NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
x
This website uses cookies to improve user experience. By using NMPFamDB you consent to all cookies in accordance with our privacy policy. OK
Sample 3300018518

3300018518: Metatranscriptome of marine eukaryotic protist communities collected during Tara Oceans survey from station TARA_132 - TARA_N000002416 (ERX1782323-ERR1711987)



Overview

Basic Information
IMG/M Taxon OID3300018518 Open in IMG/M
GOLD Reference
(Study | Sequencing Project | Analysis Project)
Gs0117946 | Gp0217131 | Ga0193462
Sample NameMetatranscriptome of marine eukaryotic protist communities collected during Tara Oceans survey from station TARA_132 - TARA_N000002416 (ERX1782323-ERR1711987)
Sequencing StatusPermanent Draft
Sequencing CenterCanada's Michael Smith Genome Sciences Centre
Published?N
Use PolicyOpen

Dataset Contents
Total Genome Size15799454
Sequencing Scaffolds161
Novel Protein Genes194
Associated Families148

Dataset Phylogeny
Taxonomy GroupsNumber of Scaffolds
All Organisms → Viruses → Predicted Viral2
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 affinis20
All Organisms → cellular organisms → Eukaryota → Opisthokonta4
Not Available100
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda6
All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → Mamiellophyceae → Mamiellales → Mamiellaceae → Micromonas → Micromonas commoda1
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 pacifica2
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 californicus9
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Deuterostomia → Chordata → Cephalochordata → Leptocardii → Amphioxiformes → Branchiostomidae → Branchiostoma → Branchiostoma floridae2
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 salmonis6
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea2
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Branchiopoda → Phyllopoda → Diplostraca → Cladocera → Anomopoda → Daphniidae → Daphnia → Daphnia pulex1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea1
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Saprolegniales → Saprolegniaceae → Saprolegnia → Saprolegnia parasitica1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Acari → Parasitiformes → Ixodida → Ixodoidea → Ixodidae → Ixodinae → Ixodes → Ixodes scapularis1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Hymenoptera → Apocrita → Aculeata → Apoidea → Apidae → Apinae → Apini → Apis → Apis mellifera1

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 biomemarine water bodysea water
Earth Microbiome Project Ontology (EMPO)Free-living → Saline → Water (saline)

Location Information
LocationNorth Pacific Ocean: TARA_132
CoordinatesLat. (o)31.5213Long. (o)-158.9958Alt. (m)N/ADepth (m)5
Location on Map
Zoom:    Powered by OpenStreetMap ©


Associated Families

FamilyCategoryNumber of Sequences3D Structure?
F000021Metagenome / Metatranscriptome6082Y
F000048Metagenome / Metatranscriptome3365Y
F000049Metagenome / Metatranscriptome3277Y
F000051Metagenome / Metatranscriptome3266Y
F000073Metagenome / Metatranscriptome2639Y
F000075Metagenome / Metatranscriptome2622Y
F000086Metagenome / Metatranscriptome2462Y
F000119Metatranscriptome2105Y
F000139Metatranscriptome1948Y
F000158Metagenome / Metatranscriptome1864Y
F000276Metatranscriptome1390Y
F000287Metatranscriptome1370Y
F000306Metagenome / Metatranscriptome1332Y
F000371Metagenome / Metatranscriptome1220Y
F000480Metatranscriptome1090Y
F000608Metatranscriptome991Y
F000685Metatranscriptome937Y
F000717Metatranscriptome923Y
F000879Metagenome / Metatranscriptome850Y
F000946Metatranscriptome824N
F001067Metatranscriptome787Y
F001119Metatranscriptome772Y
F001267Metatranscriptome734Y
F001410Metatranscriptome701N
