636Ga0193013_10156361F063314QGYYDYNDYYNQDQFYKRAGGVDDIASKMAQLEQAFKKYQVEEAECEMYIACEASQVQRIDENGPLARIVHDILSTFNRAKDGHKWDDRMDGLVQAFEYGTGAQSTDPCQPLRNKCFELHAKY
Ga0193013_1015811Ga0193013_10158111F006208MFKCGVTRIGPLTNEELVNEIDASFAASSAGGIMDRKTFHEVINSKKMMELRLRKLIAEIQADYWMESKAPYGLDDEEVSGRDLASQHTAEEALHLRSFLRTSALVIQFCRRIQLKFSHADVEGAVKAAKALSHLLIRSQEELYEEIQRVKSMGARGGSSRFGRGHRKGSDYMT
Ga0193013_1015873Ga0193013_10158731F000287MGEYMGESGGGSLTGPRLHRLQEFQEDFKMTAGGAWRRPRMKVYDYNQEFGGNYYQPMIQYINHKDIYGPFSKKADVYLPHSAEVTSAKYTNMRYNDKSSAKHNLDQFLVDAHKTQIKELNGTTAMARVNLMKNIVTSRRQPHTPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIVKGGNHKLDTKYRKHLAMIEACEDEYNYHHKLFGQGAVDRDFQFHNPQLVKDYVNQIRRV
Ga0193013_1016013Ga0193013_10160131F000811MIESLSRELHPPHTNLMAETEVCPWTLFLTMSLTLLKGLMPHVPQMLPFLISDPEMRSRAEETFLSPEFQENIEEYFVNNIKSDVQAPLNRQIIKSSETIMYIVKLMNNFFDYFMGGAGAALADGFGNSVDNTDNSPRSGLEVGGLDVMQVLDFMRTLYNLTK
Ga0193013_1016110Ga0193013_10161101F034053QFLGEHNGRPVYQNNATKEYLYYTFTGAEWLVGPDFRKPHAGIQVFQNTDKVCPERHGGQNNTKLYIDSSEPVPGGGGMWKNDTSIKFECYKKEMTPVQDCTCTKYKVYHTVYQNGTVPKAVDYLSGTFVKVEDKKDTFGLLAPLYRDLVKNLYLFSHHPQGLVWQVSQKLTTTPLRGVFTSPSCPDSQDITWEWYNMTTPMGQQLYVSDNHIKVKCVSHSLGA
Ga0193013_1016150Ga0193013_10161502F000717MRAAIISLCVLSTVLAQNSNRLQSFSREEKHDVDLVEQEELSLFARLVGEDTQARVIESISTWANDKAKENPGCVERFVCETYKTGETMSGIPYLLMSLTNAAVSFMVAEQFGEAIEMEAITRAAKYGRMTGTCHRMECPIMDGQLRTVTDYLAGFEEMLGYIVNSVSTSIGK
Ga0193013_1016231Ga0193013_10162311F032138TWGLQLSRRSPILFNMKACILLLALAVAVQAQKFEPVTCDWEKEMMCPGKWNEDWTEQVTADFCIPMKNGDCYNYCPMDCGKDMMCPGGMDPQGCAMPDSCHPGKFCPVNCDWEKEMMCPGTWDAKTGEQTSADFCVPHKNGECAAHCPQTCQDGDMMCPGKTHADGCTDADYCIPGKFCPANCDWEKEMMCPGKWNEDWTEQISGDFCIPMKNGDCYNDCPKDCGKDEMMCPGGMDPKGCPMPDMCFPAGKDCPKM
Ga0193013_1016335Ga0193013_10163351F032138TWGLQLSRRSPILFNMKACILLLALAVAVQAQKFEPVTCDWEKEMMCPGKWNEDWTEQVTADFCIPMKNGDCYNYCPMDCGKDMMCPGGMDPQGCAMPDSCHPGKFCPVNCDWEKEMMCPGTWDAKTGEQTSADFCVPHKNGECAAHCPQTCQDGDMMCPGKTHADGCTDADYCIPGKFCPANCDWEKEMTCPGKWNEDWTEQISGDYCIPMKSGDCYNHCPMDCGKDMMCPGGMDPKGCPMPDMCFPAGKDCPKM
Ga0193013_1016433Ga0193013_10164331F019598MKIFQLLLVVSSAFGMPNSAVLDTGNQIISKLDDFPGFTEEGAEILKNSNLTQNIAEALKEAEENIRAMDAELKLLENEELQFEDNYFPKYNEAKSYLRQTRQALRKLADKTVKEVRDLKVLLEDLDKTDDTFLLKQSIEKMKDLMISTLETLKEALEKYNLALDTFEKLTSTIRTQNRKLEKLTDKNSAEFKELRTKMRAGLWSTVGATTVGLIIADIFGCLGICSAVGVGVSGGAIAGIEVEIAKYAAKLETLKSITDGMLESGEKFDKTINEAIVILTDEIELINNWTNSAEVVNRNIDKYPQEYLKKYKSI
Ga0193013_1016609Ga0193013_10166091F030979GVAKAANRKVKVMWSEDGVDQCGWISKRKNSKSKEGKKTKALITRVTGATAAPTVEVFNIKSDIPRMPVQRLDCTFSKDAWHYKENAKRKVPSRYFQGESETVHCFPPMSFYTKLATAEVAKIIGSKNFNISWEGEFKLDRYRGMEKKRVVCDDGKTRLKNGYHVPNSYMTITFQRHSDANAFLNADFDDTRFSGADAEACGSYANLHPVPATMCQEYAQYTTAVEEGKIKSSEDSALERGIHYVTV
Ga0193013_1016628Ga0193013_10166281F003903MILPVVSSLLLASMAFAAPGANYGAAAHVSPAKQISSPSIQCRTEYVTLWDTEYQEREEQVCETVYEKQCETRTQRLCQPTTRQECTTNYVKECSTIYKNVCVQKFRTEYEPYTESECTTEYKQDCQYEWRGHGNDKVWAPIEGTCQNVPYDECRDVEKTHAKQVAYQECNDVPEQKCVSVPKQTCVTVPDQICKTEPLTECQDVPRQQCHSEHKRFPVRISRQAPKKVCDEVHSTAPLAAAAVHQAPVHHQASPSVQDLLNYGVPAVPTQTVPQIIDARDKQKLQSAEKDDRIVFA
Ga0193013_1016720Ga0193013_10167201F000051ELEDIKNSSDKMAPEDRVARTMDLQEDIAAKVEVIKKNAETELALLPQGEKVPQDAQDHKNELNRITKYIMDLQEKVKKECDAFSEDVKYWAEYKTGIKEFTPWLNNAEKSSNDGLAKPTDLEQALALSAQVHSVEKACLDHLKVLEAADAAAKKMTTHKDADAEVEALKARYVKVKAVADQWTGKVDTLVKEWTLLDTTVTELNAWVAKDKTTEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1016780Ga0193013_10167801F000021DLLKMDRYTMDSKKDALFRGEFEVVKQLVNTLKDGAAAKNECDKVIDKNGTPKTGGTGIKQLRENIAESKLSYEIMDDAAQAFLKMKIMDNIHKYFYLIVFTAYMREAADLARESCPEEVKKELTLSGGRCAIPGNQLKLNKSFLQFCEDNVTIRDMINTGKGNLQWERDIPPAALANLENLAKTDFKANLGQIIHDIYQTAHLMFSDMPQGDHKKRAKYRFASKTLMRILPPELAKEIEGLIEKGRITLDLYEILGQCTWGKSEIANITK
Ga0193013_1016783Ga0193013_10167831F039469PQVFLSSSGSLGQTQSAALGIYTLSSQKIAGNDHPVYLKSSLEQDFYLYFSEQDSGPRGWLVGKELLGNAFYLTTKQEAPCPAGIVGAWGTTSEKDHSFSIECHSDQVKFDCCKTISLKADPSGVIATHQGGVIGDYVKADDVNGHTAYKGPMGTSLFFRKAGHGPDGWMVGPEVDHNTFMVTTRNKGYCPNEVMGGFDRDSEEDSSLRLECTIPLADLQDPGVPTSPLNEAQANRKSTNNLASPVCPPCLACFKMLGIFFLFQQLLN
Ga0193013_1016798Ga0193013_10167981F054552MKVFIATTLFLSAIVGSQSQEIHYNEVQVDANPWTGKPGVIRYTKTCEQDSGSPRGKRQAPEEPKQPNCYYHADESITPPDCDGFCNVDSRRKCRDLNGTKLEYTCTRKPVFVPLGKFDICDKFEDNFRGDGKPGPWFNTVGSNYGCASETCCLWFPPIKCADVPLVKYTFLPFIHNGVEYNDCFDAEAVEANSITAAEINEGKNGQRKQVCIFSADLDEDGEVIVDQDGNPTTSYKENTVEFSDCEPSYSPAAGCCKFSPVFE
Ga0193013_1016834Ga0193013_10168341F000052VRDSRQGSDGETVSFDQVAAVRPGRDGKKCIDKVEMIEELEYDEEVLCDHSYDKRCHTTYVTNYESQQEEDCEENYRKSCFIEYETIAFNETVQVCRTPLVKDCDVTGPEICRTEYESECWTKQETHNVEDDVVSCETVVEEKCEDETSGYTTNTKCSKWPKEVCSVSKKPVKKYTPITACTKEPKELCAPAGCGFKQGSEECFDKVQTVVQDAPQEQCSLEPQRTCKHVTKLVPKLTPTEECVDVPKEVCTRQRTNPRKVKKPVVKKWCYVPSEESGLA
Ga0193013_1017120Ga0193013_10171201F096540NKIVLVSVMSACLVAAVVVLAAVNMSSDESLATKGGKALKFGDSITLMNIFNEYLIVSKTGRATAGGFNSYESNNVVKILSPKGKKGAVNYADKVVIMGPNGKYLFTRYNGHVSCRATIIASDTEFELSGGKGPVLVGNLVMLKSEYGFLTAKPNGITALASRATAMQKYTIGLPGSETGLRHANGISFGDTIQFEDANSEYLTADKNGWLSIRAQSTGRWAHYVILNPRNEEGHITYGDLVVLRAHNGRMVRALPDASIEATTELVDDSCQFILVGAVGHSSGVVHDQDMLAIKADFGGLIDSNHDENRVRLSPYSMQTKSTM
Ga0193013_1017145Ga0193013_10171451F003023ESRGEGYAPGDYRPDIGHGAPTDYGRPTAPNCHMEQTSTFEDRCLPYEETTCYSQNEEDCTEYYVNTCTPIVNTEVDRRCFNVTELICELVESVNYRQVEENFHVQSCYTTKDRICDTVHEIDTTTKDDLQCIELETPNCHMEDKVLVDKVCTDTFEFECSPDKKLDNAGYGVKDTVCKKIPKHDCYDSPRTVQVEVCEPEYRRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTEDCKPVPREICDQCETKTLEAACVPEARMHCKYSPVTQCKKENKNYCYKAEVTKLVEICDGKLKTSYL
Ga0193013_1017211Ga0193013_10172111F013059VKKLVKKTNPETSCQKVPKEICAASNCELRKQDKSCRKETRNLVQNIPSEQCDLEPQENCKLETVLVPRLVQQPNCIKVPKEVCVNAKVNPRKEVRPVVKEWCYRPSDLQSPRSRLALSQFFRN
Ga0193013_1017218Ga0193013_10172182F033693MATWDAVQMMLGKIWTRLEVIDKLAEAQGKLCQRLDELEKALGRLDPKATASEAKIPALTAVYDPITQGVKLVTMDQYERYYPKVPQPSYVAMYNPKTQSVDLMFEKHYLESDFYKQDMKARRPRPIPEYTCVYDPATQEAKLELWDKYVQKHHPPQPSFGAKYNPSKKSVDLVFWRNYQHGGGYKVLSVADFFDF
Ga0193013_1017302Ga0193013_10173021F004957LVCALAVKALEPCPGDTRGTGRCNFDHTHRVCAKIGIQGTSFWEFTGQRSWCNTRGWYWGRRGRELRCPAENPTWCICKWAAARWIQGQGCDETVQFDCAATDVCNLKNSYRDYNVDLRPAHDCMRVKCREQWDACP
Ga0193013_1017334Ga0193013_10173341F029316VEVQFWLLDDLDLADVAVFNWVDWHSGLGDIGGDAVWQQFLDQFWNVTVGNLFADDFGHLLSDLFDLLALGVGGLFDLALALFFGESNDEDSEVVVVGGFGIDGALDHSLPFFDHTAHLVSGERHTVEVQDAVFALDIFADEFEFSVSLTVVVEVGLVAVVDSTFKSVSGDLVTDGSGDQGVADVSDFEDGWGFDGVPVLFGEWVDDLLLTTFFGSFCKTLVFAYGVCRVFFFGSFLSVSST
Ga0193013_1017341Ga0193013_10173412F045526KYIKVGENNGPVYPAKRENGYAEAAPKMEAPGEPTSLSYPVSKIEKSAHSYKCDTIADIKLPKLFVGPKLIDGDGKNGYVFQKPLSTPYPQINAPVFNGVEAGNHFSPQPVIKIDPEPLMSTPMFPVEHGSKYTTQEFGCSGKGLVIHRQKVLNGPGNRDLGDRNSCIIDAKNKYMLEELENGFPKAVKDGGIVSTSLLGPKYL
Ga0193013_1017504Ga0193013_10175041F029641LNSGISFFGDGFSDTFVFWETDQGFVTFSEQEDVAGSSGENVSGGVFDVDDIKRTWVSLSGNDGTDSTDVLTADDLAQVTGVEFDPVGDFVGGQVEFDGVTDFAVWVWVSDGSSVVCDEEWNVVLFDEDFLDSAEFVGSFFGGDSVDDESAFGVVDQSEVFVGLFDGDDIHETGWVFHVGSDFSVDFDHSSLHDLLALVTGEGVVKSVSDEDGQWEAFSEFVWSGVWSETENTASFWQHPVVWSSKGFKMFLWSTSSHV
Ga0193013_1017615Ga0193013_10176151F053772ELGTSIFACSSWKVYGDTAATIGGVPVTVVTKTADWHAYKRQDKPGLWANAMIHYSIWQAMAVDGLWSHQAWTVKVDPWSVFIPQRLINFLASQDVTQNGDYYDTCEGVLEGYFGNLEVSSNQAMKSFFEQLGTCKGHLKYDGSGAWKFGPWGEDLFQQQCFDMVGVNKVPGYGLSNSGTCSNNRPSAEKDNKKYIPTCKGAPQAVLHPFKDVSSYVKCLNDLTAQ
Ga0193013_1017716Ga0193013_10177161F063321GGEVLALFSAGQVRMKPGSLLVALLLTGLVAGEDYDDEYELESRKGAGVKGVCKNTGPRPSDKIFAPYTIPIKKKKCPCWWDMSKKICACCKKVEGVEVMQCGFPMHKFCYKKSKKIIGCPGVCNNKYTLSGKGFPCYNDKSKGNNCAVCARGAFQCYADGITGPDSKDGSRCQDQKNQKYCTSVQGDCRHIPGACPGRCVNQGRVNKFTKHSQCVCPEGYSGNGIQCYNGNGTLLADPNTHVELTMDITTEEDEFPFTGENFSSSAELQTLITEMGSVESGCDGGDCEATFTQTETEA
Ga0193013_1017814Ga0193013_10178141F025207EYHKDFAPCKWYDELQRSRGNVPLSQLNDHIDALYDKKIVPKTWGKPAIGPTFNSEYPVEFRKSQIEGAGNGTWALADIPKGTRLRRVAVDEGTLVRFRSADELKAAGWDVDDAVNYGIGHFADPSSIYFLNPGTAMNHADRTREPSVKYVHNKIGVLELWTVKDVKAGEELFNEYHKDFAPCKWYDELQRSRGNVPLSQLNNHIDALYDKKDNKAIAGA
Ga0193013_1017820Ga0193013_10178201F033693MLGNIWTRLEVIDKLAEAQGKLCQRLDELEKALGRLDPNAPAGEAKTPALTTVYDPITKGVKLVTLEQYERHYAKIPAASYVAMYNPEKQSVELMFESHYLQSAHYAKDLKARKPKAVPEYTLVYDDAAQEAKLMLWDKYVNAHKPPTTDWAMKYNPGKQAIDLVFWRNYVPGGGYKILSVSDFF
Ga0193013_1018222Ga0193013_10182221F005140APQTEGTMKLMEKMVGEINTHRLKSDCFGEVNKKNYDLAIEGAMEKCMQLAPAFNLLNMLPTSDYTRGTPFDNIQFSNLENLVSLWRTKRDTGLVNVDEDDFMEFLEDLGDFKSDMASKMGNLTCVLTELKLLTPEMKINIEEFTKDAAEIEGFDLEASPLAQDPEWWKRLVTGYQDCYDISESIPQTALNKHPLKKMFGRQMMFFKCAEKNDRMNCALGQMKQWLESHYSDSRDMSEYGLPEDHYEAAGLTLMVKYSAASDEEKFLSNFFWGAKW
Ga0193013_1018272Ga0193013_10182721F016357FVVGTVASGTAVTLSSASVASLGILGGVAILKGLLIAGLAARSKRSAENNNEAAFAILNNAEPAQCYRRLICDLAAGAISDNDKILNLFNTEVSPVSPKFEYVTAAKVGKIVKNANACEIRYSCPLSTVEIAKVLA
Ga0193013_1018365Ga0193013_10183651F033304LEAAKQFFTNSNITINLLPALIAGALLLLLGLPLIALLFQPAADTSATGYGPPAEEYGAPSSSYGSAYSRSDEGYEEYRSLLSDLIDSNAGAVPEFELTKRMQQMAEPVINKIADTAAQFIQ
Ga0193013_1018415Ga0193013_10184151F049565MVHLFAVVHRGVVDRGSVVDGMVGGVVDNRDGVGDHLVVLLPAGLGVKGEGDLLAAGLSDDDLLLVNGVGGVDELGNVEALVLNLVLALDLGDGDVLGDAHLLGGRVGKTALDSKGSSDKGDLVGLGLVLLVAHLVFAMVGVGSITVGRGLDSTGGDLHGLGLLVVGDLGGLAVSDDVLPFVDVGADLPLDNSVGLLTDGEDTVEAVVVVDHLLHRQGDRGHLLGKGGNAHLGVDGCVRVTAQKLGSVVDGVSNGVVSGMVDSMMLSTGKCDQGRKNEAPHVDCLKVYVSVPM
Ga0193013_1018454Ga0193013_10184541F002297FTMTHKITHGENVIQEGEMVFDVKANDGSKFEMEHLHKMTMTEESPFYGMVYWYTGRYGKNVERKMTVFFDKINKSILFVPKMKMDTTLTLDGEKISEFVFDNTQAKKHIKFFYSPDAYTKDYLFTDEWEYPGHSGCKWNTELKRGDVSIWNWVGDYSFVNNANKFEIKTMDKIVQTEMSPFYGLDHFYLGRYYKTGGRQRTITYEKKNRNFLLGKLFVENTITLDGEKFSQEKLDTRSTPYTMVWFSQPVRGLFPITRDITGQDEMIVSAWHTPGKELKIETNLPEVQSMKVTSAGPTKKFEFNGKEVATVDF
Ga0193013_1018471Ga0193013_10184711F017590GHMLETIVLVLAHILVGLANAPYQYVPWVGEAPFWWKMFLITCGVLVAFIDHAGVYILKLCPWCSLDLQEKLKQPALLALIVGQVFYYSSLGQQFGAVTAWEMFGVVFVVAILIPSLAYTAFQKRKAAVADGSLLMPLCEDNVPTPTNRKQASIGNLTGLNFAMESATAVWDPNSTVFPTSQAQVQVAYTYLPFALAHTFTDVGSLIFVAIFWSMMDQDNRAILLRFYGLPNALDQ
Ga0193013_1018512Ga0193013_10185121F016357TTATATVGATTLSASTVATLGLLGGVAILKGLLIGQLVGKSKRSAEDNREAVFAVLNNAEPAQCYHRLICDLAAGAIPDNNKILSLFNNEASPVSPKFEYVTAAKVGKIVKNAYACEVRYSCPLTTVEIAKVLA
Ga0193013_1018528Ga0193013_10185281F000051DSWKDAATAELKDIKEASGAMLPEDRVARTMDLQEDIAAKLEILKTCAATEAELLPQGDKVPADAQVFKDELARIVKFVEELQAHTKIECDKFSNDVKFWAEYRTGIKEFNPWLSASEKSAAEGLSKPSSLDEVKALNEKVLSFDKNCVNYLKVLEAAKAAAQKMTTHAEADAEVGALLERYNKVKGVSDSWVKKCDVLVKEWVLLDNTVVELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKEKLVENL
Ga0193013_1018608Ga0193013_10186081F008118MGTEDSHHQRVAEMSLKAALTPLLLCLVSGAPQPQGNSVSCRTEYSVVWDTQYQEKETQECVTNYEKVCHTVNERLCKATTRQECQTIYEKSCSTVYKSVCVEQFRTEYEPYTETECTTEYKEDCEFQWEGYGNNKVWAKIPGTCKQNPYDKCQDVTKTKEKQVAYPVCNDVPEQKCVDVPKQQCRQVPDQVCTNQPLQQCENVPRQQCTKKHKKVPVRISKNIPKKVCDTTGYGYSSNTQQPTNPEVLDIGRANPNTNILKSNKIVFADK
Ga0193013_1018750Ga0193013_10187501F000717HGESKTGAPPDNMNTVLTLCLATAALAQKIDRVAVVQPQQQQELSFFARIVGDEGTARIVESISSWVNDKAKENPGCVEHFVCEMYKTGERMSGIPYLLMSLTNSAVSFMVAEQFSESIQMDAITRASKYGRTTGTCHLMECPLLNGKLREVTDWLAGFEELLGYVVNSVSQSLG
Ga0193013_1018794Ga0193013_10187941F008118MGTEDSHHQRVAEMSLKAALTPLLLCLVSGAPQPQGNSVSCRTEYSVVWDTQYQEKETQECVTNYEKVCHTVNERLCKATTRQECQTIYEKSCSTVYKSVCVEQFRTEYEPYTETECTTEYKEDCEFQWEGYGNNKVWAKIPGTCKQNPYDKCQDVTKTKEKQVAYPVCNDVPEQKCVDVPKQQCRQVPDQVCTNQPLQQCENVPRQQCTKKHKKVPVRISKNIPKKVCDTTGYGYSSNTQQQSNPEVLDIGRANPNTNIVKSNKIVFADK
Ga0193013_1018801Ga0193013_10188011F001556AIRRDMDKFNNDAMCWGVENMMAYRLAQYKAMEECGKYGQFSTLPAPSNNPFTTLPGDASNPWTNVPQPIDSRRSPLSKLLNRGSNLQNSDKWTNLWSDFLNGRSKRQAEEGLLEIDEAAELEQFLEDYDEFKTDIGSMIGNLTCVLTKLDMLDSSLQVNLKLWTTDIWQQMNLRKTLAGEDPEWRQKLIGGYTDCYQIASNWPQQSLDRNPITKVFGRHMIFFKCAMKQEKKMCGMAQMYSWLTTLYGNSDDFNWSQFGLPTDKYDRAALTIMVQTEAATKEEKFVNDFFINDEL
Ga0193013_1018915Ga0193013_10189151F007073FCAAALALDAVGEGATGTPDQVINPANWHGTWTANNRYGGVMYACPKGDRLYGVYSNAGFFIGRIEGRVVEGTWYEGGRGDRNDWQGAFRIEISADNQEFDGFYHRVTQDGTELRWHESRLGAPFPSNPTHDQCLVPGDEPVLGNFFNNPGQGREPAAYSLCKDEYDQIYGSFGSPDGFIEGWSVDSSTGFHGYRYDSNGRSGAYILRSVSDTVVRGFYWRGRLARQNIETSVAEELHRTSYTAKLEDCERVGPGFLRRLRGPTNDAGVLSMNMFLVIAVAFVALLI
Ga0193013_1018970Ga0193013_10189701F028411MSTETETIGGNFAISGPHFESLVGYVNDRGGKIFEEKQLKLEELGLAELEDQPGHFQCLVCSSILKRKNNAMAHFRKNHTIRNQTDFETPENIFGTFSINNSHLESLDAFVEVHGGQISVVKQLRFQDMDLAEVEGQKDQIQCLVCYKIIKRRNNAMAHFRKLHTEAKRIELKINCPRCGTEMSKSDLNPHMDKEHGVKNFNQLMKKSFIPSNPGGVTSSNPGSVTKKTIKKKEKGDPLALAIEEAGIEDLNNNIKTEDIGATMNIKQE
Ga0193013_1019112Ga0193013_10191121F063321MGGKCWHSSPQGRMKPVTLFVALLLIGLATGEDDEERKGAGVKGACKNTGPKPSAKLFAKYTIPIKNKKCPCWWDMSKKICACCKGSNSMQCGWPMHRYCYKKSKMGCPGVCNNKYTLSGKGFPCYNDKSKGNTCAWCAAGGFQCFADGTTGPDSKDGSRCQDQKNQKYCTSVQGDCEHIPGACPGRCEFQRRLNKYQKHSQCECPEGYMGNGIQCYSNGTMLADPNTHVELQMDIMTEQYEFPFTGEGFSSSAELQTLITEMGNVESGCGNQQCQATFNQTETEA
Ga0193013_1019184Ga0193013_10191841F002147HGESSPGPHTVTMLRYIAATLLLASLALGARVRRDEGYGAPEPDTYGAPAEAYGAPDTSYSAPSYAADTGLDLTTIIIPLLALLGLFLLFPTYVTLTSVRRKREAIEGAGETNMVERMMDMYQAIIESEECLERVACDVGGLANDAGFDTTMAHMASVMIPNKYSKYMKQFASAKNCHKLKCGSLF
Ga0193013_1019220Ga0193013_10192201F007356MGSVPADPPSNWAEPKTTSLSIKSEAASIQASLMAELRRVPGVHVYGGTAPLAAGVEKIPKQRNIIFNVDLEESDLKDLPSFKVPFDPERPLPFSSFDEICAALKPEDDKTQCIFNAKDVHAATTGMVAASIVKSVQSINKMRSLVEEGIAEKDWIAAIITNTFETGNPPKEGETDLDRGDFDVVKALVKKYPEMALGKILTDKMVDLAGQTGPHLYKCVTEMQAKMDAASGEEQMVLKKRLLNYLERYFYLVAFGAYCRQEGPELFKKSFVAWLDEKKDIADMVEKGIRVWEEITFFSLNMSTPA
Ga0193013_1019227Ga0193013_10192271F000371QVAGELDLLPQGDKVPQDAQDYKDELKRIRDFILDLQKRVMKECDNFSEDVKYWAEYKTGIKSFKPWLEAAETRSKEGLAKPQTLDEANAMFASVNDFTKACLAHLDILTNAAGAANKMTTHKEADDEVAELKGRYEKVKVIADDWCRKVDTLVKEWKLLDNTVNELNSWVAKDRGAEGEQQYSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1019311Ga0193013_10193112F029643HGVQPAPVRQVSSGSIQCRTEYATIWDTTYQETETQECVTKYDNVCKTTFERQCQPTTRQECNTVYEKQCKTIYKNVCVDKYRTEYEPYTETECSTQYKEDCEYQWEGHGNNKVWAPIPGTCKSNPYDECKDVTKTKAKQVAYPVCNDVPEQLCNDVPRQVCVQVPDQVCRNQPLEQCAQVPRQECSAKHKKVPVRVSKRVPKKVCDEGYGSNSGLPETFDLRENQPSHKTQSNQKIVFG
Ga0193013_1019382Ga0193013_10193821F073026IISENQLIITAPKIPEIKTGFRNVPIVFSQENSEDNKKRSANEVELNGRLGRKLSQLGQKYNEIDQQDEKPSFRGNRSDRIFGIRHGINMKPVEMPGFDFNSFKNDFNSDDLSMEFENDMKNNFPSQFEPSKWASFHDELLKTVDPNARVTNIPINVEGQIVKPKFGSCHSQDADLTEFLESQNERLQKVDKFRHVQRVPVENRATFRNNDLDENIIKASKWASASQPWYQANLDQDGDSKTVKISCL
Ga0193013_1019414Ga0193013_10194142F079634KGDEKEIAKLKQDIDDYKLKLKEEFGYTKQEINKDPDLMDMQKRYKEIGGK
Ga0193013_1019519Ga0193013_10195191F005140LPAGATTRLMKKMVDEVNTHRLKAECFGDVNKKNYDMAIEESMEKCMQLAPAFNLLSQLPTSQFSSAFSSRVSEPFKNIQFSNLENLVSLWRNKRDTGLVNVDEDDFVEFLDDLGEFRADMASKMSNLSCVLTDMKLLTPELKVNIDEYTKDAAEIEGFDLEWWQRLVTGYKDCFDISESIPQAALDKNPMKKMFGRQMMFFKCADKNERMNCALGQMKMWLESYYAADERDMKEFGLPEDKYEAAGLTLMVKYNGASDEEKFLSNFFWGGKW
Ga0193013_1019570Ga0193013_10195701F003023YMGTCKLTMASTSPPSCLLLALSFLVSGVPARYSPGDYKPDIGDGPPTDYGRPVKPNCHREQKTTFQDRCEDYDEKTCWTQNEEQCSSYLVNTCTPVVNTGVDRRCFNVTELICELVESVHYRQVEENFHVQSCYTTKDRVCDTVHEIDTTTKDDLQCVELESPNCHMEDKILVDKVCTDTVEFECSPDKKLDNAGYGVKDTVCREIPKHDCYDSPRTVQVEVCEPEYKRYCDKLTKDVPFPVERQNCHFERKKICQLVPKTKPKKAKVYSYTEDCKQVPREICDQCETKTLEPACLREERLTCKY
Ga0193013_1019665Ga0193013_10196651F098620MYFQLFVLISPALGMPSKAAEDVNELQSFIDFSKETGDLLDNSQWIKEVFESLESTDPSVLGLEVELKTMPHSNVTGLGLEGNYFPAYNEAKRYLRETEQKLRQFAYKTVAEVRDLKTLFAAVDETQDQAEIQDLFRFPVEKMTGFMSDTLEKLREANEKYETAKKTFVDLKNFSTQSKEKVEKMLITDSDEHQNWVKVVREAVRNATDVPELVRNLEMELDDNLRRQVEREKDLKIKAKVVAKINAEKPTALKFAIDLIEGKIKNDIEFAIDRYNAKLEKLKEVTANMLESG
Ga0193013_1019671Ga0193013_10196711F033304HGESATNISGSTTMAMSFLAPLFDLAQDEVVKEKAVEAAKQFFANSNITINLLPALIAGALLLLLGLPLLALLFQPAADTSATGYGPPAEEYGAPSSSYGSAYSRSDEGYEEYRSLISDLIDTNGAASSVPEFELTKRMQQVAEQGLNKITDNVAQFLQ
Ga0193013_1019887Ga0193013_10198871F022348INTIVSSGSPDSQGKKCIDKIMMTEETQFDEVITCDHSYDKRCHTSYVTTFQAHQEEECEENFKKVCMIEYESKAYNESLEICSTEMVKDCDKEGPTVCRTVYESSCATRNIEHEVEDDVTNCKTEQMVKCREVTEGYITKEQCEEWPVQRCSIERKLVKKFTPETKCWSEPKQICGTEGCGFKNVTSCRDEVKTIVVDHPVETCDMEPVTKCSFVSKIVPKLVPREECTEVPKEVCSRSKTNPRKVKKPIIKKWCYTPSKESGLL
Ga0193013_1019893Ga0193013_10198931F000287HGEFGFTLSPLNMVAGGAWRRPRMKVYDYNQEFGGNYYQPMIQYINKKEVYGPFMKRQDVYLPHSAEVTSDKYTNMRYQDKSSAKHNLDEFLKGAYAKQMKELNGTTAMARVNMMKTIVSDRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIEKKNNTKLSDKERKHLVMLEACDDEYQYHYKLFGQGAGADRDMKFYAPQLVKDYINQIRKF
Ga0193013_1020021Ga0193013_10200211F000287EVYGPFHSRASVYLPHTAEVTSDKYTNMRYSDKSSARHNLDEFLNTAYKKQIRELNGTTAMAGVNIMKSIVSNRRQPHSPLDNVNTPYNSVRLLKGAPPGIEAVNHYTSELSIEKAHNNKMDTKERRHLMMIEACNDEFNYHHKVFGSRAVDRDMLFHNPQLVRDYVNQIRRV
Ga0193013_1020069Ga0193013_10200691F070827RAVQAPAVQAFQVSQFQQPTVQVQRNTYPFVGMQNTVQTQYPFFGGFNTLYAHGRKKRSSDADWISASELKELWTKKVSNLTCYMKGMGVIDNNYNIKKDFLRKDVWEMKDTRANEHLSDSVWRNKLSQYWVDCAEMSEAIPEQVLDNCPISRMFGPMARTMKFMMCKKEVTEKMCGMAQAEKLQRRYHPNCLGANGASILGVRDRYEEAMACAMTMMHSKMHEDSTGKFIKKAIRGEL
Ga0193013_1020105Ga0193013_10201051F000021RATTGCVVACLFKEFQITSSFDGLVETVPGMNLNLLKMDTYKMDMAKDTLFRGEFPVVMKLIEKLADGNAAKNVCDKVVDKNGTPKTGGTGIKQLRENIAESKLSYEIMDDAAQAFLKSKIMDNIHKYFYLILYTAYIRQAGEAARNAVDDASKAEVALSSGKCAIPADQLKVGKTFVQFMEENSSLRTLIEEGKGDLQWERDIPPAALANLEELAKKDFKGNLGTIIHDIYQTAHLMFGDMPQGDHKKRAKYRFASKTLMRLLPKELLSQVEGLIEKKTITLDLYDILGQCTWGQK
Ga0193013_1020240Ga0193013_10202401F001556ECSKYGQFSTLPAPSNNPFTTLPGDASNPWMNVPQSVGSRRSPLSKLFNRGSNSNSDKWTDLWSDFLNGRSKRQAEEGLLEIDEAAELEKFLEDYDEFKTDIGSMIGNLTCVLTKMDMLDSSLQVNLKLWTTDIWQQLNLKKTLAGEDPEWRQKLISGYTDCYQVASNWPQQSLDRNPITKVFGRHMIFFKCAMKQEKKMCGMAQMYSWLTTLYGNSDDFNWSQFGLPTDKYDRAALTIMVQTEASSKEDKFINDFFINDEL
Ga0193013_1020289Ga0193013_10202892F007564MLVFLSLLSAAMAAPQLYPYYGSYGMYGYPTYGYPMVNYPAAYPLAGYPNQRIISTGYPVATPVAGTRNLVKFGNFLELNGVFEQVATATATVPMTIVKGNFNIQQNGILDIFSSNDAKFSMYVMSSTDLTGKNIKVNLATGADCVAAIAAGLTELAMVNAPPSINGFYISGTTPGYNIDGMNSKTALMGATNWLVLTESGTTIGCSKAALQ
Ga0193013_1020380Ga0193013_10203801F000080ELAKLDTLIKKHEELIPNVQKTAVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCLENVDELIERQEKSLSQLDAKRNIVTDLIAKGKVILQNPDKPKFLEANVKRIQDGWEDTKKKAQDRLQLLTETKNAFIGYAENSETIANDFELAEDEIKKVKKIFNLDAANADLKKRQDILKKTDDTITGLFNSINDNYKTMCITIPEDKKKTMAKEIKAVDDKLEVVGRFKSTVGKIEELVGALTAFDNSLKIEELVGALTAFDNSLKTLDAWKDAATAELKDIKEASGAMLPEDRVA
Ga0193013_1020396Ga0193013_10203961F082092NSQKQTTSIQRRIFSLAVARPKSDITIPKDKFGIPSEADLYVFAQNHRSVSFMNEEEIDAFETCISELPEQCSQHVQVFSTFLKVFFEGGFGYNKRTYLSGNNSAYLPENVGIAALAVVPAFDGQMGIATGYPYVVGHQNLPFVDTVPVTISGISEMSERHARYGLCFTRCAFVWEGSAYASDGTLDFCCVLPHGGFYYAPENLRKYKDIGGLVYAFGEDKKSLNEAMSC
