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 3300018737

3300018737: Metatranscriptome of marine eukaryotic protist communities collected during Tara Oceans survey from station TARA_125 - TARA_N000002025 (ERX1789417-ERR1719385)



Overview

Basic Information
IMG/M Taxon OID3300018737 Open in IMG/M
GOLD Reference
(Study | Sequencing Project | Analysis Project)		Gs0117946 | Gp0217109 | Ga0193418
Sample NameMetatranscriptome of marine eukaryotic protist communities collected during Tara Oceans survey from station TARA_125 - TARA_N000002025 (ERX1789417-ERR1719385)
Sequencing StatusPermanent Draft
Sequencing CenterCanada's Michael Smith Genome Sciences Centre
Published?N
Use PolicyOpen

Dataset Contents
Total Genome Size155931936
Sequencing Scaffolds677
Novel Protein Genes807
Associated Families483

Dataset Phylogeny
Taxonomy GroupsNumber of Scaffolds
All Organisms → Viruses → Predicted Viral13
All Organisms → cellular organisms → Eukaryota245
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 affinis117
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda37
Not Available136
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 → Peridiniales → Endodiniaceae → Brandtodinium → Brandtodinium nutricula4
All Organisms → cellular organisms → Eukaryota → Opisthokonta11
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 californicus19
All Organisms → cellular organisms → Eukaryota → Sar6
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 salmonis13
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Lingulodiniaceae → Lingulodinium → Lingulodinium polyedra6
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae2
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea17
All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa12
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Bacillariophyta → Mediophyceae → Lithodesmiophycidae → Lithodesmiales → Lithodesmiaceae → Ditylum → Ditylum brightwellii1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida3
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 → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica5
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Branchiopoda → Phyllopoda → Diplostraca → Cladocera → Anomopoda → Daphniidae → Daphnia → Daphnia pulex2
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Pyrocystaceae → Alexandrium → Alexandrium monilatum3
All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera4
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Suessiaceae → Polarella → Polarella glacialis1
All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Rotaliida → Elphidiidae → Elphidium → Elphidium margaritaceum2
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Saprolegniales → Saprolegniaceae → Saprolegnia → Saprolegnia parasitica3
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae5
All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → Mamiellophyceae → Mamiellales → Mamiellaceae → Micromonas → Micromonas commoda1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Goniodomataceae → Pyrodinium → Pyrodinium bahamense3
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 poplesia3
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Pelagophyceae → Pelagomonadales → Pelagomonas → Pelagomonas calceolata1

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
LocationSouth Pacific Ocean: TARA_125
CoordinatesLat. (o)-8.892Long. (o)-142.6358Alt. (m)N/ADepth (m)5
Location on Map
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Associated Families

FamilyCategoryNumber of Sequences3D Structure?
F000021Metagenome / Metatranscriptome6082Y
F000039Metagenome / Metatranscriptome4032Y
F000044Metagenome / Metatranscriptome3572Y
F000048Metagenome / Metatranscriptome3365Y
F000049Metagenome / Metatranscriptome3277Y
F000051Metagenome / Metatranscriptome3266Y
F000052Metagenome / Metatranscriptome3223Y
F000068Metagenome / Metatranscriptome2731Y
F000073Metagenome / Metatranscriptome2639Y
F000076Metatranscriptome2620Y
F000080Metagenome / Metatranscriptome2485Y
F000085Metagenome / Metatranscriptome2467Y
F000086Metagenome / Metatranscriptome2462Y
F000114Metatranscriptome2143Y
F000119Metatranscriptome2105Y
F000139Metatranscriptome1948Y
F000147Metagenome / Metatranscriptome1917Y
F000158Metagenome / Metatranscriptome1864Y
F000196Metatranscriptome1657Y
F000234Metatranscriptome1506Y
F000235Metatranscriptome1500Y
F000241Metagenome / Metatranscriptome1481Y
F000276Metatranscriptome1390Y
F000287Metatranscriptome1370Y
F000306Metagenome / Metatranscriptome1332Y
F000371Metagenome / Metatranscriptome1220Y
F000406Metagenome / Metatranscriptome1172Y
F000446Metatranscriptome1128Y
F000480Metatranscriptome1090Y
F000481Metagenome / Metatranscriptome1089Y
F000486Metatranscriptome1086Y
F000577Metagenome / Metatranscriptome1015Y
F000685Metatranscriptome937Y
F000692Metatranscriptome933Y
F000717Metatranscriptome923Y
F000786Metagenome / Metatranscriptome891Y
F000797Metatranscriptome886Y
F000798Metagenome / Metatranscriptome886Y
F000809Metagenome / Metatranscriptome882Y
F000811Metatranscriptome881Y
F000879Metagenome / Metatranscriptome850Y
F000946Metatranscriptome824N
F001017Metatranscriptome804N
F001067Metatranscriptome787Y
F001119Metatranscriptome772Y
F001188Metatranscriptome753Y
F001228Metatranscriptome741Y
F001267Metatranscriptome734Y
F001271Metatranscriptome733Y
F001410Metatranscriptome701N
F001568Metatranscriptome669Y
F001601Metatranscriptome664Y
F001631Metatranscriptome660Y
F001636Metatranscriptome659Y
F001641Metatranscriptome659Y
F001648Metatranscriptome657Y
F001694Metatranscriptome650Y
F001766Metatranscriptome638Y
F001826Metatranscriptome629Y
F001952Metatranscriptome612Y
F001954Metatranscriptome612Y
F002043Metatranscriptome599N
F002147Metatranscriptome589N
F002148Metatranscriptome589Y
F002198Metatranscriptome584Y
F002228Metatranscriptome580Y
F002297Metatranscriptome573Y
F002366Metatranscriptome566Y
F002590Metatranscriptome545N
F002609Metagenome / Metatranscriptome543Y
F002710Metatranscriptome535Y
F002762Metatranscriptome531N
F002828Metatranscriptome527Y
F002878Metatranscriptome523N
F002882Metagenome / Metatranscriptome523Y
F002956Metatranscriptome517N
F003008Metatranscriptome513Y
F003248Metatranscriptome497N
F003454Metatranscriptome485Y
F003808Metatranscriptome467Y
F003866Metagenome / Metatranscriptome464Y
F003903Metatranscriptome462N
F004045Metatranscriptome455Y
F004069Metatranscriptome454Y
F004094Metagenome / Metatranscriptome453Y
F004128Metatranscriptome451N
F004202Metatranscriptome448Y
F004228Metatranscriptome447N
F004252Metatranscriptome446Y
F004272Metatranscriptome445Y
F004303Metatranscriptome444Y
F004363Metatranscriptome441Y
F004380Metatranscriptome440Y
F004541Metatranscriptome433N
F004577Metatranscriptome432N
F004929Metagenome / Metatranscriptome418Y
F004957Metagenome / Metatranscriptome417Y
F005084Metatranscriptome412Y
F005139Metatranscriptome410N
F005179Metatranscriptome409Y
F005239Metagenome / Metatranscriptome407Y
F005303Metagenome / Metatranscriptome405Y
F005377Metatranscriptome402Y
F005554Metatranscriptome396N
F005691Metatranscriptome392Y
F005818Metagenome / Metatranscriptome389Y
F005873Metatranscriptome387N
F006049Metatranscriptome382N
F006050Metatranscriptome382Y
F006335Metatranscriptome375N
F006459Metatranscriptome372N
F006688Metatranscriptome366Y
F006689Metatranscriptome366N
F006734Metatranscriptome365Y
F006742Metatranscriptome365N
F006790Metatranscriptome364Y
F007075Metatranscriptome358N
F007099Metatranscriptome357N
F007155Metatranscriptome356Y
F007264Metatranscriptome354Y
F007296Metatranscriptome353N
F007314Metatranscriptome353Y
F007563Metatranscriptome348Y
F007842Metatranscriptome343N
F007908Metatranscriptome342Y
F008067Metatranscriptome339N
F008474Metatranscriptome332Y
F008536Metatranscriptome331N
F008620Metagenome / Metatranscriptome330Y
F008862Metatranscriptome326N
F008884Metatranscriptome326Y
F009210Metatranscriptome321Y
F009251Metatranscriptome320N
F009310Metatranscriptome319N
F009535Metagenome / Metatranscriptome316Y
F009874Metatranscriptome311Y
F009881Metatranscriptome311N
F010073Metatranscriptome308N
F010522Metatranscriptome302N
F010596Metatranscriptome301N
F011559Metatranscriptome289N
F011638Metatranscriptome288N
F011659Metatranscriptome288N
F011992Metatranscriptome284N
F011994Metatranscriptome284Y
F012119Metatranscriptome283Y
F012195Metatranscriptome282Y
F012547Metatranscriptome279N
F012568Metatranscriptome279Y
F012847Metatranscriptome276N
F013270Metatranscriptome272Y
F013304Metagenome / Metatranscriptome272Y
F013389Metatranscriptome271N
F013605Metatranscriptome269Y
F013606Metatranscriptome269N
F013859Metatranscriptome267N
F014224Metagenome / Metatranscriptome264N
F014225Metatranscriptome264N
F014226Metatranscriptome264N
F014227Metatranscriptome264N
F014624Metagenome / Metatranscriptome261Y
F014820Metatranscriptome259N
F014943Metatranscriptome258Y
F014977Metatranscriptome258N
F015300Metatranscriptome255N
F015563Metagenome / Metatranscriptome253Y
F015694Metatranscriptome252Y
F015736Metagenome / Metatranscriptome252Y
F015830Metatranscriptome251Y
F015960Metatranscriptome250N
F016240Metatranscriptome248N
F016638Metatranscriptome245N
F016767Metatranscriptome244N
F017094Metatranscriptome242N
F017095Metatranscriptome242N
F017593Metatranscriptome239Y
F017648Metagenome / Metatranscriptome239Y
F017783Metatranscriptome238N
F018124Metatranscriptome236N
F018318Metatranscriptome235N
F018666Metatranscriptome233N
F018858Metatranscriptome232N
F018859Metatranscriptome232N
F019595Metatranscriptome228N
F019597Metatranscriptome228N
F019598Metatranscriptome228Y
F019659Metatranscriptome228Y
F019948Metatranscriptome226N
F020125Metatranscriptome225N
F020490Metatranscriptome223Y
F020491Metatranscriptome223N
F021235Metatranscriptome219N
F021470Metatranscriptome218N
F021472Metatranscriptome218N
F021697Metatranscriptome217N
F021704Metatranscriptome217N
F021705Metatranscriptome217Y
F021706Metatranscriptome217N
F021898Metatranscriptome216N
F021914Metatranscriptome216N
F022142Metatranscriptome215N
F022346Metatranscriptome214N
F022348Metatranscriptome214Y
F022350Metatranscriptome214Y
F022575Metatranscriptome213Y
F022589Metagenome / Metatranscriptome213Y
F023031Metatranscriptome211Y
F023273Metatranscriptome210N
F024026Metatranscriptome207Y
F024237Metatranscriptome206Y
F024473Metatranscriptome205Y
F024475Metatranscriptome205N
F024713Metatranscriptome204Y
F024715Metatranscriptome204Y
F025208Metatranscriptome202N
F025209Metagenome / Metatranscriptome202N
F025479Metatranscriptome201N
F025913Metatranscriptome199Y
F026185Metatranscriptome198N
F026190Metatranscriptome198N
F026191Metatranscriptome198N
F026192Metatranscriptome198N
F026785Metatranscriptome196Y
F027095Metatranscriptome195N
F027404Metatranscriptome194N
F027405Metatranscriptome194Y
F027724Metagenome / Metatranscriptome193Y
F027731Metatranscriptome193Y
F027733Metatranscriptome193N
F027739Metatranscriptome193N
F027856Metagenome / Metatranscriptome193Y
F028413Metatranscriptome191Y
F028414Metatranscriptome191N
F028701Metagenome / Metatranscriptome190N
F028705Metatranscriptome190N
F028982Metatranscriptome189N
F029011Metatranscriptome189Y
F029316Metatranscriptome188N
F029643Metatranscriptome187N
F029648Metatranscriptome187N
F029649Metatranscriptome187N
F030340Metagenome / Metatranscriptome185Y
F030652Metatranscriptome184Y
F030653Metatranscriptome184N
F030772Metagenome / Metatranscriptome184Y
F030969Metatranscriptome183N
F030976Metatranscriptome183N
F031000Metagenome / Metatranscriptome183Y
F031742Metatranscriptome181N
F031749Metatranscriptome181N
F031753Metatranscriptome181N
F032521Metatranscriptome179N
F032528Metatranscriptome179N
F032995Metatranscriptome178N
F033072Metagenome / Metatranscriptome178N
F033281Metatranscriptome177N
F033295Metatranscriptome177N
F033304Metatranscriptome177N
F033693Metatranscriptome176N
F033816Metatranscriptome176N
F033827Metatranscriptome176Y
F034047Metatranscriptome175Y
F034052Metatranscriptome175N
F034054Metatranscriptome175N
F034056Metatranscriptome175N
F034060Metatranscriptome175N
F034811Metatranscriptome173N
F035172Metatranscriptome172N
F035173Metatranscriptome172N
F035319Metatranscriptome172Y
F035598Metagenome / Metatranscriptome171N
F035612Metatranscriptome171N
F035621Metatranscriptome171N
F036078Metatranscriptome170Y
F036540Metatranscriptome169N
F038065Metatranscriptome166N
F038073Metatranscriptome166N
F038075Metatranscriptome166N
F038527Metatranscriptome165N
F038528Metatranscriptome165N
F038975Metatranscriptome164N
F039459Metatranscriptome163N
F039463Metatranscriptome163N
F039464Metatranscriptome163N
F039469Metatranscriptome163N
F040997Metatranscriptome160N
F041000Metatranscriptome160Y
F041579Metatranscriptome159N
F041786Metagenome / Metatranscriptome159Y
F042150Metatranscriptome158N
F042153Metatranscriptome158N
F042725Metatranscriptome157N
F043190Metatranscriptome156N
F043421Metatranscriptome156N
F043708Metatranscriptome155N
F043762Metatranscriptome155N
F044257Metatranscriptome154N
F044283Metatranscriptome154N
F044890Metatranscriptome153N
F045517Metatranscriptome152N
F045527Metatranscriptome152N
F046160Metatranscriptome151N
F046165Metatranscriptome151N
F047466Metatranscriptome149N
F047467Metatranscriptome149N
F048056Metatranscriptome148N
F048072Metatranscriptome148N
F048078Metatranscriptome148N
F048080Metatranscriptome148N
F048081Metatranscriptome148Y
F048738Metatranscriptome147N
F049397Metatranscriptome146N
F050048Metatranscriptome145Y
F050106Metatranscriptome145N
F050128Metatranscriptome145Y
F050133Metagenome / Metatranscriptome145N
F050803Metatranscriptome144N
F050806Metatranscriptome144N
F051665Metatranscriptome143N
F051671Metatranscriptome143N
F051676Metatranscriptome143N
F051681Metatranscriptome143N
F052360Metatranscriptome142Y
F052365Metatranscriptome142N
F052608Metagenome / Metatranscriptome142Y
F053042Metatranscriptome141N
F053049Metatranscriptome141N
F053050Metatranscriptome141N
F053055Metatranscriptome141N
F053680Metatranscriptome140N
F053765Metatranscriptome140N
F053773Metatranscriptome140N
F054469Metatranscriptome139N
F054541Metatranscriptome139Y
F054546Metatranscriptome139N
F054550Metatranscriptome139N
F054572Metatranscriptome139N
F054881Metagenome / Metatranscriptome139Y
F055392Metatranscriptome138N
F055398Metatranscriptome138Y
F055406Metatranscriptome138N
F055767Metatranscriptome138Y
F056294Metatranscriptome137N
F056295Metatranscriptome137N
F057081Metatranscriptome136N
F057084Metatranscriptome136Y
F057102Metatranscriptome136N
F057863Metatranscriptome135N
F057884Metagenome / Metatranscriptome135N
F058161Metatranscriptome135Y
F058673Metatranscriptome134N
F058691Metatranscriptome134Y
F059029Metatranscriptome134N
F059615Metatranscriptome133N
F059622Metatranscriptome133N
F059627Metatranscriptome133N
F059630Metatranscriptome133N
F059642Metatranscriptome133N
F059994Metatranscriptome133Y
F060574Metatranscriptome132Y
F061508Metatranscriptome131N
F061509Metatranscriptome131N
F061513Metatranscriptome131N
F061890Metagenome / Metatranscriptome131Y
F062416Metatranscriptome130Y
F062417Metatranscriptome130N
F062418Metatranscriptome130N
F062420Metatranscriptome130Y
F063217Metatranscriptome129N
F063218Metatranscriptome129Y
F063301Metatranscriptome129N
F063311Metatranscriptome129N
F064259Metatranscriptome128N
F064374Metatranscriptome128N
F064375Metatranscriptome128N
F064388Metagenome / Metatranscriptome128Y
F065330Metatranscriptome127N
F065390Metatranscriptome127N
F065796Metagenome / Metatranscriptome127Y
F066305Metatranscriptome126N
F066383Metatranscriptome126N
F066417Metatranscriptome126N
F067373Metatranscriptome125N
F067382Metatranscriptome125N
F067384Metatranscriptome125N
F068397Metatranscriptome124N
F068404Metatranscriptome124N
F068406Metatranscriptome124N
F068415Metatranscriptome124N
F068737Metatranscriptome124N
F069523Metatranscriptome123Y
F069644Metatranscriptome123N
F069646Metatranscriptome123N
F070826Metatranscriptome122Y
F070835Metatranscriptome122N
F070864Metatranscriptome122Y
F070865Metatranscriptome122Y
F071816Metatranscriptome121N
F071923Metatranscriptome121N
F071924Metatranscriptome121N
F071930Metatranscriptome121N
F072903Metatranscriptome120N
F072989Metagenome / Metatranscriptome120N
F073038Metagenome / Metatranscriptome120N
F073041Metatranscriptome120Y
F073052Metatranscriptome120N
F073071Metatranscriptome120N
F073594Metatranscriptome120N
F074212Metatranscriptome119Y
F074347Metatranscriptome119N
F074352Metatranscriptome119N
F074362Metatranscriptome119N
F075634Metatranscriptome118N
F075647Metatranscriptome118N
F075672Metatranscriptome118N
F076130Metatranscriptome118N
F076829Metatranscriptome117N
F076845Metatranscriptome117N
F078178Metatranscriptome116N
F078185Metatranscriptome116Y
F078186Metatranscriptome116Y
F078198Metatranscriptome116N
F080698Metatranscriptome114N
F080701Metatranscriptome114N
F080797Metatranscriptome114N
F080834Metatranscriptome114N
F080835Metatranscriptome114N
F080836Metatranscriptome114N
F080853Metatranscriptome114N
F081237Metatranscriptome114N
F082096Metatranscriptome113N
F082098Metatranscriptome113N
F083558Metatranscriptome112N
F083605Metatranscriptome112N
F083657Metatranscriptome112N
F083658Metatranscriptome112N
F085089Metatranscriptome111N
F085102Metatranscriptome111N
F086573Metatranscriptome110N
F086594Metatranscriptome110N
F088191Metatranscriptome109N
F088201Metatranscriptome109N
F088255Metatranscriptome109Y
F089611Metatranscriptome108N
F089614Metatranscriptome108N
F089636Metatranscriptome108N
F089791Metatranscriptome108N
F089794Metatranscriptome108N
F089800Metatranscriptome108N
F091265Metatranscriptome107N
F091269Metatranscriptome107N
F091270Metatranscriptome107N
F091322Metagenome / Metatranscriptome107N
F092979Metatranscriptome106N
F093209Metatranscriptome106N
F093215Metagenome / Metatranscriptome106Y
F094851Metatranscriptome105N
F094854Metatranscriptome105N
F094899Metatranscriptome105N
F096323Metatranscriptome104N
F096558Metatranscriptome104Y
F096579Metatranscriptome104N
F096613Metatranscriptome104Y
F096644Metagenome / Metatranscriptome104N
F098351Metatranscriptome103Y
F098517Metatranscriptome103N
F098596Metatranscriptome103N
F098603Metatranscriptome103N
F098610Metatranscriptome103N
F098616Metatranscriptome103N
F100088Metatranscriptome102N
F100089Metatranscriptome102N
F100311Metatranscriptome102N
F100318Metatranscriptome102Y
F100323Metatranscriptome102Y
F100331Metatranscriptome102N
F100490Metagenome / Metatranscriptome102N
F102477Metatranscriptome101N
F102484Metatranscriptome101N
F104174Metatranscriptome100N
F104399Metatranscriptome100N
F104407Metatranscriptome100N
F104418Metatranscriptome100N

Associated Scaffolds

ScaffoldTaxonomyLengthIMG/M Link
Ga0193418_1001189All Organisms → Viruses → Predicted Viral3118Open in IMG/M
Ga0193418_1001961All Organisms → cellular organisms → Eukaryota2688Open in IMG/M
Ga0193418_1002201All Organisms → cellular organisms → Eukaryota2605Open in IMG/M
Ga0193418_1002456All Organisms → Viruses → Predicted Viral2520Open in IMG/M
Ga0193418_1003128All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis2335Open in IMG/M
Ga0193418_1003793All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis2203Open in IMG/M
Ga0193418_1003854All Organisms → Viruses → Predicted Viral2192Open in IMG/M
Ga0193418_1004449All Organisms → Viruses → Predicted Viral2097Open in IMG/M
Ga0193418_1004584All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda2075Open in IMG/M
Ga0193418_1005296Not Available1970Open in IMG/M
Ga0193418_1005323All 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 irritans1966Open in IMG/M
Ga0193418_1005481All Organisms → cellular organisms → Eukaryota1947Open in IMG/M
Ga0193418_1005541All Organisms → cellular organisms → Eukaryota1940Open in IMG/M
Ga0193418_1005798All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Peridiniales → Endodiniaceae → Brandtodinium → Brandtodinium nutricula1908Open in IMG/M
Ga0193418_1006028All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Peridiniales → Endodiniaceae → Brandtodinium → Brandtodinium nutricula1885Open in IMG/M
Ga0193418_1006251All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1861Open in IMG/M
Ga0193418_1006473All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1837Open in IMG/M
Ga0193418_1006723All Organisms → cellular organisms → Eukaryota → Opisthokonta1813Open in IMG/M
Ga0193418_1007178All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1772Open in IMG/M
Ga0193418_1007196All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1771Open in IMG/M
Ga0193418_1007234All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1767Open in IMG/M
Ga0193418_1007465All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1748Open in IMG/M
Ga0193418_1007579All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1739Open in IMG/M
Ga0193418_1008126All Organisms → cellular organisms → Eukaryota1691Open in IMG/M
Ga0193418_1008157All Organisms → cellular organisms → Eukaryota1688Open in IMG/M
Ga0193418_1008158All Organisms → cellular organisms → Eukaryota1688Open in IMG/M
Ga0193418_1008394All Organisms → cellular organisms → Eukaryota1671Open in IMG/M
Ga0193418_1008398All Organisms → cellular organisms → Eukaryota1671Open in IMG/M
Ga0193418_1008688All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1651Open in IMG/M
Ga0193418_1008764All Organisms → cellular organisms → Eukaryota1646Open in IMG/M
Ga0193418_1009178All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1618Open in IMG/M
Ga0193418_1009492Not Available1597Open in IMG/M
Ga0193418_1009585All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1592Open in IMG/M
Ga0193418_1009740All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1584Open in IMG/M
Ga0193418_1010161All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1559Open in IMG/M
Ga0193418_1010431All Organisms → cellular organisms → Eukaryota1543Open in IMG/M
Ga0193418_1011120All Organisms → Viruses → Predicted Viral1507Open in IMG/M
Ga0193418_1011305All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1498Open in IMG/M
Ga0193418_1011531All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1489Open in IMG/M
Ga0193418_1011789All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1475Open in IMG/M
Ga0193418_1011919Not Available1468Open in IMG/M
Ga0193418_1011988All Organisms → Viruses → Predicted Viral1465Open in IMG/M
Ga0193418_1012037All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1462Open in IMG/M
Ga0193418_1012207All Organisms → cellular organisms → Eukaryota → Sar1453Open in IMG/M
Ga0193418_1012681Not Available1431Open in IMG/M
Ga0193418_1013179All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1408Open in IMG/M
Ga0193418_1013331Not Available1401Open in IMG/M
Ga0193418_1013563All Organisms → cellular organisms → Eukaryota1391Open in IMG/M
Ga0193418_1013809All Organisms → cellular organisms → Eukaryota1379Open in IMG/M
Ga0193418_1013889All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis1376Open in IMG/M
Ga0193418_1013908All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1375Open in IMG/M
Ga0193418_1014056All Organisms → cellular organisms → Eukaryota1368Open in IMG/M
Ga0193418_1014215All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1361Open in IMG/M
Ga0193418_1014260All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1359Open in IMG/M
Ga0193418_1014432All Organisms → cellular organisms → Eukaryota1351Open in IMG/M
Ga0193418_1014643Not Available1343Open in IMG/M
Ga0193418_1014826All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1337Open in IMG/M
Ga0193418_1014967All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Lingulodiniaceae → Lingulodinium → Lingulodinium polyedra1331Open in IMG/M
Ga0193418_1014983All Organisms → cellular organisms → Eukaryota → Opisthokonta1330Open in IMG/M
Ga0193418_1015038All Organisms → cellular organisms → Eukaryota1328Open in IMG/M
Ga0193418_1015150All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1323Open in IMG/M
Ga0193418_1015193All Organisms → Viruses → Predicted Viral1321Open in IMG/M
Ga0193418_1015404All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1313Open in IMG/M
Ga0193418_1015655All Organisms → Viruses → Predicted Viral1303Open in IMG/M
Ga0193418_1015780Not Available1298Open in IMG/M
Ga0193418_1015953All Organisms → cellular organisms → Eukaryota → Opisthokonta1292Open in IMG/M
Ga0193418_1015978All Organisms → cellular organisms → Eukaryota1291Open in IMG/M
Ga0193418_1016555All Organisms → cellular organisms → Eukaryota → Opisthokonta1270Open in IMG/M
Ga0193418_1016642All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1267Open in IMG/M
Ga0193418_1016848All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1259Open in IMG/M
Ga0193418_1016875All Organisms → cellular organisms → Eukaryota1258Open in IMG/M
Ga0193418_1017189Not Available1247Open in IMG/M
Ga0193418_1017263All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae1244Open in IMG/M
Ga0193418_1017266Not Available1244Open in IMG/M
Ga0193418_1017352Not Available1241Open in IMG/M
Ga0193418_1017435All Organisms → cellular organisms → Eukaryota1238Open in IMG/M
Ga0193418_1017661All Organisms → Viruses → Predicted Viral1230Open in IMG/M
Ga0193418_1017986Not Available1219Open in IMG/M
Ga0193418_1018244All Organisms → cellular organisms → Eukaryota1209Open in IMG/M
Ga0193418_1018532All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1201Open in IMG/M
Ga0193418_1018613All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea1198Open in IMG/M
Ga0193418_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 affinis1192Open in IMG/M
Ga0193418_1018992All Organisms → cellular organisms → Eukaryota → Opisthokonta1186Open in IMG/M
Ga0193418_1019110Not Available1183Open in IMG/M
Ga0193418_1019279All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa1178Open in IMG/M
Ga0193418_1019669All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1167Open in IMG/M
Ga0193418_1019746All Organisms → cellular organisms → Eukaryota1165Open in IMG/M
Ga0193418_1019749All Organisms → cellular organisms → Eukaryota1165Open in IMG/M
Ga0193418_1020189All Organisms → cellular organisms → Eukaryota1152Open in IMG/M
Ga0193418_1020272All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1150Open in IMG/M
Ga0193418_1020867All Organisms → Viruses → Predicted Viral1134Open in IMG/M
Ga0193418_1021055All Organisms → cellular organisms → Eukaryota1129Open in IMG/M
Ga0193418_1021100All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1128Open in IMG/M
Ga0193418_1021303All Organisms → cellular organisms → Eukaryota1123Open in IMG/M
Ga0193418_1021468All Organisms → cellular organisms → Eukaryota1119Open in IMG/M
Ga0193418_1021510All Organisms → Viruses → Predicted Viral1118Open in IMG/M
Ga0193418_1021542All Organisms → cellular organisms → Eukaryota1117Open in IMG/M
Ga0193418_1021887All Organisms → cellular organisms → Eukaryota1108Open in IMG/M
Ga0193418_1022044All Organisms → Viruses → Predicted Viral1104Open in IMG/M
Ga0193418_1022179All Organisms → cellular organisms → Eukaryota1101Open in IMG/M
Ga0193418_1022342All Organisms → cellular organisms → Eukaryota1097Open in IMG/M
Ga0193418_1022555All Organisms → Viruses → Predicted Viral1092Open in IMG/M
Ga0193418_1022680All Organisms → cellular organisms → Eukaryota → Sar1090Open in IMG/M
Ga0193418_1022702All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1089Open in IMG/M
Ga0193418_1022705All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa1089Open in IMG/M
Ga0193418_1023225Not Available1077Open in IMG/M
Ga0193418_1023288All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Bacillariophyta → Mediophyceae → Lithodesmiophycidae → Lithodesmiales → Lithodesmiaceae → Ditylum → Ditylum brightwellii1076Open in IMG/M
Ga0193418_1023331All Organisms → cellular organisms → Eukaryota1075Open in IMG/M
Ga0193418_1023589All Organisms → cellular organisms → Eukaryota1070Open in IMG/M
Ga0193418_1023595All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1069Open in IMG/M
Ga0193418_1023651Not Available1068Open in IMG/M
Ga0193418_1023652Not Available1068Open in IMG/M
Ga0193418_1023938All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1062Open in IMG/M
Ga0193418_1023972Not Available1061Open in IMG/M
Ga0193418_1023983Not Available1061Open in IMG/M
Ga0193418_1024026All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1060Open in IMG/M
Ga0193418_1024146All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Peridiniales → Endodiniaceae → Brandtodinium → Brandtodinium nutricula1057Open in IMG/M
Ga0193418_1024192All Organisms → cellular organisms → Eukaryota → Opisthokonta1056Open in IMG/M
Ga0193418_1024202All Organisms → cellular organisms → Eukaryota1056Open in IMG/M
Ga0193418_1024254All Organisms → cellular organisms → Eukaryota1055Open in IMG/M
Ga0193418_1024317All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1054Open in IMG/M
Ga0193418_1024442Not Available1051Open in IMG/M
Ga0193418_1024730Not Available1044Open in IMG/M
Ga0193418_1024732Not Available1044Open in IMG/M
Ga0193418_1024734All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea1044Open in IMG/M
Ga0193418_1024861Not Available1041Open in IMG/M
Ga0193418_1024938All Organisms → cellular organisms → Eukaryota1039Open in IMG/M
Ga0193418_1025007All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1038Open in IMG/M
Ga0193418_1025029All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Peridiniales → Endodiniaceae → Brandtodinium → Brandtodinium nutricula1037Open in IMG/M
Ga0193418_1025138All Organisms → cellular organisms → Eukaryota1035Open in IMG/M
Ga0193418_1025465All Organisms → cellular organisms → Eukaryota1028Open in IMG/M
Ga0193418_1025475All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea1028Open in IMG/M
Ga0193418_1025521Not Available1027Open in IMG/M
Ga0193418_1025535All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis1027Open in IMG/M
Ga0193418_1025577Not Available1026Open in IMG/M
Ga0193418_1025579All Organisms → cellular organisms → Eukaryota1026Open in IMG/M
Ga0193418_1025688All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis1024Open in IMG/M
Ga0193418_1025753All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1022Open in IMG/M
Ga0193418_1025807All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1021Open in IMG/M
Ga0193418_1025922All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa1019Open in IMG/M
Ga0193418_1026063All Organisms → cellular organisms → Eukaryota1016Open in IMG/M
Ga0193418_1026116Not Available1015Open in IMG/M
Ga0193418_1027005All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis997Open in IMG/M
Ga0193418_1027074All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea996Open in IMG/M
Ga0193418_1027395All Organisms → cellular organisms → Eukaryota990Open in IMG/M
Ga0193418_1027415All Organisms → cellular organisms → Eukaryota990Open in IMG/M
Ga0193418_1027508All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis988Open in IMG/M
Ga0193418_1027679All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis985Open in IMG/M
Ga0193418_1027776All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis983Open in IMG/M
Ga0193418_1027939All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis980Open in IMG/M
Ga0193418_1028061Not Available978Open in IMG/M
Ga0193418_1028417All 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 brassicae971Open in IMG/M
Ga0193418_1028443All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda971Open in IMG/M
Ga0193418_1028454All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis970Open in IMG/M
Ga0193418_1028458All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis970Open in IMG/M
Ga0193418_1028530All Organisms → cellular organisms → Eukaryota969Open in IMG/M
Ga0193418_1028628All Organisms → cellular organisms → Eukaryota967Open in IMG/M
Ga0193418_1028724All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica965Open in IMG/M
Ga0193418_1028996Not Available960Open in IMG/M
Ga0193418_1029077Not Available959Open in IMG/M
Ga0193418_1029119All Organisms → cellular organisms → Eukaryota958Open in IMG/M
Ga0193418_1029257Not Available955Open in IMG/M
Ga0193418_1029331All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Branchiopoda → Phyllopoda → Diplostraca → Cladocera → Anomopoda → Daphniidae → Daphnia → Daphnia pulex954Open in IMG/M
Ga0193418_1029377All Organisms → cellular organisms → Eukaryota953Open in IMG/M
Ga0193418_1029397All Organisms → cellular organisms → Eukaryota953Open in IMG/M
Ga0193418_1029477All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis951Open in IMG/M
Ga0193418_1029536All Organisms → cellular organisms → Eukaryota950Open in IMG/M
Ga0193418_1029608Not Available949Open in IMG/M
Ga0193418_1029957Not Available943Open in IMG/M
Ga0193418_1029988All Organisms → cellular organisms → Eukaryota → Opisthokonta942Open in IMG/M
Ga0193418_1030007All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus942Open in IMG/M
Ga0193418_1030170All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Pyrocystaceae → Alexandrium → Alexandrium monilatum939Open in IMG/M
Ga0193418_1030214All Organisms → cellular organisms → Eukaryota938Open in IMG/M
Ga0193418_1030260All Organisms → cellular organisms → Eukaryota937Open in IMG/M
Ga0193418_1030575All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea932Open in IMG/M
Ga0193418_1030633Not Available931Open in IMG/M
Ga0193418_1030698All 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
Ga0193418_1030819All 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
Ga0193418_1030860All Organisms → cellular organisms → Eukaryota928Open in IMG/M
Ga0193418_1030963Not Available926Open in IMG/M
Ga0193418_1031250Not Available922Open in IMG/M
Ga0193418_1031265All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Pyrocystaceae → Alexandrium → Alexandrium monilatum922Open in IMG/M
Ga0193418_1031337All Organisms → cellular organisms → Eukaryota920Open in IMG/M
Ga0193418_1031649All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis915Open in IMG/M
Ga0193418_1031714Not Available914Open in IMG/M
Ga0193418_1031733All 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
Ga0193418_1031758Not Available913Open in IMG/M
Ga0193418_1031844Not Available912Open in IMG/M
Ga0193418_1031876All Organisms → cellular organisms → Eukaryota912Open in IMG/M
Ga0193418_1031946All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis910Open in IMG/M
Ga0193418_1032028All Organisms → cellular organisms → Eukaryota909Open in IMG/M
Ga0193418_1032311All Organisms → cellular organisms → Eukaryota905Open in IMG/M
Ga0193418_1032316All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis905Open in IMG/M
Ga0193418_1032559Not Available901Open in IMG/M
Ga0193418_1032625All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis900Open in IMG/M
Ga0193418_1032687All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis899Open in IMG/M
Ga0193418_1032704All Organisms → cellular organisms → Eukaryota899Open in IMG/M
Ga0193418_1032740All 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
Ga0193418_1032876Not Available896Open in IMG/M
Ga0193418_1032877Not Available896Open in IMG/M
Ga0193418_1033283All Organisms → cellular organisms → Eukaryota890Open in IMG/M
Ga0193418_1033429Not Available888Open in IMG/M
Ga0193418_1033557All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis886Open in IMG/M
Ga0193418_1033717All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis884Open in IMG/M
Ga0193418_1033766All Organisms → cellular organisms → Eukaryota883Open in IMG/M
Ga0193418_1034012All Organisms → cellular organisms → Eukaryota880Open in IMG/M
Ga0193418_1034025Not Available880Open in IMG/M
Ga0193418_1034089All Organisms → cellular organisms → Eukaryota879Open in IMG/M
Ga0193418_1034107All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Lingulodiniaceae → Lingulodinium → Lingulodinium polyedra879Open in IMG/M
Ga0193418_1034113All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Lingulodiniaceae → Lingulodinium → Lingulodinium polyedra879Open in IMG/M
Ga0193418_1034181Not Available878Open in IMG/M
Ga0193418_1034330All Organisms → cellular organisms → Eukaryota876Open in IMG/M
Ga0193418_1034414All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis875Open in IMG/M
Ga0193418_1034533All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda874Open in IMG/M
Ga0193418_1034543All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus873Open in IMG/M
Ga0193418_1034693All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis871Open in IMG/M
Ga0193418_1034784All Organisms → cellular organisms → Eukaryota870Open in IMG/M
Ga0193418_1034830All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis869Open in IMG/M
Ga0193418_1034839All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis869Open in IMG/M
Ga0193418_1034904All Organisms → cellular organisms → Eukaryota868Open in IMG/M
Ga0193418_1035028All Organisms → cellular organisms → Eukaryota866Open in IMG/M
Ga0193418_1035032All Organisms → cellular organisms → Eukaryota866Open in IMG/M
Ga0193418_1035037Not Available866Open in IMG/M
Ga0193418_1035131Not Available865Open in IMG/M
Ga0193418_1035187All Organisms → cellular organisms → Eukaryota864Open in IMG/M
Ga0193418_1035245Not Available863Open in IMG/M
Ga0193418_1035305All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis862Open in IMG/M