F001556Metatranscriptome671N
F001865Metatranscriptome624Y
F002147Metatranscriptome589N
F002148Metatranscriptome589Y
F002366Metatranscriptome566Y
F002590Metatranscriptome545N
F002762Metatranscriptome531N
F002829Metagenome / Metatranscriptome527Y
F002878Metatranscriptome523N
F003184Metatranscriptome502Y
F003503Metatranscriptome482N
F003903Metatranscriptome462N
F003946Metatranscriptome460Y
F004000Metagenome / Metatranscriptome457Y
F004094Metagenome / Metatranscriptome453Y
F004135Metatranscriptome451Y
F005140Metatranscriptome410Y
F005303Metagenome / Metatranscriptome405Y
F005378Metatranscriptome402N
F005448Metatranscriptome400N
F005532Metatranscriptome397N
F005554Metatranscriptome396N
F006052Metagenome / Metatranscriptome382Y
F007100Metatranscriptome357N
F007155Metatranscriptome356Y
F007564Metatranscriptome348N
F007680Metatranscriptome346Y
F007792Metatranscriptome344N
F008118Metatranscriptome338N
F008350Metatranscriptome334N
F008474Metatranscriptome332Y
F008862Metatranscriptome326N
F009211Metatranscriptome321N
F009666Metatranscriptome314N
F009881Metatranscriptome311N
F010030Metatranscriptome309Y
F010073Metatranscriptome308N
F011083Metagenome / Metatranscriptome295N
F011733Metagenome / Metatranscriptome287Y
F011992Metatranscriptome284N
F012568Metatranscriptome279Y
F014227Metatranscriptome264N
F015300Metatranscriptome255N
F016110Metatranscriptome249Y
F016357Metagenome / Metatranscriptome247Y
F019143Metatranscriptome231Y
F019777Metatranscriptome227N
F021044Metatranscriptome220Y
F021235Metatranscriptome219N
F021993Metagenome / Metatranscriptome216N
F022344Metatranscriptome214N
F023529Metatranscriptome209Y
F023779Metatranscriptome208Y
F028079Metatranscriptome192N
F028412Metatranscriptome191N
F029322Metatranscriptome188N
F029979Metatranscriptome186N
F030053Metatranscriptome186Y
F032138Metatranscriptome180Y
F032526Metagenome / Metatranscriptome179N
F033680Metatranscriptome176N
F033816Metatranscriptome176N
F034810Metatranscriptome173N
F035637Metatranscriptome171N
F036079Metatranscriptome170N
F038531Metatranscriptome165N
F038977Metatranscriptome164N
F039468Metatranscriptome163N
F039934Metatranscriptome162N
F039936Metatranscriptome162Y
F039938Metatranscriptome162N
F040452Metatranscriptome161N
F040457Metatranscriptome161N
F041572Metatranscriptome159N
F041579Metatranscriptome159N
F043208Metatranscriptome156N
F047470Metatranscriptome149N
F047472Metatranscriptome149N
F049398Metatranscriptome146N
F049565Metatranscriptome146N
F050128Metatranscriptome145Y
F050135Metatranscriptome145N
F051681Metatranscriptome143N
F053774Metatranscriptome140N
F055401Metatranscriptome138N
F058655Metatranscriptome134N
F059045Metagenome / Metatranscriptome134Y
F059046Metatranscriptome134N
F064263Metatranscriptome128Y
F065401Metatranscriptome127N
F067382Metatranscriptome125N
F068411Metatranscriptome124N
F068416Metatranscriptome124N
F068484Metagenome / Metatranscriptome124Y
F070849Metatranscriptome122N
F073045Metatranscriptome120Y
F075640Metatranscriptome118N
F078034Metatranscriptome116N
F078175Metatranscriptome116N
F078196Metatranscriptome116N
F078793Metatranscriptome116N
F079563Metatranscriptome115N
F081237Metatranscriptome114N
F085103Metatranscriptome111N
F085738Metatranscriptome111N
F086547Metatranscriptome110N
F086568Metatranscriptome110N
F088945Metagenome / Metatranscriptome109N
F089816Metatranscriptome108N
F089917Metatranscriptome108N
F090434Metatranscriptome108N
F093138Metagenome / Metatranscriptome106N
F096540Metatranscriptome104N
F096579Metatranscriptome104N
F097456Metatranscriptome104N
F099150Metatranscriptome103N
F100306Metatranscriptome102N
F100309Metatranscriptome102Y
F100321Metatranscriptome102N
F100329Metatranscriptome102N
F101224Metatranscriptome102N
F102473Metatranscriptome101N
F102478Metatranscriptome101N