Ga0193013_1020455Ga0193013_10204551F013265AFMKGKSEGAKGIIDRMNSATDSGLVEHVISTWIQYRTDLKKAAEMEALIQGNADKFASFSSRNKQGAMSAGQKATAIKEYGLINHAMLLWIEVTRVERMLRYYSTRVEGKKTQLQGLQTMFRNFASQLETGLKEGTPRDFGAVKDKKSGRLSKSENTVSLPNIHQKQSGSRSGSHRS
Ga0193013_1020552Ga0193013_10205521F013265IDKMNAATDSGLVEHVISTWIQFRKEEKKAQEMEAMLNGANAKFGSFSERNKAGAMSAGQKATAVKEYGLLNHSMCLWSEFCKVERLLRYYSNRVEGKKHQLQGLQTMFKNFASQLESGLKEGTPRDSAAIKNGSKSKMSKSEGSVSLPNIHKPPSGRKA
Ga0193013_1020649Ga0193013_10206491F000021IMDDAAQVFLKSKIMDNIHKYFYLIVFTAYMREAAEVAKDAGSDDEKKKNGLTGGKISTPAGELKLPKTFAQYMDAHSKFRDMVEQGKGKLQWERDIPAAALTNLENLAKTDFKANLGQIIHDIYQTAHTMFSDMPQGDHKKRAKYRFASKTLMRILPADLKGEVEGLIDSKSITLDLYDILGQCTWGQKK
Ga0193013_1020652Ga0193013_10206521F068737GPVVTEADLTGGMCFMMFASGASEKLSCVQRTACEDPYLANDYLTAAKMVYKAHKLLGMDFQDKYATVMLSIEEAVEHGKSGALCADKYQW
Ga0193013_1020656Ga0193013_10206561F001556YQAMEECSKSGLASRMVRPTNPFTTLPDNLNNQQGPLNRLLNNANSRNPLSALLSRNSIGSSAQNSWNSLFRNRRAAEGLLEVDEEEELERFVEDFADFKEDIGSMIGNLTCVMTKLDMLDSALQVNLKLWTTDVWQQLDLKKTLAGEDPEWRQKMIGGYTDCYQVASNWPQQSLDRNPITKVFGRHMIFFKCAMKQEKKMCGMAQMYSWLKTLYGDSDDFNWSQFGLPQDKYDRAALTIMVQTQAASKEERFINDFFVNDEL
Ga0193013_1020666Ga0193013_10206661F080849NEANQAAVKEGGDTWTMILGIVVTLLPKIIPRIMPSIVGEDKIKERFDNGGGEMEHIFREKFLQNLNFVENLVRAWRDDNLDLETFGINGNLIAEAKNDGGDILDNFIAGEPASFQKELLQGIGFLQERIQRSETDPDAITVIANRIWDTATALSTIITKYFN
Ga0193013_1020715Ga0193013_10207151F042153MGRFSSFVDQIFNMKLFLAIAVACLVPAIKADATCEDCITFGTAMQGYLMSADSIAEQTELLVAILCPQAQDQAECDAAIRKYWEGISLAMYPVFLDANDVCAQLGVCKKNAKLALTKAGCGPDETECPAGCCPEANWYCCADNQHCAATAANCPFKNIFASKVAEPTCEDCTGAVNSVGDVIESEAKIAEIMDFLKGDAYCGSLGDADCVEVIDALMPYAMPTLAGLLRERAAQFCCDLSTGGICC
Ga0193013_1020716Ga0193013_10207161F001865MGASFQLEFYSWEEIMIAKITLVSMLAAVAFARPEADPYFYHHGVVGHVHPTCEHGVDTLEVQTCAPRVEKDCTTADVVSEEITYEKRCKEVVSKTCSPVIVKRSAEAEPEADPQFYAHHYGHHLGYAAPVTYTLPELKTKTIETPCAEHTSEHCVDVPIIKEVVTPVETCHDVTKVDCTPADHNIAKVTCTPGQTTVTDIAATYGLVPVAPAAAPAEAAPVVDA
Ga0193013_1020788Ga0193013_10207881F000021MDDAAQAFLKSKIMDNIHKYFYIICFAGYMREAAAAARESIEADKKADVALPASGKCSIPAKDLKLPSSFVDFMSKNDSLRAMVDSGKGNLQWERDIPPAALSNLEGLANKDFKGNLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPTGVKPEVEGLIEKGKISLDLYEILGVCTWVEPK
Ga0193013_1020845Ga0193013_10208451F012568HSSNIKPTNPFSQLTPNNPFQTLPSPVNNPFRSNSKPFARLNKPSVNANALKDLLFNNFRNKRQAEGLIEVTEEDFTEFLEDFDMFKDNVASKMSTLTCVLAKMDMLDSNLQVNLKAYTEDFWNEIDLSQTLAGEDPVWRKMMVDGYNDCYDIARSFPQSALNKNPIMKVFGRHMVFFKCTKKVEAHGCGMAQANHMIETLYGSNDGGYDWSQHGLPNNKYERAAMYMKVQYGTATPEEKFVHNFFYMDPAM
Ga0193013_1021034Ga0193013_10210341F053055QPVIVVASVEDLETGAEEAAAVAIEAGAVETVVVDVAGARRRRNGFP
Ga0193013_1021076Ga0193013_10210761F003288AMDKKSASKQDDLAEAAQEFVKLKVIEKVLELPVVNDTYDCLVKLSSPLSPCVEKIGTLASPVVDQALDLTASIEGKVPDVVQASYTIALNKAATMAASLDATLCSGVDNLVEKVPALKQATPALYNSTRDSVGSYINLVATYMASFTIAQVFLKAADLGLETTDGLLKLTANQKVDPILTGLRRVRSEATSLRKEGIVLNGTPKAKTLEEATLIGAMFEIFGLGFFFNQTGNSRGGADDEGLPEDDDAIDIISTMPSKTRSGLVL
Ga0193013_1021370Ga0193013_10213701F000049FWQENYPFIKDVYIMRQTKMVEWMENVEKSISRIMADKVYTSAEFKRERDNFQALCKDLERAEIKKWLQQILEILMAERGKEERSEQIAKLDQIIAKHEDLIPTVSKTQVKVDLYWKCYAYGDELSPIVEFLDAIMISSTRDIAPSCIENVEELIERQEKSLSQLETRAKAVKDLIAKGKQLLESPDKPRFLDSYVTKIIQGWDDTKDKATARLTLLNNTKAAWEGYGVGLEDIAVEFEKGEEEIKKVKKRYNLQAACDDLAKRQKIFNDTKKTIMDMYNNLLHNYDVMTMTLPE
Ga0193013_1021756Ga0193013_10217561F000023VNRGQSTMKPLDATGAAAGLDTMAEDLDQLKYDVGELKDLLSNNKGEVNHVRRIVLACERDMEDFTAAMDAVNVDLDEMRARVDATHSIITSRQRVEATMTAEISTMRLDIGDIQEALKNHDSWMEDVSNTLQQMQEKEENLTEDIINLKNEMNTKLDTKVDNVAWKEANDDLDAAIKTVRDMVSSLRLDVDARRRKVDEILATIRHDITAVETNLEESKAKIVSDTDQAVNALNGRIDFTNKDLAATQESLHTTQNSLSDCFNEVAVVRSDLERNIADTEARLKNDIRQKQ
Ga0193013_1021769Ga0193013_10217691F096644MGDGVNGGEYAQEGVEGAEQQPAAGGVSGFAQGLMMKAMTVKDAAKEKAGALQPGNLQAMGGQLMATGMNLIPGRKEEEVPNPPEQMVDGGEVQYTEGGEQIQYTE
Ga0193013_1021856Ga0193013_10218561F098620MYFQLFLLISPALGMPSKAAEDVNELQSFIDFSKETGDLLDNSQWIKEVFESLESTDPSVLGLEVELKTMPHSNVTGLGLEGNYFPAYNEAKRYLRETEQKLRQFAYKTVAEVRDLKTLFAAVDETQDQAEIQDLFRFPVEKMTGFMSDTLEKLREANEKYETAKKTFVDLKNFSTQSKEKVEKMLITDSDEHQNWVKVVREAVRNATDVPEEVRNLEMELDENLRRQVEREKDLKIRAKVVAKINAEKPTALKFAIDLIEGKIKNDIKFAIDRYNAKLE
Ga0193013_1021861Ga0193013_10218611F007296LSSVLRGTVEEKELSGTVVSSARSSLLKMKLLASVVVVVVMTGLVSGMDVGKGGVYDSPMAQDYYVKRFGFMFGGGRSGMYGLKALQADGLVAQKKEVKPAVQMRNSVDTYYRNVLPTSSSSSYTFNRLRSKPLLRAKPMVKLAPKKMGSTYFNTFMAVP
Ga0193013_1021974Ga0193013_10219741F028707MGGIIWSGTWQHRQDMRVSLQMLAATAALLPNVESGMDQKCSDRFYDTCILPNPEIATHEISLEACQLACELEQTVGFCDWFIFSPHDYQSCQMFTKSFHGDLENVLDGRCFKKGGPTCETDIDGVVVNGVPMECPDKCDSCHRCGDNQAKDKCNFVHDIGCFMDESLAPVPQDRAEDFESCKTVCLKGYSYAVWDPREAIQCLCYAGGDRHCNKYAVRLDVPPGGDLGTCLSQSVDVSMLIA
Ga0193013_1022053Ga0193013_10220531F011733PQADNAQNSEDNLECILKVLREFDERRNDAPLPEITHLYDHIQPGVDRNIDMNTLLLQFFNLKDINDKETNTQFKPRSMITECNLNLAPALARCKAAYGNSIQCEQVEYGDDALNKAPFVTPKCPAGYQRYGCCKCVRMCDYTDSIQADGAAGEDVTGVRSWTRVNYCTKKKAIRSEVKRLNGQERQEIGLGVEDYEILEEKDGEYVYVKNCPKDYKRVGNTMCVALCPLGWPDLGNKCLKQGQLIFFPFVWQPGDQKVVPKGL
Ga0193013_1022092Ga0193013_10220921F022575MIRTTLDAPGPXEPSNVNSKWPATILAANRIDSVIGRIILLTVSIITIIGIKAGGVPKGTKCANKLLYXNTIEYNIEPNQIGNASTNVIDKCLVLVKIYGINPMKLEKIMKKKIETKI
Ga0193013_1022105Ga0193013_10221051F003903TEYVTLWDTEYQEKEEQVCVTKYEKECTQRVQRLCQPTTRQECHTEYEKQCNTIYKNVCVQKFRTEYEPYTESECTTEYKQDCQFEWRGHGNDKVWAPIEGTCQNVPYDECKDVQKTHAKQVAYQECNDVPEQKCVSVPKQVCITVPDQVCTNEPLTECQDVPRQACHSEHKRFPVRVSRQEAKKVCDEGSVHAPLAAPVHQAAPSVQDLLNYGVPAVPTQAVPEVILARDKQKLQNAANDDRIVFG
Ga0193013_1022161Ga0193013_10221611F032995DNMMKKMFMKMMMKKMFQDKEADESPFGNMGSMKYGQEDNQDQYKFFQNMMKAMNRNKRATDDLFELGDRLTDKLKQETEEWQAKLGNASCVLKELDIIDQNENLDISGMVQSVERGEWGEFPDQWLKEQHIKDCRTCATFADSIPKTVFEECAWGEKWGRIMMFFQCEKDTKYKTCMNHDMKLKLEKSFGSLESLEEATGLPEYQLLPMTMKLLNEQMDMFM
Ga0193013_1022210Ga0193013_10222101F086569MASTSKCEQFFALLEIPMWIYFLLWIVDPFAKIEVSENGRTAVVNSPREVIMTEIAESEVGKKMAEVPVGFWLLLGVVAYDVMFIVFARKMRKVSLDFWRWRKESIGPFILAFTAIVSGILAVWISVFSWKELIEYLIMPFKQSGNCIPGSAMIMLIHFHFFCGYVTLGYLFLCTLPQIAMICSKKAQNEGTDKKPSSKIKPGLKKHEKTDVENPPTYSEISILSEK
Ga0193013_1022237Ga0193013_10222371F047405GYKEAVMKEYAHYKIQEGCFGKEMVMEYKMQMMKASKKCSVEVPHGADEMDFQEIINEIRSAALRYRGQDEGQGQYYKLVPVFQNGRYRRDAHDAGQKLAEMKEKMTYKIANVTCMLKELKYMNEDKTPNYDHAEKHINKVNDAFLRNQLQYGFDMCKDFSKCMPVKKARTMVMKELGTCISFFKCMEMKKMEACFMKDFREAMADYGFDAVEEKINMGLEMMGEEVHHEGMDGYNTLEMAMMGNMF
Ga0193013_1022313Ga0193013_10223131F055456TWGFASKRMMKLALVLLALAAVDAHMTEPDTYALSIPAPPGEDDALAMIDEGAGAVTKYRVTWQTKADECTGNKCAGIKATNEKYASNGSFKLTVTGKGGSAEAEIFSHPGEAKQPNGLYKRGQGMVQTAEMDPKKDLGELTSIKITTTTKMDQSWTPAFVKINTNNKYTGLGSGVYYVPIGRAIYDKDDFEAKTAPGDGERKMTKCEAQFCEEEMDKKLKLSQ
Ga0193013_1022551Ga0193013_10225511F000809MLDLEEWALVLNKMLKFHFNLSEEIKALVQAIRTEMKPELIPMAEDKSNFGKIVKRAIREMWALEYEVDELQHKFADSIGKMDLDNLDVDFIEDMMLKAKPLQTVLNCIRNRQITKLEEIKKTYGDAIKDLEPMKVTRPPKTEPAKPAEAAPATPAPEAAKA
Ga0193013_1022553Ga0193013_10225531F000685PEVKNAMMAGQFEVTLELMEKYSKDDQAKIAKAQVDKLIDLASQPPKGTGVKNIRECIIQDKMLFDVSADEWQAFLKEKIMNNIERYFYLIVFAMYIREVGPKDYNITFKQYMDEHAELRDMIAEGRSKLEWERKIPDEKLMDLKSMLDSPDFKTNLPKVIKRIYELAWEQFSDLPRGEQKNRSMHKLASKTMIEILPQKLMTFIEAKCGSLASTPDFFDVIGQVSWYEEESAAK
Ga0193013_1022561Ga0193013_10225611F073594CDGTVCPGGCCPEQNWYCCPDGMYCAADASNCPFVAAKDKLIKFAAAKKVVATKKDCDGTVCPGGCCPEQNWYCCPDGMYCAADASNCPFVNAKDKMIRFAAVKKVAKKDCDGTVCPGGCCPEQNWYCCPDGMYCAADASNCPFVAAKEKLIKFAAAKKVVATKKDCDGTVCPGGCCPEQNWYCCPDGMYCAADASNCPFVGAKEQLTKLAMKKVVENNVKVALKKKDCDGTVCPGGCCPEQNWYCCPDGMYCAADASNCPFVAAKEQLKMMAAAKKVVATKKDCDGT
Ga0193013_1022610Ga0193013_10226101F086569MASTSKCDQFFTLLEIPVWIFFLLWVVDPFAKEETLENGRTDVIHSPRKVIITEIAESEVGKKMAEVPVAFWILLAVLLYDVMFIFFGSKMRKVSLDFWRWKKESTGPFIFAFTAIVSGILAVWISVFSWKELIEYLIMPFKQSGNCIPGSAMIMLIHFHFFCGYVTLGYLFLCTLPQIAMICSKKAQNEGTDKKPSSKIKPGLKKHEKTDVENPPTYSEISILSEK
Ga0193013_1022615Ga0193013_10226151F000685GEHPEERANNEEMTEKLAYPEAKVAKAQVDKLIDLAAPPPRGTGVENIRECIIESKMTFDVSSDDWQVYLKEKIMNNIERYFYLIVFAMYIRSEGPKGFPITFKGYMEANSSLRTMIAEGRGNLEWERKIPDEKLSELKDMLSAADFKTNMPKIIKRIYELSWDMFGDLPRGHHKNNSMHKLASKTMIEILPENLATFVEKKCGSLAGTPDFFDVIGQVSWYEPEA
Ga0193013_1022637Ga0193013_10226371F008537DPCSRTGEYRAVINRTHPATLLKLDTRYKTLVTYQSFDCVIKVKTEFMNKSREFYNENEDIAVMMFDINHGYRRKEDAIKLELVHIAKLDQNGTRFFYQKKKFQLPQYVPQYLPGYVMYGFEEIAQWHAESNSSVTVNLKRWKSSGSIYFVFAQYRIVSPYHCDTGIEVDCNDNAAVFAHCFPSALLPLFLDGLPFCEFRPLHALGSNRTTCGTQDLTGSSYNLFLVFLAILEVVLPMLV
Ga0193013_1022641Ga0193013_10226411F002435EDVKGDFHFAKRKEAKTWINTGMFVQIWTALRDAGHATNHDWVVKADADAVFFPWKLVDMLRDAAVPAEGLYMENCKYVDWGYFGNLEVFSKQAFSTLVNNLDTCYTSLPWKVGVHGGKHGPMGEDLFAQKCMDLLGVAKQENFGLTTDGACEADRPTEERKNKKFVPNCAGVSTPSIHPFKKPEAYRECWAQAASVH
Ga0193013_1022646Ga0193013_10226461F000086NNSDKMTPEDRVSYTMELQEDVAAKVEIIKANIAGEVDLLPQGEKVPQDAQDYKDELKRIETFVLDLQKKVMKECDNFSEDVKYWAEYKTGIKSFRPWLEGAELKSTEGLSKPQTLDEANSMFATVNDFDQACIKHLKVLNDASAAANKMTTHKEADDEVAGLKGRYEKVKAVSDEWMKKVDTLVKEWKLLDNTVTELNSWVAKDRGAEGEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1022791Ga0193013_10227911F006012RADSDKDGRVTVAHFDDMIEEAAQLPRMYGYAPKSEDMFSNAQLRKAARAQQFAQMDVKGAGYITLNQWIRFAIEHILKKYVQLPKDYLSSSAADVSKEEFIAFIKKAVDVSSPEYKELYYFLLRTFQAGDKGGYGEVEPAEFDEMIECAAAAPRRFGLAPKSADMFKTDQERLINRMTLFSQMDTTSAGKITFDGWLNYAMKHIVGKVNKL
Ga0193013_1022816Ga0193013_10228161F016357LGILGGVAILKGILIAGLAARSKRSAENNNDAAFAVLTNAEPAQCYRRLICDLAAGAIADNDKILRLFNDEVSPVSPKFEYVTAAKVGKIVKNASQCEIRYSCPLNTLEIAKVLA
Ga0193013_1022873Ga0193013_10228731F064359KITVPEVETVMQGTLKKSYWIGAAITTFVALIWHFGTPVRLTGGSTIAFFMALVTLWISVGWIIREISWTQHKYDADQFVNMCISFHVDLYCMFILFMIFVFFVLNDSCHAGPIQCAPNCAYMLGVQGERCARFACGVPGRNMSAGSSDDGTVPAGEGGQSAKQTEQSQKIEKEVETTEAYRKRKMINAACAFGILALAGISFFAPQLSFAVALAICVGLPFFRAVQNKEEDHSNV
Ga0193013_1022938Ga0193013_10229381F005532MILGQNVDPDCPFTHGSCPVTLDNVVDVYFHDVADHISCQRECRMINECKFFTMFSVSDSPTDHMKCFLFKTCDHLEACDDCITGPELPLIDTNCTIPDGNYTCETALDNVVDVYYFDAADTFSCKDQCSILDDCHFWTFFDVEDAPQPHHKCFLFKECNIHEPCASCETGQA
Ga0193013_1023066Ga0193013_10230661F000685VQEDRNAMQMGEFEVIKELLEAFPAAKIAKAQVDKLIDLAAPPPRGTGVENIRECIIESKMTFDVSSDDWQAYLKAKIMNNIERYFYLIVFAMYIREVGPKGFPQTFKQFMDENSGLRTMIEEGRGKLEWERKIPDENLLELKDLLSAADFKANMPKIIKRIYELSWDMFGDLPRGHHKNNSMHKLASKTMIEILPDNLAAHVEKKCGALAGTPDFFDVIGQVSWYEPEA
Ga0193013_1023142Ga0193013_10231423F031748HGECCHSLSSTGLKMQPGAALLGLLPVVAGTLVYSDCREGEGSLYDHSLTLLMDSRNVSLSELAGKVVLLTNVASY
Ga0193013_1023151Ga0193013_10231511F042153HGEESPHLLNTFIIMKLILAIAVACLVPAIKADATCEDCLTFGTAMQGYLMSADSISEQTELLVAILCPQAQDPAECDTVIRQYWEGISLAMYPVFLDANDVCAQLGVCKKNAKLAVATDCGPDETECPAGCCPEANWYCCADNQHCAATAANCPFKNPFAPKVAEPTCEDCTGAVNSVGDVIESEAKVAEIMDFLKGDAYCGSLGDADCVAVIDALMPYAMPTLAALLRERAAQFCCDLSTGGICC
Ga0193013_1023163Ga0193013_10231631F003184AYAKQMKELNGTTAMARVNMMKTIVTDRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELAIEKKNNHKLSAKERKHLVMLEACDDEYQYHYKLFGEGAGADRDMKFYAPQMVQDYINQIRRF
Ga0193013_1023294Ga0193013_10232941F100331LATALASAAMANPLASIDNNVETGTTSDITDTDYTESNVNFDKQTTSAQPEDPEALQRTLQLVPGYGPPAPRAGCNFFPETSKVVVWDEVERQVCEDSVETGCGSCISDLYQIGYEGLPVKSYQNCKITYKAEPLKLSRGTTTTQTETVCRNIDENHCEYRWVLEDNGDKTWKEDPNTCSTLQVTKCEEVPKTRVSEDYVDLTVQKPEGICCEVVRDDCHTIHERVPRQQEVTTWREVCPVAEKTPVPPARK
Ga0193013_1023492Ga0193013_10234922F013265WKSWLVEYKKEKAVNDAVKEAEDRVAAFMKSKKEGAKGIIDKMNAATDSGLQEHVMSTWIQYRADIKQELENQRMIEANAARFASFGARNKQGAMTAGQKATAIQEYGLINHSMLLWIEVTRVERMLRYYSTRVEGKKTQLQGLQTMFRNFASQLETGLKEGTPRDYQAVKDKRSGRLSKSENTVSLPNIHQKQSGSRSGSHRS
Ga0193013_1023615Ga0193013_10236151F003780MLLLLSLAASALAAPQTFWNPYMVPHVYNQHPIVYAQHAVYPYAGYPTHYAAGYPNMVARNIWPLSLSNVKDTKASFATSTSTCGGDGTTQGASACTVSGEIIFSQNGLKDVLCGNNAGLSLNLQGSGMKTGNKYKLFVDTATACLLSSTAGTRKEIVEITAPVVGANNGINVYMCVDGYNVDGSNGKTSLDGMAVGIMDTTSTAKTVGCGTAVLA
Ga0193013_1023640Ga0193013_10236401F022348SYDKRCHTSYVTNYDSQQEEECEENFKKVCHINYEPLAYNETVEICRTPIVKDCDIPGETVCQTVYETECSTEQKVHEVEDDVTSCRTELMTKCRDVTVGYVTKPECDEWPVERCTLERKLVKKYTPETACYKEPRELCAPRGCGFRNGTVECHDKVKTIVVDNPLETCEIEPQRTCKHVTKLVPRLVAAEECVDVPKEVCSRSKSNPRKIKKPIIKKWCYVPSKESGLQ
Ga0193013_1023693Ga0193013_10236931F000797GCDSYKIFSDKKVDIGGMTTHPVLVGPDFTKYFRKDKPDRYLNTPLFMDMWKQIAADNTYSLYSWTIKADAGTVFLPAALKTRLSTYPESTTGVYLETCNKVLQGYFGNLEVVSKAGMKRFLEQFQNYYSNGGKCWRWDTEACKKQWQYGPWGEDLFMQKTMDDAEVMKKEDFTLTDTGTCPGMRPKADKKNASYVPSCTDAGVKKFVAVHPMRTLAAWKECYTAFSR
Ga0193013_1023842Ga0193013_10238421F001631KYRSPRFWIMLEKEFKDDPDKLVSSVCKYDSSTGNLSYCGTICLQMNEEATLKPTTEFFSMILYNSDPNSKVYLRRFLNPQLVTKVSPSDDIEGINNFDIFVIQEGPKPGAETEGVIMDYDRFIVKKVNEIPVTFRPKSGNDDRILQIALDGTQGIAHAKAKLCEAMEVPGNASGVYIFECIASEASTANPLKKRAFRRPMDQPVDEHDPRKIGDMFQYCEDGSKTLYYHL
Ga0193013_1023868Ga0193013_10238681F096325MTRYVRDIYFLHILIECMLMLFRKGGSRISISLLRRVDTRYLLHVQLSXSWXCTHTLSIRYSDWEPGSCSKAWLGRSHGKCLSESRLVFCTLGSSFRKEQCAEDNKTPLPAAVSPHLRGSVQSRTPHPACWTLKSTSIHSWLLRKKKMMMMWLSWSFRKNSSAWSLCCVVRCVSQAGLPM
Ga0193013_1023883Ga0193013_10238831F000798VQLDSKRNVVNDLIEKGKKILEHPDKPKFLEGNVKRIQEGWDDTKQKAQDRLKLLQDTKEAWVGYAENNETIASQFEVAEEEIKMVKKRYNLEDALSDLKKRQDLYNKSNNTISGLFKSINDNFTCMSITLPEDKKKILDKEIKAVEAKLEVVGRFKDTVAVVEDFCTALVNFDNSLKAVDGWKDAATAELKDIKEASGAMLPEDRVARTMDLQEDIAAKIEILKGCAATEANLLPQGAGVDAHAQAFKDELKRITDYVTKLAADTKIECDKYSNDVKFW
Ga0193013_1023943Ga0193013_10239431F017783MGRAAWSQSPVGSNNLVFSSSGVENMAYSLFLLFVVFLPSLNALCLVQSCDKYWSTAKNDPNVKKACAVLFDESCCKATKPQYVVPKGESGKLCGIKGSLFSSSCKGPKLKDDVESLLVMPGCKLEVWDKGDGQEQAAKEEKKSANAGNLRDNKDRYNRNKLVFTATGKPHWVEELNDDFDDMDEDIESYRCTCN
Ga0193013_1024014Ga0193013_10240141F004577VPCALGRKKREAEAEPWWGYGYGYGLAHPYTLGYGCRNVAGVPVPCAGRKKREAEAKPWLGYGYPYAYGYAAPLVGAAVAVKPCTNVNGEKVDCALGHKDVATAHIVPALIGRKKREADPVYFRNVEAEVTEHEGKYNVPVASYAHTYPYGFPVATYSTAEVPYKYNTVQYKHAPVENPSDPTNPELVHTSKLGICLNVYGLQVPC
Ga0193013_1024032Ga0193013_10240321F013265MKGKSEGAKGIIDRMNSATDSGLVEHVISTWIQYFKDLKQAEEMQRMLDERSQKFASFSSRNKQGAMSAGQKATAIKEYGLQIHAMLLWMEVTKTERMLRYYQTRVDGKKQQLQGLQGMFRNFANQLESGLKEGTPRDFGAVKDKKSGRLSKSENTVSLPNIHPKQSGSRSGSQRS
Ga0193013_1024113Ga0193013_10241131F013059APALTSGDLGPDVDDVLAEDTDSLVSIGEECEEWPVQKCTLQEKVVKKTTPNTACEKIPKEICAPSNCVVAPSKKHCRTETRALLQNIPTEECDLEPQEHCKMETVLVPRLIQQPNCIKVPKEVCVNERVNPKKVSRPVVKEWCYKPSDLKEPTSRLALSQFFNKKQ
Ga0193013_1024138Ga0193013_10241381F000086AVSEKLEVVSRFQEKVAKIEAFVSKLNEFDGTLKSMDKWMKEADTQLHDIKNTSDKMTPEDRVSYTMELQEDVAAKVKIIEANVASELELLPQGDKVPQDAQDYKDELKRIREYILDLQKRVMTECDHFSEDVKFWAEYKTGIKSFKPWLDGAENKSKEGLAKPQTLDEANAMFATVNDFAKSCTSHLEVLLAAEKASMKMTTHKEADVEVAELKGRYEKVKVVSEEWCKKVDTLVKEWKLLDNTVNELNSWVAKDRGAEGEQQYSLEKMESTLGELKN
Ga0193013_1024223Ga0193013_10242231F000049MRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERSEQIGKLDGLIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLETKRAVVKELIAKGKQLLENPDKPKFLDSHVSRIEVGWDDTKEKAQNRLTLLQNTKDAWVGYAEGLETIAGEFEKGDEEI
Ga0193013_1024253Ga0193013_10242531F011659IPVEEIVDNLQSFLTAPEESGLRLKRSTGEWDKEFDLSSMGILFQLKYNNPANPFEGGRAHVKVPGARFIRNAPFDDMDLDIEFNGGSAIDGLFDMKVDYKFIQKFMFLADRPQEGSFVLYRKMEGGMWKTRVTVDNNNRMPKPFLDIAVESDRKTKLHVLFNFEEDNKWELKVDRVPGQKMTIEATVNGKKWTGVGNLNQGEMKLNLKMDSEFTGKHYTLDFDLNPSGMWGIHITGDVDGPVDAKWTMQKDYTMGEIVVKYKNQNYAFMQLKGNAEM
Ga0193013_1024254Ga0193013_10242541F011659IPVEEIVDNLQSFLTAPEESGLRLKRSTGEWDKEFDLSSMGILFQLKYNNPANPFEGGRAHVKVPGARFIRNAPFDDMDLDIEFNGGSAIDGLFDMKVDYKFIQKFMFLADRPQEGSFVLYRKMEGGMWKTRVTVDNNNRMPKPFLDIAVESDRKTKLHVLFNFEEDNKWELKIDRIPGQKMTIEATINGQKWTGVGNLNQGEMKLNLKMDSEFTGKHYNLDFDLNPAGMWGLHVTGDVDGPVDAKWTMQKDWTMGEIVMKYKNQNYAFMQLKGNAEM
Ga0193013_1024266Ga0193013_10242662F000051QAHKDELNRITKYVSDLQEKVKKECDNFSEDVKFWAEYKTGIKEFAPWLSQAEVASTDGLSKPSDLAEANALSDKVHSFDKACLDHLKVLETANAAAQKMTTHKEADAEVAAMRERYAKVKAVADEWVKKVDTLVKEWALLDNTVTELNAWVAKDKTSDGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1024355Ga0193013_10243551F038968VVLFPEFFERLPLSSELEGVSSLPGLVSGAANGLGESVSLAEASRLFAGRGETLALSVLVHWLGDPLHVGISSDDLVHWVDHDYLVVLVGGILSSPVAVDNSEAAHGFTGSLLGNGLNSSLELELVDSLVHGLTVGGTLGGETLSATSSNSNSVDNVTLLGFVAHESGLLWSRGSASSVDGWELSEVPRSESEDVLHDITLLLSPKLVLVLVGTHVFVCS
Ga0193013_1024511Ga0193013_10245111F005448TWGERFGLAPRAPVLFRSPNRMLLKLVLCIGLALGQEVTDEVIDNINEATGIALKDSFRCGLFFPDPADKSPDKSALPYLNLYIFNATFDAKAECDSGTPNVERYNTFCAEVWDKGGKGLVLTSPSLNKKRAADGISIGDDICNWVKTEGKTPFVGKNSKKFPNGLEFGMYSNSCGNKLWDWAGRIHHEIVCCAKGLHTPCDF
Ga0193013_1024513Ga0193013_10245131F007564WVLSLLSAAMAAPQLYPYYGSYGMYGMYGAYPGYEYPMIRSPVVYNPAAYPLATYPHQRIATAGYPMADTRNLIKLGNFLELNGLFEQVATATTTAPVTTVKGNFNIQQNGILDVFSGNEAKFTMYIMSSTDLTGKNIKVNLGTGASCLAASTGTLVELAMVNAPVSINGFYISGATKGYNIDGMHSKTALMSATNWIVLTESGTVIGCSKTALQ
Ga0193013_1024574Ga0193013_10245741F000939AQAFLKTKIMDNIQKYFYLICFTAYLRDQSKVAKDGITDEDKKAFCLTGGKVSTPTESLKLKDTFVSWMDANAALRTVCDEGKGKLQWERDIPQDALDNLVGLANADFKKNLGKIIHDIYLTGHNLFKDMPQGDHKKRAKYRFASKTLMRILPNELKSEVETLIDSKTMTMDLYEILGQCTWGQAK
Ga0193013_1024597Ga0193013_10245971F000276MVTTVVSCLGLVALASAKFCPGERNGNKCVAGDHSYKCAVFFENLTSKRKLTWIGALPDALKKARNKEEVAEILGADVTQASFKQLESCDNVTANARCYTILDKQRKLPLDSCDRNLINTRGTDTVGDYLCGQVRRWLRNSADFKANGIRNLKLPVYYSACGSEWAPVSDGEAGLYVDEPLCCDKNGKFFRCDGSPYTETC
Ga0193013_1024646Ga0193013_10246461F094862MKVAICFTCVFAMAYAESWMAAPYTLVKRAAQPEPQSTRFNFGNRPSSSSSSNNANTRFFTGNGALDAGLAGAAAGFAGQYIANQVFNPCTRGGNRNKNTNNRIFGGNTGNFLLGAVGGYAAASVAHAAAGSPCGR
Ga0193013_1024649Ga0193013_10246491F039936YLPALLNKIYRDMNEYVVTVDHNPGQHLKVKANGKLFKGFKIVRTSGNEREFEINGKKLGRGDYTLTDNSFKTKITVADGNWIEPKITWQGRLPNNKQEAERFFLKNSLKADVKTSKRHFNANLDWKMDKPDFDFSTPWNCKMNFNIAGEGPNWGTYSISRDVKAAVANHVIQLTVNGDASFTKGIFVKMSPVHTDVDLTYKMNARDLIGKFSKVIKGKEYSIEFPAGSFVMPKITWGQ
Ga0193013_1024800Ga0193013_10248001F039594EGEGVLVTIRNHRCPLQATWVKEVWCDADYFDRPWMCDLEIPTRAAHPGDNAFFVAVYGKNATYSIAFWRGRENCHDFTGSGRNEGLDFCAGLVPYATWRWDSYGKLDHEAECFFEELYQHFRVQPCYTGVTPECNATLASFACYESFRRCDAQGFYTGTCRQSCEAVVYECANWFETVDLEHYNCTSSRYIDENANTCTGNPAFASISSADHAFLGEEPDLLLFKSSPSTNAANSLTFNAVLFALVMIVALIL
Ga0193013_1024875Ga0193013_10248751F036535KLNKMVETGIGSPEWAENIIKKSFEELAQSDDLKDGYLMGEFDVIKELLEKLPAAKEGKILADKMIDNCGNPPEGTGIQNLRKCIIRTKYKYDAATEDRQIVWKKMIINFIERYFYLICFATYAKEQGPTMFPKSFVAWMDEHKELREMIANGKDKLEWSRQVDQNAVNELRGKISGPDYKEKLGEIVTSLYKISHTTYSDMPRGVIKDTLMRKLTCKTLMEILPGEIVGKIQKEMAEKKLTSDFETVVGLVVVA