Ga0193418_1035312All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea862Open in IMG/M
Ga0193418_1035388All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis861Open in IMG/M
Ga0193418_1035481All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea860Open in IMG/M
Ga0193418_1035598All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis858Open in IMG/M
Ga0193418_1035612All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis858Open in IMG/M
Ga0193418_1035805Not Available855Open in IMG/M
Ga0193418_1035806Not Available855Open in IMG/M
Ga0193418_1035969Not Available853Open in IMG/M
Ga0193418_1036028Not Available852Open in IMG/M
Ga0193418_1036360Not Available848Open in IMG/M
Ga0193418_1036496Not Available846Open in IMG/M
Ga0193418_1036569Not Available845Open in IMG/M
Ga0193418_1036575Not Available845Open in IMG/M
Ga0193418_1036664All 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
Ga0193418_1036854All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis841Open in IMG/M
Ga0193418_1036993All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera839Open in IMG/M
Ga0193418_1037003All Organisms → cellular organisms → Eukaryota839Open in IMG/M
Ga0193418_1037007All Organisms → cellular organisms → Eukaryota839Open in IMG/M
Ga0193418_1037124All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda837Open in IMG/M
Ga0193418_1037202All Organisms → cellular organisms → Eukaryota836Open in IMG/M
Ga0193418_1037425Not Available834Open in IMG/M
Ga0193418_1037484All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Pyrocystaceae → Alexandrium → Alexandrium monilatum833Open in IMG/M
Ga0193418_1037537Not Available832Open in IMG/M
Ga0193418_1037703Not Available830Open in IMG/M
Ga0193418_1037820Not Available829Open in IMG/M
Ga0193418_1037953All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Suessiaceae → Polarella → Polarella glacialis827Open in IMG/M
Ga0193418_1038060All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis826Open in IMG/M
Ga0193418_1038165All Organisms → cellular organisms → Eukaryota824Open in IMG/M
Ga0193418_1038276All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea823Open in IMG/M
Ga0193418_1038562All Organisms → cellular organisms → Eukaryota819Open in IMG/M
Ga0193418_1038653All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis818Open in IMG/M
Ga0193418_1038805Not Available816Open in IMG/M
Ga0193418_1038874Not Available815Open in IMG/M
Ga0193418_1039019All Organisms → cellular organisms → Eukaryota814Open in IMG/M
Ga0193418_1039034All Organisms → cellular organisms → Eukaryota813Open in IMG/M
Ga0193418_1039469All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Rotaliida → Elphidiidae → Elphidium → Elphidium margaritaceum808Open in IMG/M
Ga0193418_1039546All Organisms → cellular organisms → Eukaryota807Open in IMG/M
Ga0193418_1039728All Organisms → cellular organisms → Eukaryota805Open in IMG/M
Ga0193418_1040227All Organisms → cellular organisms → Eukaryota799Open in IMG/M
Ga0193418_1040307All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda798Open in IMG/M
Ga0193418_1040320All Organisms → cellular organisms → Eukaryota798Open in IMG/M
Ga0193418_1040426Not Available797Open in IMG/M
Ga0193418_1040490All Organisms → cellular organisms → Eukaryota796Open in IMG/M
Ga0193418_1040658All Organisms → cellular organisms → Eukaryota794Open in IMG/M
Ga0193418_1040770All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica793Open in IMG/M
Ga0193418_1040890All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda792Open in IMG/M
Ga0193418_1040933All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis791Open in IMG/M
Ga0193418_1040939All Organisms → cellular organisms → Eukaryota791Open in IMG/M
Ga0193418_1041016All Organisms → cellular organisms → Eukaryota790Open in IMG/M
Ga0193418_1041315All Organisms → cellular organisms → Eukaryota787Open in IMG/M
Ga0193418_1041316All Organisms → cellular organisms → Eukaryota787Open in IMG/M
Ga0193418_1041416All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Rotaliida → Elphidiidae → Elphidium → Elphidium margaritaceum786Open in IMG/M
Ga0193418_1041590All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa784Open in IMG/M
Ga0193418_1041595All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa784Open in IMG/M
Ga0193418_1041685All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa783Open in IMG/M
Ga0193418_1041767All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis782Open in IMG/M
Ga0193418_1041780All Organisms → cellular organisms → Eukaryota782Open in IMG/M
Ga0193418_1041868All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda781Open in IMG/M
Ga0193418_1041976All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera780Open in IMG/M
Ga0193418_1041981All Organisms → cellular organisms → Eukaryota780Open in IMG/M
Ga0193418_1042598All 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
Ga0193418_1042608All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda773Open in IMG/M
Ga0193418_1042807All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida771Open in IMG/M
Ga0193418_1042937All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Saprolegniales → Saprolegniaceae → Saprolegnia → Saprolegnia parasitica770Open in IMG/M
Ga0193418_1043003All Organisms → cellular organisms → Eukaryota769Open in IMG/M
Ga0193418_1043536All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda764Open in IMG/M
Ga0193418_1043613All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Lingulodiniaceae → Lingulodinium → Lingulodinium polyedra763Open in IMG/M
Ga0193418_1043666Not Available762Open in IMG/M
Ga0193418_1043707Not Available762Open in IMG/M
Ga0193418_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 affinis762Open in IMG/M
Ga0193418_1043877All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus760Open in IMG/M
Ga0193418_1044028All Organisms → cellular organisms → Eukaryota758Open in IMG/M
Ga0193418_1044108All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda758Open in IMG/M
Ga0193418_1044433All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis754Open in IMG/M
Ga0193418_1044618All Organisms → cellular organisms → Eukaryota752Open in IMG/M
Ga0193418_1044619All Organisms → cellular organisms → Eukaryota752Open in IMG/M
Ga0193418_1044631All Organisms → cellular organisms → Eukaryota752Open in IMG/M
Ga0193418_1044733All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis751Open in IMG/M
Ga0193418_1044809All Organisms → cellular organisms → Eukaryota750Open in IMG/M
Ga0193418_1044901All Organisms → cellular organisms → Eukaryota749Open in IMG/M
Ga0193418_1044990All Organisms → cellular organisms → Eukaryota748Open in IMG/M
Ga0193418_1045320Not Available745Open in IMG/M
Ga0193418_1045404All Organisms → cellular organisms → Eukaryota744Open in IMG/M
Ga0193418_1046197All Organisms → cellular organisms → Eukaryota736Open in IMG/M
Ga0193418_1046207All Organisms → cellular organisms → Eukaryota736Open in IMG/M
Ga0193418_1046443Not Available734Open in IMG/M
Ga0193418_1046521Not Available734Open in IMG/M
Ga0193418_1046621All Organisms → cellular organisms → Eukaryota732Open in IMG/M
Ga0193418_1046725All Organisms → cellular organisms → Eukaryota731Open in IMG/M
Ga0193418_1046735All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea731Open in IMG/M
Ga0193418_1046793All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis731Open in IMG/M
Ga0193418_1046953All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda729Open in IMG/M
Ga0193418_1047292Not Available726Open in IMG/M
Ga0193418_1047458All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Saprolegniales → Saprolegniaceae → Saprolegnia → Saprolegnia parasitica725Open in IMG/M
Ga0193418_1047514All Organisms → cellular organisms → Eukaryota724Open in IMG/M
Ga0193418_1047734All Organisms → cellular organisms → Eukaryota722Open in IMG/M
Ga0193418_1047737All Organisms → cellular organisms → Eukaryota722Open in IMG/M
Ga0193418_1047928All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae721Open in IMG/M
Ga0193418_1048276All Organisms → cellular organisms → Eukaryota717Open in IMG/M
Ga0193418_1048312All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Branchiopoda → Phyllopoda → Diplostraca → Cladocera → Anomopoda → Daphniidae → Daphnia → Daphnia pulex717Open in IMG/M
Ga0193418_1048391All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa716Open in IMG/M
Ga0193418_1048487All Organisms → cellular organisms → Eukaryota715Open in IMG/M
Ga0193418_1048492All Organisms → cellular organisms → Eukaryota715Open in IMG/M
Ga0193418_1048496All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis715Open in IMG/M
Ga0193418_1048553Not Available715Open in IMG/M
Ga0193418_1048798All Organisms → cellular organisms → Eukaryota712Open in IMG/M
Ga0193418_1048833All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda712Open in IMG/M
Ga0193418_1048980All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea711Open in IMG/M
Ga0193418_1049044All Organisms → cellular organisms → Eukaryota710Open in IMG/M
Ga0193418_1049353All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Lingulodiniaceae → Lingulodinium → Lingulodinium polyedra708Open in IMG/M
Ga0193418_1049404All 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
Ga0193418_1049539Not Available706Open in IMG/M
Ga0193418_1049863All Organisms → cellular organisms → Eukaryota703Open in IMG/M
Ga0193418_1049984All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis702Open in IMG/M
Ga0193418_1049985All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis702Open in IMG/M
Ga0193418_1050209Not Available700Open in IMG/M
Ga0193418_1050262Not Available700Open in IMG/M
Ga0193418_1050370Not Available699Open in IMG/M
Ga0193418_1050476All Organisms → cellular organisms → Eukaryota698Open in IMG/M
Ga0193418_1050484All Organisms → cellular organisms → Eukaryota698Open in IMG/M
Ga0193418_1050488All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis698Open in IMG/M
Ga0193418_1050543Not Available698Open in IMG/M
Ga0193418_1050586All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis698Open in IMG/M
Ga0193418_1050605All Organisms → cellular organisms → Eukaryota697Open in IMG/M
Ga0193418_1050777All Organisms → cellular organisms → Eukaryota696Open in IMG/M
Ga0193418_1050867All Organisms → cellular organisms → Eukaryota695Open in IMG/M
Ga0193418_1050977All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → Mamiellophyceae → Mamiellales → Mamiellaceae → Micromonas → Micromonas commoda694Open in IMG/M
Ga0193418_1051091All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus693Open in IMG/M
Ga0193418_1051343All 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
Ga0193418_1051356All 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
Ga0193418_1051373All 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
Ga0193418_1051666Not Available689Open in IMG/M
Ga0193418_1051704Not Available689Open in IMG/M
Ga0193418_1051840All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis687Open in IMG/M
Ga0193418_1051883All Organisms → cellular organisms → Eukaryota687Open in IMG/M
Ga0193418_1051953All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa686Open in IMG/M
Ga0193418_1052183All Organisms → cellular organisms → Eukaryota684Open in IMG/M
Ga0193418_1052208All Organisms → cellular organisms → Eukaryota684Open in IMG/M
Ga0193418_1052221Not Available684Open in IMG/M
Ga0193418_1052288All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis683Open in IMG/M
Ga0193418_1052318All Organisms → cellular organisms → Eukaryota683Open in IMG/M
Ga0193418_1052399All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera683Open in IMG/M
Ga0193418_1052621All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis681Open in IMG/M
Ga0193418_1052682All Organisms → cellular organisms → Eukaryota680Open in IMG/M
Ga0193418_1052989All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae678Open in IMG/M
Ga0193418_1053258Not Available676Open in IMG/M
Ga0193418_1053343All Organisms → cellular organisms → Eukaryota675Open in IMG/M
Ga0193418_1053351All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea675Open in IMG/M
Ga0193418_1053366Not Available675Open in IMG/M
Ga0193418_1053443All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae674Open in IMG/M
Ga0193418_1053722All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis672Open in IMG/M
Ga0193418_1053829All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida671Open in IMG/M
Ga0193418_1053867All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis671Open in IMG/M
Ga0193418_1054006All Organisms → cellular organisms → Eukaryota670Open in IMG/M
Ga0193418_1054087All Organisms → cellular organisms → Eukaryota669Open in IMG/M
Ga0193418_1054147All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis669Open in IMG/M
Ga0193418_1054253All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae668Open in IMG/M
Ga0193418_1054331All 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
Ga0193418_1054359All Organisms → cellular organisms → Eukaryota667Open in IMG/M
Ga0193418_1054360All Organisms → cellular organisms → Eukaryota667Open in IMG/M
Ga0193418_1054385All 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
Ga0193418_1054386All Organisms → cellular organisms → Eukaryota667Open in IMG/M
Ga0193418_1054472Not Available666Open in IMG/M
Ga0193418_1054499All Organisms → cellular organisms → Eukaryota666Open in IMG/M
Ga0193418_1054513Not Available666Open in IMG/M
Ga0193418_1054594All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda666Open in IMG/M
Ga0193418_1054741All Organisms → cellular organisms → Eukaryota664Open in IMG/M
Ga0193418_1054766All Organisms → cellular organisms → Eukaryota664Open in IMG/M
Ga0193418_1054893Not Available663Open in IMG/M
Ga0193418_1055029All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis662Open in IMG/M
Ga0193418_1055064All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Goniodomataceae → Pyrodinium → Pyrodinium bahamense662Open in IMG/M
Ga0193418_1055163All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica661Open in IMG/M
Ga0193418_1055228Not Available661Open in IMG/M
Ga0193418_1055431All Organisms → cellular organisms → Eukaryota659Open in IMG/M
Ga0193418_1055448All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa659Open in IMG/M
Ga0193418_1055514All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea659Open in IMG/M
Ga0193418_1055551All Organisms → cellular organisms → Eukaryota658Open in IMG/M
Ga0193418_1055618Not Available658Open in IMG/M
Ga0193418_1055623All Organisms → cellular organisms → Eukaryota658Open in IMG/M
Ga0193418_1055682All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica657Open in IMG/M
Ga0193418_1055687All Organisms → cellular organisms → Eukaryota657Open in IMG/M
Ga0193418_1055836All Organisms → cellular organisms → Eukaryota656Open in IMG/M
Ga0193418_1056254All Organisms → cellular organisms → Eukaryota653Open in IMG/M
Ga0193418_1056371Not Available652Open in IMG/M
Ga0193418_1056400Not Available652Open in IMG/M
Ga0193418_1056419All Organisms → cellular organisms → Eukaryota652Open in IMG/M
Ga0193418_1056442All Organisms → cellular organisms → Eukaryota652Open in IMG/M
Ga0193418_1056479All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis652Open in IMG/M
Ga0193418_1056653All 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
Ga0193418_1056705All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda650Open in IMG/M
Ga0193418_1056767All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda650Open in IMG/M
Ga0193418_1056785Not Available649Open in IMG/M
Ga0193418_1056800All Organisms → cellular organisms → Eukaryota649Open in IMG/M
Ga0193418_1056931All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae648Open in IMG/M
Ga0193418_1056978All Organisms → cellular organisms → Eukaryota648Open in IMG/M
Ga0193418_1057037All 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
Ga0193418_1057046All 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
Ga0193418_1057077Not Available647Open in IMG/M
Ga0193418_1057108All 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
Ga0193418_1057191All Organisms → cellular organisms → Eukaryota646Open in IMG/M
Ga0193418_1057221Not Available646Open in IMG/M
Ga0193418_1057228All Organisms → cellular organisms → Eukaryota646Open in IMG/M
Ga0193418_1057343All Organisms → cellular organisms → Eukaryota645Open in IMG/M
Ga0193418_1057358All Organisms → cellular organisms → Eukaryota645Open in IMG/M
Ga0193418_1057362All Organisms → cellular organisms → Eukaryota645Open in IMG/M
Ga0193418_1057497All Organisms → cellular organisms → Eukaryota644Open in IMG/M
Ga0193418_1057579All Organisms → cellular organisms → Eukaryota643Open in IMG/M
Ga0193418_1057775Not Available642Open in IMG/M
Ga0193418_1057862Not Available641Open in IMG/M
Ga0193418_1057898All Organisms → cellular organisms → Eukaryota641Open in IMG/M
Ga0193418_1057899All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa641Open in IMG/M
Ga0193418_1058161All Organisms → cellular organisms → Eukaryota639Open in IMG/M
Ga0193418_1058286All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis638Open in IMG/M
Ga0193418_1058327Not Available638Open in IMG/M
Ga0193418_1058360All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Goniodomataceae → Pyrodinium → Pyrodinium bahamense638Open in IMG/M
Ga0193418_1058363All Organisms → cellular organisms → Eukaryota638Open in IMG/M
Ga0193418_1058568All Organisms → cellular organisms → Eukaryota636Open in IMG/M
Ga0193418_1058691All Organisms → cellular organisms → Eukaryota635Open in IMG/M
Ga0193418_1058700All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis635Open in IMG/M
Ga0193418_1058840All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis634Open in IMG/M
Ga0193418_1058976Not Available633Open in IMG/M
Ga0193418_1059012Not Available633Open in IMG/M
Ga0193418_1059025Not Available633Open in IMG/M
Ga0193418_1059075Not Available633Open in IMG/M
Ga0193418_1059134All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis632Open in IMG/M
Ga0193418_1059372Not Available631Open in IMG/M
Ga0193418_1059384Not Available631Open in IMG/M
Ga0193418_1059446All Organisms → cellular organisms → Eukaryota630Open in IMG/M
Ga0193418_1059502All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis630Open in IMG/M
Ga0193418_1059593Not Available629Open in IMG/M
Ga0193418_1059686All Organisms → cellular organisms → Eukaryota628Open in IMG/M
Ga0193418_1059702Not Available628Open in IMG/M
Ga0193418_1059707All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis628Open in IMG/M
Ga0193418_1059888Not Available627Open in IMG/M
Ga0193418_1059988All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis626Open in IMG/M
Ga0193418_1060000Not Available626Open in IMG/M
Ga0193418_1060030All Organisms → cellular organisms → Eukaryota626Open in IMG/M
Ga0193418_1060120All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis625Open in IMG/M
Ga0193418_1060451All Organisms → cellular organisms → Eukaryota623Open in IMG/M
Ga0193418_1060522Not Available623Open in IMG/M
Ga0193418_1060591All Organisms → cellular organisms → Eukaryota622Open in IMG/M
Ga0193418_1060662All Organisms → cellular organisms → Eukaryota622Open in IMG/M
Ga0193418_1060789Not Available621Open in IMG/M
Ga0193418_1060790All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Lingulodiniaceae → Lingulodinium → Lingulodinium polyedra621Open in IMG/M
Ga0193418_1060993Not Available619Open in IMG/M
Ga0193418_1061028All Organisms → cellular organisms → Eukaryota619Open in IMG/M
Ga0193418_1061054All Organisms → cellular organisms → Eukaryota619Open in IMG/M
Ga0193418_1061125Not Available619Open in IMG/M
Ga0193418_1061145All Organisms → cellular organisms → Eukaryota618Open in IMG/M
Ga0193418_1061199All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda618Open in IMG/M
Ga0193418_1061313All Organisms → cellular organisms → Eukaryota617Open in IMG/M
Ga0193418_1061324All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus617Open in IMG/M
Ga0193418_1061497All Organisms → cellular organisms → Eukaryota → Opisthokonta616Open in IMG/M
Ga0193418_1061823Not Available614Open in IMG/M
Ga0193418_1061951All Organisms → cellular organisms → Eukaryota613Open in IMG/M
Ga0193418_1062245All Organisms → cellular organisms → Eukaryota611Open in IMG/M
Ga0193418_1062282All Organisms → cellular organisms → Eukaryota611Open in IMG/M
Ga0193418_1062381All Organisms → cellular organisms → Eukaryota610Open in IMG/M
Ga0193418_1062646All Organisms → cellular organisms → Eukaryota609Open in IMG/M
Ga0193418_1062723All Organisms → cellular organisms → Eukaryota608Open in IMG/M
Ga0193418_1062760All Organisms → cellular organisms → Eukaryota608Open in IMG/M
Ga0193418_1062887All Organisms → cellular organisms → Eukaryota607Open in IMG/M
Ga0193418_1063012All 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
Ga0193418_1063064All 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
Ga0193418_1063196All Organisms → cellular organisms → Eukaryota605Open in IMG/M
Ga0193418_1063476All Organisms → cellular organisms → Eukaryota603Open in IMG/M
Ga0193418_1063509All Organisms → cellular organisms → Eukaryota603Open in IMG/M
Ga0193418_1063785All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda601Open in IMG/M
Ga0193418_1063954Not Available600Open in IMG/M
Ga0193418_1063996All Organisms → cellular organisms → Eukaryota600Open in IMG/M
Ga0193418_1064007All Organisms → cellular organisms → Eukaryota600Open in IMG/M
Ga0193418_1064059All Organisms → cellular organisms → Eukaryota600Open in IMG/M
Ga0193418_1064104All Organisms → cellular organisms → Eukaryota599Open in IMG/M
Ga0193418_1064126All Organisms → cellular organisms → Eukaryota599Open in IMG/M
Ga0193418_1064164All Organisms → cellular organisms → Eukaryota599Open in IMG/M
Ga0193418_1064254All Organisms → cellular organisms → Eukaryota598Open in IMG/M
Ga0193418_1064295All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis598Open in IMG/M
Ga0193418_1064425All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Goniodomataceae → Pyrodinium → Pyrodinium bahamense597Open in IMG/M
Ga0193418_1064429All Organisms → cellular organisms → Eukaryota597Open in IMG/M
Ga0193418_1064432Not Available597Open in IMG/M
Ga0193418_1064555All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus596Open in IMG/M
Ga0193418_1064559Not Available596Open in IMG/M
Ga0193418_1064721All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis595Open in IMG/M
Ga0193418_1064797All Organisms → cellular organisms → Eukaryota595Open in IMG/M
Ga0193418_1064806All Organisms → cellular organisms → Eukaryota595Open in IMG/M
Ga0193418_1064904All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda594Open in IMG/M
Ga0193418_1064918Not Available594Open in IMG/M
Ga0193418_1064976Not Available594Open in IMG/M
Ga0193418_1065080All Organisms → cellular organisms → Eukaryota593Open in IMG/M
Ga0193418_1065092All Organisms → cellular organisms → Eukaryota593Open in IMG/M
Ga0193418_1065097All Organisms → cellular organisms → Eukaryota593Open in IMG/M
Ga0193418_1065120All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis593Open in IMG/M
Ga0193418_1065249All Organisms → cellular organisms → Eukaryota592Open in IMG/M
Ga0193418_1065304All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda592Open in IMG/M
Ga0193418_1065359All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis592Open in IMG/M
Ga0193418_1065680All Organisms → cellular organisms → Eukaryota590Open in IMG/M
Ga0193418_1065752Not Available589Open in IMG/M
Ga0193418_1065941All Organisms → cellular organisms → Eukaryota588Open in IMG/M
Ga0193418_1065977All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis588Open in IMG/M
Ga0193418_1066066All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda588Open in IMG/M
Ga0193418_1066199All 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
Ga0193418_1066282All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus586Open in IMG/M
Ga0193418_1066536All Organisms → cellular organisms → Eukaryota585Open in IMG/M
Ga0193418_1066619Not Available584Open in IMG/M
Ga0193418_1066730Not Available584Open in IMG/M
Ga0193418_1066797All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea583Open in IMG/M
Ga0193418_1066850All Organisms → cellular organisms → Eukaryota → Sar583Open in IMG/M
Ga0193418_1066955All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea582Open in IMG/M
Ga0193418_1066968Not Available582Open in IMG/M
Ga0193418_1066990All Organisms → cellular organisms → Eukaryota582Open in IMG/M
Ga0193418_1067082Not Available582Open in IMG/M
Ga0193418_1067122Not Available581Open in IMG/M
Ga0193418_1067138All Organisms → cellular organisms → Eukaryota581Open in IMG/M
Ga0193418_1067295All Organisms → cellular organisms → Eukaryota580Open in IMG/M
Ga0193418_1067313All Organisms → cellular organisms → Eukaryota580Open in IMG/M
Ga0193418_1067338All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis580Open in IMG/M
Ga0193418_1067362All 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
Ga0193418_1067503All Organisms → cellular organisms → Eukaryota579Open in IMG/M
Ga0193418_1067507All Organisms → cellular organisms → Eukaryota579Open in IMG/M
Ga0193418_1067573All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda579Open in IMG/M
Ga0193418_1068060All Organisms → cellular organisms → Eukaryota576Open in IMG/M
Ga0193418_1068062Not Available576Open in IMG/M
Ga0193418_1068148All Organisms → cellular organisms → Eukaryota575Open in IMG/M
Ga0193418_1068151All Organisms → cellular organisms → Eukaryota575Open in IMG/M
Ga0193418_1068155All Organisms → cellular organisms → Eukaryota575Open in IMG/M
Ga0193418_1068187Not Available575Open in IMG/M
Ga0193418_1068371All Organisms → cellular organisms → Eukaryota574Open in IMG/M
Ga0193418_1068547Not Available573Open in IMG/M
Ga0193418_1068767All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus572Open in IMG/M
Ga0193418_1069104All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Pseudodiaptomidae → Pseudodiaptomus → Pseudodiaptomus poplesia570Open in IMG/M
Ga0193418_1069259All Organisms → cellular organisms → Eukaryota569Open in IMG/M
Ga0193418_1069266Not Available569Open in IMG/M
Ga0193418_1069430All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis568Open in IMG/M
Ga0193418_1069439All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus568Open in IMG/M
Ga0193418_1069461All Organisms → cellular organisms → Eukaryota568Open in IMG/M
Ga0193418_1069616All Organisms → cellular organisms → Eukaryota567Open in IMG/M
Ga0193418_1069859Not Available566Open in IMG/M
Ga0193418_1070005All Organisms → cellular organisms → Eukaryota565Open in IMG/M
Ga0193418_1070100Not Available565Open in IMG/M
Ga0193418_1070243All Organisms → cellular organisms → Eukaryota564Open in IMG/M
Ga0193418_1070268All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis564Open in IMG/M
Ga0193418_1070349All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis564Open in IMG/M
Ga0193418_1070385All 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
Ga0193418_1070740All Organisms → cellular organisms → Eukaryota561Open in IMG/M
Ga0193418_1070744All Organisms → cellular organisms → Eukaryota561Open in IMG/M
Ga0193418_1070754All Organisms → cellular organisms → Eukaryota → Sar561Open in IMG/M
Ga0193418_1070825All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis561Open in IMG/M
Ga0193418_1070893All Organisms → cellular organisms → Eukaryota561Open in IMG/M
Ga0193418_1070938All Organisms → cellular organisms → Eukaryota560Open in IMG/M
Ga0193418_1070949All Organisms → cellular organisms → Eukaryota → Opisthokonta560Open in IMG/M
Ga0193418_1070989All Organisms → cellular organisms → Eukaryota560Open in IMG/M
Ga0193418_1071114All Organisms → cellular organisms → Eukaryota559Open in IMG/M
Ga0193418_1071324All Organisms → cellular organisms → Eukaryota558Open in IMG/M
Ga0193418_1071418All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea558Open in IMG/M
Ga0193418_1071499All Organisms → cellular organisms → Eukaryota557Open in IMG/M
Ga0193418_1071520All Organisms → cellular organisms → Eukaryota557Open in IMG/M
Ga0193418_1071803Not Available556Open in IMG/M
Ga0193418_1071900All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus555Open in IMG/M
Ga0193418_1072087All Organisms → cellular organisms → Eukaryota554Open in IMG/M
Ga0193418_1072129All Organisms → cellular organisms → Eukaryota554Open in IMG/M
Ga0193418_1072299All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda553Open in IMG/M
Ga0193418_1072326Not Available553Open in IMG/M
Ga0193418_1072415Not Available553Open in IMG/M
Ga0193418_1072457Not Available552Open in IMG/M
Ga0193418_1072601All Organisms → cellular organisms → Eukaryota551Open in IMG/M
Ga0193418_1072610All Organisms → cellular organisms → Eukaryota551Open in IMG/M
Ga0193418_1072611All Organisms → cellular organisms → Eukaryota551Open in IMG/M
Ga0193418_1072628Not Available551Open in IMG/M
Ga0193418_1072659All Organisms → cellular organisms → Eukaryota551Open in IMG/M
Ga0193418_1072809All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis550Open in IMG/M
Ga0193418_1072990All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis549Open in IMG/M
Ga0193418_1073235All Organisms → cellular organisms → Eukaryota → Opisthokonta548Open in IMG/M
Ga0193418_1073442All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Pseudodiaptomidae → Pseudodiaptomus → Pseudodiaptomus poplesia547Open in IMG/M
Ga0193418_1073464All Organisms → cellular organisms → Eukaryota547Open in IMG/M
Ga0193418_1073502All Organisms → cellular organisms → Eukaryota → Opisthokonta547Open in IMG/M
Ga0193418_1073508All 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
Ga0193418_1073631All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis546Open in IMG/M
Ga0193418_1073859Not Available545Open in IMG/M
Ga0193418_1073898All Organisms → cellular organisms → Eukaryota545Open in IMG/M
Ga0193418_1073899All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis545Open in IMG/M
Ga0193418_1073990Not Available545Open in IMG/M
Ga0193418_1074034All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda544Open in IMG/M
Ga0193418_1074036All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus544Open in IMG/M
Ga0193418_1074224All Organisms → cellular organisms → Eukaryota543Open in IMG/M
Ga0193418_1074242All Organisms → cellular organisms → Eukaryota543Open in IMG/M
Ga0193418_1074415All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Pelagophyceae → Pelagomonadales → Pelagomonas → Pelagomonas calceolata542Open in IMG/M
Ga0193418_1074608All Organisms → cellular organisms → Eukaryota541Open in IMG/M
Ga0193418_1074626All Organisms → cellular organisms → Eukaryota541Open in IMG/M
Ga0193418_1074686Not Available541Open in IMG/M
Ga0193418_1074845All Organisms → cellular organisms → Eukaryota540Open in IMG/M
Ga0193418_1075060All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda539Open in IMG/M
Ga0193418_1075172All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis539Open in IMG/M
Ga0193418_1075221Not Available538Open in IMG/M
Ga0193418_1075248All Organisms → cellular organisms → Eukaryota538Open in IMG/M
Ga0193418_1075600All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda537Open in IMG/M
Ga0193418_1075880All Organisms → cellular organisms → Eukaryota535Open in IMG/M
Ga0193418_1075952All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis535Open in IMG/M
Ga0193418_1076280Not Available533Open in IMG/M
Ga0193418_1076292All Organisms → cellular organisms → Eukaryota533Open in IMG/M
Ga0193418_1076405All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Pseudodiaptomidae → Pseudodiaptomus → Pseudodiaptomus poplesia533Open in IMG/M
Ga0193418_1076724All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis531Open in IMG/M
Ga0193418_1076922All Organisms → cellular organisms → Eukaryota530Open in IMG/M
Ga0193418_1077206Not Available529Open in IMG/M
Ga0193418_1077333All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis528Open in IMG/M
Ga0193418_1077376All Organisms → cellular organisms → Eukaryota528Open in IMG/M
Ga0193418_1077548All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis527Open in IMG/M
Ga0193418_1077588All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa527Open in IMG/M
Ga0193418_1077642All 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
Ga0193418_1077750All Organisms → cellular organisms → Eukaryota526Open in IMG/M
Ga0193418_1077830All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea526Open in IMG/M
Ga0193418_1077959All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis525Open in IMG/M
Ga0193418_1077988All Organisms → cellular organisms → Eukaryota525Open in IMG/M
Ga0193418_1077997All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda525Open in IMG/M
Ga0193418_1078145All 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
Ga0193418_1078284All Organisms → cellular organisms → Eukaryota524Open in IMG/M
Ga0193418_1078414All Organisms → cellular organisms → Eukaryota523Open in IMG/M
Ga0193418_1078436All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus523Open in IMG/M
Ga0193418_1078513All Organisms → cellular organisms → Eukaryota523Open in IMG/M
Ga0193418_1078677All Organisms → cellular organisms → Eukaryota → Sar522Open in IMG/M
Ga0193418_1079014All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda521Open in IMG/M
Ga0193418_1079324All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis519Open in IMG/M
Ga0193418_1079391All Organisms → cellular organisms → Eukaryota519Open in IMG/M
Ga0193418_1079403All Organisms → cellular organisms → Eukaryota519Open in IMG/M
Ga0193418_1079549All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis518Open in IMG/M
Ga0193418_1080345All Organisms → cellular organisms → Eukaryota515Open in IMG/M
Ga0193418_1080534Not Available514Open in IMG/M
Ga0193418_1081044All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus511Open in IMG/M
Ga0193418_1081049All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus511Open in IMG/M
Ga0193418_1081072All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis511Open in IMG/M
Ga0193418_1081077All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Saprolegniales → Saprolegniaceae → Saprolegnia → Saprolegnia parasitica511Open in IMG/M
Ga0193418_1081082All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae511Open in IMG/M
Ga0193418_1081304All Organisms → cellular organisms → Eukaryota510Open in IMG/M
Ga0193418_1081561Not Available509Open in IMG/M
Ga0193418_1081819All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis508Open in IMG/M
Ga0193418_1082082All Organisms → cellular organisms → Eukaryota507Open in IMG/M
Ga0193418_1082252All Organisms → cellular organisms → Eukaryota506Open in IMG/M
Ga0193418_1082303All Organisms → cellular organisms → Eukaryota506Open in IMG/M
Ga0193418_1082415All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea506Open in IMG/M
Ga0193418_1082436All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera506Open in IMG/M
Ga0193418_1082572All Organisms → cellular organisms → Eukaryota → Sar505Open in IMG/M
Ga0193418_1082688All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis505Open in IMG/M
Ga0193418_1082814Not Available504Open in IMG/M
Ga0193418_1082852All Organisms → cellular organisms → Eukaryota504Open in IMG/M
Ga0193418_1083148All Organisms → cellular organisms → Eukaryota503Open in IMG/M
Ga0193418_1083213All Organisms → cellular organisms → Eukaryota502Open in IMG/M
Ga0193418_1083217All Organisms → cellular organisms → Eukaryota → Sar → Rhizaria → Retaria → Foraminifera → Monothalamids → Reticulomyxidae → Reticulomyxa → Reticulomyxa filosa502Open in IMG/M
Ga0193418_1083450All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis501Open in IMG/M
Ga0193418_1083491All Organisms → cellular organisms → Eukaryota501Open in IMG/M
Ga0193418_1083565All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis501Open in IMG/M
Ga0193418_1083693All Organisms → cellular organisms → Eukaryota500Open in IMG/M

Sequences

Scaffold IDProtein IDFamilySequence
Ga0193418_1001189Ga0193418_10011891F013270LRLLRSQHKMARLLLVGLVALCVASTKAAVIPVEELVDGLQSFLTAPEESGLRLKRSTGEWDKEFDLSSMGILFQLKYTNPANPFEGGRAHVKVPGARFVRNAPFDDMELDIEFNGGSAIDGLFDMKVDYKFIQKFMFLADRPQEGSFVLYRKLEGDMWKTKVTVDNNNRMPKPFLNIEVESDRKTKLHVLFNFEEDNKWELKVERIPGQKMTIEATIDGQKWTGVANLNQGEMKLNLKVDSEFTGKHYTLDFDLNPAGLWGLHVTGDVDGPVDAKWTMQKDFTMGEIVVKYKNQNYAFMQLKGNAEMRGVFPVMFDYVVKYNINDVVEHQGKAKMKFDGKTPAKKFEMSFAPKTGTPMDFVWNVDFSAGYKYDYDFKVNAVTVEKGDGEYKWVNNAQKFELMTKDTFVVSKQSPFHWMNTMVTRGREWTKMEHTRNFFFDKVNKAHLINKMKMEEHNILDGKTWFHIKYDNTAPKTALLFTFLPYNMDRAWTYEGGREHTANGGFAMTHKITHGDVVIQEGEMVFDIKANDGSKFEMEHLHKMTMTEESPFYGMVYWYTGRYGKTVERKMTVFFDKINKSFLFVPKMTVNTVMTIDGEKTSELVFDNTQAKKHIKFFWAPDAFTKDYLFTDEWEYTGFNGCKWTTDLKRGGASIWNWVGDYSWVNNANKFEFKTMDKVVQTPMSPFYGWDHFYVGKYYQNGERTRTVTYDKQNRNFLLGKLFVEDKLVLDGERFGHFKLDTRATPYTMVWFSKPVTRLVPITRDFVGQDELTVSAWHTPGKELKFETNLPEVRTMKVTSAGPTKTFYFNGEEKATVDFDSSSKKASHTMHLPSGKDLTIDLAWPKMTADASDLEFGVTITPDRKVVTKFGWEWAGVKKVYLDVVGNNPWIGDYKLSRQGEFEEVSGSLYKIKWTGHGETTKGFLRRASPVETNVVASVNTRNLNVDAIVWKSFAGQKYGFTLNNDKFQLLAGRH