F104409Metatranscriptome100N

Associated Scaffolds

ScaffoldTaxonomyLengthIMG/M Link
Ga0193462_100043All Organisms → Viruses → Predicted Viral2509Open in IMG/M
Ga0193462_100155All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis2041Open in IMG/M
Ga0193462_100270All Organisms → cellular organisms → Eukaryota → Opisthokonta1783Open in IMG/M
Ga0193462_100309Not Available1722Open in IMG/M
Ga0193462_100389All Organisms → cellular organisms → Eukaryota → Opisthokonta1633Open in IMG/M
Ga0193462_100602Not Available1481Open in IMG/M
Ga0193462_100616Not Available1475Open in IMG/M
Ga0193462_100636All Organisms → cellular organisms → Eukaryota → Opisthokonta1462Open in IMG/M
Ga0193462_100769Not Available1385Open in IMG/M
Ga0193462_100851Not Available1342Open in IMG/M
Ga0193462_100853All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1340Open in IMG/M
Ga0193462_100911All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1313Open in IMG/M
Ga0193462_100932All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1303Open in IMG/M
Ga0193462_100941Not Available1296Open in IMG/M
Ga0193462_100987Not Available1279Open in IMG/M
Ga0193462_101260All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1184Open in IMG/M
Ga0193462_101287Not Available1173Open in IMG/M
Ga0193462_101309All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda1165Open in IMG/M
Ga0193462_101413Not Available1139Open in IMG/M
Ga0193462_101486All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → Mamiellophyceae → Mamiellales → Mamiellaceae → Micromonas → Micromonas commoda1121Open in IMG/M
Ga0193462_101618Not Available1091Open in IMG/M
Ga0193462_101623Not Available1089Open in IMG/M
Ga0193462_101636Not Available1086Open in IMG/M
Ga0193462_101684Not Available1076Open in IMG/M
Ga0193462_101757All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis1061Open in IMG/M
Ga0193462_101810All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica1051Open in IMG/M
Ga0193462_101881Not Available1037Open in IMG/M
Ga0193462_101945All Organisms → Viruses → Predicted Viral1023Open in IMG/M
Ga0193462_102020All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus1006Open in IMG/M
Ga0193462_102070Not Available998Open in IMG/M
Ga0193462_102115Not Available989Open in IMG/M
Ga0193462_102126Not Available988Open in IMG/M
Ga0193462_102162All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus979Open in IMG/M
Ga0193462_102329All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae951Open in IMG/M
Ga0193462_102334All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Deuterostomia → Chordata → Cephalochordata → Leptocardii → Amphioxiformes → Branchiostomidae → Branchiostoma → Branchiostoma floridae951Open in IMG/M
Ga0193462_102341Not Available949Open in IMG/M
Ga0193462_102450All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda933Open in IMG/M
Ga0193462_102560All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda914Open in IMG/M
Ga0193462_102584All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus910Open in IMG/M
Ga0193462_102590Not Available909Open in IMG/M
Ga0193462_102618Not Available906Open in IMG/M
Ga0193462_102640All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus903Open in IMG/M
Ga0193462_102644Not Available903Open in IMG/M
Ga0193462_102826All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Deuterostomia → Chordata → Cephalochordata → Leptocardii → Amphioxiformes → Branchiostomidae → Branchiostoma → Branchiostoma floridae881Open in IMG/M
Ga0193462_102885All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus874Open in IMG/M
Ga0193462_102935All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis866Open in IMG/M
Ga0193462_102940Not Available866Open in IMG/M
Ga0193462_102994Not Available859Open in IMG/M