Ga0193013_1024881Ga0193013_10248811F005448GERFEIAPRAPVLFRSPNRMLLKLVLCIGLALGQEVTDEVIDNINEATGIALKDSFRCGLFFPDPADKSPDKSALPYLNLYIFNATFDAKAECDSGTPNVERYNTFCAEVWDKGGKGLVLTSPSLNKKRAADGISIGDDICNWVKTEGKTPFVGKNSKKFPNGLEFGMYSNSCGNKLWDWAGRIHHEIVCCAKGLHTPCDF
Ga0193013_1024974Ga0193013_10249741F000287MKVYDYNQEFGGNYYQPMIQYINKKDMYGPFMKRQDVYLPHSAEVTSDKYTNMRYQDKSSAKHNLDDFLKSAYAKQMKELNGTTAMARVNMMKTIVTDRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIEKKNNQKLADKERKHLVMLEACDDEYNYHYKLFGQGAGADRDMKFYAPQMVKDYINQIRRF
Ga0193013_1024983Ga0193013_10249831F000939AQAFLKTKIMDNIQKYFYLICFTAYLREQGKGAKDGSSEEEKKAFALTGGKVSTPTENLKLGKSFVAWMEEHVNLRTICEEGKGKLQWERDIPQDALDNLQNLANTDFKKNLGKIIHDIYLTGHNLFKDMPQGDHKKRAKYRFASKTLMRILPDDLKTEVEGLINKKSMTLDLYEILGQCTWGQGKSL
Ga0193013_1025233Ga0193013_10252331F000052VTNYESQQEEECEENFRKSCFIEYETIAFNETVELCRTPLVKDCDIQGPEVCRTEYESECWTKQEVHDVEDDVVSCETVVEEKCKDETSGYTTNTKCSKWPKEVCSVSKKPVKKYTPITACTKEPKELCAPAGCGFKQGEQECRDKTQTVVQDAPKEQCSLEPQRTCKHVTKLVPKLEPTEECVDVPKEVCTRSRSNPRKVKKPVVKKWCYVPSEESGLA
Ga0193013_1025270Ga0193013_10252702F017590PYQYVPWVGEAPLWWKMFLITCGVLVAFIDHAGVYILKLCPWCSLDLQDKLKQLPVLTLLAGQVFYYSSLGQQFGAVTAWEMFGVGFVVPILIPSLLYTAFQKRKAAVADGSLLMPLCEDNVPTPTNRKQTSIGNLTGLNFAMESATAVWDPNSTAFPSSQAQSQVALTYLLFALAHTFTDVGILIFMAVFWSMMDQDSRAILLRFYGLSDALAQ
Ga0193013_1025358Ga0193013_10253582F035175GSPQWSSSGWTIHGGARASSKASYNLAGGFVEFDMDLGGAHGGVNNNVYVTFPNNVGQYCDSGGTGGCAELDFVENNGNCAAATTFHTDPNGGDKGGTQTVNGISSHVHVHASWDANGDTLTVMVDGHQISGAGNPGNEMKSRGAVLYSSQWTGWVPGSCGGDGNLGASTFSVSNLKIQGSVIHGPEPRRCSGELAEELSNAPLRPAHLPAPAMSEVVV
Ga0193013_1025362Ga0193013_10253621F001313VAWKEANDDLDAAIKTVRDMVSSLRLDVDARRRKVDEILATIRHDITAVETNLEESKAKIVSDTDQAVNALNGRIDFTNKDLAATQESLHTTQNSLSDCFNEVAVVRSDLERNIADTEARLKNDIRQKQQEAFEKIGAVEQQAELRSAEASRRLGALDLRMSGVQGGLGEHKRDILKLREEVNGLTVKSASHEVDIQKNSDAVRKMEKQRNMDEQNWKAQMDAVHDVLDTKVNEKPFEDLKHCVASLTKGTVKFAQVVGVFPGPRFDDAEGLD
Ga0193013_1025366Ga0193013_10253661F010300EENNFNYMRYLSSFQIEKFTYMFNSFFDDSNGDGMLQKADIDALIERLRVYRGWTTDSPHYNRIHDVMYSFYDCLAEQVRHEKFCSSEAKGFDSWAEAKSKYDTSVDNISLNQWLNMWGRLCRGTAGISGFPFWVQLLGIIFFEVIDRDEDGLLEFEEIQNYYKGLVGVKSEDLYVVSKEGFRVLTANGGYILNKDNYLFCFANFLLGRDIYGPGKYIFGVFDNREMNETYKIIYNEEDE
Ga0193013_1025500Ga0193013_10255001F003184TAMARVNMMKTIVTDRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELAIEKKNNHKLSAKERKHLVMLEACDDEYQYHYKLFGEGAGADRDMKFYAPQMVQDYINQIRRF
Ga0193013_1025538Ga0193013_10255381F004094VSADVLGHTESTDPVVAEDLGHLLVGVEELLVLGVLEVVLLDVGPQLLDALGPGSLLLADDVSELSGELHGLGESGSLRHVEFLRVVSVGFEKRLEG
Ga0193013_1025863Ga0193013_10258631F006783VALSSLSGHYEGSVPFILDMNLIFPGDGTMNFDQNVKVAHQEIKCPTEKIAETATAVTFPNIANTGDCMGDALRGQKKDVSKFTISINADGSLTFHSDGWPDLKLTKKTVALSSLSGHYEGSVPFILDMNLIFPGDGTMNFDQNVKVAHQEIKCPTEKIAETATAVTFPNIANTGDCMGDALRGQKKDVSKFTISINADGSLTFHSDGWPDLKLSKANKHSSILIV
Ga0193013_1025973Ga0193013_10259731F000939KIMDNIQKYFYLICFTGYLRDQSKVAKDGITDEDKKAFALAGGKVSTPTESLKLAETFVAWMDKKSSLRETCAEGKGKLQWERDIPQDALDNLVGLANADFKKNLGKIIHDIYLTGHNLFKDMPQGDHKKRAKYRFASKTLMRILPNELKSEVETLIDSKTMTMDLYEILGQCTWGQAK
Ga0193013_1025985Ga0193013_10259851F017590CGVVLGFVDHAGVYILKVCPWCSLDLQDKIKQLPLLSLLAGNVFYFTSLGQQFGAVSAWEMSGIFVALIITPILLYTAFQKHKAADADGYLSMSDDNVPTPTNKKHVSIGSLTGLNFAMDSATAVWDPNSTGIPSSQAQAQVAYTYLPFVLAHSFTDVGALIFIVICWIMMDVDNRATLLKFYGLPDAFAQEVHF
Ga0193013_1026018Ga0193013_10260181F034455GAYEQLYQFLWNCFCRADVNNKGKIEFDQFDKLIEEAAELPRLYGFAPTSSAMYSSDALRVAARKKLFKELDANNAGYVTVSQWIRYAIQHIAAKYVQLPKDYLSGSATGVSKDEFIAFVKRAVDPANKEYEELYYFLLRTFQAGDKNGYGEVEPAEFDEMVECAAEAPRKYGLAPATDVLYKNNNDRMMHRIAEFSKVDYHNQGYITFNEWLKYVLEHIKQKVRGL
Ga0193013_1026104Ga0193013_10261042F004094VCAQELGHAEGTDPVVAEDLGHLLVGVEELLVLRVLKVVLLDVSPQLLDALGPGSLLLADDVSELSGELHGLGESGSLRHVEFLRVVSVGFEKRLEG
Ga0193013_1026139Ga0193013_10261391F041579PTYGTYGYPGYYPMSVYPGSAYPVYPRVLPGYYPQVVGSVGSPATRTGVVKFGNFLEINGVFEQVATATTTVPMTIVKGNFNIQQNGILDIFSGADAKITAYIMSSTDLAGKNVKLHIGTGADCVAAMAAGPTEVAMVNAPPSINGFYINGRTEGFNIDGMNSKTSLMGADKWLIITESGTVIGCSKTALQ
Ga0193013_1026302Ga0193013_10263021F003503SSSESGSNSREGFRGPGLFFSPIEVDLACTAGSPLGAKLASAFETCLGGEEALKPEEVGVSERRRRRPNKGRKCPTVEQIKAKMGEGMEGDWCVLSQLGWIDENGNENNVTSTADLMGLKPEVLAELDESAMATCAQERVAMIGKMMEKKHKRCAKKFSEEDKAELMEMGLKIQGYNCFKEMFHSACQKSVKGQIYAFFQAQAMAAASTDAPTTSGPVVTTTASPST
Ga0193013_1026365Ga0193013_10263651F016357VLGAAVARRGKRSAESSEDAAFAVLNNAEPAQCYRRLICDMAAGAIPDQDKILSLFNTEVAVTSPKFDYVSAAKVGKLVKNAGACEVRYSCPLSTQEIAKLF
Ga0193013_1026484Ga0193013_10264841F003780TWGHHPTLERQDMLLLLSLVASALAAPQMTYWNPYVVPHMYNQHPVVYAQHGVYPYAGYPTHYAAGYPVARNIWPLSLSNVKDSKASFETSTSTCGGTQGAIGSTACTVSGEVIFSQNGLKDVLCGNNGGLTMNLQGTGMKTGNKYKLFVSSTATCALATTTSTEIVEITAPVVGANNGVNVYMCVDGYNVDGANSKTAVDGMYVGLMDTTSTAIVVACGTAVLA
Ga0193013_1026665Ga0193013_10266651F028411LAELEDQPDHFQCLVCSKIIKRKHNAVNHFRKFHTNRNQTDFETPENIFGTFEVNISHLESLDAFVEVHGGQIAVVRQLKFQDMDLAEVEDQKDHFQCLQCYKVIKRKHNAVSHFKKFHYPEAKRIELKINCPRCGTEMSKSDLNPHMDKEHGLKNFNQLMKKSFIPSNPGGVTSSNPGSFTKKTTKKKEKGDPLALAIEEAGIEDLNNNIKTEDIGAAVNIIQE
Ga0193013_1026673Ga0193013_10266731F002762HGEFCRGGEAGQSRMMRVLLLGSIMMLAFSDAQKPTEIKDSELKNLVKPTPGADLEKSFRCGVFYIDPNEPAPEEGGRPAASLLIFNATWDAADECPGGNYPRYESFCNSIWDKVSKGGVLVLTSPSLNKKRASDGITIGKDICEHLKNTVKAPFVGKNSKKFPNGIEFGMYSNGCGVSDWTYTGVKHYEKVCCSRGEYEDCGTNLGRK
Ga0193013_1026690Ga0193013_10266901F000049MAFWQENYAFIKEVYEMRHLKMAEWMENVEKSIARIMADKVYTSSEFKRERDTFNSLCKDLERAEVRKWLQQILEILMAERAKDQRNTEMGKLDTLIKKHEELIPNVQKTAVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCLENVDELIERQEKSLSQLDSKRNIVTDLIAKGKVILQNPDKPKFLEAN
Ga0193013_1026707Ga0193013_10267071F000276MRSFALISCLAVSLSSAKFCPGERSGNQCRAGDNSYKCAVFFEGLTSSRPLTWIGALPDALKKARNKGEVAEILGKDVTEASFKELTSCDGKTANARCYTILDKQRQMPLDSCDRNLINTRGSETVGDYLCGQVRRWLKRSSSFKKDGIKNLKLPIYYSACNSEWFPVSDGSESLYVDEPLCCNPDGTFFRCDGTDYRKVC
Ga0193013_1026869Ga0193013_10268691F080849SHEANQAAYKEGGDTWTMILGIVVTLLPKIIPRVMPSIVGEDKLKERFDDGSYEIETIFREKFLQNLNFVENLVRAWRDDTLNLEHFGINGNLIATAKEDGGDLLDNFIAGEPASFQKELLQGIGFLQERIQRSEHNPDSITVIANRIWDTATALSTIITNYFN
Ga0193013_1026926Ga0193013_10269261F014151HGGSVVTVISKWKHSYQTNIRMAFISEFTNEIYDQSNAAFQDQGDTTKVFLGVLVTLLPKIIPRIMPAILGDARIKEKFQDQEYLDTVEHMFREKFIENLSVFENLIVAWKDDTLTNEHLGFPSDSNILAREDIVVGEPDSFQKELLSGIHFLKDRMQRSISRENDAINNVANTIWTTANAIYDIVSLYFNY
Ga0193013_1027000Ga0193013_10270001F018121MKNLAIALFSTLVAFSSASYWEAGPCPPKPDVVTPFDAERYLGNWYTVYETPMPYTTRENVCTMSQVGLLPQGMNNMSVWAISTYPGNELGEAPCAWMQPVTPMRPTGDMMLYMGEVGATSWIIDTDYETFEASYSCEEGPLGHIKNAAISTRDPTAPQEAVDKAFDAFARNGIEMNDWYPVVHTEDCVYDNDKERWCKDV
Ga0193013_1027002Ga0193013_10270021F000049TWGASVLGADSHRTLIHPASQSSGLRMTFWQENYAFIKDVYDMRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAQILEILMAERAKDLRAKEQKLLEDLIAKHEQLIPTVSKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLTQLETKRSVVKDLIEKGKKILENPDKPKFLEGNVKKIQEGWEETKEKAAGRLKLLQDTKEAWIGYAENSETIASD
Ga0193013_1027050Ga0193013_10270501F000061NWGMFYQVWVKIREVGKWNTADYTVKIDADAVFVPQRLRTWLSSKPGDSPHGLYYENCPNVQYGFFGHLEVISKTAVEVLTKYLEDCHSVFAPCANDGCDWKYGAWGEDVFAQRCMDHHYVDKVEAFDVATDGACKADRPKGEEDNKKWYPKDCSQLTTVTAHPLKKPAAFKKCLAEMS
Ga0193013_1027059Ga0193013_10270591F004094VGAQELGHAEGTDPVVAENLSHLLVGVEELLVLGVLEVVLLDVGPQLLDALGPGSLLLADDVSELSGELHGLGESGSLRHVEFLRVVSVGFEKRLEG
Ga0193013_1027081Ga0193013_10270811F006783VALSSLSGHYEGSVPFILDMNLIFPGDGTMNFDQNVKVAHQEIKCPTEKIAETATAVTFPNIANTGDCMGDALRGQKKDVSKFTISINADGSLTFHSDGWPDLKLTKKTVALSSLSGHYEGSVPFILDMNLIFPGDGTMNFDQNVKVAHQEIKCPTEKIAETATAVTFPNIANTGDCMGDALRGQKKDVSKFTISINSDGSLTFHSDGWPDLKLAKAKNHSSILIV
Ga0193013_1027174Ga0193013_10271741F043350QVMSGITHAMKQAGFVVTLVPMSTSMYTSEEDKTPNQIMRNEYVKYRSQTSLGQQVDLLDLADGILLQWYSGFDAALCEATYPSKSCTCDNIPADDYPNVLESDKYGGLLVSAWQTYWNISGNFFPSSFPIRCQACGKNVIMPDGSRADVPCAPADEEWFVPSTKRSTEGANPKDVVADHNMKLDAYVAKNKSTPKWWVKDQTINSKCPRGIDCPDFRYKGEEPYSRQIYLLQSIAKVVDLSKVAIGFETLGIDVQVQMQSWED
Ga0193013_1027215Ga0193013_10272151F011992MVKSLLATALVAAVKAEADPFYGYYGALPYAHGYAVAGVPFGSPSGLDPITQGLDPVTQGALPVAHYYGKRSADAEADPYYLGGYAVAGLPVGHPSGQDPITQGLDASTQGYLPYAYGHLGYGYLGHYYGKRSADAEADPYYLGGYALPYAAHGVVAAAVPFGSSTGLDPITQGLDASTQGYAPYAYGYLGHYYG
Ga0193013_1027362Ga0193013_10273621F050128ANADFHQNLGKIIHDIYLTGHNLFKDMPQGDHKKRAKYRFASKTLMRILPDNLKTEVETLINQKTMTLDLYEILGQCTWGQGTKGV
Ga0193013_1027383Ga0193013_10273831F016767AGTYRLATPGDGDSFPAVCIDSCAYARDGNPNSGELFCFKTEGATHTTECTEEGTTVAGAGAGECAYSKDNLSWAEYQTKIGMPSSASSPYNVVITFDADTTIGSCHSNCGPIDCSGSSCSVTYTGTIPMELFNVKKVNFAGETDRSNIISVTVNGEEQC
Ga0193013_1027612Ga0193013_10276121F031351MKLQAFASALLIGFAQAGFQAMKDQMNELTNRYIRSLIEANRPQPRAISDILTGENFDRINEYGCWCYFEDDHGRGHGKPVNGIDHFCKKLADGYDCCMLDFEEATGNDSCIPWQVQYLPGTGTGESNLVFNCDGFNNVNPVTNAGFCANCACKVEGIFVLKVFNLFIAGGTVDEQYQQPTFDEKAGCPLVDGIKDTERACCGDHPHRFPYKPLSGERGCCGGQTFDTTLQECCPDNVAR
Ga0193013_1027647Ga0193013_10276471F011992MFKSLLATALVVAVKAEADAFYGYGYGYGLPYAHGVAYAGVPFGSSTGLDPITQGLDPVTQGALPVAHYYGKRSADPYYLGGYAVAGVPFGSSTGLDPITQGLDASTQGYAPYAYGHLGYGYGHLGYYGKRSADAEADPYYLGGYAYAGVPFGSSTGLDPITQGLDASTQGYAPYAYSHLGYAHGYLGHYYG
Ga0193013_1027823Ga0193013_10278231F053056IEYINTKGLQGVFHERKEIYMPERAEVISDKYTNMRYNDKTSTGLDLDRFLVDSYSKQIKELNSSTAMARINMIKAATSHRTSAHSPLDNVSTPYNPIRLLKGAPPGQERVNYYCSELNILGKHARKQKARDDHHLFEVEAYDKYDYHHNVFSPNVDRDMKFWEPEKIKGAIRKM
Ga0193013_1027889Ga0193013_10278891F016357VLGAAVARRGKRSAESSEDAAFAVLNNAEPAQCYRRLICDMAAGAIPDQDKILSLFNTEVAVTSPKFDYVSAAKVGKLVKNAGACEVRYSCPLSTAEISKIFA
Ga0193013_1027950Ga0193013_10279501F000021AFLKSKIMDNIHKYFYLIVFAGYMREASAAAREAIAADKKDSVALPSSGKCSIPAKELTIGKSFVEFMGDNSSLRAMVDTGKGNLQWERDIPPAALSNLENLAKSNFKGNLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPDAQRGEVEGLIEKGKMTLDLYEILGVCTWIEPK
Ga0193013_1027979Ga0193013_10279791F063285AGLRPKSAYSSVKSRLHQGTAAQPKSRPATASSSLKGTGGNNGGTTTASRFMKHNGDIFAVMHPHKLSGYKLSEKAGENVVFHCASTNHEDFKIPSMTTIADPNKALTPYHPTARRSMLPIVFPHEAKKYVRYCHERNVSQISIGDPNLPSERFSCHRVFHSGSADMATGSNNPGILAEFTKRHRKKLGI
Ga0193013_1028018Ga0193013_10280182F001865VALARPDPDPYFYHHGVVGHVHPTCEHGVDTLEVQTCAPRVEKVCMTDDVMSQEITYEKRCKDVVSKTCSPIIVKRSADAEPEADPQFYGHHYGHHFGYAAPVTYALPELKTKTIETPCAEHTSEHCVDVPIIKEVVTPVETCHDVTKVDCTAADHNIAKVTCTPGATTVTDLAATYGLVPAEAPAAVEA
Ga0193013_1028028Ga0193013_10280282F054547MKMPRQLLFVVLLLALLASALTLQTDLIEGSFKIKTSRTDASDAYYNLWGINSTVLDESSDDDHHIEVFTLNEQGAGFSVYALVNDKPFGEQAWLWHAPEVRHSFSGSLLMASSSLVAPNTIQILNLAKADQITEIQTLRFTPAGVEKTYVASKADGGPGTTVVWKSFDERVDENGEPVQQSAPLRYVPLSFPLVYTLG
Ga0193013_1028032Ga0193013_10280322F016357LARGGGHKKRSAEQDNEDGVFLVLNNAEPAQCYRRLICDMAAGAIPDQDKILSLFNTEVSPVSPKFDYVSAAKVGKMVKNAGACEVRYSCPLSTAEISKIFA
Ga0193013_1028041Ga0193013_10280411F000371LSKPSTLDEANAMFANVNNFDQSCLKHLKILENAETASLKMTTHKEADDEVKELKERYSKVKVVSDEWMKKADTLVKEWKLLDNTVNELNSWVAKDRGAETEQNFSLEKMESTLGELKNIFKEKERLVENL
Ga0193013_1028139Ga0193013_10281391F000021DNIHKYFYLIAFTAYMRQAAVLAKVGSDEDKAKNGLTGGKTAIPADQLKITKTFVDYMGEHASLRTAVDQGKGKLQWERDIPAAALANLEALASSDFKANLGKIIHDIYQTAHNMFSDMPQGDHKKRAKYRFASKTLMRILPAELKGEVEALIEKKSITLDLYEILGQCTWGQGLKA
Ga0193013_1028350Ga0193013_10283501F003780PYMVPHVYNQHPIVYAQHGVYPYAAGYPTHYAAGYPANMVARNIWPLSLSNVKDSKASFETSTSTCGGTTAGVAGTSACTVSGEVIFSQNGLKDVLCGNNGGLSINLQGSGMKTGNKYKLFLSSVSGCGLATATRTEIVEITAPVVGANNGINVYMCVDGYNVDGSNSKTAVDGMYVAIQDTTSTATTVACGSAVLA
Ga0193013_1028422Ga0193013_10284221F057089TWGTLATMTFKVLLCLAVAVGSAPITDNELQTRLVAIKDSKPELLSLALSSADPDLLRTALTNADPELLKVALTSSSPKLLKTALSLGVRGGLLRSALTDARPDTLTTALTKADPKLLEAALTEADDDLLAVALTQADVDLLATALSSGVDRELLITALTQARQDTLATALTEAKPDLLKVALTEAKPNLLATALLEAEAPILGVALTASLPNLLRVALQDATPENLKVALTSAGSGSSVGSSRYY
Ga0193013_1028446Ga0193013_10284461F032932GIATLRRSGDVVVGDEESHKIVTSSFTVGPLQLEVSKTYGEGKARTVRTAKASTDVMSGTMVLKVKPDGSAHVKKVVFKKPEQVDVLGSISDQKKRSDTYLKNSVNKMRPIAAQKILKTARYVLKAPSTVERKN
Ga0193013_1028457Ga0193013_10284573F100438MDLEDRNLHQAKILKLGKIMNEKMSKRRIQIRDLQKQEIEEIQGRGPLIRLHIY
Ga0193013_1028461Ga0193013_10284611F013265IDKMNAATDSGLVEHVISTWIQFHKDEKKAAEMEAMLNGANAKFGSFSERNKAGAMSAGQKATAVKEYGLLNHSICLWTEFCKVERLLRYYSNRVEGKKHQLQGLQTMFRTFATQLESGLKDGTPRDAASIKNGSKKMNKTDGSVSLPNIHKQSSGKTSNRS
Ga0193013_1028530Ga0193013_10285301F000608TWGRPVLALQLTRPRFWLARMTRHLLLLVCCAALSVNARKFCPKEKNGDECRAKQNQYKCGVFFKDLTSKVPLAWLGALPEAVVRARKEGATDDDVISLLGSNVDAESYEGEVCGETLANTRCYAQMTKVKDEDLDSCGKSLVRKKWSEQAEETMGDYLCGQVHRWLKRNSDYKANGRDNIEMAFMYSECGNEWKEISSSIEGKLVPKEPLCCTNKGKFRRCDGSGQVESCGKK
Ga0193013_1028558Ga0193013_10285581F080849WTMVLGIVVTLLPKIIPRIMPSIVGEDKLKERFDDGGDELEHMFREKFLQNLNFVENLVRAWRDDTLNLEHFGINSNLIAESKDDGAKDFLENFIAGEPDSFQKELLEGIGFLQERIQRSEHDPDSITVIANRIWDTATALSRLITNYFN
Ga0193013_1028677Ga0193013_10286771F009251SLRTSQEAARLLRTSLSLLRCFLFFDICYLIGGITLISMALSNQVNDQENRMVFAGGLLTLFGSLSAMCNSLASHGLRTWRRAFLLPWLLFFLLVLAFLFLHLAQVFYEHHLRLKWEHLFLFLATYCLFSCWRHIHKQYLVMAFPRPEQVVVDVESVVRDYLRPATAHSPPGDLPPKYEEVQAASSQIAEEEAPPPQYDESMTLASNVVPHNNTSSSLPPTSATPAVPMPTSASQ
Ga0193013_1028698Ga0193013_10286981F058672MVSAKIIALVAASTVFIGYTIAMPQGGLCPNGQPWYPDANTVDANGCTVGFCAKVCPTGAITNDGRSVTFRGNRGPAGTGSNGNAGPISGGLPIDPAAETFKKQIQRYREFELRQQAAAERDIANQNRIQANIPQGNAGPA
Ga0193013_1028830Ga0193013_10288301F001865MGASFQLEFYSWEEIMIAKITLVSMLAAVALARPEADPYFYHHGVVGHVHPECEHGVDTLEVQSCAPRVAQDCTTADVVSEEITYEKRCKEVVSKTCSPVIVKRSAEAEPEADPQFYGHFGHYGYGAPITYALPELKTKEIETPCAEHTTEHCVDVPIVKEVITPVETCHDVTKVDCTPADHNIAKVTCTPGKTTVTDLAATYGLVHAAPAPVEAPAAVDA
Ga0193013_1028853Ga0193013_10288531F000021KTKIMDNIHKYFYLIVFTAYIREAADLARENCTDEQKAALTLSGGRCAIPADQLKLAKSFVQFCEENKFVRDLIETGKGNLQWERDIPPAALKNLENLASSDFKANLGTIIHDIYQTAHVMFSDMPQGDHKKRAKYRFASKTLMRILPPSLSKEIEALIDQKSITLDLYEILGQCTWDPP
Ga0193013_1028989Ga0193013_10289891F054549LSFGDVDNDKDGWISPEEFDLLLEKVAALPRRFGLAPSWQVEYGGDAARRTAARRAMFDAIDGADGFKPRGKIAMGQFLEWSTSHIFSKVASIKGEAGRVAFRHVEDFTKEEYVRYVDEAVNKPDSIASTTLYNYLLTLFVEADVDCKGRISFEQFEGLVDIAAASPRHFGLAPAGRDVAARRMMFDSMDYNKSGYVTFRKFLRFVREHAREKVAEYSARS
Ga0193013_1029085Ga0193013_10290851F010444HGESHIYHTMNSLLIGFCFFQAALLSATPVKKSQENVEEVEVVVGVDDSKIVEVNQRTAEPAKIAGSLVKDVKQINLYLNIPTGCNSIYDQLITQLVACRNGSDHGHPKLTKGCLLKMDFKKHAEECAETGVFFPAVGDTQWHPSPTCNGTYCQESSDLTFSKKSGKDSSANVAFPGQEEENNYSHRQEKAVENGDDKLLVTLLDILNSKGKNGARLGEE
Ga0193013_1029123Ga0193013_10291231F001865MGASFQLEFYSWEEIMIAKITLVSMLAAVALARPEAKAEAEADPFFYHHGVVGHVAPTCEHGADTLEVQTCAPRADEACTTADVVSEEITYEKRCKQVVSKTCSPVIVKRSAEAEPEAEADPQYFHHFGYAAPHVVALPELKTKTIETPCAEHTTEHCVEVPIIKEVITPVKTCHTITKVDCNPAEHKIGKVTCTPGSTTVTDLAATYGLVHAAPAEAPAE
Ga0193013_1029154Ga0193013_10291541F000287HGEFGFTLSPLNMVAGGAWRRPRMKVYDYNQEFGGNYYQPMIQYINKKEVYGPFMKRQDVYLPHSAEVTSDKYTNMRYQDKSSAKHNLDEFLKGAYAKQMKELNGTTAMARVNMMKTIVSDRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELAIEKKNNTKLSDKERKHLVMLEACDDEYQYHYKLFGQGAGADRDMKFYAPQLVKDYINQIRRF
Ga0193013_1029157Ga0193013_10291571F044891PVADQPCWFDLKRNDCAKCKPGGVQCGAPMEKWCQSKKSKTGCPGIPQFKYTRSSTGFPCYWDPKSLECAWCVTNMVQCKDGSTSDPKKCGRHCKPAKDQKCDGVKTTCENIPKCGLMASCQKVGNSANKKCQCKKGYSGNGFQCKDDKTGDWATNPSGEVEMTIETDSKFWVYPQGSDLFPSL
Ga0193013_1029212Ga0193013_10292121F038968VSRTTDGLGESVSFANTSGFFAGAGEAFAFSVFVDWLGDPLHIGISSDDFVLWVNHNDFVVLVGGVFSSPVAVNNSETAHSFTGSFFGDRLDSSLEFQLVNSLVDWFTVGGTLWGESLSATSSYSNSVDNVTLLGFVTHQSGFFWSRWSASSVDSWQLSEVPGSESEDVFHDITLLFSPKLVLVLVGTHFCYVFPKICKFDLRL
Ga0193013_1029344Ga0193013_10293442F004380HGSSAGPALPPGPWTTSAILNSQLKLTLQVERGTFIVPSFDEIWPQPGKERAGKARTRMGYDYILEAMQHHGLGHLPQPDNFTTCGRLGIEVNQYNNPIEVYSDDTIEDMREEKVVLDHPEVADKLLKSNAKKHEHQMNPIAMQKLKADKFDPKRSSVMAAINASERV
Ga0193013_1029395Ga0193013_10293951F010685TANVETPKYPIPLWGATSIKVKAPEAVGPIFPVAREHDFAANELKADPLTQPKPAMGEKLVPYPCYPVKENKHGFNGLGTPQTPCDVGGQPKTQYGPTYGFTDGKNGFVPKPPVGGKLDPVMVGPVFQGVGTGSGKFAPMPLPKVDELVMCGPVFPIPDHYSKYTPQPFGCSGSGLKVDRPKQLCGPGNRNVGNRHSALIEPGKYIPEKKEIPHGPLLMTGPVLIPHETARACF
Ga0193013_1029539Ga0193013_10295391F000021AFLKSKIMDNIHKYFYLIVFAGYMREASSAAREAIAADKKGDVALPSSGKCSIPAKELTIGKSFVDFMGENSSLRAMVDTGKGNLQWERDIPPAALSNLENLAKSNFKGNLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPDAQRGEVEGLIEKGKMTLDLYEILGVCTWIEPK
Ga0193013_1029560Ga0193013_10295602F093085MEQIYEKYLQLCLAGETRLKSIVVNEPSINWRAVVMSLPEDQRSRVLGCGIRQISLREYECVYDGIYRFHVERLDGTDESFDWRDAYRNAYHTYFDKSFKDDVETALRSSVLHHLVEYKENQSELVSIISGQLLTWERAVVQHHPTPFKELVHAFLNEVDLKIEQCFLEYDDQHVYTFKDKALLQRWQMFHLLRAHYRIVSVDEAMIEPDL
Ga0193013_1029657Ga0193013_10296571F000044AEVQGGVDFSGCVDDPETGLCCVEKEETIKTLQKDPILECTHKNVEKCHYTYVTQFSPTQEEVCEENFEKTCQITFKQQAVNETVQKCYKPLEKVCNGQGPEECRTVYESSCTTRYVEKQPGKFVGDTSCEKLPVEICGAGCVTEEGPEECHDKTITTLIDVPEEVCDLNPQKTCKFQTKLVPKLKPAHECTIIPREVCNLKFTSPQEVEKPLKTKWCLDPTPAAPGETYDESAALGEPLSDESQLDEVVLPA
Ga0193013_1029771Ga0193013_10297711F000048YSNDVKFWAEYRTGIKEFTPWLVGAEKAAGEGLSKPADLEQVKALNEKVGNFDKAAVNYYKVLGAADAAAQKMSTHAEADGEVAALKERYNKVKAISDEWVKKVDILLKEWTLLDNTVTELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKEQLVEKL
Ga0193013_1029849Ga0193013_10298491F053680MMKSIATVLVLVAVITVTNAQPLTLMPPSPFEATECGNMGYNSIQIGPNCYFWVNGSFTMEEARQECTMEGGMLATLHEKADYDMLKGVVHDKYNFETTNDLAVFWLDQMFDYDNRVLTCCDGTQKDEKDASMKGMWYPGQPCWTRDTPNMVVAFRSQKVILEKPEMERLQGLYTIKTTTTWNALCMTNK
Ga0193013_1029872Ga0193013_10298721F000287FHKRTEVYLPHSAEVTSDKYTNMRYQDKSSAKHNLDDFLTNAYTKQIRELNGTTAMARVKVMKTIVTDRRQPHSPLDNVNTPYNPIRLLKGSPPGQEAVNRYISELSIEKKHNSKLADKQRKHLVMLEACEDEYDYHHKLFGQGAVDRDMKFHAPQLVQDYVNQIRRF
Ga0193013_1029873Ga0193013_10298731F098605YTPRTPQAQMEEAYRTRWAHSINVQTPGALEYMNRHYYRFEPTPWFIGEYGAGGLPRSTIEAELVNMDKVARDPTSPFMGMAIFQFQAAYFKGGSEMNFGLFRLGDRQVGETGDICDKGMDCRKFPVHCLTTERGGLPEHVGWRADSVASAWGGLVDPEHMC
Ga0193013_1029902Ga0193013_10299021F063321AGEDYDDSDYDYESRKGGKGAGVKGECKRTGPKPSDKIFAPYTIPIKNKKCPCWWDMSKKICACCKKVEGVEVMQCGFPMHKFCYKKSTNPKKVIGCPGVCNNKYTLSGKGFPCYNDKSKGNNCAVCAKGAFQCYADGITGPDSKDGSRCQDQKNQKYCTSCQGDCRHIPGACPGRCVNQGKVNKFTKHSQCVCPEGYSGNGIQCYNANGTLLADPNTHVELTMDITTEEDEFPFTGENFSSSAELQTLITE
Ga0193013_1029907Ga0193013_10299071F028407SPTISSPPFLRVTRSLLAATPSPTPLPSPGQIRFKRVNIQKPRRPDWFRQQLLAVAAPRYLPPQTVEEMPDSCEMAEKKEEEREWKKHINQLEKFYVLEMVEMFEKSEMIAFFHTNPIKEADWRKAWQNGRRSGMELQRFQRRVGVSGLSGTKWENCLHFFMNFPGEHTQPILFSPKTDPKKLLAYEKKVPEFQLLAAVIHGRILSKAGVQDLVTMPELATQRAELSALLTFNQRKTLSMLGANQQMLSTHL
Ga0193013_1029954Ga0193013_10299541F013606RLQSVPPRFYDLVDGESGRVLASDLTSGRTRARSMIRQTRLAEERAWPQPLYGDMVIGPTASAGHYSVPRTSGEFSRDIISRSRSPSPCPDAINNMNRDMIDSVNEKLHLSNMRNRFPETYRGQSSTYNQSLGRYQTSYDSPGFRYYRYDNHQEGPRISHSRVNQHMPRFSTRCRERVSVPPICPDISALTRRVKAH