Ga0193418_1001298Ga0193418_10012982F000158MTFWQENYPFIKDVYIMRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERSEQIGKLDGLIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLETKRAVVKELIAKGKQLLENPDKPKFLDSHVSRIEVGWDDTKEKAQNRLTLLQNTKDAWVGYAEGLETIAGEFEKGDEEIKKIKKRFNLAAAFEDLEKRQKIFNDTKNTIEGMFGSIQKNYDVMTMTLPEDKKDFVKKEVKAVSEKLVVVEKFREKVEKIENFVNRLNEFDKSLKSIDVWMKEAEQQLNDIKNNSDKMTPEDRVSYTMELQEDVAAKVEIIKANIAGEVELLPQGEKVPQDAQDYKDELKRIETFVLDLQKKVMKECDNFSEDVKYWAEYKTGIKSFRPWLEAAEAKSTEGLSKPQTLDEANAMFANVNDFDQACLKHLKILTDAAGAANKMTTHKEADDEVAGLKGRYEKVKAVSDEWMKKVDTLVKEWKLLDNTVTELNSWVAKDRGAEGEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193418_1001961Ga0193418_10019611F033295SFQANNMAVTAWLLAALAIASTCNGASIQKREAIEGRLDRQLDIFGIHFSAQYKDPAMRSKGGKWHLKVDDMKRIFPRAHSKAIEVNVDFEPSETKKPADNFKFNVKYALTHGDGDGDEKGTLMITRQKEGDMWTTKVKTTGEPMPQGTIIPKRIRNMDWQMSSDRQTKFNFDYTNPDMNRNFHVKIDRVPGKQMHVIITNGDRKHDLTFKVQDFDLSKVDGNFEIQVEGTSMGESVKGSIKGEANPKGNRVKVEFEKGNKKWVQIDSKIKKNIPALYFETKTKYSLMGGALQGTIKAKFENGQLNLENELNGDKIELRVKVIPGESADIEAKKNGVTMWTYKTKRTTTRTPEKFEMELVTDMTLNSDSMLWHFLDKNYPYGAFNTRKNTLKVFVDKMNGNKFFNKFWVEINLFKDGEKTVDLMMDTRTKPYKFLFFAPRVFKRWNINVPDNKIEATLTHDIGSRLVFETNVAGGIFIEGTRGMNDKGGRDIHILTKKAGKQMMKFDLSTEKMINDDQIMIKLHDSLEIDPDSALFRRVVSKYRFLTQFQKRTGEYEFYVNKKERNVLLHKFHVKGEVKKDGQTAMKLLLSTDEKPYKFELFLPILLNKIYSDMNEYKMSVDHVPGDHLNIQTNGKKFKSFVIAKTGNNNERKIEINGKQLASGDYTLTDNSFKTKITLQNGDWLEPKVTWEGALPKSRSEAEKFFLKNNFKISATGSKRNFDIDLSWKATKPDWDFSTPESLKIDINAKGESPRWGNWMLSRDASFKVENKVIQADVSGKAHFKGGLLATSTPIVTEVHMKYLIPQRDLQGKFSKMINGKEYSINFPDGFGVMPQIKMG
Ga0193418_1002201Ga0193418_10022011F031753GLKSLNMLASWLLAVLALSSTCHGAALDRVRREAIAGKLDRSFDMFGVHIGLKYKDPADRMKGGELRVAIDDMKALFPRAHSKRIDVNLNFDGGASKTDGVFDLNLKYLLEHGDGDGDETGTLSLKRSKQGNVYVSQLKTQTTGSHSGRPIIPAAITNAQIDVKSDRKTMFNLKYVNPSKGRDVEIDFNRVPGKQATLKITKSGSALVDLTFTAEDLNLRQPDGNFKVGVSGTVTGERIEGSVEGKKSAQGYRVKTDLSKGGKKALQVDSKVKADPSQKSYSTKTVYSVMGGIIQGTIVLKYEGGVLTFSNVDKNTKDKIEFKFALDYGKSLYIEGKKNGDTMWTYNTLRNTVNNDDKFEMTLETDLTLNSKSILWTMMDKYYPYGAFNVRRNEVRIFVDKKNRNLLLPKFTVDVKLYKEGKQVVTLDIDTTVKPYKFLFVAPNVFKRWNVKYDKIEGTMDHVIGKSINIKTNIGGGIEIDGNRGDNSKGGRDINIVTKKGGKQMMKIAISTEKTVNDNEIRLTLRDSVEIDPDSLLYRKIVNNYRLLTPFTKRTGEFEIYVNKKEKNVLLPKFSIKGEVKKDSETVMKALLTTNEKPYRMSLYLPVVLNRIYSDMDEYKVTVTHNPGQLLQVDTNGKKFKGFKIARTGSGNEREIVINGKKLGSGDYTLTDNSFSTKVTIADGNWIQPKITWRGKLPKTQAEAETFFLANRLDVEATGSKRSFNGDLSWKMDKPDFDFSTPWNAKLDLNLAGEGPNWGTYSITRHMTAAVADKIIKFAVTGDASFTKGVFARISPVKTDVNLKYVMADRDLIGKFSKVMNGKEYSVDFPVGSGVIPKIVWGQ
Ga0193418_1002456Ga0193418_10024561F027095SGRSSHSLKMKVVAIFLALAAATNAASVASPLDLIDNLQELLVNPEAAGIRLKRSTGEWDKEFDLGVVGVSFKIKYNDPSNLMKGGHAIVTFPGQKFFHGLHFDDVELDIHFNGGDHFDGLFDMKVDYKFVQKYTFLADRPQEGTLMVERKMEGGMWKTKMTIADPHHTPNPFFDFSVESDRKTKLHGVFKYDADNHWEIKVDRVPGQSITGVVTINGMEYKLIGTLDMAAKKLNVKLMGFQGRTHELDFKINTGAEYGFFVTGDVHGPVDIKMVVKKDMKKIDFVVKYNNVNYAYIKLNGDAVMQGVIPTKVDYIMKYNIMDSEMEGKAKVNYNGQAPAKTLKMSFVPKHGEDLNLDFKMTGPSMQGWRFDFESQRSGTTLTKFHHEIDLVNNANIFDMNMKGELDMDPMSIFYNFFCWKIGKCFTHGTRDTKIMYNKKDKNFLMGKMHFEDKSMVDGQKFQEKKLDTTKQPYELIWYQPISPSWMSSTRDMFGVDQVEVRAWHQVGKELKIETNVGEMKLTVRRTPDYFVEFIRMGETMLKSKTDVTPATFTTTIDTLFYLPSNSMLSKVFCMYGKGCFNKRQGHMKVVVDRVNKNAFMNKFSVESTVHKDDRMALEMSVNTMVTPYTFHMNAPYFLPRFFNDINRKTIDATIMHEMGSKLEVKSNCPEFETFIITTTGNKRSVVLNGKELTVVDFQRGARRISQTTELPSGEHLTTTVEWTEDSLKKNQATITVEVTPNRKFEGIFGWDFQTLSTGNFHFDVKGENPWVGNYAIDRHANWEMNKPRYMFNWVGKSEFKSGPFSSFSPIDTKMNFVFNTRKMVLNADMVETMGGKQW
Ga0193418_1002586Ga0193418_10025861F000158MTFWQENYPFIKDVYIMRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERTEQTSKLDALIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLETKRAVVKDLIAKGKQLLENPDKPKFLDSHVNRIEVGWDDTKEKAQARLQLLNNTKSAWVGYAEGLENIAVEFEKGEEEIKKVKKRFNLQAAFEDLEKRQKLFNDTKNTIEGMYNAIQNNYDVMTMTLPEDKKDFVKKEVKAVSEKLVVVEKFHEKVAKIENFVNKLNEFDGTLKSMDKWMKEADTQLHDIKNNSDKMTPEDRVSYTMELQEDVAAKVEVIKANVAAELELLPQGEKVPQDADDYKIELKRIQDFVADLQTRVKKECDNFSEDVKYWAEYKTGIKEFKPWLENAEVKSKEGLAKPQTLDEANAMFASVNDFDKACSKHLQILDAANAAAQKMTTHKEADDEVAGLRERYASVKNVSDEWCKKVDTLVKEWKLLDDTVNDLNSWVAKDHGAESEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193418_1003128Ga0193418_10031281F033827LSWKIEDPEEWWHILEAANKYMNSRLVEQVERRLREIAKRDAGKGVILRHLNMANRCGFDSGVKTVFLNTVIKTTSKLIQSDQWSQLDEGAIMKIYNQEFLAATEGELYLGAKNWCLRNTSSESEALKMFLEKFVQRIIPEYMSQRDFLTCVANDAFLAQVDVFRDWTIKIMVRNAADNTIRGSYRPMRVLQFYFNAQQRGNSPTQFREEVASIDFQEEVTKYTAAITSVWDGDHSGLHLNLKTESQSKPAQANRPLSFVKPGPKSTKALLPNLPEMISDEEAQKTARKSALIVARLRDGTFRADVLVNLDENGSGYTSKNMFKDCKSEIEFVQVMVVIDARPNIKVNAISHKQFVEYVGTHDVAARSNIEEVPFAKEFEFRAEAHSMETAEKEICKTLRLKDCQAWYVNDNNLCRKREIIGTDSSELAGYLRYDAINKMITKLMDDINANKGRAAYTGKGGDETDRFLASLAAMLQKYKAPKFWIMLEKEFKDDKDKLVSSVCKYDSANGNLNYCGTICLQMNEEATLKPTTEFFNMILYNSDPNSKVYLRRFLNAQNVTKVSPSDDIEGINNFDIFVIQEGAKSSEGVILDYDKYIIQKINEFPVTFRPKSGADDRILQINLDGTQGIRHVKAKLCEAMEVPSTANVNIFECISSEGATANPLKKRSFRRPMEQPIVDEDPRKVKELFRHCEDGTKTLYYHL
Ga0193418_1003590Ga0193418_10035901F000158MRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERTEQTSKLDALIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLETKRAVVKDLIAKGKQLLENPDKPKFLDSHVNRIEVGWDDTKEKAQARLQLLNNTKSAWVGYAEGLENIAVEFEKGEEEIKKVKKRFNLQAAFEDLEKRQKLFNDTKNTIEGMYNAIQNNYDVMTMTLPEDKKDFVKKEVKAVSEKLVVVEKFHEKVAKIENFVNKLNEFDGTLKSMDKWMKEADTQLHDIKNNSDKMTPEDRVSYTMELQEDVAAKVEVIKANVAAELELLPQGEKVPQDADDYKIELKRIQDFVADLQTRVKKECDNFSEDVKYWAEYKTGIKEFKPWLENAEVKSKEGLAKPQTLDEANAMFASVNDFDKACSKHLQILDAANAAAQKMTTHKEADDEVAGLRERYASVKNVSDEWCKKVDTLVKEWKLLDDTVNDLNSWVAKDHGAESEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193418_1003622Ga0193418_10036222F000158MTFWQENYQFIKEIYEMRHTKMAEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLEREEIKKWLKQILEILMAERSKEERGDQNKKLEGLIVKHEELIPTVLATQIKVDLYWKCYAYGDELKPHIEFLDTIMLSSTREIAPSCVENVDELIERQEKALNQLETKRSIVNDLISKGKQLLENPDKPKFLEGHVKRIVDGWDDTKEKAQARLKLLNNTKDAWVGYAEGLENIAVEFEKGDEEIKKVKKRFNLQAALEDLAKRQKLFSDTKNTIEGMFGSIQNNYDVMTMTLPEDKKDFVKKEVKAVQEKLEVVQRFQEKVAKIEAFVSKLTEFDGTLKSMDKWMKDADTQLHDIKNTSDKMTPEDRVSYTMELQEDVAAKVKIIEASVAGELDLLPQGDKVPQDAQDYKDELKRVRDYILDLQKRVKTECDNFSEDIKYWAEYKTGIKSFKPWLDNAESKSKEGLAKPQTFDEANAMYATVNDFAKACITHLEILNTAEKAANKMTTHKEADSEVAELKGRYEAVKVVSDEWCKKVDTLVKEWKLLDNTVNELNSWVAKDRGAEGEQQYSLEKMESTLGELKNIFKEKEKLVENL
Ga0193418_1003793Ga0193418_10037933F034060MIRIALLQLAIGAAIADLGTIQRISTLTSICEDCDMTLFGTINVKVCGGGGGVGGYEPCCSVVNIANFDSGLFQQGKLDDFTGQALEDCDNYSLSQLSNPSDLDVTVYHEGSDGAQLDWIEISTNTMTVRCGLGMFMDGFSSQKGFCQLI
Ga0193418_1003854Ga0193418_10038541F089794VGLVSLGVLHAALGFSIPDHRLGMACNPKNFQCDQPSLGREVTLGHGWDIRGDRAVAGMAPWSSDTIADKQINTTNAMKEMVLKIETDSSERADSLSVEANLEVNVLSGMVQVSAGGKYLTSEKQSSTSVRIVLAYDATTYFTTMPFTETPVDESNIDFCSNNNLASVGGPTHVVTSVQYGTKAFVLFEREVFRGEKEEDVAGWLAVNVGDAVNGVNSSLNFNYSSNLNATKEQINIHFLGNTLIDSPAGLDDVNRLIDDLDESSRTNPQPLMFTMTRIDGICSAADVVFASIGNPTMERLAEILRSFADSQLRTDTFLLDDNSVAQRQALKQALVGPGSFGGELHTFQADFKKVLSTLLVDVRSNKTNEAALETMILDVDESSFEKFKAGTFLDYFEGQIHSFDIFYETPDAPNIQVDNADGSLQSGCVLGGAKNTYIFTLNVLPQTNLAEDFFAGNLDTSKDWISDEVEVGAKFSQFLWRAAETNPNSSCFIVDFAEYNPDHQVTFKVVDIFGDVQVDHDNLPEVEDHQITVDHDHCRWVNAPDWGQVVTCADDELAAGACAGGSHHDCKDGSAVHSLYCCPVSERIPIVVNEDACTTLHSGYGYSVDCSTQSATGLTVHGSCSSGRYHDCPLPNDDWDTNRVDCCTTNFANGMALGMRGEGDCGDWIYGDYGWDLFCPDNSVLVARCGSGFRHDCPESSSHGIKCCSIFVV
Ga0193418_1004349Ga0193418_10043491F000039MAERAKDQKKDEFEKLDAIIKKHENLIPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSLVQLETKRSVVKDLIEKGKVLLQNPDKPRFLDSHVERIEVGWDDTKEKAQDRLTLLNNTKAAWEGYAEGNIKIAEEFDKCVDETKKVKKRFNLEAAFEDLARRQNIYKQTQETIHGMWDQLQTDYTTMCLTLPDDKKTQLKKELGPVEEKLSLVKTFDEKVVKIEEFCSALKAFDASLKSIDSWMVGATKELEDIKAASDKLTPEDRVSRTMDLQEDIASKVEIIEENVKNELELLPQGDKVPQDAQEFKDELNRIKKYVLDLKEKTSKECNSYSEDVKYWAEYRTGIKEFVPWLEKAEKASTEGLSKPTNLSEAEQLFEKSSGFSNNCVGHLKLLDSANAAAQKMTTHKEADVEVAALKARYDKIKAVSDEWMKKVDTLVKEWKLLDNTVTELNTWVAKDKTTEGENQFSLEKMESTLGELKNIFKQKEKLVDGL
Ga0193418_1004449Ga0193418_10044491F055392PSLYCLIHFYKRDTNRDHKMSFWQENMGFIQDVFDDRAKKLVEVMDKTDKSITEVLADKIYTSNEFKKVKENFTSLAKNMETSEVKEWLQNTRETMGGKGKGDDKLGAVLERFDKMVVKVADTKTVADSLWQGYNYTDELTPHVEWLEDKKTLANRDINSNSGGETEELIEKQEKVIDQLDKKRKVFQAILDKGTALTQKPKSPEFLGREVKRASDLWKETNSQALDRLNRLKDNQAAWERYEQKRDELTKKLDGADAELENINQLYNLEAGIEDHKNRVKNAANTRKDIESVFKTVSDANQIVQVLLTEDMKAELNQQVEELKERGSVNDKIEDRLKAIDDFNGKIKIYIGVLVELEKWNLEGRKRMDELLAGPAPGSSAEDRVLMTMELGEDISKQLELHAAQETLWDDSLGPKKAGEISDESKALVGRMDTVKDALSALNTESETEAAKFGEDVKYLADVTNSTKKFDPWIAKSEEKVKAGMKNAGSLEEGKKMFDEVKHWKAESEAIKTVLDNGNASAQKMTTHGEADKVYAANIKRWEAVDNAIKEWIKKMEALVKMWEDQAATADKVTNAISDPSASDMKLEDLEAHLNSLKEMFIQKQKMMDGMNPPTQA
Ga0193418_1004584Ga0193418_10045841F004929MAERAKPEREKEYDALDKLIKKHEELIPWVSKISIKVDLYWKCYAYGDELKPHIEFLDGIMSSSTREIAPSCVENVDELIERQEKSLTQLENKRGIVKDLIDKGSVLLQNPDKPNFLESHQKRITEGWEDAKKKAQERLKLLQDTKAAWEGYADGSETVANAFAKAEEEMSKIKKKFGLDDAKSDLAKRQEIYNKTKADLEAVYNKLKSDFETMALTLPEDKKKQLAKELADVTEKMAILEKFGEKVKTIEDFCGNLELFDNTNKSLDDWMNRAAGELENIKNNSHTMCPEDRVAVCMELQEDIAAKVLLIEESIAKEQELLPQGDGVPADALAHKEELERIHKFTLDLQEKVKKNTSDFSEDVKFWAEYRTGIKEFTPWLTAAENEAKNGLGKPSSLPEALALFDKISLFDKGCLRHEAVLKAAKEASQKMTTHQEADEQTKELFDRYTKVKAVSDAWMSKVETLVKEWQLLDNTVNELNTWVAKDKTDEGENQFSLEKMESTLCELKNIFKEKEKLVDELDK
Ga0193418_1005076Ga0193418_10050761F000139IMLSSTRDIAPSCVENVDELIERQEKSLVQLETKRSIVKELIEKGKKILENPDKPRFLEGHVSRIELGWDDTKQKAQDRLTLLTETKDAWEGYAVNNETIATDFEKAEEEIKKIKKRFNLEAAKEDLAKRQGIYNDTNKTISGLFSDINANFTCMSITLPEDKKKIIDKEIKAVEEKLEVVGRFEEKVAKVAEFVNQLNDFDASLKTINDWMATATAELEDIKSAAGSMLPEDRVARTMDLQEDIAAKVEILKANAARELELLPQGDKVPQDAQDYKDELNRIIKYVDDLAARCKKECDSFSEDVKYWAEYRTGIKEFTPWLVKSEGSCNDGLSKPSNLDEVKALHEKVSTFDKTCLNYLKVLEAADSAAKKMTTHEEADKEVAALKERYNKVKGASDQWVAKVDTLLKEWTLLDTTVTELNTWVAKDKTTEGENQFSLEKMESTLGELKNIFKQKEKLVEGL
Ga0193418_1005296Ga0193418_10052961F048081MAFWQENYAFIKDVYDDRSQKMVEVMDKCEKAIAEVLADKIYTSNEFKKVKENFTSIAKNLENSEVKEWLESTKETLMGDRDSKSKGDEENKLKAVLARFDALVPKVQDTNKACDSLWKAYQYTDELTPHMEWLTEKKVLATRDINSNSAGETEELIEKQEKVIDQLDKKRKIFQEIIAKGSKLKDDPKSPEFLGREVKKASELWEETNKLALDRLNRLRDNLSAWERYESKRNDLADKLAAGDRELDDIKKVYDLAAGEADHKNRLKTAVTIRKDIEGVFKAVDDANNIVQVLLTEDMKAELNEQVSDLKARAAVNDQIDEKLKVIDGFNGKLKNYFSVLTEMEAWTGTGRKRMDELLNPPAPIEAEDRVLQTMELGEDIREQLEIHQTQQNLWNSELAPTQAGEDSAESKDLVSRMDKVNTLLSGLNDESEAEAAKFGEDVKHLADVTNSTKKFDPWIAKSEASVKEGMKKASSLGEANTILGDLKKWQEESEKMKKTLDNGNEAAHKMTMHEEADRVYAANCKKWEAVSASIKDWITKMEAIVKTWESQAATADKVTAALSAPAASDMKLEDLEAHLNSLKQMFIEKQKMMDSLNPS
Ga0193418_1005323Ga0193418_10053234F073052MDKDVFLGVVPVDKPIAGLDVEPLDGAGDFGGNHLLGYLLHLLVSSSLLLVGLGLRVSHDGNVVLMVTNFSPRLFVRWR
Ga0193418_1005481Ga0193418_10054811F001636SGSKVYPSYHKQQAIRQDADSVSGSIRAATMSTLSYAWNIRGTLNGDFMSASGTTASVDGVAEVNGTAGEGAPFDHSTWIWGGLGHYGLAWMKGGHKVNPCEKYPYHMTRHWYGEDGAHIWSSHTITGAEGAWAGDVACVAEYFKPKGAILGGYIRGQYPSHWVATKRSDREVDVHGIVTLKVEGGGTYTAHVHEYMKFWEPCVTINRHYWKLEYLEAEYYPTHWYHKEKAICDPNWNFGKSVTPKQTFAWNLFGTLGNKCIDATGYGYGAGYRQHHWGKGGNGWGEHGLPNLNWALAWEGHAGMHFFSRFPKGVTNPFHLSLPEAFTIERKWWGQDGAHWATTHDVRFDGAHFDKKIVLVGEGFKTGSFMMWDGNKEKGNWIVKAWPQYALAVPKGNDHIWYRSTFQFELNNGSFYSGYWEMDIHFRKALQPGQMPDPYVVKFWPETWDSKPHYWHFYEREELEQSTYDKVAA
Ga0193418_1005541Ga0193418_10055412F001636SRGSFVSWSQSQKPRPTMSTLNYSWNVRGTFNGDFVGASGTTASVDGVADVHGNAGEGGPFNHSSWIWAGMAHYGLGYMKGGHKVNPCEKYPFHMTRHWYGEDGAHIWSSHTISGAEGAWAGDIACVAEYFQPKGPICQGKIVGQFPSHWVATKRSDREVDVHGIVTLKVDGGATYTAHVHEYMKFWEPCVTINRHFWKVDYLAAEYYPDHWYHKEMAVVDPNWNYGPSKEKMTFSWHLFGNLGNKAIEADGYGYGSGYRQHHWGKGGKGWGEHGLPNLNWALAWEGHAGLHFFTRFPKGVTNPFILSLPEGFVINRHWWGQDGSHWAATHDLRFEGTHFNKKIVVVGDGFKTGCFLWWDGNKDKGTWVVRSWPQYAVAVPKGNDHVWYRAAFQWELNDGSYYSGYWEMDIHFRKPVDKMPNPYVVKFWPETWDSKPHYWHFYEREEIEQSTYDKA
Ga0193418_1005553Ga0193418_10055531F000039MRHTKMAEWMENVEKAINRIMADKVYTSAEFKRERDTFNSLCKDLERAEVKKWLAQILEILMAERAKDQRKAEGDKLDNLIKKHEELIPTVQKTSVMVDLYWKCYAYGDELKPHIEFLDGILLSSTRDIAPSCVENVDELIERQEKSISQLDSKRNVVQDLIGKGKVILENPDKPKFLEGNVKRIEEGWDDTKKKAQERLKLLNETKDAFISYGENNEVIATEFDVAEEEIKKVKKHFNLEAAVTDLKKRQEIYNKTNSTITGLFQSINDNYTCMAQTIPEDKKKVMTKEIKAVESKLEVLGRFKEVVSKVEELVNALTSFDNNLKAIDSWMQSANKELMDIKEASGNMLPEDRVARTMDLQEDIAAKIEILKKDAETELNLLPQGENVPADAKAFKDELARITKYVTDLQENTRIECDKYSNDVKFWAEYRTGIKEFTPWLVNAEKAAGEGLTKPASLEDVKALDDKVVGFDKNCEQYLKVLLAADAAAKKMTTHSEADGEVAALRERFNKVKSTAESWVKKVETLVKEWVLLDNTVVELNSWVAKDKTAEGENQFSLEKMESTLGELKNIFKQKEKLVEGL
Ga0193418_1005798Ga0193418_10057981F054881VADQTRGRASARIGRPAQVVRRGAAMASSQPLLPAPAKGTAGRHTKLSIFYGADEYLEQLSRKYEQWDELAQLLQAAPDAGHFDTQDPAKKAAQAASAAGKGGGSLAHDVDENKRSKKTQRAIPTPNIPDPMPPELAFMFTKISPEQKMYMWNIYTLIFVLEVLNIVMYWALLRFSPLSWGVCTAIYVFLMVVLCVQNVYILHDVIHGATFPPYEWQNYITHPLADFIQLPWMDIIMEHNRHHNSTFDLLNHGEFGWDPASWLYVLQEWTFEWYGWLTVPLVPFWHFIGASDTGMLFAFLWWSRFPDAGPGGKCDKAFYTKWLPTRVKYVAWTTFLWGCVWLLGSWGMGLPLSEGWPFVFAVSCGTRGGFSAAWVFITNFNHSHWWNEFLATDPDRTWPRVHATMAFLLGGRHRWNEMLFHDVHHMCPGRIGAMSQRGRFHGWEKVHDACVEILARGLWISDDAETAMDKHQRKRSMLVKSRKASAKA
Ga0193418_1005849Ga0193418_10058491F000158MTFWQENYPFIKDVYIMRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERSEQIGKLDGLIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLETKRAVVKELIAKGKQLLENPDKPKFLDSHVSRIEVGWDDTKEKAQNRLTLLQNTKDAWVGYAEGLETIAGEFEKGDEEIKKIKKRFNLAAAFEDLEKRQKIFNDTKNTIEGMFGSIQKNYDVMTMTLPEDKKDFVKKEVKAVSEKLVVVEKFREKVEKIENFVNRLNEFDKSLKSIDVWMKEAEQQLNDIKNNSDKMTPEDRVSYTMELQEDVAAKVEIIKANIAGEVELLPQGEKVPQDAQDYKDELKRIETFVLDLQKKVMKECDNFSEDVKYWAEYKTGIKSFRPWLEAAEAKSTEGLSKPQTLDEANAMFANVNDFDQACLKHLKILTDAAGAANKMTTHKEADDEVAGLKGRYEKVKAVSDEWMKKVDTLVKEWKLLDNTVTELNSWVAKDRGAEGEQQFSFSLKMFLSSPRVDSIF
Ga0193418_1006028Ga0193418_10060281F054881DSARTGRPAQVVRRGADMASSQPLLPAPAKGTAGRHTKLSIFYGADEYLEQLSRKYEQWDELAQLLQAAPDAGHFDTQDPAKKAAQAASAAGKGGGSLAHDVDENKRSKKTQRAIPTPNIPDPMPPELAFMFTKISPEQKMYMWNIYTLIFVLEVLNIVMYWALLRFSPLSWGVCTAIYVFLMVVLCVQNVYILHDVIHGATFPPYEWQNYITHPLADFIQLPWMDIIMEHNRHHNSTFDLLNHGEFGWDPASWLYVLQEWTFEWYGWLTVPLVPFWHFIGASDTGMLFAFLWWSRFPDAGPGGKCDKAFYTKWLPTRVKYVAWTTFLWGCVWLLGSWGMGLPLSEGWPFVFAVSCGTRGGFSAAWVFITNFNHSHWWNEFLATDPDRTWPRVHATMAFLLGGRHRWNEMLFHDVHHMCPGRIGAMSQRGRFHGWEKVHDACVEILARGLWISDDAETAMDKHQRKRSMLVKSRKASAKA
Ga0193418_1006053Ga0193418_10060531F000158MTFWQENYPFIKDVYIMRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERTEQTSKLDALIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLETKRAVVKDLIAKGKQLLENPDKPKFLDSHVNRIEVGWDDTKEKAQARLQLLNNTKSAWVGYAEGLENIAVEFEKGEEEIKKVKKRFNLQAAFEDLEKRQKLFNDTKNTIEGMYNAIQNNYDVMTMTLPEDKKDFVKKEVKAVSEKLVVVEKFHEKVAKIENFVNKLNEFDGTLKSMDKWMKEADTQLHDIKNNSDKMTPEDRVSYTMELQEDVAAKVEIIKANVAAEMDLLPQGEKVPQDADDYKIELKRIQDFVSDLQKRVMKECDNFSEDVKYWAEYKTGIKEFRPWLENAEVRSKEGLGKPQTLDEANAMFANVNDFDKACSKHLQILDSANAAAQKMTTHKEADDEVAGLKERYTAVKGISDEWCKKVDTLVKEWKLLDDTVNDLNSWVAKDHGAESEQQFSLEKMESTLGELKNIFKEKEKLVE
Ga0193418_1006120Ga0193418_10061201F000039DVYDMRHSKMAEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAHILEILMAERAKDQKKSEMDKLEALIQKHEELIPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLTQLETKRGVVKELIEKGKKILENPDKPKFLEGHVQRIEVGWDDTKQKAQDRLTLLQETKNAWVGYAENNETIASEFEKAEDEIKKVKKRFNLAAALDDLKRRQDIYNKSNDTINGLFKSINDNFTCMSITLPEDKKKIIDKEIKAVSEKLEVTGRFEEKVKKVEEFCNALGEFDGSLKTINDWMAMATKELEDIKAAAGSMLPEDRVARTMDLQEDIAAKMEILSSNAATEKELLPQGDKVPSDAQDYKDELNRITKYVEDLQARTRKECDSFSEDVKYWAEYRTGIKEFTPWLEKSEGACTEGLSKPSNLDEVKALHEKVSTFDKTCVNYLKVLEAAEGAAKKMTTHEEADKEVAALKERYSKVKSASDSWVAKVDTLLKEWVLLDNTVTELNTWVAKDKTQEGENQFSLEKMESTLGELKNIFKQKEQLVDNL
Ga0193418_1006251Ga0193418_10062511F016240MVSFQRMKEDFDDISTQVGQKLPGKTVVWVFLGVCVAIVFIIGFGIGFGSAGGAGDLCKGAENCEEGGIPVYYFLANNSESCPELSGERLLTTVAEGESFEGLSVHLQCRGSYSPFPMAVRCERQGRTGSLQWSALPVCYPSLLVTPQHWSRVPHARSVSCTGTAEMTKCKLHCIQDYVAVEDKQYKCDMLPCRAWTPDSKKCYLCNSHCDKFAELNEPRASDLLETLTCDPDCEKIVITSSGLAAVWQNKRTGLFQFLGEHNGRPVYQNNATKEYLYYTFTGAEWLVGPDFRKPHAGIQVFQNTDKVCPERHGGKNNTKLYIDSSEPVPGGGGMWKNDTTIKFECYKKEMTPYQECSCSKYKVYHTVYQNGSVPKAVDYLSGTFVKVEDKKDTYGLLAPLYRDLEKNLFLFSHHPQGLVWQVSQKLTTTPLRGVFSSPSCPDSQDISWEWYNMTTPMGQQLYVSDNHIKVKCVSHSLGA
Ga0193418_1006473Ga0193418_10064731F010073LKSEVQVKGTKFRLRSKYSIMGGKVAQGDFKANYQNNKLTFEAPPYKLEVELHLGRSIKVEASKNGESMWTYETLREDKSNPNAIVWEANSKMTLNPASKLHKFIQDNYPFGAFQTRTNNFKLFIDRHNRNFLLRKFKINFDVVKDGNKVIDISGNTVDAPYQFSASAPNLFERLNIAQNPLTMTINHQRGSFLIIDTNIAGGMKLDAKQSPNAGTGGRNIDIVATKGGAMMWKYNAVTSKVNDANQLKVGLKGDFELNPQSILYKMVVSKYRILTPFSKRHSDLEFFWDKKNKNVVMNKFYAKAKIDKDGSNVANVLISTNQKPYKFHVFLPALLGKLRPGMQEVDVDFDHNPGTSLEMKVNHAGAKFKGFKIAKTGSGNEREITWNGKKLGKGDFTMTDKRFTTTQTLSNGKSLTTTITWKNRWDSPNFLLDNKVHVNLDGTERKLDLNMDWGMNKLPDMDLNTPEDGHFKMTAVGQNARWGDYSINRNLQWGSSSRRLSLDLTGDAEFGAGPLAASSPVQTEVKLSFDVDNADLNGKFMKVYAGKEYSVVFQPGFTMPSIKVGA
Ga0193418_1006485Ga0193418_10064851F000039RERDNFHALCKDLERAEVKKWLAQILEILMAERAKDQRKNEFEQLDALIKKHEELIPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSLVQLETKRAVVKDLIEKGRKILENPDKPKFLEGHVQRIEVGWDDTKQKAQDRLKLLQETKEAWVGYAENNDTILIEIEKGLEEIKKIKKRFNLQSAFEDLAKRQELFATTRDSIMGLYNQIKHNVEVMSLTIPEDKKKLIDKEIKALSEKLTVVSQFEEKVNKIDDFCKNLKNFDNSLKSIDEWMMGATKELDDIKNSSDKMAPEDRVARTMDLQEDIAAKAEIIKKNAEQELALLPQGDKVPQDAQEFKDELNRITKYVADLQAKTRNECDKYSEDVKFWAEYRTGIKEFTPWLVKAESSSTEGLSKPSNLDEATALAEKVHTFEKACINHLKVLEAAEAAAKKMTTHKEADVEVAALKERYTKVKTVADDWVKKVDTLVKEWQLLDNTVTELNAWVAKDKTAEGENQFSLEKMESTLGELKNIFKEKEKLVDGL
Ga0193418_1006723Ga0193418_10067232F005303MVVNLHAVLLLEFQVLLVQSVDTVNHGLDKLDLGVSQSVLVGDVISVSGLATRFTTGATGLDSEFLAPLLQSWETLLGPSGEVNVDRGPHASTQVGGAGVDVAELLRQLEVLARLSLNTVLDSLDATGQPLEDTLDVTTLLHGDDTSLILLIDPDQEGLSLIVEDATALGPVTLHTSNLQVGVTRHEEEVVIDKLLADLLVHASEWVVGTSQVTLEPLQGSGDQLLNTNTLLLGDSGGQTESLDGAADTDPDGVDGDLRVDVAVDLGGVHVGNVLEVSWEAVVLADERVEDISEVDVGVLVTSIDTAVLVVELNSAGNGLGKGEARGLGDNATELVPLLLGHVLGNQAVGGLDVGEFTGHFCVFVCLVLRKDCTAQS
Ga0193418_1006962Ga0193418_10069621F000039MTFWQENYTFIKDVYDMRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAQILEILMAERAKDQRKKEFEELEGLIKKHEELVPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSLVQLETKRAVVRDLIEKGRKILENPDKPKFLEGHVSRIELGWDDTKQKASDRLKLLQQTKEAWVGYAENNDTIVVEIDKGAEEIKKVKKRYNLQAAFEDLAKRQDILKQTKDSIMGLYNQIKNNVEVMSLTIPDDKKKLIEKETKALTEKLVVVSQFEEKVSKIDEFCTALKNFDTSLKTIDDWMMGATHELEDIKSSSDKMAPEDRVARTMDLQEDIAAKIEVMKKNAEQELALLPQGEKVPADAQEFKDELARITKYVTDLANRTKEECDKYSEDVKFWAEYRTGIKEFTPWLVEAEKSSTEGLSKPANLAESRSLAEKVHTFDKSCIDHLKVLDAADSAAKKMTTHKEADDEVAALKARYLKVKTVADEWRQKVDTLVKEWELLDNTVTDLNAWVAKDKTTEGENQFSL
Ga0193418_1007178Ga0193418_10071781F021472MGNEQTVPVPTQPQLGMFCISLRPFRKVELVNAPPRVAVLVQRVANEVNSLYTGQSYLETPSKDKLGVMQFTMAADVFVCQSGKEPATMGKLFCIRILEELHKIGYDLMITSDLTRVRYSAASLFFKKVAGERPAAKVVCIAPGKEDKIILMNHNERVKSMVGEAIKNAWPSGIQRREDQEVFGHILHDIKLNGYPWRASEANIDNNRIINLIVENLSKINLRLVGGINIKGGTDSLFFMGDPGSINGQYCSISLCQKNRLRLVDCKEETECVRRAISNSGFRIEDESTKEHHTKLKLNGKPWHCSGKEAVWARQLVGRISEAMLQRGWALTDAIDISRREDDKSMLLFRRCAPTTAGIACICLTSTDHLRLIDFSPGDQEVLKTCIMENYLPGVNEVDSSGSEGRSLKFELVGSPWGSWDYGLHARSLLLHLFAAAFRLGFQIVASADVSSKYATDGDGNPDHPLDVHSIYLVKMPPQGKGVFNSLRQTMNEFSLPTYEEAMK
Ga0193418_1007196Ga0193418_10071961F004929VYTSAEFKRERDNFHGLCKDLEKVEVKKWLAHILEILMAERAKEQRKHEYDQLDALIKKHEELIPWVQKIQIKVDLYWKCYAYGDELKPHIEFLDGIMMSSTREIAPSCVENVDELIERQEKALVQLETKRNAVRDLIEKGNILLQNPEKPRFLDEHVERIVMGWDDTKLKAQERLKLLQDTKAAWEGYAEGQDVIEEQFARAEEEMKKIKKRFNLDSAKDDLAKRQQILEKTKADLQGIYDKIKADYDIMCLTLPEDRKALVKKELAALTEKMAILATFEEKVKKIEDFCQNLELFDSTNKSLDDWMVRATEEMDKIKNHSHQMVPEDRVAVCMELQEDIAAKVLVIEENIRKEAEVLPQGESIPKDALEHKEELQRIHKYVLDLQEKVKQECAAFSEDVKFWAEYRTGIKEFTPWLENAEKESKDGLGKPSSLPEAIALFEKISLFDKSCLAHLSVLESAETASKKMTTHQEADDQIAEMMSRYKTVKQVADTWMQKVNTLVQEWKLLDATVNELNDWVAKDKTTEGENQFSLEKMESTLSELKNIYKEKEKLVENL
Ga0193418_1007234Ga0193418_10072341F001641KTSVMVDLYWKCYAYGDEMKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLDTKRNVVNELIEKGTKILENPDKPKFLESHVKRIKEGWDLTKSKAQERLKLLNDTKEAWIGYAENNDVIVVEIEKGLEEITKVKKKFHLEQAFEDLAKRQKIYNDTKESIMGLWAAINHNVEVMNITIPDDKKKLIVKEVKALEEKLTVVEQFKEKVDIIDNFCNSLKDFDTSLKSMDDWSMVATKELEDIKNSSDKMAPEDRVARTMDLQEDIAAKVEVIKKNAETELALLPQGEKVPQDAQDHKNELSRITKYIMDLQEKVKKECDAFSEDVKYWAEYKTGIKEFIPWLTNAEKSSNDGLAKPTDLKEALALSAQVHSVEKACLDHLKVLEAADAAAKKMTTHKDADAEVESLKARYVKVKAVADQWTGKVDTLVKEWTLLDSTVTELNAWVAKDKTTEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193418_1007447Ga0193418_10074471F000039MTFWQENYTFIKDVYDMRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERTEVKKWLAQILEILMAERAKDQRNAENGKLDELIQKHEDLIPTVTKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSLVQLETKRAVVKDLIEKGKKILENPDKPRFLEGHVSRIELGWDDTKQKASDRLTLLQETKDAWVGYAENNETIAVQFEEAEAEIKKVKKRYNLEAAMNDLKLRQDIYNKYNNGIMGLFDAIQNKNFKCMCITMPDDKKKIVEKEIKAVDEKLEVTGRFKEKVDKLQEFCTALTNFDASLKAVDAWKESATSELTDIKESSDKMVPEDRVARTMDLQEDIASKMEILKQNAATELELLPQGDKVPQDAQDFKDELNRITKYVTELQEKTKIECSKYSEDVKYWAEYRTGIKEFTPWLTTSEGECTQGLSKPTNLDEVKALSGKVGSFAKGCESYLKVLLSAEGAANKMTTHKEADGEVAALKERYGKVKAVSDEWVAKVDTLLKEWTLLDNTVTELNTW
Ga0193418_1007448Ga0193418_10074481F000039MTFWQENYTFIKDVYDMRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERTEVKKWIQQILEILMAERAKDQREKEKAKLDELIQKHEDLIPTVTKTQVMVDLYWRCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSITQLEQKRSIVNDLIDKGQKILEHPDKPKFLEGHVNRLEGGWGDTKNKAADRLKLLQETRDAWLGYANDNETIATEFEKAEEEIKKVKKRYNLQSAIDDLKKRQDLFNKSNNSIMGLFDAIENKHFKCMCITLPEDKKKILGKEIKAVSEKLEVTGRFKEKVDKLDEFVNELKNFDASLKAIDGWKETATAELNDIKATSDKMVPEDRVARTMDLQEDIVAKTLILEANAAKEKELFPQGDKVPQDAQDFKNELNRITKYVTDLQEKTATECSKYSEDVKYWAEYKTGIKEFTPWLSSSEGACTQGLSKPTNLDEVKALSEKVATFAKGCENYLKVLLSAEGAANKMTTHKEADGEVAALKERYGKVKAVSDEWVAKVDTLLKEWTLLDNTVTELNTW
Ga0193418_1007465Ga0193418_10074651F004202DWLQNTKDILNEEKKNASDDKLEKIFTRFESLMPRVNDTKLVTDMLWKSYEYTDDLVPLMEFTTEQFGQATREVFSGSVSQTEDIIDKHTKVMDKLEKKKKDVREIIGRGEKLAEMAKAPQFLGEKLAAMKKLWNDANNEAKQRLDDLKNNAGCWNAFAEKCALLQTQVSNCQKQIDDVKKLYDIAKAKEDHTERVNKATSIKADIAKTLDGVLDANNVLQVLADDDTKVQLNQEVEDLKTACEVSKAIDEKLVWLDNFNKSIIDYDKICKELEEIVVKDRKDLDALIKPEGAFKATDRLVSAMDLADDIRGQIEIANNKQQLWDQGLSPEGKENTAEAKEFVRRMTEVSTKLASLEKESDGEAAKYGQDIVLVAAFNNAQKGFAAWIDGAEAKCKTGYGSPNSLEEATKMLEDCKAWREGTASVCASLETGKANADKMTLHEEQDKLYTEMKARWVEVDKSCKEWSVKLDELSGMWTKQTEMLNKVTSTMVAGEGEGKGEQVNLNELDAQMEQIKDMFVKKQEMMKKMSTVSAPNPAELAA
Ga0193418_1007512Ga0193418_10075121F000139PHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLTQLDSKRGIVMELIDKGKKILENPEKPKFLESHVKGIEVGWDETRQKAQERLKLLNDTKDAWIGYGENNESIASEFEVAEEEIKKIKKRYNLDDALSDLKKRQDLFNRSNDTINGLFSDINANFTCMCITLPEDKKKVLDKEIKAVDAKLEVTKRFKDTVKVIEDFCTNLTNFDNTLKSIDEWMLKATAELKDIKDQSGNMLPEDRVARTMDLQEDIASKLQIIKTNTEIEKTLLPQEDVDSDAQKFKDELARITVFVKDLSANTIVECDKYSNDVKYWAEYRTGIKEFTPWLVSAEKAASEGLSKPSDLSDVKALNAKVLDFNRTTVSFLKVLDAANGAAQKMTTHADADIEVAALKERYDKVKGTADEWVKKVDTLMKEWTLLDNTVNELNNWVAKDKSAEGENQFSLEKMESTLSELKNIFKEKEKLVDHL
Ga0193418_1007579Ga0193418_10075791F015736DNVEMAIQKVCASKVYTSAEFKREKDNFQSLCKNLERAETKRWLTETLETLMKERAADEQKAESSKLKSVMERHKALIPKIQETLVKTECYWKCYSYGDDLIPIFEFIDDLRNRSVKEVFSANNEHTEEHIEKQDKVLNQLENKRKMVMDFISKGEKLMEDPNCPKFLEGHVKKLKEAWDDTNEKAQTRKKALVDNLNSWETFEEKKIECHKQLDAADAEYDAIKKIFDLRNGPADYNMRMKTASIFRTNIEDIYNTCSGANDILQVMLPEEKKSEMNDQITEIKTRMDILGKTDERLIFIDDFNKRLNVFDVGIREMENWLGEGRNRLDKIKNPPDEMSPEDRVTKSMELQEDLNKKSEFTKKLEVEKEDIFPKAGEKVSSDAKKFIERLKKVRATLDALSDEVSCECAKFSEDVKFWAEFQTGVKVFEPWMKNAEVRKSSGLQKPTSLVTACEILGDSKNLQDEAEAKLRVLEEAAAAAQKMTSHNEADIKVDGFKKRWGIVHECFKEWVARMTTLVECWNKLDGNVGELSSWVATKDSSAPEGSSEISIEKLETQLNTLKTMFAEKQKLVSDLDQY
Ga0193418_1008126Ga0193418_10081261F019597MDCEKMYNGLWTMKEQWLSDLLPREFYRYGLQHFFGDHVDWSSLESFRISDTKMKRELVNVTSEEFSHFLEWVEENSQPPVEPYEHHQFFRAPDNVNDLWTSEVSLASDHIVHGIDKLNMILNGGVFSTESHRFWQYSSTMEKRQLELLKQLSEMVNKASGLELIIPEFLSMARNEGFQKSFMDELDSSLHHQVACLYPTLAAKNLTFFNTIMRVVSEDELVKFGKDIATETFKAINSLEAEFNLKSVIDAVKKAFNNIDFDQSTGKVFLSFLKARSLVLGINVHDIFTRLDRLTFQLGQGWWRLIHGNWPEMIQFITNLVTKTIKSDRFWQRLDEVYLEVVASFKLKYQERERMLEAVARDQLKPFMRELLSKMQRVQVKDEPMVKQLISWIEQNQFSTYVDLLLTRVVETLSRSYLACFTEFYGKPDFNELSAITSQNSVARWVHSVVVTDWPEAQPVPEGFPQFVEQLQETILLLYSSVLGECAK
Ga0193418_1008157Ga0193418_10081571F001636MSTLNYSWNVRGTFNGDFVGASGTTASVDGVADVHGNAGEGGPFNHSSWIWAGMAHYGLGYMKGGHKVNPCEKYPFHMTRHWYGEDGAHIWSSHTISGAEGAWAGDIACVAEYFQPKGPICQGKIVGQFPSHWVATKRSDREVDVHGIVTLKVDGGATYTAHVHEYMKFWEPCVTINRHFWKVDYLAAEYYPDHWYHKEMAVVDPNWNYGPSKEKMTFSWHLFGNLGNKAIEADGYGYGSGYRQHHWGKGGKGWGEHGLPNLNWALAWEGHAGLHFFTRFPKGVTNPFILSLPEGFVINRHWWGQDGSHWATTHDLRFDGSNFNKKIVLVGDGFKRDCFMWWDGNKEKGTWIVKSWPQYAVAVPKGDSHIWYRAAFQFELNNGSYYSGYWEMDIHFRKPVDKMPAPYVVKFFPETWDSKPHYWHFYEREEIEQSTYDKAE
Ga0193418_1008158Ga0193418_10081581F001636MSTLNYSWNVRGTFNGDFVGASGTTASVDGVADVHGNAGEGGPFNHSSWIWAGMAHYGLGYMKGGHKVNPCEKYPFHMTRHWYGEDGAHIWSSHTISGAEGAWAGDIACVAEYFQPKGPICQGKIVGQFPSHWVATKRSDREVDVHGIVTLKVDGGATYTAHVHEYMKFWEPCVTINRHFWKVDYLAAEYYPDHWYHKEMAVVDPNWNYGPSKEKMTFSWHLFGNLGNKAIEADGYGYGSGYRQHHWGKGGKGWGEHGLPNLNWALAWEGHAGLHFFTRFPKGVTNPFILSLPEGFTINRHWWGQDGAHWATTHDLRFDGSNFNKKIVLVGDGFKRDCFMWWDGNKDKGTWIVKSWPQYAVAVPKGDKHIWYRATFQFELNNGSYYSGYWEMDIHFRKPVDKMPAPYVVKFFPETWDSKPHYWHFYEREEIEQSTYDKAE
Ga0193418_1008394Ga0193418_10083941F001636HNRQKISLLETGTAKSIYIMSTLNYSWNVRGTFNGNFVGASGTTASVDGVAEVHGTAGEGAPFDHSSWIWAGMAHYGLGWMKGGHKVNPCEKYPFHMTRHWYGEDGAHIWSHHNVTGAEGAWAGDIACVGEYFKPMGPICQGKIIGQFPSHWVATKRSDREVDVHGIVTLKVDGGATYTAHVHEYMKFWEPCVTINRHFWKVDYLEADYHPTHWYHKEKAIVDPNWNYGPSKEKMTFSWNLFGSLSNKCITADGYGYGSGYRQHHWGKGGEGWGEHGLPNLNWALAWEGHAGMHFFTRFPKGVTNPFILSLPEGFTINRKWWGQDGAHWATTHDLRFEGTHFNKKIVLVGDGFKTGCFMWWDGNKDKGTWIVKSWPQYAVAVPKGDDHIWYRATYQFELNDGSYYSGYWEMDIHFRKPVAQMPAPYVVKFFPETWDSKPHYWHFYEREEIEQSTYDKA
Ga0193418_1008398Ga0193418_10083981F059615STEKGQGKMRLLFSLCLAVAFYSPNVCGQADGNPHGWDRVRRCDQQDYSPPCGPCEGVGGIPRGDRNDQIELTSCTIVGAPDEMPEPVPIVWGTQWTLPLAYEVLIGKKDDPACFQTFPGNDSVGELCYRGQTGSKVYDMLENLAIREDLEVTTNVGFNVTSMVLHQGTNFWVVNDILGVDQCVCTTIKEGGGFDKLYYPVQYNWIEKMVYIGREIIGIEYLNEVREMNHWAFGPHHMWTDIVTGDIIRMWQPFNGLQVYPGGVGQSSIDSTLFSEIPPEKCLPSPNLLPRWRIGCDDNGYPLPRDKKKVAKRPRDVVGGKDLSRAEEKVPRGHYKGMNFAEMSDVLNGWLNSSTSTQACLDWDVEEIQQLQGLLYLARESQFDTIYTKTSDNRRLREQAKELSLSWRGLNALASAHPDPRIAKVQRDGHCHEAVMWYVHHLTEEMKEILRSSGVKLPLLAPIHHGQGICSELDDESAQRICDSYQEKVTCASCHSNELPPNANTPSPRS
Ga0193418_1008487Ga0193418_10084871F000039AFWQENYQFIKEVYDMRHHKMAEWMENVEKAISRIMADKVYTSAEFKRERDTFNSLCKDLERTEVKKWLAQILEILMAERAKDQKKKENDQLEALIKKHEELIPNVQKTAVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLAQLDSKRAVVTDLIAKGKVILQNPDKPKFLEANVKRIQDGWEDTKKKAQDRLQLLTETKEAFIGYAEDSETVALDFEKAEEEIKKVKKIFNLEAANIDLTKRKEILKSTEDTINGLFDTINKNYNTMAITIPEDKKKILQKEIKAVEEKLEVLMRFKDTVKVIADLVDNLTAFDNSLKTIDTWKDAATNELKDIREASGAMLPEDRVARTMDLQEDIAAKLEILKTCAATEQELLPQGEKVPADAQVFKDELSRIIKYVEELQANTKIECDKYSNDVKFWAEYRTGIKEFSPWLASAEKAATEGLSKPSSLDEVKALNDKVNSFDKTCVNYMKVLSAAEGASLKMTTHTEADAEVAALKERYNKVKGVSDAWVKKCEVLVKEWVLLDNTVT
Ga0193418_1008688Ga0193418_10086881F104418CNGATLVFEDTVPVILAAEEEEEAMISYKSPRLRGDRYYCVSVTLSHISCRLATLRQENVCYLRASSPVWVPAVPLISTILPFCTSHFACAWLYVTVAGALLLFTSLCLAILLIRCCRRSKTGKPGDEVDFAGDGELHEVQQQERVSWGSLHKEWESGEEKARGKILMLYSPDTKLFKELQEALKSFLELACHCDIYDLFDDALFDTIALDPSEWLQEFVNDQDVKIVVISSIGAFHRQLALKGSMPLNLPSGLSDNILDGLFTSGLRFISNYPSLAASGRVATARYEMLHLTEEAYKLAQPLSSPPVREFLVPTQLHELFCWVHGLQPLDVMGKPWANYHLEMQLLQDALKLARRDRGVVSNYTSGSNIGSNGGTML
Ga0193418_1008764Ga0193418_10087641F051681MRAEATVHIEVKPHHLFRYPSEWDPRQNGKTKGGYLEGHIRLPDNGGHFRVLLSTYPDTPHSSPNLHLSKSETEIHPTLLHVVRKGQGNRRYNSKEPVPNINHWQQEFEVRGKKVYICNKTSDNDELRSIAIPDKDEMFELSEDMVLKIGKDAGELNMIILIPKTEKRASGNDVSLNKLLQSRVQNPSVLEALSESYRGKNSVNLKKVKLKVEVFDLDSGAILGRSISGAISDTASKAHGAMDLHDSTPLSSCAKGGRKVVMLAEFGLAKDVLPRFQLYNHEGKRVSGEEESLLRQPQLTDISIMKETIVFITPAQPHIDIIRSKGYTVKLLARRTSDGYISKKKFDFDYLPHDYYDPCFFCFENPDNNPESSRAKLVPMKEVARPGLRKRQMSLTENTEIHERKIKVKGDEHIKLLNMNRPPVIKTTTSITNTSQQILPTLTLIPVTQLQRANLKIDSLNKIEKTSIKTEPIDEQETKSSSPRIIPYHDIANNLIKTLPSTVVTNTSPS
Ga0193418_1008867Ga0193418_10088671F000158MRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERTEQTSKLDALIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQDKALNQLETKRAVVKDLIAKGKQLLENPDKPKFLDSHVNRIEVGWDDTKEKAQARLQLLNNTKAAWVGYAEGLENIAVEFEKGEEEIKKVKKRFNLQAAFEDLEKRQKIFNDTKNTIEGMYNAIQNNYDVMTMTLPEDKKDFVKKEVKAVSEKLVVVEKFHEKVAKIENFVNKLNEFDGTLKSMDKWMKEADTQLHDIKNNSDKMTPEDRVSYTMELQEDVAAKVEVIKANVAAELELLPQGEKVPQDADDYKIELKRIQDFVADLQTRVKKECDNFSEDVKYWAEYKTGIKEFRPWLENAEVKSKEGLAKPQTLDEANAMFAGVNDFDKACSKHLQILDAANAAAQKMTTHKEAD
Ga0193418_1008951Ga0193418_10089513F034056EYMQFWEPCVTINRHFWKLEYLSAEYYADHWYHKEAAVVDPNWTWGNITDKKTFSWHLSGSLNNKAISADGYGYGHGYRQHHWGKGGKGFGEHGLPNLAWALAWEGHAGMHFFTRFPKGVVNPFDYSLPEGFTIERKWWGQGGDHWTTTHDVRYEGTHLSKRIQLAGRGFAPGSLMLWDGNKDKGAWIVKSWPQYALATPKGDRHIWYRGTFQFELNNGNFYSGYWEMDIHFRKPNPKMPNPYVVKFWPETWASKPHYWHFYEREEVEQSTYDKAVVEGEK
Ga0193418_1009178Ga0193418_10091781F104418VPVILAAEEEEEAMISYKSPRLRGDRYYCVSVTLSHISCRLATLRQENVCYLRASSPVWVPAVPLISTILPFCTSHFACAWLYVTVAGALLLFTSLCLAILLIRCCRRSKTGKPGDEVDFAGDGELHEVQQQERVSWGSLHKEWESGEEKARGKILMLYSPDTKLFKELQEALKSFLELACHCDIYDLFDDALFDTIALDPSEWLQEFVNDQDVKIVVISSIGAFHRQLALKGSMPLNLPSGLSDNILDGLFTSGLRFISNYPSLAASGRVATARYEMLHLTEEAYKLAQPLSSPPVREFLVPTQLHELFCWVHGLQPLDVMGKPWANYHLEMQLLQDALKLARRDRGVVSNYTSGSNIGSNGGTML
Ga0193418_1009492Ga0193418_10094921F006459LPYNMDRAWTYEGGREHTANGGFAMTHKITHGDVVIQEGEMVFDIKANDGSKFEMEHLHKMTMTEESPFYGMVYWYTGRYGKNVERKMTVFFDKINKSILFVPKMKMDTTLTLDGEKISETAFDNTQDKKHFKFFWAPDAFTKDYLFTDEWEYPGHSGCKWNTELKRGDVSIWNWVGDYSFVNNANKFEIKTMDKIVQTEMSPFYGLDHFYLGRYYKTGGRQRTITYEKKNRNFLLGKLFFENTITLDGEKFSQEKLDTRSTPYTMVWFSQPVRGLFPITRDITGQDEMIVSAWHTPGKELKIETNLPEVQSMKVTSAGPTKKFEFNGKEVATVDFDSSSKKASHTMHLPSGKDLTIDLAWPKMTPAASDLEFGVTITPDRKVVTKFGWEMAGVKKVYLDVVGNNPWMGDYKLSRQGEFEEVSGSVYKIKWTGHGETTKGFLRRVSPVETNVVASVNVRNMKVDAIVWKSFAGQKYGFTLTNDKFTLLAGKH
Ga0193418_1009585Ga0193418_10095851F063217LHDVRSLLLLDFLSLEEVPFTNDRYGPKMRAERLFDVLFNIFGHFEVVGCLRLVRAHLFQERHEWHEAFIVFGFAELLHETLGLLLGQLLTEVGQQPEELVAEDGAVIVLVVELEDLDEVVDAAGVLGGLGLGEDGVEVVDLHHPLALLLLASELVDGVEGGVDVASPQQVSDVEPIDLAVSLEVVHIKGKLDLFDIARVEAVLLSYFLIVRHVCCRMMCNLSPRTKTHWASRSEGLE
Ga0193418_1009740Ga0193418_10097401F063217MRAERLFDVLFNIFGHFEVVGCLRLVRAHLFQERHEWHEAFIVFGFAELLHETLGLLLGQLLTEVGQQPEELVAEDGAVIVLVVELEDLDEVVDAAGVLGGLGLGEDGVEVVDLHHPLALLLLASELVDGVEGGVDVASPQQVSDVEPIDLAVSLEVVHIKGKLDLFDIARVEAVLLSYFLIVRHVCCRMMCNLSPRTKTHWASRSEGLE
Ga0193418_1010161Ga0193418_10101611F017593ALPVLGVEQQQQGGQVQKIEGSPLPSPPPLTPFVSEARNFNHSDDSEYEESVYSRSDSDGENSCRGAGALLSEPEIKFTSEELSGLQILVERHDEQYKSVNFGETLIKEMIMCSMFGIPVSMSAAISGYRLTVERITRIANNLETFGTLPKFDQNSLLKENADLLVSMRGAIFFDSRKKGVNQVLISMGIDDMDTIKTMFTPLMKEDRMKHIDYKTFNSIQQVNNSETEVRYNFLQGKVAAAIGDEIITTLLTYIILFSIDFCPIADRRRIECIQERYIRMLERYVYSKHPRHLACHTFATCLNAVTCIREMADIKKRRAMNMSRTSVPISD
Ga0193418_1010431Ga0193418_10104311F007264MFSVISSALLLTSGLHQAAAQADGNPHGWDRTRRCDQQDYDPPCGPCEGIGGIPTGSENDQITLTSCTVLGGPEDYPDPHPIVWGTQWTLPLAYEILIGQKNDPFCFKTFPGADSKGDLCYRKQTGSKVYDMLDNRAFREDLELETPVGNMTSTVLHQGKNFWVVNKLPWYVGGVHQCICTDIKENGAGEQVYYPVQYNWVEKMVFIGREIIGVEYLNIERELDHWAFGPHHLWSEPETGNILRMWQPFNGLQVYPGGVPQGSVDSTLFEEIPPALCKKGFDGAIMRIGCDDEGYPIPDEERKRERRPKDAVYGKDVRRAEEKVPRGHYKGMDFAEMSDVLNGWLNTSTLTKPCMDWDVTELQQLQALFYLARESEFDNIYARTTDNRRLRHDTLKDLTVNWAGLNQLASDHSDYRLKNVRRDGHCHEAVMWYVHHLSEDMKEVLRDANIPVPLLSPARHALCEENLDEVGHKICGAYKEQVTCASCHSNELPPSSRH
Ga0193418_1011120Ga0193418_10111201F003248LRLLRSQHKMARLLLVGLVALCVASTKAAVIPVEELVDGLQSFLTAPEESGLRLKRSTGEWDKEFDLSSMGILFQLKYTNPANPFEGGRAHVKVPGARFVRNAPFDDMELDIEFNGGSAIDGLFDMKVDYKFIQKFMFLADRPQEGSFVLYRKLEGDMWKTKVTVDNNNRMPKPFLNIEVESDRKTKLHVLFNFEEDNKWELKVERIPGQKMTIEATIDGQKWTGVANLNQGEMKLNLKMDSEFTGKQFNVDFDLNPSGMWGLHVTGDVEGPVDAKWTMQKDFTMGEIAIKYKNQNYAFMQLKGNAEKRGMFPVMFDYVVKYNINDAEQHQGKAKLKFDARTPAKRFEISFAPKTGTPFEYVFDFDLSAGFKYDSDLKMNGVLVEKITGDFTWVNNGNKFELKSDESFTQTKENPFYYFNTMFFFGGRHVEKLDKTRNFFFDKVQKAQFLNKMKIEEEVVFDGKTWYHIKYDNTAPKTAFLFTYLPYNMDRAWTYEGGREHT
Ga0193418_1011305Ga0193418_10113051F023273GTAGQGRAYLRLLAAHSVWLQPPFTQKMRGRSGPVSESKFELKTLKVSNDTLNAIRAPIVWNRPTAGLFDYHYDVAGLYYQPMINYCVEREEGGARRVVDMPDRLMSNFDKRAYTRGPDEGDYDKFLTMMYQRRMKDKNAKSIHVANERWSRSKANTTLNTIRGADNTRDKYLCQIQLIHTGRVAQGMELGAGSRSGVSSSSYQYEMKRSGESGGEEVVEYKEDRERRSVSAEPILQKKPSDPRYGPVFQRVSKYESRPLSAGGSGLELVGIKEPELPSFSLDYVGKKTEEACQKYEEYVEKKALEQSFMDADTVEDFLKHQANIQHMRELADKKEYKPLYNDTSYVRALGDVQKRVKESGRYEGMQKSLDDINIFYRRRRVEDIGAYEKAAIRARMYKGETLPDFDIGYSTVSREFCPV
Ga0193418_1011531Ga0193418_10115311F052360EDAGLGVWRKTWKRGIKMRKNVVAGNFQGWRLFSNSECPVTELSPGLDMNKVKQRLADFPKLSVNDDLKIDWDEKHLVLFHFFRGEGESCTIRLWDIEDEPRFLYQVDKGIECITDKVSVHNGHVVMVPSWPLEAQAMVMTLDINNKMAETGKYLFSDNTSQAALDDNWEHTQLRVVRSQALVVCRAPGWQVVITSLPNCTPLTQIALDQVSALYECQQIRSYKSTAVVLFTEKKAEQVCNLVTMDIQEKDSKVRSYYSAQNVTDVALYTEPEEIYLMKKNGNVVLYDATAKRETVKISNTAAPGAALLQDNSDYQLFVNGKEQICVMQSAPEAPSGRHINVYTYSGTWLYRINLDLYKYGLSRDESVCIYTNAAFLAAADSKRFVLFNVKDGNFVGVIQIPNHLERNKGKDEKDCMFEQTGLGLFIFDENKLIAVHDYERSFPAVLDIYKFW
Ga0193418_1011789Ga0193418_10117891F001641EAHVERIEVGWDDTKEKAQDRLTLLNNTKDAWVGYAENNDTIIIEIEKGLEEIKKVKKRFNLQSAFEDLSKRQEIFNKTKDSIMGLYNEIKHNVEVMSLTIPEDKKKLIEKEIKALSEKLVVVSQFEEKVNKIDDFCKNLNEFDGSLKSIDAWMTGATNELNDIKNSSDKMAPEDRVARTMDLQEDIAAKFEIIKANTSRELELLPQGDKVPADAQEFKDELNRITKYVTDLQEKTKNECDKYSEDVKFWAEYRTGIKEFTPWLESSEGACSEGLTKPSNLDEVKALHEKVGAFAKSCASYLKVLQAADAAAKKMTTHEGADKEVAALMERFNKVKGTSDEWVSKVDTLLKEWQLLDNTVTELNTWVAKDKSSEGENQFSLEKMESTLGELKNIFKQKEKLVDGL
Ga0193418_1011919Ga0193418_10119191F006459LPYNMDRAWTYEGGREHTANGGFAMTHKITHGDVVIQEGEMVFDIKANDGSKFEMEHLHKMTMTEESPFYGMVYWYTGRYGKNVERKMTVFFDKINKSILFVPKMKMDTTLTLDGEKISETAFDNTQDKKHFKFFWAPDAFTKDYLFTDEWEYPGHSGCKWNTELKRGDVSIWNWVGDYSFVNNANKFEIKTMDKIVQTEMSPFYGLDHFYLGRYYKTGGRQRTITYEKKNRNFLLGKLFFENTITLDGEKFSQEKLDTRSTPYTMVWFSQPVRGLFPITRDITGQDEMIVSAWHTPGKELKIETNLPEVQSMKVTSAGPTKKFEFNGKEVATVDFDSSSKKASHTMHLPSGKDLTIDLAWPKMTPAASDLEFGVTITPDRKVVTKFGWEMAGVKKVYLDVVGNNPWIGDYKLSRQGEFEQVSPRVYKMKWTGHGETTNGFLRRISPVETNVVTSFNMINMKVDAIVWKSFAGKKYGFTLTNDKFLLLA
Ga0193418_1011988Ga0193418_10119882F098351LSLLDIGTFLLGDIATFFLGDVLAFLLGHVTTLLGWNIPALLGVVDLLTDLLVDGVALLTVDSVAFLAIHGVTLPLVDGVALTFRHVLAFFLGDSVALSLIDNRALLLRDVLTDLVLDSVTLPLVDDLALGHGIGGALLLGHGLALGLIPG
Ga0193418_1012037Ga0193418_10120372F027733NAWSGQSRIGQQISSSRCWKSVGMGPSSAVWRVGGIAAVLLISALLLTCAHGQGNHAESRDGLALLTKRDTYSSPSSSHCTPTHDTSSLLDWVAELDYLMHSTLKQLPDAVAAARASIAESNAATNRDKLIVGLACFLAAMAGGLGVLFGKDPLNLSLEDQISFAAQHSWGYGYWGPFLLDLDDNDPGCGLEELNKVLYDYSFVTALHQTYGSNLEEAGYTSGAADDRPELRAYYLAEFGRKLKLELHCITSQAGSDSNASRVVALIDKYVRTGQERLEITSQLMGSHY
Ga0193418_1012207Ga0193418_10122071F030653YPQACSWNAANLQLIPSSQHSKMARRQSFRVRAAARCLAALGMAGLAAHRLGGSSYVVRSAWEGEPKAIKEYDAMVKGMEPNVALPSLSFARGDGAALSLQDGHLVASYKSKLGEDTNLGLTVNDEQAWNALLESRAASLKLRGQGKSLDGWEASQSGSAAGVGDLSLNFNSDKEYKLTVVNDDLGEIAGASFSGKATATNDGVTGRLESRRELPGNVGMKWSIENAVGDYVLSHAAETAEFTRPMAGGDAAVKLSYENQGLGYEGSYSRPLRTGHADVKVSMRDGAMGYNVSYAEKVKGLADMQLGLDSDGAYGAVSASRNVMDGLDAEYEARARANFDSESKPQLSHALKLSNKLGYAQLLHGTDQEPKLRMGYEFNVDA
Ga0193418_1012274Ga0193418_10122741F000139PSCVENVDELIERQEKSLSQLDSKRNVVIDLIGKGKVILENPDKPRFLEGHVKRIEEGWDDTKRKAQERLKLLNETKDAFIGYAENNDTIATEFDIAEEEIKKIKEHYNLEAAVADLKKRQDLYVKCETTINGLFESINANYNCMAITIPEDKKKLLTKEIKAVEAKLEVLSRFKNRVSKIESLVDAMTNFDNSLRAIDAWMQSATAELKDIKDASGAMLPEDRVARTMDLQEDIAAKIEILKSDAVTEADLLPQGEKVPADAQAFKDELARITKYVTDLAEETKIECDKYSNDVKFWAEYRTGIKEFTPWLVGAEKAAGEGLAKPADLAEVKALNEKVLGFDKNCVNYLKVLVAAEAAANKMTTHKEADAEVAALKGRFDKVKTTSDSWVKKVDTLVKEWTLLDNTVVELNSWVAKDKTAEGENQFSLEKMESTLGELKNIFKEKEKLVEDL
Ga0193418_1012681Ga0193418_10126812F027731RCAMSGAKDHCNRISSCHWLSTTDPEDCLWQSTSTTPPPPGCCYLHSSQNPMSGWKERCTDFYTEKDCSGPSDLYGAPRCTWSEAPDGYDCENFWPTTTEESGCCASDSEQAYERCGGSASKWECNAMSSCHWIQGDDADCTWVPPTEPPPGPGCCTICASQDVNGPWLETCTNYWNEQDCLTPVDGYGVKRCSWTPTAEDVDCTILWPTEGPADSWWTTAEPATAQQNVLFGFGGESVIGHAMKQHISLSTALLMLLAAIALCQVHRCNIKAEESKYEGYEPLKDSELISIRNMNARNGYHSISA
Ga0193418_1013132Ga0193418_10131321F083558KPQPKKVSPGEKVADTGMTYMLDRVNMVPMKISWALYNKVKHLYGDGHIPEIAAKPGDDTLYVNIWDKVNECKMRIPWSAWLKVKKHFLVEIWDRVNSTWMTVPRAVYLKVKHHYDKDMTYMYDRINECPMRVSWHQYCKVRHLYAESDVIPDARPGDDTLYTLIPDRVNFTTMRVNFNNFLKVRHYLKQHEKKEPTTFIWDRVNLCPMRVPWSIYMKVKHHYGYLLASRPGDVELHTWIWDKINHCYMRVPWRIMEKVKHHYAKDTTYVWDKVNHCEMKVPWLVFMQIRHHFGFTVDPRPGDQHLHHPIWDRINNCFMRVPRPIYLNVKKYYQDEVTYIFDRINGVPMKVFWPNWMKVAHYYLDFMPRLAPRPGDDTLYVWIRDKVNLTHMRVSWANYEKIKHYLVPKPNMKGARR
Ga0193418_1013179Ga0193418_10131791F016240MKEDFDDISTQVEAKLPGKTVVWLFIAVCVLIIFVLGFGIGFGSAGRGDLNSNAQPIYYFISNNSESCPMLSGEKLLTTVAEGQSFEGLSVHLQCQGNYNPYPLSVKCQRKKLFDGSTVLEWSNLPVCHPAILVTPEHWTKVPHARSVSCSGTPGATECKLHCIQNYAAVEESMYKCDMMPCRAWTPEGKKCYICSSNCDEFGEIHNPAPSDLLETLTCDPDCDKMVVTSDGLAAVWQNKRTGLFEFVGEHNGRPAYQNNATKEYLYYTFTGAEWLVGPDFRKPHAGIQVFQNKDKKCPERHGGENTTSLYIDSSEPTPGGGGMWKNDTSIKFQCYKKNYTPVQKCSCTKYKVYHTVYHNDTVPKQVEYLSGVFVKEENPDNTFGLLAPLYVDNEKDLMLFSHHPEGRVWQVSQKLTTTPLRGVFSNPACPDSEQITWEWYN
Ga0193418_1013331Ga0193418_10133312F000946KMFALLILPSAALAWRPAPGIPLERQLPANRQTTMDYGSGSGSGCDFDPYIQECNETEIWCDSGYYNDYTCWYGNYCLQQVSDWDGCPGICHMPCDWETQDYCDMGMDSNNCWLGNYCQDKSSGGCPASASGSIDYGTGSGSGSCSFEPYTMDCNSTEIYCDAGNDPEGCWYGNYCINQVNEWDGCHGMCTVNCNWETEDWCDMGTDSNGCWMGNWCQDKSMGGCPPPMGGSEVASGEDICAHMTWTEECNATQISCDSGTSNEGCWFGNYCIDSVNSWDSCPGMCSTNCNWDTEEWCDMGMDSNGCWMGNWCQDMSLGGCPDVGMVSKRGAMEKRKAMAHRADFGSGSDYGFPNYGSGSDYGFNYYGSGSDYGMNYGSDYGFNYGSSDYGSEYGFDYGSGSD
Ga0193418_1013563Ga0193418_10135631F057084PSFYCLIHFYKRHITEMKSFVLLLLIPLLALVSGDKDVQQCNEARAEFNDCTKNAHATYVEAMAQKEDGRPDFRARKACNYLEDAIEKCSKHLTKHECNSEEEVTAMKDDQIKRILTKLESSVAEWDSCKCPTVKAHIDRLKKAEGVETEEKECPEPEAEPEAGGAMMTGTGTSCLLVITITSVLSIFRL
Ga0193418_1013809Ga0193418_10138092F057084PSFYCLIHFYKRHITEMKSFVLLLLIPLLALVSGDKCSEARKEFNDCTKNAHATYVEAMAQKEDGRPDFRARKACNYLEDAIEKCSKHLTKHECNSEEEVTAMKDDQIKRILTKLESSVAEWDSCKCPTVKAHIDRLKKAEGVETEEKECPEPEAEPEAGGAMMTGTGTSCLLVITITSVLSIFRL
Ga0193418_1013889Ga0193418_10138891F080835FLKCWNRERTVGQQKRSMRAFPHPHFDKQIPDQQEPQPRGSKNNSGGNYLYLRRTFHEGLRSDTGDTGDWERLPVGSSLQKLRLENTKVKGDGASVVLETCPNIYSLGYLVFAAAGLKQVFGYEERAETKFTGSTVTKFTEIFYRGPSDQKLSTIANCCPHLETMFLGSNNPRSLNSAVFRHWPRLAFLTLENIMVENIVHCLEEVGGQLKGLKIQCSGFDLSDIAVLCPHLRSLIIQKESPNTVINPLRSSKSRLFGQLEHVEVSCPQLSKTCLGFILKNAVKLVSIKVLHVPKLSRSDFESWLCTNPLQRLESLVIFKAPELTLDTIMWLLEELEAITELGDLHSMDFAKASGEVRKLHQEVKKKEWDVTLVDSSQGSDTEERDFGKLQSLHWFYLTPSEGYKQGHTSGAPRQHHYH
Ga0193418_1013908Ga0193418_10139081F104418LYVTVAGALLLFTSLCLAILLIRCCRRSKTGKPGDEVDFAGDGELHEVQQQERVSWGSLHKEWESGEEKARGKILMLYSPDTKLFKELQEALKSFLELACHCDIYDLFDDALFDTIALDPSEWLQEFVNDQDVKIVVISSIGAFHRQLALKGSMPLNLPSGLSDNILDGLFTSGLRFISNYPSLAASGRVATARYEMLHLTEEAYKLAQPLSSPPVREFLVPTQLHELFCWVHGLQPLDVMGKPWANYHLEMQLLQDALKLARRDRGVVSNYTSGSNIGSNGGTML
Ga0193418_1014056Ga0193418_10140561F001636MPSSLNYSWNVRGTFNGDFIGASGTTASVDGVAEVHGTAGEGAPFSHSSWIWGGMAHYGLGYMKGGHKVNPCEKYPYHMTRHWYGEDGAHIWSSHTIDGAEGAWTGDISCVGEYFQPKGPILKGLIRGQYPSHWVATKRSDREVDVHGLVTLMVEGGGTYTAHVHEYIKFWEPCVTINRHFWKLEYLEAEYYPDHWYHKEKAVVDPNWNWGPSKEKMTFSWHLFGNLGNKAIDADGYGYGSGYRQHHWGKGGKGWGEHGLPNLNWALAWEGHAGLHFFTRFPKGVKNPFILSLPEGFTINRHWWGQDGAHWASTHDLRFEGTHFNKKIVLVGDGFKRDCFMWWDGNKDKGTWIVRSWPQYAVAVPKGDSHIWYRAAFQFELNNGSYYSGYWEMDIHFRKPVAEMPAPYVVKFWPETWDSKPHYWHFYEREEVEQSTY
Ga0193418_1014215Ga0193418_10142151F050803GHLFTFSVLCGDRLGRLVLHLHQDLASSSCKAWAAFLSSSPGINLSLSCLSECSSLNMLYMQHVATNELLYVVANTCRRLTLLDISYSHKVTDIGLVHLCGVLSGTSRTLQPAPVGCRYLRELYFNPQCQPSEEQIMPRVIACLLRHLPLLQVVDLANLHPGIEHYYRGTSNNGGDRLHHRASVKPLNLVHYTGSDRLAEVMDICPKLRTFKLFVTASLPDLGQTLSTLGHCLDQVTLVYPPQHTSLTGFTDFLVACGRKISRLDIESSTDAIIRTPDLTAIATSCPQLESLSFSNFHVVTEVDPRVSHSPVPLIPASFPFLSSLRCANTIIEQHGKDVFRYLVGGAHDLESIFVSFKHSGYFFSDFLLDDILAVNSLSHLTEFILKDGALTLISALRLISSRPKLRTVGRLLHWDVEASELTTFVTILRKAKSLNLLQDITIV