Ga0193462_103079All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis849Open in IMG/M
Ga0193462_103089Not Available847Open in IMG/M
Ga0193462_103145Not Available841Open in IMG/M
Ga0193462_103204Not Available834Open in IMG/M
Ga0193462_103210All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis833Open in IMG/M
Ga0193462_103240Not Available829Open in IMG/M
Ga0193462_103318Not Available819Open in IMG/M
Ga0193462_103420All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis807Open in IMG/M
Ga0193462_103442Not Available804Open in IMG/M
Ga0193462_103451Not Available803Open in IMG/M
Ga0193462_103465Not Available802Open in IMG/M
Ga0193462_103483Not Available799Open in IMG/M
Ga0193462_103496All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis798Open in IMG/M
Ga0193462_103554All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis793Open in IMG/M
Ga0193462_103606All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis788Open in IMG/M
Ga0193462_103645Not Available785Open in IMG/M
Ga0193462_103649All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis785Open in IMG/M
Ga0193462_103672All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea781Open in IMG/M
Ga0193462_103683Not Available780Open in IMG/M
Ga0193462_103741Not Available774Open in IMG/M
Ga0193462_103789All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus770Open in IMG/M
Ga0193462_103824All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis766Open in IMG/M
Ga0193462_103873Not Available761Open in IMG/M
Ga0193462_103912All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis758Open in IMG/M
Ga0193462_103947All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea755Open in IMG/M
Ga0193462_104068All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis745Open in IMG/M
Ga0193462_104077Not Available744Open in IMG/M
Ga0193462_104089Not Available742Open in IMG/M
Ga0193462_104097Not Available741Open in IMG/M
Ga0193462_104134All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Branchiopoda → Phyllopoda → Diplostraca → Cladocera → Anomopoda → Daphniidae → Daphnia → Daphnia pulex738Open in IMG/M
Ga0193462_104162All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis736Open in IMG/M
Ga0193462_104246Not Available728Open in IMG/M
Ga0193462_104259Not Available727Open in IMG/M
Ga0193462_104288Not Available725Open in IMG/M
Ga0193462_104357Not Available719Open in IMG/M
Ga0193462_104404Not Available715Open in IMG/M
Ga0193462_104631Not Available700Open in IMG/M
Ga0193462_104696Not Available695Open in IMG/M
Ga0193462_104744Not Available691Open in IMG/M
Ga0193462_104747Not Available691Open in IMG/M
Ga0193462_104810Not Available687Open in IMG/M
Ga0193462_104885Not Available681Open in IMG/M
Ga0193462_104925Not Available679Open in IMG/M
Ga0193462_104937Not Available678Open in IMG/M
Ga0193462_105000All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis674Open in IMG/M
Ga0193462_105066Not Available669Open in IMG/M
Ga0193462_105072Not Available668Open in IMG/M
Ga0193462_105157Not Available662Open in IMG/M
Ga0193462_105193Not Available660Open in IMG/M
Ga0193462_105273Not Available654Open in IMG/M
Ga0193462_105289All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus653Open in IMG/M
Ga0193462_105366Not Available648Open in IMG/M
Ga0193462_105367All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis648Open in IMG/M
Ga0193462_105417Not Available645Open in IMG/M
Ga0193462_105444Not Available643Open in IMG/M
Ga0193462_105505All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea639Open in IMG/M
Ga0193462_105511All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis639Open in IMG/M
Ga0193462_105524Not Available638Open in IMG/M
Ga0193462_105533Not Available637Open in IMG/M
Ga0193462_105566Not Available635Open in IMG/M