Ga0193013_1030112Ga0193013_10301121F020645TSPLSLIAEKIGSMASPAMDQVLDLKAGIEARVPDVVSSGFNSALTQVTSAALSLDAKLSSGIDNLVEKMPALKEATPALYDSTRESVKSCASFAATYLASFTLAHVFLKATDLSLEATDGLLKWSSNEKVDPVLVGLRKFRSNVEHFRKQGVGLNGTEKAKELEEATLVGALVEILGLASLFSKAGNVDEALASEVDDDAIDVANLTPTKTRSGQTV
Ga0193013_1030399Ga0193013_10303991F001714TSPLSLIAEKIGSMASPAMDQVLDLKAGIEARVPDVVSSGFNSALTQVTSAALSLDAKLSSGIDNLVEKMPALKEATPALYDSTRESVKSCASFAATYLASFTLAHVFLKATDLSLETTDGLLKWSANEKVDPVLVGLRRLRSDAEHFRKQGVELNGTEKAKALEEATLVGALVEILGLTSFFSKAGNVDEALASEVDDDAIDVANLTPTKTRSGQTV
Ga0193013_1030480Ga0193013_10304801F012979AAAATLLGVKLLAVKAALGGLLIGGALRRGKRETLAEVFLEASRKDQYDCAKLLICELNAKSIEELKDDEIAISRTFGQEDAIDVTAPGVEFDLAGLMGRMAGSQQCKTVYSRCALKPQDIMKGIRKAALTKKN
Ga0193013_1030571Ga0193013_10305711F088175YDWKQVQYIQSKEQFIDWKRSMGGLKRGRRPDGPRECLDTFKAYEMSEEDLKDEGRTKVTTRTVSERTWYTPEAWEHGGLRIKNEVKEEMEEGLSAAKKVKRETAAK
Ga0193013_1030752Ga0193013_10307521F035615TWGVPSAMALKAVLILAAIGLVYSESHCSAFDDGDNDGRDCTXXXXRSFLDCLEPVTDDEIHVANLEECKFQCDLFNSFGACDWFLYVEAGMDENCHLFGPGMETMNDYLSSCNIRGQPTKRKDDTCIMNPDADILGVCNQEKYCPQGCAPCDSSDRCEGYVETGCRMTTEGTSQINAPKDPDGCQAFALISSFDEDITYTTFAMQEEDCRTYYTGARTCNFKVARQTVDLDTITSCQTS
Ga0193013_1030786Ga0193013_10307861F005202DRLVEKLAEQKHHMEAKIGNMTCVMKELNVLDASNNIDVQAMKRDIQKYTMPSEWFKNKYEHLLDTCYEMATNLPADIAENSVVTGDSFGTVKLGEVKMFTKCCEKAKTKLCMHQDIKKKVESNFGPMEDILQETQLTEHEFFPLVMQLLHGKEMDYMTGGM
Ga0193013_1031179Ga0193013_10311791F038534LVALFHHHLLLFFGQLLFGDLLFTNFSLFSDSFFTFGQDHFDVAWVAHERIDSTVSSVGSSSVLWGFVDGDVFDEKRIDIERFKLGVGFSVSEKFQKVFATFFWPSTLAGSHTWSGGKLFSLGASANTSVESDEWNASFVFDDVFKVFLGFSQVHTFKHLGRFSGVLEVDSDIFASGFATFGRVAGLGLYRPIF
Ga0193013_1031269Ga0193013_10312691F000797LTTHPVLISPDFTKYTRKDKPDRYLNTPLFMDMWKQIKADNTYSLYSWTIKADAATVFMPAALKKRLSVYPETETGVYLETCNKVLQGYFGNLEVVSKAGMKRFLEQFETYYYNGGKCWRWDTEACKKQWKYGPWGEDLFMQKTMDDAEVEKKEDFTLTDTGTCPGMRPKVDKKNTSYVPSCTDAGVHKFVAVHPMRDLASWKSCYSAISR
Ga0193013_1031270Ga0193013_10312701F074361MKGIKLCLLLQIFVTTTLSLSFQGQEEIKSNMILTHDNIDPPKKSYEETTKSVIEDQALTSQRDEMRKMRLYILGALTEQIVAWFFQDLVPKSVMQRTKRSLNVPEDMDATYFTNAAVTTLGAILDREECRKTIVCNACNAIKKMVPASQVAVVLADHYLPQDVKHWDKYTVAKRVFLNEQGERCEEIYHCSFDVGSVKWDNRSNEL
Ga0193013_1031280Ga0193013_10312801F000068QTQGYTTELVCSKWPRTVCTKDTVPVTKHTPETACTKVPRQITGPAGCKLEPGPEECFDKKETVIVEVPEETCNLEPQKSCKFVTKLVPFLKPAEECVDIPKEVCSRSRQNPRPVQKPVVKKWCYVPSEESGLA
Ga0193013_1031434Ga0193013_10314341F000048YSNDVKFWAEYRTGIKEFTPWLVGAEKAAGEGLSKPADLDQVKALNEKVGKFDAAAVNYYKVLAAAEAAAQKMSTHAEADGEVAALKERYNKVKATSDEWVKKVDILLKEWVLLDNTVTELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKEQLVEKL
Ga0193013_1031488Ga0193013_10314881F000457HGTDETDAGYYEEPEGPRKQACKALAEKVYQEVLKTASWEGKRQTPLLNRIDIGVIPQKGADSLHRNDNKYFLNEIEMICTTWLDRYSSINVPDVMAHATVKHSLELLVGMLNAKRNVPNEASIRKAIDMLNNRLGPFQHLKLKAKRS
Ga0193013_1031496Ga0193013_10314961F093093TWGTTTMGKTAFVDNDPNPNDANKPGLSSSYFLGKYIEPEKWNPSQLAVGVYDFSSTYAATFVHSADDDYAFELSQAEIQNLTKLWWDGSSANWTTDAEYQDLMRGGSFVATIAGEEFRVIKRDAFGDEDQQHLIVLKTKTAGSKRGALISHANYTVACSVFDEDKGYPEGAASIQHQRYAQAILGAGY
Ga0193013_1031572Ga0193013_10315721F096644MFSGLTNQISGWVANKTGQGEPGQEGVDPNMQQPMADGVNGGEYAEQGVEGGEQQAPPGGIGGFAQGLMMKAMTVKEGVKEKAGAINPAGLQAMGGNLVAGVTNMIPGRKEEEVPNPPEQMVGEGEVQYTEGGEQIQYTE
Ga0193013_1031723Ga0193013_10317231F012979MRIQVALCALATLTSLASATVITVGTVTVSSAVAGGAAFLLGAKLLALKGILIGRALKGKRSAENLGEIFLEASRKDQYDCAKLLICELNAKPVQELEEDEMIIGSAFGQMDAIDVTVPSVEFDLAALIGRMVGSPRCKTIYSRCTLTPQTIMEGIRKAAFAKKN
Ga0193013_1031810Ga0193013_10318101F036535KDPYLMGEFAVIKDILEKFPETKAGKVLADKMIDNCGTPPEGTGIQNLRKCIIKTKYKYDAASEDRQVVWKNMIINFIERYCYVVSFATYALEQSSLGFAKTFADWMKEKAGLTDMINAGKDKLEWSRQVDQGKVNELRSKIGTGDVKENLGDIITKLYKISHTTYSDMPRGQIKDTLMRKLTTKTLMEILPAPILEAVTAELNAKKLSADFDNVIGLVMAA
Ga0193013_1031837Ga0193013_10318371F025208MKVSAILVAATQAAPSSMHQWMVDNWWATAVETFNFASTNWEQFQAAVDGVDQSMFPPLFDWCNSNGDSEVSSEELINCSAKGADYFDMPDDYQNYIYKFGQKYWHLVDQDNSGSLNYDEYKYTMAGFAAVDAGLIIKAFDENANGILDGAELTHWREATAKMFTEWNWHPSDEFIAGAHQAWSDSQMDGDDNTGSKIELAQFGLRTWNLLLPH
Ga0193013_1031967Ga0193013_10319671F000406DVIKELLEKVPATVEGKKKIDHIIDLCGPVPKGTGLQNLRECIIETKWKYDVATEDKQVAWKALILNFMERYFYLICFATYALEHGKGGYQKAFTSWMDDHKDLRTMIEEGKDKLEWYRTVDAAKLEHLKDLMKADDYKENLGVLIRTIYDFAFVTYADLPRGAIKNNSMRRLAATTLMEILPPHIAERVNKKMEEDPSSSHDFLSLVGLVSYYGSGEEH
Ga0193013_1031996Ga0193013_10319961F103360MKVAALLAATASANPTQFIMDNWWKEAVNVFNFASGNWDQFSSTVDTIPSSYWDPLWSFCNGNGDAEVTSAELTECGAKAAAWAGMSDSTQTFLYNFAAKYWSTVDQDGSGSLDYDEFRYTLAGFAAVDARVILAGFDGDSNGILDASECAAWKEFVQGHMSQWGWNPSADQQAAMMAAWNNAQNDGDASTANMVEIAKFLVGAWNVFLQ
Ga0193013_1032262Ga0193013_10322621F001714TYNTLAKLASPMSPLVVKIGSLTSPAMDQILGLKAGIEAKVPDVVSTGINSALTQVTSAAVSFDAKLSSGIDNLVEKMPALKEATPVFYDFTRDSVKSYATYAATYLASFTLAHVFLKATDLGLETTDGLLKWSANEKVDPVLVGLRRLRSDAEHLRKQGVGLNGTEKAKALEEATLVGALVEILGLASLFSKAGNVDEALASEVDDDTIDVANLTPTKTRSGQTV
Ga0193013_1032319Ga0193013_10323191F001865MGASFQLEFYSWEEIMIAKITLVSMLAAVALARPEAKAEADPFFYHHGVVGHVAPTCEHGADTLEVQTCAPRADEACTTADVVSEEITYEKRCKEVVSKTCSPVIVKRSAEAEPEAEADPQYFHHFGYAAPHVVALPEIKTKTIETPCAEHTTEHCVDVPIIKEVITPVKTCHTITKVDCNPSEHKIGKVTCTPGSTTVTDLAATYGLVHAAPAEAPAE
Ga0193013_1032398Ga0193013_10323981F000021AFLKSKIMDNIHKYFYLIVFAGYMREASSAAREAIAADKKGDVALPSSGKCSIPAKELTIGKSFVDFMGDNSSLRAMVDTGKGNLQWERDIPPAALSNLENLAKTDFKANLGKIIHDIYQTAHLMFNDMPQGDHKKRAKYRFASKTLMRILPDTQRTEVEGLIEKGAMTLDLYEILGTCTWVAPK
Ga0193013_1032559Ga0193013_10325591F000119TWGLHSRSTARVRMMSRLAFLLPLIAAASAAPEARFSCEECVREMHGLAAMVKMGAIPIHDYIRDNYCPTLDSTAAQHFCEDSLSKYYVGMLFGVVEHYFVDGALHVCQTSGTCSAREYTCDECVQGLEWVEMYLEDPIMIAEFRIYLEQNFCLSDWDDCKQLVEEHFAAMHVMAMEKFFIPVEICMQEPVCGGSPTFPPKPTDKPDV
Ga0193013_1032562Ga0193013_10325621F000119MMSRLALLLPLVAAASAAPEARFSCEECVREMHGLAAMVKMGAIPIHDYIRDNYCPTLDSTAAQHFCEDSLSKYYVGMLFGVVEHYFVDGALHVCQTAGTCSAREYTCDECIQGLEWVEAYLEDPIMIAEFRIYLEQNFCLSDWDDCKQLVEEHFAAMHVMAMEKFFIPVEICMQEPVCGGSPTFPPKPTDKPDV
Ga0193013_1032666Ga0193013_10326661F104415PAASSTAGINPYYAEYDYSLYEPQAQTFNSLDRQASIEAVLGAPVVITAFAAALFGGLLSPLISEGLSRMSEYQIEWPTFSQRVERKKTKTRTKSGKAREFEDTVSSMSWMEVLDNVHNVISTVNSLSKRSVDTEQKAAENLSF
Ga0193013_1032830Ga0193013_10328301F020128SSKMLLVATIASLTCVTLATPLHRIERSTPGGSAICSSAEAAYSSAIGEGKSDEVAGAIAAKVFYNKVFSVFDGSINCGSSVDAVNGMADYFNDFGKSVITTICKKSTVAFLDAKIGGASKVDALKVAATTYTDYIADYPDPDSACFKSQDSL
Ga0193013_1032916Ga0193013_10329161F049398MAPFDEELSDDPEFPPFRTPLKISPKEGLLGGLRLPPGLPGLYELEPPGLPGLYELELEPPGLYELEPPAGLYELEPPGLYEPEL
Ga0193013_1032974Ga0193013_10329741F078189LLFSRNNSSRKRESNLRIQKLGDVWSLRTLLLARGVGHRKAFHSKDLDGTRSSSMASTHVSVALSDGAAGQRVSVFTVHVVSSRSRIVSDPDAEVLDQSGGLLGDLLHRDDFSGGLVDFLVVRNKVPESRFGGNWIRREKSDSVHRWVWVRVRRQLSASNDELAKIALCLHF
Ga0193013_1032989Ga0193013_10329891F002053TWGVPATMALKAVLLLATVALVSSQSSCKPDDRDCKCADKLFQDCQEPVTADMIHVADLAECKFQCDLFNSFGACDWFIYEQTGGMDENCHLFGPGKETMADYLSSCNRVGGALRNEAGQCLDGPDLFCPDSPYCTGCVSCAADPCGLLVETECTIANVEITTTDSIPTVEGCRAATISQGNSNPINFFIFDQRAETCWGYDSGKRTCNNVVAAQTMDQATIDSCRA
Ga0193013_1033112Ga0193013_10331121F102382TPVSSMSCLQGVRKRDPHKDVSVGINKSLDLLRSKEKDVNVLGLENLCYMTDPTKTRPDMAIISCKAVIIGEHCMEMRDEIGEMLQKDAFLPEEFENDVRNDLFDKCRHLAIVLLSNVLALTSQDGCLADAIQNQKWFTEFLIPSLLDEVKSFEVSSNNAYEAACGLTYLATCSDVARRVMKENSAVKDLQSANQFAIFNHELLAVETKRCLEALGHPI
Ga0193013_1033137Ga0193013_10331371F094878LTNWTELNSTEDESSSSKNPRPAEDLDPGLDPGLVAAPDLDLVAAQDLVTEAVTKVAPNQGAEADLLHRKTAPGAVQGQDLETGTRMMTERMEIVIQDLAQEIVEDLEADLDPEVQ
Ga0193013_1033249Ga0193013_10332491F048338HGDSSHFXVRFRLSNRMLARHIPKVLAPQRCLSLGVRRMVEGGISESSNEHFHASGQGMDANIAGSTMEDFLAARNETDRVAKIKDFANWYDQQMADLEAATEAIKADPRHGSLTFSVVGGGDKESWITQNASEARYYASNLWRKQMIRYQELNVSHTSRLETCPVLGTRLLFICICQGLWLLFVGGNGASSCANPPGVPEF
Ga0193013_1033270Ga0193013_10332701F002053TWGVPATMALKAVLLMATVALVSSQSSCKPDDRDCKCADKLFQDCQEPVTADMIHVADLAECKFQCDLFNSFGACDWFIYEQTGGMDENCHLFGPGKETMADYLSSCNQVGGALRNEDGECLDGLEAVCGQSFCNGCASCAADACGLLVETECVIANSEVTTTTSIPSVEGCRSITTSQGNSNNINFFIYDQRAEICWGYDSGKRSCSNVVAAQTMDQATIDSCRA
Ga0193013_1033398Ga0193013_10333981F002056FDTICQALVGSNINTPVIINDQVGLSRATTGCVIACLFKEFQINASFEGLVETVPGVNLDLLKMDRYTMDSKKDPLFRGEFEVVKEVVNTLKDGAGAKNECDKVIDKNGTPKTGGTGIKQLRENIAESKLSYEIMDDAAQAFLKMKIMDNIHKYFYLIVFTAYMRQAADLARESCPDEKKKDLTLSGGRCAIPGNELKLPKSFVAFCEENSSVRDMIETGKGNLQWERDIPPAALSNL
Ga0193013_1033399Ga0193013_10333991F006012DDMIEEAAQLPRMYGYAPKSEDMFSNQALRKAARATQFQQMDTKGTGYITLNQWIRFAIDHILKKYVQLPKDYLSGSAADVTKEEFLAFIKKAVDVNSAEYKELYYFLLRTFQAGDKGGYGEVEPAEFDEMIECAAAAPRRFGLAPKSSDMFKTDQERLINRMTLFSQMDTTSSGKITFDGWLNYAMKHIVGKVNKL
Ga0193013_1033413Ga0193013_10334131F007841TIQASPITPNEVALRKIAVSQAKPELLSAAVKYANPDLLRVALTDAKPSHLKAALTASNPAHLKVALTEARPNTLRVALTEAEINLLAIAVTEAKLNLLATALREANPAILGVALTKSRPDLLKVALTDATEENLKVALTPA
Ga0193013_1033470Ga0193013_10334701F050879MGTLSETTNMQASVLAGIVMLVVSTDGQQMCLEVNPDYPLPRDSPVTFEDVSTMGTSTIEESLVDVSLANTTGEIKIKNAHPYFYLVVKASKRPRLTDSRNARLFLLVNGKVPLRGAVWVSKYNPHNGRLMTEESLRVVGIPTENPTTTNLNPKMPFGMIDFSTEEVTFEAMEFLHAEDTLSLVTDSMAYSIGHVSVCIFYHDKDFKGRRG
Ga0193013_1033544Ga0193013_10335441F000021AFLKSKIMDNIHKYFYLIVFAGYMREASAAAREAIAADKKDSVALPSSGKCSIPAKELTIGKSFVEFMSDNSSLRAMVDTGKGNLQWERDIPPAALSNLENLAKSNFKGNLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPDAQRGEVEGLIEKGKMTLDLYEILGVCTWIEPK
Ga0193013_1033642Ga0193013_10336421F065395MKAFAVLLACLSVAAANWSCEECDRAKEELTNILTSEAGMEIQVNHILSDFCPNSADAANCEAFVPDFWKAIAMQLWPEAISHLCADIEETCESGVALTCSECQLRLDWKLETLRDPIVERYWVRTLTEGSFCSDNYSGLEEICKGHLKDVFPKVLYVMTENAWVPAFCSDFGCQA
Ga0193013_1033656Ga0193013_10336561F000051KDIKEASGAMLPEDRVARTMDLQEDIAAKLEILKANAKTEQDLLPQGDKVPADAQAFKDELKRITDYVLKLQGDTKVECDKYSNDVKYWAEYRTGIKEFNPWLASAEKSASEGLSKPSSLDEVKALDDKVKTFEKNCVNFLKVLEAAKAASLKMTTHAEADAEVAGLKERYDKVKAISDSWVKKLEVLVKEWVLLDNTVTELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKEK
Ga0193013_1033843Ga0193013_10338431F009211MVDTIAESARKASAGTWRKPRVRIYDYNQDIGSNYYQPMIKYIHDKEIYGPYMAKTSVVMPERAEVGSTKYTNMRYEDKSNANMDLDDFLVKAYAKQIKELNSSTAMARVTMTRAAVSNRQSAHSPLDNVTTQYNPVRLLKGAPPGQDKVNFYASELNITRMNREKQRKSNFDHLFKIQAFGDYDYHHNFFEGA
Ga0193013_1033865Ga0193013_10338651F012979AAAATLLGVKLLAVKAALGGLLIGGALRRGKRETLAEVFLEASRKDQYDCAKLLICELNAKSIEELKDDEIAISRTFGQEDAIDVTAPGVEFDLAGLMGRMAGSQQCKTVYSRCALKPQDIMKSIRKAALSKKN
Ga0193013_1033917Ga0193013_10339171F031505VAVASLGALALAKEGLILAELSRGKRSTNDVTFAMDPLFDAIAAVDIADCGKLLVCSVHAKNEADLSVEENRIVKLFKTFNGKVDPLHAQAQYMLAAQTGLYKKPEVCIQQYVKCPYPSDQLAQLLKQ
Ga0193013_1033996Ga0193013_10339961F029322HGGVLALEIRAWKMKNLHHKWMLGLSSLVSICVFCACWALLMEGAISRLVTNGLDLLSDVLKEEVMRQVERMQMELEHKINIMVKVLAIASSTLSCFNLMALASITIKSRFTSWLLLPHLLTGSLPAIFFFLLPWLILSSAPLSLNFASLMAASALLIALFRALLQEFDTLFNLSKILPAQSKSGLRVWRNIVPDIETDRVFLVSRSVDN
Ga0193013_1034003Ga0193013_10340031F082099SDMKQHLVIFSLLLATVLPAFCPGEGKRGKKPKCVANDSQYKCGVFLEDLTDKRPLTWLGALPDALKRVDKEEYREILGPGIEPESFENFNCDVTAANARCYATLSKFKSDPLDSCEKNLVKTKSSETVGDYLCKQVDRFIGGKADFQANGKDNIKIPIYYSACGGDWTPVSNEGENLYVEEPLCCTKDGKFRRCDGSDFAKSC
Ga0193013_1034069Ga0193013_10340691F065395MKAFAILFACLSIAAGNWSCEECDRAKEELTNILTSEAGMEIQVNHILSDYCPNSADAANCEAFVPDFWKAIAMQLWPEAISHLCADIEDTCESGVALTCSECQLRLDWKLETLRDPIVERYWVRTLTEGSFCSDNYSGLEEICKGHLKDVFPKVLYVMTENAWVPAFCSDFGCQA
Ga0193013_1034083Ga0193013_10340831F000086NNSDKMTPEDRVSYTMELQEDVAAKVEVIKANVAAELELLPQGDKVPQDAEDYKIELKRIQDFVADLQKRVMKECDNFSEDVKYWAEYKTGIKEFKPWLENAEVRSKEGLGKPQTLDEANAMFANVNDFDKACVKHLNILDNANAAAQKMTTHKEADVEVAGLRERYTAVKAVADEWCKKVDTLVKEWKLLDDTVNDLNSWVAKDHGPESEQQFSLEKMESTLGELKNIFKEKEK
Ga0193013_1034237Ga0193013_10342371F010300SSFQIEKFTYMFNSFFDDANGDGLLQKADVDALIERLRVYRGWTTNSENYNRIRDVMYSFYDCLADQVRQEKFCSSEAKGFDSWAEAKAKYDTSVDDITLNQWLNMWGRLCRGTAGISGFPFWVQLLGIIFFEVIDRDEDGLLEFEEIQNYYKGLVGVKQDDLYVVAKEGYRVLTANGGYILNKDNYLFCFANFLLGRDIYGPGKYIFGVFDNREMNETYKIIYNEEDE
Ga0193013_1034298Ga0193013_10342982F002456AEHFPHAQGSRAAIYQFQIDNNNVKSKPTSPVEFTAEISPDMDVENAYYFNEKSQSKPGTPAQKGNCKVGQRSPQSQAQIRKKFPGARITFPKLVRCNVNSIHDFVTVYVHAKAAKHVKEIPMDDMIKASYSQNNELKESVEVPLVDPNHKNEDFTA
Ga0193013_1034303Ga0193013_10343031F046165NLPITDSEGDLERIQEMWDLFNVNDAKGLNVFEVENGIVDMTQTGDSFDSQKAINDAFNIASKAKYEKEKVMEDKLDMKQFRLFLRTLRMTYNFYEAFNYVDSDGTHIISKEDFLNEDTKKVLEKWLGPKDNWEEEFDSIDMTNKKGEDAVLFVEFFAWAEPKSMNYMGNMGVND
Ga0193013_1034354Ga0193013_10343541F001067MGTRSTETLDMKLFVVIALAGAAVASPSNRNDDDGAAAALECTAGTNIGDKLANAFSSCFGSMAGMRKEVKRIQLARNDEQCYSYDEIMQWVEEEYADDACVLQSIGWMGNDFEFDEDQIEADVMSLDPVVTAPLFAGHEDCVDQVMDYVEDHECADTFSEEEANSLLDTAEKIAHYECFLHLFEQGCMDFLSSTAAGRR
Ga0193013_1034376Ga0193013_10343761F001979LKGKLSSFQVDKLNYFFTQFFDHNQDGVIDAKDFSGLNERLRKVAGWDLDDPQYLAVCDNNRVFFECLLEQAYAERNTEGLEDRTWEQALAPSKMVVDSVSLNSWLHMWARMCQGAAGIDDFPIWVQLIPRVIFNVICSKEGGEIISRSSLRNFYENFTGLSGDTLEKVSTEGFRSMTANGDYELDYSSYKLLFSNFLLGRTIYGPGKYVFGCFDNSDMTEKYKIDYNG
Ga0193013_1034377Ga0193013_10343771F073016MNPKFFPNSSVFVTFVLIIFEAKACFSSSETSAISKCPGEGPRYGDFKCNHDRTHRVCAKLVDNPTSCKELSWNENGASFWDITGQQQWNWKDKICAAPNPGDSWCICMWATANLIKEVGCDNVHIHCESTDVSYVMSSYQDGGWDLQQAKSCLQRKCRKGKNGLYVNTNEV
Ga0193013_1034382Ga0193013_10343821F007842MGVLLLLIIPIGLPQLNAFCLKQGCDKYFEKVKTDAKITGACAVLFEENCCKSVGTFGDAKKLFVVPRGGKGKLCGTSKTLLNSAASVIGAGTSSSCTGPDLKDNVKSLIVMPGCTLEVWDKDTNVERKGSLWYAEEEEKKGANAGNLRDAVDRYDRNKLAITATGTPNWIEELEDDFEDMEEDIETYR
Ga0193013_1034385Ga0193013_10343851F023272TWGSSGGLDTKKETRVMFKVGYVLLIAGCCGLIQASDVETRSAPVADNNGNHAEIQRMIDMMKNYKNRLFMANHGKRSVIEPSEGIETDDDVLTSEELSELTFSTHPNSFFFLPMPVIKRANNQFPRPNGFMFPVGVRRALGMNKRAVRLNPNGFNFPIGKRYLINPNGFNFPMPKRAAPELDLDGNFYGNRGKRYTFTAARGKRDSESRFNYMTQFFSKYI
Ga0193013_1034399Ga0193013_10343991F014836HCAAKAPCHQEMIYNGCHCFVEWNDANSVGNWTVKENWLQLAEPAWPSFVSISGDNTITVDEERRINELYVGPNRWDTTRLVIDEDLTIVYDDVPVISRVQGYRLATGEVRLVIQGKGFGFVSEDIVVVAQEFWENDDDADIADQDPFVYECEKVTLTYRDAKIECNIPAANLMPYTLQVQVSANGYTTDFVQLSEHIK
Ga0193013_1034607Ga0193013_10346071F037182VASLPRRFGLAPTWEEEYGGSIEKRTAARQAMFDKIDAMHGPARGWIGLAQFTHWATAHVAAKTAGNVEARSATGKMVDFYHVEDYDKDAFLMAIKAAIRDQKSPEFSRLYEFLLTIFVEEDQDCRGVVCRDGFERLIDRAAFIPRQFDLAPPTASAERIDTLYKDMEDPRMKGVTFRKFLDWSVKHLEEKVA
Ga0193013_1034723Ga0193013_10347231F002526MLALSAFVLLTSVACLLQPANGFTCNECTKEMRGLGHMVKYAAQDIMEYLTANYCPTLPEDSHACDHDISRWYVGMLYSVVEHFFVDGAVHVCQTMGVCDAKSSGYLPPNHPESRKYTCEECVQGLEWVEAYLEDPIMTAEFVVYLQQNFCTSDMRHCHENVANHFPAMHAMAMEKFFIPQEICNQEPVCTGEEPTKPPM
Ga0193013_1034737Ga0193013_10347371F029322MGAIEIRLWKMKNLHQKLMLGLSSLVSICVFCSCWALLMEGAISRLVTDGLDLLSDVLKEEVMWQLEQKQMELELRINIIVKVLAIASSTLSCFNLMALASITIKSRFTSWLLLPHLLTGSLPAIFFFLLPWLILSSAPLSLNFASLMAASALLIALFRALLQEFDTLFNLSKILPAQSKSGLRVWRNIVPDIETDRVFLVSRSVDN
Ga0193013_1034755Ga0193013_10347551F043760TWDSDKIRFQLSLEKSNSDIFVNLTPRKMNKLAALSALVLLAQLINASPVAETSEGERAIDSLTFVSRSGPERQDRERRAAAARSGLKCYNQEGSSRRIELECDLLGGADYCAKVTGPNVSAKTCAIDLISDAFKELNLVSAGCRTHGDFTFCLCSGSLCNA
Ga0193013_1034789Ga0193013_10347891F006012RESGAYEELYQFLTSCFVRADTDKDGKVTNAHFDNLIEEAAELPRKYGYAPKTADMFPNASSRAQARAKQFKEMDKENNGYITLNQWIRFAIDHIAGKIVNIPKDCLSGSAQDVTKQEFLTFIKKAVNRNSEEYKELYHFLVRTFQAGDKEGYGEVGPAEFDEMIECAAEAPRRFGLAPKTEELFKSKGERFIARVAHFSKMNTRSTGKISFDEWLNFTMDHIVGKVQSL
Ga0193013_1034869Ga0193013_10348691F001017MGTVYNPHFTMKAVLLLSVLASAFAAPDTRFLCSECVDEMHNLGFLVRAGAHDIRDYLAANYCPTVEEGQQDFCVEKLARYYIGMLDAIVHHYFMDGAVHVCQTMGVCDAFRSGRYTCEECVQGLEWVEAYIEDPIMIAEYVIYLEQNFCQDGWEGCKEHAIQDFPAMHNMAMEKFFIPTEICNQQEVCGAPPPTKPPQ
Ga0193013_1034949Ga0193013_10349491F029322TWGLEIRLWKMKNLHQKWMLGLSSLVSICVFCACWALLMEGAISRLVTNGLDLLSDVLKEEVMRQVERMQMELEHKINIMVKVLAIASSTLSCFNLMALASITIKSRFTSWLLLPHLLTGSLPAIFFFLLPWLILSSAPLSLNFASLMAASALLIALFRALLQEFDTLFNLSKILPAQSKSGLRVWRNIVPDIETDRVFLVSRSVDN
Ga0193013_1034984Ga0193013_10349841F026191TWGPVTKCETRPDTTPVTPCHWSLLLFFLADIKRMDNYLGRVVGEVAHAGLAENGLENLPCPSSLLLGVLVTLLPKMVPRLMPYFLGSAAPEVKSRFSDPQYLLENEEVFREKFVENLKMVEDIVEAAEDNTLERKSQDYTGFKRFLFGSLEALDINVSDYIGGLEVKSVQKLARIAQGEDSMSGLYNIIADGIIAVSSFIFNNYLLVD
Ga0193013_1035026Ga0193013_10350261F000119HGGPSSSESLKMKAMILASFLAAAALAAPEARFSCSECVDEMHKLGWMVKMGAVPIHDYVAANYCPTLGEDQGWCEEALSRYYVGMLFAIVEHYFVDGAIHVCQTGGACDAVKEYTCDECIQGLEWVEAYIEDPIMVAEYVVYLEQNYCISGGHHDLDKCKRLVVEHFANMHMMAMEKFFIPTEICMNEPVCGATKPPLF
Ga0193013_1035068Ga0193013_10350681F035617NHFDNLIEEAAVLPRRYGYAPKTEDMFPNKSARESARVKQFKAMDVEGVGYITLNQWIRFATEHILGKLHHIPKDVLTGKAEDITKQEFIDFVKKAINPRNEEHKELYHFLVRTFQAGDVSGYGEVGPAEFDEMIECAAAAPRRFGLAPKTEDMFKSKGERFVQRVKEFSQMNTQSTGKISFDEWLDFALNHIAGKVATV
Ga0193013_1035241Ga0193013_10352411F018859TWGVEGEPLILSVRMTSSSMMPFLLAILFVFLGTTAAQSSSSSCDSSIYVEKIHSWNKGYTGKMYLDQGWLTQQTSDSVFWRLTATFQNEVKEFKVWDADIINPNPGYGNKYVNNVTSVEVLSKCYNPVLYPCQYLELLFMVRFPDSVADEYTTDYDLAAVTEAVTYNDGSSGSRDYCAPNDGAPTMPATSG
Ga0193013_1035415Ga0193013_10354152F016357LSASTVATLGLLGGAAILKGLVLGQAIKRGKRSAESENDAAFAVLTNSEPAQCYRRLICDMAAGAIPDEGKILSLFNTEVSPASAKFDYLTAAKVGKMVRKAGLCELRYSCPLTTQEIAKLF
Ga0193013_1035425Ga0193013_10354251F002053MALKAVLLMATVALVSSQSSCKPDDRDCKCADKLFQDCQEPVTADMIHVADLAECKFQCDLFNSFGACDWFIYEQTGGMDENCHLFGPGKETMADYLSSCNRVGGALRNEAGECLDGPDAFCPSSPYCSGCVSCAADPCGLLVETECVIANSEVTTSTSPDSVEACRSVTITQGNSNNINFFIFDQRAETCWGYDSGKRSCSNVVAAQTMDQATIDSCRA
Ga0193013_1035501Ga0193013_10355011F001293MIRNSIICKLINVQANMKENNEKKIKNEDEISKLTKAPPKDTAALDKRSVLAKVNSQRSG
Ga0193013_1035532Ga0193013_10355321F001067HGDQTPQKSPQTTMKFFIVVALAGAAVALPSNRDDDGGAAAALQCTAGSPLDPKLGEAFDSCFGSAATMRKAIKRIQFNRDDEQCYSYDEIMGWVEQEYADDACVLQSIGWMNEDFDFDEATIEADVTSLDPVVTAPLFAGHEDCVNHVMDYVEDHECADTFSEEEQNSLLDTAEKIAHYECFLHLFEQGCMDFLGAAGKK
Ga0193013_1035533Ga0193013_10355331F001067HGDQTPQKSPQITMKFFIVVALAGAAVALPSNRDDDGGAAAALQCTAGSPLDPKLGEAFDSCFGSAATMRKAIKRIQFNRDDEQCYSYDEIMGWVEQEYADDACVLQSIGWMNEDFDFDEATIEADVTSLDPVVTAPLFAGHEDCVNHVMDYVEDHECADTFSEEEQNSLLDTAEKIAHYECFLHLFEQGCMDFLGAAGKK
Ga0193013_1035626Ga0193013_10356261F054517MGLVGWGPSPPRICPRSRFLQSQTPLVPQNIMGRLHFLISLILPSLALARILPSRNLNYMRGERVKEASSSSEEDSTTMMPIFPPSLGEQEMRFRYALSQILLPPPEENEAMAAHKVNLLDLPAPVQREHAALLRGEIVFQPYENLNRKMSREDLPELAVSERYSGPNNDDNVDQEDPFYEHGEWREVEEEKLPELIVGGKYQGPTFAEGEQVPK
Ga0193013_1035750Ga0193013_10357501F023609RKMIQTKTGLCIDPIGSVQDLLSGTSFMQDEVAQSHLEALGLAFQEIGKTEEGQVMLYAMEGLAARIHTESSFKDAVKVCFRLAKKITKNPWVQFGMFIGLFGLLVAIIGQFGTMTVFGGGLTVLMRRVGWFFISTALMPISHGIKESVNMLMETTEEAVEKKLDAEMIEPTFE