Ga0193418_1014260Ga0193418_10142601F104418TGALLLFTSLCLAILLIRCCRRSKTGKPGDEVDFAGDGELHEVQQQERVSWGSLHKEWESGEEKARGKILMLYSPDTKLFKELQEALKSFLELACHCDIYDLFDDALFDTIALDPSEWLQEFVNDQDVKIVVISSIGAFHRQLALKGSMPLNLPSGLSDNILDGLFTSGLRFISNYPSLAASGRVATARYEMLHLTEEAYKLAQPLSSPPVREFLVPTQLHELFCWVHGLQPLDVMGKPWANYHLEMQLLQDALKLARRDRGVVSNYTSGSNIGSNGGTML
Ga0193418_1014340Ga0193418_10143401F000234VGTARWGMSSNLSGLQTKEERIQVVPSFPACSKTGENCISTGCCQVSGHKCFSKGKGQAQCNKTCTAGVKGFTCDVIDPHSVPVATPLGQNLYCWSVYTENTGNLSLKSHELELLNIVAARGAGLFACEQWDVFSDVSAPLVNGYVTIKVEDTFGEFHQLKRKDSGTWVNWGMFYQVWVKIREVGKWNTADYTVKIDADAVFVPQRLRTWLSSKPGDSPHGLYYENCPNVQYGFFGHLEVISKTAVEVLTKYLEDCHSVFAPCANDGCDWKYGAWGEDVFAQRCMDHHYVDKVEAFDVATDGACEADRPQGMKKNKKWHPTDCSSLTTATAHPLKKPAEFQKCLDEMS
Ga0193418_1014432Ga0193418_10144322F075647DMERAVEWIWVGGYSTLSTLVLIFNLLILFSVAKNKYLHYTTHYVMVTLALRNLLRVALTLWLVFMAKLVQTPWLLKATLNMPLGSEESVECSEEQGGLSSSSCLNLMCRILATLDTVLMASLMFYLAGLSLYMFCRAPNPTIATTSDTTLKIYGLNSSIIPVRERCWVAPLLVLLPPTLAILLALPVPLGMTEPHMMVSMPGDGAQLCTYAPGTSSNEKYGPYQSSVTILGFYLPSAIVICLLIGLSIRRCVACSGSGCVSSYCKEEMVLAFLFLPYLASYLLLHLNIQEHYVGKLELPDLGLSEYIRPEYARAGEIGLGLLLPLVLYSTLPAYRKFSSEPDTADLYRSKRDIYQQRSQGEDLSQASLEI
Ga0193418_1014643Ga0193418_10146431F000946PGIPLERQLPSNRQTSMDYGSGSGGCDFEPYIQECNETEIWCDSGYYNDYACWYGNYCLQQVSDWDGCPGICHMPCDWETQDYCDMGMDSNNCWLGNYCQDKSSGGCPASASGSIDYGTGSGSGSCSFEPYTMDCNSTEIYCDAGNDPEGCWYGNYCINQVNEWDGCHGMCTVNCNWETEDWCDMGTDSNGCWMGNWCQDKSMGGCPPPMGGSEVASGEDICAHMTWTEECNATQISCDSGTSNEGCWFGNYCIDSVNSWDSCPGMCSTNCNWDTEEWCDMGMDSNGCWMGNWCQDMSLGGCPDVGMVSKRGAMEKRKAMAHRADFGSGSDYGFPNYGSGSDYGFNYYGSGSDYGMNYGSDYGFNYGSSDYGSEYGFDYGSGSD
Ga0193418_1014826Ga0193418_10148261F064375SIYASMDAGPSPPPTTPAPVISTTEKSALACPSYGCGPEEGFQCKVGRRVEKLSLKKTEFALFPSLIHQEGFSMHMYGGRESLQRDCHGHYFFTSNVKLVGDREDLSKKFMGLQRNHHLQGYMLKFTPGFSQAWAKMIDVEGGINPLVKDIALDSTGYIFALITYEQEDGAKMMRIQKYDQCGELVSGFDVQPGTFISREAFISIDSQDDVIAFHSYSQTGAQDNPCHIAKVASNMERVLWDDVINMIDGESSCMPTGIKTDCEDNMYVTGFMASNRGFIRKYDRNGNIMWTKSDFQDQVTEVVYDPREDLLIVTMSTESVVMVSSKGEVMKSIDIKAREIALGDDGYFAFHFMDGHHRIGYLNKDLELVRNYDILWQDWNSIAWCDNLVPNVYGTEVYLTCSLHDAQDVIIFQTKLGDEKTYLGARAVTDVN
Ga0193418_1014967Ga0193418_10149671F021705MSLLQNQAVATLESGDEAMAPPTGKVTFKRTVGAVLGAAVLVAGGYELGRHTGISASSSALQNKEERLDIVPSFPACSKSGENCYATGCCQVSGHKCYTKSYGVAQCNETCTPGLKGFQCGVVGSHSVPVASKLEGKKLYCFSVYTENTGSTKKSYELELLQAQKRNGLSIFACESWDVFGDVAAAVDGSYSMIQVEDTFGEFHQIKRKTGAWVNWGMFYQVWVKVREVGKWQQGDYVVKADADAVFVPQRLREWLGSKGGETPHGVYFENCPNVQYGFFGNLEVMSKTAASVLTTYLEDCHAVFAPCANQGCDWKFGPWGEDVFMQRCLDHHYVDKVEGWDLTTDGACASDRPEGEKKNKKWHAPDCSAVTTPAAHPFKKPEEYMRCMSGMTGQQFVA
Ga0193418_1014983Ga0193418_10149831F030652LRPATNESIEVFHWPVYTTIFSCLHGLHAVLLLPFKILLVEGVDSINHDLDQLNLGVSKTMLVGDVISAASLATRFSTGTTGLDSKFLTASLKFVNRFLGPAREVNVNRGTHTSSKVGGARVDESVLLRKSKVLAAFSLDRVSDSLDTTSKTLKDTLDISSLLHGDNSHLIFFIDPEKEGLGIIVEDTTTLRPVTLHTSNSKIAVSTDKEEVVINKLLANRLFHSSKRVVLASKIISELGESAAHQLLNINTLLLGDSRGKTISIDGTSNTDTGGVNWNSRVNVSSDLGSIHVGGVLGISTDSMVVLDDSIKDLREVFVAIPVTSIDTTVLVVEFDGASTGLGNGEATSGGLDVLHFIPSLLSNVFGNQGVLGLDFRELSRHVMTLWTSCRSESSNISLV
Ga0193418_1015038Ga0193418_10150381F012847TPVSLNMDPICNGSFLRGSHENAIEAYIGMGIPREDAEILTDPTCKNRFEVEVCGNGIKWQEFYPTLPKYNQTYNLRVGEAVTFTTPIAMTITATKKDGRTVTFEFLAGGKKTTSTSTFSPEGLTVKGCNDAGVEHTEVFARQEPEMCGMFLLEDSKSIVDMLVSQGKDRAAMEAELSWCGWRISEKGGMIHHQEIFRAGGITRTFRLGEEFDNTNDFYEGPEVAVVTSDFPGSFTMVSRPAKGPALTFNWMVSAKGMVGSCTDGINTATFSYKRIPDIVGKWRMVTKQGVEAQLEALGMTGAEKAKAAANFIPTSVEGKALCGGRWRWESTPKEIHTDIEFAMNEEYSYTWAGETFTEIATYKPDMSGMLLVSKSSGKVVKSDMTVTKNFLITVFEIEGLANSRATVIFTRA
Ga0193418_1015150Ga0193418_10151501F016638RQCAPPCWLGNLHTQARMSYYRYITGVYKSYWPGLNRTLRSTSVPRTIPGCDIDCGTYGLTVSGLEPSIRMARATSAPPTRDFYSSSVFLTRYSATPFRDRAASVPPRALPLPAKATPVVETAVRSGEFVSSRRVETTHYTDFDCKVMDYMGKLGRQEMAREAVSQARGRATESSGRGEFSSNYDYYAGNKHENDFLYTSTRDVLGNWKMAGKSRDTLTRRNDRATSPLISRGLDRYFGSQRRVDYLGDQSSGSTDFRHYNYRRVPYLGGSDYMKYIPKHLDYLNEIPNQRFKYGNDFKL
Ga0193418_1015193Ga0193418_10151931F030652MLLLPFEVFLVESVDSVNHDLDQLNLRVSKTMLVGDVISAASLATRFSTGTTGLDSKFLTASLKFVNRFLGPAREVNVNRGTHTSSKVGGARVDESVLLRKSKVLAAFSLDRVSDSLDTTSKTLKDTLDISSLLHGDNSHLIFFIDPEKEGLGIIVEDTTTLRPVTLHTSNSKIAVSTDKEEVVINKLLANRLFHSSKRVVLASKIISELGESAAHQLLNINTLLLGDSRGKTISIDGTSNTDTGGVNWNSRVNVSSDLGSIHVGGVLGISTDSMVVLDDSIKDLREVFVAIPVTSIDTTVLVVEFDGASTGLGNGEATSGGLDVLHFIPSLLSNVFGNQGVLGLDFRELSRHVMTLWTSCRSESSNISLV
Ga0193418_1015404Ga0193418_10154042F039469GRALVPTHLAQEMDQGIKTVLLLVTWAAVDVLGAAAQTEGVVTSSCCPQVFLSSSGTLEQTQSAALGIYTLSSQKIAGNPHPVYLKSTPGQDFYLYFREQDSGPRGWLVGQQLLEDVFFLTTKQEASCPAGIVGAWGTTDEKDHSFSIECHSDQVKIDCCKTITLKASPNGPIATHQGGVLGDYIKAEDVNGHTAYSGPMGTSLFFRKAGYGPDGWMVGPEVDHESFMVTTRNKGICPNEVMRGFDRDNEEDSSLRMECTVPLADLQDPGVPSSPLVEPQRDEL
Ga0193418_1015655Ga0193418_10156551F055398ICPLTQDQFDKEAGTNSESPEGNYGEVDGYLTERRAGSVGDPGNNYPDWLREPSYGMPVYYNYAPKRDLPRRSSSAGFTSTAAQNDYDLDDYPYNDPYNEFWFSERGAVSQMAGLSTEILGALCTTRKPDELSEGGVLDFGNMEEFDDAGTTFCIEPVKVDANEGLWNFLCTRNNNFSNRSQKGSLSVSNAYTDWVSATARGFFGEANEGQAKIVILPDSVNDGDSLDFAVTTWLNRGGESTIVQLSGSDGGAFAADALVDDRWIELWIPYTGKSLSKPKAWFRETAEDEWTEHSDASIEYEAATSYGVVQVNEGGYYTISNEPDALAYCAVIVGILLFATAMFFVIKKNCIKH
Ga0193418_1015712Ga0193418_10157122F009210VQQAMQRAESASDQCTSLEVRCGHIEVSTREQSSLVLAVEKTLTDRLEEIHELVKENYTSNTGELRSLRGEVAGGTENMWTLVVEIYSALRGSTLVLKSEGVVKEHQADVLGVYRMIDSYNDRPVYKQDGGENYIYYSAASCSWLVGAVVGHQYGWLRNTTAEAGASRWVPDLTSGWEYRPLVRSGGLDSLQAASWRSDDGSLRIEPLRDVEKVNELIRDIKNSREVD
Ga0193418_1015780Ga0193418_10157801F068415VGVGMLSKIVSLSLVALAAGQVQIEGSPEWQAYKNAELAHIAPSVGPVAPVNYAQAELNHVSPSVGPTPVNHAQSLLEWQAAQLAHQANAAAIVAGHGRRKRQVQVVGSPEWQAYKNAELAHIAPSTGPSVPGVEGNWAQSQLNWIAAQQAIVASGAGRKKRQVQVVGSPEWQAYKNAELAHIAPSTGPQVPGVQGNWAQSQLNWIAAQQAIVAAGAGRRKRQAADWQTSFVNPPRNWEANFHGQNNWQENFVRPSQSWEAAFVAGHGRRKRQTQAALDFVAPAPGPTPVNFAQSALNFVAPAPGPTPVNYAQSALDFVGPAPGPTPVNYAQSALDFVGPAPGPTPVNYAQSSLDFVGPAPGPTPVNYAQAQLNFQQEALNFIARG
Ga0193418_1015816Ga0193418_10158161F000080MRHMKMAEWMENVEKSISRIMADKVYTSAEFKRERDTFNSLCKDLERSEVKKWLAQILEILMAERAKDQKKNEHDKLDQLIKKHEELIPNVQKTSVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCLENVDELIERQEKSLSQLDSKRNIVTDLIAKGKVILQNPDKPKFLEANVQRIQEGWEDTKKKAQDRLQLLNETKSAFIGYAENSETIASDFEVAEEEIKKVKKIFNLESANADLKKRQDIFKKTDEGINGLFKSINNNYNTMCITIPEDKKKGLAKEIKAVEEKLEVVGRFKTTVGKIEELVAALTAFDNSLKALDSWKDAATAELKDIKEASGNMLPEDRVARTMDLQEDIASKLEILAANAKVELELLPQGDKVPADAQAFKD
Ga0193418_1015953Ga0193418_10159531F030652VCLKIGKLHAMLLLPFEVFLVESVDSVNHDLDQLNLRVSKTMLVGDVISAASLATRFSTGTTGLDSKFLTASLKFVNRFLGPAREVNVNRGTHTSSKVGGARVDESVLLRKSKVLAAFSLDRVSDSLDTTSKTLKDTLDISSLLHGDNSHLIFFIDPEKEGLGIIVEDTTTLRPVTLHTSNSKIAVSTDKEEVVINKLLANRLFHSSKRVVLASKIISELGESAAHQLLNINTLLLGDSRGKTISIDGTSNTDTGGVNWNSRVNVSSDLGSIHVGGVLGISTDSMVVLDDSIKDLREVFVAIPVTSIDTTVLVVEFDGASTGLGNGEATSGGLDVLHFIPSLLSNVFGNQGVLGLDFRELSRHVMTLWTSCRSESSNISLV
Ga0193418_1015978Ga0193418_10159781F008862LPRRPTQKMKFFALLTLAAVVVADDEREMMKKWMKMKAMESCWGSENIKMYTVEMKKAIAKCSHEDAPELSLPPYRSSYRFVNAMINQGDNMEMLKNMMAAMSMSMNQDNSEFSYVQPYSTNSGKSDSFMDKMKMMMMKMKMKDMMRSNYQNDDEQLFNEFFKSMGSSNRMDNYRTGSYRKNDPMSQFKQMFNSYRSKRQATDSLDLGDRLVEKLAEQKREMEAEIGNLTCVLKETNTIDASNNLDIQAMKRDMQQYTMPSPWFGQKYEEMLDTCYEMASNLPADIADNSVVSGSFGTVRLGEIKMFTKCYEKAEIKLCMNQDIKTKVESNFGPMEQLLEQTQLTEAEFFPLVMQLLHGQEMDYMFGSM
Ga0193418_1016555Ga0193418_10165551F019659MVVFGYLHAVLLLELHVLLVQGVDAVNHGLDKLDLGVSQSVLVGDVVGVSGLAARLAAGATGLDSELLAPCPELLLTLLGPAGKVDVDGRPHAGTQVGGAGVDVAKLLGKLEVPARFSLHRRPDSFDATGQSVKDSSDIAALLHGDDTSLILLVDPDKECFVLVVEDAATLRPVTLHTSNSQVPVS
Ga0193418_1016642Ga0193418_10166421F005179FDIMSRPSSGPSEASKYPPTEFSLKYAKVLAPEGKLVSPEQVFGENGRFDKDVEEKTKLAFKVTMKKLEKYNTVSDYNKEHLKTAKIDQIVECFPNTLLKLLPNVIQKTKWSKKSKDVENWDHWWEMHERILQPLKGQAENIGKWWEYTGKQHPGVDEITNSLKRLVTGVLTHPMTIGKVISGYTPKRKKDKPKSIHLVGTDTPEATMIYAGFYTEMLSCNPLNPIKLTMVSPSAGNRQLAKDCSPSNPMLINDRCKLTAWDGLYHDFWERFVLTKKVERPDVVMAIHPRLEGEFWGPTVDLLLDENIKVAFTAFNEEHFKQALERLDYVFAKYVYKGLNPWVSGHVKQTPHDPNMIWASNQYLIVFQGRTVDMKTLTLIEEPTEENLAEAEDEFERLLNEAS
Ga0193418_1016848Ga0193418_10168481F006050MKNQSLISSVYATLVLSACFIQGYSLPQSLQRYSAEDYARKFGSAPIDEISNDIDDKMDTSPAAKEEGSLLTTVLELAMKFVPMLLNAISGETGPSQTDRIEGIDLNGEDPFSMRNVMYIGLKLFLAIVGSSTATEKSDNPLEAFTPVMGAVIGALTGSDDKDEVQVMAKQATEVINLVVTLVEALTTSMSQRSYY
Ga0193418_1016875Ga0193418_10168751F086573EDQGKMRSAMISSLAALLLAAAGTHGAPGTHGAKRQMEECCMEKRVGDTYYTLLVEESFSGGVPDRCLNDCLYTITGTSEPKFCFARGELPVECGGSGYGSGYGLEYGSGYGYGLSSVSISVVVRSATTNEEVAGATVEFTMGDLVLTNTTDELGLAIFTFSFDDIVVPEEGMAATVVISMENFVSYTYERMIYAENMVEELLDWQEIAIALSPDLAENEMRIVLAWETTQDLDIMALQMDKTTGEIVCKTYWNDMAGCEGIILDVDSKEVDRLNGEMGSETITWNKGAEDPYTYLIYVHDYSEQGFSESAGRISFYGETIVKMEVEDGNNEDRYWMLGGFDPSEGISSFIEDGSIQADNPDTRTGRRAERKRP
Ga0193418_1016932Ga0193418_10169321F000044RKGQIDMKAFVLLACAVAAVSGDFVGHSHGQLARAGRQDSGAIQGGIDFSGCVEDPETGLCCVEKEEVIQTLEKDPILECTHKNTEQCHYTYVTKFVPSQEQVCEENFEKTCQITFKQQAFNETVEKCYKPTIKECNGQGEEICQTVYESACTTKYVEKQPGKYVADTSCEKLPVEICGAGCVFTEGEEECHEKVITSLVDVPEEVCDLNPQKVCKYITKLVPRLSPEHQCTIVPKETCHLKFTSPTPVDKPLATKWCLDPTAAAPGESYDEENAAAPVLTGAQSVQRPVAVRAPATYQAAPSQYAAFARF
Ga0193418_1017189Ga0193418_10171891F033693MAASWEAVQGMLGKIWTRLEVIDKLAEAQGKLCQRLDELEKALGRLDPNASAVGVRPITKTAKLKVGSKAAKGDAKTPAMTTVYDPITKGIKLITMEQYERHYAKIPPPTYVAMYNPEKQSVELMFEKHYLDSAHYAKDLKARQPKPVPEYTSVYDPVTQEPKLMLWSKYISQNKAPSTDWAMKYNPSKQGIDLVFWRNYQPGGGYKVLSVADFF
Ga0193418_1017263Ga0193418_10172631F096558TKLLLLDSLLQERCLAIQVLVILEQGPRLELQGVAIQALELLGAILDSLEEDTPGSNPDKELLGEDTQGLAHLAPLVPLVDTQDKVLQVEDIQALVPLEAVTLVQEGLHQELPKVVILEALQGVLQVATQEVHLEAIQASKVPILEQQHLRLLTLRWSNGSEQLTRITPARLTPRSLARLLPMGTEACSVRRLAGR
Ga0193418_1017266Ga0193418_10172661F027731LHSSQNPMSGWKERCTEFHAEKDCTAPSDMYGSPRCSWSDAPDGYDCENFWPSTTEESGCCASDSEQAYDRCSGSSSKWECNAMSSCHWIQGDDADCTWVPPTEPPPGPGCCTICASQDVNGPWLETCTNYWNEQDCLTPVDGDGVNRCSWTPTAEDVDCTILWPTEGPADSWWTTAEPAKQELLFGFGAQGDITEVMHSQLSLSTVLLMLLAAAVMYQVYRCRVTAEETSKYEGYEPLRERPHSNRSNGYHSISVLRDD
Ga0193418_1017352Ga0193418_10173521F068415VGVGMLSKIVSLSLVALAAGQVQIEGSPEWQAYKNAELAHIAPSVGPVAPVNYAQAELNHVSPSVGPTPVNHAQSLLEWQAAQLAHQANAAAIVAGHGRRKRQVQVVGSPEWQAYKNAELAHIAPSTGPSVPGVEGNWAQSQLNWIAAQQAIVASGAGRKKRQVQVVGSPEWQAYKNAELAHIAPSTGPQVPGVQGNWAQSQLNWIAAQQAIVAAGAGRRKRQAADWQTSFVNPPRNWEANFHGQNNWQENFVRPSQSWEAAFVAGHGRRKRQTQAALDFVAPAPGPTPVNFAQSALNFVAPAPGPTPVNYAQSALDFVGPAPGPTPVNYAQSSLDFVGPAPGPTPVNYAQAQLNFQQEALNFIARG
Ga0193418_1017435Ga0193418_10174351F014820MAISLASLVHGEGLFLSTAVDGVEIKLRGRDRGPDITQVEVHIRPKEVTASGEIPSLEYKEEDGCWKQAPAKAGPTNRGQKKRWRLDLPAPCKTYKFRLALHSDSCTEYLEHPTTMGGSPLYLVEQTRFIPGSPENLQMIGNNSLEWDAVPCASEYQVTYSTEDGKTTTRVGEDALSNTQLPFSSSPCQTVDAVVKAVSGTRKGPGARLTFNTCQAEEDRDDATLNASFLFADFQEEECPTQNLPPCKVSPLPSPLEVRFGLKESLQEEEEGVVVKELSQFPTLLICLVAGGLLLFLILAIVFTILIRRRQRSGIHHVQKS
Ga0193418_1017661Ga0193418_10176611F003903QRSNRVTHKMILSLVSSGLFASMALGAPGASNYGGATVVGPAKQIASPGIQCRTEYVTLWDTEYQEKEEQICETVYEKQCTQRVQRLCQPTTRQECHTEYEKQCNTIYKNVCVQKYRTEYEPYTESECTTEYKQDCQFEWRGHGNDKVWAPIEGTCQNVPYDECKEVAKTHAKQVAYQECNDVPEQKCVSVPKQVCITVPDQVCTNEPLTECNDVPRQACHSEHKRFPIRVSRQEPKKVCDEGSVHAPLAAAAPVHQQAAPSVQDLLNYGVPAVPTQAVPEIILARDKQKLQNAANDDRIVFG
Ga0193418_1017986Ga0193418_10179861F027731CYLHSSQNPMSGWKDRCVDFYKEKDCLSPKDMYGQTRCEWTDAPDGYDCENYWPTTTEESGCCAGDSENAYERCSGSASKWECNAMSSCHWVQGYDADCTWVPPTEPPPGPGCCTICASQDVNGPWLETCTNYWNEQDCLTPVDGDGIKRCSWTPTAEDVDCTILWPTEGPADSWWTTAEPAKQNMLFGFGTDNSVTDAMNSRVSLSTAVLMILAALVIYKLYQYKFAAKENGKYEGYEPLNEGMKSSMNSRNGYQSISA
Ga0193418_1018212Ga0193418_10182121F000080MRHSKMAEWMENVEKAISRIMADKVYTSAEFKRERDNFQALCKDLERTEVKKWLNQILEILMAERAKTQQETENAKLEVLIKKHEELIPTVQKTSLMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLDGKRGIVVDLIAKGKVILEHPDKPKFLEGNVKRIQDGWDDTKSKAQQRLKLLNDTKEAWVGYATNNETIASEFEVAEEEIKAVKKRYAIDDALTDLQKRKDLFKKSDDTIGGLFKAINDNFTCMSITLPEDKKKGIDKEIKAVEAKLEVVGRFKSAVAAIDEFCAALVAFDNSLKAIDEWMQNATNELKDIKEASGSMLPEDRVARTMDLQEDIASKLEILKKNAETEKAL
Ga0193418_1018244Ga0193418_10182442F023031KRYFWRMVTLPKVPNCCACASLKTGTLIIGSLNLVASVIGLLIAIGFMAGSTALSDVAEQWLDESVPGWREDIDRQAIQSGIFIVGVVILIAAIFSTVISGCLVHGARTRNVCLMKPWIIWTGISLILDTVNILKALVSLAIADAISSILGWVLGAYLFLVVWSYKSEIEDETGGNYEGEVHFTRDAEREGLKA
Ga0193418_1018532Ga0193418_10185321F043421VDITDTSITNVGLQQLCRKMKSLTSLGEYSISDSFLRSLCVVSSLRMDKFPLVTLHSRKVSYTGMYNLVHVFSNIRSLTCWEPLFDIADLAYLPHLKQITLIRIRYSDSMLSSIIHYFEDCRGAKNLEKVCLEFIVHEQAFPVVYVPEFDVSKIFHNCDKLKVFTIEFKDSLQATPSVGYSSYNIPREVSRPCFQSLCHVQFGQMVQNSVISVVLQNCPQLVNFHANNCPSLHDLDLAAALPLQHSSSRLRLQCLYVYEAPHLTIESFNIILEACPNLRQFGNLSRWAVNCEGIQQIVRTVRNNNLEVEILCGSHWFQSTCAKAVSFGAT
Ga0193418_1018613Ga0193418_10186131F000577GGGRQRGGSDDVALDIGSIAAAGERCIDKVVMVEETEYDDVVTCKHSYSEKCHTTYTTDFQPQQEEKCDENFRKNCFIEYRKVASEETVTFCHTPIILVGDGEEVCQTVYESACTTRYEQHDVNDDTVECETIQEEKCEDVTQGYTTEQKCTKWPVKKCKTSSDTVKKYSPETECKKVPREVCGPGSEQVPGEEECFDRKETVIQEVPNETCNLEPQRECKHVTKLVPLLTPREECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAQSGLA
Ga0193418_1018794Ga0193418_10187941F050133SNRNQTCPGLMTEFTMIFQSIVLISFTLQSSIGFVVIPYPTYPLSPVSLLYPSHPLYNTRIIPQSPLLIQPSIIQPSVKPEFSTLTPGLKLSPTRSANVNLTQKDEFPLASTRLRARNLDLCYFLANDIFTSHVPCNPNWGDGTLEGVKQYINELTFEANRMIGENNLRFAWKGPYERHDPDAKSPSNPTQDVLSVAGYGCDAVVFLVFNQFSSDCKTQTTGHEFGGVSYGGMCEQEQGLGYTVVVDQGFLKDAWTGPQILAHHLLLMLTSDLKDTKKTCPARESLLYPQMYPGEQRVDQCVVDKLNRSKVSLRKCMQD
Ga0193418_1018992Ga0193418_10189922F019659MVVFGYLHAVLLLELHVLLVQGVDAVNHGLDKLDLGVSQSVLVGDVVGVSSLATRLTAGATGLDSELLAPGLELVDALLGPAGKVNVDGGPHAGTQVGGAGVDVAELLGQLEVLAGLSLDAVTDSLDATGQALEDTLDVTALLHGDDASLILLIDPDK
Ga0193418_1019110Ga0193418_10191101F073071MPPTPHPLTNKPEELPPIAPENVGRTGYGEIRGELRNIMGGPLEELDTFPDDMGKLERGMWFPYSLREDYPPMITTSAEQNQRIWTEMQFETLMDHHPPHEVHPSDLPDYHYFSPIVNEADHKIPKDQAVGQLSEQYTADQTDLPRFFRTGVPKLPRYEQDWYIPRQTDGRFDWRRNIRENGFSASLFDKKGWDRRFLLKLNQPTLPMHTMGMRQFAQMPIHFRVSEAPLPKRFFRQFYASQFDKHVIFIALYFGSLLWLSGKGGHWRQLVWDNDPFNYDICFASENRKKGGFHGIV
Ga0193418_1019137Ga0193418_10191371F001568KSEYIFYKFIRIVLTAYIETMKYLVAISLIIGIAYGASMYDTVKGLVTGASSGYGGDSEYGEKKCYPTYETKYRKQCEDYNEKVCRTTHNEKCQDVGSKRCKAIKTSRHERKCHDVNELLCSLKESVQHEEIPASFTVQKCVTVTERVCDTAYDTEITERDDFKCIHVPNTYCAMKERTVYDKTCRTMINFDCKPQEYGYGSSGSEGHGYESSDSYEVSGSAPQYKCKRTPETKCYTTPRTVSSEYCEDREEEVCEKLTERVPVPKEKQVCHDEKKKVCELEQRSQPKQVKKYVYTKQCRPVPKTVCDNADQMSLVPSCVPSSRKECSYHPEERCENVPKQHCYQIPYQVKKMECTGGSSSESEYDSNEESGY
Ga0193418_1019279Ga0193418_10192791F073071MRTNHLFHHQKRYGGGATHPPTPHPLTNKPEDLPPIAPADVGRTGYGEIKGELRNIMGGPLKELDTFPDDMGKLERGMWYPYSLREDYPPMITTSAEQNQRIWTEMQFETLMDHHPPHEVHPSDLPDYHYFPPIVNEADHKIPKEKAEGSKLSEQYTADQTDLPRFFRTGVPKLPRYEQDWYIPRTEDGRFDWRRNIRENGFTASLFDKKGWDRRFLLKLNQPTMPMHTMGMRQFAQMPIHFRVSEAPLQKRFFRQFYASQFDKHVIFMALYFGSLLWISGKGGHWRQLVWENDPFNYDICFASENRKKGGFHGII
Ga0193418_1019505Ga0193418_10195051F094851ESQHLLQASYRLNGFAPAEPITESAMHEVLTSYLLLFEMGQKANLTDSRRHQLLKKRAAEAGGSWPLLVAFERDSVLNYVSSKTEQGALDQQQFTFQESTAIMEGLAKGYGKWQHSECQAMKKDLMQLDADGTGRVPVSKFYSQPDTADYHFTESLDYLKTIGALDETGRGEARVRIANYMAGPSNCIASSSYYSVCCLNECEGLMNQLEAKVHAPTAAPEKLLNMVMNMSSDTINAPRQLPKALQDRLHEIASRNDGEVPLHGRLFAQWMHHAFPNECAHPEITEDAAVLTPSHWLDKTATVDKSEREKLATAEPAKVTLEKAKINWSDEERLHAHAGPAKARSTLSSVVRVAMQLAMLLGLLRMALGSWQTATGASSYEKSKKFDLPF
Ga0193418_1019613Ga0193418_10196131F000080MRHSKMAEWMENVEKAISRIMADKVYTSAEFKRERDNFQALCKDLERTEVKKWLNQILEILMAERAKTQQETENAKLEVLIKKHEELIPTVQKTSLMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLSQLDGKRGIVVDLIAKGKVILEHPDKPKFLEGNVKRIQDGWDDTKSKAQQRLKLLNDTKEAWVGYATNNETIASEFEVAEEEIKAVKKRYAIDDALTDLQKRKDLFKKSDDTIGGLFKAINDNFTCMSITLPEDKKKGIDKEIKAVEAKLEVVGRFKSAVAAIDEFCTALVAFDNSLKAIDEWMQNATNELKDIKEASGSMLPEDRVARTMDLQEDIASK
Ga0193418_1019669Ga0193418_10196691F006050TKLLLLDSLLQERVKMRGHHAAGLALLVLSSCVLQGFSLPQNRYSAEEYARKFGSAPAEENLTNDIDDAKPLAKEEGSLLSTVVEIAMKFVPLIIDTLAGSTGPSQTDRIEGIDLNGEDPFSLRNIAYLGLKLFLAVAGGTGSGIDKSDTVSPMQPVMGAVIGALTGSDDPNEVAVMAKQASEVINLVVTLVEALTTSMSQRSFPDYAYYADE
Ga0193418_1019746Ga0193418_10197461F019598HEGRRKKMKIFQLLLVVSSAFGMPNSAVLDTGNQIIGKLDDFPGFTEEGAEILKNSNLTQNIAEALKEAEENIRAMDAEIKLLENEELQFEDNYFPKYNEAKGYLRQTRQALRKLADKTVKEVRDLKVLLEDLDKTDDTFLLKQSIEKMKDLMISTLETLKEALEKYNLALDTFEKLTSTIRTQNRKLEKLTDKNSAEFKELRTKMRAGLWSTVGATTVGLIIADIFGCLGICSTTGLAISAGAIAGAEGGFAKYTAKLETWKEITDRMVESGFNFDRTLTEAIGVLTDEIDLINNWTNSAEVVNSNIDKYPQQYLKKMKTIRTIFVNGLDDLSNSAQDFLDQPVDILG
Ga0193418_1019749Ga0193418_10197491F019598MKIFQLLLVVSSAFGMPNSAVLDTGNQIIGKLDDFPGFTEEGAEILKNSNLTQNIAEALKEAEENIRAMDAEIKLLENEELQFEDNYFPKYNEAKGYLRQTRQALRKLADKTVKEVRDLKVLLEDLDKTDDTFLLKQSIEKMKDLMISTLETLKEAKEKYNLALDTFEKLTSTIKTQNRKLEKLTDKNSAEHKELRTKMRAGLWSTVATTTVGLIFADIFGCLGICSATGVAVSITAIAGAEGGFAKYTAKLETWKSITDRMVESGFNFDRTLTEAIGVLTDEIDLINNWTNSAEVVNSNIDKYPQQYLKKMKTIRTIFVNGLDDLSNSAQDFLDQPVDILG
Ga0193418_1019924Ga0193418_10199241F001568KRENLDIYLKVAEQYSSHFCKMKYFVAISLIIGIAYGASMYDTVKSLVTGSSTGYGGDSEYGEKKCYPTYETKYRKQCEDYNEKVCRTTHNEKCQDVGAKRCKAIKTSRHERKCHDVNELLCSLKESVQHEEIPASFTVQKCVTVTERVCDTAYDTEITERDDFKCIHVPNTYCAMKERTVYDKTCRTMINFDCKPQEYGYGSSGSDEYGSSGYDSSDSYGGSGSAPQYKCKRTPETKCYTTPRTVSSEYCEDREEEVCEKLTERVPVPKEKQVCHDEKKKVCELEQRSQPKQVKKYVYTKQCRPVPKTVCDNADQMSLVPSCVPSSRKECSYHPEERCENVPKQHCYQIPYQVKKMECTESSSSAGGYDSNESDDY
Ga0193418_1020189Ga0193418_10201891F001410RSHSRHSQLHATMMKGVLFLLGTVATIAAGAGTYETELLRGIDIYNFRSKCWGKKNVDMFAVQMEKAKRECMQMEPAFDFPGHGDGPQNPFLRPNNNPFEKLTRGGDFSDLQSLWRTKRDASEGLVDVDEDDFYEYLQQVNDHRHYKQNAMGNLTCVLQKCGMLTEDMEVNMDFYTTALTAEEAENGFTFDVEGSAAKDPEWRAKIATAYQDCHDLAESWPATSLNRRPMSRMFGRQMIFFKCADRTERRVCTEAQLLENLETFYGSESDEETAERIASIGLPEDKYDAAAISVAVIQNAMSEEEKFVERFLWNINGDSSM
Ga0193418_1020195Ga0193418_10201951F001568MKYFVAISLIIGIAYGASMYDTVKGLVTGASSGYGGDSEYGEKKCYPTYETKYRKQCEDYNEKVCRTTHSEKCQDVGSKRCKAIKTSRHERKCHDVNELLCSLKESVQHEEIPASFTVQKCVTVTERVCDTAYDTEITERDDFKCIHVPNTYCAMKERTVYDKTCRTMINFDCKPQEYGYGSSGSDGYGSSGYESSDSYGGSGSAPQYKCKRTPETKCYTTPRTVTSEYCEDREEEVCEKLTERVPVPKEKQVCHDEKKKVCELEQRSQPKQVKKYVYTKQCRPVPKTVCDNADQMSLVPSCVPSSRKECSYHPEERCENVPKQHCYQIPYQVKKMECTEGSNSAGGYDSNESSGY
Ga0193418_1020272Ga0193418_10202721F000287MIQYLNKKDIYGPFHTRNSVYLPHSAEVTSDKFTNMRYSDKSSAKHNLDSFLKNAYCKQIKELNGTTAMARVNVMKAIVTDRRQPHAPLDNVNTPYNSVRLLKGGPPGQEAVNHYISELSIEKTNNHKLDKKTRRHMAMIEACDDEYNYHHRLFGQGAVDREMKFYNPQLVKDYVNQIRR
Ga0193418_1020582Ga0193418_10205821F001568MKYFVAISLVIGIAYGASMYDTVKGLVTGSSGYGGDTEYGEKKCYPTYETKYRKQCEDYNEKVCRTTHSEKCQDVGSKRCKAIKTSRHERKCHDVNELLCSLKESVQHEEIPASFTVQKCVTVTERVCDTAYDTEITERDDFKCIHVPNTYCAMKERTVYDKTCRTMINFDCKPQEYGYGSSGSDGYGSSGYESSDSYGGSGSAPQYKCKRTPETKCYTTPRTVTSEYCEDREEEVCEKLTERVPVPKEKQVCHDEKKKVCELEQRSQPKQVKKYVYTKQCRPVPKTVCDNADQMSLVPSCVPSSRKECSYHPEERCENVPKQHCYQIPYQVKKMECTEGSNSAGGYDSNESSGY
Ga0193418_1020867Ga0193418_10208671F001641EAHVERIEVGWDDTKEKAQDRLTLLNNTKDAWVGYAENNDTIIIEIEKGLEEIKKVKKRFNLQSAFEDLSKRQEIFNKTKDSIMGLYNEIKHNVEVMSLTIPEDKKKLIEKEIKALSEKLVVVSQFEEKVNKIDDFCKNLNEFDGSLKSIDAWMTGATNELNDIKNSSDKMAPEDRVARTMDLQEDIAAKFEIIKANTSRELELLPQGDKVPGDAQEFKDELNRITKYVTDLQEKTKNECDKYSEDVKFWAEYRTGIKEFSPWLVKAEAASTEGLSKPSNLDEASALAEKVHGFEKACVDHLKVLEAADSAAKKMTTHKEADDEVAALKERYMKVKAVADDWVAKVDTLVKEWQLLDNTVTELNTWVAKDKSSEGEN
Ga0193418_1020909Ga0193418_10209091F001568KSEYIFYKFIRIVLTAYIETMKYLVAISLIIGIAYGASMYDTVKGLVTGASSGYGGDSEYGEKKCYPTYETKYRKQCEDYNEKVCRTTHNEKCQDVGSKRCKAIKTSRHERKCHDVNELLCSLKESVQHEEIPASFTVQKCVTVTERVCDTAYDTEVTERDDFKCIHVPNTYCAMKERTVYDKTCRTMINFDCKPQEYGYGSSGSEGHGYESSDSYGSSGSAPQYKCKRTPETKCYTTPRTVSSEYCEDREEEVCEKLTERVPVPKEKQVCHDEKKKVCELEQRSQPKQVKKYVYTKQCRPVPKTVCDNADQMSLVPSCVPSSRKECSYHPQERCENVPKQHCYQIPYQVKKMECTEGSSSASEYDSNEESGY
Ga0193418_1021055Ga0193418_10210551F014227LLKMKLIVASLLLVALVSAQDSRSVRERVKGQVRQWASIQAHCAEASNTEGSIQPEVALQCKKCQAGVGDWNTAEGFQRGKACLETYEPKTMAVCGDLFQEYEDSGYDVSYTSKMVECWENTYMRDIAGKCMEATGGEDMNLALLCVFKHLTDNHKHAETVLLGSSDDNPMKPSKMQLAVESIFNEGRCIHANEGNLNRIQECATCFNHVVMSEKKLLMKMKHGLEGLDDEEFFEKGRKIASMWSVCSDVYLAPVYSDCTENVEELLEADMAEWMTEEWRNKQQEVEGCMLLKQSKYYYKDCSAAGGEGVDGFMNFYSCAQNLTMAWVTDKRPEAIDMMSAYMRGGMIMMGDDEP
Ga0193418_1021100Ga0193418_10211001F033816HHREETLDRMMTKYLVLALLVGAAMAAPSQPEEEEFALEEGEGRFLYFNSSSTATSLTLLGALILLGVIFYLVYVGGLLAPAAGSYSNYQRYGQDYGQYYGQARSSDMGYDFNAVNILQWISMLQEVYEKFDYNDVDCQKLLICEVLRDEESFGDVSRRLQGGFELAKYLEVLNMPDEFRELLDEYMDASERSLGQKECAEFFQCPYSLKESVKRNFSGNSL
Ga0193418_1021303Ga0193418_10213031F071923KMFLFQSLAVLLLLSPDFLSSHAASVGKPKACIGTPLDFKYQLEAILDGDERGESVCENALFGRTDTFWEGQSLPNSLSTHSLMWVFVSEWTVLNTFLDFASEECSFTGANGGRCDRTLLIERMMNYAGFDSDDIYGNINNADFNNFTMVIVDQQKTTDAWNFDLGPFQPKWDELYSYLSNPAGFQVCDDDGCHERHMPAEFYATLTGGPSQPNGIKDYPALTGCEPGFTGPWPKADCSEYETMKGAFYASFCPDHSPCGSTACVDIYTAGPDNVWPSDDLDKLTLWTRAFFEQCMGMNPWFTGLGLGYDPTNKRTTGNEWLVRGDKAVSSGSLDAAYVVLWNKDMKA
Ga0193418_1021468Ga0193418_10214681F038527MRSARVLVVLVTLCIFQLKQVSGGARPRPRPIFIQPQAEARTRVVTEPLVDGIHSVERFVGDLFSPIFGGPVASGDKNKEPKDSYGIPSYTSYIEEPPKPKKKEKIPCGGYGYPNRRSFGSGVLNGDKKEDDCGVYEEADNGYGFQENCEYIHETIFKTKYKTECSKTYSTQCQTSYKTECTTSLNQECRTEYKEECSYADSEECITVDRPTYHQVCDTEYVQDCDGGGYQSTYEAPPPCATVPKQVCRQVAEFHQETECTNVPKKSCVTSPREVCGDVPKQDCKLVPTSTNCKDIPEKLCRQRAYQYPESITRQVCGLGPSEPSSGKKGKGKKGRK
Ga0193418_1021510Ga0193418_10215101F009310VLFNFQEDNKWELKVDRVPGQKMTIEATVNGKKWTGVGNLNQGEMKLNLKMDSEFTGKHYTLDFDLNPSGMWGIHITGDVDGPVDAKWTMQKDYTMGEIVVKYKNQNYAFMQLKGNAEMRGVFPVMFDYVVKYNINDVVEHQGKAKMKFDGKTPAKKFEMSFAPKTGTPMDLIWNMDFSSGFKYDYDFKMNAVTMEKGNGEYKWVNNGQKFELMTKDTFIVTKQSPFHWMNTMVTGGREWTKMEHTRNIFFDKVNKAQMINKMKIEEHNILDGQTWYHIKYDNTAPKTAFLFTYLPYNMDQAWTYEGGREHTANGGFTLTHKITHGQNVIQEGTMVFDVKANDGSKFEMEHVHKIMMTEESPVYGLSYWYTG
Ga0193418_1021513Ga0193418_10215131F001568YKNSVYGNFETMKYFVAISLVIGIAYGASMYDTVKGLVTGASSGYSGDSGYGEKKCYPTYETKYRKQCEDYNEKVCRTTHSEKCLDVGSKRCKAIKTSRHERKCHDVNELLCSLKESVQHEEIPASFTVQKCVTVTERVCDTAYDTEITERDDFKCIRVPNTYCAMKERTVYDKTCRTMINFDCKPQEYGYGSSGSDGYGSSGYDSSDSYGGSGSAPQYKCKRTPETKCYTTPRTVSSEYCEDREEEVCEKLTERVPVPKEKQVCHDEKKKVCELEQRSQPKQVKKYVYTKQCRPVPKTVCDNADQMSLVPSCVPSSRKECSYHPEERCENVPKQHCYQIPYQVKKMECTEGSNSAGGYDSNESSGY
Ga0193418_1021542Ga0193418_10215421F065390NMLTILLLCLPALLTAETILRSLQVEEGGTSYTQTITFDFDNRVQIIDVPAHNNIVHSRSHFYFNQGKVVESHPDHGNCYVKPLPVGIAPMEKLASVLGKRKATPMQAKEQSVVHRSFATSRRIPLTEISDLPEAYTECKTSRVYAVEQIPSIFRSNKTFTHASADAIKEAQGSLKSGSCSFPSDCLWQTCWVGTDSCFWTVNCPANDDECDDMIHNSDFHVNDDPITCKACFNTACPGCEEAWDSCGNGAQMDHKVPACENGDVQEGWDCGRKRCEWPSSEKFADAVFECPQDHIENGYVLSGNMCFATCGNGRPGGSVLCKEDTTWEESGLWC
Ga0193418_1021887Ga0193418_10218871F062418LLLLDSLLQEDKISEKKMRWRLPIIFFLSPLALADQSGHVHTGAHSSESSVYTVAQPHETQGVYTPDLTQEAAYSYPQSDYTQTSAYGNVNYDPTAYSNYYDYSLEQSNEVDDIAEKQGIPGIPNPAAFIPFFASFSLPLGAAVATFMAIVAVSAAFFLFPSEVEVEVNSTRNSSVRDSDDEGRFSWFGLRKRRSVDSQLGGNLGARFCSNSSSTLCKLLSTVLISRECLEAASCEVSKLGHSGDFPVMSRIVKPFLSSRYYDRFSNMDCSKLKCSLRTSPNEL
Ga0193418_1021900Ga0193418_10219001F000234VGTARWGMSSNLSGLQTKEERIQVVPSFPACSKTGENCISTGCCQVSGHKCFSKGKGQAQCNKTCTAGVKGFTCDVIDPHSVPVATPLGQNLYCWSVYTENTGNLSLKSHELELLNIVAARGAGLFACEQWDVFSDVSAPLVNGYVTIKVEDTFGEFHQLKRKDSGTWVNWGMFYQVWVKIREVGKWNTADYTVKIDADAVFVPQRLRTWLSSKPGDSPHGLYYENCPNVQYGFFGHLEVISKTAVEVLTKYLEDCHSVFAPCANDGCDWKYGAWGEDVFAQRCMDHHYVDKVEAFDVATDGACEADRPEGMKKNKKWHPTDCSSLTTATAHPLKKPAALKKCLDEMS
Ga0193418_1022044Ga0193418_10220441F065796ADAEFENIKKIFDLKAGPADYEMRMKTAANFRKGIEGIYETVSGANDCLQQMLPEDRKQGMKQEVEEIKTRMAILSKTDERLEFILDFNKRLAIFDKNVSDLEDWLGEGRKRLDGIKNPTELLSPEDRVTKTMEVQEDINKKSEFCGKQETEKGEIFPKQGEKVSSDAKKFIERLKKVRDELNKLDAEIKAECAKFSEDVKYFAEFQTGIKAFDPWMKRAEQRIIDGLKQPKSLVEACEILGDSKNFQEECEAKLKILEEAAASAQKMTTHDDSDEKVQGYKERWVKAHEISKEWVARMTTLVECWNKLDGNVGELSSWVNTKDSAAPEGKSEISIEKLETQLNTLKTMFAEKQKLVADLEAYGAGG
Ga0193418_1022179Ga0193418_10221791F011559LTPKTPDKMRVLLALTLLVAGALAGGKEKREMEMWMKMKAMEGCFGEDLVKDHMIKMKRSAAKCMRVETPELELPMFENSYRFANAMSRTPRGQGSAKMNMMKTFMMMKMFSEMMDSGSNRLQKRSHHEGDEDEFDLGSKLHEKLEHKKEHMEEMYGNMTCMLRECQVLDSENKFYPEGIKMEWDEWKNKIEDDWLRSQLEKYCDQCIEFAENLPQSMLDDCPWGGEMVKTKMYMKCMMKKKVKTCMRKDIKDKLEEHFGGVDKLVTETKIPEYELYEIVKQMLKGPEMMMMEMS
Ga0193418_1022297Ga0193418_10222971F000114MISISFSIFVLGLNTILGAYVPTPTLEPPTDYPGPSSRPKYDPQIGQTNVDGYSPNTKPYCHMEEKVVFENQCEPYTEKTCWTQNEEECKPVMYKNCTGVIQTKVDRVCFNVNELVCSLVENIHYETLEETYQVQRCFTGKDRVCDTTFKIDTTTKDDYQCINVETPNCYMEEKVINDVTCTDTVEFDCKRVKSTKNDGYGAPDVVCERTPKQDCYNIPRKVQVEVCKTDVHRYCEKFPNTHPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCETQSLQPVCDFQERLTCSYIPKEQCSEEDKQYCHKVEKISLVEVCDPKFDTRYL
Ga0193418_1022339Ga0193418_10223391F000114MISISLCVFIVGFNVNQGAYVPTPTLEPPTDYPGPASQPKYDPQIGQTNVDGYSPNTNPYCHMEEKVVFENQCEPYTEKTCWTQNEEDCKPVMYKNCTGVIQTKVDRVCFNVNELVCSLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDTTTKDDYQCINVETPNCYMEEKVINDVTCTDTVEFDCKRVKSTKNDGYGAPDVVCERTPKQDCYNIPRKVQVEVCKTDVHRYCEKFPNTHPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCETQSLQPVCDFQERLTCSYIPKEQCSEEDKQYCHKVEKISLVEVCDPKFDTRYL
Ga0193418_1022342Ga0193418_10223421F006742AERKTFLSSGNMLRFLTIAAVAICASASDGMMKKIHQDMMVFNSMSACWGKGNMVYFKVAMKEAMESCMQENHSGLLKPANPILSLLNQNANTLPFPVNNNNPFQSLPAPAPSNNPFKSSNLNLGAWQNLWGRNKREATEGLLQPTEEDFKEFLMDFEDFKGDVASKMGNLTCVLKKMNSLDDNLQINMKEYTEDFWSKVDLSQTMAGEDPEWRNMLITGYKDCYDIARSWPQSTLNRNPLMKVFGRHMVFFKCARKEEAKCCGMACANDMLTTLYGSNDAFDWTQYGMPQNKYERAAWTMKIMYGTASPEEHFVHDFFFSNPMM
Ga0193418_1022555Ga0193418_10225551F018318RSKARMGGNHQLLLICSLAGLARSQSSTTPVPVTPSEGCWYGSLCAYSDDNDISYVIPSPQDADLDSRMAWCYNQCINELTCTDFTVFGSRGSHTCYLLTNCDSKSNDDHCLAAGTCNSGPKDCANNNNCDILPSPPPADTIPWECDHDVNPYAQQVPEGTQCFISCNAWLDSTEKQASIVSECVQGAWQAPEVIPYGIDESDIPALPSILPKPDDQDQAVCGCAPYDMTWENSVTGDLIDYDPNTLPGTDFLCTGADYITDDGTNLKFVLQPQMTCRMFCDNYHIATMTCVNGLWTGEPELGAWCYAEPVLADDMGEGTRAPATTTPAAPPTQ
Ga0193418_1022680Ga0193418_10226801F000797DCFSNKCCKTTGYSCFQTGPSAAKCAATCPQGSSCTALQPYYKSATTWTAGDSLYCFSFYQVQRGRTTELATNPKELEILKYQKANGVGVFACDEFKVFSDKMVDLGGVQTDAVLVNGDFTKYFRKDKPDFYLNTPLFLEMWKKIKTDNRYSLFAWTVKADPSTVFMPAALKKRLSVYPETPTGVYLETCNKVLQGFFGNLEVVSKTGMKRFLEQAESYYSNGGKCWRWDTQPCKADWQYGPWGEDLFMQKCMDDAEVQKKLDFTLTDTGTCPGMRPKADKKNMSYVPSCTDAGVKKFIAVHPMKTVAAWKDCYAAMSR
Ga0193418_1022702Ga0193418_10227022F055406RSRRGRASARSYIGGLAHIGGTLLPPPPLCREQARDMHLLLAIATFVGAVSAMPMVYYPAQYIPADEVLVRVPRQLGQQGLQGPLRPVRQSDFAADQEASADTAYGAAPVGRVKIQVYRGPSKGTGYDAFAPWGYYNTQPVDLGPHH
Ga0193418_1022705Ga0193418_10227051F010522MLSRRTFAVEKGEERIEGRLDGLLMTEEEIDKQLATHFDEEGSYKPPHMDNFVSMTRRDVMMNVRIPPLGIEPPPFGEEQIKEITEKTSITRDNIEWTRKHWADDSIKPDQKKFEVIAFDMLEMYKKGVSFATINLWIDYYSGADTGSENGIYNKSWARIDS
Ga0193418_1023225Ga0193418_10232251F089611FFFSEHTLSKNVCLHHITHCQIVTLCIWSEVVAVNEVPTFSTCDRGGGALPGKVVAHPIHADVLRSPAPSTLPHHRTAIQLGVQRGLVTTSHHRSLSIVLSATKSPVEPCKAAVGTVVVGRARVVQSPRRTGHPIQIVAILLSKKGQCYTLIGAVGATSLCSDSDRLDENLSGRVLANMIILARVPIGAVGICDTSWLAFPALTVEAGGVWGVFDVTDVGNSLVAERIVGASLHRMTLVALALIASFAVGVVNTSWCA
Ga0193418_1023288Ga0193418_10232881F004045ESEPKMQSCASVTENCMSNKCCQTSGMKCWRISDTTAKCSKFCPGGICWVEKASYAFKPAYMTRDNSIFCYAVHAVKQGTGITGEKDLAILSAQLKNNVGLFACNDWEVFSDEPAALSPTINTRVLPKAAEYGKFFRKDKPKKYVNTPLFYEAWKLLKADGRWSAMSWVVKVDAPTVFIPDNLRAILAKKQDDSTGVYFQNCEKVLEGYFGNLEVTSAEGFKRFLEQMDSAYTNGCWRQTTEECKKGWKYGTWGEDLFMQRTMDDAEVSKISDFSLTTSGTCPGDRPKDKKDDTKYVPPCKAGETKAAVHPFRDVASWFKCLGTITGKQYS
Ga0193418_1023331Ga0193418_10233311F069646EGEKGVEGKKNEISFDVGGKKQTYQIIDVQPEANKYYNSFHTVQGGRRVGFVWIGASMLAAIYQLGPHTFGKDAVKAVYENYSKGFPTPVSKQMKSLRNEVLEDMGLEGNQNMFVLALDEPAGWGDPGNELIGYPPYFDFSKPQEVPLDKMRFGGGGMRKAELLTRRQADLPEARLFCDAMVLSPEAKKFALARELKKVGYGPQYYFSFLHASWILFTYNIARHGNQKLGLFKKGRKPLFRLMWYAGLAPTMVLSYFLAKDLISRQIEKASVSAAAGLGPTYAKGGEEYYNQMLLRNKCIGKFEEPYRRFNLEGELIQGLLRTKRVPLLQLRDLCREASTM
Ga0193418_1023589Ga0193418_10235891F005554AAELLGTEAVPGKIFTSTMKFVLMSLLLAGSSLAMDDMFKKIMKETAFHTFNAACFGENNKNLYDLAVGAAMEKCMQLAPAIDLINLLSPRNQFNSLFPSVNRKNPFEQFQAYKDIDQLTSLWRNKRSADASSGLIQIDEDDFIEFLEDFADYKGNMATKIGNLTCVMTEMNLLTPELKVNIEEYTKDMAEVEEFDLTETEIVADPEWRARLSRGYQDCYDISESIPSQALTGNPLKRMFGRQMMFFKCAKKNEVTNCALGQMKRWVEQFYGTANNLTEYGLPEDAYEAAGLGIMVLNNAASEEEQFVSDFFWGAPGH
Ga0193418_1023595Ga0193418_10235951F000811TKLLLLDSLLQENRHGRAMPALDIHMIESLSRELHPTTDLMSETEVCPWTLFLTMSLTLLKGLMPHVPAMLPLLVSDPEMRSRAEATFMDPEFQENIEQYFVENIKSDIQAPLNRQILQSSETIMYLVKLSNNFFDYFMGGASKVLSGALDGNGVDGETDNMPRSGSGFSIAGMDVMQIFDFVRTMYNLAK
Ga0193418_1023651Ga0193418_10236511F078178MVRYLLFFFASLYFADGASECYDCGYLIDGWTQDGPNEQHPMTDGTPQCGDEAMMGDRITSCADEGECCGVVREFFVQEAAQGKPAFIQVEVRHGCEKTLAEQFSDYNEFICKSGTGTENQCVNITYANIPEHEATFADVCFCNEDRCNKDVPVMPDPDVPTDGPGPDNTTPCPECVKCYSCGYQKKGDSETEKLPGDVPFCNDFANVDDNVANCGKDDCCGMLKEYFIKVDEATGENTTQIIGRHGCAADMEHLSHYSATCKANGESCWQVDDAQLDHNHGQGNATIIQAEICLCGHDRCNTEDPIPEIPTTTAAPGSASHPTLAVLLLI
Ga0193418_1023652Ga0193418_10236521F027731LHSSQNPMSGWKERCTEFHAEKDCTAPSDMYGSPRCSWSDAPDGYDCENFWPSTTEESGCCASDSEQAYDRCSGSSSKWECNAMSSCHWIQGDDADCTWVPPTEPPPGPGCCTICASQDVNGPWLETCTNYWNEQDCLTPVDGDGVNRCSWTPTAEDVDCTILWPTEGPADSWWTTAEPAKQELLFGFGAQGDITEVMHSQLSLSTVLLMLLAAAVMYQVYRCRVTAEETSKYEGYEPLRERPHSKRSDGYHSMSV
Ga0193418_1023938Ga0193418_10239382F104418LSLLLSLLLAVACVRCCERHEQASPGKPGDEVDFSGEVINLTPLSDRRSWSELHKEWESREEKARGKILLLYSPDTKLFKELQEAFKSFLELACHCDIYDLFDDALFDTIALDPSEWLQEFVNDKDVKIVVISSIGAYRRQLALAGEMPLNLPDNSLLDGLFTSGLRFITSYPGLATSGRVATARYEMLHLTEEGHKLGHPLAGPSVREFLIPTQLHELFCWVHQLKPLDLMGKPWANYHLEMQLLQDALKLVRRDRTVMSSHGGGGQPNYTDLGNGITSL
Ga0193418_1023972Ga0193418_10239721F035621ATNMKTFILLTFLGLLYADIVVKQLEINEGGAQYTQTATIDFDRNIQVLEVPAHNNLVHSKTIFDFNQKVMFESHPERKVCYMKDIPEEVVSLERFASFLDKRQGPVTASKEHTTRRAYKTTSKLARHQLSIMPQEVIAECGESTVYQVKPIPAEELEISYQRAPKNLAEVFSGTMGCHMSDSCLWQTCQVGSDSCWWTVNCDVNEHDCDETLDHSSVIHECADHTQNGECQISCKPCYNLQCPGCADSWEECRPTFESQNVGTCPSDPELGKNCGIVYCPMHSDMPHGDWECPGSEPGAAKVEEGQTCVLWCPDHVFGGMITCKDDTTWDEGSLIGCN
Ga0193418_1023983Ga0193418_10239832F080701LVRTQNSRSLHKSIMKCLLVFAVALAAAHADHHEMKAAEMGHIQKVEEVKPVLTYAAQPLAYTYPVAHPYYTPVVYNHVAPKVQEVTQYVKQPDQVQYVAKPYDVEVKSFQPELQKTGCKNFLGFEVPCKTKREADHHDVPTVYQVPQVYTHPVVYNTHQVVAHPTVYKHVAVQQPTVYKYNTKVLPGKVHEVEVPTPQLKHVVEKVPVKPLCTNNFGAPVPCVHNE
Ga0193418_1024026Ga0193418_10240261F085102MCAGDFLALVQGLAAPPSHHRIMVPPDNRCCFCLTLRSGSLVIGIGNCLFYIACFLWYLTSNSFGAPISESLTFTNLDISVFVIFLVQLVVNLLLIVGAVRRLPSHIFPWICANAVFCGICMIGIVVTIFWGTTKLGLNHSDYVSVLTILGLITGINLFCVIVVFQFRHNTLLEERIALETGVEVTLPCGSAPPLPPPSYDEVARTDLKLPLEDGPPEYEAAVAMPMLGGGEKVKEEEEEKSPVVQRKKSLTSQLV
Ga0193418_1024106Ga0193418_10241061F000114MLNPYCLSVFLLGYMSAVHSAPQEYPRPAPPPDYDPQIGQTNVDGYSPNTKPYCHMEEKVVFENQCEPYTEKTCWTQNEEDCKPVMYKNCTGVIQTKVDRVCFNVNELVCSLVEAIHYETLEETYQVQRCFTGKDRVCDTTFKIDTTTKDDYQCINVETPNCYMEEKVINDVTCTDTVEFDCKRVKSTKNDGYGAPDVVCNRTPKQDCYNIPRKVQVEVCKTDVHRYCEKFPNTHPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCETQSLQPVCDFQERLSCSYIPKEQCSEEQKQYCHKVEKITLVEVCDPKFDTRYL
Ga0193418_1024146Ga0193418_10241461F044283MPRPVLVSLAMGLPGVLAGGPAVPVLPGNDSCAEILAAANVTGRFAVAVAHGIHDITVEDLREFTGDVPCTGNGVPTVNRDLRSESAVLPSAPCLDDGDSPFATPAMRVVDAALTRMDDMNYDIGTTSGLQRLVHAFHMREVWALASAQYQALAADPPGRAACACALDVDGNSVLEELRLIASSLRSAQMASSRQSSSQLRSYHHFGFSTSCLRPAGRGKGALKGAADLLDLGRMRSAADWAMWKATMAEHMALCDTRDLAVFLYCTLNREAAQPHN
Ga0193418_1024192Ga0193418_10241921F008474VLLLELNILLVQGVDAVNHGLDKLDLGVSQSVLVGDVVGVSSLATRLTAGATGLDSELLAPGLELVNALLGPSGEVDVDGGPHASAQVGGAGVDVAEL
Ga0193418_1024202Ga0193418_10242021F021898VGKQGSGIVEKAFALPLVNATYDSLASLSTPLQPYAEKGAAMMSSMGESYDAIKAGVQEKVPDAVSAKVTDAKGQVSAAVNSVDSSLCSGLDKLVDKVPALKQETPELYNSTKSSVGSYAFMATTYVASFTLVSYALKFSDFGMDGADRILKMIPGEKTQPLRSGLHWVRDEAAVVRQEGARRNGSERVLALENASLLEVLAGLLKCTYLLNLFGVPTAAVDADAPVKPAPDAVQGVVPEGENSGSTKNMEEVLESRHLAVDKVAATSDHVDAVVEEVAKVDDELVEVTKVQDVKSGKEG
Ga0193418_1024254Ga0193418_10242541F021898VGKQGGGIVEKAFALPLVNATYDSLASLSTPLQPYAEKGAAMMSSMGESYDAIKAGVQEKVPDAVSAKVTDAKGQVSAAVNSVDSSLCSGLDKLVDKVPALKQETPELYNSTKSSVGSYAFMATTYVASFTLVSYALKFSDFGMDGADRILKMIPGEKTQPLRSGLHWVRDEAAVVRQEGARRNGSERVLALENASLLEVLAGLLKCTYLLNLFGVPTAAVDADAPVKPAPDAVQGVVPEGENSGSTKNMEEVLESRHLAVDKVAATSDHVDAVVEEVAKVDDDLAEVTKVQDVKSGKEG
Ga0193418_1024317Ga0193418_10243171F072903IMMIGILITFLPTVLGPGVPTATNAPPIYHPTPVSTLAPYVVPTVRPEYHRPVEAAMPEHVIHYDHGHEVNEYSAPTSCRFEDRISFTDVCIPYKEKICYTHFKEDCQQIPHRVCTGTISTAYERACFDVDELICGLKEEVDYETLEEEFYVQLCTVVKERVCDTTFDIALHTNDDFQCCELEGHFCEDKEVEIKDITCKETSEFNCQKVPPPEGYGKITQCTPTPIKTCYETPRTVRKEVCRPDNTRFCEKFSNTFPQPEQRQNCHFVPKKVCELQRRTRPKKAKRYSYSPDCKVSARQICDQFEKRKVVPVCTEDHRRQCDYSPKETCTEETKQYCYKEEVKTQEEICD
Ga0193418_1024442Ga0193418_10244421F073071PKTSTSPTMWHIQKRHSSQVYGHAPTPHPVTLPNSTYPLPPVAPENEGRTGYGELRGELRNIMGGPTAELDTFPESMGKLERGQWYPYSLRSDYPPMITTSAEQNQRIWTEMQMEQLMDHHPPHEVHASELPDYHYFPQITKEADHKLPADKAVTPLSQQYVQDPTDVPRFFRTGVPKLPRTEQDWYIPRQADGRFDWKRNIRENGYSASLFDVKGWDRRFLLGLNKPTPPMHTMGARQFAQMPIYFRVSEAPLAKRFFRQFVASQFDKHVIFMGLYFGSLLWISGKGGHWRQLNWENDPFNYDICFASENRNKGGFHGII
Ga0193418_1024730Ga0193418_10247301F070865MSVPFFSDFTKRTKDYFKKDKYALGQVVEISSKCTDDIKLKTKVTTGENVKPKFTATMKRPNGREIEVTEDLKKGMSLKIKMPKFYKAFDLESDHSNRDVSVTAKYRPTANAFYNTKMKGYYNPGANGERVMRAKAEFAVGDDQLNLCVGGELTVEDRCKIDDPKGMDPKSTDYALGFLYTPTPDSQYSVIYTPDNQSNGMEYSFTCFRKLSSTYSMAAKADGKVDTKLTAYPPVVTLAGGWTMGSNYLQAFVNSHKEWGMAYKVKVSDGVNLNLGVSSFLNSDARMATQFGYKLQL
Ga0193418_1024732Ga0193418_10247321F027731LHSSQNPMSGWKERCTEFHAEKDCTAPSDMYGSPRCSWSDAPDGYDCENFWPSTTEESGCCASDSEQAYDRCIGSGSKWECNAMSSCHWIGGDDADCTWVPPTEPPPGPGCCTICASQDVSGPWLETCTEYWNEQDCLTPVDGDGVKRCSWTPTAEDVDCTILWPTEGPADSWWTTAEPAKQNILFGFGTESIIGQTMTSQVSLSTALLLLLAAFAIYKIYQWTFSIKNKDLDGYEEIIDDEDCRDRARIGGDAQSIY
Ga0193418_1024734Ga0193418_10247341F000577DVIECKHSYSQKCHTTYTTDFEPQQEEECEENFIKNCFIDYRKIASTEQVEFCHTPLICDGEGPVECRTVYESQCQTRYHEHDVEDDVVNCETIQEEKCEDVTQGYTTEQKCTKWPKQVCTKEKANVKKYSPETECKKVPKELCGPSGCDLKPGPEECFPKQETVVSEVPEETCNLEPQKECKHVTKLVPLLKPAEECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAESGLA
Ga0193418_1024861Ga0193418_10248611F070865LRDFLSFGRSSITMSVPFFSDFTKRTKDYFKKDKYALGQVVEFSTKCTDDIKLKTKVATGDVVKPKFTATVKRPNGREIEITEDVRKGMSLKIKMPKFYKAVDLESEHSNCDVMVTAKYRPTANAFYNTKMKGYYNPDAHGERIMRAKAEFAVGDDQLNLCVGGELTVEDRAKVDGAGGVDPKTNDYALGFLYTPTPDSQYSVIYTPDNQSNGMEYSFTCFRKLSSTYSMAAKADGKVDTKLTAYPPVVTLAGGWTMGSNYLQAFVNSHKEWGMAYKVKVSDGVNLNLGVSSFLNSDARMATQFGYKLQL
Ga0193418_1024938Ga0193418_10249381F080853MPRKEVERWDPPNRTIPTHPIPLWGATSTYIRANDVAGPIFPVKRDNDFAANAPVQKPPAFETNCSYPVIPIQTRETVFKGDVIQDWGGMPPILVGPKYINTDGKNGFVPAPPVAGKMPPQVNFPIINVGVVAQNKFVPTLPPKIDSEKVISYPMLPIEDHGNKYTTQEFGCSGSGLKVDRQKVLAAPGNRDVGDRHSCIVQPKNMYEPNPPKVHKDSIKNLVHPVLVQSL
Ga0193418_1024942Ga0193418_10249421F001568AYGASMYDTVKGLVTGASSGYGGDSEYGEKKCYPTYETKYRKQCEDYNEKVCRTTHNEKCQDVGSKRCKAIKTSRHERKCHDVNELLCSLKESVQHEEIPASFTVQKCVTVTERVCDTAYDTEVTERDDFKCIRVPNTYCAMKERTVYDKTCRTMINFDCKPQEYGYGSSGSDGYGSSGYDSSDSYGGSGSAPQYKCKRTPETKCYTTPRTVSSEYCEDREEEVCEKLTERVPVPKEKQVCHDEKKKVCELEQRSQPKQVKKYVYTKQCRPVPKTVCDNADQMSLVPSCVPSSRKECSYHPEERCENVPKQHCYQIPYQVKKMECTEGSSSEGGYDSNESGGY
Ga0193418_1025007Ga0193418_10250071F065796RMKTASIFRSTIEDLFNTVTKANETLQIMLPDDKKAEMNELVTEIKTRMEILKKTDDRLEFIDDFNKRLNIFDQGVKDMENWLGEGRKRLDCIKSPPQEMSPEDRVTKSMELQEDLNKKSEFTKKLEVEKEEIFPKSGEKVSSDAKKFIERLKKVRATLDALADEASVECAKFSEDVKFWAEFQTGVKVFEPWMKNSEVRKQEGLRKPVSLVEACEILGDSKNLQDNAEAKLKVLEDAAASAQKMTSHQEADGKVVAFKERWTVVHECFKEWVARMTTLVECWNKLDGNVGELSSWVATKDSAAPEGGSEISIEKLETQLNTLKTMFAEKQKLVSDLEAYGPEGA
Ga0193418_1025029Ga0193418_10250291F044283MLRAALVSLAMVLPGVLAGGPAVPVLPGNDSCAELLAAASVTVRFSSAVAHGIHDITVEDLREFKSDVPCTGNGVPTVNRDLRSESAVLPSAPCLDDGDSPFATPAMRVVDAALTRMDDMNYDIGTTSGLQRLVHAFHMREVWALASAQYQALAADPPGRAACACALDVDGNSVLEELRLIASSLRSAQMASSRQSSSQLRSYHHFGFSTSCLRPAGRGKGALKGAADLLDLGRMRSAADWAMWKATMAEHMALCDTRDLAVFLYCTLNREAAQPHN
Ga0193418_1025138Ga0193418_10251381F070826VREHSFANGEGRSQVLAEELLLGVLLDGADQLTVNFNLVLLALFRDDVGGLLLLEDFAFAMTDLLGLGATEVVVVQSLGDRDAGNVDLGLGGNDVDLVDPPEGASVDAERSGDEEQTGSQLLQEHDALSLVDAGDQDQHGAGSDGGAKLAVVLAERLLVGGLPLLAALSGQSARSLVELNDALVAVLLTADLLRDSRRLLDDGRLLGLLVLDESGLLVVHLGSREPHDPSVDLSVAGSVSHRYFYWVFGFLTQKKSLKNF
Ga0193418_1025465Ga0193418_10254651F053055RVGRDHIFARHHTVQTWRTQLQPVIVVASVEDSETGAGEAAAVAIEAGAVETVVVDVAGARRRRNGFP
Ga0193418_1025475Ga0193418_10254751F000577MVEETEYDDVIECKHSYSQKCHTTYTTDFEPQQEEECEENFIKNCFIDYRKIASEEKVEFCHTPLICDGEGPIECKTVYESQCETRYHEHDVEDDVVNCETIQEEKCEDVTQGYTTEKKCTKWPKQVCTKEKANVKKYSPETECKKVPKELCGPSGCELKPGPEECFPRTETVVSEVPEETCNLEPQKECKHVTKLVPLLKPAEECVDIPKEVCSRSRTNPRK
Ga0193418_1025521Ga0193418_10255211F001826SDERRSIDMKLLLLSLCGLAAVSGQGHEEMQQIKETLNLYNLRTKCWGESNTHMWQLNIMKAQEKCMQLAPAIDLISQLVPQANPFATLPSRVSAPFRKLQKLQSFQNLDQLQSLWRSKRQASSGLLNADEEDFAEFLGDFNSFKEGIASKMGNLTCVLTEMKYLTPDLKINIDEYMKPVDESYGFEGFKPEESFAGQDPEFAKKLAEGAMDCYKISESWPQASLNRNPLSKVFGRNMIFFKCADKNEKKMCAKGVMLKWLEAFYGKDPEYDPTKDGLPEDKYDAALVSVKVLNNAASAEEEFVSEFFWNMSH
Ga0193418_1025535Ga0193418_10255351F000371ECEHFSEDVKYWAEYKTGIRGFKPWLEASETRTGGGLSKPQTLDEANAMFANVNDFDQGCLKHLTILLNAETAANKMTTHKEADVEVAGLKERYNKVKGVSDEWMKKADTLVKEWKLLDNTVNELNSWVAQDRGAEQEQNFSLEKMESTLGELKNIFKEKERLVDNL
Ga0193418_1025577Ga0193418_10255771F083605KMTLSPLFSCIMLVGAAAAYNTCGNCQAVVVSFSHHLTTLASIELQKISLEWNLCRHMSVEQVANCYYGVRNYWGALARQFWHGYYDPEASWTCGDSCLAPEDQVLECSECEGGLQLSLQQLSNQEVLDEIFSELEGSGFCQGTKDEDLCSAFLPMATYQGLPLLAERMIPDTWLQDQVCNNAVPGTC
Ga0193418_1025579Ga0193418_10255791F070826VREHSFANGEGRSQVLAEELLLGVLLDGADQLTVNFNLVLLALFRDDVGGLLLLEDFAFAMTDLLGLGATEVLVVQSLGNGDARNVDLGLGSNDVDLVDPSEWASVDAERSSDEEQTRGQLLQEHDALSLVDARDQDQHSAGSDGRAKLAVVLAEGLLVGGLSLLAALSGQSARSLVELNNAFVAVLLSSNLLRHRSRLLDDGRFLGLLVLDEGGLLVVHLGSREPHDPAVNLRISRRVNHF
Ga0193418_1025607Ga0193418_10256071F001568KEVYTLYKNLRTVFKILSTMKYLVAISLIIGVAYGASMYDTVKGMVTGDYGGDSGYAEKKCYPTYETKYRKQCEDYNEKVCRTTHNEQCQDVASKRCKAIKTSRDERKCHNVNELLCSLKESVQHEEIPAVFTVQKCHEVTERVCDTAYDTEMTERDDFKCIHVPNTYCAMKDRIVYDKTCRTMINFDCKPQDYGYGSAGSDGYGSSGYDSSDSYGASGSAPQYKCKRTPETKCYTTPRTVSSEYCEDREEEVCEKLTERVPVPKEKQVCHDEKKKVCELEQRSQPKQVKKYVYTKQCRPVPKTVCDNADQMSLVPSCVPSSRKECSYHPEERCENVPKQH
Ga0193418_1025688Ga0193418_10256881F036078LKELRLRGPAEVTDLGVRYLTGINETAEDMALQRKPGCPKLEVIDLTDIEKLSLHTLTLLLINLPELQILDHNHLHEALWLMHKTGMENSTLNLKLRGYNGRSPSQCNPESIEVLQKLCPHVARMHLCMTWPDTFFPLSRFREVTHLSIYRVASVENFDLPLMAFGPKLVKLELTNCTNFQSGTALNIRKYCTSLESLRLEVDSTDGNSSAGLQEAMAEQNLHTLQNQVSSLQERLENLQVTMLDVMIKYGNLKKLEELHLKNLSMGSLLIILPFCPNLRKLTLKYPLSGRGDDSVPNLTDSLFVKIFEKNKFSRIEAIEVWCKTLSIRTAEWFVRNCPQL
Ga0193418_1025753Ga0193418_10257531F000685FQLASELNHMKGIVPDDILEALKKKKLGLPGIDIEAAAEKNAMMAGEFEVIMELMEAYKEGNQAKIAKAQVDKLIDLAAPPPKGTGVQNIRECIIESKMTFDVSADDWQAYLKEKIMSNIERYFYLIVFAMYVREVGPAGFPKTFKEWMDDHAALREMIAEGRGKLEWERKIPDEKLVDLKDMLNTPEFKNNLPKVIKRIYELAWEQFSDLPRGHHKNNSMHKLASKTMIEILPERLLKHIETKCGSLANTPDFFDVIGQVSWFDEAPKA
Ga0193418_1025807Ga0193418_10258071F068406MVSQSRDLNRNTALEDWAVRNLDTKAKNVLILTNNLSLSPTNATVLDIKATLIESNVAEKAAEFEELVLSSLPPSLLLSALPDLERGRALLEPDALSYTVRLQLHTEVKAKDVLNTMNAISRNFLKDENLMRLSLVRPDDGWFQGLESVRAELEKEVGRGCRALARMDQRRAEGRQPASRGLPEGLQNSYGL
Ga0193418_1025857Ga0193418_10258571F000114RFEAINMRGSSVSIFILGFGCVLSAPQEYPGPAPPLKYDPQIGQTNVDGYSPNTKPYCHMEEKVVFENQCEPYTEKTCWTQNEEDCKPVMYKNCTGVIQTKIDRVCFNVNELVCSLVENIHYETLEETYQVQRCFTGKDRVCDTTFKIDTTTKDDYQCINVETPNCYMDEKVINDVTCTDTVEFDCKRVKSTKNDGYGAPDVVCLRTPKQDCYNIPRKVQVEVCKTDVHRYCEKFPNTHPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCETQSLEPACDFQERLTCSYVPKEQCSEEAKQYCHKVEKITLVEVCNPKFDTR
Ga0193418_1025922Ga0193418_10259221F010522MLSRRTFAVEKGEERVEGRLDGLLMTEEEIDKQLATHFDEEGSYKPPHMDNFVSMTRRDVMMNVRIPPLGIEPPPFGEEQIREITEKTTITRDNIEWARKHWADDSIKPDAKNHGVIAYDMLEMYKKGVSFATINLWIDYYSGADTGSENGIYNKSWARIDS