Ga0193462_105580Not Available634Open in IMG/M
Ga0193462_105598Not Available633Open in IMG/M
Ga0193462_105604Not Available633Open in IMG/M
Ga0193462_105677Not Available628Open in IMG/M
Ga0193462_105690All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis627Open in IMG/M
Ga0193462_105766Not Available623Open in IMG/M
Ga0193462_105801Not Available621Open in IMG/M
Ga0193462_105870All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis617Open in IMG/M
Ga0193462_105909Not Available614Open in IMG/M
Ga0193462_105941Not Available612Open in IMG/M
Ga0193462_105970All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Saprolegniales → Saprolegniaceae → Saprolegnia → Saprolegnia parasitica611Open in IMG/M
Ga0193462_106002Not Available609Open in IMG/M
Ga0193462_106014Not Available608Open in IMG/M
Ga0193462_106198Not Available598Open in IMG/M
Ga0193462_106219Not Available597Open in IMG/M
Ga0193462_106241Not Available596Open in IMG/M
Ga0193462_106256All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis596Open in IMG/M
Ga0193462_106265All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus595Open in IMG/M
Ga0193462_106371Not Available589Open in IMG/M
Ga0193462_106457All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis585Open in IMG/M
Ga0193462_106472Not Available585Open in IMG/M
Ga0193462_106603Not Available578Open in IMG/M
Ga0193462_106653Not Available576Open in IMG/M
Ga0193462_106688Not Available574Open in IMG/M
Ga0193462_106746Not Available571Open in IMG/M
Ga0193462_106763All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis570Open in IMG/M
Ga0193462_106768Not Available570Open in IMG/M
Ga0193462_106790Not Available569Open in IMG/M
Ga0193462_106797Not Available569Open in IMG/M
Ga0193462_106845All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica566Open in IMG/M
Ga0193462_106921Not Available563Open in IMG/M
Ga0193462_106961All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus562Open in IMG/M
Ga0193462_107018Not Available559Open in IMG/M
Ga0193462_107083All Organisms → cellular organisms → Eukaryota → Opisthokonta556Open in IMG/M
Ga0193462_107084All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Acari → Parasitiformes → Ixodida → Ixodoidea → Ixodidae → Ixodinae → Ixodes → Ixodes scapularis556Open in IMG/M
Ga0193462_107085Not Available556Open in IMG/M
Ga0193462_107308Not Available546Open in IMG/M
Ga0193462_107405All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida542Open in IMG/M
Ga0193462_107498Not Available538Open in IMG/M
Ga0193462_107552Not Available536Open in IMG/M
Ga0193462_107702Not Available530Open in IMG/M
Ga0193462_107753All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Hymenoptera → Apocrita → Aculeata → Apoidea → Apidae → Apinae → Apini → Apis → Apis mellifera528Open in IMG/M
Ga0193462_107824Not Available525Open in IMG/M
Ga0193462_107827Not Available525Open in IMG/M
Ga0193462_107843Not Available524Open in IMG/M
Ga0193462_107851Not Available524Open in IMG/M
Ga0193462_107852Not Available524Open in IMG/M
Ga0193462_107897Not Available523Open in IMG/M
Ga0193462_108025Not Available518Open in IMG/M
Ga0193462_108101Not Available515Open in IMG/M
Ga0193462_108124All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis514Open in IMG/M
Ga0193462_108292All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis507Open in IMG/M
Ga0193462_108393All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda504Open in IMG/M

Sequences

Scaffold IDProtein IDFamilySequence