Ga0193013_1035811Ga0193013_10358111F012568RQADGLIEVTEEDFAEFLGDFADFKDDVASKMSNLTCVLSKMNMLDSNYQVNLKAYTEDFWKDADLSQSLAGEDPVWRQMMIDGYTDCYDIAKSFPQSALNKNPIMKVFGRHMVFFKCTKKVEAHCCGMACANHMLETMYGNTDNFDWSQYGLPNNKYERAAMSMKVMYSTASPEEEFVHNFFYMDPMM
Ga0193013_1036080Ga0193013_10360801F049677MKLFSAAVLATAVTANLQGEYSKLARAWGNFNFNGENRMTATRRQQKEASEDEKIMWDELHYMKTNYYGPLFCGPWKWGNSYWENVWCGYMIHWKNFESAYKRLMTSQTIREKNARRDAASQGEINWWEGKLDEMIKKNQKVMELMPQNARDSLNGENALNNYTPFTEEPNPAGWDGYYTRPTLSGTCYVTRN
Ga0193013_1036082Ga0193013_10360821F001255STWGPLPQRKHCLIMLQVLFLAGLASAVPAPEADPLLYTGHPLTYAVPYVTYHAPKCETEFEEVKGQSCVTKPVTECNDVEVPSHKIVTEDVCQNVTTAECTHSTYSAGVYYGKREAEADPQVLVGAVPAVVPYHNCVNKVTEVCYPVQKVEPTTITEKSCLLKGEVECTEVVVATIPKVTCTHEEHTKPADDAAAVETE
Ga0193013_1036217Ga0193013_10362171F001267MGSLLFSSLPASHVMLKLGLLLLLAGSSLALNCAECINEMHGLNFFIKQGAPDIMAFLTENYCPTLTGHEEQCENDLTRNYVGALWMVVEHFFVDGASHICQAWGFCDAVQDTFPYTCEECVEGLEVVGAYMRDPLWIAEYTLYLEQNFCVGHPDRCVEVVKTHFPPMHAMVVEQFWKPTELCGMQEVCGATKPPQ
Ga0193013_1036319Ga0193013_10363191F024237HGDSHWELLVMLSAVVLFVLATAVAGQLPDHLKALCPAYPNCDNALLAAYDKIYQDSLAPAGGPQAPVATSAELPCANYPFCDVNHAALAQGLPCANFPNCDVHHVAIAQRGKRQAAVPVTPGNIPGLVPGSSAAAQWWAAQLIHQGQLAHHVTKRQAPAAVPLTPGNIPGLVPGSSAAAQWWAAQLIHQGQLAHHVTKRQAATPLTPGNIPGLVPGSSAAAQWWAAQ
Ga0193013_1036420Ga0193013_10364201F049677MGDTNYLNKTMKLFTGLLLATAATANLQNKYSKLARAWSNWNFNGENRMTPTRQQQKEASEDEKIMWDELHYMKRHYYGPLFCGPWKWGNSYWENNWCGYMIHWKNFESAYKRLMTTQSIKEKIARRDAASDGEVKWWEGKLDQMIKHNQSVMEAMPSNARASLNNENALNNYTPFTEEPNPAGWDGYYTRPTLSGTCYVTRN
Ga0193013_1036427Ga0193013_10364271F020504VQWNGRRKRSLPVPGTTGLVPGSAAEAQWYQQNLAQIALNNGRKKRSLPVPGTIPGLVPGSAAEAQWYQAQLAAIAGRKKRSLPVPGTTGLVPGSAAEAQWYQQNLAQIALNNGRKKRSLPVPGTIPGLVPGSIGEAQWYQAQLAALAPAGK
Ga0193013_1036497Ga0193013_10364971F094861ADPTNALTRFACVKQCNSEEGCTHMEWGLNGNGEKQCVVFCPQCDPSKVPKGWTFVPGNGGKAITQGNSWSDVSTCFAKSTADRSCQDTQDGYLYPKKTNPKICYKDHSWANYLTGYWGYEAVCGGAICEMEPGLALELTPQPYRGWWAGSCKVVQCKFNPRRLQEATSGQPEGIFV
Ga0193013_1036743Ga0193013_10367431F001067HGDQNPQITMKFFIVFALAGAAVALPSNRDDDGGAAAALQCTAGSPLDPKLGEAFDSCFGSAATMRKAIKRIQFNRDDEQCYSYDEIMGWVEQEYADDACVLQSIGWMNEDFDFDEATIEADVTSLDPVVTAPLFAGHEDCVNHVMDYVEDHECADTFSEEEQNSLLDTAEKIAHYECFLHLFEQGCMDFLGAAGKK
Ga0193013_1036879Ga0193013_10368791F067380LPMLKQFYNKMDHVQSMNDFKKDDNGMFKKYFEFCDQGGDGLLTKADDDACKARMQELIMAKVKNMGVDIPEGAMDQAKPMMDMIDAMGQQMFNEIIDENGDGAASLEEIEMGGYCLIRASAQMMIQMMDRNGDGKLAKNEVGGMDLESMLAQADMSAVKQYVPDIEKLIKKAKKIIRKADLDHDKAYDDRELAKVMLDMTDMMIKRIFKS
Ga0193013_1036951Ga0193013_10369511F000480MGLSVLLDLAMKFLALALIVASASAKNLRFNLLAPPTELEYGFCDGSPEPLTFDVMSVAPFPILVQNGATITLEIQITLNQEVPVGSVVDLNLVLEGIIPIKIPCLEIEGLHIGSCHYDGDELLSTASDFLCPTYVPEGQACALPLGPGVYGGGDPLTVGPIESIPDILLPFLKGTVRAEATVTDGSGNLFGCIYVRAAVDH
Ga0193013_1036953Ga0193013_10369531F047472MGAFSLAFSNMKVIAIFLALTSVAFAAPRDDDCMICTEKVGMLWKEMSAEKHEMEMEKAIIKQVCGHEKDPSQCTMLVKQYWPMVAKAMFNDMTAKMVCEGLSYCDMRRSGDDFDCDTCKSGVMAMGQLLTSDDAANEAVTLLQGKAFCQDPGMGLSGDDLKMCEDYIANYIPKILKHMFNGFEKEKRAEMVCKGLFKVCP
Ga0193013_1036970Ga0193013_10369701F088209MENFFALNEIPDNDITTKGTEAGLPTVGTLFLGVFVTLLPKLVPRLMVFMSPERKSKFSDPAFLPEGEKMFREKFSENLQMVEDIITTFGDENQLEKSTAEATGFKKFLFSSLEALDIDVTDYIGNLEMNSIKQLGRLARGEDSLSPYYDMAADGIIALANILFDLF
Ga0193013_1036995Ga0193013_10369951F053768PAETEMSASWLRLTQCLLQSSVCTNLLGLIVWGSLDSENLNSFNVFILPILQLGMSAISEKIQRILRSRIQTERDPSPNTEEIIDENKIKLREILSDQHRLMYYTVTVSTLPPHQVTRVRKDSRNLKWQFASTLYKSQATMRKSTINYPSYYSIAYLGEILEDEEPDEEISEHPVDDK
Ga0193013_1037210Ga0193013_10372101F017783MFSFILFAVFLPSIKALCLVQSCDKYWSTAKNDPNVKKACAVLFDENCCKATKPQYVVPKGESGRLCGVSGSLFSGSCKGPKLKDDVESLLVMPGCKLEVWDKGDGQEQAAKEEKKSANAGNLRDNKDRYNRNKLVFTAKGKPHWVEELNDDFDNMDEDIESYRCTCN
Ga0193013_1037399Ga0193013_10373991F025213KIMEEILSMQAGINPNAQADANEEAEMIIRAIMQDEVDKSVYSRMADDLESANQKLKKKKVKKIKENASQIKA
Ga0193013_1037402Ga0193013_10374021F070849SLSCLKHCRKASGLKEIKPRHRSRQKLTLILERPLITTIVIVNAIHTHGSLLQVNLPEIAEHPIELEHVFATFLALLYVPAEMSESPKVDQTTLMDHSTTHTKLVQHPAKILMSAEMTTEDTTEETSEMETIPTADLIPDSMPIGLLSPLGLAGQLSQAGPTGLLEVLLAAPLAVPAVPSMDLSGKVDPDPDNLWMIFLTENHLMIMPLLLLELLNKQ
Ga0193013_1037512Ga0193013_10375121F028408YMGDISARSTGEQWSRSFEMLLSPNCGNIVAILIVAVFAAVQALDVDEPCVLSIASPNDNVIARRLAGNWTFNKEMTGYMAKNGKPGRSEDVDKTPLEDIFLTFADDPEVLKDVPEDHCRFLKANDLGVFLAGSYQIAHIEYGITKHVFVLISSQGVPGIIYWRGSEAVTNYIMMAPAAESSNDLLFMGEDSAEKPFSALHRIGSDNFCKM
Ga0193013_1037553Ga0193013_10375531F001255TWGPLPQRKQRLIMLQVLFLASLAAAVPAPEADPLLYTGHPLTYSVPYVTYHAPTCETEFEEVKGQSCVTKPVTECNDVEVPSHKIVTEDVCQNVTTAECTHSTYSTGVYYGKREAEADPQLLVGAVPVVTPYHNCVNKVTEVCYPVQKVEPTTITEKSCLLKGEVECTEVVVATIPKVTCSHADHTKPADEAVETE
Ga0193013_1037583Ga0193013_10375831F005379ETCNKVLQGYFGNLEVVSAAGMKRFLEQFQAYYGNGGKCWRWDTEACKKQWKFGPWGEDLYMQKCMDDADVQKKEDYTLTDTGTCPGMRPKADKKNGSYVPSCTDAGVKKFVAVHPMRTVAAWKDCYGAISR
Ga0193013_1037666Ga0193013_10376661F007680TWGVINSKKASFDQSKKMKILIALALISITGAFAQDFGNCKACEFGVKIFFGHLRSQRGVNFQIATLSRDVCPQMEDWFLCDFEVGRHWAGINHIVYDDRIAPYICSSLSGQNCTAMEESFREWDCDSCMRDIVLLATQYSLPEITRGLEYYLAHEGFCEDPALGLNQGQIDNCQDTIRVFIPPAFRDLDAAYAANAQSICHYWYDGVCPKPH
Ga0193013_1037696Ga0193013_10376962F017095HGTVLASEPLAAQPVDNSNYYNYNTDTFAPTGSDGFYDPYASNFLTQEQDRTDGGVIGGLTIGVLLTVFLAALLGSIVAPALTAAVTRIGTTVSDLSDIDVKGVLPELVLKDVEEEDVEETARALKAGFNFVQNMVSPRVRRS
Ga0193013_1037752Ga0193013_10377521F102484CQVNALFISSAESHPAATVKIAPNELGDHQRSRAKRFNFGVPNVYEGKNLIKELLSERRLEAAIAEAEAAYKKASDAASYKIGAGNKRGGQPLTGFNKGRQVEAMRKLKRKPSLLMDQALEDELNYAQQLASGIMTDLRSILGDIQKDPSDPDRLLRLS
Ga0193013_1037777Ga0193013_10377771F000917MRLDWKAPYGKAKETFSNMVKLAKKVESGTSDTVGYGLASKPVTDMSQDSLWKAMLYAMRNPAECGLKVDGVTTRDMAGFMQRTMRILEKPGSPTVTDNIRVLESAQEITYRPVINGVEAEEERVFALRKDPLRFEMFCRNSKDEMRLDWQTPKSVCLPVFDSTIAAAQRM
Ga0193013_1037805Ga0193013_10378051F006689GAARAQEMEEEGDTKEGQTLAPSFTCGRYTTRTVLIGSSTVSNVASAKGTRRCAILYKLTDCNEMKLTCTKFYVDNRDPYKCRRGDVFNVRSTGGKPMKFCKRNKPRDRFPVLSTGTMKVWYTASGGKRYPAKGFKCSVVCSKT
Ga0193013_1037866Ga0193013_10378661F000457YAKENKSSKTFLLQPYMLKPNGQVFDEVRNFFIDGQWRYSVFTHGTDESDAGYYQEPEGPRKTKCKELAERVYKEVLKAATWQGKRQTPLLNRIDIGVIPKKGADSLHKTDNTYFLNEIELIATTWLDRYAPISVSDVMAQAAVKHTLELLVGLLKAKRRMPDEANVRKVVKILNDRLGPFKHIKV
Ga0193013_1037889Ga0193013_10378891F003924FAAPAADADADPQFLLGHGLPYAHHVVAYAAPVCKVVTETVTVGQRCHAEPDCTTETVVVGRHITGHEEPTCTDVEHVVPAVVPHVYGKREAEADPQLLVAAPYVAHATTKVTTKHCVPGAPIVEDVTTDVTKCVPKSVCEDVTAEVLKTVCGEAAAEEAVEEA
Ga0193013_1037928Ga0193013_10379281F082094DPDAVFVPSRLVSRIRMLPRPSTGIFLVNCKHVDNGFFGNLEVFSSYAFSVLASNIDTCNTQIPWKVGVKDGKNGPMGEDLFAEKCMEKHGVAKVEAFDISIDGACPADRPGNLRDYKHWHGNCKDVVSAAAIHPFKKVTEYFQCLDDTVAAGRKVW
Ga0193013_1037944Ga0193013_10379441F000061STKPGDSPHGLYYENCPNVQYGFFGHLEIITNTAVKVLTKYLEDCHAVFAPCANEGCDWKFGAWGEDVFAQRCMDHHYVDKVEAFDVATDGACKADRPKGEEDNKKWYPKDCSQLTTVTAHPLKKPAAFKKCLAEMS
Ga0193013_1037947Ga0193013_10379471F000049MGVLTRQHSGSEQYRAQRFLKMSFWQENYAFIKDVYDMRHHKMAEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERVEVKKWLKQILEILMAERAKDQKAKETELLDGLIKKHEELIPTVSKTVVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSLVQLDTKRSVVTELIDKGKLILANPDKPKFLERHVNQIE
Ga0193013_1038082Ga0193013_10380822F015300MVAWSLKKKEVEKKPDPKAAALPFYKRFTYPFTRKQTLLGLLIFSLILSVLAVVTWYVVYQLELLPAGVHASFHTLATTFLISQGMGTGGQVEHV
Ga0193013_1038185Ga0193013_10381852F000786TWESCKGILTIRAEMAESCGTTRGAGNNRAFEDAANSRIQGELQDVESDLPEDIMNNAMRVFRAAIADKCTIQQSIEKVQKDALSEVETRFKGQRFKGFIKFDYDTNVITINVNKFGNGNAQFSVGMGVKKMVCPDPFMGKLSDPNMNKR
Ga0193013_1038188Ga0193013_10381881F039934HGETDHXVKSNRGKMNALIFSTLFFVLGTSAQKQEAGCVIEWKETTEIEFKDVITTVCTTEFKHACKEKTIQECKYDIIKEPLTETVDQCTTENVKSCKKTWACNDEGWVEGTSTCENEVYNDTDECTYLPQTVCNKKDVTIYVEKKERVCEDIKYKDCTEKAAVETCEEDHTRIPETYKQSVPFKRCTSD
Ga0193013_1038195Ga0193013_10381951F036075VFDGFSGVSWSLQQQSVLAQWSLLSELVQRDDFSTGFQNSLSGGFSDSKSGEFDFWDLVAPGVVGDGSDANDGFAFFSVSRKSGKGQRWSVLSGHKKSFQHDLVEFGVGSSGQESVELDEHVQVEIIALGGFSDGLSVLFVADVNSHVLIYFCKFDLRL
Ga0193013_1038239Ga0193013_10382391F002056NASFEGLVETVPGVNLDLLKMDRYNMDSKKDPLFRGEFEVVKELINTLTDGAGAKNECDKVIDKNGTPKTGGTGIKQLRENIAESKLSYEIMDDAAQAFLKTKIMDNIHKYFYLIVFTAYMRQAADLARESCPEEKKKDLTLSGGRCAIPGNELKLPKSFAAFCEENKDVRDMVDNGKGNLQWERDIPPAALSNLENLAKTDFKANLGQIIHDIYQTAHLMF
Ga0193013_1038312Ga0193013_10383121F100313STQYGFPPENFGQFAHHLLTAASTNPGCLSHLQHAVYGNGACHGNGNTYMNMPRYTDKLLEECGSKRFFARGERGEPNAALDTKACCCADWSPAMWEACANAAKGDVAPVAWDALWAKEKSEHHSNVLEWNLTHLEKKIDEKPAAPSMFAKL
Ga0193013_1038369Ga0193013_10383691F012568DFAEFKDNVASKMSNLTCVLSKLDMLDANYQVNIKSYTEGIWNEMDLSQTLAGEDPVWRKMVVDGYNDCYDVARSFPQSALNKNPIMKVFGRHMVFFKCAKKVEAHCCGMACANHMIETLYGDNDNGFDWSQHGIPNNKYERAAMYMKVKYSTATPEEAFVHNFFYMDPMM
Ga0193013_1038430Ga0193013_10384301F000061PGDSPHGLYYENCPNVQYGFFGHLEIISKTAVEVLTKYLEDCHSVFAPCANDGCDWKFGAWGEDVFAQRCMDHHYVDKVEAFDVATDGACKADRPEGMKDKKWHPTDCSSLTTATAHPLKKPAPYKNA
Ga0193013_1038478Ga0193013_10384781F045517QYPLKGQGELNACKEKIKVVKPCIWRTPKPTITSANVKPASPRSWRTVCGVKCKEVTQDKVVHLTKEEKTYSSVTEIAREQPVVVKPRRSIAPEARTQVPKKRGALKGFKARLRLPSSYRPSSVSFLTGKYPIGSWRYAARTRFKHHKFGWCVKSKIRNFHAKFQNYRKQYF
Ga0193013_1038513Ga0193013_10385131F031751GYNIMSQKTACLILFFGLTCIFYAQALDQYGAADYDDRLAQAEQNFWLNKIPQMYLWKLRHLSNPEQENSINEDLEVPPHRKRGGKFNGLRRYG
Ga0193013_1038718Ga0193013_10387181F001067ETTMKFFIVVALAGAAVALPSNRDDDGGAAAALQCTAGSPLDPKLGEAFDSCFGSAATMRKAIKRIQFNRDDEQCYSYDEIMGWVEQEYADDACVLQSIGWMNEDFDFDEATIEADVTSLDPVVTAPLFAGHEDCVNHVMDYVEDHECADTFSEEEQNSLLDTAEKIAHYECFLHLFEQGCMDFLGAAGKK
Ga0193013_1038955Ga0193013_10389551F000061GDTPHGVYFENCPNVQYGFFGNLEVMSRTAASVLTTYLEDCHAVFAPCANQGCDWKFGPWGEDVFLQRCLDHHYVDKVAGWDLTTDGACETDRPAGEKKNKKWHAPDCSAVTTPAAHPFKKPEEYMKCMSGMTGGQFVA
Ga0193013_1039057Ga0193013_10390571F038534LVALFHHHLLLFLGQLLFGDLLFANFSLFGDSLFTFGQDHFDVAWVAHEWIDSTVSSVSSSSVLWGFVDADVFNKQRINIERFKLSVGFGVSEKFQKIFAGLLWPSTLTGSHSWGGSELFGLGTSAYTSVESDEWDAPFVFDDVFKVFLGFSKVHTFKHLGRFSGVFEVDSDILASRFATLGRVA
Ga0193013_1039063Ga0193013_10390631F000021LSYEIMDDAAQAFLKTKIMDNIHKYYYLIVFTAYMREAADLAREAVAEEKKAELTLSGGRCAIPGDQLKLSKKFVQFVDENPKLRDLVETGKGNLQWERDIPPAALANLEGLAASDFKANLGKIIHDIYQTAHLMFSDMPQGDHKKRAKYRFASKTLMRILPPALSKEIEAKIEEKAITLDLYEILGQCTWGKA
Ga0193013_1039150Ga0193013_10391501F000075TWGINTLLLQMKFAAALIATVAANRYENMNEDDLLVNLESTLSSALSSEARGDADAAVAKTAAIKNIQKALTARILKRLDDGQPLVEVARKMKAIEGMQPQINDMERRLGIMQSVEPVLENAVKTLQKVVDVRGMGKK
Ga0193013_1039263Ga0193013_10392631F005378MCSQPCFRSVCGLPLQTAVYIIGLVELIITVIVTIANVVKYSKLVNEEDCEGKDVCIGPIIKYCVFDAFFGILCSILLFIGARMRHRCLLIFWIIITLGCSIKYLYVFIVSDWTSLEDWVSISYLAFYTVVTLVVVSFTKECGTSDGGVIHDYGAPPAYKA
Ga0193013_1039275Ga0193013_10392751F018908KDLPCADSNEEWYVPSINRTKDGANPPEVVADHNGKLETYVQKKQDIPKWWVKDQTINSKCPRGIDCPDFRYQGEQPYSRQISLLKSISKVVDLEKIAIGFETLGIDVQVQMQSWQDHALPWTTSPLKAHKAPTPYDNYTYYKPCTQNMTMENYKDQKRCAMPLLSQQWGPKFDADEIVGLEKSVKQQLGKQLAGVGFFTLDGVLSQKKGSPRRYWQAE
Ga0193013_1039381Ga0193013_10393811F000048FDKTCVNYMKVLIAAEGASLKMTTHTEADAEVAALKERYNKVKAVSDTWVKKCEVLVKEWVLLDNTVTELNSWVAKDKSEEGENQFSLEKMESTLGELKNIFKQKEKLVENL
Ga0193013_1039382Ga0193013_10393822F001267MFKLGLLLVLAGSSQALNCNECINEMHGINFLIKQGAPEIMGFLKENYCPTLDGAENVEMCMSNLTEFYVEMLWMIVEHFFVDGAQHICQAWGFCDVAMDTFPYTCEECVEGLEVVGSYMTDPLWVAEYTLYLEQNFCVGHSERCVPAVKAHFPPMHAMTVEQFWKPSELCGMQEVCGATKPPQ
Ga0193013_1039472Ga0193013_10394721F053760TWGVSASRGTWSSSNVNMRAFILSLVVVAVTGDAKPWTVAQVAAGEPVKNAIAEGRLHNIGVITNAAEAGVTQVGAVPLSYHVPAVLPHVYYGKREAEADPYTLAQVAAGQTAGGVITAIDYGHNTGGLRPLVHHVPAVYHAYHPYTAYYGKREAEAEPYTLAQVAAGQTAGGVITHVGGVPVAPHRAPAVYSAYHPYAAPFIGMRG
Ga0193013_1039498Ga0193013_10394981F006065TWGCSPSIDFNMRSFTAILTFALAINHSLAVEWADSGVKISNAQQACYANDELYQIMKTGSATYASCQDGRGEYPTGGTMGKAFCLFDKLGLFADDNKMKINWDAVNGAFGSFANFASDCKDSDYDVDGGFWDDIGDWWGGEDFDYSSVDKALGNFYSCVAAKLVQEAHDQFNNKFFSACPAF
Ga0193013_1039518Ga0193013_10395181F028412MKGDKKRSGGALLQEKIQARSSSLTSSEMSDEGSSELEVAKMPPTIQTLTECLHRIHALEKDSDDNYSSHNQINLQNSLLEALGLVQLLKKNQLEEMPFSVRKRAVDSVERNQESFLGQQTELVFLFGRCFNLSMNIKILNQCNYADPTIASRLMIDFHVIDSSLQTKLMHYQCDSLDLMSLNKR
Ga0193013_1039751Ga0193013_10397511F055357GGHFGRKPETKDGMKLFEWENAKDMAKYAKMSPDEITAALKGSNYLQKWVD
Ga0193013_1039796Ga0193013_10397962F087990LQNLEFTKLLFTHNQGGDGHPKFTHSCCSPTVWGETGVLSDGGSGESSKESKDPVVDVGVAEDAVVGVGALGVAVPRAAAVPARVEHLVGEVLGASSKSSSPSSGVDRLVAGEEPRVRRVLVLAPALRAVPGQTGSSLGSGGGEDEEEGGEDCKRDLHFLLSRQTRLESLRLVGDSPC
Ga0193013_1039812Ga0193013_10398122F007296LSSVLRGTVEEKELSGTVVSSARSSLLKMKLLASVVVVVVMTGLVSGMDVGKGGVYDSPMAQDYYVKRFGFMFGGGRSGMYGLKALQADGLVAQRQEVKPAVQMRNSVDTYYRNVLPTAKTSSYTFNRFRSQPLLRAKPMVELAPKRMGSTYFNTFMAVP
Ga0193013_1039817Ga0193013_10398171F000480HGESPLDSRLITMKLFGLAFLIASSSAFDLSKLRFGLAAPPTEIEYGFCDGSPEPASIDNISVEPFPILVQNGASVTLAVQITLNEPLPAGASVSLNLVLEGVIPIKIPCLDIDGLSLGSCTYDGDHLLEEAATAGICPTYFPEGQACALPLNPGVYGGGDPLVLGPIESVPDILLPFLKGTVRAEANFNLADGTLFACGYARVAVDH
Ga0193013_1039827Ga0193013_10398271F005413TWGFTLGDPCRKIMAAKLFIFALALASTQALTLRVKNVKAPDVRTCMDGTSEWFDNISLDITPWPVVVAAGNVISLDGGIDIMQEIEVGSNLNIKLTLITAIGNLPIPCLPIGDLHIGSCDYTVQHLLDFLKAQEGGEEICNGLMAEGQACALPLMPGKYAPGTESVEITLPDIPAILEPFLKGQVLAQAIGTKPDGTEVACLEITLELA
Ga0193013_1039860Ga0193013_10398601F021993GEEITHNSQQLKLGVNVWKGRFDKVWTNTRVNYANGLDFTVDSMYVTGPYSGKAIVRFNRTTGEYMHHFEDEYLNYPVDIKEFRDYLYVCSEDQVRKYNRLNGEFIKTHSQTDGLLGSFLLFHINWNQNLGE
Ga0193013_1039901Ga0193013_10399011F001119TWGCISLLKIKQSISVMIFFLAIFAVLAVANAQESCDLCKMGVDALGQYLMTEAEIAAVEEGLVDLVCSTLDEEQIQTCAEGVYTWWPSVTEALFNYEGTAVAICVGTGSCKYDLKQEVSCAQCEDWMGRVSGLMATDEFANVVYNDLHGAVFCDDTTYVPAANTEECKGLMDLIGVKAVKALGTLLSVAASRICVDLGCTA
Ga0193013_1039915Ga0193013_10399151F036075VFDGFSGIPWSLQQQSVLAQWSLLSELVQRDDFSTGFQNSLSGGFSDSKSGEFDFWDLVAPGVVGDGSDANDGFAFFSVSRKSGKGQRWSVLSGHKKSFQHDLVEFGVGSSGQESVELDEHVQVEIIALGGFSDGLSVLFVADVNSHVLIYFCKFDLRL
Ga0193013_1039954Ga0193013_10399541F024716LGYRVMSALYQCDPGYYSYARKEGGDEDWHTVLDRRGLERQDNCHSVQDIENDFHMYASYGLCVWENIGWYNLSSIGWIDFYQYQEDIDSLPPQVSEQLQWSGLMGECWSNSTMDIVQYFEGCDYTDEDWSTLYNIIFAWSDMTCFGYIFNDTCSSYLRGEIYYYFSQAYTNSYDDYSDYYTAGGK
Ga0193013_1040041Ga0193013_10400411F048338MLARIAPKTLAPQRCLSLGVRRMLEGGITESSSEHFHASGNGMDANFAGSTMEDFLAARNETDRVAKIKDFASWYDAQMADLEAAKESIKADPRHSQLTFSCLGGGDKESWITSSPSEARYYASNLWRKQMIRYQDLNVSYASRLETCPVLKTRLMFIIMCQGLWLLFVGGNGASSCANPPGVPEF
Ga0193013_1040163Ga0193013_10401631F000073SGGRCAIPGDQLKLSKKFVQFVDENPKLRDLVETGKGNLQWERDIPPAALSNLESLAASDFKANLGKIIHDIYQTAHTMFSDMPQGDHKKRAKYRFASKTLMRILPPELAKEIEGLIEKGKITLDLYEILGQCTWGKNELATA
Ga0193013_1040234Ga0193013_10402341F029338VRCSPNWADGTNDGVKRYINEMTYETNKMVGLNNLRLVWKGPYVRTEGVRPDQEGDAIRYDVLSVANENCDAVIFLLFNEFSEDCKTTTTGHKFGGVSYGGMCEVPDGRGYAVVVDQGFLKDAWTGPQILAHHLLLMLTSDLPDKNKHCPNQESLLYPKLDPGRQRVDQCVVDKLTRSGVSRRPCMQD
Ga0193013_1040259Ga0193013_10402591F046159TWGQTVLVSHRRIVMKGLIILAVVAAASAAPSCDDCKAAVAGFKDRLLTPESLAEQQAILTLAACPQAPDPAQCEQWVATYWAGIAEVLFTWLTDVKDPCGSLGLNLCKKGFTCDECLGALDFLGGVMVDESYVAEAIKYMQGPAYCGNGGEHTPDCEGTIAEAIPVAMQVLSEAIPAQGETLCQDVLGVC
Ga0193013_1040445Ga0193013_10404451F010685RWDPPNKEMPKYPIPLWGATSVKVPGKEAVGPIFQVKRDNDFAANALKADPLTQPKPEMGDKVISYPCYPVEDKKHGFTGVGTPQSPCDVGGMPALVVGPTYGFTDGKNGFVPEPPRSVGGLPAVMVGPVFPGVGTGSGTYFPMPLPKVEEFVMFGPVIPIPDHYSKYTPQPFGCSGYGINADRPKSLFGPGNRDVGDRNAAIIAPGKYVPEKQE
Ga0193013_1040497Ga0193013_10404971F000480MGSVHLGLTMKFFALAFLVAAASTKDIRLNLLAPPTELEYGFCDGSPEPLTFDVISVAPFPILVQNGASITLEVQITLNEEVAVGAQVDLNLVLEGIIPIKIPCLDIEGLHIGSCHYDGDELLATASDFLCPTYVPEGQACALPLGPGVYGGGDPLVLGPIESIPDILLPFLKGTVRAEATVTDASGATVACVYVRAAVDH
Ga0193013_1040601Ga0193013_10406011F087990MFLLQKLQFTNLLFTHNQGGDGHPKFTHSCCSPTVWGETGVLSDGGSGESSKESKDPVVDVGVAEDAVVGVGALGVAVPRAAAVPARVEHLVGEVLGASSKSSSPSSGVDRLVAGEEPRVRRVLVLAPALLGTVPGQTGSSLGGGGGEDEEGGEDCKRDLHFLLSRQTRLESLRLVGDSP
Ga0193013_1040610Ga0193013_10406101F000235MGSAGQSATMSLLLLLLPVALAGLPPHHQQLVERFGAENVNFDKNVRTAFCDSCMEITVESNGGAQEHQPNRLGRFSRDGSLWENMVPFWTADNAQHITPDPMSNPVIYYLKWVVSETVGGFNAGLMNDDYTDGIICPYEIPDQWQYEYDRQWFVDPTLRFVCTKFRDAEEA
Ga0193013_1040813Ga0193013_10408131F039443HGESTFKHSNMKFLVVLSFAVAAQAAPQLLYGGVGIHAIPTVVKQEVKYKTAAFEPVEADTPADATLIELKETEHTYDALVPGPVTYAAAGLHLGLPYAAPAAVKVELPEVKTIELPATTYSLGYPYGLGLGYPYGLPLVAAAAAEEKAEE
Ga0193013_1041146Ga0193013_10411461F017317CPEANWFCCPDNMYCAATAADCPFVSMKEKLVKMAAKKQCDGTMCPAGCCPEQNWFCCPDNMYCAATAADCPFVSMKEKLVKMAAKKQCEGTMCPAGCCPEVNWFCCADNMYCAATEADCPMVSLKEKLVKMAAKKQCEGTMCPAGCCPEQNWFCCPDNMYCAATAADCPFRAVRDYLSKLAKLN
Ga0193013_1041280Ga0193013_10412801F002228LIVILVILPSIDCHWNPLISKCPGEGPRYGDYKCIHDRTHRVCAKLVDNPTSCNELSWNENGGSFWEITGQQRWNWKNRICNRPNPGDSWCICMWATASLINRVGCDNVHINCAATDVNHVMRSYSDGGWNLEEAKSCIQRKCVRQSDGRYINA
Ga0193013_1041297Ga0193013_10412971F004522AFVKRMTDVATTLAALIKEADGEAATTMVNNCKEWMDQTTALGAALELGKANADKMTLHADQDALYTSMKARWVKVDEAAKEWTKKLAELSGMWSKQTEMLNKVTSTMVDGGGAGKGEQVNLNELDQQMEQIKEMFVKKQEMMKKMSSATAPDPAQLAA
Ga0193013_1041373Ga0193013_10413731F082092KDVKLFATFLKVFFEGGFGYNMRQNIGSGGSYLPVNVGIAALSVVPAFEGQLGIATGFPYVIESQFLPFIDTVPVTISAISEMSEHHKRYGLCFTRCAFVWEGDAYASSGTLDFCCVLPHGGFYYVPENLKKYNKVGGLIYAFGEDKESTNMAMENQ
Ga0193013_1041383Ga0193013_10413831F098751HGIAQYSQLNLMDGFSHSQLEMNLFHDTGIVLIIGIFVFVTVIGVSLICNNFRDRKLLEDQALETI
Ga0193013_1041400Ga0193013_10414002F019776MGGQNTVEFVPSNMHFSVLFVLVALSGVLSQDTYYCPDGWAISEVGDEIECILLGGLGELVTKNDAMAICAFHDAWLVDMDEGRGSSKNNLLKSLIFEKEGQGGFGDAGNQWDSQWWIGATVQGRHGDHNWGNWTWDHNGAEVEWYDWMNNEPNDWNSQNCLTFLKDQDIFGYGVYHWNDWDCGALARYICEREGNVY
Ga0193013_1041488Ga0193013_10414882F002730VVNSERRPRASCERGAQLTCSFLAHSSNIDDLLEGLDGVLKDWLDGLHDTESSLHIVDLWLHSLDGLHLSGDLNEWLSIIESLKDSGGKSLLDVLDGSGLGNSGIGITSGLR
Ga0193013_1041495Ga0193013_10414951F000119MKTMILVSFFATVASAAPEARFSCSECVDEMHKLGWMVKMAAVPIHDYLAANYCPTLNEDQQWCEEALSRYYVGALFAVVEHYFVDGAIHVCQTGGACDAFKEYTCDECIQGLEWVEAYIEDPIMIAEYVVYLEQNFCLGDHHHDQEECKRIVVEHFAAMHTMAMEKFFIPTEICMNEPVCGATKPPMF
Ga0193013_1041642Ga0193013_10416421F091097MGNSTRLITRTMKSFCALLALVAVASSSPLVPKLDSLEYGFCDGSPEPGSLTASVDPFPVVIATGETITISVSIDLAEEVPVGSQVSLKIKREGLIDIPFPCLTIDDLQIGSCDYDGDELIAAGADVICTDYFPEGQACGLPLGPGMYGGDPPLVLEVPEIPAIIGDLLGSGTYYASATITTPEGATFACIYIRVELAN
Ga0193013_1041695Ga0193013_10416951F000048TDGLSKPSDLEQASALAAKVNAFDKSCLDHLKVLMAANDAAQKMTTHAEADAEVAALKARYEKVKAVADTWVKKAETLLKEWTLLDNTVTELNTWVAKDKTTEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193013_1041700Ga0193013_10417001F000287YNNDFGGNYYQPMIQYLNTKDTYGPFHKRSSVYLPDRAEICSQKYSNMRYKDKSSAKQKLDTFLEHAYTEQIKELNGTTAMAKINMLKTIVSGRRQPHSAVDNVNTPLNSIRLLHGAPPGQCRVNHYMSELSIEKNHKASMEGKQRKHLAMLEATDDEYNYHHKLFGQGAVDRDMTFYNPQLIRDYVNQIRRV