Ga0193418_1026063Ga0193418_10260631F100089VAVVGLVVGAANVKREADAEATAEADASADPAYGRHHGHAGYAEPPVCTLTPVKECVPRQVEHPRKVCQTVVDLHEDTVVTENCEEVITTTCTQVSQEAHHTSAVVDRSHRLVEEGVPVPYAAHPAPAAHGHGHYGKREAEADAEAEADADASADPYYSHGHGYRRGYHGYGHLAHAKAPVHPAPVHAAHSPKKVSPPVCESVPVKTCNKVPVSTPRKVPRTVCDTVVDITTIEDCHETVTKHCTQTSTTHHSHSAVVGHESKVVAVGEEVAHGAGYAHHG
Ga0193418_1026116Ga0193418_10261161F080836MRSSARRLASLTLSRQQQAAQISTTAPLPVGGSGRFRKIKQQNAEYFQRSGEKKVTEHTNTVLDPDYLDAMVEKMLLGKHGKRLGFLKQRTHPNLPEEEVGLRKDIAREWNHIYETVKVLGIPEIADVVGGQISARGPSTATCTTALTIQLADNLQILTDAELWHIIAAMRGWPGDASSSESLNRVLTSIDSLAAERCAGWEEEERLELALTWAAYPFRPSQSSFVRTCLMLSGPSLPSLPLPSLLQYLLLVSYRADDKLLVLGNFVGVEELEGAARTLDEEFNQLTETEVAVAYSALRHLNPGVAKGLGVRIHQTFG
Ga0193418_1027005Ga0193418_10270051F014224MHLNLLYLSTLLCLASGAPQYGGVQPTPAAAPLRGQGTVKCVTQYATIWDTEYTETETQVCTTEYEKVCRTETQRLCQPTTRQECSTVYEKQCQTVYRNECVEQFKTEYEPYTETECSTEYKEDCEYQWEGHGNDKVWAPIAGTCKSNPYETCSDVTKSKAVQVPYPVCRDIPEQKCVDVPRQECVQVPDQVCTNQPLQKCQDVPRQACQQIHKKVPNRVSRKVPKKVCQDSGSHIEGIAVGNVPVVIDARKNEKSVQVEGGVETPNSIVFGD
Ga0193418_1027074Ga0193418_10270741F000577DKVVMVEETEYDDVVTCKHSYSEKCHTTYTTDFEPQQEEDCEENFVKSCFIEYRKVASEETVTFCHTPILLEGDGEEVCQTVYESACTTRYAEHDVQDDTVECETIQEEKCEDVTQGYTTEQKCTKWPVQKCKTSAGKVKKYSPETECKKVPREVCGPGTTQVPGAEECFDRKETVIQEVPNETCNLEPQKICKHVTKLVPLLKPAEECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAQSGLA
Ga0193418_1027395Ga0193418_10273952F014226MGVGGWLSLLPILLVAVGARGEGEHKLTHEQSLVAPAAPRTAGYPEEPYYDYSTYPETSYQNQAADRQGAEALIAAPLIVTAFSAALFGGLLSPAITYGFERMSEYEIKWPEFTRKTSKSGKSRALQFSWLDTLEAVGKVVKQLESVQSETGYTH
Ga0193418_1027415Ga0193418_10274151F070826MEFSSKLQLLEIKLVGEHSFADGEGRSQVLAKELLLGVLLDGADQLTVNLDLVLLALFGDNVGGLLLFEDFTFAVTDFLGLGSAEVIVVQSVRNRNPGNVDLGLGGDDVDLVDSSQWASVDAERSGDEKQTGSQLLQEHHALSLVDAGDEDQHGARGDGRTQFAVVLAERLLVGGLSLLTRLRGQRARCLLQLNNAFFAVLLSADFLGHSRSLGRGDFLDGGLVLDKSGFLVVHFRPRELHDTAGDLRVSRSVSHS
Ga0193418_1027508Ga0193418_10275081F004094VRAEELGHTEGADPVVSEDLGHLLVGVEELLVLGVLEVVLLDVGPQLLDALSPGSLLLADDVSELGGELHGLGESGSLRHVESWLVFGAWSKIERKDEP
Ga0193418_1027679Ga0193418_10276791F039469GRALVPTHLAQEMDQGIKTVLLLVTWAAVDVLGAAAQTEGVVTSSCCPQVFLSSSGTLEQTQSAALGIYTLSSQKIAGNPHPVYLKSTPGQDFYLYFREQDSGPRGWLVGQQLLEDVFFLTTKQEASCPAGIVGAWGTTDEKDHSFSIECHSDQVKIDCCKTITLKASPNGPIATHQGGVLGDYIKAEDVNGHTAYSGPMGTSLFFRKAGYGPDGWMVGPEVDHESFMVTTRNKGICPNEVMRGFDRDNEEDSSLRMECTVPLADLQDPGVPSSPLVEPQRKSINSSAPRNLLLHHTACLKMVGMFFLLQNLIR
Ga0193418_1027776Ga0193418_10277761F001188HPLFSSSSWITAQHQFSTPEHFSTTTMFERLGEIVETGERFKSCEDDHEELPPIFWWFPKQEDFVPPPPMDETAAEKMDRISATIKLSRNEISEIMYSDAIPEEKIIRTLEIKREAEAIVQLFKECESDPEAKKGNNADMLAKCRAGLVDYQANVKSIDVCKFASDMIVEHQFKNGLNSQLVPWMDDGEVMANTPLAKPNNFEEARETESKCVKFAKEVRRVNKLLGKVEEGAKKLANHQTTAEQQIEEQRIRFKKIASIAATRVESMRDLLIRWEEMSISGEKDTMDFQPLTQFLKCYAIYFAS
Ga0193418_1027939Ga0193418_10279391F003903MILPVVSSLLLASLALGAPGANYGAAAHVSPAKQISSPSIQCRTEYVTLWDTEYQEREEQVCETVYEKQCETRTQRLCQPTTRQECTTNYVKECSTIYKNVCVQKFRTEYEPYTESECTTEYKQDCQYEWRGHGNDKVWAPIEGTCQNVPYDECRDVEKTHAKQVAYQECNDVPEQKCVSVPKQTCVTVPDQICKTEPLTECQDVPRQQCHSEHKRFPVRISRQAPKKVCDEVHSTAPLAAAAVHQAPVHHQASPSVQDLLNYGVPAVPTQTVPQIIDARDKQKLQSAAKDDRIVFA
Ga0193418_1028061Ga0193418_10280611F054550LQFRSIMKSIFASIVAIFGMTNAQMPGGFVIPGGGSPGGGFTGMCNEPCTTTTACPSACAMGTFNVGVFDMACSATGACAQSVFNVNGGMNSIKFEAANAGYGSTFNFNGGKIIAIECGAGLCGGVTFNIGASADVSDLKCDEYAGCGSGCTVIKGGQSVDCYQVATTR
Ga0193418_1028329Ga0193418_10283291F000021GLVETVPGVNLDLLKMDRYKMDMSKDPLFRGEFEVIKELIAELADGEASKRECDKVIDKNGPTKTGGTGIKQLRENIAESKLSYEIMDDAAQAFLKSKIMDNIHKYFYIIVFAGYMREAAAAAREAVEADKKSAVALPASGKCSIPAKDLKLGATFVDFMNKNESLRGLIDTGKGNLQWERDIPPAALSNLESLATKDFKANLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPAGVKPEVEGLIEKGKISLDLYEILGVCTWVEPK
Ga0193418_1028417Ga0193418_10284171F013605KLILLDSLLQETIWRTVLQPQEVTVVDSEEDLVTVVGEDVAEAADVVAGEEGEDVTRRRRTGSP
Ga0193418_1028443Ga0193418_10284431F000798LEILMAERAKDQKKNEGDKLDALIQKHEELIPNVQKTAVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTREIAPSCIENVDELIERQEKSLSQLDAKRNVVTDLIAKGKVILQNPDKPKFLEGNVKRIEDGWDDTKKKAQDRLKLLNETKDAFIGYAENNETIANEFEICEEEIKKVKKIFNLEAANADLKKRQDLSKKSTDTINGLFASINGNFETMSITIPEDKKKVLSKEIKAVQEKLEVEGRFRATVQKIEELVAALTNFDNSLKAIDSWKDAATAELTDIKEASGAMLPEDRVARTMDLQEDIAAKLEILKKCAGTEK
Ga0193418_1028454Ga0193418_10284541F014224MHLNLLYLSTLLCLASGAPQYGGVQPTPAAAPLRGQGTVKCVTQYATIWDTEYTETETQVCTTEYEKVCRTETQRLCQPTTRQECSTVYEKQCQTVYRNECVEQFKTEYEPYTETECSTEYKEDCEYQWEGHGNDKVWAPIAGTCKSNPYETCSDVTKSKAVQVPYPVCRDIPEQKCVDVPRQECVQVPDQVCTNQPLQKCQDVPRQACQQIHKKVPNRVSRKVPKKVCQDSGSHLDGVAGGSRPVIIDARKNEKSVQFEEGVETPNSIVFGD
Ga0193418_1028458Ga0193418_10284581F038528VKGKIQVSLAFVRQGLGTLSWTSRGILLSRLGTLSNCRGEAKAVEVRQERSRSILAG
Ga0193418_1028530Ga0193418_10285302F080834MESQMRDEDIFYSDDEFSDSEDFYQVPDYNNSKAGGSIFYQHGGSSLIEKHRSNTIDHPVNQISMGMAGMGLGGNFLNHDRPTIKTQSAPKSYSSMAKKEPLQPIKPNIIKPKIPPLAIHRAEPKKPTAPCMRVAETALMAGYRFRASNPEHDPRYPADQQMMVGPIPDLDHDTIYNSLRSIFQARGPVCFMFLHKSAVKDNNTGKPVKFGYVVFAEKGVAQKVLKAGTIAFNGGIKIKVSPML
Ga0193418_1028628Ga0193418_10286281F033304CSGGVSADQGHKLGILVQSASNISGCTIAMSASFLAPLFELAQDEVVKEKALEAAKQFFTNSNITINLLPALIAGALLLLLGLPLIALLFQPAADTSATGYGPPADEYGAPSSSYGSAYSRSDEGYEEYRSLLSDLIDSNAGSVPEFELTKRMQQMAEPVINKIADTAAQFIQ
Ga0193418_1028724Ga0193418_10287241F009881MLIIHILLGLQLVGEGELGGLLLQFGELVLVLGDLLEGWLDELALHVTDGDGELVDLEVAEDDLALEEEHLGLQLVPLVEVSLADLLEVIHGGVVNVSLGAASLGNDTESLLSLALLLLLQLLGGLLTEKSSELLLTLWGHESLLLGHVGVCVVEMEHRVLRQP
Ga0193418_1028996Ga0193418_10289962F062420MRTIENPPNSFTMECTASGSCAASQYTFAYSGGMTKYLESIKAGAPYALYGSTFTIDNTARGTNLVVRAIECGSGLCSGATFRFLNADYGDIKCDEYQGCGAGCMVEMPPGAPVPCDQVSTTR
Ga0193418_1029077Ga0193418_10290771F089800LQKMADSAKLIPIRKVFEDEEYNLMAENQGYYCQQLQCENMAGAWETLGNYKMAALANGAQTLTAGFWFLAQVIPKATGYSFFMLPSDNYATYQIPIYDNQYPQNPKGADWAATCNKFEGFKAHAWKCNKTVTNPETLDQTTEMKDCNDNTIIYDLITYNKNTDMKTKNSLKTKKFDFAMNQYKASRAEFQGDQMYVVAQGNNESMVLFKTVDGIIGFNWASSEYKGNRKNVGSMSNGLSDCIGFVNELIEREMIGGEKF
Ga0193418_1029119Ga0193418_10291192F029649VIVLTTLEDVGARGMKHEITMGNICSSNNNNKGGSKPPRDLTSLLEESEEGGPWFDLFRQFLRHRDQTELEHGLGFCVLAGKAKALQEKSGVVANQTKEEMREELVNTLHKIAADHLLSDAPQPVVLANQVLREELAERLPQLGLKSSESEVSSAVDDVWSARNDPKLWKSLDSAFKTFVANKPSPSVSQVLLSIL
Ga0193418_1029257Ga0193418_10292571F078198CLHSQPIMLLLTAVALLASGCLAELVLPQRHVMAGQMPYNSPFFHYNGFHNGMVNHNLLRSGHHVADPRFGMVNTLPFRAGHPIAPTMGHIMGHPFHALPPQPYTSAHNMVPIATAVHDPTYVSKNGEVEHVVKGIHAETAIKNIHGVTKREAEPMEVMVDGVHARTALNAMPITTGMISPTMGHANVYSGYPMTYGSGIVNNMPFRTSHIVPTMAHSMTHSMLHPFHASQPMVRTIAPNTHTGSTISHHGFHGINAGLHGISRIV
Ga0193418_1029331Ga0193418_10293311F030969PSFYCLIHFYKSCRMLAARLLSRVPRLPLAPQSYLLSSQIACCDLPHSRLLSTSQPVAVRGRNRIVAGASNPQDLSQEARALIEKAQDPDDLSWQPGYGIGQPITLDVSTEERTRALQYEVSYKGYAANVDNGAEVVKYWPHRGEELPDEPPSPVLMVTKVKTLDKEQHWVKNACEQIGLGSGKLSSKAGKVGSRVFLPNLPSVCALLYKIKHVVEITPVTFPKGMPEDFHPDTHGFKLTPTGEFIVEGPPAESLSSVAARADWMKLTEKDINREARRHWDTPYGSPLGNSNYHRHTGYQYNSQMDSEFAKNQRKKWR
Ga0193418_1029377Ga0193418_10293772F098351LLLVDLLSADAWNQATNAEGSWAAVLDRNFVAGLSVSHLTLNLGHLATLEFRNILTFLSGEGATLSRGRFSALGSGNILAFFSLDSLALSLLDIGTFLSWDIATFFLGDVLAFLLGDVTTLLGWNIPALLGVMDLLADLLVDGVTLLGVDSVAFLAIDSVALPLVDGVALALGHVLAFLLGNGVALLLIDHRTLLLRNFLTDLVLDSVALPLIDDL
Ga0193418_1029396Ga0193418_10293961F000080MAFWQENYQFIKEVYDMRHMKMAEWMENVEKSISRIMADKVYTSAEFKRERDTFNSLCKDLERSEVKKWLAQILEILMAERAKDQKKNEHDKLDQLIKKHEELIPNVQKTSVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCLENVDELIERQEKSLSQLDSKRNIVTDLIAKGKVILQNPDKPKFLEANVKRIQDGWEDTKQKAQDRLQLLNETKSAFIGYAENSETIANEFDSAEEEIKKVKKIFNLDAANADLKKRQDLLKRSDETIHGLFDSINNNYKTMCITIPEDK
Ga0193418_1029397Ga0193418_10293971F065330LILHDSLLQEMMRTFSAALFTVLSIPAVLCDQAGGHTHTAAAAEADPNAYYNQAGYDAAYGQYDPTYGQYDPKYAEAYGYPYGYDYPDTGELAEKQTATGTGPTAGDFIPFIASFSLPLGAAVITFLALVSVAAAFLLFPQTVEIDTNSRKKRAFEESLSPYGVCDNSSSTACRILESIVLSMDCLEVASCEVASLANSQEFPMIADIVKPFLSNKYYERFASVDCSTLKCKAKSSLYEMNRI
Ga0193418_1029477Ga0193418_10294771F026192RGQSGESEGCRTAEDQRGTVGLEMLASRILTPSFGCWPARFFASASESRDALAHVSEGEKKTKGLDRNRDGTIRLNFAIVSPTEAEVVHRLLYASYYPTEPLISHLGLCTGLNSIKDLDKVVEERLASNLTLVAFDESGRPVGAAVNNVCNKNEVRIELEEELKDVKDPRYKPIRAIHHTLRRQNDDVYDQIGIDKMFSIGMIGVEKTGLGIATNLIRRSVLLAGCLGFRGIKTEAPGAFSREAFERVGFQAGSTIDYNSFEFYGEKVFQGLKSGDSEITFMRKKFFQSSLKHIL
Ga0193418_1029536Ga0193418_10295362F022350MDQQSETNAPSAPHQVIYIAQAPKEKVDIKAAYNIKAATALGIVHIVCGFIALGSDIAGMVTDNFAFATGIWTSIFFFVSGGLAIGGARSGSKCLVVATLVMSIISAVSAGILLIMSAISLKIFGYRYWYEGSPVSYALLIAMGVLMLAIAIASASLTCYPLCCQSTKQGAVHYNPNQVPASVLVNADQMAALSLPPLQNLHTHSSTSVKLLSDSADPPTYQDVAGVGSTYQKF
Ga0193418_1029577Ga0193418_10295771F000080ALCKDLERAEVKKWLAQILEILMAERAKDQKAKEGALLDALIKKHEELIPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLETKRSVVKDLIDKGKKILENPDKPKFLESHVSRIELGWDDTKMKAQERLKLLQDTKEAWVGYAENNDTIVVEIEKGIEEIKKIKKRFALEDAFTDLAKRQDLLNKTRDSIMGLYNQIKHNVEVMGITLPDDKKKIISKEMAALEEKLVVVGQFEEKVKVIEDFCSSLKNFDGSLKSINDWMLLATKELEDIKNSSDKMAPEDRV
Ga0193418_1029608Ga0193418_10296082F027731LHSSQNPMSGWKERCTEFHAEKDCTAPSDMYGSPRCSWSDAPDGYDCENFWPSTTEESGCCASDSEQAYDRCSGSSSKWECNAMSSCHWIQGDDADCTWVPPTEPPPGPGCCTICASQDVNGPWLETCTNYWNEQDCLTPVDGDGVKRCSWTPTAEDVDCTILWPTEGPADSWWTTAEPASQQLFGFGAESMMGQAVNSQVSLSTVLLLFIAAIALFKVYRWWHSRDGDNYDKYSGREGYIKIGDRAQVPAWNNEDKSGYNTYSS
Ga0193418_1029957Ga0193418_10299571F033693NKKVNSESTVIMAASWDAVQQMLGKIWTRLEVIDKLAEAQGKLCQRLDELEKALGRLDPNASAGEAKTPALTTVYDPITKGVKLITLEQYERHYAKIPAPTYVAVYNPEKQSVELMFEKHYLASPAHAKDLKARKPKPVPEYTLVYDAASQEAKLMLWDKFVNAHKPPTTDWAMKYNPSKQGIDLVFWRNYQPGGGYKILSVSDFF
Ga0193418_1029967Ga0193418_10299671F000044GIATMKIFIVLGVLAGGALADFIGSGGHSHNHNTGIVRGGRQLDGGAVPGGVDFSGCVTDPATGLCCVDKLETVTSLQKDPILECTHKNVEQCHYTYVTQFSPTQEEVCEENFEKQCQITFKQQAFNETVKKCYRPVEKVCNGQGPEECRTVYESSCTTRYIEKQPGKFVGDTSCEKLPIDICGAGCTYEEGAEECHDKVIASLVDVPEEVCDLNPQKTCKLTTKLVPKLKPEHQCTIVPKETCNLKFTQPRQVPKPLQTRWCLDPTPAEPGALYDESDAIGAPISPRSG
Ga0193418_1029988Ga0193418_10299881F009881LVGKGEFGSLLLKLGKFVFVLGDLLEGWLDELALHVTDGDGELVDLEVAEDDLSLEEEHLGLQLVPLVEVLLADLLEVVDGGVVDVGLGSATLGNDTESLLGFALLLLLELLSGLFTEKSSELLLTLWGHESLLLGHVGVCVVEMEHRVLRQP
Ga0193418_1030007Ga0193418_10300071F048738SALETSKYLSQFQVVKFSYMFDAFFDIEKNGLLEEDDLDAFINKINVYLNIEKDSKRFYRLLDVKNSFWDCIKDQLIREYKADDGAPDEALISWDEAFKRASNVDTSSMTLKQWLNMWGRLCYGSAGISDFPIWVQLLPSVFFDVMDKDGDNQVSVDDIKQFYGEFVGVESGEVDRVTAAGMRQMTANGDYALNREHYFFCFANFLLGRDIYGPGKYIFGVFDNRELDHTYMVKYNDDED
Ga0193418_1030170Ga0193418_10301701F000486MRQWIALMLLGLAASNEIQVVPPREECAKTSENCLSQKCCKTTGYQCYQVKPDFAQCMKTCTPGVDGTCLLEANFAASKRSTISQTANTMYCFSFYTADTGSTKPSYELDLLRTQLFLGASIFGCEAYRVFSDVETWLAPGKVNTIKVEDVDGDFHFAKRKRVGTWVNAPMFIAAWKKIQEEGMWTDKDWIVKVDVDAVFLPSRLRTYLEKVEVTNNGIYLENCKYVNFGFFGSLAVMSHDAAATYIKNLDTCKQELNYKGSEKATGMQPWGEDLFAQRCMDISGVDKVSAFDINTDANCAM
Ga0193418_1030214Ga0193418_10302141F033281LTSKVGERSIVDMKFFHILFSVGLVHSGIVRREADPGTYGSSSAPICKSVPEKTCTPRNVEKPKKVCHDEYDEIVDTTIIEKCEEIITTKCEQVSTQARHSSGVVGHDSKVVATGVVASPERVVSYGGISSGYGSSYGSYGSSSYGKREAEADAKPKAEAEAEGANYGYTSGIQKSAPICKSVPQKMCHKVPVDKSRKVKNVVCKTVVDIEIIEDCKEVVTTHCEQTSQKVSHHSSVVGHDTRVGPAAVVDSYAVGHSHGLGGIRRFGGYGKY
Ga0193418_1030260Ga0193418_10302601F100331MKFFKVSTLATALASAAMANPLASIDSNVETGTTSDITDTDYTESNVNFDKQTTSAQPEDSEALQRTLQLVPGYGPPAPRAGCNFFPETSKVVVWDEVERQVCEDSVETGCGSCISDLYQIGYEGLPVKSYQNCKITYKAEPLKLSRGTTTTQTETVCRNIDENHCEYRWVLEDNGDKTWKEDPNTCSTLQVTKCEEVPKTRVSEDYVDLTVQKPEGICCEVVRDDCHTIHERVPRQQEVTTWREVCPVGEKTPVPPARK
Ga0193418_1030575Ga0193418_10305751F093215MVEETEYDDVIECKHSYSQKCHTTYTTDFEPQQEEECEENFIKNCFIDYRKIASEEKVEFCHTPLICDGEGPIECKTVYESQCETRYHEHDVEDDVVNCETIQEEKCEDVTQGYTTEKKCTKWPKQVCTKEKANVKKYSPETECKKVPKELCGPSGCELKPGPEECFPRTETVVSEVPEETCNLEPQKECK
Ga0193418_1030633Ga0193418_10306331F094899SRSCRRINLAPRGTRSFFDYVRVANQVDAGKSIAEIEAEFSAEDDTKQSESFGWQWLNWFQENAPEKYAEYSSMRSQFQRWEQYLGGRDVKSSKQIDFGDYRDRIADTSFVDNLEIDYYVEKDTISSISDMSTLDKWTPSAVQSFKSECDNNGDMLVKPLTAEDKQRQQESLENAELYDEKMKLMAAEIMKDFEQVDAERNMLGQETLMMELAEHPQYAETLEDVYTAKQTYLDYVMMPMHNDYVKKERLRQIQDESRRKAFLERWDTASKISNGAESEKWY
Ga0193418_1030698Ga0193418_10306981F000717MNKATTLIMCMLSSVIAQSNRLQSFGREEKQDVDVVEPEELSLFARLVGEETQARVIESISTWANDKAKENPGCVERFVCETYKTGETMSGIPYLLMSLTNAAVSFMVAEQFGEAIEMEAITRAAKYGRMTGTCHRMECPIMDGQLRTVTDYLAGFEEMLGYIVNSVSTSIGK
Ga0193418_1030819Ga0193418_10308191F048080MLGRVGRVAGVKQGVKQGLSKQCTFSTAPAPAAAEAIEALQHVSEEERRRAREGRLDRDKDLGARLRFAIVGPDDLDTVNKLLYATYHPFEPLTKHLDLCKGLNSLKDVDKMVEEKLAKYLTLVAYDETGRAVGAAVNNCVLREDWEVGLEEELGRVGESGYRPIQAIHHQLRQENKHLFDEIITDKLFDIGMIGVEVENRGQGIATNLIRRSILLAGCLGFRGIKTEATGRFSRAAFTTVGMQPAGAIDYANFEFEGRKPFEGMPHPDTQITFMKKKFFQSALKHIL
Ga0193418_1030860Ga0193418_10308601F019598MIFHLLLLISPAFGMPSSALLDDVGSQIIGKLDSLPGFAQEGKDILKNSKLTEHIAEALKEAEKHILEMDTELRLMESEELQFEDNYFPAYNKAKGYLRETRQALRKLADKTVKEVRDLKLLLEELDQTDDPFLLKNAIESMKNLMIDTLKTLEEAVEKYNSALDTFEKLNSSIKTQNRKLDKLLDKNSAEYKEWTTNMRAGLYSTVAVSTISFILADVFGCLGFCSAGSLVASIAGIASAETGIAKYAAKLETWKSITERMLESGANFDTTLTEAINILTDEIDLINNWTNSAEVVSNNIE
Ga0193418_1030963Ga0193418_10309631F005377TLFKELPVHSLQNLQASPPVLAEHPYVNTFAVSSPPHIIMAISAEDWAAQQATWNEWVKALLEENFSKVTVIVRPHNMENGQPHPYAWSPLAYSAADCVATQWEKTDADGNKTMINENQELLNDWRSAQYLSGDAKPIATFHFFQQAFKIIRRFDDSEEGQECAIVGQTKEAIVVAKKYKTVFVVMMAPLVKDKKEKGFTAARTAYPAACKAMFDAADEEDEI
Ga0193418_1031250Ga0193418_10312501F094899TMLSRSSQRLCLSHVSKRGFFDYLRVANQVDAGKTIQEIEEEFSKEDDTKQADSFGWQWLSWFEKNAPEKYAEYSSTRSQFQRWEQYLGERGVKSSKQIDFAEYRNKIADPSFVDELEIAYHVERSTMSSISNMSTLDAWSPSAVSSFKTSCEEKGDQLVKPLSAEDKQAQAESLANAELYDEKTKLMAAEIQKDFEQMDAERMMLGQETLMMELSEHPQYAETLEDVYTAKQTYLDYVMMPIHNDYVKRERLVTMQDEERRKAFLERFERASKITNGVDCTVPQ
Ga0193418_1031265Ga0193418_10312651F000486YGPTTMKQWVAFLLLGLAASNEIQVVPPREECAKTEENCLSQKCCKITGYSCYEVHSGYAKCMKSCTPGQDGTCLQQATYVGSKRSDISQTANTFFCFSFYTADTGSTKPSYELDLLRTQLFLGASIFGCEAYRVYSDVETWLTPGKINTVKVEDVDGDFHFAKRKRVGSWVNAPMFIAAWKKIQEEGLWQDKDWVVKVDVDAVFLPSRLRTYLEKVEVTNNGIYLENCKYVNYGFFGSLEVISHDAAATYIKNLDTCKQELNYKGSEKATGMQPWGEDLFAQRCMDLNGVDKVSAFDINTDANCAM
Ga0193418_1031337Ga0193418_10313371F012547PSFYCLIHFYKSSKRMYLFFGLLLLCYGTQGTEDEVCEIAKQTFDSCNDQARATFSGFGCSSACDFVTSLASCLADLTSTCPELEGTLLKKTKKYLVRMEAATPNWDQAACPGALALKLKYPTLDCSNAEREFTQCHAEAYKTYQTELAAGEDGREDFVERKTCNWITDTFQTCHDAMVATRCKTHAELNAMVDVGLHGILTNLVATQPAWDSSLCPTASAHLVRWEEGRAAREEAAMQVTTARETSTTWSQSMCKMLC
Ga0193418_1031649Ga0193418_10316491F007563ETAVTMVSSLAILPLLASLSAAQLPVPGSIPGLSLDQQFAYIQQLQNHLNTQVQWSGRRKRSLPVPGTTGLVPGSAAEAQWYQQQLAQIALTAGRKKRSLPVPGTTGLVPGSAAEAQWYQQQLAQIALIAGRKKRSLPVPGTTGLVPGSAAEAQWYQQQLAQIALIAGRKKRSLPVPGTTGLVPGSAAEAQWYQQQLAQIALIAGRKKRSLPVPGTTGLVPGSAAEAQWYQQQLAQIALIAGRKKRSLPVPGTIPGLVPGSAAEAQWYQQQLAFIAQTA
Ga0193418_1031714Ga0193418_10317141F021704PPFLIPPLNMLRFVLVLTMAALAAAGPGYKPMMMKKMAKHYFDQMCWGKDNQMAKYKSIKESLAACMGEAAPAPRAMPQKMVMKPVHSYHVPTYSIVPPYQFARYHTLGKRATPEEETAEFLNDWVDFKGDLEHKIGNLTCVFDKMGLHTASGDVNLSFFTTDFWNNINLGSTLAGSDPNWRSMLTTRWTDCYNKAQAIPTEALTRMSFMKSMPQLARNMEFWMCAMEAKTDCCSAALQHSMLEDMYGKDDGSIDWTQYGLPADKYELASVATMVLINSKSDMEKFICSFFESDGTDM
Ga0193418_1031733Ga0193418_10317331F085102MCAGDFLALVQGLAAPPSHHRIMVPPDNRCCFCLTLRSGSLVIGIGNCLFYIACFLWYLTSNSFGAPISESLTFTNLDISVFVIFLVQLVVNLLLIVGAVRRLPSHIFPWICANAVFCGICMIGIVVTIFWGTTKLGLNHSDYVSVLTILGLITGINLFCVIVVFQFRHNTLLEERIALETGVEVTLPCGSAPPLPPPSYDEVARTDLKLPLEDGPPEYEAAVAMPMLGGGEKVKKEEEEKSPVVQRKKSLTSHLV
Ga0193418_1031758Ga0193418_10317582F004577LQVQPNLIIMKAFVALFALAASALAESDPWYGYGYGYGLAHPYSLGYGCHNAYGAPVPCAGRKKREADPAVLLHHPYAYAGYAAPVVGYAGAAVAVKPCTNVNGEKVDCAQGHKDVATAHIVPALWGRKKREADPVYFRNVKAEVTEHEGKHIVPTVGVAAGVYGYPVATYATAEVPYKYSTVEYKNAPVENPTNPDQPELVHTSQLGVCLNAYGFQVPC
Ga0193418_1031844Ga0193418_10318441F094899MLSRSSRRINLRQIGKRSFFDYVRVANQVDAGKSIAEIEQEFTAEDDTKQADSFGWQWLNWFQENAPEKYAEYASMRSQFQRWEQYLGGRDVKSSKQIDFADYRTKIADTSFVDNLEIDYHVEKDTISSISDMSTLDQWTPAAVQSFKTECEHNGDMIVKPLTAEDKQRQAESLENAELYDEKMKLMAAEIMKDFEQVDAERNMLGQETLMMELAEHPQYAETLEDVYTAKQTYLDYVMMPMHNDYVKKERLRQIQDESRRKAFLERWDTASKISNGAESEKWY
Ga0193418_1031876Ga0193418_10318762F092979ETLIWKHINKSNKMKSLLLVLAALAVSASALTCDPDGEKKACSGTSAPKHDVCKCRAQALDDASQYKCAVMYENLPKVRGSGKRELTWLGALPDALRRPSIRDSTDPELKASFGGVEAKSFWWRKSQPDYETAKCNRIRASSKCYAAMIEPTEKKFDECAVNIINEKGKQTFGDSLCQNLKDARLISPNNEDKITNINIGMYFSYCGGDWEVIESEGVPLRLAEPLCCRRDPDDKKLFKFYRCDGTPYNTSETCK
Ga0193418_1031946Ga0193418_10319461F014224MHLNLLYLSTLLCLASGAPQYGGVQPTPAAAPLRGQGTVKCVTQYATIWDTEYTETETQVCTTEYEKVCRTETQRLCQPTTRQECSTVYEKQCQTVYRNECVEQFKTEYEPYTETECSTEYKEDCEYQWEGHGNDKVWAPIAGTCKSNPYETCSDVTKSKAVQVPYPVCRDIPEQKCVDVPRQECVQVPDQVCTNQPLQKCQDVPRQACQQIHKKVPNRVSRKVPKKVCQDSGSHLDGVAGGSRPVVIDARKNEKSVQFEEGVETPNSIVFGD
Ga0193418_1032028Ga0193418_10320281F064259MEWVNAIDNAVEKIKKDGRDPDATEILNLKEFVNSNEGHLKPMMHVICNEFVVDDDMEVSFQWPDCPDDWGRCTNWDGFWLLTLVEADNEHVFADIESAFLSARAGSEMIGKLESHATRQQPQISMIRFDEVECSTAEDVVRLAQLLKKCEDFKVIQLHLTLEDEMTEGWRALADQLTRFPAKEIHASRKALQGCTDRDCLRLVWETGTSSTWKVDGVDVVVEEEGKDEGWARIEQIIDG
Ga0193418_1032311Ga0193418_10323112F057081THCASNMSVSFLHSAILSLLLVCIPPLANAADGGNLDPPGALDPDETEFIKTEIQRLSNMTKEGMKPSGVDLHQLLSLRLNIETPEDEGRDGLDDFPGSPTIIIQANGEVQIKGKEEILLSADGKFNDAMFDRVFGEYRKRFEEVLAKQEGLMRQIKKLQKEAGREQKGPITETFAQRQFTFYQNGTVAVSLDVCEPECFTDRAFFEGEIDEEIFNDIFPQELLAALTVEEANGLDTKADEAEPEIGAVIGSGADKNFATAAVFILSTMYFT
Ga0193418_1032316Ga0193418_10323161F060574VISGSWGSLVWGWGLWVDSGSLIGDISDISIISVGRVLDVLDSAIRKSNRVRSGNVGSTIGLFLSVEASLGVVISNSVGVGVWRDLIGVGLNISSLDWGMVSWGWGMISWGSVDSVGNNWGSVDNWGVDSVGNNWGSMDGMSNWGMDSVDSMGDNGISSVKSVGGISNNSGVSAESLALGGGSVFSLVWLADRLMADLSVSISIDWSVGTVVHWGNGSRDWGGEDWGMDSGMVSNSVVHQTEVGTGGGQNSAQTQESLHVYLYVL
Ga0193418_1032369Ga0193418_10323691F001568KRYIIIIFIRSANIKMKCVIAIAFLVGLAYGGSMYGSTPSITSGSSDYGGDSYGDNSGQKCYPTYETKYKKQCESYDEKVCYTSHKEQCKDVSGKKCKAITTSKQERKCFDVNEMLCSLKENVQYEEIPAVFTVQKCHKMKERVCDTVYETELTEKDDYKCITIVNPYCAKKDRTVYDKTCRTMVNFDCKAQAGNSYGAGSNSNSNDGYGATDGGYGESNYEPEYKCHKSHETKCYTTPRTVSSDYCEDREEKVCEKLTEMVPVPVERQNCHDENKKVCELEERSQPKQVKKYVYHKECR
Ga0193418_1032559Ga0193418_10325591F078198CLHSQPIMLLLTAVALLASGCLAELVLPQRHVMAGQMPYNSPFFHYNGFHNGMVNHNLLRSGHHVADPRFGMVNTLPFRAGHPIAPTMGHIMGHPFHALPPQPYTSAHNMVPIATAVHDPTYVSKNGEVEHVVKGIHAETAIKNIHGVTKREAEPMEVVVDGVHARTALNAMPITTSMIPPTMGHANVYSGYPMTYGTGIVNNMPFRTSHIAPTMAHSIAPTMTHSMLHPFHAGQTMVRTIAPNTHIGFANAGIHGFSSGINGLNSAIWS
Ga0193418_1032625Ga0193418_10326251F014225MLGGVARNVCREGRVLSSGSPTLPAFLSTTSSSEAQEALKHVDRLDRNRDGTKRLNYAIVGPSELATVNKLLYATYHPYEPLTTHLGLCKGPNSIKDIDKMVESYLVKNLTLIAYDRGTGRPVGAAVNNSCHKDELNLSLEQELKEVDDKSYQPIQAIHHQLRHENGHIFEEIGTNKMFSIKMIGIGEEDRGQGVATNLIRRSILLAGCLGFRAIKTEATGRFSKETFQRVGMQPAGSIKYDDFVFEGKKPFAGMKDGNSEITFMKKKFFQSSLK
Ga0193418_1032687Ga0193418_10326871F056295RYKSSEEYLMSKMQVLCVLFAILIVSSGSDAEEAEERAVIQGIHCDYIILSDVPNLSGCNDGFKFVIRKSRGVRSQYLVLGGKTVLAFLKLGQKFSRCRSFNNITPRVTCRGPVGGLKPNFTPGNWTGGENSGQICAQVICCGSDGVTYPTPCATPAGVTCVDYNECPAVQPPLPPIGCPGCPVTGGAVLSPENQAIVDWTVKGLEGSDGLCKKTKVEVNNFSTQVVAGTMYEFDLVLDHAEDSAAECGAPDGLREVCHMAVWEKVWEDFREIQWDRSTCVRPGGN
Ga0193418_1032704Ga0193418_10327042F021914MGWVKLVLGVGVAAYSYRSVTHVNSLVRQVTVPKYSLLAKHTQNKKKTKEYKDAFKISLPPHYRVLKGTGSQHEIFVHDLAKQFFTSKVFSRFEGPLIKLFLYGTDAINLNRFNPAIPPGKAESMEDRMLGMKAFRFKQGDSYLVWKVVSRESDEILMRWEVGGFQGTTWFHIPSHENCIVFGSSFPVPSMEEKEHQSLPMKLYVDSARNLPADAPVGLRVRASIVKGLVKGLTGVHVMYSKYLLLSTYNKILQEEEKKRDRGEFL
Ga0193418_1032740Ga0193418_10327401F083657RLSSGVGTGRSGDKNTSGLSEKRGDEGQRRTTFGGLDLNTNAREQHQDINMSYGWQPSISFTASKYQRYGFVHEKPFLPGERYSISREMERNVKGYKEVRRGLTEARELVARQKRDRQSMDRPVVTSYYKSPVGTRSSKGSGSVFYSDPVERSYFFSGVKKI
Ga0193418_1032876Ga0193418_10328762F069523LTCFKLQLLRHCTATTARDRSLFVLVTRKRKSYIMAQVQKPVAFVVELEEEKMDCQFTESLQEIADNLRPKLLENKAFGTVGTKVWKSQKTTIIVGRLDRKFNEEETPIWKQCPDFLKMLDENDSMMANKSKSMVAVYSVLDENKNALEIDGKGVYFCVMRATQKGGSVDSLKAPTNIIQPTKSNDYQHNTETNDENMMSDEMLTTKKLN
Ga0193418_1032877Ga0193418_10328771F069523TTTYFSSFPRHCPASTACDRSLLCSIHSQRKLYIMAQVPKPVAFVVELEEEKKDCQFTESLQEIADNLRPKLLENKAFGTVGTKVWKSQKTTIIVGRLDRKFNEEETPIWKQCPDFLKMLDENDSMMANKSKSMVAVYSVLDENKNALEIDGKGVYFCVMRATQKGGSVDSLKAPTNIIQPTKSNDYQHNTETNDENMMSDEMLTTKKLN
Ga0193418_1033283Ga0193418_10332831F012547PSFYCLIHFYKSSKRMYLFFGLLLLCYGTQGTEDEVCEIAKQTFDSCNDQARATFSGFGCSSACDFVTSLASCLADLTSTCPELEGTLLKKTKKYLVRMEAATPNWDQAACPGALALKLKYPTLDCSNAEREFTQCHAEAYKTYQTELAAGEDGREDFVERKTCNWITDTFQTCHDAMVATRCKTHAELNAMVDVGLHGILTNLVATQPAWDSSLCPTASAHLIRWEEGRAAREEAAMQVTTARETSTTTWSQSMCQMLC
Ga0193418_1033358Ga0193418_10333581F074212MWEYPANPADLDSVDIADRMAYPPSDWTLNAVNCTTIQYERTLNWADLTSCQDAAGNALIAVEDTDNALKLSGTFFVELVSPYSMSTEGYFRTFPVVQQGFEIVLNKQVDVMATTGVQLFIPSVMAYARNDEDGSYEVTVLIQSADYVSMSIDDVAAVTGPLAISDVETVTADCLVASSFTCGQIFTAKIAASCSDDGYVDIGGSYQFAFTPQCRELDDDGTTDPACDTFMTTLDESSGSKVALGVDVDFRDNCKENLFDVSFQGTLSFYSDDQF
Ga0193418_1033429Ga0193418_10334291F015960MFRVNKPLSALARLTTSTLAKQNKTAMMSPALLLTSSRVRTAAGGTKGAPPISIDDLYGLCFLAEPHVRPPVERQPRDMFDTDIRLNEVVIYTNGGLHACKDKVTEDFVRHMFESSVIFFPRDAANKPQEFRDILKSEGGTEELPQLWIQGKLVGSGAELKDYDRVYELCTPARRAWPRDGPKGAYQQGFYNAPGVTESGSVIGSGKQ
Ga0193418_1033508Ga0193418_10335081F073594GMYCAADASNCPFVGAKEQLTKLAMKKVVENNVKVALKKKDCDGTVCPGGCCPEQNWYCCPDGMYCAADASNCPFVGAKEKLIKMAAVKKVVATKKDCDGTVCPGGCCPEQNWYCCPDGMYCAADASNCPFVAAKEKLMKFAAAKKVVATKKDCDGTVCPGGCCPEQNWYCCPDGMYCAADASNCPFVNAKDKMIRFAAVKKVAKKDCDGTVCPGGCCPEQNWYCCPDGMYCAADASNCPFVAAKEKLIKFAAAKKVVATKKDCDGTVCPGGCCPEQNWYCCPDGMYCAADASNC
Ga0193418_1033557Ga0193418_10335571F029643MNPSIIFTLVTVAGLTSGAPQYGSGVQPPPSRPAKQVGGSTTSVQCRTEYTTIWDTQYQEKETQECVTKYDNVCKTVFERQCQPTTRQECNTIYEKKCTTVYKNVCVDKYKTEYEPYTETECSTQYKEDCEYQWEGHGNNKVWVPIPGTCKNNPYDECKEVTKTKERQVAYPVCQDVPEQSCRDVPRQVCRDVPDQVCRNQPLEQCNQVPRQECHSVHKKFPVRISKTVPKKVCDGGYGSTGSTASRPEIFDVRGSTNSESQKIIFA
Ga0193418_1033717Ga0193418_10337171F029643QPRLTHRGVKKMLRFVLSTFVIVGLATGYPQGYGGVQPVRAPAKQVSSSVQCRTEYATIWDTTYQETETQECVTKYDNVCKTTFERQCQPTTRQECNTVYEKQCKTIYKNVCVDKYRTEYEPYTETECSTQYKEDCEYQWEGHGNNKVWAPIPGTCKSNPYDECKDVTKTKERQVAYPVCNDVPEQLCKDVPRQVCVQVPDQVCRNQPLEQCAQVPRQECTAKHKKVPVRVSKRVPKKVCDEGYGSNSGLPETFDLRENQPTHKTTSNQKIVFAH
Ga0193418_1033766Ga0193418_10337661F006049LVLAFVAVSAASPEDIYKKFLRSMDVYNFRMKCWGEKNVVKLSVGIEMAKKKCMQMVDEDVPRSKRQVEELKEFQETNEEFILQFGDFQDDLNTMMGNLSCVLKTVQWLKEDGEANLEPWTTGLTDPPEGGFEFDVEGAAATDLAWRERMSNSATECYELAEAIPAKSLTHDPITLVLGRAAVFFKCMNKVERRLCAEAEMLEFLEKVYGPTETETLNELGLPEDKYAAAGIAAAVLSNAESPEERFVDEFMWRLDDNL
Ga0193418_1033785Ga0193418_10337851F001568YPTYETKYKEQCESYNEKVCRTSHKEQCKDVAGKKCKAIHTSKQERKCFDVNELLCSLKENVQYEEIPAVFTVQKCHKMKERVCDTVYETELTEKDDYKCITVVNPYCAKKDRTVYDKTCRTMVNFDCKAQGGNSYGASSSSNDDEGYGTSAGGYGESNYEPEYKCHKSHETKCYTTPRTVSSDYCEDREEKVCEKLTEMVPVPVERQNCHDEMKKVCELEERSQPKQVKKYVYHKECRPVPKTVCDNADQKFLKLSCVPSSRKECSYHPEEKCENVPKEHCYQIPYQVKKME
Ga0193418_1033929Ga0193418_10339291F062417MLERPGDLIPVLPNAVTIPWTRRRSQILNYLHRGPVTFNTLVYDTNVGDISALATYFNPDRISERELNLRFGHYPTTGEKHESPDKRTGAEAAVKPRLLLYPDHSQEKVQRTYNWVMSQDSKAGSPVPVIQGQQRQNLTTTTSSLDMGPPQLNVNRNFSNPLLSKPFTMPSTAISSVLDNVWSDKGTESPDSSWPDKLSETGFGLGELACRLNRSSAEGEMSAWESGPQPFR
Ga0193418_1034012Ga0193418_10340121F056294KLLLLDSLLQERMFQLGEESGVVIRVDEDSEEEDFQLVSGDDRIDGVFTPVSELERCLAFDALALLGGNEYLVQQLLEAGAKPDFTPEQEKALHFCLSSLWDESLEDLASFTPQAARVGLLFPQQRERLPHLLASSLLYSGRHTDTRMVFLPPAHPDIRLLLINMANFSGADPPIGRTPRGLLCSRLAVLYHWAGNGSEETPAKAAEKTVEKSENQLSLPRVPTARKLSASLALEKKMLDVMDVFAIFPCP
Ga0193418_1034025Ga0193418_10340251F004303SWVKMDLRKVPGCHVFGGTVPLAAGIAKIPKERTLIFNIDSETEDALKDVPSFKVPFDSERPLPLECFDTIVKALAEEGDKTQCVFSGKEEIPTTLGMVAACTVKSVQTINKMRALVDEGITEKDWTEALVKRSFEDPNPDKPDDTPLTKGEFDIIKALIKKYPEVAVGKILADKMVDLGGAAPEGAGGTNLRTCVVELQKKMDAASGEEQIVFKKKLLNSLERYLYVVCFGAYCRQEGPSKFKNSFASWLAERSAIAEMVENGIRVWEQMTFFSLTMTLPA
Ga0193418_1034089Ga0193418_10340891F051676NVCNMKFLLAFGFLAIAYVNSLPHKESKSGQLCKGSSYRDVSKCISVHLDDASQFKCAIMYEDLPRANNPSKTRPLTWLGALPDALRKESIQNSEDPELKASFGNIEAKSFWWRLSQYSSATEFEKERCNAVHASAKCYASMIDPALKKLDSCAANIINEEGKQTFGDSLCQNLYDNKFITPEMGKIEDIKVGMHYSYCGGRWEPVQSEGEQLTLSEKLCCKPDQEDDTKYRFYRCDGSNYKTSDTCK
Ga0193418_1034107Ga0193418_10341071F000797MYCYTFYQVQRGNTPELADNPKELEIIKYQKASGLGIFGCDASKVFSDKMVDIGGVQTHAVLVTADFTKYFRKDKPTRYLNTPLFLEMWKVIKAENTYSLYAWTVKADASTVFMPGALKKRLSSYPETATGVYLETCNKVLQGYFGNLEVVSKTGMTRFLEQAETYYNNGGKCWRWDTQPCKADWQYGPWGEDLFMQKCMDDAEVQKKLDFTLTDTGTCPGMRPKADKKNMSYVPSCTDAGVKKFVAVHPKKNMSYVPSCTDAGVKKF
Ga0193418_1034113Ga0193418_10341131F000797MYCYTFYQVQRGNTPELADNPKELEIIKYQKASGLGIFGCDASKVFSDKMVDIGGVQTHAVLVTADFTKYFRKDKPTRYLNTPLFLEMWKVIKAENTYSLYSWTVKADASTVFMPAALKKRLSVYPETTTGVYLETCNKVLQGYFGNLEVVSKIGMKRFLEQAENYYSNGGKCWRWDTQPCKADWQYGPWGEDLFMQKCMDDAEVQKKLDFTLTDTGTCPGMRPKADKKNMSYVPSCTDAGVKKFVAVHPKKNMSYVPSCTDAGVKKF
Ga0193418_1034181Ga0193418_10341811F045517MAPLESRPVHSADVVRVEASKRFETSERTPMGTMPLSVIWAGTQYPIKVGDGQGELSASKEKMKVVKPSIWRTPKPTVASPNIKPASPRSWRTVCGLKCKDVTQDKGVQLVRERENSTVTEVQREQPIVVKPRMSIAPEARPQVPKKRGALRGFKARLRLPSSYRPSSVSFLTGKYPVGTWRYAARTRFKHHKFAWCVKSKIRNFHAKFQNYRKQYF
Ga0193418_1034330Ga0193418_10343301F100088PSFYCLIHFYKRNMLELALLATTLTLASGQGVGDECSFTPDCQKQEFCQNIADAGCVCNFGKCIIDGNPFVRNSECTTYKDCDCKANPKNCFCHSNACVTSAWECHESSECAAMEKCKGKECSCQDNTCAWECDKTEDCKDHYCNQALGYKCKCESSICQFERKPEECSSVSDCIRKKLCSAKKSCDCTQGFCEKPWWANGERDCRNDQDCENSLGMCMGRKCACKNIRNITEYEKRGTCQLK
Ga0193418_1034414Ga0193418_10344141F004094VSAQELGHTESTDPVVAEDLGHLLVGVEELLVLGVLEVVLLDVGPQLLDALSPGSLLLADDVSELGGELHGLGESGSLRHVESWLVFGAWSKIERKDEP
Ga0193418_1034533Ga0193418_10345331F000685LDALKKKKLGLPGIDFEVQEDRNAMQMGEFEVIKELLAAYPAAKIAKAQVDKLIDLAAPPPRGTGVENIRECIIESKMTFDVSADDWQAYLKAKIMNNIERYFYLIVFAMFIREVGPKGFPQSFLQYMDAHGDLRTMIDEGRGKLEWERKIPDEKLEELKTLLAADDFKGNMPKIIKRIYELSWDMFGDLPRGHHKNNSMHKLASKTMIEILPPNLAEYIEKKCGSLAGTPDFFDVIGQVSWYETA
Ga0193418_1034543Ga0193418_10345431F000287VSEGALRGGLSDQERKKKRKKNYKMSAGGAWRRPRMKVYDYNQEFGGNYYQPMIQYINKKDIYGPFHKRTEVYLPHSAEVTSDKYTNMRYQDKSSAKHNLDEFLKNAYSKQIKELNGTTAMARVNLMKNIVSNRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIEKKHNTKLSDKQRKHLVMLEACDDEYNYHYKLFGQGAVDRDMKFFAPQLVQDYVNQIRRF
Ga0193418_1034566Ga0193418_10345661F000052IAFNETVEICRTPLVKDCDIQGPEICRTEYESECWTKQEEHDVTDDVVECTTVQDEKCEDETSGYTTFTKCSKWPREVCSVNKKAVKKYTPITGCTKEPRELCAPAGCGFKQGAEVCYDKTSTIVQDAPKEECSLEPQRTCGHVTKLVPKLHPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYVPTEESGLA
Ga0193418_1034568Ga0193418_10345681F000052IAFNETVEICRTPLVKDCDIQGPEICTTQYESECWTKQEVHDVEDDVVSCTTVQDEKCDDETSGYTTFTKCSKWPREVCTVEKKAVKKYTPITGCTKEPREVCAPAGCGFKEGAEVCYDKTSTIVQDAPKEECNLEPQRTCAHVTKLVPKLEPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYVPTEESGLA
Ga0193418_1034574Ga0193418_10345741F000052IAFNETVEICRTPLVKDCNVQGPEICTTQYESECWTKQEEHDVTDDVVSCTTVVDEKCDDETSGYTTFTKCSKWPREVCSVDKKAVKKYTPITGCTKEPREVCAPAGCGFKEGAEVCYEKTSTIVQDAPKEECSLEPQRTCGHVTKLVPKLHPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYVPTEESGLA
Ga0193418_1034620Ga0193418_10346201F024475GRQASKMQQTLLILTNLALATAASLDLKQVAVPRLRAAADDANENAAFQQRLQCWDRTSQNGDSVIATDYMPYISYHNMDNKIESCVFNGIWILYGDEVYNGGNPLAHNFWAYGENYATDMPANFKNEASSLRYSGHPSDMYKDSINMYFNEYFMGDEEFAYQNSPVLNYDNRAQSIIVTGDQWWTIYEFANYEGYKACLAPGQNSMPAFYSTMGSLHSLANDISSVAVGCYAKDKFYPDNMNVTSRSANGASGFFGAH
Ga0193418_1034693Ga0193418_10346931F098596MFAPLLWLQFWLLCVAAETAEVNSVDLLLRVKRDMNDVDMTDTSSDTSSTGGQEQDLDSGDPNLHNPQPNEGYGHEYVNRRYQAEMDEMGTRKPTSQVPTGGSEASGGRPTTTKAPPVPWSQQTLSALLQFGIIVGVAIMVGSMFMAMVGAELLYDHICDKIREIFKQQKPAPDIERLHPAELVG
Ga0193418_1034784Ga0193418_10347841F094854EGRKVDDGRYEPTNEEILARVQPLAVLQETQTQAKKRIVNLLGLALGLGIFLVIAVIVAQKQGEGSEGSILTAGEIFMRADNPADYRGGVILRAGDENYLVVKTNISGGAGTVQLKRVFGIRGSPDQLEVEEHTYKRYEVPTKMPDQLWSELPRPGLYVTEYGEYDDSTGLIAVSYNGSLIVGVKMTGNQFVPAGETTFQINMTDNLSVRMQHASMGFKNARWVEEGYQLDSEQLNQWHFKIENTRHQSWDCEFYHISKLKPMMLH
Ga0193418_1034830Ga0193418_10348301F001188VSINMFERLGEIVANNERYEGDENDHDALPAIFWWFPKQEDFVPPPPTDETCLEKMDRISSTIKLSRNEITEILYTDISPEEKIIRTMEIKREAENIKQLFKECEADPTSKKGEIAELLAKCRAGLVDYQANVNTMDVLKFATDMKNEHEFMNGLQQQLIPWMDQGEATTNVALEKPKSFEDARATEKQCVLFAKDVRKANKLMGKIEEAAKKLVRYQTTAEQQIEEQRMRFKKIASVAASRVEQMRDLLIRWEEMTNSAQKDALDFQPLTQFLKCYAIYFSQA
Ga0193418_1034839Ga0193418_10348391F014224INCELNMNKFLIQLVLSSLVTGAPQYGGVQTTPATAPLRGHGSVQCRTEYATIWDTEYTETETEVCTTEYEKICRTETQRLCQATTRQECSTVYEKQCQTVYRNECIQQFKTEYQPYTETECSTEYKEDCEYQWEGHGNDKVWAPIAGTCKRNPYQTCSDVTKSKAVQVPYPVCRDVPEQKCSDVPRQQCVQVPDQICTNQPLEKCQDVPRQACQQIHKKVPNRVSRRVPRKVCDDGHVGVATGAPEEFDVTGVATAPPLVGTGPEVVDVRHKTGQAAKNVNFNQIAAT
Ga0193418_1034904Ga0193418_10349041F092979MKSLLLVLAAVAVSSNALTCDPEGEIKACSGTTAPRHDVCKCRAQKLDDASQYKCAVMYENLPKVRGSGKRELTWLGALPDALRRPSIRDSTDPELKASFGGVEAKSFWWRKSQPDYETEKCNEVRASSKCYAAMIEPTEKKFDECAVNIINEKGKQTFGDSLCQNLMDARLISPNNEDKITNINIGMYFSYCAGDWKAIASEGTPLRLAEPLCCRRDPDDKKLFKFYRCDGTPYNTSETCK
Ga0193418_1035028Ga0193418_10350281F043708QGQPLPPIMAVKFLALVVLIFSAKADAQDYSRSSLDRFDWDLSTGCNNSEPFFIKNRSTKTKKPYLTVDLATNAVNGGAKTGEENQQWMWSQCYSAIHLVNVATGGCLTSSSEGKGGLVSADECRDNSFWELWDGTLMRWGQRNVDSDYGFFSESFFEFARLVKRKSALRIVNEVKYLKGTSTPWDWFLWDIENV
Ga0193418_1035032Ga0193418_10350321F043708QGQPLPPIMAVKFLALVVLIFSAKADAQDYSRSSLDRFDWDLSTGCNNSEPFFIKNRSTKTKKPYLTVDLATNAVNGGAKTGEENQQWMWSQCNGAVHLVNVATGGCLTSSSEGKGGSVSADECRDNSFWQLWEGTLMRWGQRNVDHGFGFFPESFVEFARLVKRKSALRIVNKVKYLKGTSTPWDWFLWDIENV
Ga0193418_1035037Ga0193418_10350372F054550FSKASSANQAKQTVNSEVPLSTTFTITMKSILATVVTVFGLANGQGMPIIPGAGAPGGGFTGICNEPCTDVKNCKSACAMGTYQVSVPNMDCSAIGSCAASTFNVNGGMNSIKFGHQYAAYNSQFNFNGGKIIAIECGAGMCSNVNFNVGSGADISDLKCDEYAGCGSGCTVTQGGVTQDCYNVATTR
Ga0193418_1035131Ga0193418_10351311F028413SFYSDDQFAVAVDGNSDPFVIGQDTIFGKVTVNVEGQEIDFDLDGVAIERVMVCTAAPDADLSIDSVTGLGGCLSADIDADGPYNVIGAGAVSEYQGTAMSTTAVNEAAFSFLTFDTPRDDIHIHVQALLDVTFGNIRRRRRVRMLLQNEDGANQFRSFVGTAAVVDAEEGNSMDGEVNTDGGDGYAVGFIPAMIVFAAGMMG
Ga0193418_1035187Ga0193418_10351871F008536MVKGYGAKSSTTGRRYSVITPTGQDNAVGVKGFKGKCLCIVFYPKKDKFTQGVKAFAASQEKFNKEDCVVIACTADSNWSTWSTSLGLTLKGEMTATSLEKIKEEAFIPDPTSYDIPTVSLVMLDECSCIRHVMSTSLEPEEAVEAALSAAKTMNSCRLPDPDSLRKTTRERSFGKQKYDAFKRKSFYDLGLNTEQGQITLLGESELPAQIHLNFGKMLQATPAM
Ga0193418_1035245Ga0193418_10352451F053050MKNLLIVLLLAFCSCKPADQDENTRSGWEFEQTPGDGLYLAGATAWLQAKVTDNGAVEDNDDWKVCIWRRESDGSTCRFDYVCEGFLCSIGSGDFHIEQECDRALQDVEYIGEDPNLHNRVCGLKVPNMDSLDNSMWTVEVEECFVTGCGGEEGNGKVLRHSSQQTVVKAPSSVVLSSPTLKPGISVRPGTHQVTLTVTGIRPEPTPVWDCSPGMQCSPGTPIVSAGPDNTVNMTSTATIVANSPGNFIIEGGAVLRNSTGDLATVWEEKR
Ga0193418_1035305Ga0193418_10353051F014224MHLNLLYLSTLLCLASGAPQYGGVQPTPAAAPLRGQGTVKCVTQYATIWDTEYTETETQVCTTEYEKVCRTETQRLCQPTTRQECSTVYEKQCQTVYRNECVEQFKTEYEPYTETECSTEYKEDCEYQWEGHGNDKVWAPIAGTCKSNPYETCSDVTKSKAVQVPYPVCRDIPEQKCVDVPRQECVQVPDQVCTNQPLQKCQDVPRQACQQIHKKVPNRVSRKVPKKVCQDSGRHIDGIAVGSRPVVIDERKNEKSVQFEEGVETPNSI
Ga0193418_1035312Ga0193418_10353121F000577DKVVMVEETEYDDVVTCKHSYSEKCHTTYTTDFEPQQEEDCEENFVKSCFIEYRKVASEETVTFCHTPILLEGDGEEVCQTVYESACTTRYAEHDVQDDTVECETIQEEKCEDVTQGYTTEQKCTKWPVQKCKTSAGNVKKYSPETECKKVPREVCGPGTTQVPGAEECFDRKETVIQEVPNETCNLEPQRICKHVTKLVPLLKPQEECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAQSGLA
Ga0193418_1035388Ga0193418_10353881F009251SSPQLAAWLNCLPPPSCSRLSEQQVATMDTVRDLSSALWSLRTSQEAARLLRTSLSLLRCFLFFDICYLIGGITLISMALSNQVKDQDNRMVFAGGLLTLFGSLSAMCNSLASHGLRTWRRAFLLPWLLFFLLVLAFLFLHLAQVFYQYHLRLKWEHLFLFLATYCLFSCWRHIHKQYLVMAFPRPEQVVVDVESVVRDYLRPATAHSPPGDLPPKYEEVQAAAAQVSEEEAPPPQYDESMTMGSNLPSTNPSSTTPAVPMPTSTVQ
Ga0193418_1035481Ga0193418_10354811F000577HSYSEKCHTTYTTDFEPQQEEECNENFVKNCFIEFRKAASDEKVTVCHTPIELIGGGPEVCQTVYESACTTRYEQHDVDEDEVECETITEEKCEDVTQGYTTEEKCTKWPVQKCKTNRSNTKKYSPVTDCKKVPREVCGPGTEQVPGAEECFDRVETAIIEIPSETCNLEPQRECKHVTKLVPILKPSEECVDIPTEACSRSRTNPRKVQKPVVKKWCYIPTAQSGLA
Ga0193418_1035598Ga0193418_10355981F006790SEASDIIMMKTFAAALLTCLVATTSADITCDDCLEFGDAISNYLQSEASLAEQTAILVAGVCPQTSDAVDCEAKLNIYWSQIGLAMYPVFLEPTSVCMELGVCKKTVVSEPTCDECVGSVILVSEVIKSDAKIADIVAFLQGDFCASTGDATCGDAISQLMPLAMPVLAGVLAEKANEYCCTLSPSGVCC
Ga0193418_1035612Ga0193418_10356121F002198LAASLVLARIRTEEGEDFRTQPRDEWPAGMSNAPSPYILYGPHGYKTFAHSRCQEVPTAEVSLGEIEGDWFLQEYVNSHDGKPTGAHTPYLCPEARMSFMPNMSAQAMNVSQISYEWPVTFLDVVEWVQHPKKTGVFFHEENVFSLWTMKVMEFDARKHMVVFLCIDYTIWPGWNHRGVYLLSREQEFKGKVKRKLSDKAHRRMRMVFDRKVNTTSCNPDDYLPFARERWHPHKKINNALIRAPVSPYISRKHRRNLKVLD
Ga0193418_1035805Ga0193418_10358052F005377QTTTLLSFAASFQRKPFVNRTFAPGTDSTPLTTMAVSAEEWAAQQATWGEWVKALMDVNFSKVTVIVRPHNLESGQPHPYAWSPLAYSAADCVATQWQKTDADGNQTMINENQELLNDWRSKQYLGGGKDVKAMATFHFYQKAFKIIRRFDESEEGHECALVGSTKEEIVVAKKYRTVWVVMMTPIVKDPKTEKGYKEARTAYPAACKAMFDAADEEEL
Ga0193418_1035806Ga0193418_10358062F005377QTTTLLSFAASFQRKPFVNRTFAPGTDSTPLITMAVSAQEWATSQETWGEWVKALMEVNFSKVTVIVRPHNMESGQPHPYAWSPVAYSAKDCVATQWQKTDVNGKQTMINENQELLNDWRSKQYLGGGKDVKAMATFHFYQKAFKIIRRFDESEEGHECALVGSTKEEIVVAKKYRTVWVVMMTPIVKDPKTEKGYKEARTAYPAACKAMFDAADEEEL
Ga0193418_1035810Ga0193418_10358101F000086LVVVEKFHEKVAKIENFVNKLNEFDGTLKSMDKWMKEADTQLHDIKNNSDKMTPEDRVSYTMELQEDVAAKVEIIKANVAAEMDLLPQGEKVPQDADDYKIELKRIQDFVSDLQKRVMKECDNFSEDVKYWAEYKTGIKEFRPWLENAEVRSKEGLGKPQTLDEANAMFANVNDFDKACSKHLQILDSANAAAQKMTTHKEADDEVAGLKERYTAVKGISDEWCKKVDTLVKEWKLLDDTVNDLNSWVAKDHGAESEQQFSLEKMESTLGELKNIFKEKEKLVE
Ga0193418_1035969Ga0193418_10359692F064374QLLLDVTDNLPLGGGKRLWAEGGEKVREGARWLEREHGDTLKSTWETLKTSLFTVWAMVKGVLLVLWAALLQAFKAVEPQLSAAWEASKPFFHQLGKVIIDYSLAAFRWLQENFPGYVLWAQDTGTALAQGAVATFQKIAEAF
Ga0193418_1036028Ga0193418_10360281F015960MFRVNKPLKSLSRFAASKLCHSNTMMMSPALVLTSMRTASKGTKGAPPISIDDLYGLCFLAEPRVRPPVEREPRDMFETDIRINEVVAYLHGGLHATKDKVTEDFVLHLFAAKVIFFTRDASNKPQEFRDILKSEGGTEELPQLWVQGKCVGSGSELKEFDRVWELCTPARVAYPRTGPKGAYRQGFYNAPGVTQSDKIIGAGKV
Ga0193418_1036176Ga0193418_10361761F000052TNYVSQQEEECEENFRKNCFIEYEKIAFDETVAVCRTPLVKDCDIQGPEICRTEYESECWTKQEAHDVEDDVVECKTEIEEKCEDETSGYTTNTKCSKWPKEVCTVSKKPVKKFTPITGCTKEPREICAPAGCGFKEGAEECYDKKQTVVQDAPKEQCSLEPQRTCKHVTKLVPKLSPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYVPSEESGLA
Ga0193418_1036360Ga0193418_10363601F028413FEGTLSFYSDDQFAVAVDGNSDPFVIGQDTIFGKVTVAMATPAIQFQLNGVTIETVYVCTAASTADLSVDSVTGLGGCLSPNIDADGPYNVIGAGAVGDYQGTAISTTAVNEGRFSFLTFDTPRTDIHIHVQALLDVTFATGRRRRVRMLLEEESEANQFRSFVGTASVVEGEENSVDDEGVTDGGDRCSVGFVVVMMVFAAAMMG
Ga0193418_1036496Ga0193418_10364961F078198CLHSQPIMLLLTAVALLASGCLAELVLPQRHVMAGQMPYNSPFFHYNGFHNGMVNHNLLRSGHHVADPRFGMVNTLPFRAGHPIAPTMGHIMGHPFHALPPQPYTSAHNMVPIATAVHDPTYVSKNGEVEHVVKGIHAETAIKNIHGVTKREAEPMEVMVDGVHARTALNAMPITTGMISPTMGHANVYSGYPMTYGSGIVNNMPFSTSHIAPTMAHSIAPAMAHSMLRPFHAGQPMVRTIAANTHIGFANAGIHGFSSGINGVNSAIWS
Ga0193418_1036569Ga0193418_10365691F086594MAGKRSLLQFVSKRYFQPRPLKATLPPSCTVKTEFNYEHLEPLKNYELAVSDVGTNWEKHNAMYDHYQVGEMYVNHSVPEWERFYGGCYGEYWPAHFGGGYHKFLRRRTTEPGSYKHKYPWVNFVRRKLDERGIHWDFPRGQDYQIIMRWLLTIYMIIFVAKQYFNFKSHRAGSKPLPPADSYPLRFNLPFYVYIIHEQAAPNFE
Ga0193418_1036575Ga0193418_10365752F015960MRTAAGGTKGAPPISIDDLYGLCFLAEPTVRPPVEREPRDMFECDTRINEVVAYINGGLHATNDKVSEDFVMHMFEANVIFFPRDASNKPQEFRDILKSEGGSEELPQLWVQGKCVGSGSELKDFDRVWELCTPARVAYPRTGPKGAYRQGFYNAPGVTQSDKIIGAGKV
Ga0193418_1036664Ga0193418_10366641F000811PALDISMIDTLSRELHPTTDLMSETEVCPWTLFLTMSLTLLKGLMPHVPALLPLVVSDPEMRERAEETFMSPEFQENIEKYFVENIKSDIQAPLNRQIIQSSETVMYMVKLMNNFFDYFMGGATKVLQNDAGTTDNMPRSSGISIAGMDVFQILDFVRTMYNLTK
Ga0193418_1036854Ga0193418_10368541F000049MRQTKMIEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERTEQTSKLDALIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQDKALNQLETKRAVVKDLIAKGKQLLENPDKPKFLDSHVNRIEVGWDDTKEKAQARLQLLNNTKSAWVGYAEGLENIAVEFDKGEEEIKKV
Ga0193418_1036993Ga0193418_10369931F015563QSVQCKVLFSQLVLYSRCMSAPKISRAALARPAFWGKWGIYNPNVAKDYMRQAYNRGYGQPLISGRENGFGTTPFLTFLARRWNYDWLKLIAMRIDAERTPLSILKRQIWMARFEYWVRRFYARKAVNRAAKVEWAFIKERLAQPMTWTGSDVQHALLWLLNVAAFFSIGEVVSRQYLYGYPVATPEWTPSKPKFVPGFWHVYDPFEDYPFDNQPNYITKQFQRSGWWHNAAENYWVPHRIIAGFPHG
Ga0193418_1037003Ga0193418_10370031F051676MKFLLAFGFLAIAYVNSLPHKESKSGQLCKGSSYRDVSKCISVHLDDASQFKCAIMYEDLPRANNPSKTRPLTWLGALPDALRKESIQNSEDPELKASFGNIEAKSFWWRLSQYSSPAEFEKERCNAVHASAKCYASMIDPALKKLDSCAANIINEEGKQTFGDSLCQNLYDNKFITPEMGKIEDIKVGMHYSYCGGKWEPVESEGEQLTLSEKLCCKPDSQDETKYRFYRCDGSDYKTSDTCK
Ga0193418_1037007Ga0193418_10370071F051676MKFLLAFGFLAIAYVNSLPHKESKSGQLCKGSSYRDVSKCISVHLEDASQFKCAIMYEDLPRANNPSKTRPLTWLGALPDALRKESIQNSEDPELKASFGNIEAKSFWWRLSQYSSAAEFEKERCNAVHASAKCYASMIDPGLKKLDSCAANIINEEGKQTFGDSLCQNLYDNKFITPEMGKIEDIKVGMHYSYCGGKWEPVESEGEQLTLSEKLCCKPDSQDETKYRFYRCDGSDYKTSDTCK
Ga0193418_1037124Ga0193418_10371241F001271IPSVQKTSVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLDSKRNVVNDLIEKGKKILEHPDKPKFLEGNVKRIQEGWDDTKKKAQDRLKLLQDTKEAWVGYAENNETIASEFEVAEEEIKKVKKMYNLEAALADMKKRQDLYNKSNNTISGLFKSINDNFTCMSITLPEDKKKVVDKEIKAVEAKLEVVGRFKDTVKVIEDFCAALVNFDNSLKAVDGWKDTATAELKDIKEASGAMLPEDRVARTMDLQEDI
Ga0193418_1037153Ga0193418_10371531F000052IDKVLMVEEIEYDDVVTCDHSYDKRCHTTFITNYESQQEEECDENFRKSCFIEYEKIAFNETVTVCRTPLVKDCEQTGPEICRTEYESECWTKPEEHEVEDDVVTCETVEDEICEPETSGYTTSVKCSKWPREVCSVTKKIVKKYTPVTACTKEPRELCAPAGCKLVPGPEHCHDKVQTIVQDKPKEECSLEPQRDCKHVTKLVPKLTPTEECVDVPKEVCSRSRTNPKTVKKPVIKKWCYVPTEESGLA
Ga0193418_1037202Ga0193418_10372021F004272STLVNMFLFTLSSLLALSQAQQSDWCLDSETGTMMCLATSTLHQKAMDAYQQCSYLIEAGYGMPAARSIFGSAQTKRGVDERQTSDGQCPPVSEMGIAVNDPNPMYLEDSMTDCVLGAMDFIAQEGYPRHLQIKKALNTIIFPSVLENFSYGNNTKQRWDNCRNEMYGYKKYMMERANECGEAYTEDEAKAMKFYGARWDAFQCLTYELSNACENAFYTTAYTSAWTGLEYDSGSDDFFTAP
Ga0193418_1037258Ga0193418_10372581F000052ETEYDDVVQCDHSYDKRCHTTYVTNYESQQEEECEENFRKTCFIEYEKIAFNETVEICRTPLVKNCDIQGPEICRTEYESECWTKQEEHDVQDDVVECRTEIEEKCVDNTSGYTTSTDCSKWPKEVCSVSKKNVKKYTPITGCTKEPRELCAPAGCGFSPGAPVCYDKTQTVVSDSPKEQCNLEPQRTCKHVTKLVPKLTPTEECVDVPKEVCTRSRTNPRQVKKPVVKKWCYVPTEESGLA
Ga0193418_1037312Ga0193418_10373121F091270VSRMGSTVWGRMGNSVGLTLILIITLAVSRTTALQCYQCDSTVDGPEACNDDAASSGKLVTCEPSESAGCFIVEVIKGETADVTRGCTGISNEELYKCSAHEVGQQFFTACNCHGDKCNADWVTAGDTVENALECFECSSIGFDGEPGGNCSDSTPGGKMRCGPADTGCFISKSSSSNSDVVTMERGCTRAPCEDRFKCETLSDAHGGSQLQYCNCHGSGCNENWNTANSDNGSAAGVVHPTKMLLLTICLLPLASPIFKYIAP
Ga0193418_1037425Ga0193418_10374251F019595MSVYRVLRASRQVSTKWVRAFSDEVVAELSDIEKASGHGRTKPWHYTVPPDFKDTRSELNKAQHRGETPDYDKKKGAMRVEGRLKGIEVPRFCQVMEWPHIEQLEEKVNSLKDEDGIFHAPHVKEATSMTFKDTMVNYHFDYIGLKSPEFGEAEIQEIESKTTITRDNIHHVRYEWLNADIDLIDYKSICDDLDELYKKGVAYRTINMWLDYISGSGSSYSDSICNRAWCRIDS
Ga0193418_1037484Ga0193418_10374841F000147TLFCFAFYTADTGSTKPSFELDLLRTQLFLGAGIFGCEEYRVYSDVETWISPAPKLINTIKVNDVEGNFHFEKRKRQGTWVNSNMFIQTWKMIKDEGAWAKWDWTVKVDIDAIIIPMRLRSYLEKMEVTDNGIYLENCKYVNYGFFGSLAVISHDAAATYMANIDDCKNTLNYMGHEKDTGNQAWGEDLFQQRCMDLHGVDKVGAYDINTDASCAAWRPEGEKKNRKWVPDCATVQTPGIHHFKKPEAYFKCLKATQGNM
Ga0193418_1037509Ga0193418_10375091F100311EGVSAKAWIDEDEPPMGYGRGTVKLEHEDRHMNVNVSSSGQGTKTVILQIPKDIK
Ga0193418_1037537Ga0193418_10375371F100490LLRSLELRAVSHRAVLLLWGQKLLLRMRYCFESSMVHLPTTLDTTDAC
Ga0193418_1037703Ga0193418_10377031F070864MSYEKALQTVDFLLEVLAEADKPAPVDKSATSKGSAAPAEELKEDYFTSVEDDGCEEGKTVKVTQSEPRLEAMWEEAELGANDDKKMYLGCVGKVMEIEEDDDTVKLRWANLDTCWMPIKACVDAKGAEETLPSMIISHLAE
Ga0193418_1037726Ga0193418_10377261F043190IGDPDLLSAEAEKAGNMPSSLNYAWNVHGTFNGDFISASGNTASVDGIAEVHGTAGEGGPFAHSSWIWGGFGHYGLGYIKGGHKENPCEKYPFHMTRHWRGEDGAHIWSSHHVSGAEGAWAGDVDIVAEYFQPEGPICKGLIRGQYPSHWIATKRSDKEVDVWGTVTLMVEGGGTYTAYVHEYMQFYEPCVTINRHFWKLEYLEAEYYPDHWYHKEAAVVDPNWTWGNVTDKTTFSWHLSGSINNKAISADGYGYGHGYRQHHWGKGGKGFGEHGL
Ga0193418_1037820Ga0193418_10378201F039459SRASLEMSLLLFTLFSTALALPAHPCPPFPPTDCGEGMRSCPGEFDPQGCRMPETCVAEGDECPFICPHVEHPHCGFVMSNCAGPVDANGCETPMNCVMVDWAAGEQCPPPEEAAAASCPPWSPVDCGEGMINCPGPFDPRGCPMNDMCLPVGESCPHVCPHVKHPHCGFVMGNCEGPRDEFGCETPMYCVMVDWAAGEQCPAPEDAAAASCPPWSPTDCGKGDQGQGSCVGVPSGYDARGCPLPDICSDSCP