Ga0193462_100043Ga0193462_1000431F050135MGSAILAALGCILLLVTQTLPRLLTTQHRLKMKLLCLLLSALTISCAYGGVVREDDLVDMIQGVMADPDAYASAMGMVRNKRSAWDREFNLEKMGFNFRIKYQDPANRKKGGKAEIEFKDVRKFFRGIPAKSLKLVVNADSGAKFGDGLFDISVDYEVGFLFGGQDSGNFKINRQKEGDFYKLNLDFMSNSQNNPDRPPTAKLELKGDYKSRTDGKFHFNDFKKPAMDYSWFVDFDNNGLLKGEFKGEKTYTFEGQYDQANKKVDVVIDVAGQKYHGFADVDFDGTQGMFKINFDLGPAGKFDFEFKSKKDMSDASVKMFLNNKDIFSAKLKGKMDKAPKEFMQEVRWTGAFVGDGKMRVAYKRFHELKVQYLPKNGMTFEMVFDREAATNSLNFRSTATYNNEKEFEVVSKVTPVNEAEIGYDAKMDWFMRDRNPFYRMFYQMNCLHCLRSFNLDSKLRMNKAKLYKFDFEINSVNEDGSKTKEVYMTTKDKYYAKFSQHFLEEMAATFDLRTTRFNDFEVEGEWNKGKFFKVTTNREWFKNFKIENMDGYMRKVEFNGKELMKAGFEKAGKQIKQTVEMPDGTKVDTVLTWETDNYYKNKAKFSLKRDNGNFMDNEFEWDVQQDYSNMNIKAKTTGEHHEFGKFDVSRDYTYKHTGASEELRLKGKTNIPNSPFPENFETELEAVYKKYDDFNFGAYTYVAGEKMGIKFDAKHGMNWF
Ga0193462_100090Ga0193462_1000901F000158KTAKMTFWQENYQFIKEVYEMRHTKMAEWMENVEKSISRIMADKVYTSSEFKRERDNFHALCKDLERADIKKWLKTILEILMAERSKEERTGQTSRLDDLIAKHENLIPTVLTTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLNQLESKRSIVFELIEKGKKLLENPDKPKFLDSHVSRIKEGWDITKEKAVARLELLNNTKAAWEGYYAGLENIAVEFEKAEEEIKKVKKRFHLENAKEDLAKRQKIFADTKNVIDTMYNGIQKDYDCMTLTLPDDKKDFVKKEVKAVSDKLEVVGRFKEKVDKIDEYVSQLNAFDVTLKTIDKWMKEADANLDQIKNHSHKMTPEDRVSCTMELQEDVSEKVEIIKKAITDEVDLLPQGDEVPKDAKDFKDELKRIDDYVTDLQARTMKTCEQFSEDVKYWAEYKTGIREFRPWLESSEEKAKGGLSKPSTLDEANAMFANVNNFDQSCLKHLKILENAETASLKMTTHKEADDEVKELKERYSKVKVVSDEWMKKADTLVKEWKLLDNTVNELNSWVAKDRGAETEQNFSLEKMESTLGELKNIFKEKERLVENL
Ga0193462_100120Ga0193462_1001202F000158KTAKMTFWQENYQFIKEVYEMRHTKMAEWMENVEKSISRIMADKVYTSSEFKRERDNFHALCKDLERADIKKWLKTILEILMAERSKEERTGQTSRLDDLIAKHENLIPTVLTTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLNQLESKRSIVFELIEKGKKLLENPDKPKFLDSHVSRIKEGWDITKEKAVARLELLNNTKAAWEGYYAGLENIAVEFEKAEEEIKKVKKRFHLENAKEDLAKRQKIFADTKNVIDTMYNGIQKDYDCMTLTLPDDKKDFVKKEVKAVSDKLEVVGRFKEKVDKIDEYVSQLNAFDVTLKTIDKWMKEADANLDQIKNHSHKMTPEDRVSCTMELQEDVSEKVEIIKKAITDEVDLLPQGDEVPKDAKDFKDELKRIDDYVTDLQARTMKTCEQFSEDVKYWAEYKTGIREFRPWLESSEEKAKGGLSKPSTLDEANAMFANVNNFDQSCLKHLKILENAEAASLKMTTHKEADDEVKVLKERYAKVKVVSDEWMKKADTLVKEWKLLDNTVNELNSWVATDRGAETEQNFSLEKMESTLGELKNIFKEKERLVENL
Ga0193462_100146Ga0193462_1001461F000158IKKHEDLIPTVSKTQVKVDLYWKCYAFGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLTQLETKRSIVQDLITKGKQLMENPDKPKFLDGHVGRIKEGWDETKNKASARLELLYNTKAAWEGYATGLETIVVEFEKGEEEIKKVKKRFNLDAAKDDLAKRKGIFNDTKNTIEGMFGEIQHNYDVMTMTLPEDKKDFVKKEVKAIQDKLEVVSRFKEKVDKIDEFVASLDNFDKTLKMVDSWMKEADNQLNDIKNNSDTMTPEDRVSCTMELQEDVTAKVDIVVAAIKTENDLLPQGDQVPKDAQDFKDELKRINDYVTDLQKRVMTECEHFSEDVKYWAEYKTGIRGFKPWLEASETRTGGGLSKPQTLDEANAMFANVNDFDQGCLKHLTILLNAETAANKMTTHKEADVEVAGLKERYNKVKGVSDEWMKKADTLVKEWKLLDNTVNELNSWVAQDRGAEQEQNFSLEKMESTLGELKNIFKEKERLVDNL
Ga0193462_100155Ga0193462_1001551F010073DITWDIVRQPGKSIKAIIVRGGVTSTIEGTLNRSGQDMDIIIKADIRGVKYDGKISVKSASDKTNVVVDIKKGSESVVQLKSEVQVKGTKFRLRSKYSIMGGKVAQGDFKANYQNNKLTFEAPPYKLEVELHLGRSIKVEASKNGESMWTYETLREDKSNPNAIVWEANSKMTLNPASKLHKFIQDNYPFGAFQTRTNNFKLFIDRHNRNFLLRKFKINFDVVKDGNKVIDISGNTVDAPYQFSASAPNLFERLNIAQNPLTMTINHQRGSFLIIDTNIAGGMKLDAKQSPNAGTGGRNIDIVATKGGAMMWKYNAVTSKVNDANQLKVGLKGDFELNPQSILYKMVVSKYRILTPFSKRHSDLEFFWDKKNKNVVMNKFYAKAKIDKDGSNVANVLISTNQKPYKFHVFLPALLGKLRPGMQEVDVDFDHNPGTSLEMKVNHAGAKFKGFKIAKTGSGNEREITWNGKKLGKGDFTMTDKRFTTTQTLSNGKSLTTTITWKNRWDSPNFLLDNKVHVNLDGTERKLDLNMDWGMSKLPDMDLNTPDSGHFKMTAVGKNARWGDYSVNRDLKWGSSNKKLSLDITGDAEFGAGPLASSSPVQTEVKLNFDVPSADLNGKFMKVFAGKEYSITFNPGFNMPSIKVGA
Ga0193462_100241Ga0193462_1002411F000158TFWQENYPFIKDVYLMRQTKMVEWMENVEKAISRIMADKVYTSAEFKRERDNFNVLCKDLERAEVKKWLQQILEILMAERGKEERTEQLTKLDGIIKKHEELIPTVTKTGIKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLNQLETKRAVVRDLIEKGRKLLENPDKPKFLERYVANIEEGWDLTKEKASARLDLLTNTKAAWEGYGVGLETIAVEFEKGEEEIKKVKKRFNLQGAIEDMEKRQKIFADTKGVIMGMYNQLQHDYDVMTMTLPEDKKDFVKKEVKAVSEKLEVVTRFEDKVQKIVDFVGNLKAFDASLKNMDAWMKEADANLNEIKNASGSMTPEDRVSLTMELEEDVAAKVKVIEENIKIEEELLPQGENVPQDAADFKVELKRILDFVTDLHKRVMKESDNFSEDVKYWAEYKTGIREFKPWLESAEGKSTGGLAKPQTLDEANGMYAKVKEFEDSCLKHLKLLENAAGAANKMTTHVDADEEVKGLKERYDKVKGIADEWVKKVDTLVKEWKLLDNTVNELNSWVATDRGAETEQNFSLEKMESTLGELKNIFKEKEKLVDNL