Ga0193013_1041703Ga0193013_10417032F005532MANHLLMVGLILLTGSTTILSQNDDEDCPFTNGSCPVTLDNVVDVFFHDIADRISCQRECRMIDECKFFTMYGVNDDPTDHMKCLLFKTCDHLEACDECITGPELPFIDDANCTNTDGNFTCETVLDNVVDVFYFDAADTFSCKDQCGMLEDCNFWTFFDVFDVPQPHHKCFLFKTCDIHEPCS
Ga0193013_1041868Ga0193013_10418681F078175HGEISSQHTCFTLTLIKNKLKSNNMPLAKEVTKGVFDPRTYREDDPVNWARKRKPEWMATTGKIHFTRERTVDKELEEDNGSKEPSPTPEQVPEKEVVKMPPTEIPIMTNMERKQSNDYWPRKMRSDITRSRVV
Ga0193013_1041923Ga0193013_10419231F005448RMLWLLVVCVGVALGQEVTDEVLDNINEPSGIALKDSFRCGLFFPDPADKSPDKSALPYLNLYIFNATFDAKSECESGTPNVKRYNDFCAQVWDKGGKGLVLTSPSLNKKRGADGISIGDDICNWVKTEGKTPFVGKNSKKFPNGLEFGMYSNSCGNKLWDWAGRIHHEIVCCAKGLHTPCDF
Ga0193013_1041939Ga0193013_10419391F000697VNTGLFTQVWKKITKHVYTDWTAKVDIDAVFIPNRLRSWLGGQLVPYNGIYLENCKYVDYGYFGNLEVFSKAAFTTLLANIDLCKASTEINWKVGVKNGKFGPMGEDLFAQSCLDMKGVRRVEAFDITTDGACPADRPHDQQKNKKWKPNCAETSTAAMHPFKKTEEWFQCWQATVDAFGGQ
Ga0193013_1042108Ga0193013_10421082F000879MGTSHTELSLQREKMKTLLVCSVLVAVSSAQYLGYPYALGSPLTYTPHVIKPVIKEVEVPVEYNTYAVKDTGCTNVFGFAVPCLTEGEARRKRSADEEAAPAPAAPVLAYSGLPLAYAGYPYTHYPYAGYPAVTVAEPKVTEVEIPQIVYKPVEKKIELAPLCHNGAGFAVPCA
Ga0193013_1042110Ga0193013_10421101F068400AEMRGMIPVMFDYVVKYNIQDTEQQQGKAKLKFDARTPAKRFEINYAPKTGTPFEYVFDFDLSSGFKYDSDLKMNGQVVEKATGDFTWVNNGNKFEVKSDETFTQTKENPFYSFNTWFMFGGRYVEKMDKTRNFFFDKVNKAQLINKMKIEEEVTLDGQTWYHIKYDNTAPKTAFLFTYLPYNMDQAWTYEGGREHTANGGFTLTHKITHG
Ga0193013_1042136Ga0193013_10421361F022589GAGKEVAGEDPTDTSLRRGGYLSYSHNCPKLCREQEGEVLCPVYEDETGCKPEAECVQRVTGTDGEWCSSHSACPKVCPKGYKLCLYGDETDANGCTLEPNCVFKGKNDNDLWCPGHCPPICSGGQQLVSPGYDADGCALPSVCEASDQ
Ga0193013_1042389Ga0193013_10423891F043210RVLASIIDDMNKDAGINKMVKSGGGRVRNVPINIEPMEVEQENLERRTGRPEKKVTWSRELLQVRSISPRQKSSRVAESPRTSRMSDAVNAFRAGSIHEDSGGVRDCGHFLCQRVGGVCLQGGSGDQEHPGGGNMRPGYQSLPCSPQMQTVVWRSIPINRTSNNNNKRAGLSLDLGNAFLQGEGLV
Ga0193013_1042416Ga0193013_10424161F009052YDKRCHMTYKTSFDSVQEEECEENFRKTCFITMVDTAMNVTQNVCKKPMVKDCDIEGEPVCRTEYQSECWSKQIPHEVEDDVAECVTVQDRMCKEETSGYTTQEKCEDWPRQECTVVKKKVTKYTTMTGCNKEPTELCAPVGCGFKEGVEECHDVVKTHIQEKPEEECTLEPVRTCKHITRLVPKLVEVQECVDVPKEICNRSKQNPRKV
Ga0193013_1042447Ga0193013_10424471F001694MKFLVLLAAVGYASAASSNAVTCEECQAGAAGLVDHLLTDASLAEQGEFVKALVCPQLPDQADCEANVDMWFPDMAGCIYPHFVLEGDVCTMLGLCKKVSIFTPRDWTCEECTDILARTAAYMSQEDTIAMGVEYLQGDCFCGQDGHTDDCADLVSAVVPLAMPVLADILVEQTVELCSEVVGVC
Ga0193013_1042464Ga0193013_10424641F000608GDECRAKQNQYKCGVFFKDLTSKVPLAWLGALPEAVVRARKEGATDDDVISLLGSNVDEESYEGEVCGETLANTRCYAQMTKVKDEDLDSCGKSLVRKKWSEQAEETMGDYLCGQVHRWLKRNSDYKANGRDNIEMAFMYSECGNEWKEISSSIEGKLVPKEPLCCTNKGKFRRCDGSGQVESCGKK
Ga0193013_1042476Ga0193013_10424761F017096CPVTHPVCGHGGGAHLCGCDSNADCDSSRPICDTTEHACHAPPGKVLIDSIKVYTASCDGCSAAAEGVKVELVGETNGASPTGVVCNSNTMDHAGSTDFSSGSAEFNGRINGQEDQAEKNMMGGCYEGPLNNQIIGGWISWEGEGTWQPETSQGVCVDWRDDYAFVMACDLSPYASGTQWDLVNCKAVGTGPSYDTSCP
Ga0193013_1042549Ga0193013_10425491F068400MRGMFPVMFDYVVKYNINDAEQHQGKAKLKFDARTPAKRFEINYAPKTGTPFECVFDFDLSAGFKYDWDLKVNGAQVEKATGDFTWVNNANKFELKSDETFTQTKENPFYWFNTMFMFGGRYVEKMDKTRNFFFDKVNKAQLINKMKIEEDVTLDGQTWYHIKYDNTAPKTAFLFTYLPYNMDQAWTYEGGREHTANGGFTLTHKITHG
Ga0193013_1042738Ga0193013_10427381F000481EQCSKLDAIIKKHEDLIPTVSKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLNQLESKRPTVRDLIEKGRKLLENPDKPKFLERYVSSIEEGWDLTKEKASARLELLNNTKAAWEGYYAGLETIAVEFEKAEEEIKKVKKRFNLQDAIGDLEKRQKIFGDTKNTIDTMFGSLQHDYDVMTMTL
Ga0193013_1042849Ga0193013_10428491F000577TFTKQCFIEYKKVASDETIQFCHTPLICEGEGPEECKTVYESVCETTYHEHDVEDDVVECETVQEEKCEDKTQGYSTSTECTTWPVVKCTDVRKVNNKKYTPHTTCKKEPRQLCGPSGCVPEPGPEECFDKKETVVQEVPEETCSLEPQKTCKFVTKLVPTLKPTEECVDIPKEVCSRSRQNPRKVQKPVVKKWCYVPSEESGLA
Ga0193013_1042922Ga0193013_10429221F092160MRWWKDQQPIETQDKSVATFRGGFWEAMVHPWFYTAPKHLMNFPSDPPAERLQEGHPFGDRPRFGRYNTFTYYGRYSITASSIMVVVTFVILNKGVNRTKQVIADAEATVSSL
Ga0193013_1042937Ga0193013_10429371F098615LDNQMRFLIQNIEGSVDQMISDLRSDCQRSRLQTQTYGWAILAGGGLDIAAEQIGKNIDAVLTMPDVTYSYGYYAGYAMGFAGPYLLPTYIGACSYDCSSADFNTIVNKYNFRNGISGQNIGASKIQSFGIDAKQALSCITQQSGDSKEAASVSYSIDDIVDAGLQILSLQNKI
Ga0193013_1042951Ga0193013_10429511F045521GYGYHKYGPGYSYEYRSPQGLHKREADASEPHHEPAIAHHPAGGYGYHKYGPGYSYEYRSTQGLHKREAEPSYKPALAYHPAGGYGYHKYGPGYSYEYRSPQGLHKRDASGASYQTVYRTDCYGYNCQNTEYGVKVHGYEANVYENRHGH
Ga0193013_1043057Ga0193013_10430571F029011VSTTGFGFLTFDWVAPPVSDTSMESDFLHSFDVLSKFVVQVVTGHLAVFAVFPVSLSVQEPSWDFEVLWVGHNGLDLFHFGFRQLTGSFGSVDFGFFQDQVGESSAHTSDGGQSVGDFDVTIDVGVLHSQNMLEILWVDEGHDVIFSTFLSFCKFDLRL
Ga0193013_1043171Ga0193013_10431711F002878TWGSSVLPQSLIMKYILVLVAALGAAQAAVTCDECQAAAQDFVSHLLTEESLAEQVQLMKDNVCPQLGVDGCEGILDMWYADMASCIFNHFILEGDACSLAGLCYEKTAMEKMRDWTCEECTMLMSGLADYMVQEETITEGVAYLQGDCFCGAEGHTEDCPALVEAVVPLAMPVLAVALTEKAVEHCQEIAGVC
Ga0193013_1043175Ga0193013_10431751F002878TWGSSVLPQSLIMKYILVLVAALGAAQAAVTCDECQAAAQDFVSHLLTEESLAEQVQLMKDNVCPQLGVDGCEGILDMWYADMASCIFNHFILEGDACSLAGLCYEKTAMEKMRDWTCEECTMLMSGLADYMVQEETITEGVAYLQGDCFCGAEGHTDDCPALVEAVVPLAMPVLAVALTEKAVEHCQEIAGVC
Ga0193013_1043189Ga0193013_10431891F100094MWELWNKEWLPSPHGNFLVLLIAIRESVDMAVVEKGVVSISPGELLAPDPKVVIWDELGSSVGTLVGHAEGVHMPEDDDWNGGKEESLFPGLISTTMATAHLPGDGRCLGGDAEELLVRPCKGCHGLVATGKWRLPH
Ga0193013_1043516Ga0193013_10435161F028079TLKITPKVNVDIKECMAGTSDWFGDYRLDVTPMPIEVAAGKDITLDGEITIKQIIEEGSTLALKLVGEVPVIGKIPIPCLEINPDLHLGSCTYDIGGDLLPLLESTGRCAEFMPEGQACALPLNPGQYAGGDPITLTLPDIPDILIPILSPLKAIDAEITGMKADGTAVACLGAKLELTV
Ga0193013_1043573Ga0193013_10435731F008117NMVKLAKKVESGPSDTVGYGLASKPVTDMSQDSLWKAMLYAMRNPAECGLKVDGVTTRDMAGFMQRTMRILEKPGSPTVTDNIRVLESAQEITYRPVINGVEAEEERVFALRKDPLRFEMFCRNSKDEMRLDWQTPKSVCLPVFDSTIAAAQRM
Ga0193013_1043610Ga0193013_10436101F050877LLVCLHLGSCVEIELGRDSNVYPLFLNPFDVTHWKCLGWTVYENTVKSALYTYDVDVCFAGVLAAKLGFPWIYEYLTGNNFFQAVGLISRSGEADYDYYGTEEVPVQFQSPSSITEKASALFKEMGKAVHRDPSPYTSSKHSSNKYNRFPKQF
Ga0193013_1043613Ga0193013_10436131F040998VLNVGLAGSVQESFDDGRIVHLVSDPLTSDLSWENAIFQDSFVDVFDTSADWSFLFVAFGTGFSGFFSHHFSSTNDQNVFAREFLFQFSNDFGLDLLPAGNLLSWDHQDQSVSSANIDFFDGNNVKLHKLFFGGGIGTVLDFEKGLGDVVLDVGSPLVVFL
Ga0193013_1043619Ga0193013_10436191F008557YCFDRVLTVCEETSTIVEREICTYVYEQETVTPPCTTTQVTYEDKSETMKVTACGAAGYGYGHHGYGQGEHQVCREEYQTQAYKVPLVTAPLEVTCSLSYPAPKEVCVTKSIEITEVKCEDKIENVCFNVAKFVDATNTVDQVETIIGEPSCEQITLSLPTQACSKAHHAPAYHHGK
Ga0193013_1043659Ga0193013_10436591F000276NGNKCVAGDHSYKCAVFFEDLTTKRHLTWIGALPDALKKARNKAEVADILGADVTQASFKQLDSCDNVTANARCYTILDKQRKLPLDSCDRNLINTRGTDTVGDYLCGQVRRWLRKSADFKENGIRDLRLPVYYSACKSEWAPVSDGDTDLYVDEPLCCDKDGKFFRCDGSDFTQTC
Ga0193013_1043704Ga0193013_10437041F012460MKTIGICLLLVASVTASDIYLSANQVFCNCGEAENNFYNNFMAAENACAAGDGYGSCMAIQLGFLSEDCRTQYPDAINAALEGHEEFYEGCMVEPFPESFDATVGWQWPGAYPYAAADSAYSNFLSCLKALYIGTCQQRALDTFHCNA
Ga0193013_1043727Ga0193013_10437271F019776MHFSVLFVLVALSGVLSQDTYYCPDGWAISDVGEEIECILLGGLGELVTKNDAMAICAFHDAWLVDMDEGHGPQKNNLLKSLIFEAEGQGGFGDAGNQWDSQWWIGATVQGRHGDHNWGNWTWDHNGAEVEWYDWMNNEPNDWNSQNCLTFLKDQDIFGYGVYHWNDWDCGALARYDWMNNEPNDWNSQNCL
Ga0193013_1043926Ga0193013_10439261F001267GLLLLLAGSSQALNCAECINEMHSLNFLIKQGAPDIMLYLTENYCPSLTGHEEQCENDLTRNYVGMIWMIVEHFFVDGAQHICQAWGFCDAVMDTFPYTCEECVEGLEVVGAYMTDPLWIAEYTLYLEQNFCVGHPDRCVEVVKTHFPPMHAMVVEQFWKPTELCGMQEVCGATKPPQ
Ga0193013_1043929Ga0193013_10439292F001028WAENMEISEAAKSGDGTIANVGIKVNGKFKSPVNNQLFDTQEALDLHLKYLHDPKKCNPNIEE
Ga0193013_1043931Ga0193013_10439311F001267GLLLLLAGSSQALNCAECINEMHGLNFLIKQGAPEIMLYLTENYCPSLTGHEEQCENDLTRNYVGALWMIVEHFFVDGAQHICQAWGFCDAVMDTFPYTCEECVEGLEVVGAYMTDPLWIAEYTLYLEQNFCVGHPARCVEVVKTHFPPMHAMVVEQFWKPTELCGMQEVCGATKPPQ
Ga0193013_1043956Ga0193013_10439561F031751GLTCIFYAQALDQYGAADYDDRLAQAEQNFWLNKIPQMYLWKLRHLSNPEQENSINEDLEVPPHRKRGGKFNGLRRYG
Ga0193013_1043968Ga0193013_10439681F055666TWAIDGMHGPTRGWIGCAQFIHWATNHVASKVAGVEATGVDFYHVTDYSKKDFLKAIDNAVHDPKSQDHQNFYEFLLTIFVEEDHQCKGVVSKEGFARLVDRAALVPRHFELAPPSADAGRVAELYAAMEDSRLGGVTFRKFLQWTTEHTKAKIEAHKE
Ga0193013_1044063Ga0193013_10440631F102466FFFLARYIYLATTIISLYERFLIIIGYLAGLLLSIIVSHNPDFNNQFEQFQNVICPFQKSNIVITTMKR
Ga0193013_1044116Ga0193013_10441161F000086AMTPEDRVSCTMELQEDVAQKVEIVSTAIKTEADLLPQGDQVPKDAQDYKDELKRINDYVMDLQKRVMTECEHFSEDVKYWAEYKTGIRAFNPWLEASEKRLGEGLSKPKTLDEANAMYANVNDFDQNCLKHLAILESAEQAANKMTTHKEADAEVAALKGRYQKVKAVSDEWMKKGDTLVKEWKLLDNTVNELNSWVAKDRGTE
Ga0193013_1044169Ga0193013_10441691F004228GSRAARLKMTMDKSILLFSLFATVPALPPPQPTTTTEASVKSRTNGLINDVKEINLFLNIPTGCDIVYDGLIKQLEGCRSGSNHGDPRLTAGCLLKLDFTHLQQDCANTALFFPVVKADPTPPEVPCDGTYCPTSGKLIFSGDAGTNVAFPKEESQQAPRDQTVSIGDLLGGKPTYGAVFDEQRDGPRFG
Ga0193013_1044173Ga0193013_10441731F061514HGESTSLPDIAKMKAALVLSVVIAQAFGLAAECNPPMPSECAEGDISCDMGTYADCWLGDVCMPEGSICPPSCNTPAPSECQDGEVMCDMGGSADGCWLGDYCMAEGSVCPTVCYPPLPSECGETDISCDLGTHDGCWMGDFCMPEGSICPPSCNTPAPSQCSAEEVMCDNGVDDNGCWMGDYCMPLDSGCPLPA
Ga0193013_1044256Ga0193013_10442561F000048WLATAEVSSQDGLSKPSDLAQAQALSEKVHSFEKACLDHLRVLESANSAAQKMTTHKEADAEVAALRERYSKVKVVADDWVGKVDTLVKEWTLLDNTVTELNDWVAKDKTQEGENQFSLEKMESTLGELKNIFKEKEKLVDNL
Ga0193013_1044398Ga0193013_10443981F050128LQWERDIPAAALANLESLATTDFKANLGKIIHDIYQTAHTMFADMPQGDHKKRAKYRFASKTLMRILPADLKGEVEGLIDKQSITLDLYDILGQCTWGQKKGQHE
Ga0193013_1044401Ga0193013_10444011F032139SAENDYAFIALNNAEPASCYKRLICDLATGAIPDSDNILSLFNGETEVISPKFEYSTAAKLGKAVKNAQVCEVRYSCPLNNQEIAKLFA
Ga0193013_1044411Ga0193013_10444111F076829KEETTTSSQVSTSTEEMMVAAEDANEVIDPMEQCSKCRKAAYTYKKKFFCQKCVKEGHLKEADTVVNCDKCRKPRYRARNGDFCGQECPDTSAGGMVDNAASNDIEPTVVTAVGAPETPELGVLGHIFKFLVQTNTWGEVPDYIPAAPSPVAASAGETEEEKEE
Ga0193013_1044428Ga0193013_10444281F024237HGDSNWELLVMMSVAVLLVLASAVAAQLPDHLKALCPAYPNCDNALLAAYDKIHQDSLAPAGGPQAPVATSAELPCANYPYCDVNHVALAQGLPCANFPNCDVHHVAIAQRSKRQAAVPLTPGNIPGLVPGSAAAAAWWAAQLIHRGQLAHHVSKRQAATPLTPGNIPGLVPGSEAARQWWTAQLIHQGQLAHHQGKREAPAAA
Ga0193013_1044442Ga0193013_10444421F000685GTGVENIRECIIESKMTFDVSADDWQAYLKSKIMNNIERYFYLIVFAMFIREVGPKGFPQSFLQYMDAHGDLRTMIEEGRGKLEWERKIPDEKLEELKVLLAAEDFKGNMPKIIKRIYELSWDMFGDLPRGHHKNNSMHKLASKTMIEILPPNLAEYVEKKCGSLAGTPDFFDVIGQVSWYETA
Ga0193013_1044571Ga0193013_10445711F007563HGESKPDSAFSMKVFAVLSVLAATCSANLPVPGSIPGLSIDQQYQYILQLQDHLNQQVQWNGRRKRSLPVPGTTGLVPGSAAEAQWYQQNLAQIALVNGRKKRSLPVPGTTGLVPGSAAEAQWYQQNLAQIALTNGRKKRSLPVPGTIPGLVPGSIGEAQWYQAQLAALAPAGK
Ga0193013_1044598Ga0193013_10445981F015818PEPVCRQVPKEVCNQVPKTTYENVSRKQCRDVPDTVCADVQERKCQITQRPVQESVSRKHCRIQYRKDCKTAQDTRKQCNTVQDEQCYNVPELKCVNVPRTVQETVHEEQCSTEYDQECSTRYESKCEPVMEKKCTTNTEAKCDVVNEKQCKTVQDEVCEDIPSKQCSVVSERQCSKVPKQECRNVPRRQCKTTYGQECKTVYA
Ga0193013_1044822Ga0193013_10448221F089792TLITDSTVGTGAGLSVIGAVLQGCSLHLASEVSGSNGRAEEGLTARRARSRRLVNQKLLLSSVVTVSELDINFWVGLGSVVKVNLNLRNRKVRQGFEGILNRVRVFGCGHPLNVNLDGAGIVLATELVSKTQLEERFLCTALERASQLLDVLTTIGITFGLRVVTSGTNTERAIIAFVTSITMALLVLEPRPVNTPSRCASSP
Ga0193013_1044823Ga0193013_10448231F076817LGTVSSQWLYPGLYSGLTPPSTPLMTGTFVSKKIHPNQEQIVKTYNAVWGYEGEGADQVEGVEVSIAELEDKSGLQLTYGDLTLDMKYNQETTSTGWTSDGSELKTYTWRTGPNSIRIRNSNGDVNEMKDLVFHPNGFSASGTVSNKVTSAFQAEFYERVDENGAAKTLYLGYY
Ga0193013_1045189Ga0193013_10451891F011083VWRTDGIVASTSDIIAASRVQDALRALPNEVLEGVSVKARTSSTVSLCTRFYDGVQHLGGYSETTDGAFKNSKMTTNFCETTYQLATATNKMDFTIEFADKPGQTGVQYLMEVDINKRGAGSFPVSGGITGGAYSVAEMNFNTNLGNLSELAECSDRGLDDGDGACECFDGFRGLACEEQEALV
Ga0193013_1045430Ga0193013_10454301F059029MGTHPIFESEFDCLTEMNRLAAGSARLSLRLGQRQILSQTSKRTAFDMGPMSCGYRWSAYADPAISMLAQSVFGIFWVYYLYHCWNHSEHHLCQAGIPNPIGEATELVTGHYVGYKGTGALSARMEILDDAFGGRQNIARLQFLNEELGLPPAEQAAPSSEDDEEEEGTPMGAMLKKMGFSKGH
Ga0193013_1045432Ga0193013_10454321F004128MGSAEPQPVTMRAFIIVALAASVYGEAKPYTVGQVLAGATNGGVITSTTYHGGLKVAGFPHAAVVPALGYAAPVVYGKREAEPEPYTVGQVLAGHTAGGIITSTTYAGGLKVPGLPLAHHYPVVYGKREAEPQFFQYHNLGAFATTNPVHAVAATPAGLTHSSNVGLCTNFVGAAVPC
Ga0193013_1045447Ga0193013_10454471F013271YESRGFGSPDYRSSSIEISTGRLNKRVINVTSVHSNDMVPLYLDGTYGRSATVVRDSYSPVPNLTSYPSAIGTHNQGYRVTNSLGSPYTGGYTYSYGTTSNSSLLTPSRYRTPSPVRYSVQPRFRSRFYH
Ga0193013_1045461Ga0193013_10454611F075625MYKLIFCLSAVAALPLEDTPEVMEARANFMSAFQAAEAGDHAMLAPVNNDVQAPQIATAYLADTEDVAEAKEAFHLEFKNVEAGGLADKQAPAPVAPAVMKVEAPVVYSHLPYYNVYHHNLVHPTTHLTYNALHPLTYTGLHHLNYAATYPYTYPLQYLAPVKAEAAE
Ga0193013_1045592Ga0193013_10455921F054517NIMGRLHFLISLLLPSLALARILPSRNLNYLRGERVKEASTSSEEDSTTMMPVFPPSLGEQEMRFRHALSQILLPPPEENEAMAAHKMKVLDLPAPVQREHAALLRGEIVFQPYENLNRKMSREDLPELAVSERYSGPNNDDNVDQEDPFYEHGEWREVEEEKLPELIVGGKYQGPTFAEGEQVPK
Ga0193013_1045624Ga0193013_10456241F098616MRLLLFLVLLVLPKGETRLIGACPWGCSPIKQCDLIFRDLLTAKGARDRGEDALVDKIVRLVRQYICDDRAEQVCCPEFLGTFNNSVTRATEPVYAVSSDTIVVRSRTEPMGWSDAEAFFWKEEACFPGRHTRWRKGPIPALKDLEVERDRSGLELNLLEETSEVEELHLKLPPLFDVHDLRCLSVWEGDSELGAAFLRFP
Ga0193013_1045698Ga0193013_10456982F070844MRATSEISDRFYESMKTDLGRLRREFYTPEPISLTGNYYPRYRITGSMETGSCHVSYLARPYYFYDVPSRYGYSKFITVRKL
Ga0193013_1045849Ga0193013_10458491F015301TWGVNHWTQTNTAKMPLVAAPAAAAPQATRKPSLKEQPSYLKEVSVALNRGEELKKLKERLSAAKLIMEKDPSAKPWMLSRSISNSSLGAKSAVKPRPRSVSRESSSDDSL
Ga0193013_1045930Ga0193013_10459301F002878LLLVLVAAVGVSQAAVTCDECQAAAQDFVSHLLTEESLAEQIQILKDNVCPQLGMDGCEGILDMWYPDMASCIFNHFILESDACSLAGLCYEKSAMAKMRDWTCEECTMLMSGLADFMVQEETITEGVAYLQGECFCGAEGHTDDCPALVEAVVPLAMPVLAAAVNEKAVEHCQEIAGVC
Ga0193013_1045944Ga0193013_10459441F001017MKAVLVLSVLASAFAAPDTRFLCSECVDEMHNLGFLVRAGAHDIRDYLAANYCPTVEANQQDFCIEKLARYYIGMLDAIVHHYFMDGAVHVCQTMGVCDAFRSGRYTCEECVQGLEWVENYIEDPIMIAEYVVYLEQNFCQDGWEGCKEHAIQDFPAMHNMAMEKFFIPTEICNQQEVCGAPPPTKP
Ga0193013_1045962Ga0193013_10459621F000073SEVDKKDFVLTGGKVSTPTENLGLAKTFQAFMEEHANLRTICEDGKGKLQWERDIPQDDLDNLQNLANTDFQKNLGKIIHDIYLTGHNLFRDMPQGDHKKRAKYRFASKTLMRILPDKLKSEVEGLIDKKTITLDLYEILGQCTWGKDTVKSL
Ga0193013_1046090Ga0193013_10460901F005873ECQTAASDLVDRLLSEESVAEQIAILKLVVCPQLPADIDCEGTLDMYFADMASCIYNEFILNQDVCGRLGLCYKENKMTQVRDWTCDECKDILARTAEYMGQEETITEAIAYLQGDCFCGQPGHTDDCADLVATVLPMALPVLGNALNEQSTELCQEVVGVC
Ga0193013_1046199Ga0193013_10461991F004128MGSAEPQPVTMRAFIIVALAASVYGEAKPYTVGQVLAGATNGGVITSTTYHGGLKVAGFPHAAVVPALGYAAPVVYGKREAEPYTVGQVLAGHTAGGIITSTTYAGGLKVPGLPLAHHYPVVYGKREAEPQFFQYHNLGAFATTNPVHAVAATPAGLTHSSNVGLCTNFVGAAVPC
Ga0193013_1046203Ga0193013_10462031F020128MGAVLSTSSKKKVLGSRKGRKQKRIFLKMLLIATIATFTCLTVANPHHRTARSTPGLSVICSSAEEAYSSAKQDGKSEDVAGAVAAKVLYTKVFEVFDGSIECGSSVDAINGMADYFNEFGKSVVTTICKKATVAFLDAKISGASKVDALKAAATTYTDYIADYPDPDSACFKSQDSL
Ga0193013_1046220Ga0193013_10462202F045528LALPAWGTDPLTLTVGSTAYVMSSSQVTIAAISLATLAITKELLLLADIGAFRGKGKRDVSNVISNDPIDFSRYFDIIAKSDTDDCGKLLVCHSMAKAPQTLNAEERAITKLFDNLEVTNPSSGYAEYQLAAYAGTFRHPELCIARYQRCRTPITKLREIIKVQ
Ga0193013_1046236Ga0193013_10462361F023609MPHTMETKSGIKINPISSINDLLSGTSFQEDRVAQGHLNSLGDAFHEISKTNEGQVLLGSMEGLATRIKTEGSFKDAVKVCFRLAKKITKNPWVQFGLFIGLFGLLVALLGQFGTMSVLGAGFTQAMRSLALFIVSSALGPLTHGVKQSVDTFMSRGEDFVDKKK
Ga0193013_1046357Ga0193013_10463571F008350MGHFWWDFHLGNKMNLLVSLLLMAAASQALPAPEPQFGYAHHPLLYHAPNCTTEEDTITTKSCKPVTENVCEDVEIPGSKIEYEDNCRNVTVQQCGLKPIEAEESDGVEAVAEERRKREADPQLITYGAPFHPVVPLLKHVCEEISQEYCFPEAKIVEVTHTVQRCLLKTNVECEDVEHKIPRVVCAATPLPAPVPVF
Ga0193013_1046400Ga0193013_10464001F000276MKTALIVLGLAAYSQAKFCPGERNNNKCVAGDHSYKCAVFFENLTSKRPLTWIGALPDALKKASSPEEVQDILGADVTEESFSQLDSCDVTTANARCYSILNDQKDIKLDSCDKNLINTGGSTTVGDYLCGQVRRWLRNSASFKSGGIRNLRLPFYYSACNGDWTPITDGSKALFFEEPLCCTSQGL
Ga0193013_1046408Ga0193013_10464081F010300MFNSFFDDSNKDGLLQKEDIDALIERLRIYRGWTKDSPNYNRIHDVMYAFYDCLCEQVRQETYCSSYAEGFSTWQEATSPYDTNVENISLNQWLNMWGRLCRGTAGMSGFPIWVQLLGTVFFEVIDRDEDGLLEFNEIMNYYKGIVGVKTEDLYVTTKEGYRALTANDGYMLNRDNYLFCFANFLLGRDIYGPGKYIFG
Ga0193013_1046550Ga0193013_10465501F004380IASVKRFSPADRAGLEKMDYVFTVNGKEVFGMPQPQITSEIVNSQLTLEMEVERGTFIVPSFDEIWPQAGKGREKRAKRMGMEYILEAMQHHGLGHLPQPDNFTTCGRLGIEINQYNNPVECYHDDTIEEMREEKILVDHPELADKILKTNAQKHEQINPLAAQKLASNKWDPTQSSVLKAIQAQ
Ga0193013_1046614Ga0193013_10466141F007099TWGSASAGQVIMNSMGSFLGLVVALTLLSSAHAFDCKRYTVKQIDISGNQTGNMSEIFRTTKDTQRCSAVYKLDNTTCSSMQLTCGRWYLPNKDPVQCRRGDKFLIKVDDSKPRVFCEHDKPTSYYPAYSFQRMKVWFSAAVDSKFPNSGATCKIKCAEVL
Ga0193013_1046699Ga0193013_10466991F000048LNNLKVLECAETASKKMTTHQEADEQVADLMSRYAKVKKVSDEWMKKVETLVKEWKLLDATVNELNDWVAKDKTSEGENQFSLEKMESTLCELKNIFKEKEKLVENL
Ga0193013_1046761Ga0193013_10467611F003503SSSESGSNSREGFRGPGLFFSPIEVDLACTAGSPLGAKLASAFETCLGGEEALKPEEVGVSERRRRRPNKGRKCPTVEQIKAKMGEGMEGDWCVLSQLGWIDENGNEKNETTAADLMSLNAEVLAELDESAMATCAQERVEMIGKMMEKKHKRCAKKFSEEDKAELTEMALKIQGYNCFKEMFHSACQKSVKNQIYAF
Ga0193013_1046916Ga0193013_10469161F004498TWASQLCGPSSCVPEPGPEECFDKKETVVTEVPEETCNLEPQKSCKFVTKLVPLLKPQEECVDIPKEVCSRSRTNPRTVQKPVVKKWCYVPSEESGLA
Ga0193013_1047000Ga0193013_10470001F018121MKNLAIALFSTLVAFSSASYWEAGPCPPKPDVVTPFDAERYLGNWYTVYETPMPYTTRENVCTMSQVGLLPQGMNNMSVWAISTYPGNELGEAPCAWMQPVTPMRPTGDMMLYMGEVGATSWIIDTDYDTFEASYSCEEGPLGHIKNAAISTRDPTAPQEAVDKAFDAFARNGIE
Ga0193013_1047013Ga0193013_10470131F043755MIVFLYLLVFFASELGFSVGDVNVQSGGSFNNALSLFGADSFGDFTSPLSVGHHQAVQFVNIVDQEFLESQMVSAGVPGVFVGSVTDTWMASLTTESSSKGTIDTFGSSPAAVSDSNESVDLVSGEFLVSLFQEWVFADSFLGHCCCWFFFFFCKFDLRL
Ga0193013_1047068Ga0193013_10470681F033690DFGCNEAATEEAKKFDKLELRNRTVTETLSPVADLGQDQPAETNGASNGAENGSAEFDTLELRNRTVTETLSPVADLGQDAKPEENGNSEEDKFDKLELRNRTVTETLSPLEDLGQDKPDEPDAKKQKFDTLSLRNRDVTETLSPL
Ga0193013_1047110Ga0193013_10471101F031000RIEDGWDETKEKASTRLSLLNNTKAAWEGYGEGLETIAVDFDKAEEEIKKIKKRFNLQAAFEDLEKRQKILNDTKNGINGLHGSINNNFDIMTMTLPEDKKDFVKKEIKAVTEKLTVLDRFDEKVKKIEDFVNNLNNFDQTLKNIDSWMKDAENQLHEIKNNSDKMTPEDRVSYTMDLREDIAAKVDIITKNLQIEQ
Ga0193013_1047165Ga0193013_10471651F085001EERIEAAQKRLFDYKQSQKANSKGVLMRQAASGDGALVGEVFAYLCKEPQGRKADEEAARKLAEIEAKLAAQAGKNKDNAKAVLMRNLAQGDNMLMDVCLEAWKSWLVEYKKNKESEDAVKAQEAKVAEFMKNKSDGAKSVIDKMNSATDSGLVEHVISTWVQYRKDMKKAEELEAMLNGENAKFASFAARNKNGAM
Ga0193013_1047361Ga0193013_10473611F093743QLAPAIDLINILSPSSPFTSLFPSVNTKNPFRQFQEYQDLDQLVSLWRTKRSADSEITTGLLQPDEDDFMEFLGDFADFKGEMATKMGNLTCVLTEMKLLTPELKVNIEEYTKDLAEYEEYDLSESPIVEDPEWRARLSRGYQDCYDISESIPSAALSGSPLKRVFGRQMIFFKCAKKNEMTNCALGQMKRWLEQIY
Ga0193013_1047559Ga0193013_10475591F001228SRSYTNMKVLALLLAVVPALDALCLVNSCDSYWKGAQAKLKKDGACAVLFDENCCKSSADHLVVKKGEQGKLCGTGSGLNPLSSCKGRGLKDDIEALFVMPGCKLEVWDHGSGLEDAIDEERKGFNQGDYKNMKDLYDQNKLIFRADRTKPHWVEEINDDFDDMDEDIESFRCTC