Ga0193418_1037953Ga0193418_10379531F005239MAPRRRVLSTLAAGAAVAYALSAGIGFVGSQGRESGSLIAARVGVDYQARQGPRDADVPFTSSAATGPGAEVTFKKRPFGILRYTPGEGGKGAMVQEVIGKSRYPGDPQGQGFTAGVKGGWVVKTINGQDVLNADFGAIMDMLDDEVADPRFSKSVALALEQQGRKAEPVDAPVSVTYATIPGYQWKGEVLGADWEPAHR
Ga0193418_1037990Ga0193418_10379901F072989VKCPETGTDDNGCKLPDECILQTRDYDGELCTVHCPIECDDDETWCPGQRNEMGCFEPDQCVTRPIKTTGNDKGGLCPGWCPPICTHGQIKCPSQIDPCDGCPTEEVCVDAATDINGEFCPVDPLSMSHGCPILCDDLKGEILCPSKENSNGCKEPGVCMARTVDKDGQYCPAHSVCPSTCADDEIACTYGVDERGCEEATLCRAKGKNFDDELCDGVCPPTCKAFEILTSNGNDARGCEIASSCIPIA
Ga0193418_1038060Ga0193418_10380601F082098WSSVFLFLVIIGLTKASTVDIDGFEEEDGEERTIFTSGGTYYIALNTTYLLYYSLLAGTLLLAGLALSGLFSGSAESTSGYGQQYGGYQRQGQGQGQGGFSRNKRYAEGFTDQLNLLAEAFHKYEIDETNGCQLYVACESSNIAMHRKNGPLAKTVYHAMKKISEPQNTRLYEDDKYLMDIMSAFKIGTSGQSCQQFRKQCRKEKVFMG
Ga0193418_1038165Ga0193418_10381651F014943ATHTHTHTQSEEIRGKSSMLSKVLPLLALVYAASAFNVEDKNKTDLECFKDAFPDYNTTTINNSSSFDVRIEHSGSLFNIGDWFDSGEVHTIKEGEVYMYNTTAKAMSEICEVVGAFDGDWCNGTMTEIGNIERFLVVGFDGNNLLAAMNKMMVNVTKTEATYGWDGCKTMDQTAAQDMNKVEFTYVHWDTSAVTGDFPDWWSPEDKLLLSTASSTIASIVTILVSLLATTRLF
Ga0193418_1038276Ga0193418_10382761F000068YESQCQTRYHEHDVEDDVVNCETIQEEKCEDVTQGYTTEKKCTKWPKQVCDTKRQRVKKYSPETECKKVPRELCGPSGCELVPGPEECFPKTETVVTEVPEETCNLEPQKECKHVTKLVPLLKPAEECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAESGLA
Ga0193418_1038562Ga0193418_10385621F048078LLLLDSLLQEMLSPLSSPLLLVFLLLPTNLLARPNGGEQLLTSVKEKGTEDYEGSSWINIISKLAGVALRAGEAVADVVQKEGALNESFGGNYTQVVQDSVQELLLLVPQIKSNISDAIAMVPEVKSQLKEKLNELPTQEELQKKADNFIAQLPNYKVVEELGSSVKEGLASLPTKEQVADGVDSAFELIPEADEVHSNIDTAVNAISPIFERENELAAAVDVS
Ga0193418_1038653Ga0193418_10386531F002147RVSRHINTMLRYCAATILLASVTAGARVRRDDSYGAPEPDTYGAPAETYGAPDTSYSAPSYAADTGLDLTTIIIPLLALLGLFLLFPTYVTLTSVRRKREAVEDAGETNMVERMMDMYQAIIESEECLERVACDVGGLANDAGFDPTMAQLASVMVPNKFSKYMKQFASAKNCHKLKCGNLF
Ga0193418_1038805Ga0193418_10388051F069523MAQTQKPVAFVVELEEEKKDSEFAQNLQEIADALRPKILVNKAFGAVGTKAWKSQKTTIIVGRLDRKFDENETAIWKECPDFLSALDENHAMMANKPRSMVGVYSVLDDEKNAVQIDGKDVYFCVMKCSEGRGSVESLKAPSNIIQPTKNNDYQHNTETNEQNVDADELLIAKKMQ
Ga0193418_1038833Ga0193418_10388331F000306VHHAAPVVHHAPVHAVHAAPAYGHPAPAYGHQAYAYEAPKHNCSVQDVVESAEVCTPAFETVCAPVELAIKEIIDREQCYPVTRTVCSESIQVEENEICTYSYQQKKEDTNAQTVEVTFKRECNTQMVTVCQPTPGYGYHSYGHNYCKEVAQETCYNTPVVTPVEPAVTVAYPEPIKTCVNKPIDLPVISCEDLTAEKCITVPEVQEAIATVEKCITQLGAPSCSTVELTLPKQVCKEINYGYAEETHDVKPYEPETPAPYHA
Ga0193418_1038874Ga0193418_10388741F057102FQTKKTKCGELVVTVATMPSVSHRTDFCLVHRLKWKIVPPPAVIPPKPTRIIRFGTYRQRLDRFPRPGIAFPIAIVGGIIISNIIYFTFAKPDRERYRLFYFSNMATDEPDSYFARAWLEQLPDFPTDKEAYDDMSFRRDFEIFRDPPLVPYDVKGYNKKKLKNMDLAKEKLYELCPNPPIHFLWPH
Ga0193418_1038973Ga0193418_10389731F010596CNSSNTTTVTFRMSATTAPVNTLNKSKEDFIWFVKKAVTDKKSYSYTELYHCLLKMFVDADTNNDGLVSKESFSKLVDAAGALPRAYGFAPQDSELYKNEKEKEDARKKMFDSMDKKATGVITFDEWLAYCLEHILAKTATLAPHPIIDHGTVDQYKTFMKAAITNVGGPENVELYWFMLELFTDHDTTKCGQVSLANFPPMMSELVKTAKKHGLVTPAEDQYETILKKYDPRGNGTLTIDEWIKLATEEVFKPII
Ga0193418_1039019Ga0193418_10390191F059627MTILAASEPQLACPPVLARKSKPWDSFLANSKVPQGQTDELLTWLSKVQQKKQTVRCRRDRDLRLEAMLEAARVSAQAELERKQKERLARWRHVMTSLTPPPSPPQTSEDDSLCDCDTCVLCVRHKSNMYGKCYCNMIFSPRPVYMDFTSPLSATEAFSDDQTSIEADNFLASLSSKRRADTEEEDLASHKRAKA
Ga0193418_1039034Ga0193418_10390341F051676SRINMKAFVVVAALALASVSGLPKDSKNGQLCKGSSYRDVSKCISVDLDDASQFKCAIMYENLPLVKNPSKTRPLTWLGALPDALRKESIKNSEDPELKASFGNLEAKSFWWRQGSYSSKAEFEKERCNKVHASAKCYAAMIDPAEKKLDTCAANIINEDGKQTFGDSLCQNLYDNKFITADMGNIENINVGMHYSYCGSRWEKVESEGEQLTLSEPLCCKQDASDSAKYRFFRCDGSDYQTSDACK
Ga0193418_1039106Ga0193418_10391062F000119QTRVRMMSRVALLLPLIAAASAAPEARFSCEECVREMHGLAAMVKMGAIPIHDYIRDNYCPTLDSTAAQHFCEDSLSKYYVGMLFGVVEHYFVDGALHVCQTSGTCSAREYTCDECVQGLEWVEMYLEDPIMIAEFRIYLEQNFCLSDWDDCKQLVEEHFTAMHVMAMEKFFIPVEICMQEPVCGGSPTFPPKPTDKPDV
Ga0193418_1039229Ga0193418_10392291F000052KRCIDKVEMVEETEYDDVVQCDHSYDKRCHTSYVTNYVSQQEIECEENFVKSCFIDYEQIAFNETVRICRNPLVKDCDVTGPEVCRTVYESECWTKQEVHDVEDDVVDCRTEHEEKCVDETSGYTTSTKCSKWPKEVCNVSKKQVKKYTPVTGCNKEPRELCAPAGCGFKQGPEECQDKTKTVVQDAPKEECSLEPRRTCKHVTKLVPKLEPKEECVDVPKEVCTRSRQNPRKIRKPVIKKWCYVPSEESGLA
Ga0193418_1039298Ga0193418_10392981F104407RALSAGNRRMMFTTLLIQAGLIALAQGHYLESSSQKSRVQYLNTSTVSLRVGSNQNLRCFDQVNESGYYVNIGTTAVPDLSRSPYNFDNRAVSCRFNGIYFLYDNYNFNPNGNAAVYAETWGDNYNVNLNDFAYKASSVRLTGAPDGYKYDTFNTYQYEYYQGSEQYFYQDATFTQVDNFGRSVVVTGCNPWTVYDYQNYGGQAVCFYPADSRNCSPGFFRNAGVMGGMSGRISSVRKGCFSHIKVVGEPLETHRGKNIAESSGKEGQV
Ga0193418_1039469Ga0193418_10394692F075672ATIDPDQAWNIAPNKDYNTLSWYSTADGSFEKRLARESPVDSFSGLNWDKIPTGANEYYGYHQAPMFKYEFDETEYYTNLTPEKTDEQVKAELNEPVVKMEEKLQEFLDKGEEVLWTPALEVMQTNCAVPAARALQYEISPYFQLNALGYRKNWANTRLCEYRPLKRMQTNWINVTADFMFRFQMMRWNLSSKMKMRWWKMAMSGGFIGLCIDHVYARQYKRKLKWH
Ga0193418_1039546Ga0193418_10395461F002366MSCPVNTFNKSKEDFIWFVKRAVNDKKSYSHSEMYHSLLKLFVDADTNKDGLVSKASFSKLIDDAAAMPRAYGYAPADSELYKTEAEKDASRQKMFDSMDLKATGVITFDEWLKFCQEHIAAKTATMDPHPIIDHGSVDDYKKFIKAAMASPTCPEHVELYWYMLEIFTDHDNDKDGIIKMAEFPAMMNEFLTVPKKHNLTVPAEGQYETLFKKYDPRNDGRLTVDEWMKLASEEVYKKY
Ga0193418_1039728Ga0193418_10397281F098610MFGYWPWVGLISIVVLFAAIIIIKWGDKVCQARLTTVDHSLPQNYPQPQAGEFELMEDGNGTMMDYQLQEGGSLGGSVEDYSPHGRDSRLTVDTSASGRREIAL
Ga0193418_1039887Ga0193418_10398871F010596MSASSAPVTTLNKSKEDFIWFVKKAVTDKKSNSYTELYHCLLKMFVDADTNNDGLVSKESFSKLVDAAGALPRAYGFAPQDSELYKTEKEKEDARQKMFDSMDKKTTGVITFDEWLTYSLEHIMAKTATLAPHPIIDYGTVDQYKTFIKAAVTNVGGPENVELYWFMLELFTDSDTNKCGLVKYSEFAHMMFQLVMTAKKHGLTTPAEDKYETIFKKYDPRGNGTLTIDEWIKLATEEVFKTIV
Ga0193418_1040059Ga0193418_10400591F000021KMDMTKDALFRGEFEVVKELMATLKDGEAAKNICDKVIDKNGTKKTGGTGIKQLRENIAESKLSYEIMDEAAQAFLKAKIMDNIHKYFYLIIFSAYMREAAQKARDMYAEEEKEAVVLTSGKCSIPANKLKLPRTFVQFMEENAGLRNMIENGKGNLHWERAIPPEALQKLEDLVKEDFAKNLGRIIHDTYQTARIMFHDLPKGDHKKRAQYRFASKTIMRILPDEIKSQVDGLIDKNVITIDLYDILGQCTWGQKKILSE
Ga0193418_1040227Ga0193418_10402271F002366MSCPVNTFNKSKEDFIWFVKKAVNDKKSHSHSEMYHSLLKLFVDADTNKDGLVSRASFSKLIDAAAAMPRAYGYAPEDSDLYKTEAEKDASRQKMFDSMDLKSTGVITFDEWLKFCQEHIAAKTATMDPHPIIDHGSVEEFKEFIKIAICPTPCPQQVELYWYMLEIFTDHDSDMDGIIKMAEFPAMMNELLAVPKKHNLPVPSEGEYETLFKKYDPRNDGRLTVDEWMSLATQEVYKKF
Ga0193418_1040304Ga0193418_10403041F000114GGYGVNKDPYCHKVEKIVFENQCEPYTEKTCWTQNKEICQPKLFKNCTGVIETNIERVCFNVNELVCNLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDTTTKDDYQCCNVETPNCYMEEKVINDVTCTNTVEFDCRRQKTTKNDGYGQKEVVCARKPKQDCYNIPRKIQVEVCKTDVHRYCEKFSNTFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCQEQPREICDQCEKKSIQPQCTMQERLTCEYEPVEQCQ
Ga0193418_1040307Ga0193418_10403072F080698MRFLHIVLAASSVLTTKASDDPIHDNSGSENPTGRAAVHGHPKVAAGSSGYRHAPPPYPYKPPKYNSEPHYHDTYKDSNDVSDYYEEDYHSSEKDDYHHGAGYKEPTQDLVSLHTLKDVLADLLDDFLYEVKSYKCPKYVPDDKCDPDKWAKCTCISPAEFTDEGRGNCNLGAIKSDKQVWCYVEDKFGDPTKICPDAKHSNSKPGYYWSRFACIT
Ga0193418_1040320Ga0193418_10403201F020490ALCQPHEKECQESGTDEYGCPLPPTCVVQERDYYGELCTVHCPGECNEGQIECPGERDDTGCQKPNFCVPLSKKLWGDDVGDWCPGFCPADCADWENYCPAVQDPCDGCPTEPVCKPKAKDVNGIYCPATSASHGCAISCKTLDGLETICAAYEDPTIPGCQEPLTCLPRSTGTDGSLCPSHSVCPKKCASTEKQCTQGYDDNDCKQEDLCIPVPLDAINGQPCLDFECPPTCDEAVQKYCQGQYQINAEGQLCPKRDYCVDRVL
Ga0193418_1040426Ga0193418_10404261F053765MSTESISSSFSSTSSLNLERLCSKAPQSWRKPRSRIYDYNRELGYDYYQPMVDYVLSKENQGVYHEHQGVHLPDTLDLTDRNKSPISGGSSDLNDFLIKGYAKQIKERNSTTANVHYHSLHGSKANTDFSKDNLLAQHVPADTRRNYWLRELMVMNNNQYRSEMEKELMEQAKKEALDRKLAKEAHDKYMSDPEVIAWLREGAKAATYWCHRTPLSKEERQARLEGKRYEEPEIDLKQVYYY
Ga0193418_1040490Ga0193418_10404901F034054GASRPARMSVTQNIFSIILIFGLHASLVASSCCNTKVVDSGTGDARDGTYNLNGTRNNLPVFCGDECVYTKQGSTPDDIYCFGLGDLDSQCFEPVTEGVTAPNRAPEGENEEEVPAGEYYFNRLPGDDSSSLQCGQLFSIVNEDRQSRLDLSAMGALVSFGSDNSWTARKLTFKRIDGESTGEVQFDHLVGVFATSDAGAVLRLNIKTATPTSTDTATSRLVVKNGDGTPCTGAVTYETEYAFLTQDDAYVLDIGTEGTGGSVTG
Ga0193418_1040658Ga0193418_10406581F058673MQTFLGGVVFIISLLTGSSTGLSCTNELKNLDCLPVFTHNPSSLAKCYCTSRCPSLETLRSSCQSGQLQIDPCGICLQCAPGYGEKCGGFGNADGVCSGGLGCLVRYQPGRETEHNKTGTCVTEQGKECSNPKSGVSCRPGQIGVPSDFVFCSTCRKSSSSMSNRNSERPLTNFQQPNGNSGFLFSGESEGRQVQHAEGGSLGPILNGGGGVPLAAVGTGGSIVSSIFQEIQASLPASIGDSLRENLGRKK
Ga0193418_1040770Ga0193418_10407701F009881MASRDQRTNIFCNAMECVFVVRSRVDVLIIFLAEMLIHSLFSLELVGKSELGSLLLQLGKLVLVLGDLLEGRLDELALHVTDRDGELVNLQISQDDLTLEEEHLGLELVPLVEVSLADLLKVIDGGVVDVGLGAAPLGNDTEPLLSLALLLLLQLLGGLLTEKSSELLLTLWGHESL
Ga0193418_1040842Ga0193418_10408421F089791NSSSSMARVEWNHTTREFSLLHTRVSVWRENGSLYEAVNATGTEIQLEVFGDAVIGARVSLQASVNGMASSHGPRKLLFSEEEEGLSWILMIVALCILLLLYIIFTYFCLRRLCNRRGGMAPEKQKKSDCDAEPGTPGVYSPARWEEKPLMGNGRSKSGLSSDAGSDHTDQSLLSEEPGERLSPGLLLLPGDSMITLNKFNEDDDDGFFLGGFNEDGSFIGDYMDTDPETNRAVMNRLVGFQQLFSKKC
Ga0193418_1040890Ga0193418_10408901F004380SVKRFSPADRAGLEKMDYVWTVNGKEVFQMSQPDITNAILNSQLKLTLQVERGTFIVPSFDEIWPQPGKERAGKARTRMGYDYILEAMQHHGLGHLPQPDNFTTCGRLGIEVNQYNNPIEVYSDDTIEDMREEKVVLDHPEVADKLLKSNAKKHEHQMNPIAAQKLKADKFDPKRSSVMAAINASERPSGIPGV
Ga0193418_1040933Ga0193418_10409331F042153LLTNIFNMKLFLAIAVACLVPAIKADATCEDCITFGTAMQGYLMSADSIAEQTELLVAILCPQAQDQAECDAAIRKYWEGIALAMYPVFLDANDVCAQLGVCKKNAKLALTKAGCGPDETECPAGCCPEANWYCCADNQHCAATAANCPFKNIFAPKVAEPTCEDCTGAVNSVGDVIESEAKIAEIMDFLKGDAYCGSLGDADCVAVIDALMPYAMPTLAGLLRERAAQFCCDLSTGGIC
Ga0193418_1040939Ga0193418_10409391F020490CQPHEKECEESGTDENGCPLPPTCVVQERDFYGELCTVHCPGECNDGQIECPGERDDTGCQKPNFCVPLTKKLWGDDVGDWCPGFCPADCADWENYCPAVQDPCDGCPTEPVCKPKAKDVNGIYCPATSASHGCSISCKTLDGLETICAAYEDPTVPGCQEPLTCLPRTTGTDGSLCPSHSVCPKKCAATEKQCAQGYDDNDCKEEDLCIPVPLDAINGQPCLDFECPPTCNEEEQKYCQGQYQMNAEGQLCPKRDYCVDRVL
Ga0193418_1041016Ga0193418_10410161F050106GSMYHVALLVLALGVSSQDPSFDCGDYSYNICHDPPPAQELHVDSLEECIQNCDLFGSFEQCDYLMYYGDKGTDENCKLIADPNSGGEPEDEMQKYLDNCRVTGQPLTVNGAQSGTCIPNPHWQNCSANCADCLTCDTKTCDGYQQTMCDHSGDPDETIESLPNMGACFTALNINQDSNKFTYMLWDAEQEECLGYKESSFNCKIEVVRFGVTNDQVNTCKSSKRMFLK
Ga0193418_1041315Ga0193418_10413151F002366TVTLLFKMSCPVNTFNKSKEDFIWFVKKAINDKKSHSHSEMYHSLLKLFVDADTNKDGLVSRASFSKLIDAAAAMPRAYGYAPEDSDLYKTEAEKDASRQKMFDSMDLKSTGVITFDEWLKFCQEHIAAKTATMDPHPIIDHGSVEEYKEFIKVAICPTPCPQQVELYWYMLEIFTDHDSDMDGIIKMAEFPAMMNELLNVPKKHNLPVPSEGEYETLFKKYDPRNDGRLTVDEWMSLATQEVYKKF
Ga0193418_1041316Ga0193418_10413161F012547MHPIFSLLLLCYGTQGADVNEACESAKQKFDSCNDQARATFSGLGCSTACDFVTSLASCLDDLSTTCPALEGTLLKKTKKLLVRMEAANPDWDENACPGALALKRKHPSLDCSKADKEFTECHAEAWKTYQTELLAGEDGRPDFLERKTCNWITETFQNCHDKMVATRCKTHSDLNAMVDVGLHSILTNLAASQPAWDSSLCPTASAHLERWEEGREAREVAAREAATKEASAKVARTQTRAQRVGTSG
Ga0193418_1041416Ga0193418_10414161F075672TMTAKPGETATIDPDQAWNVSPNKDYSTLSWYSSADGNFERRLAKESPLDSFSGLNYNKIANGSNEYYGIHEAPLFKYEFCEDEYYSNLTPAKSDEQVQAELNEPVQRMEEKLEEFVSQGADMVWTPAMEAMAANCPTAPARALQYEITPYFQLNALGYRKNWANTRICEYRPVKRLQANPINVVGDFFFRFQMMRWNLSSKMKMRYWKMVMSGGFCGLMIDHIYARQYKRKLKWH
Ga0193418_1041590Ga0193418_10415901F010522MVSRSLMSGQSPLKAVSMVSRRTFAVEKGEERVEGRLDGLMMTDDEIDKHLQTHFDEEGSYKPPHMDSFVSMTRRDVMMNVRIPPLGIEPPPFGEEHIREITEKTTLTRDNIEWARKHWADDSVKPDQKKHAVIAYDMLEMYKKGVSFATINLWIDYYSGADVGSPNAIYNKSWARIDS
Ga0193418_1041595Ga0193418_10415951F010522MVSRSLMSGQSPLKAVSMVSRRTFAVEKGEERVEGRLDGLMMTDDEIDKHLQTHFDEEGSYKPPHMDTFVSMTRRDVMMNVRIPPLGIEPPPFGEDHIREITEKTTLTRDNIEWARKHWSDDSIKPDQKKHAVIAYDMLEMYKKGVSFATINLWIDYYSGADVGSPNAIYNKSWARIDS
Ga0193418_1041685Ga0193418_10416851F058691YSFQHCHRSKWTMFNFPPIAQRFLRSKTWWNVIKYHPGDLGRFLVYKHPLIGISVGIWGYYHYWANPMKQAEEDRFTRFRDNWRAEVHYQEAVDWDTKKCRDEMKAFILEQKEKFGSLEKAVAAYESKTGKKAPTLLINDPVYDHTLKRVGIDIKGDEEPHFLWDGTAYMSEAEKPPTFSDGKIRLPEAPRLYLDG
Ga0193418_1041767Ga0193418_10417671F011992MFKSLLATAIVAAVKADPFYGYYGAGVLPYAHGYAHGVAYAGVPFGSSTGLDPITQGLDPVTQGALPVAHYYGKRSADAEADPYYLGGYAYGLPVGHPSGADPITQGLDASTQGYAPYAYGHLGYGYGHFGHYYGKRSADPYYLGGYAALPYAAHGVVAAAVPFGSSTGLDPITQGLDASTQGYAPYAYGYLGHYYG
Ga0193418_1041780Ga0193418_10417801F002366MSCPVNTFNKSKEDFIWFVKKAVNDKKSYSHSEMYHSLLKLFVDADTNKDGLVSKASFSKLIDAAATMPRAYGYAPADSELYKTEAEKDASRQKMFDSMDLKATGVITFDEWLKFCQEHIAAKTQTMDPHPIIDQGSVDQFKTFIKAGVSSPDSPEHVELYWYMLEIFTDHDSDKDGIVQMPEFPAMMNELLAVPKKHGLATPPEGQYEELFKKYDPRKDGRLTVDEWMNLATEEVYKKF
Ga0193418_1041868Ga0193418_10418681F001271AYGDEMKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLDSKRNVVNDLIEKGKKILEHPDKPKFLEGNVKRIQEGWDDTKKKAQDRLKLLQDTKEAWVGYAENNETIASEFEVAEEEIKKVKKMYNLEAALADMKKRQDLYNKSNNTISGLFKSINDNFTCMSITLPEDKKKVVDKEIKAVEAKLEVVGRFKDTVKVIEDFCAALVNFDNSLKAVDGWKDTATAELKDIKEASGAMLPEDRVARTMDLQEDI
Ga0193418_1041976Ga0193418_10419761F015563MSAPKISRAALARPAFWGKWGIYHPNVAKEYMRQAYNRGYGQPLISGKENGFGTTPFLTFLARRWNYDWLKLIAMRIDAERTPLTVLKRQIWMARFEYWVRRFNARKAVNRAAKVEWAFIKERLAQPMTWTGSDVQHGLLWLLNVAAFFSIGEVVSRQYLYGYPVATPEWTPSKPKFVPGFWHVYDPFENYPFDNQPNYITKQFQRSGWWHNSAENYWVPHRILAGFPHG
Ga0193418_1041981Ga0193418_10419811F034052MTSTATLLSRGLLGVFVASVTLWYFLSPYGVRPHPQFQLDMEKFIAKNRQVEDAKADGRWVENWTKWKLQLGGEGGPLIFPHQRLSIENLSLPVSAVFEWRSEYKADLVETEDGDLEVITHHPTASVGLYHHYNVKVESGKHVVFMPTFMFGVQQHVLDQLYGGADGIPTIGMMADSTGGDRVIVQCFMNLVIVTVILLLWANNPPTKGGQEKED
Ga0193418_1042598Ga0193418_10425981F004228PGHPGAQGSTHCWVYPIYSALLALPSPLGPSGAATQLKMTSSTLVLLFSLFATVPALPPPQPTTTTEVPVQSRTNGLINDVKEINLFLNIPKGCDIVYDGLIKQLEGCRSGSNHGDPRLTSGCLLKLDFTHLQQDCANTALFFPVVKADPTPPEVPCNGTYCPTSGKLIFSGDAGTNVAFPQEKAEQAPRQQVSIGDLLGGKPTYGSVFDEQRDGPRFG
Ga0193418_1042608Ga0193418_10426081F032521SFYCLIHFYKREREEDIVWEWVRSAARMHLLVFAALLASVAAGPTLYNIDKEAGTAERVMVPVSSTVIPLEELPETQVGFGFGIANKGHHIKKPAYLKNIKLITSKNKHRFVAPAGVKQLTKEQWEAFSNQAS
Ga0193418_1042807Ga0193418_10428071F019948MKVSLFLLCAIFAYTYAQDTHFCPDNWELHNPEGEDECKCFLFADAYVKVTHADATALCNARGGWLAEPDDGPGDNYWIVNKLLEKFPDKMTKGEELEGPHYDDQWWIGAKSASKHNDHNPGEWRWEKLNTTVEWFDWAPGQPNDYHRQQCLAYLRYDYFGSNTYNWNDLDCETNVADYICEKLCDQEP
Ga0193418_1042937Ga0193418_10429371F035319DPLPSADNKDAFMRGEFDVIKQLLEKFPAAKAGKVLADRMIDICGTPPEGTGLQNLRKTIIQMKYKYDASTEDKQAVWKTMIINYLERYFYIICFATYVKEHEAGGFQKTFVQWLSEHSELKPMIDEGKDKLEWTRKVDQTKVEELRNKLSGPDYKEKLGLLVSDLYKLAFQTYHDIPRGPIKDNLMRKLACKTLMEILPSDCASRIQQELVEKKLSIDFDTVVGLVVG
Ga0193418_1043003Ga0193418_10430031F001228KLLLLDSLLQEITFTMYRPVLILAGLMPCLQALCWVNKCERYWPGAQAQLRQQNACAVLFDQNCCKASSGHYVVRNNEQGKLCGFRSGLNPLSSCKGSGLKDDVESLLVMPGCRLEVWDHGSGLADAITEERKGFNQGDYKNMKDMYDQNKLVFNADRSRPHWVEEINDDFDDMDDDIESFRCTCH
Ga0193418_1043536Ga0193418_10435361F000049MRHSKMAEWMENVEKAISRIMADKVYTSAEFKRERDNFQALCKDLERTEVKKWLNQILEILMAERAKTQQETENAKLEVLIKKHEELIPTVQKTSLMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLTQLDSKRGVVADLITKGKGILEHPDKPKFLEGNVKRIQDGWDDTKKKAQERLKLLNDTKDAWVGYANNNETIASEFEVAEEEIKA
Ga0193418_1043613Ga0193418_10436131F001601AGLMVGAAGMAALVAVAGTASWTMKSNLSGLQNKEERIQMVPSYPACSKAGENCISTGCCQTSGHKCFTKGEGKAQCNKTCTAGVKGFTCDVVNPHSVPVATPRGQSLYCFSVYTENTGNETLHSHELELLNIVAERGQGIFSCENWDVFGDVSVPLVNGYVTAKLHDHFGEFHQLKRKDSGTWVNWGIFYQAWVKIRDIGKWQAADWTIKVDADAVFVPQRLRTWLSSKPGDSAHGLYYENCPDVQYGFFGH
Ga0193418_1043666Ga0193418_10436662F005377MANITAEEWAAQQTTWNEWVKALVEENFTKVTVIVRPHNRDDGQPHPYAWSPVAYSAQDCVATQWQKTDADGKQTMINENQELLNDWRSQQYLGKDLKAMATFHFFQKAFKIIRRFDESDEGHECAIVGATKEEIVVAKKYKTVYVVMMAPIVKDKKEKGYTGARAAYPAACKAMFDAADEEEF
Ga0193418_1043707Ga0193418_10437071F000798PKFLEANVKRIQDGWEDTKKKAQDRLQLLNETKEAFIGYAEDSETVAQDFEKAEEEIKKVKKIFNLEAANADLSKRQEILKNTDETINGLFANINKNYNTMAITIPEDKKKILTKEIKAVEEKLEVLGRFKSTVQVIVDLVDNLTAFDNSLKAIDSWKDAATAELKDIKEASGAMLPEDRVARTMDLQEDIAAKLEILKTCVATEQDLLPQGEKVPADAQVFKDELNRIIKYVEELQANTKIECDKYSNDVKY
Ga0193418_1043727Ga0193418_10437271F013859LKMARSATMETLRDLSSALWTIRSNQESARVLRTTNSLLRCFLFFDICYLISGIALITMALTNQFENRDKMIMFGGLFGVFASVSALVNSLASHGIRTWRRNFLLPWMSFFLVVLVLLIMHMGHSLYFQRAQWKHVFLFFANIAVFSCWRHMQKQFILMSLPRPQNVVIDVEAVVREYLSPPTTLSPLKDLPPKYEDVEELPPQYDEQTMIATENLTSDNEVQSVVPRR
Ga0193418_1043877Ga0193418_10438771F007908FDIKKNGLIEHNDIDAFTEKLRSFAGWTKDSKEYLALIDTNSTFYECICDQVRAEFKATDVSESEAMIPWEDAFQKYSDRKLPKTMNLSQWLNMWGRLCYGSAGIADFPIWVQILPEIFFKVMDTHHNGIITPDEVQAFYRDMIGIKDPAVLDKICKEGYRAMTANGDYKLTRENYDFVFANFLLGKDIYGPGKYIFGVFDNREIDETFPVKYNDEDEE
Ga0193418_1044028Ga0193418_10440281F024715MPSSLSYSWNVHGTFNGEFMSASGTTASVDGIAEVHGNAGEGGPFAHSSWIWGGFGHYGLGYIKGGHKDNPCDKYPFHMTRHWWGEDGAHIWSSHHVTGAEGAWAGDVDVIAEHFQPEGPICKGLIRGQYPSHWVATKRSDKKVDVWGIVTLKVEGGGTYTAHVHEYMQFWEPCVTINRHYWKLEYLEAEYYPDHWYHKEAAVVDPNWTWGNVTDKRTFSWHISGSINNKAISAD
Ga0193418_1044108Ga0193418_10441081F068737LLVLKAIIFAFGLFSVGGTGRSAEESPVTPADMTGGMCFMMFMSGADEKLSCIERTACEDPYLATDYLTAAKMIYKGYKLVGMRFDDKYATVMNSVNEALEYGKSGQECASKYQW
Ga0193418_1044433Ga0193418_10444331F048056VSGGINMFKSVLFTCLVAAASAEADADAAYLGYGYPYAYGYAHVPFGSSTGLDPITQGLDPVTQGVVPYYGLGYAGYHYGKRSAEPEAEAEADAAYLGYGYPYAYGYAHVPFGSSTGLDPITQGLDPVTQGVVPYYGLGYAGYHYGKRSAEPEAEADAAYLGYGYPYAYGYAHVPFGSSTGLDPITQGLDPVTQGVVPYYGLGYAGYHYGK
Ga0193418_1044541Ga0193418_10445411F000073EAAAAARESIEADKKADVALPASGKCSIPAKDLKLPSSFVDFMSKNDSLRAMVDSGKGNLQWERDIPPAALSNLEGLANKDFKGNLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPTGVKPEVEGLIEKGKISLDLYEILGVCTWVEPK
Ga0193418_1044618Ga0193418_10446181F002366LSFSIIMSCPVNTFNKSKEDFIWFVKKAVNDKKSYSHSEMYHSLLKLFVDADTNKDGLVSKASFSKLIDAAATMPRAYGYAPADSELYKTEAEKDASRQKMFDSMDLKATGVITFDEWLKFCQEHIAAKTQTMDPHPIIDQGSVDQFKTFIKAGVSSPNSPEHVELYWYMLEIFTDHDSDKDGIVQMPEFPAMMNELLAVPKKHGLATPPEGQYEELFKKYDPRKDGRLTVDEWMNLATEEVYKKF
Ga0193418_1044619Ga0193418_10446191F024715MPSTLSYAWNVHGTFNGDFMSASGTTASVDGIAEVHGTAGEGAPFAHSSWIWGGFGHYGLGYIKGGHKENPCDKYPFHMTRHWRGEDGAHIWSSHHVTGAEGAWSGDVDVVAEYFQPEGPICKGLIRGQYPSHWVATKRSDKEVDVWGTVTLMVEGGGTYTAYVHEYMQFYEPCVTINRHFWKLEYLEAEYYPDHWYHKEAAVVDPNWTWGKVGEKTTFSWHISGSINNKAISAD
Ga0193418_1044631Ga0193418_10446311F013606WKPASYLINMHSSSLRGYGTFDSYEGCRGLYPATSRLQSVPPRFYDLVDGETGRVLASDLTSGRARARSMIRQTRLAEERAWPQPLYGDMVTGSTASAGHYTVPRTSGEFSRDIISRSRSPSPCPDAINMMNRDMIESVNEKLHLSNMRNRFPETYRGQSSTYNQSLGRYQTSYDSPGFRYYRYDNHQEGPRISHSRVNQHMPRFSTRCRERVSVPPICPDITTLIRRVKAH
Ga0193418_1044733Ga0193418_10447332F053042RIQNEEEEQWIWRNGLLVRVKSRIEVLTKKVDSFNSSIERAGNADSPYLKDMMDLNTELTGYFSSLTDNVNIRDLFDFLSICFYEYEHFFKEFRSEIYLKEVERTVLLPLAYDIVYNDIKKILEFINNNTINYTV
Ga0193418_1044809Ga0193418_10448091F002366QLHTSHPLTEFTVDFIMSSSATSVNTFNKSKEDFIWFVKKAVQDKKSYSYSELYHSLLKIFVDADTNRDGLVSKNSFSKLIDAAASMPRAYGYAPADSDLYKTEEAKDAARQKMFDSMDLKATGVITFDEWLKFCREHIAAKTATMDPHPIIDQGSVEEYKKFIETAINKSDSSEAVELYWYMVEMFTEHDLQKEGFVKMENFASMMHEFLATPVKHGLKTPSKDEYETIFKKYDPRSDGRLTVDEWMS
Ga0193418_1044901Ga0193418_10449011F022142MVAFFLFAVLVPSLAIDLACDDCITLIDSFVDLSVTDDSIVQQQALITMEICPDADLGAPDAHPNCEKFTEHHWPDLARFVFPIFLNSTFICTDVVGSCFEPSNSFKANSGQKVLAALSKREIGCADCTQALDYMAGFFALPQTGQQMADFLASSWCTSGVPEDDATFCVDYTQIVIPQALPMFAPTDTAQQEDICRNIAQVCEFTWTLLTYSVSIEQCSPILYFFTQFSFDPSVT
Ga0193418_1044990Ga0193418_10449901F043708QGQPLPPIMAVKFLALVVLIFSAKADAQDYSRSSLDRFDWDLSTGCNNSEPFFIKNRSTKTKKPYLTVDLATNAVNGGAKTGEENQQWMWSQCYSAIHLVNVATRGCLTREGKGGLVSADECRDNSFWELYNGMLSRWGSKFVDSDYGWFSESFYEFARLVKRKSAFQIVNPDEVKYRKGTETPWDWFLWDIENV
Ga0193418_1045140Ga0193418_10451401F012195GSKAPTPPAPKVAAPRSGSKPRTNNSTSKLAMTSPRRDVGNHSLSMLGAERYQNQLCSTANAEMFNGKKKNPSMYRRPSELGMATTPMEDKTEIRRNFEAKSIGRDHIVKHIPDHEVSYHAAVPGWEEEEDKATESKAHYKDNHAVRPKCEKLEDHMTLGIEGELEKDSLAKATYQDLHAKRPICQKLLDHNEQIIDTSNAETEDTEYRSTINKMEGMVLKGERALPPWLGMQKVTPFGTAQDQTRE
Ga0193418_1045320Ga0193418_10453201F002297SKFEMEHLHKMTMTEESPFYGMVYWYTGRYGKNVERKMTVFFDKINKSILFVPKMKMDTTLTLDGEKISEFVFDNTQAKKHIKFFYSPDAYTKDYLYEEEWEYPGFSGIKCKIDFKRGGVSTYNYDGEYSWVNNANKFEVKSNEKANQEANGPYYGMDYWLVGTYWKSAVVTRTFTYEKKNRNFLLGKIHFESKVMADGERFYEAKLDTRATPYTMVWFHKPVRALYPTPRDLTGQDEMTVTAWHTP
Ga0193418_1045404Ga0193418_10454041F008067RPKMKVLSLILLVAVSSSQAADRPQFTCQECTHEMHNLGWYVKTYAEYITAYLVEDFCPTTGTDDCAHHIEEHYVEMIYAIIDHFVIDGANHICQMMGICGVKSEREYTCEECIAGLDFVQAYLLDDMEIREFTVYLEQSYCNPDQNKCPGAIVQWFPTMHKMAMEKFFIPSDICHKEPVCGATKPTDGPAPTKPGF
Ga0193418_1046087Ga0193418_10460871F000196MKAFIFSSALLALAVADTCSDCTAVVSTIAARLSSEESIAAQQGILVGGLCPGAEDPAECEAALPGLWAGIAALLWPGYWDPNAEWMCAPICAAPEDTVMTCDDCKMGIQGAIDQLLAVETLDAIVDILANGDFCASMGDDRCPAIVDVIIRQGLPMLAAAGADGDFSQACNAAVEGTCPAKLRLF
Ga0193418_1046197Ga0193418_10461971F098517VLGNLSPSRAAAAMAPTFKFISRASKDVPFEVPEGYHRVAFKERGVDSDFCGWEAFCFGLAMQDPSIMVGMGAGLMAPVAVGQGEEWRILEGDNPPAGWKIMPVTRETFDSYMPRLGYLPQDQNMDEAKLGDGRQKFILKESTEGSSVPQVPRTKYSAFAYQIFMLNEWVGANDHEEVEMTAQMWEDMEIDPSLLQELKDGKKRLVGKI
Ga0193418_1046207Ga0193418_10462071F025479MRAFVLLAAVCHLSHGAPQLLYGGLYHPYAVHTAAVVTGNSVPVSVGGYKAVAGSNGDLAGPVHEVPGLVPALAVQKQESSGDVSLSTGTGALVPHVTYYGKRSAEPQVLVHPYTYGHYAYPYVVPAIKPLTLKTDVAATNLPVPVSVGGYKAEAGDNGDLKGAVHEVPGLVPAPALLKQENSNGGALTVGTSAVITHTLSKREADADAAVLYSTVAYHPALTYGGYYGYYPYA
Ga0193418_1046443Ga0193418_10464431F086594RSSTMAGKRSILQFVSKRYFQPRPLKSTLPPPETVKTAFNYDHLEPLKNYELAVSDAGTNWEKHNAMYDHYQVGEMYVNHSVPEWERFYGGCYGEYWPAHFGGGYHKFLRRRTTESGSYKHKYPWINFVRRKLDERGIHWDFPRGQDYHIIMRWLLTIYMIIFTAKQYFNFKSHRAGGKALPPADTYPLRFNLPFYVYIIHEHCAPNFE
Ga0193418_1046521Ga0193418_10465211F000798RIQDGWEDTKNKAQDRLQLLSETRAAFIGYAEDSETIANDFDITEEEIKKVKKIFNLDAANADLSKRQDILKNIDNKINGLFASINKNYNCMAITIPEDKKKILQKEIKAVEEKLEVLGRFKSTVQVIVDLVDNLTNFDNSLKAIDAWKDAATAELTDIKEASGSMLPEDRVARTMDLQEDIAAKLEILKTCVATEQDLLPQGEKVPADAQVFKDELNRIIKYVEELQANTKIECDKYSNDVKY
Ga0193418_1046621Ga0193418_10466211F005139QKNHWFTMKTIIALASALAVATADTCTDCKALVSTLGAHLISEHSLAEQDEILVNGLCPQAENVAECEEQLPNFWESIALILWPAYYAPEADWMCAGICKAPEEHSMTCDECIAGVMKSQEQLLNPKTIDYLVDQLANGDFCASIDDERCPEVVDTVIRMGLPLLAAQGDTSELPEICNAAVAGTCP
Ga0193418_1046725Ga0193418_10467251F007842PAAGNWLPFQIFNFQLSTFNLVKMSLLLVILAIVVPQLNAFCLKQGCDKYFEKVKTDAKVTGACAVLFEENCCKSVGTFGDAKKLFVVPRGGKGKLCGTSKTLLNAAASVIGAGTSSSCTGPDLKDNVKSLIVMPGCTLEVWDKDSNPERKGSLWYAEEEEKKSANAGNLRDAIDRYDRNKLSITATGTPNWIEELEDDFEDMEEDIETYRCTCK
Ga0193418_1046735Ga0193418_10467351F050048GLTDLLGPLGTLLLGGVALGDILALLLLDSLALNDVILNIVLMVPGLALRLVDGPTFLWALTVTDEWSVAEFNLFSGSNLPVVNEAVLDEVLLALLLLLRLKISGVGGVALLGVTVLALNNIVVLCLLNHHHLVDTPLTSSGNGSNIQGNVITTSLTRCASINGIVSMGMLVLVVVIMSSVASSLSVALVEWECSSQVLAPPVGTSS
Ga0193418_1046793Ga0193418_10467932F015694GSLRHVKGPSKNKKHDDREDDKGSAPWMGTLRHVVHDNKVTRNYGVNQHQSKRYPDEDAGNPYESLGGSNAKPAFPLTPAAIINGSVMSRDDMARMEEEEEVARIRSNIGSKTVSTALLQVLMPKLLKMHETKYEPMEKADAEQIMEEILGMQCGLNPDQQADANEEAEMIIRAIMQDEVDKSVYIKMADDLESAAKRLKKRKVKKVKEAPSEIAA
Ga0193418_1046953Ga0193418_10469531F001271SSTRDIAPSCVENVDELIERQEKSLVQLDSKRNVVNDLIEKGKKILEHPDKPKFLEGNVKRIQEGWDDTKKKAQDRLKLLQDTKEAWVGYAENNETIASEFEVAEEEIKKVKKMYNLEAALADMKKRQDLYNKSNNTISGLFKSINDNFTCMSITLPEDKKKVVDKEIKAVEAKLEVVGRFKDTVKVIEDFCAALVNFDNSLKAVDGWKDTATAELKDIKEASGAMLPEDRVARTMDLQEDI
Ga0193418_1047288Ga0193418_10472881F001766SFTVQKCVTVTERVCDTAYDTEITERDDFKCIHVPNTYCAMKERTVYDKTCRTMINFDCKPQDYGYGSSGSDGYGSSGYDSSDSYGGSGSAPQYKCKRTPETKCYTTPRTVSSEYCEDREEEVCEKLTERVPVPKEKQVCHDEKKKVCELEQRSQPKQVKKYVYTKQCRPVPKTVCDNADQMSLVPSCVPSSRKECSYHPEERCENVPKQHCYQIPYQVKKMECTEDSKSSGGYDSNESS
Ga0193418_1047292Ga0193418_10472921F031749LKWVMDHWVTDPLQRFNDHIYRLGKLRDLIQTKLSTYTSRMFGLENLLNALISTKGMTDESELEISKESVTYWKDKFESRVAMLDKEVREENTEIMRWWSKVVATELAKIDEDIKVNITAATAADKILELEQVLTSISTMREKLQEAVDVLREALQKVETPDSLLQLGIQKADMLDLSTEELPFTLRLQVEGWAGTRDKIYREKISTLVKAVGEINNIK
Ga0193418_1047458Ga0193418_10474581F000406KVPATKEGKKKIDRVIDICGPPPKGTGLQNLRECVIETKWKYDVATEDKQVAWKHLILSFMERYFYLICFATYAMEYGPGGYQKSFVSWMDDHKELREMIEEGKDKLEWYRTVDPQKLEHLKELISAPNYKENLGVLIRTIYDFAFVTYADLPRGPIKNNSMRRLAATTLMDILPTEIADRVNKKMEEDPSSTHDFLTLVGLVSYYGSED
Ga0193418_1047514Ga0193418_10475141F017095TDSPTEAADMQATAVAAVLFLAGLVSADGGDHGDHGAQHGTVLAEPLAAQPDTSNYYSQQAYTDTFAPTGSEGFYDPYASNFLTQEQDRTDTGLLGGLTIGVLVTVFLAALLGSIVAPALTAAVTRATELASNVQLPEITLKDVESEDMEDTARALQAGLSFVQDLVSPRVKRS
Ga0193418_1047734Ga0193418_10477341F000276TKPDNPWVGHQLLSRDQAIVPIRPSSKLTMKTLVLCLLAASATAKFCPGERGGNKCRAKDNAYKCAVFFEDLTPKRPLTWIGALPDALKKAKNKQEAQEILGADVTEESFNNFPGCQASAANARCYTTLNKQRSTPLDSCDRNLINTSGSETIGDYLCKQVRRWLRKDDNFKANGIRDLKLPFYYSACEGEWTPVNSEGENLYADEPLCCNPDGTFFRCSGEPYNETC
Ga0193418_1047737Ga0193418_10477371F057863KLLLLDSLLQEIGWGLKRFCRRFLRRFIEEMRLPESLKAGLRAFTTSRYSPPKEVQQLPTSVHDTPAGAYPSEGPQPSKWPVLFYYLSVILCITGVISLGKCAWIPHEARMQLLVLGFSFIFIGFFFLHIANWLYNREFNALIGYLRGQIEELRKSHTPVSALDRI
Ga0193418_1047853Ga0193418_10478531F070835MKVLAQLCLLASITVGCSALQCYVCEDISGEEGGCGDIDGKGELTTCPEDKARGCYISTMVKEGKTETLRGCSAVTDEARYKCDEHFTSTMSFRFCNCHGDSCNEDFDTAGGPQLSCYQCSSAVDNATNCGEAAPADNFKKACPYDQRKGCSISKTTIRDEIVYTRECSNLADPSLYKCDNGHNGITTMKYCNCHGDNCNRDWDAAAAPSGSDASHLTASLFV
Ga0193418_1047928Ga0193418_10479281F002609QGEFGWDPEEFHYALQQWAGDMGENWYKYILTVPWIPIIHFFGLNDTGSLFALEWWCHFPDEGAGGKCNKEFWSKWVPRRLKHNTFVFCLWACVWLLGTWPLGRPLNEGWRFMFTVSFFARVGYSAAWMFITNFTHSLPWNQFLAKDPARTWPILHNFMAFVLGGKHRWNEMLFHDVHHAFPNAVGTLSQRGRFHGWQKVHDAAAEVLHRGLWKANGDEETEMQKTQKKRSMMMKRSAK
Ga0193418_1048276Ga0193418_10482761F051676MKFLLAFGFLAIAYVNSLPHKESKSGQLCKGSSYRDVSKCISVHLDDASQFKCAIMYEDLPRANNPSKTRPLTWLGALPDALRKESIQNSEDPELKASFGNIEAKSFWWRLSQYSSPAEFEKERCNAVHASAKCYASMIDPALKKLDSCAANIINEEGKQTFGDSLCQNLYDNKFITPDMGKIEDIKVGMHYSYCGGKWEPVESEGEQLTLSEKLCCKPDAQDE
Ga0193418_1048312Ga0193418_10483121F002147PASNTMSGKVAVFAASCLLVAVSGARVRRDDGYGAPAESYGAPVESYGASAPSYGAETGLDLTTIIIPLLALLGLFLLFPTYVTLTNVRRKREAVESGTEVSAVARMMDMYQAIIESEECLERVACDVGGLASEAGLDTSLANLATVMVPGKYSKYMKQFAQAKNCSKIKCGSLF
Ga0193418_1048391Ga0193418_10483911F091322MATAAGSAFPRIVSNNLVTKSAFLSYSRYLAFGFGYFYAFGKLIYLQAYVESEDQKKMAQLREAEISINTLRGVTFHAPQLWDPEYTELQMRFRDCYPDFYLHPNDEFVYQVSRGKMRDQKVKEELHSEAVAFLKEWKAAEGK
Ga0193418_1048487Ga0193418_10484871F001067LKSLVKATMKFFVLFALAGAAVAKPSNRNDDDGAAAALYCTAGTNLGDNLAAAFGTCFGDNSIATMRKVVKKMQLSRNDEQCYSYEEIMAWVAEEYADDACVLQSIGWMDEDFEFNEDAIMSDVSSLDPVVTGPLFEGHEDCVAEVMDYVEEHECADTFTEEEQNSLLDTAEKIASYECFLHLFEQGCMDFLEPAGKK
Ga0193418_1048492Ga0193418_10484921F002043PTIMQLNSLIPVFCLLLVSACQGLGLEGLKEQKAREGKKQVGLPCKTIVTEECSEKEVPRFEEVCEWYKEECKTEYVKHCENRREKRGVLQAVLLTSAIASQNQGGTTTEAPARVRCYNSPTTTCRHNHDGTIDGQCRTSYTRHCYRARRSASEDCAQVPSRHCNLTPGAEEGSGVKVCRKVNLPKLEKVCAKVETLVC
Ga0193418_1048496Ga0193418_10484961F000235MSVLLLLLLPVALAGLPPHHQKLVDRFGAENVNFDKNVRTMLCDSCMEITVSSNGGAQEHQPNRMGRFIRAGSLWNDLVPFWTSDNQQHITADPESNPGWYYLKWVVSGTVGGSNGGIMNDDYTDGIFCPYEIPDQWQYEYEGQWFVDPTLRFVCTKFKDAEEA
Ga0193418_1048553Ga0193418_10485531F069523PFSFSSILTLHSINTVPKFPTIIMAQAQKPEAFFVAVDDEEKKDGEFTQKLQQIVEDLRPKVLGTYKAFATVGTKAWKSQKTTIIAGRLDRKFNEKESPIWKQCPDFLKAVDENHSVMANRPSSMVAVYSVLDDEKKSALQIEGKEVYFCVMRAAARSNSVESLKAPSNIIQPTKNNEYQHNTETNEQNMDPDEMLIAKKLN
Ga0193418_1048798Ga0193418_10487981F050106GSMYHVALLVLALGVSSQDPSFDCGDYSYNICHDPPPAQELHVDSLEECIQNCDLFGSFEQCDYLMYYGDKGTDENCKLIADPNSPGTPKDEMKKYLDNCRVSGQPLTDNGFKNGTCIPNPHTGACSKWCTGDCFDNCDICDGYQGTQCDHTGDPDETIDTLDDWEACYGALEIIQDSNGLKYMVWDAEQAECIGYVEADYKCKIEVVRNGFTLDQVNNCKSYKLSLK
Ga0193418_1048833Ga0193418_10488331F000481AVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCLENVDELIERQEKSLSQLDAKRNIVTDLIAKGKVILQNPDKPKFLEANVKRIQDGWEDTKKKAQDRLQLLNETKNAFIGYAENSETIASDFEVAEEEIKKVKKIFNLDAANADLKKRQDIYNKTNDTITGLFNSINDNYNTMCITIPEDKKKGMSKEIKAVEDKLEVVGRFKSTVGKIEELVGALTAFDNSLKTLDAW
Ga0193418_1048980Ga0193418_10489802F000068EDVTQGYTTEQKCTKWPKQVCTKEKSNVKKYSPETECKKVPKELCGPSGCELKPGPEECFPKQETVVSEVPEETCNLEPQKECKHVTKLVPLLKPAEECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAESGLA
Ga0193418_1049044Ga0193418_10490442F023031KRYFWRMVTLPKVPNCCACASLKTGTLIIGSLNLVASVIGLLIAIGFMAGSTALSDVAEQWLDESVPGWREDIDRQAIQSGIFIVGVVILIAAIFSTVISGCLVHGARTRNVCLMKPWIIWTGISLILDTVNILKALVSLAIADAISSILGWVLGAYLFLVVWSYKSEIEDETGPGGNYQGEVHYTAEREGLKA
Ga0193418_1049353Ga0193418_10493531F003808PGGLNGTCEGVAPHMKKVVASPGGSLFCFSCYTANTGSEKPSHELELLQMQHENAWNIFSCAEWAVYSDVSAPLGGGDMTIRVEDVKGDFHFAKRKEAKTWINTGMFVQIWTALRDAGHATNHDWVVKADADAVFFPWKLVDMLRDAAVPAEGLYMENCKYVDWGYFGNLEVFSKQAFSTLVNNLDTCYTSLPWKVGVHGGKHGPMGEDLFAQKCMDLMGVAKQENFGLTTDGAC
Ga0193418_1049404Ga0193418_10494041F044890MSILSSLLITVLFGVSLAAQCPHPDFIQKNICDNCHSRHQAVNFAKTSGLKGMVTVLGPPSDSFPPLFRQVGPNESDFCVNRQPRAAYRCNMDTKRAYCFRLGTSCYTWHDPVTGVPHKTLRLATVNCQDNFTWSRQHLLEDYDTDRSNGGPRYD
Ga0193418_1049539Ga0193418_10495391F074352FRMKLQTLSLTTMFIFTTHAQIIKQEFSIDAKTGDILNTVEQESNDRCYQFTWLGMASRDMAANSSTGFPSCSELSDAWLNTYGRAIPCYEPTVYTVNDGNGRNRPNLTDLEAQCQEVGCDPFCSRAGDACITYTVLNNDNEQTVEIESKFCGQVQKMWDGAVVTNGRCYTEYGVGGAQDHQVCFCDDIDRCNRAGRDLSTTPILLLLLLSVYMLL
Ga0193418_1049863Ga0193418_10498631F074347PSFYCLIHFYKREKKMLKAVLLICLPLIGFSQREFKAKFSDCGSVLDIAPAVEGSVTITAPFKRSIKRHILFKGANVKICINGTVPSSVEEPVAGQGLKNSAHGQIVVLGIPVPVPVPFCEVTLNACTGSSPACQDMQPGTPVQLCSSLSVPTATPDTDVDVTWKVLREETADDQCETTSDINALKNKGKTTMACLSIPARVQERKRAGKR
Ga0193418_1049984Ga0193418_10499841F006790PLEARHISTTMKTFFVVLACLVASISADITCDDCLEFAGAMGAYLQSDASLMEQTAILKAALCPSADDPAGCEAAMDTYWSQIGLAMYPVFLEANAVCGELGVCKKTVVSTPTCDECVGSVVLVSEVIKSDAKIADIVAFLQGDFCASTGSADCAANIAKLMPAAMPVLAGVLVEKANEYCCTLSPSGVCC
Ga0193418_1049985Ga0193418_10499851F006790PLEARHISTTMKTFFVVLACLVASISADITCDDCLEFAGAMGAYLQSDASLMEQTAILKAALCPSADDPAGCEAAMDTYWSQIGLAMYPVFLEANAVCGELGVCKKTVVSTPTCDECVGSVVLVSEVIKSDAKIADIVAFLQSDWCPSTGEDTCVDSIAFFMPKAMPVLAGVLVEKANEYCCTLSPSGVCC
Ga0193418_1050080Ga0193418_10500801F000073DIPQDALDNLQNLANTDFHKNLGKIIHDIYLTGHNLFKDMPQGDHKKRAKYRFASKTLMRILPDNLKNEVEGLISQKTMTLDLYEILGQCTWGQSKSL
Ga0193418_1050209Ga0193418_10502091F089636MAQKPAAFFVAMDENKEDQADKEFAAQLQTVMGELDLKKQLLSNPNIAAISTKKWKAQKTTVIIAHLDRKFYNDPEVTEIWAKEQCPPCLKPLSAEHAMMQKKPDSMVALYSVLDAKKEPMQIAGKDVIVCVSKGKGLGSKEGSIDSLRAPTNIIQPTKKNVYQHNTHTNQKAVADAEEMLTAKKLEN
Ga0193418_1050262Ga0193418_10502621F053680MMKSIATVLALVAVIAVTNAQPLTLMPPSPFEATECGNMGYNSLQIGPNCYFWVNGSFTMEEARQECTMKGGMLATLHEKADYDMLKGVVHDKYNFAATNDLAVFWLDQMFDYDNRVLTCCDGTQKDEKDASMKGMWYPGQPCWTRDTPNMVVAFRSQKVILERPEMERLQGLYTIKTTSTWNALCMTTK
Ga0193418_1050370Ga0193418_10503701F040997RLALLILLLTFAIAAEVSQAYSIDRQPFQVERRGYRDPDDPRNLFAAMYGANYKRSGPTNNLLGDYDHQLGALPHKRGLRDRDDPRNLFRSVYGGIFRR
Ga0193418_1050476Ga0193418_10504761F066305SQSLATKTMASHLLLLSAFALSTFVHQVAGFSTNQCHKEQLLKILADVKSCSAGLRWSSDFCEKHAQVENCLERAFQTCFSNAVAQKLVRGEKARLRLKIEAEWGNKIQVDELEKLFKGCTYIAARPPPGLIQRLHWIDFVRTDGSCDNREKEEVKRWLSFEAPLTDSSSLSNCLSEEEANFVLEEMRSNVEEKNSKQREILVPDPSPRRSSATFVYNNIKVFLPLLLIIFI
Ga0193418_1050484Ga0193418_10504841F023031KRYFWRMVTLPKVPNCCACASLKTGTLIIGSLNLVASVIGLLIAIGFMAGSTALSDVAEQWLDESVPGWREDIDRQAIQSGIFIVGVVILIAAIFSTVISGCLVHGARTRNVCLMKPWIIWTGISLILDTVNILKALVSLAIADAISSILGWVLGAYLFLVVWSYKSEIEDETGGNYQGEVHYTRDAEREGLKA
Ga0193418_1050488Ga0193418_10504881F026190MGLPRCRLVLLGAQILLSLVPPLKAFNINPIHPQQDAADLNLGANSTLASSCQRFLCVRDGSSSSNGVYPWLINNNNARFAYVRTDSEGFATYSYQRFYNGQTLNYYLHFYDEGLFYNGFWVVNDLETGYVETTGRVFIYNSENDYCPEETYNYWYFWQNGDWVYNTGIYLQTC
Ga0193418_1050543Ga0193418_10505432F062416TGAASEEVWIEPVEMDLSEDSDQIEIAIAFEQRALYSPKLVHRKSSDDDYAEVTDAKYETQTDANGNDQTVAMALVNEGGAYVVEDEVNVGAVVAIVFAGLVFIGAIMFIVWWKFFKAPPAADEYSVNYASGTTA
Ga0193418_1050586Ga0193418_10505862F006688TPHPTLFPGGQGSQAPMYDLPAGTFTFYYLELALEAKLQRKVNQLKEILSRSRGQIQYDWKNVQYIQSKEQFIDWKRSMGGLKRGRRPEGPRECLDTFKAYEMSEEDLKEEGRTKVTTKTVSERTWYTPEAWEHGGLRIKNEVKEEMEQGMDDGPGAKRVKKEAAK
Ga0193418_1050601Ga0193418_10506011F000021AQAFLKSKIMDNIHKYFYLIVFAGYMREASVAAREAIEADKKASVALPSSGKCSIPAKDLTIGSSFVDYMTGNSWMRELCEAGKGNLQWERDIPPAALSNLENLAKTDFQKNLGQIIHDIYQTAHLMFNDMPQGDHKKRAKYRFASKTLMRILPDAQRTEVEGLIEKGAMTLDLYEILGTCTWVAPK
Ga0193418_1050605Ga0193418_10506051F051665KLLLLDSLLQEIVEPVDRDCWCQQKKNSIWWRMFRLFGSKKERKDGPPSPEGAGGSDHEEREAAEGFTELVPSRPAPGAPAQALPGGEGPPTYSSLQQQLPYQLPRQGNTPGGLERRSSEQHPLSGVTFTLSPRLTQDRELEYITAAVDSVLAKMGGIDWAAYEYSFGLEQSVLDNQAALPSVQQMAIED
Ga0193418_1050777Ga0193418_10507771F048072LLLLVSLLAVPCPSIPAPQISESDYGDDYGDYDASVQGPASSPSDGLADLLKMGAGIAQGLMAIFTNKVNFLVSLLSDKELQDAVGTTVGAGVNLTGQLTRAAVPVAQGIVASVPTLVGQGSRLVGSVIRAANDTAPLVLNGITEFTDQLPLIAGFASAYAEVNAEQTQKVVQTFSRSLSCNLECDDMTDPQKKAECEEKYCKELEEEDDYDDYRR
Ga0193418_1050867Ga0193418_10508671F018124FLVILLAVGVFGEEISDALVEEGINQLTSEISEDELKTLGQSGTLDFSKAFRCGLFMTWPGKSEDKPVSPLFIFNATFEASEECEAGTPNYKRYKNFCSSAWDKGFADRGLTLESPSIDKKRAKEGERVVDDICGYMKKHMKTPFVGRHSRKFPNGLEFGMFTNACGEAGWSWSGRTHSERVCCRKGRGAKCPKDIL
Ga0193418_1050977Ga0193418_10509771F003454MSLALLPLAFLGSVSAHGGVLWPPVWQAGVATPIEELTTHEAFTEPKVRDPNSGVVVKSVKSWLTDQAYTGGVGDEFKGIGPVTNDWSKNKNQDTKNFDRCWGNCVKYRNPWAAPGQAPSLGGGCGVFGGNPLGCPAGKDNRPPGSQCGQDKPIGRGKRGTSSFGTDARLFDFPQMITTEWQVGSTQDVVWSSNGGHHGGYTYRLCKMPKGGRTAITEECFTK
Ga0193418_1051091Ga0193418_10510911F048738KFSYMFDAFFDIEKNGLLEEDDLDAFFNKIIKYLGVEPNSKRYFRFQDVKNSFWECIKDQLVREYKADDDGDAMIGWAEAFAKAREVDTSKMTLTQWLNMWGRLCYRSAGISDFPIWVQLLPSVFFDVMDKSCDGTVHESDLRAFYEHFVGVSSDEIDKVTANGYAQMTANGDYKLCREHYFFCFANFLLGRDIYGPGKYIFGVFDNREIDHTYMVKYNEYDSE
Ga0193418_1051343Ga0193418_10513431F006790MKTFFVVLACLVANISADITCDDCLEFAGAMGAYLQSDASLMEQTAILKGALCPAADDPAGCEAAMDTYWSQIGLAMYPVFLEANAVCGELGVCKKTVVSTPTCDECVGSVVLVSEVIKSDAKIADIVAFLQGDFCASTGSADCAGNIAKLMPAAMPVLAGVLVEKANEYCCTLSPSGVC
Ga0193418_1051356Ga0193418_10513561F085089MDSEPGLGNVFGTLSGWLKMSEAVTIFISLILHRHGDNGNYLYFATTGLKLNYQDENIDVENLGNSTLVTFMVITLVLLVGYIIDGVEVIQDSILEPIWTLLGCLMFLASGIMVILTWSTEDYVSTSSSATELEYTRNSRAAMGLGALCIITSLIFLTDFIWVMCQRGKRQPLDDGA
Ga0193418_1051373Ga0193418_10513731F027739GNMTEICGIIGDLKREEQGVYVFPCLTLMGYDTKEEPIKKLQQLGYRVGDEDARYEGVEIKQSSPFKLMRTLAKEYGYKPLKAINTVAPGGRTCLMWTLVAGGEGGGEEAIGIVADVKRESEGEYIIPTSTIFGMDMAEVKQLIGEGLKIGDADPRNDGVEVTGASPFKVMRILCSKYGWTTDGEVVSTEAPGGRTCAMWTLTRKAS
Ga0193418_1051640Ga0193418_10516401F102477FYKRYIIVKLNKMLDLKQIFNLKPKPKPEPVVEQPKVLPKPNGFLSLSGKLFVAFVILHVVFLAYFIWFMVTASITETEDEVQSIMKGEVEITKTTQLMTFVIHSVRNYFQI
Ga0193418_1051666Ga0193418_10516661F012568NKPKPSVNANALKDLLFNNFRNKRQADGLIEVTEEDFAEFLEDFDEFKDHVASKMSALTCVLSKMNMLDSNLQVNLKAYTEDVWNDIDLSQTLAGEDPVWRKMMVDGYNDCYDIARSFPQSALNKNPIMKVFGRHMVFFKCSKKVEAHNCGMAQANHMIETLYGSNDGGYDWSQHGLPNNKYERAAMYMKVQYGTATPEEKFVHNFFYMDPAM
Ga0193418_1051704Ga0193418_10517041F057102SFKTVTQKTQSLSKWTYEVVETMPSVSHRTDFCLVHRLKWKIVPPPAVIPPKPTRIIRFGTYRQRLDRFPRPGIVFPIAILGGFIISNVIYQFAKPDRERYRLFYFSNMATDEPDSYFARAWMEQLPDFPTTKEGWDDMSFRRDFEIFRDPPLIPYDVKGYNKKKLKNMDLAEEKLNNMCIAPPVHFLWPY
Ga0193418_1051840Ga0193418_10518401F004363AVNSSLLRILLLQVLLMDSTYFIFVLAFALSQAAFCPGEKRHGRRCLAKENSYKCAVFFEDLIPTKPLAWLGALPDTLKRVKPEDYQEILGDDITPESFRNFNCDATAANARCYTTLNKFSTGPLDSCEKNLVNTKPGETIGDYLCRQVRRWLKNNDDFRANGIRNLKLPFYYSQCGEDWTPVADGSNRFYVKEPLCCTKDGKFERCDGSSYTKTCPQE
Ga0193418_1051883Ga0193418_10518831F104399ALADNAEDGWGNPPKPGLCPENIPDQPNFDRERYVGQWYNYIANDIINVPENADCVGAKYEKLNEKQISINNTAVLQVGIRDKEFPILSWAYGSGTQLDENYPTRIYVHFTEFGGCGYLAFFCGGFVPEESYDDYVDIGENPFLNYQVVETDYDNYALVINCNNVVVDGVDMHVEVIYLLTRTRTWGPENPVKVQELLSIPANLGLTIDDLYETKQTGCEQYDLP
Ga0193418_1051953Ga0193418_10519531F054572LYHWFDTMPRPHILLTNTGYPLPTAKLDPRYHPLGQPGPAHRGPVWICKIPTGLRLPALVLSYCFVTWNIRHWLFPWQCRTIHNVAIPIHTPSNVEGTWLMRFRKQDDIFRWGHIYAKMQENRIREAKKRGELPDNYPENEEQLNRMDPETFEAMMPEIKKIRFDVGVDRLDGVCFGAKHSLPPDHGLEK
Ga0193418_1052046Ga0193418_10520461F000196SYSTQSSNMKAFIFSSALLALAVADTCSDCTAVVSTIAARLSSEESIAAQQGILVGGLCPGAEDPAECEAALPGLWAGIAALLWPNYWEPTRMCGPICAAPEDTVMTCDICTMGIQSAIDRLLAVETLDQIVFLITNSGFCASMGDERCPAIVDVVIRQGLPMLVEAGTDGDFSQACNAAVEDTCPARLRLF
Ga0193418_1052183Ga0193418_10521831F089614VGNVSVQLVDAVLVFVALAGESDADPDWDTLDTLGPKVFVEAGVDTDVLRTHLLLSEVTDRLDSSGRASLGSDTEDAFMHMDGILPSDHFVDRALSGLLFGFLRCRRHLYYFKVFLGFKL
Ga0193418_1052208Ga0193418_10522081F028701CPTEEICREAIKDVNGVFCPGKEYTVLVEGEDYRENGNRRGGFLSATHNCPVYCKEWKGEIQCPVYEDALGCKPEALCVERQVRSVNDDGSKEYCNAASVCPKQCPAGQKLCQYDETDPDGCGYEDVCVAIGRDSQGALCNMDWCPPLCTGAQTLQDNGVDAIGCPVAPTCV
Ga0193418_1052221Ga0193418_10522211F071930QRKSSAPHPVCCTVLVFKMGSGSSKVTLNADAASTLEPGQKCIASEAFDEYATAEEFFDMLLEWFKDVRSPIDGSAPKGLQVVDEVQGKEFTTLATWDGDGCRKASYIYTIHNCPKTGDYVTKRKVVYDKSSLTITDINSSGGTEKQQHVMTATGRILKNPARFEWFSTDKDGVRHSDKAAAKDLQAVMDDVFTRLEKSKAPAGGA
Ga0193418_1052288Ga0193418_10522881F004128SAEPEPVTMRAFIIAALAVAVHGDAKPYTVGQVLAGATNGGVITSTTYHGGLKVAGFPHAAVVPALGYAAPVVYGKREAEAEPYTVGQVLAGHTAGGIITSTTYAGGLKVAGLPLAHYPVVYGKREAEPQFFQYHNLGALATTNPVHAVAATPLGLTHSSNVGLCTNFVGAAVPC
Ga0193418_1052300Ga0193418_10523001F000119TLDHLATGSTNLRMKTMLLFSLLAAAALAAPESRFSCSECVDEMHKLGWMVKMGAVPIHDYVAANYCPTLGEEQGWCEEALSRYYVGMLFAVVEHYFVDGAVHVCQTGGACDAAREYTCDECIQGLEWVEAYIEDPIMIAEYVVYLEQNFCLSGGHHDQDKCKKLVVEHFANMHTMAMEKFFIPTEICMSEPVCGADPPTRPPEMELEYLHAKEH
Ga0193418_1052318Ga0193418_10523181F000276PGINSGDIIFNNFFRLIMNNFILFMLVTVTAATGKFCPGEISRNQCRAGNNAYKCAVFFENLTSKRPLTWIGALPDALKKAKNRQEAQEILGADVTEESFNNFPGCQASAANARCYTTLNRQRSTPLDSCDRNLINTRGSETIGNYLCKQVRRWLKNDINFQTNGIRNLRLPFYYSACNGNWTPVNSNGFNLYADEPLCCNPDGTFFRCNGAPFNQFCF
Ga0193418_1052399Ga0193418_10523991F015563PAFWGKWGIYHPNAAKEYMRQAYNRGYGQPLISGRENGFGTTPFLTFLARRWNYDWLKLIAMRVDAERTPLTVLRRQIWMARFEYWVRRFYARKAVNAAAKVEWAYIKGRIAQPMTWTGSDAQHALLWLLNVAAFFSIGEVVSRQHLYGYPVATPEWTPSKPKFVPGFWHVYDPFENYPFDNQPNYITKQFQRSGWWHNSAENYWVPHRIIAGFPHG
Ga0193418_1052621Ga0193418_10526211F000049SRIMADKVYTSAEFKRERDNFHALCKDLEREEIKKWLQQILEILMAERSKEERGDQNKKLEGLIKKHEELIPTVLTTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLTQLETKRAIVNELIAKGNKLLENPDKPRFLEGHVKRIVDGWDDTKEKAQTRLQLLNNTKAAWVGYAEGLENIEVEFEKGEEEIKKVKKRFNLQAA
Ga0193418_1052682Ga0193418_10526821F080797PQQDNMFFFLSLISTALAAPQFYPYYHHAYPMYQPLMYPRGVAQIYPGYQPYPVQTVDSRGLITFSSLMSVSGALEKDANATPAKTVAGTAEFHQNALTGSNSKYKIYLNGDNMANKKYTIGVSSACTSAGTKLTEITAPFFLLNGFWVSGISDTMNIDGSDSKTSVKGMFVTVSDSTGAIIGCSAALA
Ga0193418_1052976Ga0193418_10529761F035319TCVITSQKGQGRSTLAAVAASIIKATQMMVKLNTMVAEGMAERSWADGIIRSKFEDPLPSEDNKDPFLRGEFDVIKELLEKVPETVSGKVLADKMIDICGVPPEGSGLQNLRKCIIQTKYKYDAATEDKQVVWKSMIINFIERYFYLICFATYARAAAPEGFKKSFVAWMDEHSALRGMIENGKDKLEWYRKVDESKISSLKGMINGPDYKEKLGLIVSHLYKLA
Ga0193418_1052989Ga0193418_10529891F030772YIAIQNIYIDHDVMHGATFPVYDWQKFLTHPFADFFSLPWEEFILEHNRHHASTVDLLVQGEFGWDPEEFHYALQQWAGDMRENWYKYLLTVPWIPIIHFFGLNDTGSLFALEWWCHFPDEGAGGKCNKEFWSKWVPRRVKHNAFVFCVWTCVWLLGTYPLGRDLSEGWRFMFTVSFFARCGYSAAWMFITNFTHSLPWNQFLANDPGRTWPILHNIMAFVLGGKH
Ga0193418_1053258Ga0193418_10532582F071924QNFDQNGNRGENILRLKVKTRTALEQIVPFIQFCQQENLILSVSCPISTKKGRQQVRGFLAYLQMKDARDADRVEELIQLYNTKNGSPFNTWHRNPPSTWNKTQA
Ga0193418_1053343Ga0193418_10533431F074362LQENFREKKVCFKLPTMDLVTMDRHGIEFPFLWVRPKGRIYPANKVAGECYYKPMVDYVDQKELEWKDLQLSDAVIRDLLERPRVSLPCVGDVIPGQEADVGGEQESNRSPGLLRFLTSYGATQAKQQNGQTVHYKHEYVRACLGKRGEFPPSDTLGWPSDAARIRDHYISLLSTANREERRSPRDHKVKLFSPSAKVLLHQYKHFNEFSK
Ga0193418_1053351Ga0193418_10533511F041000ACLRCKEGLVLAMDPTDPETEWACGDCGICKSGDSIAKLNDYFYAAIVEAKNDCTALEDLLTKATKMFHPSHYIPTLTRIRLNTAFLQLGFRNPNQAETELLMRRKEFLDEVHQVIETVEPGLTQRRGISLFERSACHLQLGRDLYDRKKFGKEDFTRLLEAEVASLNDCIDCLEHYSYGTQHVEDVVFKANAARDDAESWLCQIADGDL
Ga0193418_1053366Ga0193418_10533661F025913ETSSQNYRTCRNKNGHLQFYNMIGTTLLGFVVVVMAAITTGHDIAAKEDTYESLELLQMSTIHDLVKTLTSKVDAITSKVNTIDSKVNALNAKVDKNGGKIGGIVDAVDKKIKNLAPAELSYGYLEYTKYIGKLYPRSSSTHIDSAHTSVGQCNAFCLKVKKERNGEDWNAFSYRPSDGYCYCWRSAKNFAGNGGYQSYTLEN
Ga0193418_1053434Ga0193418_10534341F025208NSTLKYKKMKVSAILVAAAQAAPASGIHQWMVDNWWTTAVETFNFATNEWAQFQAAVDSVDQSMFPPLFDWCNANGDSEVSSEELINCSKKGADYFDMPDDYQHFIYKFAEKYWHLVDQDNSGSLNFNEYKYTMAGFAAIDAGLIIKGFDQNGNGILDGPELTAWRDATAQMFTEWNWHPSDDFVAGAKQAWHDSQMDGDDNTGSRAELAQFGLRTWNLLLPQ
Ga0193418_1053443Ga0193418_10534431F003866MAEADVRLTSVSRDGTKLSEIIPAGAMRRADGKSALAGKWQIPNVPGAVTLVVSGTSVKSEECPFGNAPLMGEIEESEDLLGLHITMGGFPMKAWLKQDGGSTRLEFSNGGRWTKV