Ga0193462_100270Ga0193462_1002701F005303VLLLELNILLVQGVDTVNHGLDKLDLGVSQSVLVGDVVGVSSLATRLTAGATGLDSELLAPGLELVNALLGPSGEVDVDGGPHASAQVGGAGVDVAELLGQLEVLARLSLDAVTDSLDATGEPLKDTLDVTALLHGDDPGLILLIDPDKEGLGLVVEDATALGPVTLHTSDLQVGVTRHEEEMVIDELLADLLIHTGQGVVGTSQVTFHFGESVLHQSLNIDTLLFGDAGGKTESLDGAADTDSARVDRYISLNIASDLGGVHVRGVLKVRRESMVLADEGVEDISEVNIGVLITSIDTAMLVVEFNGAGNSLGQGELRGLGDNLVELVPFVFSHVLGNQGVLGLDFGERSHGLFC
Ga0193462_100309Ga0193462_1003091F051681MRAEATVHIEVKPHHLFRYPSEWDPRQNGKTKGGYLEGHIRLPDNGGHFRVLLSTYPDTPHSSPNLHLSKSETEIHPTLLHVVRKGQGNRRYNSKEPVPNINHWQQEFEVRGKKVYICNKTSDNDELRSIAIPDKDEMFELSEDMVLKIGKDAGELNMIILIPKTEKRASGNDVSLNKLLQSRVQNPSVLEALSESYRGKNSVNLKKVKLKVEVFDLDSGAILGRSISGAISDTASKAHGAMDLHDSTPLSSCAKGGRKVVMLAEFGLAKDVLPRFQLYNHEGKRVSGEEESLLRQPQLTDISIMKETIVFITPAQPHIDIIRSKGYTVKLLARRTSDGYISKKKFDFDYLPHDYYDPCFFCFENPDNNPESSRAKLVPMKEVARPGLRKRQMSLTENTEIHERKIKVKGDEHIKLLNMNRPPVIKTTTSITNTSQQILPTLTLIPVTQLQRANLKSDSLNKIEKTFIKTEPIDEQETKSSSPRIIPYHDIANNLIKTLPSTVVTNTSPSSLIFPIKKEL
Ga0193462_100389Ga0193462_1003891F078034MNVIMILVILKELRTIIGIIFWTVDNNNSTNRVNDLESLKNHPXNGAAPNLIIILTTPTVSNIKFVFIIDTRIVEINKIDAILXTKKYFIELSIGEYSLEVIKGKNLNIFNS
Ga0193462_100439Ga0193462_1004391F000158MRHTKMAEWMENVEKSISRIMADRVYTSAEFKRERDNFHALCKDLERADIKKWLKQILEILMAERSKDEKSMQASKLEALIQKHEDLIPTVSKTAVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLNQLETKKTIVSDLISKGKQLLENPDKPKFLDSHVKRIKDGWDETKDKASARLELLNNTKAAWEGYGLGLENIAVEFEKAEEEIKKVKKRFNLEAAKEDLAKRQKIFADTKNTIDTMFAGIQHDYDVMTMTLPEDKKDFVKKEVKAVSEKLEVVGRFKEKVDKIDEFVTNLDNFDKTLKTVDSWMTQADSQLNDIKNNSDTMTPEDRVSCTMELQEDVAEKVAVIKAAIKTEADLLPQGDEVPKDAMDFKAELKRIDDYVTDLQKRVMTECEHFSEDVKYWAEYKTGIREFRPWLEASEKRAGGGLSKPQTLDEANAMFANVNEFDQNCLKHLKILENAEGAANKMTTHKEADSEVAELKERYKKVK
Ga0193462_100511Ga0193462_1005112F003946LVGGALSARKLTGNAQVARDERSLLNTFPFNAQADHQHDHRIEAPASTRRLIPAQSLPARGDRQGSDDTDVSFPAVAAAGPGADGKRCIDKVEMIEETEYDEVVQCDHSYDRRCHTTYVTNYESQQEEECEENFRKNCFIDYEKIAFNETVEICRKPLVKNCDIQGPEICTTQYESECWTKQEVHDVEDDVVSCTTVQDEKCADETSGYTTFTECTKWPREVCTVEKKAVKKYTPITGCTKEPREVCAPAGCGFSEGEEQCYDKTQTIVQDAPKEECSLEPQRTCAHVTKLVPKLEPVEECVDVPKEVCTRSRTNPRKIKKPVVKKWCYVPTEESGLA
Ga0193462_100602Ga0193462_1006021F078196MVNKFGTFIKTVSQEDSDFYAEIYGKEEAAKFLGCKITNVSRDLGDGSIAFHWNAGDMSMFYVFHANIEQNVNLPHFGGMNKVKFVETADGYENEMESEKYGKTHMVEKYTDEGVTYVTTYKGKTHTEFAKRVINENGFYRFVSQEGWYEMMKADGMPLDMAKSLYNNMKFHWTSSADGVKWTEYLGNGSKDTFCAKFDEEFEKPNPFPGAPATKVVTSKLGNGKYKVIMKEPTKGMVYDITEQFYDGGVISCGKNLTTGMTFKCKFEKFVCFEGKYKTISMENCKEILDALGLPAEMKQKALTDYGSLEFEDKCPVYHWKWDSAISPLDITFKMDEEVEYFDKFINENTKIVSSQSGNKLVTTSKNSYGTWVTTSTFTDSFCIMKCALVGLDLPPMVFILEKC
Ga0193462_100616Ga0193462_1006161F007100EADTKAMISGGNVHTMTVMENKDGSFTTSTNNTVVPHHNSSFTSKPGEIKKMEKPFPCTVSWNYRGENESVMNIEMANGKKLVNEYCMNNYGFTCTTSMEGSSLKARAVFWKVSPKEDGYYEMETEKGMFPVLQQLMPQMTEDAWKELIKNGGVAMKLKVDKTKAVMEERMSGGKSKTVVYPFDEAVHYTNEEFGLDETRMLTRVAPGRYKMVTKTKTGKTGDFEMNFTEHGVFETMTVGGLSASCFYRRLGDFEGTWKVCSKVGAEGYLDACGMPEPMKSELLAANDVVEMKRLGGGKISTKSSSKFMPGENVMKLGEQWEIEMPGFGKMTGVFMEHGDCFSSCMKIGEKTINVKGKVTGDFIVEELDVDGSLASRMKQILVRQ
Ga0193462_100636Ga0193462_1006362F010030VESKTNLHSVLLLQFKILLPEGIDTINHGLDELDLRVTKTMFVGNVIGVSSLATRFTTGTTGLETHTVAPSLQSVNGVLGPSGKVNVDGGTHASAQVGGARVNVTELGGEQEVLARFSLDGVTDSLDASGETLEDSLDITSLLHGDNTELILLVDPDQEGLVGVVEDTTALGPVTLHTSDLQVGVTRHEEEMVIDELLADLLIHTGQGVVGTSQVTFHFGESVLHQSLNIDTLLFGDAGGKTESLDGAADTDSARVDRYISLNIASDLGGVHVRGVLKVRRESMVLADEGVEDISEVNIGVLITSIDTAMLVVEFNGAGNSLGQGELRGLGDNLVELVPFVFSHVLGNQGVLGLDFGERSHGLFC
Ga0193462_100769Ga0193462_1007691F023529LDPLWLASSADTSLIGTGTTLAEIPIIDNGFKYKIGFEDNSGDLPDLVCNTDGLRSVYRMDEAAYVSRDEPDRVYFVDTKQGGAQPAYSPVAQGDLTHPSVITAGDTIYVGEQRCDVVSSDADITVGLAAEASVQEAYLSASVVCAQALSENAHSTADAIVTHDPIEVAFEGSTRSCTSTDRPTLRFIYDLTAGVGAASTNDCADPSACADVLAYNGASRLVRYASGTAISSTSTYELMDNNDIAVNDRVSLRTLNDHTYETRTVDYIAMGGIGNDNFFTVSQPFTAAHTEKRIHLNFKGTTTSAACSGRGLCDGSTAECQCFKGYTGQACQIQNALAA