Ga0193013_1047608Ga0193013_10476081F060482RRGRCIKAWGLTGFTTNIKSRAMERLAQHLKSELGRDVLIPCHDPDDQEHCEVCFKNDPGKIFCPKSEWNKKSHYTQEFRNASVSDDLTDWMCSTDPRLQSALDGLVNGFSYWTGYDDGSICDCGTPFVAEWEGLESVTFRPLRNTEERPGFREGPTIVDEYTGAPRWASINGHVDNDEWEEGSRSVDWRGVWDSR
Ga0193013_1047653Ga0193013_10476531F057869MGIIVKMMSGKTTALLTIFSLIAPSLAIKCYVCDGPRNACMGSAEDLGTLTECPERDDLCVTFYGWFTDPWKYNYYGSGPWDETTPLVARYCAAQEDFDYDYYYYNGEYPDDSGPGCTDGTMKNFGNNPGKDLIQVTCTFDTDGGNDQTSVQYPLPE
Ga0193013_1047656Ga0193013_10476561F018856LSNYKNIFRDGALVGNWQEDLYGNELPDRTQQGQEAEMYTSTTMADYERPPMDELQRGASSVESVPYEMLFGHGKMLHGETRASNAEASMSEIHYTKPNWEKRAAHTMGWVGEKDNDLTMPAIAHSRQHLLEAKRAAWEDEVTRDVHGTSVSREQFKNPSDQPLQYFKSEPRKPRANYLGRTIGGVHHQMGLRK
Ga0193013_1047748Ga0193013_10477481F057869IIEKMMFRKTTLLFVTIFTLIAPSLAIKCYVCDGSRNACMGSAEDLGTLTECPERDDICVTHYGWFTGDWKYNYYGTGPWDETTPLVARYCAAQEDFDYEYYYYNGDYPEDSGPGCTDGTIKNFGNNQGKDLVLVTCTYDQDGGNDQTSVQYPLPEE
Ga0193013_1047861Ga0193013_10478611F000049MTFWQENYAFIKDVYDMRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAQILEILMAERAKDQKAKEGALLDGLIKKHEELIPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEK
Ga0193013_1047919Ga0193013_10479191F004069VTVLANGLVSDESIANQQAILVGGLCPTAEDVAECEAGLPAFWKTIALGLWPGYYDPSGEWMCAPLCAAPEEVEMTCDACTMGIQASIDQLLSPEAMDAIVTEFINSDLCESLGNDPRCPDVIDAVLRNGLPLLAADEYANGDFEKACNAAKPGTCPARRMTIF
Ga0193013_1048009Ga0193013_10480091F000879MGTHLTQSSVKTLTMKTLLVCSVLVAASSAQYQYLNYPYALGAPLTYTPQVVKPVIKEVEVPVEYNTYAVKETGCTNVFGFAVPCLTEGEARRKRSADEEAEEVAAPVLAYSGLPLAYAGYGLPYAHYPYAHYPAVTVAEPKVTEVEIPQIVYKPVEKKIELAPLCHNGAGFAVPCA
Ga0193013_1048030Ga0193013_10480301F035637TRVGIDNSELKEAMAEAGDTDSALDWTNKKLRSWGGKYKQILKGMPPMVLKDHGMNLAGATNLMGKTVKNSALASSKELQILAKAENRLEAAKEDVHEAQTAKSAVKRAQLEDLAQELSHEAVARLEDTKLA
Ga0193013_1048136Ga0193013_10481361F000235MGSAGQSATMSVLLLLLLPVALAGLPPHHQKLVDRFGAENVNFDKNVRTAFCDDCMEITVSSNGGAQEHQPNRLGRFTRDGSLWENMVPFWTADNKQHITPDPMSNPVIYFLKWVVSETVGGFNGGIMNDDYTDGIICPYEIPDQWQYEYDRQWFVDPTLRFVCTKFRNADEA
Ga0193013_1048159Ga0193013_10481591F005379MGAGMKRFLEQFESYYSNGGKCWRWDTEACKKQWKYGPWGEDLYMQKCMDDAAVQKKEDFTLTDTGTCPGMRPKADKKNSSYVPSCTDAGAKKFIAIHPMRTLAAWKSCYSAMTR
Ga0193013_1048164Ga0193013_10481641F042164GGKFLLTNEERNQSANAIVNLLERGANGEETFAARGIRALVDYTEKLYNFKVTAVQLNFHPNEKSWHKQHRDIYGAGQKAGINCTCTFMKCQGTVCYSLGSSRHVMTETITDSRSKYEGCGDNCTGCKNHKLMSSGSAMFFNHKWNNNHTHGVPQLDETCGPRISVALLCA
Ga0193013_1048335Ga0193013_10483351F061517EGGWKQLARDMEMGPESYADVVQLMQKPLCSKESLRSILGIEKQSEAPRILATIVGQAFLHQSSQQRRTTVAGGNLQEPLGDVRDSNTLRALCVDLRMVIYEERVAAKMREWGRLGTSLTCQRARAVDLNEYSHMCGSHVHGLDKQTFWGLWNAASGEKVKEFLCRANQGFVAKHGGR
Ga0193013_1048409Ga0193013_10484092F005202IQKYTMPSEWFKNKYEHLLDTCYEMATNLPAEIAENSVITGETFGTVKLGEVKMFSKCCEKAKMKLCMHQDIKNKVESNFGPMEDILQETQLTEHEFFPLVMQLLHGKEMDYMTGGM
Ga0193013_1048464Ga0193013_10484641F000061LRTWLSSKPGDSPHGLYYENCPNVQYGFFGHLEIITKTAVKVLTKYLEDCHAVFAPCANDGCDWKFGAWGEDVFAQRCMDHHYVDKVEAFDVATDGACEADRPQGMKKNKKWHPTDCSSLTTATAHPLKKPAEFQKCLDEMS
Ga0193013_1048588Ga0193013_10485881F007099ALALLSSAHAFDCKRYTVKQIDISGNQTGNMSEIFRTTKDTQRCSAVYKLDNTTCSSMQLTCGRWYLPNKDPVQCRRGDKFLIKVDDSKPRVFCEHEKPTSYYPAYSFQRMKVWFSAAVDSKFPNSGATCKIKCAEVI
Ga0193013_1048736Ga0193013_10487361F035167MEYIRGRQNPETQADHYELRRRINSLNLGGSKAKMNSSSNATRPPRQPSSTLLNFGVALAAACIIVASCTVKSVEAIPTLKQYKTASTVGGETFEDLINEERNENLFRYLLEVKRLRDRSNKIRQEAASRQIPVQQNYKRANTNCLFHAGLAHNCDFRDVISAVNEMSYWGSDLAPGKKKRTQNL
Ga0193013_1048743Ga0193013_10487431F006783LRQQKKDVSKFTIDINSDGSLTFHSDGWPDLKLTKKTVAVAALNGHYEGQVPFILDMNLIFPGDGTMNFDQNVKVASIEIKCPTEKIAETASGVTFPNIQTTGDCMGDALRQQKKDVSKFTIDINSDGSLTFHSDGWPDLKLTKKTVAVAALNGHYEGQVPFILDMNLIFPGDGTMNFDQNVKVASIEIKCPT
Ga0193013_1048766Ga0193013_10487661F050118VDIKEICIVHDSDKDAMLQILDSDGNGEVSKEEWLHYLESKKKEKGKKKFQFFLNYLEQEVPKNIGKIQEAREQPREEPAAQAAAPAASSPQGGSRVLKEEFAKAVEVFEPPNLGLKDTRIKDAFTNLMFAIQDLDAAVGQGTQ
Ga0193013_1048883Ga0193013_10488831F002590LSPSLFTRTADWSGTGEFSCYGHVSTDVSSPEGGDHLGEGTLNCNIIEWGGGPLGPEAMFFKPNSGAEFEIWAWDYHDWDSEHWPMPYATCEGQIWYKKDDMGAGYCTPHKGFTGCGYGHCVGEIVCIGC
Ga0193013_1048891Ga0193013_10488911F024237HGDSNWELLVMISAAVLLVLAGVASGQLPDHLKALCPAYPNCDNALLAAYDKIYKESLAPAGGPLAPLETSAELPCANYPFCDVNHVALAQGLPCANFPNCDVHHVAIAQRGKRQAATPVTPGNIPGLVPGSAAAAQWWAAIIAHQGQLAHHVSKRQAATPVTPGNIPGLVPGSPAAAQWWAAIIAHQGQLAH
Ga0193013_1048967Ga0193013_10489671F035782MLPEDRVARTMDLQEDIAAKLEILKTCVATEQDLLPQGEKVPADAQVFKDELNRIIKYVEELQANTKIECDKYSNDVKYWAEYRTGIKEFTPWLGSAEKATSEGLSKPSDLSEVQALNDKVLAFDKTCENYLKVLKAAEGASLKMTTHTEADTEVAALKGRFDKVKAIAETWVKKCEVLVKEWV
Ga0193013_1049026Ga0193013_10490261F000717KPQEEPSFFARIVGDEGTARIVESISSWVNDKAKENPGCVEHFVCEMYKTGETMSGLPYLVMSLTNAAVSFMVAEQFSDSIQMDAITRASKFGRTTGSCHRMECPLLNGKLREVTDWLAGFEELLGYVVNSVSTSLG
Ga0193013_1049039Ga0193013_10490391F020645NVLAQASSAAVSLDAKLSSGIDNLVEKMPVLKEATPALYDSTRESMKSYAAFAATYLASFTIAHVFLKATDLSLETTDGLLKWSANEKVDPVMVGLRRLRSDAEHLRKQGVGLNGTEKAKVLEEATLVGALVEIFGLASFCSKAGNIDEALASEVEGDAIDVANLTPTKTRSGQTV
Ga0193013_1049043Ga0193013_10490431F000480HGECPLDSQGNTNNTMKLLGLAAPPTEIEYGFCDGSPEPASIDNISVEPFPILAQNGASVTLAVQITLNEPLPVGASVSLNLVLEGVIPIKIPCLDIDGLSLGSCTYDGDHLLEEAQTAGICPTYFPEGQACALPLNPGVYGGGDPLTLGPIDSIPDILLPFLKGTIRAEANFLLADGSLFACGYARVAVDH
Ga0193013_1049122Ga0193013_10491221F000939TWVREQSRVAKDGVTDEQKKTFALTGGKVSTPTENLKVTKTFQAWMDDHANFRTICENGKGKLQWERDIPQDALDNLQNLASSDFHKNLGKIIHDIYLTGHNLFKDMPQGDHKKRAKYRFASKTLMRILPDNLKNEVEDLIAKESMTLDLYEILGQCTWGQSKSL
Ga0193013_1049125Ga0193013_10491251F092160MSVVRQVPRVLRKDYASMRWWKDQKPLETQDKSVATFRGGFWEAMIHPWFYTGPKHLMNFPSDPPAERLMEGHSWGDRPRFGRYNTFTYYGRFSVTASSIMTVVTLVILNKGYKRAKEVVGDATDSVAALH
Ga0193013_1049193Ga0193013_10491931F009687KTAVQVLLTHLEDCHLAFAPCANDGCDWKWGPWGEDVFAQRCMDHHLVDKAEAFDVAMDGACAADRPEGQKKNKKWYPTDCSQLTTVTAHPLKKPAAFKKCLAEMS
Ga0193013_1049226Ga0193013_10492261F004498KPGPEECFDRTETVAQEVPEETCSLEPQKECKHVTKLVPLLKPAEECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAESGLA
Ga0193013_1049349Ga0193013_10493491F002710PVGPSLNQAAVGLAGLALAAKIAEDECDDVGIEDGLCAVLYDEQKCKRSADFLSLRPGDSGVLPLISTGLRRNDVESLIVAYRCKLELWDDDEGLEKGTAPDVVVDRSSRLNLGRNKYVDNLADDDDLEDLDEKISAYRCTCRDSAFSG
Ga0193013_1049550Ga0193013_10495501F000481DIFYALCKDLEREEIKKWLSQILEILMAERSKDEKKDQQNRLETLIKKHEDLIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDAIMLSSTRDIAPSCVENVDELIERQEKSLAQLESKRGIVNELIVKGKALLENPDKPKFLEAHLNRIIVGWDDTKEKAQTRLTFLQNTKAAWVGYYSGLENIAVEFEKA
Ga0193013_1049587Ga0193013_10495872F002590LSPLPFTRRPXXXXDVTSPEGGDHLGEGTLNCNIIEWGGGPLGPEAMFFKPNSGAEFEIWAWDYHDWDSEHWPMPYATCEGQIWYKRDDMGAGYCTPHKTEKGFTGCGYGHCVGDIVCTG
Ga0193013_1049756Ga0193013_10497561F001271QDGWEDTKNKATDRLQLLTETKEAFIGYAENSETVANEFDIAEEEIKKVKKIFNLDAANADLSKRQEILNNTDDKINGLFSSINKHYDTMAITIPDDKKKILQKEIKAVEDKLEVLGRFKSTVQVIVDLVNNLTAFDKSLKAIDSWKDAATSELKDIHESSGGMLPEDRVARTMDLQEDIAAKLEILKANA
Ga0193013_1049770Ga0193013_10497701F076125ALSCNSEARLQCDDCVQEMHKLGVLVKFYGEAISQYLQENYCPTLDSEDCLHDINNFYPKLLGVVIDHFIVDGAVHMCQMMMACPAKGYKATMFEAKELGCDECIEGLEFISRWMLDEFVVNDMVVYLEANFCLPDMPMCDKAVRMHFPAMHNMAMTKFFIPQEICQKQQVC
Ga0193013_1049881Ga0193013_10498811F015818LVVLCSKLSLQFYSPPIQRAAPPPEPVCRQVPKEVCNQVPKTSYESVTKKQCRNVPDTVCADVQERKCQISQRPVQESVSRKQCRLQYRKDCKTAQDTRKQCSTVQDEQCYNVPELKCVSVPRTVTETVHEEECSTEYDQECSTSFENQCSPVDEKKCTTNTEAQCEVVNEKECKTVQEEVCENVPSKQC
Ga0193013_1049934Ga0193013_10499341F085738DRVNDFLKAGAEDNPGCVERFVCETYRTGETMEGIPYLLMQLTNAAVSFMVADILDKSEKIDIKMLTRAARDGRRGNCHSSDSMKCDLLDNQLRTLGDYLSTFEEFLTQIFNSVSESLNFGK
Ga0193013_1049952Ga0193013_10499521F001267LASLGSALNCQECVQEMHSLSFLIKQAAPDIQAFLTANYCPGLEGHEEQCENDLTKNYVQMLFMVVQHFFVDGAQHICEAWNFCPVPQDNIVPEPHPYTCEECVEGLEVVGAYMTDPLWIAEYTLYLEQNFCVGHPDRCIQAVKTHFPPMHAMVVEAFWKPQDICDNTSAACGATKPPQ
Ga0193013_1050273Ga0193013_10502731F075625MYKLIFCLSAVAALPLEDTMEVKEAKAAFMSAFEAAEAGEHAKLAPLNNDVQAPQIATAYMADTADVAEAKEAFLLEFKNVEAGGLADKQAPGPVAPAVMKVETPVVYSHIPATHLTYTGLHPVIYNGLHHLNYAAYPYTYPVQYIAQPAPTME
Ga0193013_1050346Ga0193013_10503461F012460HGGHYSSQHKMKTIVVCLLLVASATADVYLSANQVFCNCGEAENNFYANMMAAENACAGLGEGHGSCMAIQLGWLTEDCRTQNTDAITIALEGHEEFYEGCMVEPFPQSFDAAVGWQWPGAYPYAAADSAYTNFLACLKALYIGTCQQRALDTFHCNHA
Ga0193013_1050546Ga0193013_10505461F000070EDIINLKNEMNTKLDTKVDNVAWKEANDDLDAAIKTVRDMVSSLRLDVDARRRKVDEILATIRHDITAVETNLEESKAKIVSDTDQAVNALNGRIDFTNKDLAATQESLHTTQNSLSDCFNEVAVVRSDLERNIADTEARLKNDIRQKQQEAFEKIGAVEQQAELRSAEASRRLGALDLRMSGVQGGLGE
Ga0193013_1050671Ga0193013_10506711F000879TWGLLTQSSAKHKHKMKALLVCSVLVATTSAQYLGYPYALGSPLTYTYTPHVYKPVVKEVEVEAPYLTYAIKETGCVNSFNLPVPCLQEGEARRKRSADEEEAAEAAPAVAAPLLSYAGLPYTYGSYGYPYAGLPYTLGYPYAAAPAVKIAEPTVTEVEIPQIVYKPVEKKVELLPACHNGLGFPVPCA
Ga0193013_1050803Ga0193013_10508031F008557EREICTYVYEQETVTPPCTTTQVTYEDKSETMKVTACGAAGYGYGHHGYGQGEHQVCREEYQTQAYKVPLVTAPLEVTCSLSYPAPKEVCVTKSIEITEVKCEDKIENVCFNVAKFVDATNTVDQVETIIGEPSCEQITLSLPTQACSKAHHAPAYHHGK
Ga0193013_1050928Ga0193013_10509281F088201MKVAQVLLFAVASAAAVEQVKSVQKRQAPESRRLLDETEIFLNTPNLDNFLDAAEEIAAHAAGIWSVIVVAYNAMNDIILTDRFNELNEILSWEFFYAIYNYIYPAIVYISYVVDGTSAFNNTWNYFFTRVTIVRFLYNTFCIDCDILPDNNYVLSWFQ
Ga0193013_1051061Ga0193013_10510611F038976GGCDGMTYTKNYAEGTAHECRCDNYCDNFCDDEPNGCARTCRILNGVFEHIPSVHAGDRTCTWHAYFVTNPINNEGYDCSWMTGTGEGGHGDNCQDWTSDGALKCRQVNQNQNNCHF
Ga0193013_1051063Ga0193013_10510631F033680MSIQRMDEISIQPNVRQRPKKGERYLFAPRVVPVLGRPRAVGLSCGALPHWLRPVCAPLPLGLAGVSPARGTPWLGAICTGSLGLHSSRADLLLPGAQVELALCHCKGKEGGQCEYDQPHFDDGAAAPH
Ga0193013_1051089Ga0193013_10510891F035637AGIDNADLKEAMAEAEDTDSALEWTRKHLRNWGGDYKKILKHMPPLALKDAGVNLAGARDLMGNKVSNSAMASSKELQILAKAENRLAAAKQDVHEAQTASSAVRRAQLEDLAEELTHEAVRRLEDTKEVE
Ga0193013_1051193Ga0193013_10511931F034810TWGPLITTSPIMQYAVVFVAFLALANGQFTCDECKQGVTALGQYLQTPNEIAAVEQALSDLVCPTLPEDKIEACIDFVYSNWEAMATALFAYENTLTDICGALGYCTKFQRAFGVKITCADCNAEMAKLAGVLADPTFAGHVKDNIAGPAYCDSSYNVGDVATCKEWIELMGVQAISALGSLLAVSAE
Ga0193013_1051411Ga0193013_10514111F000061YYENCPDVQYGFFGHLEIISKTAVGVLTKYLEDCHAVFAPCANDGCDWKFGAWGEDVFAQRCMDHHYVDKVEAFDVATDGACKADRPEGMKNKKWHPTDCSSLTTVTAHPLKKPAAYKKCLDEMS
Ga0193013_1051486Ga0193013_10514861F050874KVPSRYFEGETDTVLCFPPMSFYTKLAKSEIAKIIGSKRFNISWEGDFKLDRYRGLEKKRVVCHDGKTRLRNGYHVPNDYMTITFQRYSDANAFLNADFDKTRFSGAVAEACGTYANLRPVPATMCQEYVDYVTAVEEGRTKSSEASALERGIHYVTV
Ga0193013_1051496Ga0193013_10514961F013265GLVEHVISTWVQYYKDQKKAEEMEAILNGANSKFGAFSERNKAGAMSAGQKATAVKEYGLLNHSMCLWAEFSRVERLLRYYSNRMEGKKHQLQGLQTMFRNFATQLETGLKDGTPRDAASIKNGSKKMNKTDGSVSLPNIHKPPSGKTSSRS
Ga0193013_1051507Ga0193013_10515071F050128TTDFKANLGKIIHDIYLTGHNMFKDMPQGDHKKRAKYRFASKTLMRILPNELKAEVEGLIAGKTMTLDLYEILGQCTWGQGKSL
Ga0193013_1051525Ga0193013_10515251F051161MGTHPIFESDFDCLTEMRFSRALRGGSNWSAVPPEKLPPPQLWNKLIPGTPYAEVQKELHKRGLHDPWMRKWYYSYDNVMRRPYTLAGALNSTIIKKAMMVTLFLVFLEDCLGLEWKNLHHGNAGMWNKDDVNIIAVKAPTGDEHIKNYRGWGGLDMKYIGHETPQTKGT
Ga0193013_1051576Ga0193013_10515761F088220VFFCLLADSEAWWSRRIPSRIGGYRRYGRSDSDATQENLEEDYDDNELIEALADMMMERQEKRNVASLVRSRDLRNLGSFYGKRAMMNPLARNKGLTK
Ga0193013_1051730Ga0193013_10517301F011820QYVDYGFFGNLEVLSPKAFGVLVGSLDTCYTELDWKVGIKDGKYGPMGEDLFAEICMSKNGVHKVEAFDVTTDGACEAKRPTDQKKDKKWHSDCNVKTPAMHPYKKPKDYFECLDTTMAL
Ga0193013_1051830Ga0193013_10518301F042725VDKPPHALIAVNVDSREAELSWLGTWLVYFLVATVEIIISAANTTFNQILFPCFNKADGKMNEQAVVVEKSIKDKIQKALNRRSTAGQVWSGGVKG
Ga0193013_1052058Ga0193013_10520581F048086MIEGNPPIKDNATGIWINNAKSWLTDQSYTGGHGEDPNGVPYHNDGPHNNYDLCTKTPDWTAPWPIPQNAWTCAYKKHPWAFPGYATEIGEGCGIHGGNPFGCPYYGDLTDDREPGSVCLPDPNQHRGTWSYGSRAIDIDFPQARTTQWTPGSVVPVGFVAIYHGGGYNYRLCKVPSTGKKDLTEE
Ga0193013_1052126Ga0193013_10521261F073045MLRSCLLFPLVLALAHSACVLEVDDENIFLSRMPGTWEIDINMSEALAPSNYKSFDVAQLTLTRNDSNIESFYGEECDEGDFTLHMTGYAEATNFSKNESTVYDFAISTYKGNPVITYLVPELDYEPAFAYCMLATGENPQEDILFIRDNHSGTDGMITYRRQQENLDYDF
Ga0193013_1052129Ga0193013_10521291F073045MLRSCVLFPLVLALAHSACVLEVDDENIFLSRMPGTWEIDINMSEALAPSNYKSFDVAQLTLTRNDSNIESFYGEECDEGDFTLHMTGYAEATNFSKNESTVYDFAISTYKGNPVITYLVPELDYEPAFAYCMLATGENPQEDILFIRDNHSGTDGMITYRRQQENLDYDF
Ga0193013_1052165Ga0193013_10521651F002762EAQKPTEIKDSELKNLIKPTPGAVLEKSFRCGVFYIDPNEPAPEEGGRPAASLLIFNATWDAADECPGGNYPRYELFCNSIWDKVSKGGVLVLTSPSLNKKRAADGITIGRDICEHLKNTVKAPFVGKNSKKFPDGIEFGMYSNGCGVSDWTYTGVKHHEKVCCNRGDYEDCGANLG
Ga0193013_1052169Ga0193013_10521691F007295AAPKKIVKQDCEGTVCPGGCCPNVGWFCCPGDEYCAASEEYCKKNNIAEKLIGMAAPKKIVKQDCEGTVCPGGCCPNVGWFCCPGDEYCAASEEYCKKVDYAEKLIAMAAPKKHLKQTKQDCEGTVCPGGCCPNVGWFCCPGDEYCAASEEYCKKTNFAQKLISMAAPLKVNHA
Ga0193013_1052218Ga0193013_10522181F025509GTFISREAYLTIDSNDDVIAFHSYSDNRDGEDSSINPCHIAKVSGSGMDKILWEDTIDIMDGQSSCMPTGIKTDCDDNMYVTGFMASNRGFVRKYSSSGEVLWTESNMLDQVTEVIYDPLEDTVVVTIGTERILLLDNHGQELQSIELKAREIALGDEGYFAFHFQDNEHKIGYLSKDLKLQKNYE
Ga0193013_1052271Ga0193013_10522711F000196DCTAVVNAIQARLMSEESIAAQQAILVGGLCPGTDDPAECEANLPGFWAQIAALLWPGYWDPNAEWMCAPICAAPEDTNMTCDSCQMGIQAGIDQLLAPETLDTIVDFLANGDFCAQNGDERCPAAVDGVIRQGLPMIAAAGADAGYAEACNNAVEGTCPASLF
Ga0193013_1052275Ga0193013_10522751F016110MKHPIVACFLVIFSQVSCDWTGVGQLQCYTHVSVDVSTPPGSDYIERGSVTCTPVEWGGSLGPELMLFKPQTSPEFEIWSWDYFWNDIPAPTAVCNGDIWYQNNDMGAGYCTPNKEKGFTGCGYAQCVGAITCYGC
Ga0193013_1052329Ga0193013_10523291F002228HGKSKQTTKTTQKMDLRHRFQWFILVLTLLMPRINGHRNPLISTCPGEGPRYGDFKCIHDRTHRVCAKLVDNPTSCNELSWNDNGASFWDITGQQRWNWKDRICRDPNPGDSWCICMWATANLIRAVGCDNVHINCAATDVNHVMSSYNDGGWNLQEAKSCLQRKCILQSDGRYVNADEV
Ga0193013_1052409Ga0193013_10524091F000048FDKTCVNYMKVLIAAEGASLKMTTHTEADAEVAALKERYNKVKAVSDTWVKKCEVLVKEWVLLDNTVTELNSWVAKDKSEEGENQFSLEKMESTLGELKNIFKQKEQLVEQL
Ga0193013_1052413Ga0193013_10524131F083657IRTYEENHQKEIKMSYGWQPSISFTASKYQRYGFVHEKPFLPGERYSISKEMERNVKGYKEVRRGLTEARELVARQKRDRQSMDRPVVTSYYKSPVGTRSSKGSGSVFYSDPVERSNFFSAVKKV
Ga0193013_1052620Ga0193013_10526201F034188PAQECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAQSGLA
Ga0193013_1052705Ga0193013_10527051F018121PPKPEVVTPLEPERYLGNWYSVYETPMPYTTQENTCNRNQYGPLSQGVNNISVYLTTTYPGSEELGEAPCAWMQPATPMNPTGDTLLYMGEVGSPSWIIDTDYETFSATFSCEEGLLGHYKNAAILTRDPSAPQEAVDKAFEAFDRNGLVLNDWFPVIHTDDCVYDNDKDRWCKSSLE
Ga0193013_1052766Ga0193013_10527661F064259KALMHVIGNEFVIDDDTEVSFQWPDCPDDWGRCTNWNGFWLLTLVEEDREHVFADIESAFLSARAGSEMIEKFASHALRQQPRISMIRFDEVECSTSEDVLHLAQLLEKCEDFKVIQLHLSLEEEMIEAWRALGDQLTRFPAKEVHASSKALQGTDRGCLKMVWETGTSSLWKVDGVEVVVEEG
Ga0193013_1052786Ga0193013_10527861F007680MKILITLALISITGAFAQDFGNCKACEFGVKVFFGHLRSQRGVNFQIAELSREVCPQMEDWFLCDYEVGAHWAGINHIVYDDRIAPYICSSLSGQNCTAMEENTREWNCDSCMRDVVLMATQYSLPEITRGMEYYLCHEGFCEDPALGLNQHQIDDCQDMIRVFIGPAFR
Ga0193013_1052787Ga0193013_10527871F068416GEDSICFIAEMPELELNRCCRGFECTELEGGNGDKFCMEKNATRIAAGESCKGFSRNCQTGLACKASCQRGEKCRERVCVVPLKLGEDCKLPEGGLSRNCGKGLKCSRKEGVCVEKRNGGKGKGKGKGKGKGERV
Ga0193013_1052848Ga0193013_10528481F101224MYKVNNTLTGTYGSPMDMMDLKAKQGPEMTRASINNKKMTNVQLSNGDHVMGIRKNPEDDTFGDQKLAGDAMEMPIGRPLRYTPGLKCDAHLESLRPERAGNHRAIQGGEDWKRKLVQPPNHFDGSFVDADLQKFRPEPNPSPA
Ga0193013_1052865Ga0193013_10528651F028079ANVEITECLAGTGDWFSDYSLDVTPWPIEVAAGKDITIDGQFSIKQMIEEGSKLALKLTGEVPVIGKIPIPCLEINPDLHLGSCTYDIGADLLPLLESTGQCSDFLPEGQACSLPLNPGQYAAGPAITVTLPEIPDILIPILSPLKAIDVEVTGMKADGTAVACLATVADITVG
Ga0193013_1053003Ga0193013_10530031F014577TWGVEHSHETNEHETFSNQTISMDRFRPRYFNDVRNGWPYDYHNSFWENYYRNYANETYDFDFSTGWSFPTGPREESYLWNHEALLSPACPPCYRASVHAYMDYPRRANRGLTHYMALARGMGDLYY
Ga0193013_1053178Ga0193013_10531781F005139AHLVSEHSLAEQDEIMVGGLCPQAENVAECEEQLPNFWESIAVVLWPAYYSPEADWMCAGICKAPEDHAMTCEECQTGIMKSQEQLLNPKTIDYLVEQLTPIICASNEDERCPRVVDTVIRQGLPLLAAEGDTSEIPEICNAAVPGTCPERRGFFPSIPKL
Ga0193013_1053288Ga0193013_10532881F000073STPTENLKLAKPFALYMDEHSNLRTICAEGKGKLQWERDIPQDDLDNLQNLANTDFQKNLGKIIHDIYLTGHNLFRDMPQGDHKKRAKYRFASKTLMRILPDHLKGEVEGLIDKKTITLDLYEILGQCTWGKGVKSL
Ga0193013_1053309Ga0193013_10533092F031748ALMGLLPAVASVLVYSDCREGEGSLYDHSLTLLMDSRNVSLSELSGKVVLLTNVASY
Ga0193013_1053376Ga0193013_10533761F000048HGFEKACINHLKVLEAADSAAKKMTTHKEADVEVAELKDRYNKVKTVADDWVKKVDTLVKEWQLLDNTVTELNAWVAKDKTSEGENQFSLEKMESTLGELKNIFKEKEKMVDGL
Ga0193013_1053836Ga0193013_10538361F012776HGGRGKLEWERKIPDEKLEELKTLLAAENFKDNMPKIIKRIYELSWDMFGDLPRGHHKNNSMHKLASKTMIEILPGNLADYIEKKCGSLAGTPDFFDVIGQVSWYEAA
Ga0193013_1053853Ga0193013_10538531F073045SHSGSESVKMLRSCLLFPLVLALAHSACVLEVDDENIFLSRMPGTWEIDINMSEALAPSNYKSFDVAQLTLTRNDSNIESFYGEECDEGDFTLHMTGYAEATNFSKNESTVYDFAISTYKGNPVITYLVPELDYEPAFAYCMLATGENPQEDILFIRDNHSGTDGMITYRRQQENLDYDF
Ga0193013_1053881Ga0193013_10538811F006065NSLAVEWADSGIKLSTSQQACYADDELYQIMKTGSTNYAACQDGRGEYPTGGTMGKAFCLFDKLGLFADDNKMKVDWDRVTASFGSYGEFSTKCKDTDYDTDGGFWDDVGDWWGGEDFDYNSVNTALGNFYSCVASKLVQEADRQFKDKFFAACPAF
Ga0193013_1053936Ga0193013_10539361F060482GSKTKTRAMERLAQHLKNELGRDVLIPCHNPDNQEHCEVCFKNDPGKIFCPKSEWNKKSHYTQEFRNASVSDDLTDWMCSTDPNQQSALDDLVNGFSYWTGYDDGSICDCGTPFVAEWEGLESVTFRPLRNTEERPGFREGPTIVDEYTGAPRWASINGHVDNDEWEEGSRSVDWRGVWDSR
Ga0193013_1053956Ga0193013_10539561F002148MVLKSGGNWKRPVNRMYAYNYQIGENYYLPMTSYLESKGGVAAATPGPLCFSERIAVHPLSTTSVQSESSSVQTIRETRKVISNF
Ga0193013_1053992Ga0193013_10539921F017317VAKKAQLVKMAAKKQCDGTPCPAGCCPEVNWYCCPDDLYCAATAADCPFVAKKAQLVKMAAKKQCDGTPCPAGCCPEVNWYCCPDDLYCAATAADCPFVAKKAQLVKMAAKKQCDGTECPAGCCPEVNWYCCPDNLYCAATAADCPFVSLRRRFLGLNN
Ga0193013_1054015Ga0193013_10540151F013603ECNAAAQGLLERLTSAESIAEQTGILISQVCPQAADAAACEAAFSQYWGDMAGCLYPAFIGASDACQRLGLCKVKSALGDWTCDDCTAIMTRVSDFMVEPDTIAQGTGILQGECFCGAAGHTPECPDLVAGLAAPAMQVLSAVLMELTPELCQDILGVC
Ga0193013_1054059Ga0193013_10540591F002829ARYDAVKNVSNSWVAKVDTLVKEWVLLDNTVTELNSWVAKDKSSEGENQFSLEKMESTLGELKNIFKQKEKLVEGL
Ga0193013_1054278Ga0193013_10542781F000070GAVEQQAELRSAEASRRLGALDLRMSGVQGGLGEHKRDILKLREEVNGLTVKSASHEVDIQKNSDAVRKMEKQRNMDEQNWKAQMDAVHDVLDTKVNEKPFEDLKHCVASLTKGTVKFAQVVGVFPGPRFDDAEGLDQSEADVELLGWEECAENMSFRVDKAWRQRCSQRFRNILDMIAK
Ga0193013_1054343Ga0193013_10543431F047468YNPNSHLKMKTLSLILCFAIAAAVAKPQYGDDCSDCVNHCKTVKKIKYVEEYEDQCHNEHRQKCNYQTEYKEECADKKQKVCEKFWKEDGYGGKVWTEDPSKCHWLKESECSRVPHPVKKCNDVVEKVCEKIHKNKPQQHECQVCGGVEKDCKRIAEQQYHG
Ga0193013_1054464Ga0193013_10544641F065398IPDHRKISERTDNPDRVDEENSSLTRNKRDAYFDNILSEEVFEDPRSWNRHVCETITRRSFLSSSRDESGSRILVLSPRYSTSSTYEHYIETHRCVQPDQVIMVGGVNVKCIQRYLKETLVVQNAGREIYKRPIFLPSGCEAMMERRR
Ga0193013_1054519Ga0193013_10545191F009811WKKMIINFIERYFYLICFAVYARQFGPEGFKKSFVEFMNENSSLRDLIQNGKDKLEWSRKVDQNAVNQIQSLITASDIKEKLGEVVTKLYKISHTTYSDMPRGVIKDTLMRKLTCKTLMEILPSDTMEKVRKELEEKKLSSDFETVLGLVIAC