Ga0193418_1053722Ga0193418_10537221F002147LLRTTNMIRTVVIALVSVCACAQAGRVRRDEQYGAPEAPAYSAPEESYGAPEVSYSAPSYSAPAETGLDLTTLIIPLLALVGLFLLFPTYVTLTSVRRKRETGEDAGEVNMISRMQDMYQAIIESEECLERVACDVGGLAADAGFDTSYANVASLMVSNKYSKYMKQFASAKNCHKIKCGNLF
Ga0193418_1053829Ga0193418_10538291F019948VSLFLFFAIFAYTFAQDTHFCPDGWELHNPEGEDECKCFYFADTYVKVNHADATALCNGRGGWLAEPDDGPGDNYWIVNKLLEKFPDKMTKGEELEGPHYDDQWWIGAKSASKHNDHNPGEWRWEKLNTTVEWFDWAPGQPNDYHRQQCLAYLRYDYFGSNTYNWNDLDCETNVADYICEKLCDQEP
Ga0193418_1053867Ga0193418_10538671F027405LLVTGTTTRMSDDIRPPVLWRRPNARTYSYNQQVGGDYYKPMIDYVRTKERQGIFFEKPTERIHLPDPAETYIHRGDSNIEGISGVYNMDRFLVNAYSQQLREVNEGTAKTRMRMLNTVTARAHLPHTISDNQQTHYDSVRLLKGACPGRKQVNYFASEIGVLKNNKLFAERCQYDHLVDVLAGQFDFSKNHSGMGGITSDEKFYDPEKVKDYTGSIRFKDPQ
Ga0193418_1054006Ga0193418_10540061F083658LTPKYPFLTPHRQIYKAYVEDGEGQYPIAKTKDWVEELGTFNDKLFWAFKNGFALSTLAALVDIRHISQIKERKSQIARYAFYTVPLTLGAVSWMGGVELGKIWLGRKDERAWLVGSVMPAGIFGIWRRCPYKGLRTAVFLSAIGWAYQYSTNNNYVNTFVYPNTDNPNLPHPKDLFTKDYSLWNVEDKGTDKEYSTIAVDIGAYPKAPEPSWKKWE
Ga0193418_1054087Ga0193418_10540871F013389MVASWLLLTIPLLQLAQAQNPCQDMTVADCTLREDNIIGSYPWPVADVCATNCVTDDTCMFWRFFKNDTVTECLHLKTNYHQDCISFAGPTLSDIESCLEVDLNTCSAYIGEECEYSGERLEEYEPPVGGVSSISACQTWAEPLEPYGAHYFYFDGNTEECMLFKALQADCRVIGGPKIAPPLTECP
Ga0193418_1054147Ga0193418_10541471F022348TNYESQQEEECEENYKKICMIDYEDLAYNTTVEICRTPLVKDCDLPGETVCQTIYESECATVQKVHEVEDDVTSCRTEQMKKCKEVTEGYTTREDCEEWPVERCEIERKKVKKYTPETKCYKEPRELCAPRGCGFKNGPIECHTKTKTLVVENPVETCDMEPVKSCKHVTKLVPILVPVEECADVPKEICARSKTNPRKIKKPVIKKWCYVPTKESGLL
Ga0193418_1054219Ga0193418_10542191F000196SYSTQSSNMKAFIFSSALLALAVADTCSDCTAVVSTIAARLSSEESLAAQGAILVGEFCPSQENPAMCEATLPEFWNMIAALLWPGYWDPNGEWMCAPICEAPEDVDMTCDDCKMGIQAAIDQMLSPEAMDIIVEGISAEICKDNPTPECPVAVDGLLRAGLPVLAAMADDAGFEQACNAAVENTCAARKLRLF
Ga0193418_1054253Ga0193418_10542532F003866LVIRPPGHFYPAAPFRCRRGVHRFERPAAMAEADVRLTTVSKDGEKLGELIPAGSMRKADGKGALAGKWQIPNVPGAVTLVVSGTSVKSVECPFGNQPMMGEIEESEDLLGLHITMGGFPMKAWLKQDGGATRLEFSNGGKWTKV
Ga0193418_1054331Ga0193418_10543311F011638NNTDCYKMADRMWGGVPFTIPSSTAMKYLSGAVKVKRESALAPGGRYNARQTMDREIVGHRFARQDMNDSYENYAKQKMRARTEPKLEPCTGVSKCKLSLRYPMIQTTKTYNGIGWTEPRAEDVLGFVDRRKHLPGYVGGRRLRESIVGGRGV
Ga0193418_1054359Ga0193418_10543592F067382NILTMNIFVLLSVFSFISAAPAPEEVDVVPYVHEEIEALPYVHDATGDVSDDSSPEALAYVHDVTGDVSDDSSPEALAYVHDGTGDVSDDSSPAAVPYVHQEPVQVAVPVASPVLSYAYSPVLTYTAGKVAVVSPYLYAHTGTGCVNSVGSVVPCNV
Ga0193418_1054360Ga0193418_10543601F067382NILTMNIFVLLSVFSFISAAPAPEEVDVVPYVHEEIEALPYVHDATGDVSDDSSPEALAYVHDVTGDVSDDSSPEALAYVHDGTGDVSDDSSPAAVPYVHQEPVQVAVPVASPVLSYAYSPVVTAYTAGKVAVVSPYLYAHTTGCVNSVGSVVPCHV
Ga0193418_1054385Ga0193418_10543851F046165LWAEMEADGINWDVIVDNLPITDSESDLERIQEMWDLFNVNDAKGLNVFEVENGIVDMTQTGDSFDSQKAINDAFTIASKAKYEKEKVMEDKLDMKQFRLFLRTLRMIYNFYETFNYVDSDGTHIISKENFLEEDTKKVLEKWLGPSDNWEEQFDSIDMTNKKGEDAVLFVEFFAWAENKNMNYLGNMGVND
Ga0193418_1054386Ga0193418_10543861F074362NSREKKACFKLLKMDLVTMDRHGIEFPFLWVRPKGRIYPANKVAGECYYKPMVDYVDQKELEWKDLQLSDAVIRDLLERPRVSLPCVGDVIPGQEADVGGEQESNRSPGLLRFLTSYGATQAKQQNGQTVHYKHEYVRACLGKRGEFPPSDTLGWPSDAARIRDHYISLLSTANREERRSPRDHKVKLFSPSAKVLLHQYKHFNEFSK
Ga0193418_1054472Ga0193418_10544721F001952ATGDYTLTDNSFSTEITVGNDFLKPKITWEGKLPSNAQEAEAFMLKNNVHVTVAGSKRNLDLSLNWKMSKPDWDFGTPETGKISLNAKGNNPRWGDYSLTRDINWEVANKIADVSITGSAQFQKGMLATSSPIETSFKFKVIPDQADLIGKFKKVINGKEYSIEFPKGSGVMPKIIMGQ
Ga0193418_1054499Ga0193418_10544991F011659PQLLRSQHKMARLLLVAALCLASVKAAVIPVEEIVDNLQSFLTAPEESGLRLKRSTGEWDKEFDLSSMGILFQLKYNNPANPFEGGRAHVKVPGARFIRNAPFDDMDLDIEFNGGSAIDGLFDMKVDYKFIQKFMFLADRPQEGSFVLYRKMEGGMWKTKVTVDNNNMMPKPFLDISVESDRKTKLHVLFNFQEDNKWELKVDRVPGQKMTIEVTVNGQKW
Ga0193418_1054513Ga0193418_10545131F058691MFNFPPIAQRFLRSKTWWNVIKYTPGDLGRFLTQKHPVIGISVGIWGYFHYWHNPFKVAEEERFIRFRDNWRAEVHYQESVDWDTKKCRDEMKAFILEQKEKFGSLEKAMAAYEKKSGKKAPTLLLNDPVYDHTLKRVGVDIKGDEEPHFLWDGTAYMSEAEKPPTFADGKIRLPEAPRLYLDG
Ga0193418_1054570Ga0193418_10545701F000147WIAPEPNAVNTVKIEDVNNDFHFAKRKKTGTWIDSNMFIQTWKKIKEEGLWANRDWTVKVDIDAVFLPIRLRERLGQIEVTHNGIYLENCKYVNYGFFGSLEVLSHNAAATYMANLDDCTTTLNYKGSEKITGNEPWGEDLFAQRCMDLHGVDKVAAYDINTDASCAAWRPEGQKKNRKWRPDCATAQTPAIHHFKTPKEYFDCLKATQR
Ga0193418_1054594Ga0193418_10545941F000481MAERAKEQKTTEFGKLDTLIKKHEELIPNVQKTAVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCLENVDELIERQEKSLSQLDSKRNIVTDLIAKGKVILQNPDKPKFLEANVKRIQDGWEDTKNKATDRLTLLTETKNAFIGYAENSETIATDFELAEEEIKKVKKIFNLEAANADLKKRQDIFKKTNDGITGLFNSINNNYNTMCITIPED
Ga0193418_1054598Ga0193418_10545981F000196SYSTQSSNMKAFIFSSALLALAVADTCSDCTAVVSTIAARLSSEESIAAQQGILVGGLCPGAEDPAECEAALPGLWAGIAALLWPGYWDPNAEWMCAPICAAPEDTVMTCDDCKMGIQGAIDQLLAVETLDAIVDILANGDFCASMGDDRCPAIVDVIIRQGLPMLAAAGADGDFSQACNAAVEGTCPAKLRLF
Ga0193418_1054738Ga0193418_10547381F000196SYSTQSSNMKAFIFSSALLALAVADTCSDCTAVVSTIAARLSSEESIAVQQGILVGGLCPTAEDVAGCEANLPGFWAGIAAILWPGYWDPSAEWMCGPICEAPEDTVMSCDDCKMGIQAAIDQMLLPETLDTIVEFLSGDFCASTGEDRCPEFVDVVIRQGLPMIYAASDDAAVTETCNAAVEGTCPAKLRLF
Ga0193418_1054741Ga0193418_10547411F001017TKLLLLDSLLQEKKGRTTMKAILLVSLIAAAFAAPDPRFTCSECVDEMRNLGFLVRAGAKDIRDYLAANYCPSQNDEQFCVDYLARYYIGMLDKIVHHYFMDGAVHVCQTMGVCDAMARRYTCEECVEGLDWVQMYMEDPIMIAEFTIYLEQNYCIDEWEYCKEGVVEYFPPMHAMAMEKFFIPTEICNQQEVCGATRPPLV
Ga0193418_1054766Ga0193418_10547661F031742VGSCSCSKIYTKGVPLILDSDMDQTLKRVNGELRMIGSRLDRIDQKLPKFDLKIKDLKEEEDKVARYWSDLETDHEKTFLRTQRRLDNTHERRVEAEERRRGRPLWNHHHTRHADGPDYLALRMEVPVWVQQKYKSSAVSTKNDPEMQTFLRSMRRSENDWMRGISKSATLFSKDSCRKTILDSINLAWMSEKYKDVESKYGSREV
Ga0193418_1054893Ga0193418_10548931F005377AAQQQVFAGWVQALGEAHFNKVTVIVRPHNMDDGQPHPYAWSPLAYSAADCVATQWEKTDADGNKTLINENQELLNDWRSQQYLSGDAKAMATFHFFQKAFKILRRFEESEEGHECAIVGTTSDEMVVARKYRTVWVVLQAPIVKDATKEKGYTKVPLAYNAACKAIFDAMDEEEM
Ga0193418_1054973Ga0193418_10549732F091269VTGSQQNPQLHKVLPYVDFSSIGVIGHSEGGAYTMESATKANQFPIKAGVFSHGGSSNAAPSIPSNLPVFFVSGTADPRRRRLYWAYQATTSVPRIFATIEGGKHMYPAHGSPMNEMMAHFLACYLLPRKESCEIIYGDGLNSLCKKNPMGDCQIIKDSNSDSNTIVEKYNKEYRTTI
Ga0193418_1055029Ga0193418_10550291F054541VAGYGCIDLFVEESKGAFAYMGPRLHRERDTNSTFFTWEYQRNGYNSEAMSAGKADALHTLLERLLENTPDYDNFFRQHCFPVNSRQFGEVERRNSIIKDMYRLEFHLATNLNVRAEKRRLTTVGVFCPRTTAELGDRPGLVSARMVRLLASAGFSNHSLRNQIMEARDRGSSLTLPLAKMIGTLTKPEDRVKCEAQIQIVKKYIEDYFLRRGE
Ga0193418_1055064Ga0193418_10550641F017648VAFVGLGGVAPATPSEPAARASGLVALQARGGARGGGPDIEGWYQATVSGSGGEPTGAMKEYIMKWFWPAADPFTGRGGAAPGKKDHAKVFEILKDCFAKGPAFERGSSSAGFGSILGDTTGVDGSPYTWLVGSMTPGGMFLQVTREFPGGKGVRALAVAKIGQEQELWSKIDWNLVNARLDIEVGANLEKVEGVKQR
Ga0193418_1055163Ga0193418_10551631F009881MASRDQRTNIFCQRHGMCFCCSHVDVLIIFLAEMLIHSLFSLELVGKSELGSLLLQLGKLVLVLGDLLEGRLDELALHVTDRDGELVNLQISQDDLTLEEEHLGLELVPLVEVSLADLLKVIDGGVVDVGLGAAPLGNDTEPLLSLALLLLLQLLGGLLTEKSSELLLTLWGHESL
Ga0193418_1055228Ga0193418_10552281F075634QDILGFSSLPPSTLPSSMARLAFACFAFSASTVAANPLVELLNNVANKHVLKDLRVNLPEKIAALGLDPLKSLKAAKDLKVEDVEGLKNVELDSVEVISVSLSDTDTVAELSVKGHVSKPVTGRIFMGETGYDAEAEGVRTKKAILTARLDLQQLVVKGIEVQSLELEYEKLNLKVVGEGKALTLSNADNAMLESLVSTKVKDVGQETINSLMPITLPEP
Ga0193418_1055431Ga0193418_10554311F002710MSAFILLLPTLTLAVPAPAAVGPSLNQAAVGLAGLALAAKIAEDECDDVGIEDGLCGVLYDEEKCKRSADFLSLRPGDSGVLPLISTGLRRNDVESLIVAYRCKLELWDDDKGLEKGNPPDAIIDRSSRLNLGRNKYVDSLADDDDLEDLDEKISAYRCPCRDSTFSG
Ga0193418_1055448Ga0193418_10554481F058691VLRRTVFIVSADHPFVVIMFSFPPIAQRFLRSKTWWNVIRYTPGDLGRFLTQKHPLVGISLGVWGYYHFWVNPLKAAETERFQRFRDNWRAEVHYQETEDWTSKKNRDDMRSFIEAQKEKYGSLDKAVAAYEQRTGKSAPPLLLGDAVYDYTMKRVGIDVKGDEEPNFLWDGTAYLNKDEPPQTFADGKISLPQAPRFYVE
Ga0193418_1055514Ga0193418_10555141F096644MFSGLTNQISGWVANKTGQGEPGQEGVDPNMQQQQMGDGVNGEGYVQEGVEGQEGQAPGGVSGFAQGLMMKAMTAKEGLKEKAGVLQPGNLQAMGGQLMQTGMNLIPGRKEEEVPNPPEQMVDGGEVQYTEGGEQIQYTE
Ga0193418_1055518Ga0193418_10555181F000073DEKKKNGLTGGKISTPACELKLPKTFVQYMDEHSKMRDMVEQGKGKLQWERDIPAAALANLENLATTDFKANLGKIIHDIYQTAHTMFSDMPQGDHKKRAKYRFASKTLMRILPADLKGEVEALIEKQSITLDLYDILGQCTWGQGLKA
Ga0193418_1055551Ga0193418_10555511F007099SQAGQIIMNSMGTLLGLLVAVTLLSSAHAFDCKRYTVKQIDISGNNTGNMSEIFRTTKDTQRCSAVYKLDNTTCSSMQLTCGRWYLPNKDPVQCRRGDKFLIKVDDSKPRVFCEHEKPTSYYPAYSFTRMKVWFSAAVDSKFPNSGATCKIKCAEVV
Ga0193418_1055618Ga0193418_10556181F005377TMQQGVQGISAEEWTAQQEAFLGWVKALMEAHFNKVTVIVRPHNRENGQPHPYAWETIAYSDPGHVAQQWQKRDADGNLTMINENQELLNDWRSQTYLSGDAKAMATFHFYRKAFKILRRFDDSEDSQECAIVGTTREEIVVAKKYRTVFVVMESAIVKDPKKSGYTKAPLAYNAACKAMFDAMDEEEM
Ga0193418_1055623Ga0193418_10556231F066383MLRKSKKIRKKSLTDRFKTRILKSDPRSASDGVDRTPITVERNCETPVRNPTELVDPRSPGVVLGGEVVLERTPLLVMQRPDSDDSISTPLRGALLPPFSLPMTPSNDSSADSSQLKSSGVLTSTPATIPLVPKPRGENQPSNLLQERLKEAAVAAMKESANEDTTAPAAEGDLAGGLNDSSLII
Ga0193418_1055682Ga0193418_10556821F002148DAHNSSIRMVGGTSGGNWKRPVNRMYTYNYQVGENYYLPMTSYLESKNTGATSDLPGPLCFSERIAEFPLSGKSIAVVDDKSIQTIRETRQVISSY
Ga0193418_1055687Ga0193418_10556871F063218LRGTEERDNCVRCVEKADKMHDGNSVEALKAAIQEAEREVDIAERHLKNKQLALNSLKKKLQDAVIAGVGGMKISNNGEVEKVKKPEPPKDEATRRAEVRRRWRILGMKIKFGLGAQAMAVKRRNLKDAESFIDKESEEACKEDQMDLEGKCMRKKMDKRHFRKGGIMVGSTQGRDMF
Ga0193418_1055793Ga0193418_10557931F000119CLLEPSGTRMRAVILLSFLAAAIAAPESRFLCSECVDEMHKLGYMVKMGAVYIHDYIRDNYCPTLGDHQHFCRESLSRYYVGMLYAVVEHYFVDGALHVCQTGGVCEAAKEYTCDECIQGLEWVEAYIEDPIMIAEFTIYLEQNYCLSDWDDCKQLVVEHFPNMHTMAMEKFFIPTEICMSEPVCGADPPTRPPEMELEYLHAKEH
Ga0193418_1055836Ga0193418_10558361F076829MMAPTRAALLPAAFLLLLILATTARAQPRQARQDGGEGKEETTTSSSQVSTSTTKDTMVDEEANEVIDPMEQCSKCRKAAYTYKKKFFCQKCVKEGHLKEADTVVNCSKCRKPRYRARNGDFCGQECPNTSAGGMVDNDVNGDVEPTVVTTVVEDETPELGILGNIFKFLVHTNTWGEVPDFIPAAPSPVASAAAGETEEEEEEQ
Ga0193418_1055951Ga0193418_10559511F000052CRTEYESECWTKQEVHDVEDDVVSCETIVDEKCEDETSGYTTNTKCSKWPREVCSVSKKQVKKYTPITGCTKEPRELCAPAGCGFKQGAEECYDKVQTVVQDAPKEQCSLEPQRTCKHVTKLVPKLTPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYVPTEESGLA
Ga0193418_1056087Ga0193418_10560871F000048FDEANAMYATVNDFAKACVTQLEILNTAEKAANKMTTHKEADSEVAELKGRYDAVKVVSDEWCKKVDTLVKEWKLLDNTVNELNSWVAKDRGAEGEQQYSLEKMESTLGELKNIFKEKEKLVENL
Ga0193418_1056106Ga0193418_10561061F000052CWTKQEEHDVEDDVVECETVQDEKCDDETSGYTTFTKCTKWPREVCNVSKKNVKKYTPITGCTKEPRELCAPAGCGFKEGAEVCYDKTQTIVQDAPKEECSLEPQRTCAHVTKLVPKLEPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYVPTEESGLA
Ga0193418_1056118Ga0193418_10561181F096613MVLALKHVVVLSVVLTFMFFGILGTCCQDGACGGNPEAFQYIGYFGWGFGLASTCVGIITSQGGSTDLNKVEEEREQANANKA
Ga0193418_1056231Ga0193418_10562311F067384FKRRPSHPLFTPQHPLKFLTGSAATAMTSLVVILLLPLMAAAAPKNQERGFLGDFITGPIDLAQCMGKCPVNPLEFAKCSVECAKGSEERGLLGDLITKPVDLAQCMGKCPINPLEFAKCSVECAKGSEERGLLGDLITKPVDLAQCMGKCPINPLEFAKCSVECAKGPEEKNRGLMGDLAACVIQCKLNPDGTCNSGPLGLPKPCSLINLATDVAT
Ga0193418_1056254Ga0193418_10562541F000276MKTAVIILALVAAAAAKFCPGEKNKNRCVAGDTAYKCAVFFGNLTESRPLTWIGALPDALSKAISPEEAKAILGADVTEESFEDLPNCDDVTANARCYAILDGQKDIKLDSCDRNLINTRGSQTIGNFLCGQVRRWLRRSASFKTSGIRDLRLPFYYSACNRDWTPITDGENDLYFDEALCCNPDGSYYNCDGSETNDQC
Ga0193418_1056371Ga0193418_10563711F042150MKVLLLLAFLPLLMGKPVLEELVRSNLEETMTADSLEVVDLCPNGSSYCEEVENYPYKAILAAMRNQSELVNTPGLWDTPIKENLEDMVELVEYDSNQEEFELYDNGIVPY
Ga0193418_1056400Ga0193418_10564001F069523MAQVQKPATFFVAVDEEKKDSEFGQKLQRIADDLRPRVLNHYPAFAAVGIKVWKAQKTSVIVGRLDRKFDEKESPIWGQCPEFLKAVDENDGSMANKPSAMVAAYSVVDEEKKAVTIDGKDVYFCVMRASAGPPNVDSLHQPTNIIQPTKSNDYHHNTETNDQNVNADEMLTTKKLN
Ga0193418_1056419Ga0193418_10564191F021697KHHLINMKLRFILISIAAMAVIAQSGEVTKMLETLEGYDHFSNIRVFIDQPSCADGNPDDMCSLEGYRFPCCHVHRGTDVKGYMTMVSEEDTVDNGLITCKVGIGEQFDHMCLEPEFCNGLNTTCPLAGPKPIKYNFAFSTDYWGRTHIGSHPETLVLLQSEGEKMLKFTLNFKVFDP
Ga0193418_1056442Ga0193418_10564421F071816ILSSTLVQNIGTLPVADDINQDIELDNAIIEEDDELVGEEVKGEMARFMDNMELGGLEQVPALSGRVLSGMANLGGLKAERVMEETPLEKTERMLRHMDEKDFWLPRAEEVTDLPPADRVMGGGEQEGSKPGGDGKMKLNLNLKDLDGNPSDLTVGAAAVGLMHHAVKSKGPDDNQVNAIAGFGHQIMQLVDEIEREKKEEEKA
Ga0193418_1056479Ga0193418_10564791F059622LCLLPLLTSVLALPAADLLHHVLDPNQDLLHHVLDPNHQQEAVLPQAQHAADSHLRPHTGEAAASNAINPTEKERATDCALFLCIRDGSNTNSTYPWLINNKNARFAYVRTDDEGYSSYSYQRIYNGQTLLYFLHFYDEGLFYNGFWVVNDLETGYVETEGRVFIYNSENDYCVEDTADYWYIWEGGD
Ga0193418_1056653Ga0193418_10566531F027404LRLKMFPLLVFLLVLLLPTSQPLPAEGWETYAFNPRLLAKDLPSLLPQDEERATECKLMLCIRDSSPGNSTYPWLINNPNARFAYVRTDSEGKASYTYTRSYNGQTLNYYLHYYDEGLFYNGFWVVNDLETGYIETEGRVFIYNSENDDCPQETANYWYIWEGGDWQYNTKIYLETC
Ga0193418_1056705Ga0193418_10567051F031000LETIVVEFEKGEEEIKKVKKRFNLDAAKDDLAKRKGIFNDTKNTIEGMFGEIQHNYDVMTMTLPEDKKDFVKKEVKAIQDKLEVVSRFKEKVDKIDEFVASLDNFDKTLKMVDSWMKEADNQLNDIKNNSDTMTPEDRVSCTMELQEDVTAKVDIVVAAIKTENDLLPQGDQVPKDAQDFKDELKRINDYVTDLQKRVMTECEHFSEDVKYWAEYK
Ga0193418_1056767Ga0193418_10567671F000481KDQKKKENDQLEALIKKHEELIPNVQKTAVMVDLYWKCYAYGDELKPHVEFLDGIMLSSTRDIAPSCLENVDELIERQEKSLSQLDSKRNIVTDLIAKGKVILQNPDKPKFLEANVKRIQDGWEDTKNKATDRLTLLTETKNAFIGYAENSETIATDFELAEEEIKKVKKIFNLEAANADLKKRQDIFKKTNDGITGLFNSINNNYNTMCITIPED
Ga0193418_1056785Ga0193418_10567852F059642GTMYAMRLGSRRFLAASHIAHQAPKMNNMAVLSQRTHVYDKRNYIPEIDDFKVMPTARPWDHWTLRANQNRQRRFGQYFIWICTVYVAYAWFRFVVIRQQKNKVEKWDYQTKYWKDGYWIREFPEGLVVKEFSNGRVSIEPGQSQRPSLPRRILNKIYGVGTSY
Ga0193418_1056790Ga0193418_10567901F074212MWEYPANPADLDSVDIADRMAYPPSDWTLNAVNCTTIQYERTLNWADLTSCQDAAGNALIAVEDTDNALKLSGTFFVELVSPYSMSTEGYFRTFPVVQQGFEIVLNKQVDVMATTGVQLFIPSVMAYARNDEDGSYEVTVLIQSADYVSMSLDDVAAVTGPLTISSVETVAADCLVASSFTCGQIFTAKIAASCP
Ga0193418_1056800Ga0193418_10568002F067382NILTMNIFVLLSVFSFISAAPAPEEVDVVPYVHEEIEALPYVHDATGDVSDDSSPEALAYVHDVTGDVSDDSSPEALAYVHDGTGDVSDDSSPAAVPYVHQEPVQVAVLPYPYSPVVTYTAGKVAVVSPYLYAHTGTGCVNSVGSVVPCNV
Ga0193418_1056931Ga0193418_10569311F003866ILARGVLLRQQQASPLPRWRDTHPRERPAAMADADVRLTAVSRDGRKLGDLIPAGAMGRADGKSALAGKWQIPKVSGGVTLVVEGNSVKSVECPFGNQPLMGEIEESENLLGLHITMGGFPMKAWLKQAGGTTTLEFSNGGRWTKM
Ga0193418_1056978Ga0193418_10569781F093209LAKTKSTDTLLPPKLAGVYPARVVSKLKVWAGVDWETYSAATATRHLTRDRVVDENDFLYKATCMRDKATMIAYVAVKPSFPTTAPIFCLSLTGLTPRPPDAAPRPPGSPRLQGDSQDASEWVRDFEMELNLNWADQLPLGTGSPGLLVAQLHRLLAMMDVALEAAAETTENVFAKSQVYFSPIRGRMRKLPLQFCNKTQVFQQR
Ga0193418_1057037Ga0193418_10570371F038075MASRAFSTTARAARQDLGGNTGKNPFGDNIPAKYKLIKEKQKTFNLDNGLRVHERGKTDAFFNTFTLLVVAVGGIEWCRVVFKMAYPNGIV
Ga0193418_1057046Ga0193418_10570461F021706PSTWWEGTKSRMQQHKLIAMACLLAVSTAAPTAEAEADADAQFYGSYPTVPAPNCVTEVDVLVTQVCTPHAEEICSTETVQTEEIEYTPICKDIVDVLCDAPAPHAAPYLVKREAEADPQFFAPLHAVGRTITETVKHACREITTEHCVDNPTVIPVPVEVEHCHTVTRVTCEPVENQLPRTVCSPVETTHVSHANYRFPGYAGYGYGVGK
Ga0193418_1057077Ga0193418_10570771F057102NSFVLQSFRSLSQTTSNFFDTALGNMPSVSHRTDFCLVHRLKWKIVPPPAVIPPKPTRIIRFGTYRQRLDRFPRPGIAFPIAIVGGIIISNFIYFTFAKPDRERYRLFYFSNMATDEPDSYFARAWLEQLPDFPTDKEAYDDMSFRRDFEIFRDPPLVPYDVKGYNKKKLRNMDLAKEKLHELCPNPPVHFLWPH
Ga0193418_1057108Ga0193418_10571081F002147PVTSHSQTMLRYIAATVLLASVTAGARVRRDEGYGAPEPDTYGAPAETYGAPDTSYSAPSYAADTGLDLTTIIIPLLALLGLFLLFPTYVTLTSVRRKREAVEDAGETNMVERMMDMYQAIIESEECLERVACDVGGLANDAGFDPTMAQLASVMVPNKYSKYMKQFASAKNCHKLKCGNLF
Ga0193418_1057191Ga0193418_10571911F067382NILTMNIFVLLSVFSFISAAPAPEEVDVVPYVHEEIEALPYVHDATGDVSDDSSPEALAYVHDVTGDVSDDSSPEALAYVHDGTGDVSDDSSPAAVPYVHQEPVQVAVLPYAYSPVVTAYTAGKVAVVSPYLYAHHGCVNSVGSVVPCHV
Ga0193418_1057221Ga0193418_10572211F005377PASFQFFRASQTFTSPLQRALCEMAISAEDWATQQATWNEWVKALIQADFSKVTVIVRPHNLDNGQPHPYAWSPVAYSAADCVATQWEKTDADGNKLVINENQELLDDWRSADFLSGGAKPKAEFHFFQKAFKLVRRFGESEEGHECAIVGSTKEAFLVARKYRTVWVVMQAPMAKTKKEPGYQKAPLAYNAACKAMFDAADEEEL
Ga0193418_1057228Ga0193418_10572281F098616FTFGKGEARLIGTCPWGCTPIKQCDLIFRDLLMAKGARDRGQDALVDKIVRLVRQYICDDRAEQVCCPEFLGTFNNSVTRATEPVYAVNSDTIVVRSKAEPVGWADAEAFFWREEACFPGRNTRWKKGPIPALKDLEMERDRSGLELNLVEEAEEVEELHLKLPPRLSVQELRCLSVWEGDSELGAAFLRFPTRVPKIG
Ga0193418_1057343Ga0193418_10573431F026191MDNYLGRVVGEVAHAGFAENGLENLPCPSSLLLGVLVTLLPKMVPRLMPYFLGSASAEVKSRFSDPQYLVESEQIFREKFVENLKMVEDIVTAAEDNTLERKSQDYTGFKRFLFGSLEALDINVSDYIGGLEVRSVQRLARIAQGEDSMSGLYNVIADGIMNVSSFIFNNYLLVD
Ga0193418_1057358Ga0193418_10573581F002366STYLLTVTLLFKMSCPVNTFNKSKEDFIWFVKKAVNDQKSHSHSEMYHSLLKLFVDADTNKDGLVSRASFSKLIDAAAEMPRAYGFAPEDSDLYKTEEEKDASRQKMFDSMDLKSTGVITFDEWLKFCQEHIAAKTATMDPHPIIDHGSVEEYKEFIKVAICPTPCPQQVELYWYMLEIFTDHDSDMDGIIKMSEFPAMMNELLAVPKKHNLPV
Ga0193418_1057362Ga0193418_10573621F092979ACSGTTAPKHDVCLCRAQKLDDAAQYKCAVMYENLPKKRGSGKRELTWLGALPDALRRPSIRDSTDPELKASFGGVEAKSFWWRKSQADYETAKCNRIRATSKCYAAMIEPTEKKFDECAVNIINEKGKQTFGDSLCQNLKDARLISPNNEDKITNINIGMYFSYCGGDWEVVESEGVPLRLKEPLCCRRDPADKSLFKFYRCDGTPYNTSETC
Ga0193418_1057497Ga0193418_10574971F028414KKTGIKKKTNKQLTSKQQRRSNKMVFFTTLMLAFLCSAQALPTDLNRPDPTENVVDVDQKPEKEVNVENEKKVDAVEKILGSQFAVAFTHPERKGLVTGHRIPLGLFPVETQNRILGVASTEEDAAKYIPSSSFRRVARLAVVGLPSRHLQPPALPTAPNALNAETLQKASETVSDLESAGVPSRQLTPPSLPPVATFARDVLPLDNSLSAFGH
Ga0193418_1057579Ga0193418_10575791F001017FTFDKMKAVLLLSVLASALAAPETRFLCSECVDEMHNLGFLVKAGSRDIRDYLAANYCPTVEESQQEFCIEKLARYYIGMLDAIVHHYFMDGAVHICQTMGVCDAMRSGRYTCEECVQGLEWVEAYIEDPIMIAEYVIYLEQNFCQDGWEGCKEHAIQDFPKMHEMAMEKFFIPTEICNQQEVCGAPPPTKPPQ
Ga0193418_1057775Ga0193418_10577751F001271EGHVKRIQDGWEDTKNKAQDRLQLLSETRTAFIGYAENSETIANEFDIAEEEIKKVKKIFNLDAANADLSKRQSILKNTDDTINGLFTSINNHYNCMAITIPEDKKKILQKEIKAVEEKLEVLGRFKSTVQVIVDLVNNLTAFDNSLKAIDSWKDAATAELKDIKEASGSMLPEDRVARTMDLQEDIAAKLEILKTCVATEQDLLPQGEKVPA
Ga0193418_1057862Ga0193418_10578621F026185KEVYTLYKNLRTVFKILSTMKYLVAISLIIGVAYGASMYDTVKGMVTGDYGGDSGYAEKKCYPTYETKYRKQCEDYNEKVCRTTHNEQCQDVASKRCKAIKTSRDERKCHDVNELLCSLKESVQHEEIPAVFTVQKCHEVTERVCDTAYDTEMTERDDFKCIHVPNTYCAMKDRTVYDKTCRTMINFDCKPQEYGYGSAGSDGYGSAGSDGYG
Ga0193418_1057898Ga0193418_10578981F061509FYKRSMILRTLICKPYSTFHLQSFQFSKTTCQLLLKKPQGKVKLTNNLFKADAVKKLMKEDGIAADYRLIYREASSFKTHKIVQVACMVIPLFPYYFAYKNWPDSSFFKYFVGPTALAVWMVAASFYNLRMFYRVPHRLYHSSTSGTYKVVLNQMLPWQKKLVVPFRPNEISQVDIDKTGWKVTGITKFDLLPVQRTLWLDKDSFHKAKDYWT
Ga0193418_1057899Ga0193418_10578991F091322YIVWLFESSTMAAATGSAFPRIVSNNLVTKSAFLSYSRYLAFGFGYFYAFGKLIYLQAYVESEDQKKIAQLREAEISMNTLRGVTFHAPQLWDPEYTELQMRFRDCYPDFYLHPNDEFVYQVSRGRQRDQKVKEELHSEAVAFLKEWKAAEGK
Ga0193418_1058161Ga0193418_10581611F006689SPVNMKTQALCSILLALLHTASSMLGLEKEGQTLAPSFTCGKYTTRTVLIGKNTVSVVKSAKGTTRCTVLYKLSDCDEMKMTCQKFYVDNRDPYKCKRGDTFTVKAMDKKPMRYCKRNKPSERFPAVSKGNMKMWYTAKGGKRYPKKGFSCTVVCTKSS
Ga0193418_1058286Ga0193418_10582861F018859MVTLLPLAILSTLLGSTLAQSCDPSIYVEKIHSWNKGYTGKMYLDQGWLSQQTSDSVFWRLTATFQNEVKEFKVWDADIINPNPGYGNKYVNNVTSVEVLSKCYNPVLYPCQYLELLFMVRFPDSIADEYTTDYDLAAVTEAVTYNDGSTGSRDYCAPSDGAPTTPATSG
Ga0193418_1058327Ga0193418_10583271F088255KYRPQGSNAFWNAKGSGYYNPSQKGARVCRSTASFAVGDDQLNLSVGGEITFEDKCKNDAAARGSDPYVKGYKLGFLYTPTKESQYSVIYTPDEQSNGMEYSFTAFRRMSEKCSLAVRAEGKVDTKLTSFPPTVALAGGFNVAGGNYLQAFVNSKKEYGLAYKVKVSQAATLNLGLAGFLNDDLRLNTEFGYKLQV
Ga0193418_1058360Ga0193418_10583601F058161MSGAAKTRFVGSYSYATGDMFCGTLDVTGKPAGRGILYYFENGECDVGVFDGRLRQTGDGVRYSRDRDAAYRLVDGELRGGSLDLEEALKTMELEDTPAVRTKESIPNPTTYDPARHKQTRAWYTYRQLSGLPLNESPWGQNPFLPIWKRDVDEN
Ga0193418_1058363Ga0193418_10583631F029316SVYSFAFGVDFNASLTVQFSQSVKVQFWLLDNLDFADVAVFDWVDWHSSFGDVRGDAVWEEFLDQLWNVTVGDLFGDDLGHLLSDLFDLLALGVGGLFDLAVALFFGEGDDEDSEVVVVGGFAVNGALDHGLPFFDHTAHLVSCEGHAVEVQDAVFALDIFADEFEFSVSLAVIVKVGLVTVVNSTFESISGDLVTDGSCDQSVTDVSDFED
Ga0193418_1058556Ga0193418_10585561F000021AQAFLKSKIMDNIHKYFYLIVFAGYIREASAAAREAIEADKKGDVALPASGKCSIPAKDLKIGKSFVDFMSENSSLRDMVESGKGNLQWERDIPQAALSNLENLATSNFKGNLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPADVKGEVEGLIEKGKMTLDLYEILGVCTWVEPK
Ga0193418_1058568Ga0193418_10585681F041579QTTNMLVFLSLLSTALAAPQLYHPYGTYGYPGYGYYPVQHPVYAPRVLPAYPHVVGQQVVQGVPATRTVVKLGSFLEINGMFEEGTTLATGVTSTIKGNFNIQQNGLLDLFSGNEAKITAYIMSSNDLTGQNIKLHIGTGTDCAAALAATGTDAPVEIAMVNVPPSINGFYVNARTTGFNIDGMNGKTSLMGATKWLLVTQAGAGIGCSMA
Ga0193418_1058691Ga0193418_10586911F028705SSKLSRFQFWIDCINLIPKFIMKFLVILSLAAMAMARPQEQPASFACPNYPFCAIAANAPAPQQYQPHQDLYLAQRQALNQPLVADVPGIAQWYADLHAQQAAQGLNPGVTIHQAREAQVLMEQERLLAYQAQGL
Ga0193418_1058700Ga0193418_10587001F005818TKLILLDSLLQEIKMLRTLALVGLLVGLASAIPTLTKEQVEEQFGPVNWDANVKTTYCSNCQEISVESHGGTLEHQPMRLGRFTVAGALWENMVPLFKASNGQYMTPDPNSNPIIYYLKWVISETVGGFNAGVQNNAYTDGIHCPWDIPDNWEYEYQRQWFVDPTLKVKCVRYRDE
Ga0193418_1058840Ga0193418_10588401F000480RTSGLNMKFFALAFLVAAASAKDIRLNLLAPPTELEYGFCEGSPEPISFDVMSVTPFPILVQNGATITLEIQITLNEEVPVGSQVDLNLVLEGIIPIKIPCLDIEGLHIGSCHYDGDELLSTASDFLCPTYVPEGQACALPLGPGVYGGGDPLTVGPIESIPDILLPFLKGTVRAEATVTDASGATIACIYVRAAVDH
Ga0193418_1058976Ga0193418_10589761F000480TPKVTMKLLGFALLVVSASAFDLSKLRLAAPPTEIEYGFCDGSPEPASIDNISVEPFPILVQNGASVTLAVQITLNEPLPAGASVSLNLVLEGIIPIKIPCLDIDGLSLGSCTYTGDHLLEVAETAGICPTYFPDGQACALPLNPGVYGGGDPLVLGPIESVPDILLPFLKGTVRAEANFLLADGSLFACGYARVAVDH
Ga0193418_1059012Ga0193418_10590121F104174NTVQITRFVSQHPFVSFVPSLKNQPTTAMADASFAKGNPYLFGKSNVVLIKTPHHKNLNAKPQDQENCGHQGGQGQWARWHVEKDQQIFKFKNVKTGKYLRIMQQGKVVNCGGGGGEFTKFKAHKEGGGVAKLESNKFPGVYISIKPNGDIEPGKGGAHCLLTFTRQD
Ga0193418_1059025Ga0193418_10590251F063301KLFTSVVVLLSGISAWTCDGARGPRPDYNDDFVPTTEPMTSTVPAHVNQITKRPRDDRDGCPSNRCSGTCDASDYNDKCVASWRTNCPDGCAITKYVKTLDAELDGHWQKVVTELTKLQRKSDSAGQEMHTTLNEIIKKIKEILKNIKKERDQFLAIKQTYNSVNIEGILAQQRLAWTALEQKRAELQIALSNKQKKFREEANFCKVSFR
Ga0193418_1059075Ga0193418_10590751F069523VAVDEEKKDNEFAQKLQQIADDLRPKLLTNYPAFAAVGTKAWKAQKTTIIVGRLDRKFDEKESPIWEQCPAFLKAVDENDEMMTNKPSAMVATYSVLDDKKNAMKIGGNDVYFSVMRASAGPTTVESLNQPTNIIQPTKSNDYQQNTETNDQNVDADEMLITKKLD
Ga0193418_1059134Ga0193418_10591341F000786PSLYCLIHFYKRLRMPETCSATRGAGNNRAFEDAANARIQGELQEVESDLPEDIRDDALRVFRSAIAEKCTIQDAINKVNKEALCEVEERFKGQRFKGFIKFDYDTNVIQINVNKFGNGNAQFSVGMGVKKMVCPDPFMGALSDPNMNR
Ga0193418_1059372Ga0193418_10593721F054469LLSGVSEVWFLVWCGLEFSVLSFLLYIARLGMASRAMILYFVSQIFGRFLLVTSTIITAYSAVSILIVAAVIYKIGFAPGNIWAGVFVGGIGLSCGVWFFVLLKVAPLSFMGGVLPLVVFPLVSILLGITRIGSSMLLTNFLYWRSLVGVVWLFFNKRADII
Ga0193418_1059384Ga0193418_10593841F098603APVTMSLGLRFLVASLLKVVSCEEKILQLPSFDLLSVNSLINVQVAVDANISEASLKLEATDSALSLISSDVWPTAYGPVLVLGRSPSSFWANPVPIELGKATLTVPKALLSIGASAGATVHADVARGSVFSDSEGAVTVANWVGSDSTFPISFRANSKGKTIIEGGEKVSFAYIGASSEGVVVVATEVESSQIDASSQGEITVNSVGKA
Ga0193418_1059446Ga0193418_10594461F002366TVTLLFKMSCPVNTFNKSKEDFIWFVKKAINDKKSHSHSEMYHSLLKLFVDADTNKDGLVSRASFSKLIDAAAAMPRAYGYAPEEADLYKTEAEKDASRQKMFDSMDLKSTGVITFDEWLKFCQEHIAAKTATMDPHPIIDHGSVEEYKEFIKVAICPTPCPQQVELYWYMLEIFTDHDSDMDGIIKMSEFPAMMNELLAVPKKHNLPV
Ga0193418_1059502Ga0193418_10595022F008884EPVERCFDMGNQLSTWNLTLQSAVDGPNFDYNPDYNQERIFHDYTWFYIGIGSTALVAILLILFNICLGCKYKKYWYSRFSGNKFILPIFVLPPKDQTPLNI
Ga0193418_1059593Ga0193418_10595931F061508KLLLLDSLLQERLAQRNMLSRHILLFLPLSNCHLLMQGGANSNLINGRYKYKASPYDGVATGMTAYFSMWGMNASATEAFKAAPYTMVLTLKEDGTGVMAEYLSEGEDPFALDLEWNKPMAAAHPLGIDIEVTASLLAPNAIRMVTMAKEMMLSDVQTMTFTGVGIQKTSVASKPSITYYGLPHNQVAAWSSFEERVDEDGNSSPLPIH
Ga0193418_1059686Ga0193418_10596861F004069KAFIFSSVLLALAAANTCDDCTAVVTTLAMRLVSDESIAGQQAILVGALCPTSENPAECEAGLPDFWKAIALTLWPGYYDPAAEWMCGPTCAAPEDVDMDCDGCKNGIQASIDQLLSAEAMDLVVDAFVNSDFCTTVGGDERCPEILEAVLRNGLPVLASAGNPEDFAEACNDAKPGTCAARKMTIF
Ga0193418_1059702Ga0193418_10597021F089636MAQKPAAFFVAMDENKEDQADKEFAAQLQTVMGELDLKKQLLSNPNIAAISTKKWKAQKTTVIIAHLDRKFYNDPEATEIWPKEQCPQCLKPLSAEHAMMQKKPDSMVALYCVLDAKKEPMQIAGKDVILCVSKGKGSGSKESSIDSLKAPTNFIQPTKKNVYQHNTQTKEKAVAAADEMLTAKK
Ga0193418_1059707Ga0193418_10597071F014977TIMLSLIPLGIILLVSKETFGQCDPGSHVHKSHTWNKGYVGKLYLDQSWLAQQTSDWKLAITFANEVAEFKIWDADIINPQTSQNYVKNVTDVEIMNKCYNPILYSCQYLELSFMVRYPEGVSDETSTDYDIIVVTESVTYNDGAPGIITYCAPLSGQPTTPATG
Ga0193418_1059835Ga0193418_10598351F000241GRAPPRLRGERLAARVSASYLERQGPKDSDVPFAGTAATGPETAVDFKKRPFGILRYQPGQGGKGAMAMEIIPTSRYPGDPQGQAFLAGVQSGSVVKSIGGVNVLNEDFGKIMDLLDDEVADPRFSKSTALALEQQGGRMAEPAGTPIPVVFASIPGYVYKGAELKQDGQDGFAR
Ga0193418_1059888Ga0193418_10598881F005873SRFSTNNTIIMKYFVLALAAIGAVSASGAVTCDECQTATADLVDRLLSEESIAEQIAILKLVVCPQLPADIDCEGLLDAEFVAMATCIYNEFILNQDVCGRLGLCYKENKLTQVRDWTCDECKDILARTAEYMGQEDTITEAIAYLQGDCYCGAGGHTDDCPDLVANVLPLALPVLGNALNEQSTELCQEVVGVC
Ga0193418_1059987Ga0193418_10599871F074212ALKLSGTFFVELVSPYSMATEGYFRTFPVVQQGFEIVLNKQVDVMATTGVQLFIPSVMAYARNDEDGIYEVTVLIQSADYVRFDLTGTESVTAPPGITVSGVESFVGDCLVSSSFTCGQIFTAKIAASCPDDGFVDLSGSYQFAFTPQCRFLADGTTTDPACDTFMTTLDAAGKVALGVEVDFVDQCKENLFAVSFDGTLSFYSDDQF
Ga0193418_1059988Ga0193418_10599881F067373FELLIMQFKFSHISLLFSIFANHLTSAFTDQSRVTLCEFTINGLVNVLSNSPSLEEQATFLLPICDQLTDEAALKKCRREVDAYWNYLAPPLYDTYIGGAVGNICDTQLPTEDECFRCQQRVGLVAELVTSEEVVAGMVGMVQGELFCNMEGHWWDVEQCQAEWAWFMPQAMSAINSYLTIEDWQWTFCEGTISICHS
Ga0193418_1060000Ga0193418_10600001F049397PLFTPTSLLFNHLTMQKILCITLLLLAIVVDANYIRGRHALGRKKREGSGLKTHPVDMEHCRDGKKRKCSCSDDSDADLTQRVCPQGANIDQSSCMCPDGFEEYEPEFRSHGLHKLCKGPEGGKRRSICKCSDGTLADWTKHPCSGDAHLKSCTCWAPVNHLPGITPASANKN
Ga0193418_1060030Ga0193418_10600301F016767LPCLSSLIPTMNRKLLQLPLLLLLGGHLALGQDGCCAVKEVQGDDSLAGTYRLATPGDGDSFPAVCIDSCAYARDGNSNSRELFCFKTEGATHTTECTEEGTTVAGAGGECDYPKDNVSTAEYQTKIGMPSSASSPFDIVITFDADTTIGSCHSNCGPIVCSGATCSITYTGSIPMELFNVKKVGATQFDDWSNIISVTVNGEEQC
Ga0193418_1060120Ga0193418_10601201F000879HRARPINTMKALLVCSVLAAVSADPQVILGGLGYPYAYGSALTYTPHVVKPVVKEIEVPVKTITYGIKETGCKNSFGFPVPCLAEGEARRKREAEEEKAVAAPVLTYAAGVPFGYGYGLGLGLPYTYAAAPAITVAEPKVTEVEVPQYVYKAVEEKIDLAPLCHNGFGFPVPCA
Ga0193418_1060189Ga0193418_10601891F000076PPQRAAGRTSGCARGLDRAMAEEEGQEVIFTENTAPDREIWDEKGGLIKKGAAEIAERDQDHVPEVKVLTTLGMFAVPVTAETTVGEIRQKVQEWKPEYSLEQIELVCKDKDAWGPLFNKTSRPRDDDETVESLWSDWDIPRRMMQVALWIKEKNEETGEWESTFWKMLEESKCDDWSFQGHTI
Ga0193418_1060451Ga0193418_10604511F096323RPSFYCLIHFYKRNMKSVLVLFFLGLLTVDADIERCREVLAQFNQCTKAAHMNYVAAVNKGNDGRPDFHARKACNFAEEAIQGCGNQLAGECFTQEEVDEKKDAEIALILRKLESQIPNWDTSKCPAVTLSAYKPTYRPTYMPTGSTGWYGSYETTYRPLPRSPMSSSSMSSATSTFPSSIFILLAIAIGTMLKTV
Ga0193418_1060522Ga0193418_10605221F104174QTFRSQHPSVSFVLSLKKPTTLAMANASFDKGNQYMFKVNNVVLIKTPHHKNLNAKPQDKENCGHQGGQGQWARWFVEKDGEFFKFKNVKTGKYLRIVKQGKEVNCGGGGGEFTKFKHHPAAGGKAKLESAKFVGVYVSIKPNGNIEPGQGGPHCLLTFTRKD
Ga0193418_1060591Ga0193418_10605911F035173QLLLESRESMRSLLALLFAVVAVAAQNPPPPPDRIWFRQDSLSGGETCADKYAAIKGTSAENKGKAPIILPSDANFKICIKFESGSYTNPQTGEVVERAGRDWAHDSGKKSPCAEGCCEFQFGSLAKQYVEWFPTSSDCSNTGAAKKAPLYFKSTAGASAQVCAKFAKSADSAPEWQLLKGSAAGCIGPCCTIKAN
Ga0193418_1060662Ga0193418_10606621F032995LFENLMKSMSRTKRAADDLFELGDRLTEKLQQKTEEMKAKMGNASCVLKELDIIDQNENLDVSGMVQSIENGEWGKFEDEWLQEQHIKDCRTCATFAETIPKSVFAECAYGEKWGKIMMFFQCEKESKYKTCMNHDMKLKLEKSFGSLEDLEEKTGLPEYQLLPMTMKLLNEQMDMFM
Ga0193418_1060789Ga0193418_10607891F005873ADSSSTISMKYFILALAAIGAVSASGAVTCDECQTAASDLVDRLLSEESIAEQIAILKLVVCPQLPADIDCEGLLDAEFVAMATCIYNEFILNQDVCGRLGLCYKENKLTQVRDWTCDECKDILARTAEYMGQEDTITEAIAYLQGDCYCGAGGHTDDCPDLVANVLPLALPVLGNALNEQSTELCQEVVGVC
Ga0193418_1060790Ga0193418_10607901F100323PGGLNGTCEGVAPHMKKVVASPGGSLFCFSCYTANTGSEKPSHELELLQMQHENAWNIFSCAEWAVYSDVSAPLGGGDMTIRVEDVKGDFHFAKRKEAKTWINTGMFVQIWTALRDAGHATNHDWVVKADADAVFFPWKLVDMLRDAAVPAEGLYMENCKYVDWGYFGNLEVFSKQAFSTLVQNLDTCYTQLPWKVGVHGGKHGPM
Ga0193418_1060993Ga0193418_10609931F104174MADASFAKGNPYLFGKSNVVLIKTPHHKNLNAKPQDQENCGHQGGQGQWARWHAEKDGQIFKFKNVKTGKYLRIVQQGKVVNCGGGGGEFTKFKAHKEGGGKAKLESVKFDGVYISIKPNGNIEPGKGGAHCLLTFTRKD
Ga0193418_1061028Ga0193418_10610281F096323SFYCLIHFYKRNMKSVLVLFFLGLLTVDADIERCREVLAQFNQCTKAAHMNYVAAVNKGNDGRPDFHARKACNFAEEAIQGCGNQLAGECFTQEEVDEKKDAEIALILRKLESQIPNWDTSKCPAVTLSAYKPTYRPTYMPTGSTGWYGSYETTYRPLPRSPMSSSSMSSATSTFPSSIFILLAIAIGTMLKTV
Ga0193418_1061054Ga0193418_10610541F104399VGQWYNYIANDLVNIPENSDCGGAYYEKLNERQISINNTAALQVEVRDKTIPILSWAYGSGTQLDPDYNTRIYVHFTEFGGCGYLAFFCGGFEPENEFLYEPRNEDYVDYGDDPYLNYQIAETDYENYSLVISCHNVVVDGVDMHVEVVYILTRTRTWGPENPVKVQELLSIPANLGLQIDNMIETKQTDCEKYDLP
Ga0193418_1061125Ga0193418_10611251F001601MAGAAGMAALVGVAGTAKWGMSSNLSGLQNKEERVQIVPSAPACSKAGENCMSTGCCQVSGHKCFSKGQGKAQCNETCTAGRQGFTCDVISPHSVPVATPLGQNLYCFSVYTENTGNESLVNHELELLNIVAARGAGLFACEQWDVFSDVSAPLVNGYVTIKVEDTFGEFHQLKRKDSGTWVNWGMFYQVWVKIREVGK
Ga0193418_1061145Ga0193418_10611451F046160SIPSISMKAFIFSSALLALAVANTCEDCTSVINTMVFGLTSDVGIATQQAILVGGLCPTTENPADCEGWLPDFWKAIALTWWPGYYNAPALWMCGPLCDNPEDVDMTCEDCTSGIQASIDRMCSEEGFDLVLAIFAIINFCDAIPDERCPANLEWVVRNGGPLLAAAGPALGGEEGFTQVCNIAKPGTCAGRKMTLL
Ga0193418_1061199Ga0193418_10611991F008620ALLAVVGPRLEKLTVEFNDKQGTGSELVHLARHCPNITSLRILLGDKTLKGDTTLHFGELTFFRKLERLTVEGDVHLNAFAFLWAHSQELKYLRIGLVIADEVTNTNVLIMDVFIALFRLNKMNLLEELHIRSLKVRSLPMATLLLEALPSLRKASDWLIDGDNLAAFEKHLKKYKEQRSLQVEFREW
Ga0193418_1061313Ga0193418_10613132F030976TSTMKLLLLLCVLSWEASGQMEEHTCGDWTALQPVKIAAGETKCFTTTKNTQRCIMRYKKSTGCNEMKFTCSKFFVDNKDYPPICKDGDTFTVKSDGRVKRFCGRQKNQLTDFLPAYSRKVMKVWYIPDENHKKFNSEPLRCCMTCSSS
Ga0193418_1061324Ga0193418_10613241F022346LVVKMKVFVFLFFVGAVFGGIPIPRENCEWREESYGVWNQCMGNELAIGSCGSGAGKQCKGGAYTHGIYCCDMPDYVFFDCTQMTGDFGEDLDCGKKPVGAECGSGSGADCDNQAHGVKCCDGSISGAPVVPVEEVCYWKYTENYGEEVLCNRNDEAVFGRCGSGRFHDCGDGVFVHGIKCCEIMTEGGNSTDV
Ga0193418_1061497Ga0193418_10614971F004957MRFSLLIVVTVASCAAGLKPCPGDTRGDRRCNHDPTHRVCAKIGIEGTSFWEFTGQSSWCGTVGHYGGKYGNDKRCPPEKPTWCICKWATARWIAGEGCKDTVEFDCAATDVCNLKASYTDYSVDLKPAHDCMMKKCKKEWDLCPSDATSGAAELK
Ga0193418_1061594Ga0193418_10615941F000049MAFWQENYQFIKEIYEMRHTKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLHQILEILMAERAKSQQETENEKLNVLIKKHEELIPSVQKTSVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCVENVDELIERQEKSLVQLDSKRNVVNDLIEKGKKILEHPDKPKFLEGNVK
Ga0193418_1061608Ga0193418_10616081F000021IKQLRENIAESKLSYEIMDDAAQVFLKSKIMDNIHKYFYLIVFTAYMRQAAELAKDAGSDEEKQKNGLTGGKAAIPGDQLKIKKTFVQFMEEKAGLRNMIDEGKGRLQWERDIPAAALANLESLATTDFKANLGKIIHDIYQTAHTMFADMPQGDHKKRAKYRFASKTLMRILPADLKGEVEALIEKQSITLDLYDILGQCTWGQ
Ga0193418_1061823Ga0193418_10618231F025913MIGTLLHGFVVLVMTSFATGHDVADKKAEDTYESLALLQMSTIHDLVKILTSKVDAISNKVNKIDSKVNAVQAKVDRNGGKIGGIVDAVDKKIKNLSPSELSYGYLEYTKYAGKTYPRSYSTHLDSTHTSIGQCTAFCLKIKKERNREDWNSLSYRPSDGYCFCWRSGRNFASNGSWLSYTLEN
Ga0193418_1061921Ga0193418_10619211F001766YCAKKDRTVYDKTCRTMVNFDCKAQGGNSYGASSNSNGDAGYGSTAGGYEESNYKPEYKCHKSHETKCYTTPRTVSSDYCEDREEKVCEKLTEMVPVPVERQNCHDENKKVCELEERSQPKQVKKYVYHKECRPVPKTVCDNADQKLLKLSCVPSSRKECSYHPEEKCENVPKEHCYQIPYQVEKMECSPTYDSSSSDEYGSS
Ga0193418_1061951Ga0193418_10619511F034811VVTLMPLSNTKAIEENSDVYLDEAKEVVPCPGDDRGDRKCNHDRTHRVCAKLVDNTNGQCKRLKWGTKDFWEITDQVKWEWSKLICSDEDRYGEPKPSGEHWCICMWATERLINKVGCDNVHFECDATDVNYILGEYLDRDVNGEVVEITNAKCCMLKKCPSFVTKETKENLDKSGLVCP
Ga0193418_1062245Ga0193418_10622451F001267PRLTSDMLKLVLLLSVASLGSALNCQECVNEMHGLSFLIKQGAPDIMTYLTANYCPTLDGQPNQDMCESDLTKNYVQMLFMVVQHFFVDGAQHICEAWNFCPVPQDVVPEPHPYTCEECVEGLEVVGAYMTDPLWIAEYTLYLEQNFCVGHPDRCVQAVKTHFPPMHAMVVEAFWKPQDICDNTSAACGATKPPKPEY
Ga0193418_1062282Ga0193418_10622821F063311MVTRREQKEGVVNVGQAGRLISRVEVEENANKRVVRQAGEDGGEAGPFDLFGQVLNSFGGLLGQLASVGGEFISDQQRLNQPVHEELGKIGGTISRSGFVQGATNGVSEVPKLIGTKTSLVSSTLAMKMNLLQSLACIFVPEQCPTKTTKTA
Ga0193418_1062381Ga0193418_10623811F002956SIYIFKSAMKVLCLLLLVAVAAQAENCQVYKNGIESIFSKLPVVKSASEPNDGVCEDGEGWGCIAEIATTVMDCIAEIGVDPQGVQKCVEEAIGTASDCWDCVCWVMESVGLPCPTA
Ga0193418_1062646Ga0193418_10626461F002366HLLPFEMSATTAVNTFNKSKEDFIWFVKKAVQDKKSYSYSELYHSLLKIFVDADTNRDGLVSKASFSKLVDAAASMPRAYGYAPADSDLYKTGEEKDAARQKMFDSMDLKSTGVITFDEWLKYCREHIAAKTATMDPHPIIDQGSVDEYKKFIKTAIENPESTEAVELYWYMLEIFTEHDAEKVGFIKIATFPSMMHEFLATP
Ga0193418_1062723Ga0193418_10627231F047466KLLLLDSLLQEWFQTILRDLTMPILGLTWDPTFLRTRAGMTLALESGVGLLGALLGFVFANGFESFLMWGAFFVSGFFLFTHITNLTQSLESRFPYLVKIHLAYMAAWSLGLAIICVYRFIIWSIIMSIFDWVLLLAFLLDLFFKYRSWKSADSAPAPATPGSAETGGKF
Ga0193418_1062760Ga0193418_10627601F032528DIMWRLTSLLLSFLIISAAKADTCSDCTAVVNHLEEFLVSGPGIDMQTTILVAGLCPQADDPEACPEALPPFWKMIADLLWPAYYDPKADWMCGPTCAAPEDVSMTCDQCVAGIKASIDQLVAEPTLDAIVDALANGDFCAGVGDGCPEVVDWVIRLGLPLLAASGGDDAAFQEACNGSVPGTCPA
Ga0193418_1062887Ga0193418_10628871F001267LTSISSDMLKLVLLLSVASLGSALNCQECVNEMHGLSFLIKQGAGDIMTFLTANYCPGLEGHEEQCENDLTKNYVQMLFMVVQHFFVDGAQHICEAWNFCPVPQDVVPEPHPYTCEECVEGLEVVGAYMTDPLWIAEYTLYLEQNFCVGHPDRCVQAVKTHFPPMHAMVVEAFWKPQDICDNTSAACGATKPPKPEY
Ga0193418_1063012Ga0193418_10630121F006790LSIRHLSSIMKTFAIVLSCLVASISADITCDDCLEFGGAMSNYLQSEASLAEQTAILVAAVCPQAPDAADCEADLNTYWSQIGLAMYPVFLEPSSVCGELGVCKKTVVSEPTCDECVGSVILVSEVIKSEAKIAEIVAFLQGDFCASTGEADCGETISKLMPLAMPVLAGVLSEKSTEYCCTLSPSGVCC
Ga0193418_1063064Ga0193418_10630641F000480PILGLLVALVAVSGKGLNLLAPPAEVEYGFCDGSPEPFTFDVMSVEPFPILVQNGAMLSIAIQITLNEEVPVGTQVALNMVLEGIIPIKIPCLDIDGLTIGSCNYDGDELLTSGADFLCPTYVPEGQACSLPLGPGVYGSSNPLTVGPINSIPDILLPFLKGTIRAEGTMTDSAGETIACAWIRVAVDH
Ga0193418_1063196Ga0193418_10631961F000692MMMVVLSLVSTIHSLCLVQSCDRWWNSAKNNGTITGACAVMFDENCCKDSDTHYVVKREEEGKLCGTRSSLNPFSSCVGPRLKDDIESLVVMPGCTLEVWDKGDGLADAKKEESKSYNAGNYKDSVDRYDRNKLVFSAFKDPQIVEEINDDFDDMDEDIESYRCRCNQGLRPIGE
Ga0193418_1063432Ga0193418_10634321F096613MVMSSKHIVVLSMVITFMFFGILGTCCMDGACGGDLAAWEFVGYFGWALGLISTCVGIITSQGGGGSMDLNKIQADKEKAAAATS
Ga0193418_1063476Ga0193418_10634761F004541TFASLTNMKVFLFSLLVATSSAQRGAFLNYQLMIKELNSKFSGDLNPCGAGVKPTTCTCTDGTTIELGQDGLRGNGLKGPCGDCILPPTCTCPDGSQQNMPTQQDVKERLKSRVLNSPNNPCGAGISVSCSCNDGSTFTPGSIIDNKQCGERPGNPCGSGRPTCECPNGQSFSPRELRNMLKELARG
Ga0193418_1063509Ga0193418_10635091F098351HLAVNLGHLATLEFRNISAFLSGEGATLPGGRFGALSSWNVLAFFLLDGLALPLLDVGTFFSGNIATFFLGDVFAFLLGDVTTLLGRNIPALLGVVNPLTDLLVNSVALLGVDSVAFLAIDSVALPLVHSAALALGHVLAFLLRNRATLSLIDHRALLLRNILTDLVLDRVTLPLIDDLALSNGVGGALLLSHGLALGLV
Ga0193418_1063542Ga0193418_10635421F000048LDEVKALNDKVTNFDKSCVNYLKVLEAAKGAAQKMTTHKEADDEVSALRERFDKVKAVSETWVKKCEVLVKEWVLLDNTVTELNSWVAKDKSEEGENQFSLEKMESTLGELKNIFKQKEKLVENL
Ga0193418_1063638Ga0193418_10636381F052365ATKQVYGWVVENYDGAYKEAMNMVDAPSVKAAFRFCDTDENGSATSDEVLQCSVSIADWADTSDMTRDYLYKFGQKYWHVVDLDEDGALNYDEFRNVWAGFAAVHAQMNLNAFDKNENGVMDASEIEAWKAEGAKMMQMFGWEFTEDQLNAFKQMWIATDIDGDYGSRSMMEQINFLLKQWAYFIQN
Ga0193418_1063785Ga0193418_10637851F061890KKILEHPDKPKFLEGNVKRIQEGWDDTKKKAQDRLKLLQDTKEAWVGYAENNETIASQFEVAEEEIKMVKKRYNLEDALSDLKKRQDLYNKSNNTITGLFKSINDNFTCMSITLPEDKKKIVDKEIKAVEAKLEVVTRFKDTVKVIEDFCAALVNFDNSLKSIDEWKEAATAELKDIKEASGAMLPEDRVARTMDLQEDI
Ga0193418_1063946Ga0193418_10639461F000051ARTMDLQEDIAAKFEIIKANTAAELELLPQGEKVPEDAQAHKDELNRITKYVSDLQEKVKKECDNFSEDVKFWAEYKTGIKEFAPWLSQAEVASTDGLSKPSDLAEANALSDKVHSFDKACLDHLKVLETANAAAQKMTTHKEADAEVAAMRERYAKVKAVADEWVKKVDTLVKEWALLDNTVTELNAWVAKDKTSDGEN
Ga0193418_1063954Ga0193418_10639541F038073RAHLTPVVFVEVIRLRLDIMVIDYAALGVPNPRTWNRPPCHIYSFNTSAGSSYYEPMLEYIDRKGFMGADVASRAVQMHNIQTRKRIEFPHPHECSKTSVEDHGPLRLNNFLVTYRAKQMKQRNSKTVHVKHEIAHHSKSTETIEDKRSSTMIRDQYINMLALMYQEGVGRMESIPDVA
Ga0193418_1063996Ga0193418_10639962F069644KLILLDSLLQEMSDVMFVRFSDLGVPDPAGWRRSHSKVYDYNTNAGSFYYQPMLEYIERKGIMGLDQSLAIQKSAAASRTTVELANCVDFARRTRDDVPSVALRLENFLEVYRARQIRQRNTRTVHVKNELVRGSKNPETLRDRRTSGMIRDRYLDQVAFLHQSGVGALPTVSEDKYI
Ga0193418_1064007Ga0193418_10640071F000276LATIEEMKTALIVLGLAAYSQAKFCPGEKNGNKCVAGDNSYKCAVFFENLTSKRPLTWIGALPDALKKAKSPEEVQDILGADVTEESFSQLTSCDASTANARCYSILNDQKDIKLDSCDRNLINTGGSTTVGDYLCGQVRRWLRNSASFKSGGIRNLKLPFYYSACNGEWTPITDGSKALFFEEPLCCTSQGLYEKCDG
Ga0193418_1064059Ga0193418_10640591F021697IMKVLVLFAALAAVSQAGEVTKMLETLEGYDHFSNMRVFIDQPSCADGNPDDMCSLEGYRFPCCHVTKGTDVKGHITMMSQEDSVDNGLITCKVAVGADTSHMDSCLEPEFCNGLNTTCPMNGPQPVQFNFGWSTDSWGRTHIGSRPETLLLQQSEGENMLKFTLNFKVFDP
Ga0193418_1064104Ga0193418_10641041F017783RVRMFSFLLLFAIFLPAINSLCLVQSCDKYWSTAKNDPNVKKACAVLFDENCCKATKPQYVIPKGESGRLCGLTSGGLFSGSCKGPKLKDDVESLVVMPGCKLEVWDKGDGQEQAAKEEKKSANAGNLRDNKDRYNRNKLVFTAKGKPHWVEELNDDFDDMDEDIESYRCTCN
Ga0193418_1064126Ga0193418_10641261F004252GKDQFSWSIRKRNNKKFSMLFFALQVLLFSIMSGESQGCILGGTGRPGCGRSLEERESGDMESVHWTFGVCSEDEQTCLEERYDGSNITEITGIQLATMHPGSFDFALLESLTFPSVESMNCEELCNCLSCGHGHCSDEEDQDKCPTNESGFICRCSNSPSYPNFNTILRDMLTTGMACRTCDN
Ga0193418_1064164Ga0193418_10641641F032528WRLTSLLLTFLIISAAKADTCSDCTAVVNHLEEFLVSGPGIDMQTTILVAGLCPQADDPEACPEALPPFWKMIADLLWPAYYDPKADWMCGPTCAAPEDVSMTCDQCVAGIKASIDQLVAEPTLDAIVDALANGDFCAGVGDGCPEVVDWVIRLGLPLLAASGGDDAAFQEACNGSVPGTCPA
Ga0193418_1064254Ga0193418_10642541F002956FKSAMKVFCLLLLVAVATQAENCQVYKNGIESIFSKLPVVKSASEPNDGVCEDGEGWGCIAEIATTVMDCIAEIGVDPQGVQKCVEEAIGTASDCWDCVCWVMESVGLPCPTA
Ga0193418_1064295Ga0193418_10642951F005818LILLDSLLQEIKMLRTVALVGFLVGMALAIPTLTKEQVEEQFGPVNWDANVKTTYCSNCQEISVESHGGTLEHQPMRLGRFTVAGALWENMVPLFKASNGQYMTPDPNSNPIIYYLKWVISETVGGFNAGVQNNAYTDGIHCPWDIPDNWEYEYQRQWFVDPTLKVKCVRYRDE
Ga0193418_1064425Ga0193418_10644251F017648VAFVGLGGVAPATPSEPAARASGLVALQARGGARGGGPDIEGWYQATVSGSGGEPTGAMKEYIMKWFWPAADPFTGRGGAAPGKKDHAKVFEILKDCFAKGPAFQRGTSSAGFGSILGDTSGVDGSPYTWLVGSMTPGGMFLQVTREFPGAKGVRALAVAKIGQEQELWSKIDWNLVNARLDIEVGANLEKVEGVKQR
Ga0193418_1064429Ga0193418_10644291F024473RVLTISNMAFFGTAVFLASVMQVTPIGFWGDKGSVANGESWDLADHHGQFGDFRVERCVRVKEGFVTCKYLVHYDKVHNQIQIVGKKKGMKCVKVPTPRCPGVKTRNGEIDRDQHVTELFLQHCISLTHNLWSINSLVKAEFIDKYQDKAGRWHKCHQIDLKQRRG
Ga0193418_1064432Ga0193418_10644321F059642LLTPQPETMYAMRLGSRRFIAASHIAHQAPKMNSMAVLSQRTHVYDKRNYIPEIDDYKVMPTARPWDHWTLRANQNRQRRFGQYFLWICTVYVFYAWFRFVVIRQQKNRVEKWDYQTKYWRDGYWIREFPEGLVMKEFANGRVSIEPGQSPRPSMPRRILNKIYGVGTSY
Ga0193418_1064555Ga0193418_10645551F043762MKFAAVFLGLAVAVASANNIHRVEVFTSDCFQCGMSVLGKITLEVYGQGGRYCSTGILDNVGSDDFNRGTISTFAGDNIGNCNNYDLASTRNDISMKITHSGTDGGKFDWVKVMSDSGVYECFFSSNIDDGESETGHGCTYGL
Ga0193418_1064559Ga0193418_10645592F015300VGGWWQPNLVAASTLPDVATMVAWSLKKKEAEKKADPKAAALPFYKRFTRKQTLLGLLIFSLILSVLAVVTWYAVYQLELLPAGVHASFHTLATTFLISQGMGTGGQVENV
Ga0193418_1064721Ga0193418_10647211F007296GTAQGKELSGTVFLSSARSSLLNMKLLAVMVVVTAGLVSGMDVGKGGVYDSPMAQDYYVKRFGFMFGGGRSGMYGLKALQADGLVAQRQEVKPAVQMRNSVDTYYRNVLPNTKTTSSYTYNRFRSQPLLRAKPMVELAPKRMGSTYFNTFMAVP
Ga0193418_1064797Ga0193418_10647971F039463DGPVRGNIQGSRPDHGQNDQNDGTCTRDDYNNPNKHSWRTNCPSGCAITEYVGELDGEINASWNKLVVSLGKVKDRWGSVDKIHITLDELIKKLQEIMKNIKKERDQFLAIKKTYNQANISGILQQQRADWAALESRRAELQIELSNKQKKFREEANFCKVSFREYDEQVCDITKYVQKY
Ga0193418_1064806Ga0193418_10648061F021697IRFNMKALIALVSLAALVAVAQSGEVTKMLETLEGYEHFSNMRVFINQPSCADGNPDDVCNLEGYEYPCCHVHKGTDVKGYITMISEEDTVDNGLITCRVGVGEDYRDTCLEPEFCNGLNTTCPLNGPKPVQFNFGWSTDSWGRTHIGSHPETLVLQQSEGETMLKFTLNFKIFDP
Ga0193418_1064904Ga0193418_10649041F013304FHEKVAKIENFVNKLNEFDGTLKSMDKWMKEADTQLHDIKNNSDKMTPEDRVSYTMELQEDVAAKVEVIKANVAAELELLPQGEKVPQDADDYKIELKRIQDFVADLQTRVKKECDNFSEDVKYWAEYKTGIKEFRPWLENAEVKSKEGLAKPQTLDEANAMFAGVNDFDKACSKHLQILDAANAAAQKMTTHKEAD
Ga0193418_1064918Ga0193418_10649182F035598IKTSRGELTLDFHDLALAVILGIAGLVAPAFVYRLSAPVRHSLLEHENLETA
Ga0193418_1064936Ga0193418_10649361F000052CRTEYESECWTKQEVHDVFDDVVSCETVVDEKCEDETSGYTTNTKCSKWPREVCSVVKQAVTKYTPITGCTKEPRELCAPAGCGFKPGQEECFEKVQTIVQDKPKEECSLEPQRDCKHVTKLVPKLTPSEECVDVPKEVCSRSRTNPKTVKKPVIKKWCYVPTEESGLA
Ga0193418_1064976Ga0193418_10649761F057884MNRLRMFGVIKVIKDETVTCSTWPKATLMRKVGFIDRATGGFYPTEGIIQSVDQTDLKICLLNDCTEPLRVGDLVVMKSGTDLGTATGTKRMPPWGFPDNQSA
Ga0193418_1065080Ga0193418_10650801F005691GTMKAAIFLLVGASAAVLVSGSPLNEPKFACHECTDEMKKLGWLVKEAGHDISAYLQDNYCPTIEDQELCEENIGRFYVGMLYTLVNHFFVDGAVHICQTMGVCGARRYTCDECVEGLDWVKAYMLDPIMIAEYTIYLEQNFCIDEWPHCKQGVKDHFPAMHLMAMEKFMIPVEICNQEPVCGADPPPTKPPQM
Ga0193418_1065092Ga0193418_10650921F007155HPLTELIADFVMSSTSTAVNTFNKSKEDFIWFVKKAVQDKKSYSYSELYHSLLKIFVDADTNRDGLVSKASFSKLIDAAASMPRAYGYAPADSDLYKTEEEKDAARQKMFDSMDLKATGVITFDEWLKFCREHIAAKTATLDAHPIIDHGSVDDYKKFIKTAIETPESAEAVELYWYMLEIFTEHDVEKEGFVKITT
Ga0193418_1065097Ga0193418_10650971F022589PSQLDPCNGCPTEEVCREAIKDKNGVFCPGKEIEGQDPQETSLRKGGYLSYSHNCPKLCREEEGEVLCPTYEDENGCKPEAECMMRVTDDNGDWCPAHSVCQKQCPKGYELCVYETVDSKGCKVEPSCVYKGKNNVDLYCPGHCPPICSGGETLVSTGYDAEGCALPSVCEASA
Ga0193418_1065120Ga0193418_10651201F053049SFYCLIHFYKRGEETKMDVGRANERKVSQRKLSTDFVRKLSAISVASDVSCISGRFGMEQDQLRSIMQDIIELDLNNDWELGSDDGMSEYGDDRGSEDLSLWQELQNETVTLDQRKTSSSSEASTDSLDAAEDFHPVQINLGEVKTVLSMYQKHKVSVGSLTGQVKKI
Ga0193418_1065249Ga0193418_10652491F047467QLSIMKFFTALTALVAISAVAAEPTYEDCVNVVSTIAGALTSEESVATQVEVLLAEICPQAEDPEGCVAGLPDFWAKIAAVLWPGYFDPTAEWMCGAGKQLREFTCDECKGGMMEAIDQLLSEEFINGIVEALSGENFCGQDETPEMCAAVIAELIPAALPVLAATLDEGRMGEICNAAQPGTC
Ga0193418_1065304Ga0193418_10653041F004380KMDYVWTVNNKEVFKMTQKQITNEITNSQLQLTLQVERGTFIVPSFDEIWPQAGKGRPGDARRKRMGMEYILEAMQHHGLGHLPQPDNFTTCGRLGIEINQYNNPVECYHDDTIEEMREEKILIDHPEIADKILKTNSQKHEQINPLAAQKLATNKWDPNQSSVLKAIQAQ
Ga0193418_1065359Ga0193418_10653591F073041LPSFCSGLAIVSRFPFIEKEFLEFSYHGSIWNPDGEYWARKGAGRARVEPHPGFIVDLFVTHTCAVGPTYTNAYYREHQVKELVQWVKESNADFVVLGGDFNTDPKDKETSYHDLKEAMISSMEEFFINIKEWLCPSKATYGNPKNTYSYMYTPVLYDYIWHKANRWNMVWTNFFDVPFLRTLKHLVGDNVTTSREV
Ga0193418_1065680Ga0193418_10656801F001119SSRIKQSISNMKFFLAIFAVLAVANAQESCDLCKMGVDALGQYLMTEGEIAAVEEGLVDLVCSTLDEADIQTCAEGVYTWWPSVTQALFAYEGTAVAICVGTGSCKYDLRQEVSCAQCEDWMGRVSTLLGTDVFANTVYNDLHGAVFCDDTTYVPAANTEECKGLMDLIGVKAVKALGTLLSVTASRICVDLGCTA
Ga0193418_1065752Ga0193418_10657521F035598TSRGELTLDFHDLALAVILGIAGLVAPAFVYRLGAPVRHSLLEHENLETA
Ga0193418_1065941Ga0193418_10659411F021697KHLLRSNNMKSVIAPIIVAAMATMVHTGEVTKMLETLEGYDHFSNIRVFIDQPSCADGNADDVCNLEGYKFPCCHVHKGTDVKGYMTMISEEDTVDNGLITCKVGVGEEFEHSCLEPEFCNGLNTTCPLSGPKPVKYNFAFSTDYWGRTHIGSHPETLALLQSEGEKMLKFTLNFKVFDP
Ga0193418_1065977Ga0193418_10659771F005084MTSLCSTPSLFKVFESFSIFTCLVIHRIGNQGSQIWFGTSDYEMSYKATKSEVDAEIIGCGILTCMAIVTLTILLSYLVEGREVVQSTILDTVFSFVAACLLITAGAMCCFTYNSVFALSGPATIANQNISRSSLGVAAAMGVMCMLSGLIYLADFFFCLTQRRKFLDDRGY
Ga0193418_1066066Ga0193418_10660661F055767MSGPRHKACAVSIDDHVVVTGGTLLGLGKTKPSWLAEIGSRTASAFDGRQWTKLPPMNRAKVEHGCAVTNMRGLRGIVVVGGATGDEVVEFLDWESRNDKDAKWIVMSQLNRGRGMMPGLGFIGGHLSVIGGYSWPGGVALIEQWDEDQEEWVKVDHRLKYPRYNHG
Ga0193418_1066199Ga0193418_10661991F000811KLILLDSLLQENHKQSFTMPALDINMIESLSRELHPPTPNLMAETEVCPWTLFLTMSLTLLKGLMPHVPQMLPFLITDPEMRSRAEETFMSPDFQENIEAYFVQNIKSDVQAPLNRQIIKSSETIMYIVKLMNNFFDYFMGGASAAIADGLTNSIDRTDDSPRSSGLSVAGFDVMQVLDFVRTLYELSK
Ga0193418_1066282Ga0193418_10662821F026185YKNSVYGNFETMKYFVAISLVIGIAYGASMYDTVKGLVTGASSGYGGDSDYGEKKCYPTYETKYRKQCEDYNEKVCRTTHSEKCQDVGSKRCKAIKTSRQERKCHDVNELLCSLKESVQHEEIPASFTVQKCVTVTERVCDTAYDTEITERDDFKCINVPNTYCAMKERTVYDKTCRTMINFDCKPQEYGYGSS
Ga0193418_1066536Ga0193418_10665361F000276FSLVLISAKNSRVTMKSFIVLIAVLVLAAGKFCPQEKNGDQCVAKDNAYKCAVFFEDLSPKRKLTWIGALPDALKKAKNPEEAKEILGADVTEESFSNFPGCEDSAANARCYTTLNKQRSTPLDSCDRNLINTSGSQSIGDYLCQQVKRWLRNDADFKANGIKGLKLPFYYSACNGPWTAVNNEGEDLYADEPL
Ga0193418_1066619Ga0193418_10666191F015960SSALPLLSTRTAGGSTKGAPPISIDDLYGLCFLSEPTVCPPVEREPREMFDGDIRINEVVAYINGGLHATNDKVSEEFVLHMFAANVIFFPRDASNKPQEFRDILKSEGGSEELPQLWVQGKCVGSGSELKDFDRVWDLCTPARVAYPRTGPKGAYQQGFYNAKGVTQSDKVIGAGKV
Ga0193418_1066730Ga0193418_10667301F057102QGSELVSTMPSVSHRTDFCLVHRLKWEIVPPPAVIPPKPTRIIRFGTYRQRLDRFPRPGIAFPLSIVGGIIISNIIYFTWAKPDRERYRLFYFSNMATDEPDSYFARAWLEQLPDFPTDKEAYDDMSFRRDFEIFRDPPLVPYDVKGYKKSKLKNMDLAKEKLHELCPNPPVHFLWPH
Ga0193418_1066797Ga0193418_10667971F029648GQEPEHSGIGKNKKIVTYLGTDFILRDGCPVVNCDPKNRYCRKLQLDTQNKYDKCLRKEAESRNGTINEQGIMQDEQGNVMDPYLGCVTDHLPDADITVPVFAKYCSVECYYLVPYDSIFYYEHEEKDKKAQTDLLEEPGKPKTFRGIGDSAPRQQRIHICPYVGREHHNVDPNLQRLF
Ga0193418_1066845Ga0193418_10668451F000051LKANTATEKDLLPQGDKPPQDAQDYKDELNRITKYITDLDAQTRKECDAYSEDVKYWAEYRTGIKEFSPWLAECEKSVTGGLSKPSDLAEVKALNDKVTTYDKTCLNYIKVLEAAEAASKKMTTHAEADAEVAALKERYKKVKAVSEEWVKKVDTLMKEWVLLDNTVTELNSWVAKDKTSEGENQFSLEKMEST
Ga0193418_1066850Ga0193418_10668501F012119GRPRRRDRAGEPAMSFADSLTKIVEEKQSEQFDREREAGKWGKYEARLLDQAVELFKQRCTREAENQKCDATISFEVLSREIEDFPKRVLTDSTYFVDSWGGGLSAESWFYSTRGSTASWSPGAPVLFADVLQGMLPKFVERIKDLGFEKCTHRAGTWKVSVSWPAPTEDDQQPGKKKRKDRD
Ga0193418_1066955Ga0193418_10669551F000068VKKYSPETECKKVPREVCGPGTTQVPGAEECFDRKETVIQEVPNETCNLEPQRICKHVTKLVPLLKPVEECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAQSGLA
Ga0193418_1066968Ga0193418_10669681F002762LLLAVASAQKPTEIKESELYDLTKPTEGAVLEKSFRCGSFFIDPNEPPPEEGGRPAKSLLIFNATWDAADECPGGNYERYKSFCNSIWEKVQKGKVLVLTSPSLSKKRAAEGITIGQDICEYLKNSVKSPFVGKHSKKFPDGVEFGMYANACGVAEWTYTGVKHFEKVCCKKGIYEDCKTNLA
Ga0193418_1066990Ga0193418_10669901F000692MRCWILLLAAVPCLNALCAIQGCDKWLQSVKNNATFTGACAVMFDENCCNPSKTFYIVRRGEQGKTCGDVSSLNPFSNCKGPKLKNDIESIVVMPGCTLEVWDHSDGLDDAIKAEKDGPNAGNIKDNKDRYDRNKLVFTARGKPNYVEELDDDFDDMNEDIESFRCKC
Ga0193418_1067082Ga0193418_10670821F002762MMRFLLLGSIMMLALSDAQKPTEIEESELKNINKPTPGADLEKTFRCGVFYIDPNEPAPEEGGRPAASLLILNATWDAADECPEGNFPRYKSFCNSIWDKVSKGGVLVLKSPSLNKKRAAEGITIGNDICEHLKNTVKAPFVGKNSKKFPNGIEFGMYSNACGVSDWTHTGLKHHEKVCCSRGDYEDCG
Ga0193418_1067122Ga0193418_10671221F070864MSYENALKTVDFLLDVLAEAEKPAPADKTSTTATTAAPEEDLKEEFFDSVEDTGVEEGKTVKVTMNEARLESMWEEAELGMNDDKKMYLGCVGKVMEVEEDDDTVKLRWANLDTCWMPIKACIDAKGAEETLPAMIISHMAD
Ga0193418_1067138Ga0193418_10671381F096323MKSVLVLFFLGLLTVDADIERCREVLAQFNQCTKAAHMNYVAAVNKGNDGRPDFHARKACNFAEEAIQGCGNQLAGECFTQEEVDEKKDAEIALILRKLESQIPNWDTSKCPAVTLSAYKPTYRPTYMPTGSTGWYGSYETTYRPLPRSPMSSSSMSSATSTFPSSIFILLAIAIGTMLKTV
Ga0193418_1067295Ga0193418_10672951F004541TFASLTNMKVFLFSLLVATSSAQRGAFLNYQLMIKELNSKFSGDLNPCGAGVKPTTCTCTDGTTIELGQDGLRGNGLKGPCGDCILPPTCTCPDGSQQNMPTQQDVKERLKSRVLNSPNNPCGAGISVSCSCTPGSIIDNKQCWERPGNPCGSGRPTCECPNGKSFSPRELRNMLKELAQ
Ga0193418_1067313Ga0193418_10673131F050806LAKSVGKSVPIAKLCLTELSLLSLQLCCVLSVEIMRSILPLLFFLLSFLCAAKAANEDCDKVREEFDQCAKSAYEDYKNAFQAGDDGRPDWMARKSCNYMTAAVEECGDKLVGECNTCEEVTTMKDEQLKKVLQNVKSSVKEWDTNKCPATKAHMERMKALENGETIEAKCKSSVDANVQDGGVATTALTASV
Ga0193418_1067338Ga0193418_10673381F034047MYGSTPSIASGSSEYGGDNYGDNSGQKCYPTYETKYKEQCESYNEKVCRTSHREQCKDVAGKKCKAIHTSKQERKCFDVNELLCSLKETVQYEEIPAVFTVQKCHKMKERVCDTVYETELTEKDDFKCITVVNPYCAKKDRTVYDKTCRTMVNFDCKAQ
Ga0193418_1067362Ga0193418_10673621F001631VYLRRFLNAHNVTKVSPQDDIEGINNFDIFVIQEGAKSSEGVIVDYDKFIIQKINEFPVTFRPKSGADDRILQISLDGTQGIRHVKAKLCEAMEVPSSANVNIYECISSMGATANPLKKRSFRRPMEQPIVDEDPRKSLELFKHCEDGTKTLYYHL
Ga0193418_1067468Ga0193418_10674681F059630PSFYCLIHFYKRFEIKMGETQSKNAGKGEGDGSEQKHGDGGRIPVVEEVFVQRIAYRCGVSDDELERKKKIYLDHLKEDPALGFSEFKCLYQDLYTGKKDDDFLDQYVHAIFRAFDANKDDRLSFKEWQVGFYLLILLPKDQDMSEVNREDFLLAMEIIFRLYDEDGNAKVTKKEVGRIHRLLAEPAVCERLG
Ga0193418_1067503Ga0193418_10675031F046160SQSIIFTMKAFIFSSALLALTVANTCDDCTAVVNKMVEGLTSEEGIMAQQAILVGGLCPTAENPADCEARLPDFWRAIALTVWPVYYNAEAIWMCRLTCDAPEDVDMTCDACTSGIQASIDWISSEEALDSVVGFFGVINFCDYFPDERCQTNLEWVLRNGSPLLAAAGPAVGGAEDFEQVCNSAKPGTCAA
Ga0193418_1067507Ga0193418_10675071F007155LATFYAIKKSTSTAVNTFNKSKEDFIWFVKKAVQDKKSFSHSELYHSLLKLFVDADTNRDGLVSKGSFSKLIDEAATMPRAYGFAPADADLYKTEAEKDAARQKMFDSMDLKSTGVITFDEWLKFCREHIAAKTATLDAHPIIDHGSVDDYKKFIKTAIETPESAEAVELYWYMLEIFTEHDVEKEGFVKITT
Ga0193418_1067573Ga0193418_10675731F000306TKSIVDKEQCYDVTRTVCTESIEEIDNEICTYSYQPKTETTSAKTVEVTFKKECVTQMVTVCQPAQYGYGHGYGHNYCKEVAQETCYNVPVVTPVEPAVDVTYPEPIKTCVNKPISLPRISCEDLTENKCITVPEVEDVVETLEKCVTQLAAPACQAVELTLPKQVCVEIVYGYAADEHKHEEPAYAPAPTP
Ga0193418_1067789Ga0193418_10677891F000049MTFWQENYHFIKDVYDMRHQKMAEWMENVEKAIARIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLAQILEILMAERAKDQRKNEMDALDALIKKHEELIPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQE
Ga0193418_1068060Ga0193418_10680601F032995GDRLTEKLKSEQQKMQAQFGNASCVLQELDIVDQNLEIDVNAMVESVKKGEWGEFPDQWLKEHHIKDCRTCATFANSIPDLVFEDCPYGEKWGRIMMFFQCESEQKYKTCMNHDMKQKLEKSFGKIEDLEQATGLPEYQLLPLTMKLLHEQMDMFNM
Ga0193418_1068062Ga0193418_10680621F007314IFNLEAANADLSKRQEILKNTDDTINGLFANINKNYNCMAITIPEDKKKILQKEIKAVEEKLEVLGRFKSTVQVIVDLVDNLTNFDNSLKAIDAWKDAATAELTDIKEASGSMLPEDRVARTMDLQEDIAAKLEILKTCVATEQDLLPQGEKVPADAQVFKDELNRIIKYVEELQANTKIECDKYSNDVKY
Ga0193418_1068084Ga0193418_10680841F000085VIRNAGQALFTNLQGYGATIGCFLDDCMSSDKFVASEIESCAKVCFSLPECTHWVWGTEEGEQKCWFRTGDSGREAGEGWVSGTKACHPPGTAVMPMGNSECWAEGFGYENCCEAKFGPNGNAQCWDGVYNYDRCCFPKEEL
Ga0193418_1068148Ga0193418_10681481F028982VSGLGLGREPLAGSSLLSRCLGLLLPDLVGVNSVEEILPALAVLGVLHSDVDPLGQDLSADPLVDHDAHGPLGDVEDTTSLAVEGLVWHSLLESTAALDIHDISDLVGLQVGGQVLNSTLLVASGEHVSGATAVSLGVSHLEDCVLPLVEVNQAILAW
Ga0193418_1068151Ga0193418_10681511F020125VCFCGLGPTMKLLFAILGSFLSLSFSSTNLENIIALSEHFQALEPEARNDFVEVAANVISEEAHRAFPVAQAGNRGIDIPGCIDCALKKIMPSAMSCLSNPLGMIPCALTTLDASCLISTCLCSVFTMLPTIVLQIFQMIGLCPRAGAAAPAAPAANGRVLGL
Ga0193418_1068155Ga0193418_10681551F017094MRFIAILLTIILAQATYSMKCGRYTTKTLKIGPNTKSVFETQRQTKRCTVLYKLADGCTQMKLWCNRFFVPNKDDFRCRRGDKFYVKSSGSKPRVFCNKRKPTQEFPAYSNGNLKVWYQAKQTKEYPNKGATCIVTCDN
Ga0193418_1068187Ga0193418_10681871F061508LSRHILLFLPLSNCHLLLQGGANSNLINGRYKYKASPYDGVATGMTAYFSMWGMNASATEAFKAAPYTMVLTLKEDGTGVMAEYLSEGEDPFALDLEWNKPMAAAHPLGIDIEVTASLLAPNAIRMVTMAKEMMLSDVQTMTFTGVGIQKTSVASKPSITYYGLPHNQVAAWSSFEERVDEDGNSSPLPIH
Ga0193418_1068371Ga0193418_10683711F001119LKSKQSISVMKFFLAIFAVLAVANAQESCDLCKMGVDALGQYLMTEAEIAAVEEGLVDLVCSTLDEEQIQTCAEGVYTWWPSVTEALFNYEGTAVAICVGTGSCKYDLKQEVSCAQCEDWMGRVSGLLGTDEFANTVYNDLHGPVFCDDTSYVPAESTEECKGLMDLIGVKAVKALGTLLSVAASRICVDL
Ga0193418_1068547Ga0193418_10685471F068397MPKFFRAFVNAVTQGLRCWLYRFFPTLLAFFETILPRLFCIKSPFWSEPTVLDFVPFQTCLREPLTETRFLRRATRRLATRRFLVARLFLVTRLRAVRRFLETLRRLALRFAAIFQIKSLEYAE
Ga0193418_1068552Ga0193418_10685521F000073LKLPRSFVAYMEENAWMRSLVDTGKGNLQWERDIPPAALSNLESLASKDFKGNLGQIIHDIYQTAHLMFNDMPQGDHKKRAKYRFASKTLMRILPEANRKEVEGLIEKGSMTLDLYEILGTCTWVKPQ
Ga0193418_1068767Ga0193418_10687671F050128TDFKANLGKIIHDIYLTGHNMFKDMPQGDHKKRAKYRFASKTLMRILPNELKAEVEGLIAGKTMTLDLYEILGQCTWGQGKSL
Ga0193418_1069104Ga0193418_10691041F005873TSTAVTTMKFLILAIAAISAVSADNKAVTCDECQAAVGDLVTRLLGEESLAEQIAILKLVVCPQLPADIDCEGTLDMWYADMAGCIYNHFMLEQDVCALLGLCTKSQGARMSALPKDWTCEECTDILARTADYMSREETIAEGVTYLQGECFCGQDGHTADCPDLVSAVVPLALPVLASALNEQAVELC
Ga0193418_1069259Ga0193418_10692591F020125VCFCGLGPTMKLLFAILGSFLSLSFSSTNLENIIALSEHFQALEPEARNDFVEVAANVISEEAHRAFPVAQAGNRGIDIPGCIDCALKKIMPSAMSCLSNPLGMIPCALTTFDASCLISTCLCSVFTMLPTIVLQIFQMIGLCPRAGAAAPAAPAAAGGRALGL
Ga0193418_1069266Ga0193418_10692661F104174NTVQITRFVSQHPFVSFVPSLKNQPTTAMADASFAKGNPYLFGKSNVVLIKTPHHKNLNAKPQDQENCGHQGGQGQWARWHVEKDQQIFKFKNVKTGKYLRIMQQGKVVNCGGGGGQFTEFKAHKEGGGKAKLESVKFGGVYVSIKPNGNIEPGTGGAHCLLTFTRKD
Ga0193418_1069430Ga0193418_10694301F044257NRWDSPNFLLDNKVHVNLDGTERKLDLNMDWGMNKLPDMDLNTPEDGHFKMTAVGQNARWGDYSINRNLQWGSSSRRLSLDLTGDAEFGAGPLAASSPVQTEVKLSFDVDNADLNGKFMKVYAGKEYSVVFQPGFTMPSIKVGA
Ga0193418_1069439Ga0193418_10694391F043762LSNAAPRMKFLVFCGLLALASANQIHRVEVYTSDCFQCGMSVLGKISLEVYGQGGRYCNTGLLDNVGTDDFNRGTISTFAGNTIGNCNNYELGNTRNDVSMKITHSGTDGGKFDWVQVYADSGHYECFFSSNLDNGQTETGHSCKFSL
Ga0193418_1069461Ga0193418_10694611F053773STLGFGHYLKLPKFTLSHPKSPSEMLFFLLLSAAFTLIAGAPEPHRQIRAAPAFEDVCKAAAEGYREAKASGKSSKIAGLISAKTFYVEFFNSKITGRVPLCENTVDAVQAKSVAGMVKYFNGASSNNLNVLTPICKATTVAYMTAKIEERGEIAAKLAATIAYTPYILRDFGADPGEACIKSQDYIG
Ga0193418_1069616Ga0193418_10696161F035612VTKQTEKRALRLAAMKVLLLLLPLISAALAERAQVKYLGGITFLLRDRCPEGSSASELSSYDECIEKALKGRGQKLHTQCTTDTLRNNDKLTVPLYTDHCTAICFTKGNTRGVHDCPYNGIRLDGRGTSGNEEVAAPIVDRFLG
Ga0193418_1069623Ga0193418_10696231F000241TAATGPETAVEFKKRPFGILRYQPGQGGKGAMAMEIIPTSRYPGDPQGQAFLAGVQSGSVVKSVGGVNVLNEDFHKIMDMLDDEVADPRFSKSTALAMEQQGGRLAEPAATPIPVVFATIPGYVYKGAELKQDGQDGFAR
Ga0193418_1069659Ga0193418_10696591F000073LPRSFVAYMEENAWMRSLVDTGKGNLQWERDIPPAALSNLESLASKDFKGNLGQIIHDIYQTAHLMFNDMPQGDHKKRAKYRFASKTLMRILPEANRKEVEGLIEKGSMTLDLYEILGTCTWVKPQ
Ga0193418_1069859Ga0193418_10698591F070864FCPALSISLHPAPPPAATTTTTRNMSYENALKTVDFLLAVLAEAEKPAPVDQSAAPSKTAAAPAEETKEEYFTSVEDDGVEEGKTVRVCKNEQRLDAMWEEAELGMNDDKKMYLGCVGKVMEIEEDDDTVKLRWGNLDTCWMPIKACSDAHGAEETLPSMIISHLAD
Ga0193418_1070005Ga0193418_10700051F018666LGLANFIGGHILQTNLINGSYRYKEGPYDGPLTGMDQYFAVWGVDSSVTDLYKANPYTETWILNEDGTGLTIAPISPGEEGADILKYQWGKEGDTPSPLGSILKTVITLAGPNTVRVVSKDEKAGITDVQIYRFTPAGAQKTSIATKMGDGSSPVQTAVWTSFEERIDEDGNPAPLALPFNYFYF
Ga0193418_1070100Ga0193418_10701001F063301KLFTPVIVLLSGISAWTCDGARGPRPDFQNTWVSTTQPPTTQPMTEPVGPNNNPKEVKQDCPANRCSGTCDASDYNDKCVASWRTNCPDGCAITKYVKTLDAELDGHWQKVVTELTKLQRKSDSASQEMHTTLNEIIKKIKEILKNIKKERDQFLAIKQTYNSVNIDGILAQQRLAWTALEQKRAELQ
Ga0193418_1070190Ga0193418_10701901F000052QIAFNETAEICRTPLVKDCDVQGPEICRTEYESECWTKQEVHDVEDDVVECTTEVEEKCEDETSGYTTNTKCSKWPREVCSVSKKPVKKYTPITGCTKEPRELCAPAGCGFKQGPEECYEKTQTVVQDAPKEQCTLEPQRTCKHVTKLVPKLEPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYVP
Ga0193418_1070243Ga0193418_10702431F000692IMKLLFLLASASFVPYTYSLCFIQGCDKWWNGGAKNDRKITGACAVLFDENCCKSSKTFHVVQRGEEGKLCGLVSRLNPLSSCQGPKLKDDIESLVVMPGCTLEVWDKRNGLAKAKTEERKSYNAGNYKDAVDRYKRNKLVFSAYQTAHMVEELNDDFNDMNEDIESYRCNCS
Ga0193418_1070268Ga0193418_10702681F054546WHQPSSSCLPIRKPLSTSSWLQNGLSDEDEVILLVGTTNNQSRMRYKELLEKAGERNLVRVKTTKTTEDLPRFRIMSDVDLEIAARKQRSTAGAQRSREILETEGARVKQKLVELKSRVNEDDLNIKIDKIQKWLTKGNFVNIVIKVAKNSNKKEAEAVQCKIEAAATLWKAENPDILGTNNAKLKI
Ga0193418_1070349Ga0193418_10703491F027856ELNSWVAKDRGTEGEQQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193418_1070385Ga0193418_10703851F041786IDAEAFRHSLMTFGNKFSAAEVDDAFAEFKIDGGMIDAAHLKGLMASN
Ga0193418_1070740Ga0193418_10707401F088191PSFYCLIHFYKSFRKMVGHDMLDLDEWGMVRDKMLRLHTDVTDNVKGFVQEMMTAFRPELMSEAEKQSKFGQEVMSAIEGMWLLEEECGVLEEKFQGFVGCSWDELDIDNVDVDFIEDLMLRAKPMNESLSDVRGRQMKKLAEVKTTYWERVKELEGISVKRPVGKIKEEADEEAG
Ga0193418_1070744Ga0193418_10707441F039464YRENGNRRGGFLSATHNCPVYCKEWKGEIQCPVYEDALGCKPEALCVERQVRSVNEDGTKEYCNAASVCPKQCPAGQKLCQYDETDPDGCGYEDVCVAIGRDSQGALCTMDWCPPLCTGAQTLQDNGVDAIGCPVAPTCV
Ga0193418_1070754Ga0193418_10707541F066417MAVRHSTRSCILALAAFAGVAQFAFVSGPAAHQREVSVEMEGGTPQQGGYTSPIGAPAPKRAGFKYPTGNLRGTLPYGERDPLPAGYGIRTGLGDLLKPLNSETGVTTKEDSIPTLIVMVTAIIGLGLFYLLLLLINNQSILLPPEDEFDEYVANFFPYFFFGEK
Ga0193418_1070825Ga0193418_10708251F030340DEHKELRAMIEEGKDKLEWYRQVDPAKLNTLKELINAPNYKENMATLIRTIYEFAFLTYADLPRGPIKNNSMRKLAAKTLLEILPPDIASNVQKKLDEQSASPDFVTLVGLVSYYGQEQE
Ga0193418_1070893Ga0193418_10708931F068404MVTMKVFFLPLLLAARCSAQSGDVLKELINDGSLNLCGSGIQPTTCTCADGTNFTPGNGTTTGAEGGPILRPIGGRRGPCGDCSLPTSCTCPDGSQPEIPTKDEVTDQLKDRVVSSEENPCGSGNEVTCLCDDGSSYNARDLIEKKECGKSPRNPCTDKSRPVCSCPNGEALEKAGLRSFLQQIAQG
Ga0193418_1070938Ga0193418_10709381F035172SLRFFKLGSPLLRNSYLCSEMKFLVLFLSLSLFVDARKFNNAVEVREHLESVKYEELSRAAEATAKDALHLAEELDRVLKAENRLPDLTGCINCAVELVPNVMECIAGGLNGFLEKFNGGCIIKGCLCGFLDLIPAYGLIIKQVLGILGICAR
Ga0193418_1070949Ga0193418_10709491F004957LISNIMNVLTTFLSLLVSVTCLKPCPGDTRGDKRCNHDSTHRVCAKIGVEGTSFWEFTGQRSWCGTIGNYGGPYGSLPRCPPEEPTWCICKWATARWIAGEGCGDAVEFDCDATDVCDLKASYHDFSVNLKPAHDCMEKKCKKQWDACPDNAVSNGV
Ga0193418_1070989Ga0193418_10709891F015830MNAIPVIQLLVIYTTLVTSERFYKAKFSDCGSILKIAPALQGSVSITAPYNIKKGRHILGKGRNVKICINGTVVPNSVPLPVAGAGLKNSAHGKLDLGPLTVPLPIEFCELQLDGCPGATPGCGAMNYGDNVQFCSSLQVPTASPDVDVEVTWKVLREEVADPTCEKEFDIGKL
Ga0193418_1071114Ga0193418_10711141F006734ATEVEGTQSQKMLQIVALFATFATSFGAPGYGHIGYHPAPCVKELETIKATACKLVPEKTCSTETVKIGEKITGFEKGECKEIEVCKPVYGYHHGYHGKREAEAEPGYVHAPCEKVKKEVCKSVPVKADVSKDIESCTEVAKEVCEEVDKVVPKVTCKKATIKH
Ga0193418_1071324Ga0193418_10713241F021697SRLKMKVLVLLAALAAMAQAGEVTKMLETLEGYDHFSNMRVFIDQPSCADGNPDDMCSLEGYKFPCCHVHKGTDVKGYITMMSQEDSVDNGLITCKVAVGADTSHMDSCLEPEFCNGLNTTCPMNGPQPVQFNFGWSTDDWGRTHIGSRPETLLLQQSEGENMLKFTLNFKVFDP
Ga0193418_1071418Ga0193418_10714181F000577FIKNCFIDYRKIASEEKIEFCHTPLICDGEGPIECKTVYESQCETRYHEHDVEDDVVNCETIQEEKCEDVTQGYTTEKKCTKWPKQVCTKEKANVKKYSPETECKKVPKELCGPSGCELKPGPEECFPKTEVVVSEVPEETCNLEPQKECKHVTKLVPLLKPAEECVDIPKEVCSRSRTNPRKVQ
Ga0193418_1071499Ga0193418_10714991F000692HLPSLQIFPESAMRSLILLLAAVPCLNALCAIQGCDKWWGSAKKNATFTGACAVMFDENCCKSSKTFHVVKKGEQGKLCGTVSSLNPFSSCKGPKLKDDIESIVVMPGCTLEVWDKGSGLEDAVDEEKKGPNAGNIKDNKDRYDRNKLVFTATGTPNWVEELDDDFDDMDEDIESYRCRC
Ga0193418_1071520Ga0193418_10715201F027724EDPTVPGCQEPLTCLARTTGTDGSLCPSHSVCPKKCGSTEKQCPQGYDDNDCKEEDLCIPVPLDAITGQPCLDFECPPSCDEEVQKYCQGQYQINAEGQLCPKRDYCVDRILDNNGIRCPGHCLPDCAEGQVTELQNGVDARGCPLSAICVAA
Ga0193418_1071803Ga0193418_10718031F070864MSYEKALQTVDFLLEVLAEADKPAPVDKSGSKSKGAAAPVEESKEDLFTSVEDDGVEEGKTVRVTKSISTLKAMWEEAELGPNDDMKMYLGCVGKVMEIEEDDDTVQLRWGNLDTCWIPIKACSDAKGAEETLPSMIISHMAD
Ga0193418_1071900Ga0193418_10719001F009874MQLFLSSILLTFITISVGDEAKKSGCCETISIRSGGMGDFYQGERLGEFVKSGSSSSGRSIYQQSGGSNYLFYLANQGIWMVGPNVGQDFGGVLNREAGECPETLTKDWEYYQDWTESWEEDWAMEAVCGSDPGPDGEPCTWGDYCDNCAIWSEANGVKYCCANNCDYGSIDVSTENGEVVCTC
Ga0193418_1072087Ga0193418_10720871F034052MEKFIAKNRQVEDSNADGRWVENWTKWKLQLGGEGGPLIFPHQRLSIENLSLPVSAVFEWRSEYKAELVETEDGDLEVITHHPTASVGLYHHYNVKVESGKHVVFMPTFMFGVQQHVLDQLYGGADGIPTIGMMADSTGGDRVIVQCFMNLVIVTVILLLWANNPPTKGGQEKED
Ga0193418_1072129Ga0193418_10721291F050806FFGASKAADENCEKVRAEFDECAQKAYEDYKNAFQAGDDGRPDWMARKSCNYMTAAVEECGDKLVGECNTCEEVTAMKDEQLKKVLQNVKSSVKEWDTNKCPATKAHMERVKALEKGETIEAKCKSPVDDNVDGGVATAALTVSVLTALFLPLLA
Ga0193418_1072236Ga0193418_10722361F002882MGARQLRQNADERDARSLLSTFPFNAQPEDKARPAPAARRVVASQDLGARPAAQGADTDVSFPAVAAAGPGADGKRCIDKVEMVEETEYDEVVQCDHSYDRRCHTTYVTNYESQQEEECEENFRKNCFINYEKIAFNETVQVCRTPLVKDCDVQGPEICRTEYESECWTKQ
Ga0193418_1072299Ga0193418_10722991F081237VRGLVSGDMVVVTKQVLDLEEWDLVLAKLHRYHANIQQECGIIVQTIRKEMKSELVPLAEEKATHGKVVKKQIRDLWALEYEIEEIQTEFAKGIGSINIEELTDDFVEDVMLQSKPLQGILMAIRLRQRDACEGAKAKYGEAIKDLEPLKLVRPPKPAPAPAAP
Ga0193418_1072326Ga0193418_10723261F028413QFAVAVDANSVPFVIGQNMIYGKVTVNAEDQNIDFQLSGVTIETVYVCTAAIALPDIAVTGLGGCWSSDIDADGPYNVIGVGAAAEYQGTTMTATELNEARFSFLTFDTPRTDIYVHVQALLDVTFATGQRRRVRMLLQSAEEVEGEANQFRSFVGTASVAEGEEISVDDEGVTDGGDRCSVGF
Ga0193418_1072415Ga0193418_10724151F051671YKMSSPFGGKATLISRQMELCMITAFRNAIYRKGPQPRIIRFTSIRAHMTGQFRPDSMGEYLIWCVLWSAVTTYAYKSIFYDNWMKSNRIWFEYNRAYGNKNSQYEIAHVGWLDEFPWTQEASKDIDWEEYCVNRAPDEVPPPPLVDYDVKW
Ga0193418_1072457Ga0193418_10724571F059642PTMYALRLGSRRFVAASRMSAAQHQAPRMKPMALLAQRNHVYDKRNYVPEVDDLHVGPTARPWDHFTLRANQNRQRRFGQYFLWICTVYVFWAWFRFVVIRQQKNRVEKWDYQTKYWRDGYWIREFPEGLVVKEYANGKCAIEPGQSQRPSLPRRVLNKIFGVGTMY
Ga0193418_1072601Ga0193418_10726011F001228QVVFPQPYLQSPNFISTSTNMKVLALLLAVVPALNALCLINSCDSYWSGAQAKLKKDGACAVLFDENCCKASKDHLVVKKGEQGKLCGTTGSLNPLSSCKGSGLKDDIEALFVMPGCKLEVWDHGSGLEDAIKEERKGFNQGDYKNMKDLYDQNKLIFRADRTKPHWVEEINDDFDDMDEDIE
Ga0193418_1072610Ga0193418_10726101F011994LPDIMWHLICFPAILLLVGQTQANDVLCGKATTVPINGLTYKVSPGQKFTVKTRKMTRRCVVSYEAAKGCTGIRLKCPKFYVPNDDGDKCRQGDFMRVKTPQDTLPEVYCQKNKPTTQFPAVSSGMMKIWYEAEPPTFAQRNKGLTCEVYCEN
Ga0193418_1072611Ga0193418_10726111F002228LDKISEIGAMDLTARHVTLIMAGITLLLDSSQAHWNPLVDICPGEGSRYGDFKCIHDRTHRVCAKLVDNTDNSCTEVRWNMGTSRRVSFWDITGQQRWNWKERICSAPNPGDSWCICMWASANIVAEVGCHNFEINCSATDVNYVLNSRYDGGWNLQNFKSCLREKCERQSDGKYRNRA
Ga0193418_1072628Ga0193418_10726281F054572LGQPGPAHRGPVWICKIPAGLRLPTLVLSYCFITWNARHFLFPHQCRTIHNVAIPCHTEGNIEGTWLTRFRKQTDIFRWGHIYAKMQEERIREAKRRGELPEDYPENEEQLNRMDPAKFEAMMPAVKKIRFDPGVDRCDGVCFGAMYTLPEDHGLEKE
Ga0193418_1072659Ga0193418_10726591F059029SDFDCLTEMNRLAAGSARLSLRLGQRQILSQTSKRTAFDMGPMSCGYRWSPYADPALSIFAQGIFGIFWVYYLYHCWNHSEHHLCQAGFPNPLGEATELVTGHYVGYKGTGALSARMEILDDAFGGRHNISRLQFLNEELGLPPAEQAPSSEDEEEEATPMGAMLKKMGFSKGH
Ga0193418_1072809Ga0193418_10728091F002828SSTQAPPQLHTDMADAGAELKRLEKWLAKTEEKLDGGKIVKPDSIVDACQALSKARELRAQFEKKEKPLITAKELIGDSDPEIAALSQKCERVKKLTDFYLSKTEALCVIWASGQVNADIPAIEKAIQASGSKVKMSGEDLKACVLEIQEVLVN
Ga0193418_1072818Ga0193418_10728181F000241TAATGPETAVEFKKRPFGILRYQPGQGGKGAMAMEIIPTSRYPGDPQGQAFLAGVQSGSVVKSVGGVNVLNEDFHKIMDMLDDEVADPRFSKSTALALEQQGGRLAEPLGTPIPVVFASIPGYVYKGAELKQDGQDGFAR
Ga0193418_1072860Ga0193418_10728601F000241TAATGPETAVEFKKRPFGILRYQPGQGGKGAMAMEIIPTSRYPGDPQGQAFLAGVQSGSVVKSIGGANVLNEDFHKIMDMLDDEVADPRFSKSTALALEQQGGRLAEPVGAPIPVVFATIPGYVYKGAELKQDGQDGFAR
Ga0193418_1072990Ga0193418_10729901F018858GQQLPHPSTTIMRATAIVLLAIATVKGDSEAYTLGQVAYGLPVANAYATGHPHNVGVVTGVGYSGYHGGYYGKREADAYTIGQVAHGLPLANAYATGHPHNVGVVTGVGYSGYGAGVYYGKREAEAYTIGQVAYGGARGVVTGVDYGYGRVAGYGAVGNRGIGYGFYG
Ga0193418_1073235Ga0193418_10732352F008474VLLLELEVLLPEGVDGINHDLDQLDLGVAETVLVGDVISVSSLAARFTAGSTGLNSELLASGLELVNRLLGPSGEVNMDRGSHAST
Ga0193418_1073442Ga0193418_10734421F002878SITMKLLLLVVAAAGVAQGAVTCDECQAAAQDFVSHLLTEESIAEQVQLMKDNVCPQLGMDGCEGILDMWYADMATCIFNHFIIEGDACSLAGLCYVRDWTCDECSMLMSGLADFMLQEETIAEGVSYLQGECFCGAEGHTEDCPSLVDAVVPLAMPVLAAALTEKTVEHCQEIVGVC
Ga0193418_1073464Ga0193418_10734641F078186KDQSCTKHRTVPSTTSIMKFAIVSLVLVAAVSVNGGVLTANGMTAIDTIIGNIDDMSKGATDLNTMEKRLKGLEGQKLQVENALKALTDNLDKKKLGANSKGNDHINMKKETPGDEDSAWVPV
Ga0193418_1073502Ga0193418_10735021F008474MISQKFHHLHSVLLLELEILLPESVDGVNHDLDELDLGVSEPVLVGDVVGVASLAAGLSAGATGLDSELLAASLQLVNGLLGPAGQVHVDGGPHAGA
Ga0193418_1073508Ga0193418_10735081F005818MLRTLGLAGLLALSMASAVPTLTKQQVEEKFGPVNWDANVKTTYCSNCQEISVESRGGTLEHQPMRLGRFSVAGALWENMVPLFKASNGQYMTPDPNSNPIIYYLKWVISETVGGFNAGVQNNAYTDGIHCPWDIPDNWEYEYQRQWFVDPTLKVKCVRYRDE
Ga0193418_1073631Ga0193418_10736311F018858QHLPHPTTTIMRATVIVLLAVATVKGDSEAYTLGQVAYGLPVANAYATGHPHNVGVVTGVGYSGYHGGYYGKREADAYTIGQVAHGLPLANAYATGHPHNVGVVTGVGYSGYGAGVYYGKREAEAYTIGQVAYGGARGVVTGVDYGYGRVAGYGAVGNRGIGYGFYG
Ga0193418_1073859Ga0193418_10738591F104174NTVQITRFVSQHPFVSFVPSLKNQPTTAMADASFAKGNPYLFGKSNVVLIKTPHHKNLNAKPQDQENCGHQGGQGQWARWEVEKDDQIYKFKNVKTGKYLRIVEQGKTVNCGGGGGEFTKFKAHKEGAGKAKLESVKFDGVYISIKPNGNIEPGKGGAHCLLTFTRKD
Ga0193418_1073898Ga0193418_10738981F102484MTILQITGFTRLHISTFIVALLLQCQVHALFISSAESHPAATVKIAPNEIGDHQRTRAKRFNFGVPNVYEGKNLIKELLSQKRLEAAIAEAEAAYKKASDAASYRIGAGSKRGGQPLTGFKGPQVEAMRKLKRKPSLLMDQALEDELNYAQQLASGIMTD
Ga0193418_1073899Ga0193418_10738991F000235FTIKQSMKMLLSLLLPVALAANLPPHHQELVDRFGAENVNFDKQVRTQFCDDCMEISIESSGGAAEHQPNRLGKFVRDGSLWENMVPFWTADNKQHITPDPLSNPIIYYLKWVVSETVGGFNAGLMNDAYTDGIPCPYEIPDQWQYEWQRQWFVDPTLTFRCTKRRGEE
Ga0193418_1073990Ga0193418_10739901F038065STLIPALSRPPFSQSTLDKLGLLCTGLVKVGAHLERNNPNALNRLQVLLTNLCQDSSLDIVLRLQLLEVIELRSLGWKPDPTVENYYKERINKFGGKKQNSEDESVVELTSCIIEVEGALLTIQCNNAGSLELAREVLQQFFSKPPAPKPKVMLSRVEIMALASSPTSTSPPKNWEKLSK
Ga0193418_1074034Ga0193418_10740341F000481YWKCYAYGDELKPHIEFLDGIMMSSTREIAPSCVENVDELIERQEKSLVQLETKRGVVADLIEKGKKILDHPDKPKFLEGHVQRIEVGWDDTKQKAQDRLKLLTETKDAWVGYAENNETIASEFEKAEDEIKKVKKRFNLQSAIEDLKKRQTIFKTSNDSINTLFSTINDNFKCMCITIP
Ga0193418_1074036Ga0193418_10740361F043762SRTSTRTDTMIAKLTGLFCLLALASASNNIHRVEVFTSDCFQCGMSVLGKISLEVYGQGGRYCNTGLLDNVGSDDFNRGTISTFSGSTIGNCNNYDLASTRNDVSMKITHSGTDGGKFDWVKVYADSGMYECLFSSNIDNGQSETGHSCKWSH
Ga0193418_1074224Ga0193418_10742241F039464YRENGNRRGGFLSATHNCPVYCKEWKGEIQCPVYEDALGCKPEALCVERQVRSVNEDGTKEYCNAASVCPKQCPAGQKLCQYDETDPDGCGYEDVCVAIGRDSQGALCNMDWCPPLCTGAQTLQDNGVDAIGCPVAPTCV
Ga0193418_1074242Ga0193418_10742421F020491FYCLIHFYKRKEMVGGMDIEQGGLTAEQGEKSQSGYSIIQIVIGALMLWQGHKNMPYSDMCPNGAAEYLYIAGILLLVLNLMGLIGMIVQKCALRDGKITGGEQCGINCITFITGMMWLGEFGLAIWGSVVVFGAYSTWTWDLTAAAKDETYCDYTCFMFAFVLLILRWITMPFAICCGC
Ga0193418_1074415Ga0193418_10744151F033072KLVLALAVGASAFGGFGKKSAAPAPSRGGGNQVAQGGQTPTNIQVPRIFTTAFGDPGRIAERAARAEAKKAEAEAQLIPTPARFAFAFGRPDILAERQAERLAKWQWSDEFLAKARPDKGNYGQGDLFDDGLTKLERAQIEQGREAYLTGGAKLRYKRLTGQI
Ga0193418_1074608Ga0193418_10746081F088201VRFTKMKVVQVLLFAVASAAAVEQVKSVQKRQAPESRRLLDETEIFLNTPNLDNFLDAAEEIAAHAAGIWSVIVVAYNAMNDIILTDRFNELNEILSWEFFYAIYNYIYPAIVYISYVVDGTSAFNNTWNYFFTRVTIVRFLYNTFCIDCDILPDNNYVLSWFQ
Ga0193418_1074626Ga0193418_10746261F088201VRFTKMKVVQVLLFAVASAAAVEQVKSVQKRQAPESRRLLDETEIFLNTPNLDNFLDAAEEIAAHAAGIWSVIVVAYNAMNDIILTDRFNELNEILSWEFFYAIWNYIYPAIVYISYVVDGTSAYNNTWNYFFTRVTIVRFLYNTFCIDCDILPDNNYVLSWFQ
Ga0193418_1074686Ga0193418_10746861F053680DALECGSMGYNSIQMGPNCYFWVNGSFTMEEARQECTMKGGMLATLHEKADYDMLKGVVHDKYNFAATNDLAVFWLDQMFDYDNRVLTCCDGTQKDEKDASMKGMWYPGQPCWTRDTPNMVVAFRSQKVILERPEMERLQGLYTIKTTSTWNALCMTTK
Ga0193418_1074836Ga0193418_10748361F000809VSAPTACVVLQWPQRTDIFTMGSDHLMLDLEEWALVLNKMLKFHFNISEEIKALVQAIRTEMKQELIPLAEDKSNFGKIVKRAIREMWALEYEVDELQHKFADSIGKMDLDNLDVDFIEDMMLKAKPLQTVLNDIRNRQITKLEEIKKSYGEAIKDLAPMQVTRPPKTEPAKPAPEATAP
Ga0193418_1074845Ga0193418_10748451F098351HLAVNLGHLATLEFRNISAFLSGEGATLPGGRFGALSSWNVLAFFLLDGLALPLLDVGTFFSGNIATFFLGDVFAFLLGDVTTLLGRNIPALLGVVNPLTDLLVNSVALLGVDSVAFLAIDSVALPLVHSAALALGHVLAFLLRNGVALSLIDHGTLLLRNILTDLVLDSVALPLIDDL
Ga0193418_1075060Ga0193418_10750601F052608AKRQKLFSDTKNTIEGMYGSIQNNYDVMTMTLPEDKKDFVKKEVKAVQEKLEVVQRFQEKVAKIEAFVTKLTEFDGTLKSMDKWMKDADTQLHDIKNTSDKMTPEDRVSYTMELQEDVAAKVKIIEAQVAGELDLLPQGDKVPQDAQDYKDELKRIRDYIIDLQKRVKTECDNFSEDIK
Ga0193418_1075172Ga0193418_10751721F021235GIYKSYWPELNRTLRSSSAPRHIPEAVPHRIARATSQPPSAFYSNSYFSGRVTARPFNERALSMPRQVSFSYDDRCVVTPPRETSVERTDTHYTDFDYKVINYMGKLALEDTVKTSVSRAREESKARSLSHPLGENYSQKYNYYDTSKYESNYLYDSTKEVLGTWKHSGLSAETLRLRN
Ga0193418_1075221Ga0193418_10752211F006335MKLLLPSLLLLLGALGALAAPPMPAEADGGAHNPPPYYALANYLQQQKRAEASALEKELLAEYLASQMGSPDYPEPEESRMKRWWGGNKYRDNKSYGFWITALNKAGNVKRGKRSAFLPAMGAIVDDHNPLTGPSDYSDVAELVPDHKASLP
Ga0193418_1075248Ga0193418_10752481F001017MKAVLVLSVLASAFAAPDTRFLCSECVDEMHNLGFLVRAGAHDIRDYLAANYCPTVEANQQDFCIEKLARYYIGMLDAIVHHYFMDGAVHVCQTMGVCDAFRSGRYTCEECVQGLEWVENYIEDPIMIAEYVVYLEQNFCQDGWEGCKEHAIQDFPAMHNMAMEKFFIPTEICN
Ga0193418_1075600Ga0193418_10756001F008620SLLTIVGPRLERLTVECDEEQGNGSEIVHIARHCPDISSLRILLGDKVLRGEMTLHFGQTFFRKLEKLTVEGSVHLHGFAFLWGHCQNLKYIRIGLVVSNELTTTNVLIQDVFTLLFQVNKMLHLEEMHIRNLKVRSLAMATLLLDNLPSLKKASNWFLDLYGEDMATFKRHLKKYKA
Ga0193418_1075880Ga0193418_10758802F076130VTRTTQDSLPDSMLSLKYAVLLTVAIYLVVLTTRTEGMGLCFGGYPECCSGGKNTCGPFCASCRRVREFKLNMNMFDMLGFGRGSPAVFRIINPDPHAFPDKTPFPGQPEPVRGPQ
Ga0193418_1075952Ga0193418_10759521F024026DITYSPHAQNVTVKVCMTPLVKDCNLSGPEVCRTEYISECWTKNDPHIVVDDVADCRTEFIEKCVETQSGYVTEQDCKKWPKERCTIKKEQRAKFNPVTKCEKVPQELCGPSGCGFVPGPEECHEEVKTVVTDIPEEVCDLTPQRKCSHVTKLVPKLTPVEECVDVPKEICQKTKGNP
Ga0193418_1076011Ga0193418_10760111F000809MGDHVLLDLQEWELILNKMLRYHYNISEDIKQVVQSIRTEMRPELIPLAEEKANYGKLVKTAVREMWGLEYEVDELQSKFSESIGVMDLDNMDVDFIEDMMLKSKPLQSVLNDIRNRQKAKLEEMKNTYGDAIKDLEPMVVKRPATKSTDAKPEENSAETEAAAPADAAPEEPA
Ga0193418_1076280Ga0193418_10762802F022575ATATSNNNNKYNPIIRKIKFIDLNLGPXDPNKVNNKCPATILAARRIDKVIGRIIFLTVSIITIIGIRKAGVPVGTKCAKRLLYXKIIESNILPNHKGNAKVKVNDICLVLVKI
Ga0193418_1076292Ga0193418_10762921F091265KLLLLDSLLQEMRLLFTLALLSPLGFVQGVQQCLYCTSDPDGDFHDYDCAVGSEHINRHQCTLPYTAGCVVFTLTGETGTHTYRDCCHQGTGDRWSCSGLPESYQRKTLKLVQSCDFDDCNMASTKAVPLLTSGHQALPQTQGSGVAKLSSSFFTSIPFIIASCILKQML
Ga0193418_1076405Ga0193418_10764051F001694LKQLTMKLFLVLAAVGAASAASSNAVTCEECQKGAADLVDHLLTPESLGEQAGFLKVLVCPQTPDPAGCEAAVDQWFPDMANCIYTHFVLDGDVCSRLGLCKKMSMFTPRDWTCEECTDILARTADYMSADETIAEGVEYLQGECFCGQAGHSDDCADTVSGIVPLAMPVLAQILNE
Ga0193418_1076671Ga0193418_10766711F000021EIMDDAAQAFLKQKIMDNIHKYFYLIVFTAFMREAACLCKDAASEEDKKNFGLTGGKVSTPADKLKLPKTFVEYMNEHSNLRKVVDEGKGKLQWERDIPADALANLEALAAKDFKGNLGQIIHDIYQTAHGLFKDLPLGDHKKRAKYRFASKTLMRVLPNDLKEEVEGLIDKEAMTM
Ga0193418_1076724Ga0193418_10767241F003008AGGYEESNYEPEYKCHKSHETKCYTTPRTVSSDYCEDREEKVCEKLTEMVPVPVERQNCHDEMKKVCELEEKSQPKQVKKYVYHKECRPVPKTVCDNADQKFLKLNCVPSSRKECSYHPEERCESVPKEHCYQIPYQVKKMECSPTYDSSSSDDYGSSTDEY
Ga0193418_1076922Ga0193418_10769221F021697IRFKMKALVVLVSLATLATVAQSGEVTKMLETLEGYDHFSNMRVFIDQPSCADGNPEDVCNLEGYEFPCCHVHKGTDVKGYITMISEEDTVDNGLITCRVGVGEDYRDSCLEPEFCNGLNTTCPINGPKPVQFNFGWSTDHWGRTHIGSHPETLVLQQSEGETMLKFTLNFKIFDP
Ga0193418_1077206Ga0193418_10772061F038975KFGYRSKQRKIDRTHRNIQEKFSALGLFARERELVRGDDTLRIHVKTFEGLTDIQTALTEIHNHKEIEICRVAAVFSKKNRFQKKGFIVYLKVGSVAEVDSCQRLLKRFGSLRNVAIARAKTSVKEPTSELRTNKPVQISNTIEDFIPEVHIPRRLSATAM
Ga0193418_1077250Ga0193418_10772501F015960APPISIDDLYGLCFLAEPHVRPPVERQPRDMFDTDIRLNEVVIFTNGGLHATKDKVSEDFVRHMFEANVIFFPRDAANKPQEFRDILKSQGGTEELPQLWVQGKLVGSGAELKEFDRVWELCTPARRAWPRDGPKGAYQQGFYNAPGVTESGQVIGSGKQ
Ga0193418_1077333Ga0193418_10773331F000879QSSVNTLITMKTLLVCSVLVAASSAQYLGYPYALGAPLTYTPHVIKPVVKEVEVPVKHITYGVKETGCTNVFGFAVPCLAEGEARRKRSADEEAEVKAAPVLSYAGLPFAGYPYAGYPYAHYPYVAPTYAVAEPKVTEVEIPQIVYKPVEEKIELAPLCHNGAGFAVPCA
Ga0193418_1077376Ga0193418_10773761F004252RNNRKTTRFIMLFIAFQVIIFTIIVDESLGCFNCSPSGRSLTERESGDMDSVHWTFGVCSKDEETCMEERYDGSNITEITGIQLATMHPGSFDFALLESLTFPSVESMNCEELCNCLSCGHGHCSDQEDQDKCPGNESGFICRCANSPSYPHFNTILRDMLSTGNACRQCDN
Ga0193418_1077548Ga0193418_10775481F003008PEYKCHKTHETKCYTTPRTVSSDYCEDREEKVCEKLTEMVPIPVERQNCHDENKKVCEIEERSQPKQVKKYVYHKECRPVPKTVCDNADQKFLKLSCVPSSRKECSYHPEESCENVPKEHCYQIPYQVKKMECSPTYGSSSSDDYGSSGDEY
Ga0193418_1077588Ga0193418_10775881F064388PHSGRASSAMHPGGDHLTRPVMEKIEYLVSHMDGDEDLVCLNEDFEEIYFKLSKEREETYTKVTETIESGQNDGKDVYVTVLEGPRKVGDKIEILQSVTEAKAVNPE
Ga0193418_1077642Ga0193418_10776421F002148TFAEAVRMVVKSGGNWKRPVNRMYTYNFQIGENYYLPMTSYLEGKNSPAVSADLPGPLCFSERISLHPLSGTSVEAYADQSVETIKKTRQVISSM
Ga0193418_1077750Ga0193418_10777501F000692VTHSLTVRMRLLLVCISLSLVPSSLSLCMIQGCNKWWNGGAKTNRKITGACAVLFDENCCKSSKTFHVVAKGEEGKLCGVVSNLNPLSSCQGPRIKDDIESLVVMPGCTLEVWDKRNGLAKAKAEERKSYNAGNYKDSVDRYKRNKLVFSAKQTPHMVEELNDDFNDMNEDIESY
Ga0193418_1077830Ga0193418_10778301F000068QTRYHEHNVEDDVVECETVQEEKCEDVTQGYTTEQKCTKWPKQVCRSEKKQVKKYSPETECKKIPRELCGPSGCELVPGPEECFPKTETVIQEVPEETCNLEPQKECKHVTKLVPLLKPVEECVDIPKEVCSRSRTNPRKVQKPVVKKWCYVPTAESGLA
Ga0193418_1077959Ga0193418_10779591F003008GESNYEPEYKCHKSHETKCYTTPRTVSSDYCEDREEKVCEKLTEMVPVPVERQNCHDENKKVCELEERSQPKQVKKYVYHKECRPVPKTVCDNADQMLLKLSCVPSSRKECSYHPEESCENVPKEHCYQIPYQVKKMECTPTYDSSSSDNYGSSGDEY
Ga0193418_1077988Ga0193418_10779881F025209MNRNERNILRSQGKNWGDGSHEFDQDMFDVDEATCTGDNWGEEIDSWDIVSHDIDEAECGKYKENMRCYCVAYFSLGAMLPPYRPKFLCESC
Ga0193418_1077997Ga0193418_10779971F007075STQGSKMTFWQENYTFIREVYDTRYQKMVEWMDNVEMAIQKVCASKVYTSAEFKREKDNFHSLCKNLERAETKKWLTETLETLMKERAADEQKEEHKKLKLIMERHKGMLPKIQDTLVKTECYWKCYSYGDDLIPIFEFIDDLRNRSVKELVCGSSEQTEEHIEKQDKVLNSLE
Ga0193418_1078064Ga0193418_10780641F000446WSSKDWTAKVDADAVFLPMRLREKLSKVEVTDKGVYLENCKFVKFGFFGNIEVISKTGVATFLANLDNCKSSLNYLGKEEDYGNEQWGEDLFAQRCMDLNGVDKVSAWDVTTDGACEAYRPEGMKKNKKWKPDCSVTLTAAMHPFKKPKDYFECLKQTQR
Ga0193418_1078145Ga0193418_10781451F026785NMLPILLIGCLLQLAAAQDNVDKAAEELKILSKESNLDLSKAFRCGLFFPDPKDPSALPIAPLLIFNATWPAEECPKPDTERHNSFCDEIFSKFTTTLSLSDGSIRKERRAKGITIGDEVCRLLKTDVKAPFVGPKSKKFPKGLEIGMFSSACGSKQKWHFTGMTHGEKVCCRA
Ga0193418_1078284Ga0193418_10782841F029011LRNRLILLLSEDTAGSSVSATGFGFLTFDWIAPPVSDTSVKSDFLHSFDILSKFVVQVVRGHLAVLTVFPVALPVQKPSWDFEVLWVGHDGLDLFHFGFGELTGSFGSVDFGFFQDQVGESSSHTSDSSEGVGDLDVTVDVGVLHSQNVLEVFRVDERHVQRIFLDGCICKFDL
Ga0193418_1078340Ga0193418_10783401F014624TLALVKVVISCYVAVLNQKALKKDTNPFPVQFSALKVSWAATSLGYMLIKDGLMGDGDLFGEWTFRTVVLVFAGFILKTLFNQYLLKVLDAIWKNISEAIGVLLVYFAKVLFLGGTFDASVFNAAFTVILACIAYILSKSANKAKKSDIGDELDPARYPDLQRSLLSASRRRK
Ga0193418_1078414Ga0193418_10784141F001954RPSFYCLIHFYKRSTKMGLKYEPEPKVLTPEEDEEQLIMRRMRNSVDELRRGYRWLDYRMQRVKTKAADSKDIREGIELFEEKVSIRGEPIPFRAYIPKEEVIRYRKDQKAGGRMIYKGCKLNNRSMHNFRPTIGQYTATYNIVYATRVA
Ga0193418_1078436Ga0193418_10784361F003008SNNDGGYGSTAGGYGESSYEPEYKCHKSHETKCYTTPRTVSSDYCEDREEKVCEKLTEMVPVPAERQNCHDEMKKVCELEEKSQPKQVKKYVYHKECRPVPKTVCDNADQKFLKLSCVPSSRKECSYHPEERCESVPKEHCYQIPYQVKKMECSPIYDSSSSEYGSSADEY
Ga0193418_1078513Ga0193418_10785131F021697RFIMKALVVLVSLAALAAVARSGEVTKMLETLEGYDHFSNMRVFIDQPSCADGNPDDVCNLEGYEYPCCHVHKGTDVKGHITMISEEDTVDNGLITCRVGVGEDYRDTCLEPEFCNGLNTTCPINGPKPVQFNFGWSTDHWGRTHIGSHPETLVLQQSEGETMLKFTLNFRIFD
Ga0193418_1078676Ga0193418_10786761F000076PDREIWDEKGGLIKKGAAEIAERDQDHVPEVKVLTTLGMFAVPVTAETTVGEIRQKVQEWKPEYSLEQIELVCKDKDAWGPLFNKTSRPRDDDETVESLWSDWDIPRRMMQVALWIKEKNEETGEWESTFWKMLEESKCDDWSFQGHTI
Ga0193418_1078677Ga0193418_10786771F009535NGPKDADPPLIDPKAAAGAPHEVVFKKRPFGIARYAPGRDGTGAVVMEVTPKSRYPGDPQGQAFVAGVQPSWVVKTVNGVDVTGVKFEDIMELLDDEVLDPVAALSLNLKESGTPTDFSDKSRTADTSYGAVGESTFKFGQGNKADLPITVQYAEQR
Ga0193418_1079014Ga0193418_10790141F001648HTEKTAQHSVIMVPLLLLLSFLGTTQAGFRCTLGEWACTASCVTLGQTSGICDSEGDCICSEKSISLKNLKALLPSRCNLGSGFCEVTCNSIGRKNGTCGTTDAGGSDCKCSDEYLSPSDFALCGAESTCRLDCQRQGLATGQCFGWSCKCQSKDDATLPVELEDLIDPTE
Ga0193418_1079324Ga0193418_10793241F004228PSGGLHLKMAMMNNLLLLSSIFATVPALPPAQPTTTTEASVKSRTNGLINDVKEINLFLNIPKGCDIVYDGLIKQLEGCRSGSNHGDPRLTSGCLLKLDFTHLQQDCANTALFFPVVKAEPTPPEVPCNGTYCPTSGKLIFSGDAGTNVAFPQEQVVQAPRDQVSIGDLLGD
Ga0193418_1079391Ga0193418_10793911F002878HIMKLLLLLVAAAGVAQGAVTCDECQAAAQDFVSHLLTEESLAEQVQIMKDNVCPQLGMDGCEDILDMWYADMATCIFNHFIIEGDACSLAGLCYVRDWTCDECTMLMSGLADYMVQEETITEGVAYLQGDCFCGAEGHTDDCPALVEAVVPLAMPVLAAAVNEKAVEHCQE
Ga0193418_1079403Ga0193418_10794031F036540MGNLCLHTVPVYEARTVAELASRVVEKQGKEPKVGDLEKLLGSSCANEFWLWWRMTDKENRLLFQFLVLTAWLQRAENRGLELDLLVQIRDRFFSDPDKVESAVPFQDIHSKVPSVFSDLDRVLSPTNGVVVSGVL
Ga0193418_1079531Ga0193418_10795311F076845MGKWLGLTILLCTIGLASAVVEFENLCSGSARCCGTGMHTPFPNGSYTGVNDHLYTIYDPRDDSEETWDYWRVICKTSMGPSGLPGKLVVLESRTELDCLIEFINDQFDNPTKLSKYAMGLKGKTTQNKGIFKWEGVSSTSADFDAATPSWSNW
Ga0193418_1079549Ga0193418_10795491F061513VLLVLSQLAWTASAQQKEITDEQLKLINTANNLDLNQAFRCGLFFPPEVEGQLPIAPLFIFNASFPAEECPTDDSERFIGFCHSIWEKILKYIVYTNPSLKKEKAAKGVTLGDDICGVVKEKVKAPFVGKKSRKFPKGLQIGMYTNSCGSDSWLDTQDRHPQRICCSKGKLA
Ga0193418_1080040Ga0193418_10800401F000068EDGIVSCETVVDEKCEDETSGYTTNTKCSKWPREVCSVSKKNVKKYTPITGCTKEPRELCAPAGCGFSQGAEECYDKTQTIVQDAPKEQCSLEPQRVCRHVTKLVPKLSPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYIPSLESGLA
Ga0193418_1080345Ga0193418_10803451F045527CWADMPSCTPAHSCQEIGYPALLKITVQTYDCTNCNTASEGGLELVLNDNTDLTCSSGQLDNKEQIDYKNGMLAEFMAAEDDGLAGCEYANLNFHVTSGTAKWTGEGTWTKGGATKPLCFYYYDPAQEFYLIHNCCDLQDDALTTGKMTSLVNCVVCAGDNCQPAL
Ga0193418_1080469Ga0193418_10804691F000073MREAAVAAREVIEADKKGEVALPASGKCSIPAKDLKISKKFTEYMEENNWMRAMVDTGKGNLQWERDIPQEALNNLENLAKTDFKGNLGKIIHDIYQTAHLMFNDMPQGDHKKRAKYRFASKTLMRILPEANKKEVEGLIEKGSMTLDLYEILGTCTWQKPQ
Ga0193418_1080534Ga0193418_10805341F100318WSPVAYSAADCVATQWEKTDSDGNKTVVNENQELLDDWRSADLMGGGAKAKAEFHFFQRAFKLIRRFDESEEGHECAVVGSTKEEILVAKKYKTVWVVMMAPLVKSKKEKGYTKAPLAYNAACKAMFDAADEEEF
Ga0193418_1080967Ga0193418_10809671F000085PACQEQNKVIRNAGQALFTNLQGYGATIGCFLDDCMSSDKFVASEIESCAKVCISVPECEYWVWGTEEGEQKCWFRTGDAGREDGEGWVSGHKGCYPPGSTAMVMGNDECWAEGFGYNECCDAKYGPNGNAQCWDGVYNYDRCCFPKEEL
Ga0193418_1081044Ga0193418_10810441F043762SSNLDPTADTMIAKLTGLFCLLALASASNNIHRVEVFTSDCFQCGMSVLGKISLEVYGSGGRYCNTGLLDNVGSDDFNRGTISTFSGSTIGNCNNYDLGTTRNDVSMKITHSGTDGGKFDWVKVYSDMGHYECMFSSNIDNGQSETGHACKWSQ
Ga0193418_1081049Ga0193418_10810491F043762DNRTATRLDTMIAKLTGLFCLLALASASNNIHRVEVYTSDCFQCGMSVLGKISLEVYGQGGRYCNTGLLDNVGSDDFNRGTISTFSGSTIGNCNNYDLGTTRNDVSMKITHSGTDGGKFDWVKVYSDMGHYECMFSSNIDNGQSETGHACKWSQ
Ga0193418_1081072Ga0193418_10810721F021470LLTLFAMACQCRAMNPSKTDAVGEALRALEVAIRGTRNPEFIQPHQRRAAPRKIPRLEDIGDTEYLDFPEEPPILQDLYRSPSKRYLGIEIPDYVSGPSKGSLLKTISNRMKEAGKRK
Ga0193418_1081077Ga0193418_10810771F000406EEKQVVWKQMILNFMERYFYLICFATYAKENGPEGFQKSFVQWMDEHKELRLMIEEGKDKLEWYRQVDPAKLNTLKELINAPNYKENMATLIRTIYEFAFLTYADLPRGPIKNNSMRKLAAKTLLEILPPDIAANVQKKLDEQNASPDFVTLVGLVSYYGQEQEA
Ga0193418_1081082Ga0193418_10810821F082096KYFLAFTLCLSVIGAKSTSKKDQNLKALNFHIDDHTPDQVLNEGQTLTLECRVKTDLIDGNDDWKTCRWTRASDGATCLYEYKKVQDSIINSHWEIEEFCEPGLSDAIYFGSDPNVENHICGIEFLSADEMDNSDWKCTMEECKTVAFGGCSANNGNGNYVEATMNVKV
Ga0193418_1081304Ga0193418_10813041F042725TATAETAQLPPVTTACPCAQELRNSVAMEAEKKAAALKAAALVDKPPHALIAVNIDSKEAELSWLGSWLVYFLVATVEIIISAANTTFNQILFPCFNKADGKMNEQAVVVEKSIKDKIQKALNRCTIGPPNHLVPHPVTKERSTAGQVWSGGVKG
Ga0193418_1081561Ga0193418_10815611F043762SRTSTRTDTMIAKLTGLFCLLALASASNNIHRVEVFTSDCFQCGMSVLGKISLEVYGQGGRYCNTGLLDNVGSDDFNRGTISTFSGSTIGNCNNYDLANTRNDVAMKITHSGTDGGKFDWVKVYSDSGHYECLFSSNIDNGQSETGHSCKWSF
Ga0193418_1081819Ga0193418_10818191F002590SLTMKVVAALVTIALHQAAADWSGSGEFSCYGHVSTDVTSPEGGDHLGEGTLNCNIIEWGGGPLGPEAMFFKPNGGAEFEIWAWDYHDWDSEHWPMPYATCEGQIWYKRDDMGAGYCTPHQTEKGFTGCGYGHCVGDIVCIGC
Ga0193418_1081971Ga0193418_10819711F000021MDNIHKYFYLIVFAGYMREASVAAREAIEADKKSAVALPSSGKCSIPAKDLTIGSSFVDYMAANSWMRELCEAGKGNLQWERDIPPAALTNLENLAKNDFKGNLGQIIHDIYQTAHLMFNDMPQGDHKKRAKYRFASKTLMRILPAAQRTEVEGLIEKGAMTLDLYEIL
Ga0193418_1082082Ga0193418_10820821F096579KEMISKRLLCLLSTLMAVALVNSKSADLVRRINKASIDVCLEGWLRGEASIIGAHADQENFYFEWVPTGDRYPFAEFPAFYNQFKGDALERTGWYNVTFYNFIQWEEGTQLYESAQWVVDGYDSGDYTLLVDDGLLKWGRTQKLPYLTGETFKSKEICNKDDRICKTA
Ga0193418_1082252Ga0193418_10822521F007155QSFSVHYLRFLTTSIKMSCPVNTFNKSKEDFIWFVKRAVTDKKSYSHSELYHSLLKLFVDADTNRDGLVSKASFSKLIDAAAAMPRAYGYAPEDSALYKTEAEKDAARQKMFESMDLKSTGVITFDEWLKFCQEHIAAKTATMDPHPIIDHGSVDDYKKFIKAAMASP
Ga0193418_1082303Ga0193418_10823031F004252RNNRKTTRFIMLFIAFQVIIFTIIVDESLGCFNCSPSGRSLTERESGDMDSVHWTFGVCSKDEETCMEERYDGSNITEITGIQLATMHPGSFDFALLESLTFPSVESMNCEELCNCLSCGHGHCSDQEDQDKCPGNESGFICRCANSPSYPHFNTILRDMLSTGNACR
Ga0193418_1082415Ga0193418_10824151F000577KVEFCHTPLICDGEGPVECKTVYESQCETRYHEHDVEDDVVECETVQEEKCEDVTQGYTTEKKCTKWPKQVCTKQKANVKKYSPETECKKVPRELCGPSGCELKPGPEECFPKTETVVSEVPEETCNLEPQKECKHVTKLVPLLKPAEECVDIPKEVCSRSRTNPRKV
Ga0193418_1082436Ga0193418_10824361F073038WNYDWLKLIAMRIDAERTPLMVLRRQLWMARMEYWVRRFYARKAVNNAAKVEWAYIKERMAQPMTWTGRDLQHAALWLLNVAAFFSIGEMVSRQYLYGYPVATPEWAPSKPKFVPGFYHVYDPFENYPFDNQPNYITKQFQRSGWWHNAAENYWAPHRIVAGFPHG
Ga0193418_1082572Ga0193418_10825721F078185MGGTIRLWHPKWFSRYIWGGIASIQLMGFMADQHVGVNRQKNPEILWPWWHEIMRKKENGEIPMNMPGYMLCKYRNEPEERWTAERESEFGEFMGALNDDE
Ga0193418_1082688Ga0193418_10826881F006688MYDIPSGDFTFYYLELALEAKLQRKVTQLKEILSRSKGQIQYDWKNVQYIQSKEQFIDWKRSMGGLKRGRRPDGPRECLDTFKAYEMAEEDLKDEARTKVTTRTVHERTWYTPEAWEHGGLRIKNEFKEEMEEGMGGASAAKRVKTEAG
Ga0193418_1082814Ga0193418_10828141F054550KQTHPDLTMMSQVLASLLSLIAVSRGQGGFVIPGASTGGAGFTGVCNEPCYDTGNCPSACAMGTYNVGTPNMDCSAIGSCAQSTFNVNGGMNSIKFGHQYAGWGATFNFNGGKIIAIECGSGMCSGVTFNVGASADISDLKCDEYAGCGSGCQYCNGGQCQDCYNVA
Ga0193418_1082852Ga0193418_10828521F024713LLPMRQLPAWFAVLSVGLVRAGIDIPRDDCEWRAGDLGNMANRCDGDQLAVGACGSGFNNDCPGGTFTLVECCRVPEFYYGMCEVRGGTWGELLSCPDIHTGQGHLLEGVCESGSNYACNGHASEVECCQGHYQGQTVGSTGQCSWMFTGGFGSILECGRSDEVVMG
Ga0193418_1083148Ga0193418_10831481F024237MLTLLVTVGLSSFAAAQLPDHLKALCPAYPNCDNALLAEYDKIYKASTLSAPAGGPQAPVSNSNELPCANYPFCDVNHAALAQGVPCANFPNCDVHHVAIAQRGKRQAATPVTPGNIPGLVQGSAAAAQWWTAQLIHQGQLAHHVSKRQAATPVTPGNIPG
Ga0193418_1083213Ga0193418_10832131F000276VIVASLFVASHAKFCPGEENDNKCAAKDNSYKCAVFFENLTPNRPLTWIGALPDALKKAKNQDEVEEILGENVTEESFEQLDDCSTVTANARCYAILQRTKSIRLDSCDRNLINTRGSETVGDFLCGQVRRWKRRDADFKANGIRNLKLPFFYSACNGDWERITEG
Ga0193418_1083217Ga0193418_10832171F091322MSAAAAAKTFPRVVSNNLVTRSAFLSYSRYLAFGFGYFYAFWKLIYLQAYVDSEDQKKLAQLRDAEVSMNTLRGVTFHAPQIWDPEYTELQMRFRDCYPDFYLHPNDEFVYQVSRGKQKEAQVKEALHSEAVAFLKEWRAAEGK
Ga0193418_1083450Ga0193418_10834501F000235MKLFVAAALLVSAVSAFSINGKEELIKKFGEKNIKFGQNVKTDFCNQCMEITVSSTGGTQEHQPQRLGTYTVDGSVWENMVPFWKSSNNQYITPDPMSNPIMYYLKWVVSEMVGGFNAGVMNDAYVDGYNCPYEIPDQWQYEYQRQWYIDPTLKFTCTKTRAQWEE
Ga0193418_1083491Ga0193418_10834911F104399ALQVEVRDKTIPILSWAYGSGTQLDPDYNTRIYVHFTEFGGCGYLAFFCGGFEPENEFLYEPRNEDYVDYGDDPYLNYQIAETDYENYSLVISCHNVVVDGVDMHVEVVYILTRTRTWGPENPVKVQELLSIPANLGLQIDNMIETKQTDCEKYDLP
Ga0193418_1083565Ga0193418_10835651F059994TIGDADIVILDANTGKVVHNVHVNQKIRKLLAIGSRFAVLLLPFVDNKYKNLAVVDLARREIVGGATVPHSRASTPDFSQVSLGDNCWLDGLNDDVTTGLVACLALADSSIQIVTWERPEEGPARCNSPGKHGLFVTGSSW
Ga0193418_1083693Ga0193418_10836931F007155MSCPVNTFNKSKEDFIWFVKRAVNDKKSYSHSEMYHSLLKLFVDADTNKDGLVSKASFSKLIDDAAAMPRAYGYAPADSELYKTEAEKDASRQKMFDSMDLKATGVITFDEWLKFCQEHIAAKTATMDPHPIIDHGSVDDYKKFIKAAMASP
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