Ga0193013_1054532Ga0193013_10545321F000212HPECAWKCDDPKCPAICEPVCEPPRCHTSCAEPKNAVCDVKCEKPQCEIKCPDKGCSALDCPKCVTICQQPHCVTHCQAPKPECEAVCEEPRCDWKCSKPDCPKPKCELVCENPSCAPKVECCACHGTAVGVSLPMMFKQTEGNPTCCSCDGNNQIVNNNGQ
Ga0193013_1054605Ga0193013_10546051F025911PPVCVENYKVLTSETACPSKPEGIVKLIKSSGDYPEGEPILYDILLGEPDDDGSHTVKFKVDNPFTNYTDIFIKHVKKVGKYALDPTCDKMPFTAGCEIEAPLIEVGCHEYDGIDPFALVNIYFASDSDAFVLDAGNDVNIDKCCKPPKEYETGYGVIEYTFEIQCVCPPGEAAQSS
Ga0193013_1054649Ga0193013_10546491F000073LRAMVDTGKGNLQWERDIPPAALSNLENLAKSNFKGNLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPDAQRGEVEGLIEKGKMTLDLYEILGVCTWIEPK
Ga0193013_1054669Ga0193013_10546692F065396LLLLGAVVRSEDEVEGEDGVQFEDDTIYRAVIESCSG
Ga0193013_1054679Ga0193013_10546791F013389AQNPCQDMTVADCALRPDNIIGTFPFPVAEICESSCDTADTCMFWRFFKNDTVTECLHLGTNYHQDCLTFAGPTLGDIVACTEVDLATCSAYIGEECEYSGDRLEDFEPQPGQVASIAACQTWAIPLEGYGVHYFVFDGITEECMLYSTLQADCSVIGGPRDAPPLAECS
Ga0193013_1054682Ga0193013_10546821F104251DVSYIAVKPTLQESSAGLMHYIRTTLQEAQEITQIVSEAESIADEASKYCEAIRAQHNIVPKKFALHGKGQTPVPPLASNLTKEIQSSVVWTQTMLEMCSMAESAERLEPGTKLSFLKRSPGETAPAPA
Ga0193013_1054769Ga0193013_10547691F064362RDKGIVALNDLKADEGAFCLWDLKEPVDSLPNDEGTNFRNTDLACSLQVSSRSSTQCAYDPDTNKLSRERGSRYNAANYPVKGSDVGWKGAAAHETFLSLDDASDYFHCHYSPSNSGLLRMFALQHMYERNYPGALKRKCGCGYKFMSNLVSRCDCTRSGKADNGCAKWHSTLLTRATKS
Ga0193013_1054818Ga0193013_10548181F003788TWGVKVGLLTRQYIHTYIGMQLLILFSCLLGMSVALPQFVPVAQIQNIRTGELISVDGENLDVAGCLVGPSGERVCPLGAFGADGQSRVQFRGNKGPGLTGSNGNAGPISQAGLPIDPAAETYKKQIEAYQKWAEQQVKNAEKQLGTAGRR
Ga0193013_1054856Ga0193013_10548561F075636FIIGVIGLIWYSFVAVICMINFIDRPTNESDDAIIRELVFFGKWMYFSIGMIAICQSMLHFGLLYGLKQRKAGFVKCWLIVKYVEIVLVVLTFLSHLVLLIYQSNASWTIIKGPLIFYTLIFLYNFVKSCACYMVSKVHNEMKEEDSEEKSLKKQFAYSLHHEDIEIAKANGKYMKF
Ga0193013_1054932Ga0193013_10549321F000052CFIEYEQIAFNETAEICRTPLVKDCDVQGPEICRTEYESECWTKQEVHDVEDDVVECTTEVEEKCEDETSGYTTNTKCSKWPREVCSVSKKQVKKYTPITGCTKEPRELCAPAGCGFKQGTEECYDKVQTVVQDAPKEQCTLEPQRTCKHVTKLVPKLEPTEECVDVPKEVCTRSRTNPR
Ga0193013_1054975Ga0193013_10549751F066429SAKTASHTMQLPSGKTLTVNLAWPKMTPQASDLEFGVIITPDRQVTTKFGWKMGGKNSVYMDVVGNNPWIGDYKLSRKGEFEQVNRNNFKVSWTGHGETSKGFLRSFSPVETHIVAAVNTNNLKVDANVWKSFAGMKYGFTMNNDKFELLSGRA
Ga0193013_1054978Ga0193013_10549781F033691MFMRRLSLTVLVLMVSTSLVSGGFRCTLGQWACSASCVTLGQTSGICDGEGECICSERSISLDSLRALLPSRCNLGESVCEGTCNAIGRTGGKCRENDVGAQDCDCDDTFLTGSQFALCGAESTCRLDCQRRGFASGECDGWNCKCNSNAGPSVGTSEE
Ga0193013_1055307Ga0193013_10553071F012749CLLASSLALPAPQAQEINTLAQQKTDGDQQNLNGVTEILKFGASLVEGFIALMGQKVTFLSKLLSDQEFQESIGGTVDAAVNLTGTVARVAIPVAQGVLESVPTLVSQGSRFAGSVVRAANDTSPLFLEGIAEFTEQLPLIADFASAYAEVNAEQSQIVAETFSRSLTCNLECAETTSV
Ga0193013_1055424Ga0193013_10554241F061514VCADGEISCDMGTYGDCWLGDVCMPADSVCPPSCNTPAPSQCQDGEVMCDMGTSAEGCWLGDYCLAEGSVCPTVCNSPPPSQCAATEISCDMGTHDGCWLGDFCMPEGSECPPACNTPAPSQCQDGEMMCDSGVDENGCWLGDFCLPEGSECAPAA
Ga0193013_1055474Ga0193013_10554741F000070FNEVAVVRSDLERNIADTEARLKNDIRQKQQEAFEKIGAVEQQAELRSAEASRRLGALDLRMSGVQGGLGEHKRDILKLREEVNGLTVKSASHEVDIQKNSDAVRKMEKQRNMDEQNWKAQMDAVHDVLDTKVNEKPFEDLKHCVASLTKGTVKFAQVVGVFPGPRFDDAEGLDQSEAD
Ga0193013_1055751Ga0193013_10557511F069653TWGVETRSPLRTLTYQKICLQSYLWISNNKTTIMKTAITTLLMILIVNPQFIDASPMPAPNNVECDIDPTLEGCNPSAEPTCQCNGHTSNTHTGLKIGECNHDAGNGFFCYINGDQTECCEKESTRYTKYCVNYSACSNHPWSSHKTRGPVKH
Ga0193013_1055780Ga0193013_10557801F085738SRIVDQVNGFLKTRAKKNPGCVERFVCEAYRTGETMEGIPYLLMQVSNAAVSFIVADMFDDSVNINVLTRAARDGRQGNCHSSETMKCDLVDNQLRTLGDYLSTFEEFLTQIFNSVSESLNFGR
Ga0193013_1055820Ga0193013_10558201F020541IDYQANVNTIDFEKFATDMKNEQEFLNGLQKQLVPWMDEAEVTANKNLQKPGNFEDAREIEKQCVMFAKEVRKANKLLGKIDEASKRLARYQTTAEQQIEEQRMRFKKIASVAASRVESMRDLLIRWEEMTRSVEKDGLDFQPLTQFLKCYAIYFSSS
Ga0193013_1055957Ga0193013_10559571F001271ILQNPDKPKFLEGNVQRIEDGWDDTKKKAQERLQLLNETRQAFIGYAENNETIATEFDVAEEEIKKVKKIFNLDAANSDLKKRQDLLKRSDETIHGLFNSINAHFTTMSITIPEDKKKVLAKEIKAVEEKLEVVGRFKATVTKIEELVAALTAFDQSLKTIDSWKDAATAELKDIKEA
Ga0193013_1056025Ga0193013_10560251F057874LLALPTTTEQQVDKRVVNRPDQQRQSPTITGSLVQDVKQINILLNIPNGCNAIYDSMISQLESCRNGENRGHDGLDNGCFLRIDFQKYNKQCRNSKLSFPTESEAPWHPDPTCNGEYCQESSNLEFTGRDVKDSNVDFPDERPY
Ga0193013_1056141Ga0193013_10561411F013304VSCTMELQEDVAEKVEIIKKAISDEVDLFPQGDGVPKDAKDFKDELKRIDDYVTDLQTRTMKTCEAFSEDVKYWAEYKTGIREFKPWLESSEEKAKGGLSKPSTLDEANAMFANVNSFDQNCLKHKTLLENAEAASLKMTTHREADDEVKALKERYSKVKVVSDEWMKKADTLVKEWK
Ga0193013_1056201Ga0193013_10562011F064365CTCADKAFGECDEPAAQDSVHVNTWQECKAQCDLFASFQMCEWWLFNEVNGMDENCHMFNIDRESMPDYLGSCNLIMGPLFDKNDDPLTDCNGDTCYGYVESECAKKGIEVDIAPNLPSSEACQTVMTSRSSTNTITYYMYDVRAKVCKGYSDGLRACSNQVSLQTLEESVIDSCQT
Ga0193013_1056233Ga0193013_10562331F001271RLTLLTETKNAFIGYAENSETIATDFELAEEEIKKVKKIFNLEAANADLKKRQDIFKKTNDGITGLFNSINNNYNTMCITIPEDKKKGLAKEIKAVEEKLEVLGRFKGTVGKIEDLVAALTDFDNALKTLDSWKDAATAELKDIKEASGGMLPEDRVARTMDLQEDIAAKLEILKANA
Ga0193013_1056299Ga0193013_10562991F010012DYTCAYNPPEGKSKTSMTVDVGDKCGYYTNAGEDGYPGPRGVDCIVKYNMGTCTRIKFECDSLNLRNKDDIPWRCRGGKKGGDRMIIYGHLDGDIFRDTRKYCRHRAPMRVRSTEGLTVRLQILRRTKGGQGGENCYVKCLE
Ga0193013_1056529Ga0193013_10565291F029319FVFSGYDLKPKSEDFEYNNVTEFGNNLISEIPEIRRAIKTGAKFTLALPIAASCHEYEHYVPMHGDGCGPACQPWDSGVKMKDYVAKMMDILTAKENLDLFTFKQNGQFLGLSFWVWTYDMTYPPMKWFNNLFLPPTPSKDVLTILKNKLPLMGTPPKSFD
Ga0193013_1056629Ga0193013_10566291F001228AAVPALNALCLVNSCDSYWSGAQAKLKKDGACAVLFDENCCKASKDHLVVKKGEQGKLCGTASGLNPLSSCKGSGLKDDIEALFVMPGCKLEVWDHGSGLEDAIKEERKGFNQGDYKNMKDLYDQNKLIFRADRTKPHWVEEINDDFDDMDEDIESFRCTC
Ga0193013_1056833Ga0193013_10568331F056636HGENNEAPDKLGLLRAQQMFFVTAPLHTLAIFQGTQDSWKILFAAKDASRWASFDSINAITTAKLWVLTMMVMLSSSVVVGLVRIGTAKKPFEEIERWLGVVMSFVFLSLTAVPSAAMFFHKSVTKAKAKPSLMDRCTAGVFGKALVITPSLFYMFLYSAAIVVLLALRGRAQNAG
Ga0193013_1056849Ga0193013_10568491F000481LSSTRDIAPSCVENVDELIERQEKSLSQLDSKRNVVTDLIAKGKVILQNPDKPKFLEANVKRLQDGWEDTKKKANERLQLLNETKEAFIGYAEDSETIAGEFELAEEEIKKVKKIFNLEAANADLNKRQDILKNTDDKINGLFNNINKNYSTMAITIPEDKKKILTKEIKAVEEKL
Ga0193013_1056907Ga0193013_10569071F088209TWGVLLSPRDQLVVQTDQIRSSSVRMENFFALNEIPDNDIATKGAEAGLPTVGTLFLGVFVTLLPKLVPRLMVLMSPERKSKFADPAFQAEGEKMFREKFSENLQMVEDIITTFGDENQLEKSTSEATGFKKFLFSSLEALDIDVTDYIGNLEMNSIKQLGRLARGEDSLSPYYDM
Ga0193013_1056984Ga0193013_10569841F082054ENAKFASFAARNKNGAMSAGQKATEVKAYGLLNHAMLLWTEVTKVERLLRYYTNRIDHKKHQLQGLQGMFRTFASQLESGLKEGTPRDAALKDGGRKLSKSDNTVSLPNIHQKKSGSNRS
Ga0193013_1057002Ga0193013_10570021F044890WITLFAGCVTAQCPHPDFLQKNICDSCHSRHQAINFANTAGLKGMVTVLGPPLDTFPPLFRKIGPGESDFCVNRQPRAAYRCNMDSKRAYCFRLGTACYAWHDPMTGIPHKTLRLATVNCQDNFAWTRQHLLEDYDTDRSNGGPRYD
Ga0193013_1057067Ga0193013_10570671F000070MGTTQNSLSDCFNEVAVVRSDLERNIADTEARLKNDIRQKQQEAFEKIGAVEQQAELRSAEASRRLGALDLRMSGVQGGLGEHKRDILKLREEVNGLTVKSASHEVDIQKNSDAVRKMEKQRNMDEQNWKAQMDAVHDVLDTKVNEKPFEDLKHCVASLTKGTVKFAQVVGVFPGP
Ga0193013_1057117Ga0193013_10571171F067273MGSHFKALTVNMKTFLLAFTLLTLGLHGSKADKVTSCLQCQSVTGAEDSECIKGTGKGTACGTDAVGCVVNVVSGSAMGVDVETWTRGCCTVDAQCAEMHEEAEVGGVSGMVDQIGCTTNDCNTMDPRTPGNSARTLVPALTVLLAIVAVMA
Ga0193013_1057159Ga0193013_10571591F076125VEEMHKLGVLVKFYGKAISQYLEENYCPTLDSPDCAHDINTYYSRLLGVVIDHFIVDGAVHMCQMMMACPAKSYKATMFETKELGCDECIEGLEFISRWMLDEFVVDDMVVYLEANFCLPDMPMCDKAVRMHFPAMHNMAMTKFFIPQEICQKQQVC
Ga0193013_1057303Ga0193013_10573031F082054ENAKFASFAARNKNGAMSAGQKATEVKAYGLLNHAMLLWTEVTKVERLLRYYTNRMDHKKHQLQGLQSMFRNFATQLESGLKEGTPRDAAALKDGGRKLSKSDNTVSLPNIHQKKNGSSR
Ga0193013_1057348Ga0193013_10573481F018908KQDVPCSDADEEWFIPSINRSTDGANPKEVVVDHNGKLEAYVQKKQDIPKWWVKDQTINSKCPRGIDCPDFRYQGEQPYSRQVNLLKSLSKVVDLSKIAIGFETLGIDVQVQMQSWEDHALPWTTSPLKAHKPPTPYDNYTYYKPCKQNMTLSNYKDQKRCAMPLLSQQWGPKFD
Ga0193013_1057358Ga0193013_10573581F026193LITDPEMRSRAEETFLSPEFQENIEEYFVNNIKTDVQAPLNRQIIKSSETIMYIVKLMNNFFDYFMGGAGAALADGFGNSLGNNDNTPRSGLEIGGLDVMQALDFMRTLYSLTK
Ga0193013_1057361Ga0193013_10573611F002148HGESSCDICNSVRMVVKSGGNWKRPVNRMYTYNFQIGENYYLPMTSYLENKSAPVTAPEIPGPLCFSERIAIHPLSGTSTITSDLSVETIKETRKVISNM
Ga0193013_1057377Ga0193013_10573771F001119SCDLCKMGVDALGKYLSTEAEIAAVEEGLVDLVCSTLAEEDIQVCAEGVYTWWPAVTQALFNYEGTAVAICVGTGSCSAKTIMKQEVSCAQCEDWMGRVSALMGTDEFANMVYTDLSGPVFCDDPTYVPAESVDECKGLMDLIGVKAVKAMGSLLSVAASRICVDLGCTR
Ga0193013_1057522Ga0193013_10575221F101224ISIEGPIMYKVNNALTSAYGSPMDMQDLRPKQGPEMTRASINNKKMTNVTLANGDHVMGIRKNPEDENFGDTKLAGDAMEMPIGRPLRYTPGLKCDAHLESLRPERNGNHRAIQGGEDWKRKLVQPPGHFDGSFVDADLQKFRPEPNPNPAEDPWYASRMPDQTMQAFDRLQAPQ
Ga0193013_1057558Ga0193013_10575581F000717DKAKENPGCVERFVCETYKTGETMSGIPYLMMSLTNAAVSFMVAEQFGEAIEMEAITRAAKYGRMTGTCHRMECPIMDGQLRTVTDYLAGFEEMLGYIVNSVSTSIGK
Ga0193013_1057633Ga0193013_10576331F007295VGWFCCPGDEYCAASEEYCKKANIAEKLISMAAPKKIVKQDCPGTECPGGCCPNVGWFCCPGDEYCAASEEYCKKTNIAEKLMSMAAPKKIVKQDCPGTECPGGCCPNVGWFCCPGDEYCAASEEYCKKVNIAEKLISMAAKKIVKQDCPGTECPGGCCPNVGWFCCPGDEYCA
Ga0193013_1057665Ga0193013_10576651F051161MGTHPIFESDFDCLTEMRFTRVLRGGSNWSAVPPEKLPPPQLWNKLIPGTPYAEVQKELHKRGLHDPWMRKWYYSYDNVMRRPYTLAGALNSTIIKKAMMVTLFLVFLEDCLGLEWKNLHHGNAGMWNKDDVNIIAVKAPVGDEHIKNYRGWGGLDMKYIGHETPQTKGT
Ga0193013_1057668Ga0193013_10576681F010400MKILVFIFALTFCQLVSCNGPIPSLEGTWIEDEPLRTGLNNFLWARGVSWFKRQYATSLTTWQYEQNIEWKNGAYHISGFKGPLREEFSYALKPDDQTVEMIDLGSSLGGMRETTAKIEGNSLISSCKIPSANEVDMIATRTIDANNPNVMYFK
Ga0193013_1058026Ga0193013_10580261F052365KEAMNMVDAPSVKAAFRFCDTDENGSATSDEVLQCSVSIADWADTSDMTRDYLYKFGQKYWHVVDLDEDGALNYDEFRNVWAGFAAVHAQMNLNAFDKNENGVMDASEIEAWKAEGAKMMQMFGWEFTEDQLNAFKQMWIATDIDGDYGSRSMMEQINFLLKQWAYFIQN
Ga0193013_1058068Ga0193013_10580681F000276GNKCAAGDNSYKCAVFFENLTPKRNLTWIGALPDALKKARNKEEIAEILGADVTQASFKQLFSCDAVTANARCYTILDKQRKLPLDSCDRNLINTRGTGTVGDYLCGQVRRWLRRSEDFKENGIRGLRLPVYYSACGSDWAPVSDGDNDLYVDEPLCCNPDGKFFRCDGKKFTE
Ga0193013_1058106Ga0193013_10581061F047099TNMNPLDFFRFGPLGLLFLLPTVTLAMPSPQRFPSNTRFFPGAPAVNFNDPSTQFAGLAGLGVTAFAAGNLLSGNDRIRLRPNVGVNFNPNTGQFAPAVSANVQVGDGPVAPSFNLGGQFDPNAGGIPVAPVVGTGLNVGDSNGGFNPALTSNFALQQGQANAQIGAGANIGQF
Ga0193013_1058153Ga0193013_10581531F000196TTIAGRLMSEESLESQKAILVGGLCPGAEDVAQCEANLPEFWGMIAALLWPGYWDPSAEWMCGPICAAPQDTTMTCDDCKMGIQAAIDQLLEPDVLDAIVGEITPAICEGNPTEQCPAAVDGVIKQGLPMLAAAGDDSNFGQACNAAVEGTCPARKFRLF
Ga0193013_1058192Ga0193013_10581921F004979GSLYLKSVMSGFLRFFSICLSIIVSSLGNESFSGNGEMACYGDMSITMRGEGEGFVDCKPSWGSPSAPPQGIIADGADGSHWVTVDDKGYGDCDGSIWYEYGDLGLGYCDRKITLDDGHQTRLFCGYASCTGYLNIECSMLSGCHGA
Ga0193013_1058240Ga0193013_10582401F002881CMHDVVNVRALDEEDVDGMIAPCAAAKANRGVGASIAGVDGSAWGRVVAEDYDCWRLHTGRIAKKETEGYRWNWCVTEECSADNREGSAEKSDLLFVKGLGDRCRPGYSVFNSEYIAFHPHQCLPKYEIEYEIR
Ga0193013_1058313Ga0193013_10583131F011659TAPEESGLRLKRSTGEWDKEFDLSSMGILFQLKYTNPSNPFEGGRAHVKVPGARFVRNAPFDDMEMDIEFNGGSAIDGLFDMKVDYKFIQKFMFLADRPQEGSFVLYRKMEGGMWKTRVTVDNNNRMPKPFLDIAVESDRKTKLHVLFNFEEDNKWELKIDRVPGQKMTIEAT
Ga0193013_1058317Ga0193013_10583171F069653TWGVETRSPLRTLTYQKICLQSYLWISNNKTTIMKTAITTLLMILIVNPQFIDASPMPAPNNVECDIDPTLEGCNPSAEPTCQCNGHTSNTHTGLKIGECNHDAGNGFFCYIDADKTECCEKESTRYTKYCVNYSACSNHPWNSHKTRGPVKH
Ga0193013_1058322Ga0193013_10583221F066421KCTGWTVTNNNECYLKTSVGDMQSDTGVQGSGYCYPSCGDQQNQQNNDGHNYEGPIQVQNAEFCKVRCQASGGQCKGWTVTNNGECYLKDSVGPMRPDGGVQASGNC
Ga0193013_1058349Ga0193013_10583491F003184TIVSDRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIEKKNNTKLSDKERKHLVMLEACDDEYQYHYKLFGQGAGADRDMKFYAPQLVKDYVNQIRRF
Ga0193013_1058494Ga0193013_10584941F100298LSGFDDVTVTWIGDAQAADSKVFTASGTELDVVSRVVVDAGFAQHSVVFDFGSSKSWGVAAQDDEFTFGGSELSKGLSVAKAVFTGLHDQLKSAVDGFGGISFLRHVEMSLIFCSQTVSS
Ga0193013_1058520Ga0193013_10585201F016111TWGDCHRPPKQAHEKIALEPVAMSLKNLMLLVVVAISMHSSTSSPTISFEAIGKEKDNVIQALGGLKSQLLSPFAGLARAKLGLVGGLAGAKLGLVKSLAAPKIAIASGIIGAKAGIAKGLLGAKLGLARTVLRPVAGIKRAKLSALRGILDKKISLLDF
Ga0193013_1058533Ga0193013_10585331F001028ESGMVISDAAKSGDGTLANVGIKVGGKFKSPVNNQLFDSQEALDLHLKYLHDPKKQGNNLEE
Ga0193013_1058554Ga0193013_10585541F084312GIFTVLLTIYLVTMNFFLILNDYIHWYFPVVILVLLAPMCIGSSFFVVFFTKDTASSRGKLFTACMFGIISTALIAVWIVCYYVFIYKNDTVFTGQGDPQTNAYSKMSKKFYLFVVLAETTALCVAYSYFICVTNRYAQKMKGADEGEAPAEEEKMEEAKDMEMDAAM
Ga0193013_1058555Ga0193013_10585551F000073LPKTFVQYMEEHANLRTLVDEGKGKLQWERDIPPEALANLENLASSDFQKNLGKIIHDIYQTAHGLFRDLPQGDHKKRAKYRFASKTLMRVLPAGLKSEVEGLIEKKAMTLDLYEILGQCTWGQAKA
Ga0193013_1058605Ga0193013_10586051F073045MLRSCLVFPLVLALAQSACYLEQEEENIFLSRMPGAWKLDQTLSDILAPNTTENFNVDELILTRNDSTVLSFFGEECDAGDFPLHMTGVAEATSFEKEVTEYDFAISTYKGNPVITYIVPPNYEPAFAYTMLATGETPEEDILFIRDNHSGHDGMMAYKR
Ga0193013_1058685Ga0193013_10586851F032137GEGMINCPGPIDSMGCMMAETCMAEGDECPFFCPHMPPMDCGEGMINCPGPIDSMGCMMPETCMAEGDECPFHCAPTATADCGEGMINCPGPIDPMGCMMPETCVAEGDACPFHCPPPMPPTDCGPGMFNCPGDIDPMGCMMPDFCMPDGEACPVPV
Ga0193013_1058860Ga0193013_10588601F038531PQGPFLGLGPGPFHGPGPLPYALGPAVCPEEVCTACEEEGATDLKPILEINCQEGLEDCHASAKDCSANAVDCNEPLKDCTCHIDPQDEGCTKECLIGPGPCLRENAITVGKCVAEHREEIAKCVLEQENTVGKCLNEKRIALAKAEECLACAAGCKKEEK
Ga0193013_1059238Ga0193013_10592381F001119DLCKMGVDALGQYLMTEAEIAAVEEGLVDLVCSTLEEEQIQMCAEGVYTWWPSITQALFAWDGTAEAICAGTGSCKKKNILKQEVSCAQCEDWMGRVSALLGSDDFANQVYTDLSGPVFCDDPTYVPADSVAECKGLMDLIGIKAVKALGSLLSVTASRICVDLGCTY
Ga0193013_1059290Ga0193013_10592901F103104VVVPRFKGVAAYNEPDRKSGCPAKRGANTDLILKTIKIDQTSIIKVTGHIIRTIAGRADAYLKYQRKTTLDTSLTYTNSKRWEDVKLHFTGKFGKGTHTFSIRSNKANAFGCGTAWGDIDILVLPQKMG
Ga0193013_1059408Ga0193013_10594081F049395CANEGCDWKFGAWGEDVFVQRCMDHHYVDKVEAFDVATDGACAADRPEGEKKNKKWHPTDCRTLTTATAHPLKKPAAYKKCLNEMMY
Ga0193013_1059552Ga0193013_10595521F001954HGESSKGNTTSKEHSTKQTMVLDEKKVLTPEEDEEQLIMRRLRNSMDELRRGYRILDYRMQAVKTKAEDMADKRSKIELHEEKVCIRGQPIPFRAYIPKEEVIKYRKDQKGGGRLIYKGIKLNSRSLHNFRPTIGHYTHTYNIDYYTTVA
Ga0193013_1059575Ga0193013_10595751F009666LTIVPTTLSLPKPGMLIWNCQGCPYPTKVQHADVELSGPSGKVGSLVVSHMVPEGGIGENVEIENVNTRVAFENLQKQRNFDVRIHEGTCESLGEKIHSVRCSNCRNSLGFKVLGSQKNLHVRGDGTEGDLIGKVVLFYDSTRGSKLACGQVKEREQ
Ga0193013_1059760Ga0193013_10597601F008474MVLQSVLLLELNVLLPEGVDSVNHDLDQLNLRVSKTMLVGDVISVTSLAAGLSAGSTGLDSELLASSLELVDGFLGPSGKVNVDGGSHASSKIGWAGVDVSVL
Ga0193013_1059761Ga0193013_10597611F002148VNRMYTYNFQIGENYYLPMTSYLETKTGASSDVPGPLCFSERISLHPLSGTSVSVYGDQSIETIKKTRQVISNM
Ga0193013_1059962Ga0193013_10599621F074303GARMDDGTEEELDIDVELLNWEDCAQNMVSRVDKTWRQLSSQKYKSVLDLVSKKADHSVLRLLQISQQHIESQLDRVRHERELWKEVVDKRSQQPLQLALTLKDQHTGMPLGGQPAMVPGYGAQYALPGTADSQKMGMVQAPAGAAAAKPAPPASGVDGSPLAKRIAKPA
Ga0193013_1060009Ga0193013_10600091F097456SPEMSSVALTGTYKHHKNENYNDFLKALNIGWFKRHTQNKAHPSMQVQEGSTGTLNFKFTENIKTTEKTISLGEEHSETLPNGENTRGITVREGDSNLITRCESKTLGKMEMIREFSKEGMVLYIKLLDRDFEAVRFYKRI
Ga0193013_1060283Ga0193013_10602831F000446GKRKLTGTWINSPIFIQVWKAIRTEGLWASHDWTVKVDADAVFLPMRLRTRLSGQKATASGIYLENCKYVNYGFFGNLEVISHQGFSTFLANLEDCVSALNWKGREKATGMEAWGEDLFMQRCMDLHGVDKVEAFDLTTDSMCKAFRPKGQKKNAKWRPNCALTSTAAM
Ga0193013_1060412Ga0193013_10604121F027191SINLIKVDKFLISPNKHKVRIEVNKIMNPAFLLGTAFNIAYXHRKYHSGTICKGVSNEQASNALSGCEREEIPRCVCK
Ga0193013_1060425Ga0193013_10604251F067273MGSHFKALTVNMKTFLLAFTLLTLGLHGSKADKVTSCLQCQSVTGMDPSLEDSDCMNGTGNGTACATEAVGCFVQRAAGSAMGQDLTTWDRGCCTVNAECIEIHEEQEQGGVSGMVHRMGCTTNDCNTMDPRSSASTLVPAFTILLAIVAVMA
Ga0193013_1060426Ga0193013_10604262F064361PAIEKHASIGSLTGLNFAMDSATAVWDPNSTGIPSSHAEVQVAYTYLPFVLAHSFTDVGVLIFTVICWIMMDADNRATLLKFYGLPDAFAQEVHF
Ga0193013_1060456Ga0193013_10604561F054542AEKNVYDQEMSNCGSDHANGCTYAAMDAGAHEVCVTKLPHGFSSDTGQGAWSDQFTGKPWCICIWAYSNYILQNKDLPLKCESIPAKVLEEKYSLDKFKQCGKMSSTTGCGSEDIRRSIQSLCTQCDAQTKDDASKTALKNKCDAILKSAPAAKSGQSQAVSRTVAAKL
Ga0193013_1060663Ga0193013_10606631F000023MEDVSNTLQQMQEKEENLTEDIINLKNEMNTKLDTKVDNVAWKEANDDLDAAIKTVRDMVSSLRLDVDARRRKVDEILATIRHDITAVETNLEESKAKIVSDTDQAVNALNGRIDFTNKDLAATQESLHTTQNSLSDCFNEVAVVRSDLERNIADTEARLKNDIRQKQ
Ga0193013_1060729Ga0193013_10607291F000052TQYESECWTKQEVHDVEDDVVSCTTVQDEKCADETSGYTTFTECTKWPREVCTVEKKAVKKYTPITGCTKEPREVCAPSGCGFTEGPEQCYDKTQTIVQDAPKEECSLEPQRTCAHVTKLVPKLEPKEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYVPTEESGLA
Ga0193013_1060780Ga0193013_10607801F002956HGASPYLQAPHIFSQRKFPHFQINMKVFCLVLLVAVAAQAENCQVYKNGIESIFSKMPAVNSASDPNDGVCEDGEGWGCIAEIATTVMDCIAEIGLDPNGVQKCVEEAIGTASDCWDCVCWVMESVGLGCPTA
Ga0193013_1060924Ga0193013_10609241F000481LEILMAERGKEERTEQLSKLDSIIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLTQLETKRGVVRDLISKGRQLLENPDKPKFLDSHVGRIEQGWDETKEKASARLTLLNNTKAAWEGYGAGLENIAVEFD
Ga0193013_1060949Ga0193013_10609491F050878LTGSYAVEWSDAGIRVTTKEMAHFTDAKLYEIMTTGSEVYVSCQSGRGEYPTGGTMGKAFCLFDKLGFFLDDDKMKINWDHIHDAFGEHSHFVDDCKDTDYDVDGGFWDSIGDWFGEDFDYSTVDNAVGNFYNCCAKKVAQEAQDLFNAKFVSQCPVV
Ga0193013_1061334Ga0193013_10613341F013767HGGSSFDLLISAKMTVRALYFFVLGFSGLFAIQGCGGGDTTAAAAATTASP
Ga0193013_1061353Ga0193013_10613531F002148HGGSQGVTEERYSPGSRMVVKSGGNWKRPVNRMYTYNFQIGENYYLPMTSYLETKTGAAADIPGPLCFSERISLHPLSGTSLSVYGDQSVETIKKTRQVISNM
Ga0193013_1061396Ga0193013_10613961F104251AMKPTLQESSAGLMHYIRTTLQQAQEITQVVSEAESIADEASKYCEAIRAQHNIVPKKFALRGTKTPVPPLASNMTKEIQSSVVWTQTMLEMCSMAESAEMLEPGTKLSFLKRSPGETAPAAA
Ga0193013_1061539Ga0193013_10615391F000049MTFWQENYTFIKDVYDMRHTKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAQILEILMAERAKDQRAKEMGLLDNLIKKHEELIPTVMKTQVMVDLYWKCYAYGDELIERQEKSLVQLD
Ga0193013_1061540Ga0193013_10615401F016110TWGVGSDSLPIMKFTSVIAAALIWTCQVSADWTGSGRLQCYGVVDTDVSTPAGGNYLERGNLRCTLEEWVYETGRGPEAMFFKPVTGGEFEVWAWDYHSPNIPYAECNGDIWYQNNDMGAGYCVPNKGFNGCGYGDCVGTITCHGC
Ga0193013_1061558Ga0193013_10615581F085094IIMSVPPQGGQPMLTPWGRIAKYQSYPIAKLWKASPLSTYLAIAGGFVALPMFVWLYNKCNSPAALEGWKERRKEYYEPHHVKW
Ga0193013_1061602Ga0193013_10616021F068302QMTCDECVEEMHRMSFIVKLKAREIEQYLTANYCPTLPEDSHACDHDLPLHYVEMLYAVVEHYFVDGAIHICQAWGVCHARSGRFTCEECIEGLEWVGAHMTDPLWVAEYVVYLQQQWCTDPRCHDAVATHFPAMHAMAMEQFWDATATCNQYAQVCGATKPPTEKP
Ga0193013_1061619Ga0193013_10616191F000061LRTWLSSKPGDSPHGLYYENCPNVQYGFFGHLEIITKTAVKVLTKYLEDCHAVFAPCANDGCDWKFGAWGEDVFAQRCMDHHYVDKVEAFDVATDGACAADRPEGQEKNKKWYPEDCSSLTTATAHPLKKPDAYKKCLAEMS
Ga0193013_1062100Ga0193013_10621002F085094MSVPPVGGQPMLTPWGRIAKYQSYPWAKLVQSSPLTKYLLIAGAFVALPMFSKLYAVCNSPAAEEGWKERRKEYYEPHHVKW
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Bioinformatics & Integrated Biology Lab
Institute for Fundamental Biomedical Research
Biomedical Sciences Research Center "Alexander Fleming"
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