Ga0193462_100851Ga0193462_1008511F090434HDIGSRLVFETNVAGGIFIEGTRGMNDKGGRDIHILTKKAGKQMMKFDLSTEKMINDDQIMIKLHDSLEIDPDSALFRRVVSKYRFLTQFQKRTGEYEFYVNKKERNVLLHKFHVKGEVKKDGQTAMKLLLSTDEKPYKFELFLPILLNRIYSDMNEYKMSVDHVPGDHLNIQTNGKKFKSFVIAKTGNNNERKIEINGKQLASGDYTLTDNSFKTKITLQNGDWLEPKVTWEGALPKSRSEAEKFFLKNNFKISATGSKRNFDIDLSWKATKPDWDFSTPESLKIDINAKGESPRWGNWMLSRDASFKVENKVIQADVSGKAHFKGGLLATSTPIVTEVHMKYLIPQRDLQGKFSKMINGKEYSINFPDGFGVMPQIKMGQ
Ga0193462_100853Ga0193462_1008531F059046NTLTSAYGPQDMDLRSKQGPDMPRVSIGNKKLTNINIGGEHVMGIRKNPEDDSFADPTLAGDAMEKPISRPLRYTPGLKCDAHLESLRPERLGSHRPIQGGEDWKRKLVQPPNHYEGSFVDADMQKFRPEPNPSPAEDPWFASRLPDQTMMSYDRLTQGPASTYSYPELPLQGPYGTMYPQDQLSQIKMRNRRFMNACAMEMGQGMGMQPYGQPMMPMGMMGPQQPMMMGPMGPQPMMMGPPPMMDAEMATDELSILDQELNMTRRANRPFVPTGHQDYFSLQRQVQDMEQPPEIRTRPLGEVTSVEQLPLPKKTVRSTAQEGGLKSNRPEVNIADQIAIRSLVLSKSLGKVGGQE
Ga0193462_100911Ga0193462_1009112F059045LSNLADEIPKEDTMALLAELADPEDEDGMFPYGPFLDRLTGKA
Ga0193462_100932Ga0193462_1009321F033816MMTKYLLLALFVGATMAAPSDFDSTEVVDESQGRFLYFNSSSTATSLTLLGALILLGVIFYLVYVGGLLAPASGSSYQRYGQDYGQGNYQYQARSGDLGYDFNAVNILQWISMLQEVYEKFDYNDVDCQKLLICEVLRDEDSFGDVSKRLQNGFELAKYLEVLNMPDEFRELLDEYMDASERSLGQKECTEFFQCPYSLKDSVKRNFSGNSL
Ga0193462_100941Ga0193462_1009411F008862MKLLVLLALVGVVFAEMMENEEMMEKWMKMKAMESCWGKENMKLYTVSMKRAIAKCHQEDAPELSLPPFRSSYRFVNTMINQGNDMEMLKNMMFAMSMSMNQDNSEYSYVQPYSTNSGRPDNFMDKMRMMMRRMKMKDMMRSNYQNDYDMSEFFNDRMDNYRTNNAMSQFKQMFNSYRSKRQASRRQGPRPAPRQTGDNLDLGDRLVEKLSEQKRHMEEKIGNMTCVLKEINALDASNNIDIQGMKRDAQKYTMPSPWFGQKYEQILDTCYEMATNLPAEINNHSTVSGSFGKVKLGEIKMFMKCEMRRKMQLCMNQDIKSKVESNFGPMEQILQQTQLTEYEFFPLVMHMLHGEEMDYMTEGF
Ga0193462_100987Ga0193462_1009871F004000PLFTRGHAAYTYGPLHCVASPCSVVPSCNSAHWKSDIEAYNTDTAGTGAEIKTVYSYGGDVEFWPKKGGDTKTACWAPAKDTCNFTSYYDPVNRKAAATYSTTKGVEQIVSLIDSRLDGWEMIKLYNNHDACEFGDFYPNLNNLTDPQLGQLAQQTARLFCDDENVGGVQIDLEPYQDPYKEKLETFLTAISKEMKDDTGANGCKNARHPKGRTTSYFTFAHRTRDDFYKTVFNENSYFVFSGYDLRPKSEDFEYNNVTEFGANLEWEINDGQKPKQKDAFNVRTATKTGAKFTLALPIAASCHEYEHYVPMHGDGCGPACQPWDSGVKMADYVQKMMDVLTSPKNSDIIHFKNPQFLGLSFWVWTYDMTYPPMKWFNNLFLPNTPSKDVLSILKKELPKLGNPSDYKYEY
Ga0193462_101061Ga0193462_1010611F000139VPTVMKTQVMVDLYWKCYAYGDELKPHIEFLDGIMLSSTREIAPSCVENVDELIERQEKSLVQLETKRAVVKDLIEKGKKILENPDKPRFLEGHVSRIELGWDDTKQKASDRLTLLQETKDAWVGYAENNETIAVQFEEAEAEIKKVKKRYNLEAAMNDLKLRQDIYNKYNDGIMGLFDAIQNKNFKCMCITMPDDKKKIVEKEIKAVEEKLEVTGRFKEKVDKLQEFCTALTNFDASLKAVDAWKESATSELSDIKDSSDKMVPEDRVARTMDLQEDIASKMEILKQNAATELELLPQGDKVPQDAQDFKDELNRITKYVTELQEKTKIECSKYSEDVKYWAEYRTGIKEFTPWLTTSEGECTQGLSKPTNLDEVKALSEKVGTFAKGCENYLKVLLSAEGAANKMTTHKEADGEV
Ga0193462_101166Ga0193462_1011661F003946LVGGALSARKLTGNAQVARDERSLLNTFPFNAQADHQHDHRIEAPASTRRLIPAQSLPARGDRQGSDDTDVSFPAVAAAGPGADGKRCIDKVEMIEETEYDEVVQCDHSYDRRCHTTYVTNYESQQEEECEENFRKNCFIDYEQIAFNQTVEICRTPLEKNCTIKGPEICTTQYETECWTKHHEHDVIDDVVSCETVKEQKCFDQTAGYTTFQNCTTWPREVCTITQKPVTKYTPHTGCNKVPREICAPAGCGFSPAKEPVCYDKTQTIVQDAPKETCSLEPQRTCGHVTKLVPKLEPKDECVDVPKEVCTRSRINPKPRKRPVIKKWCYVPTEESGLA
Ga0193462_101260Ga0193462_1012601F019143PRCDGPECPGGCCPEPAYICCDNGYFCAATEADCPPIKKEEVKQDCPGTECPGGCCPNAGWFCCPGDEYCAASEEYCKRVSIAEKLISMAAPKKIVKQDCPGTECPGGCCPNAGWFCCPGDEYCAASEEYCKKTNIAEKLISMAAPKKIVKQDCPGTECPGGCCPNAGWFCCPGDEYCAASEEYCKKTNFAKVLIAMAAPVKVQKEIKQDCPGTECPGGCCPNVGWFCCPGDEYCAASEEYCKKTTIAEKMISMAAPKKIVKQDCPGTECPGGCCPNAGWFCCPGDEYCAASEEYCKKINIAEKLIGMAAPKKHLQEVKQDCPGTQCPAGCCPNAGWFCCADNEHCAASEEYCKKTNYAEKLIGMATQKRALPLKVIRA
Ga0193462_101287Ga0193462_1012871F014227TWGLSSHLLKMKLIVASLLLVALVSAQDSRSVRERVKGQVRQWASIQAHCAEASNTEGSIQPEVALQCKKCQAGVGDWNTAEGFQRGKACLETYEPKTMAVCGDLFQEYEDSGYDVSYTSKMVECWENTYMRDIAGKCMEATGGEDMNLALLCVFKHLTDNHKHAETVLLGSSDDNPMKPSKMQLAVESIFNEGRCIHANEGNLNRIQECATCFNHVVMSEKKLLMKMKHGLEGLDDEEFFEKGRKIASMWSVCSDVYLAPVYSDCTENVEELLEADMEEWMTEEWRNKQQEVEGCMLLKQSKYYYKDCSAAGGEGVDGFMNFYSCAQNLTMAWVTDKRPEAIDMMSAYMRGGMIMMGDDEP
Ga0193462_101309Ga0193462_1013091F033816GRFLYFNSSSTATSLTLLGALILLGVIFYLVYVGGLLAPAAGSYSNYQRYGQDYGQYYGQARSSDMGYDFNAVNILQWISMLHEVYEKFDYNDVDCQKLLICEVLRDEESFGDVSRRLQGGFELAKYLEVLNMPDEFRELLDEYMDASERSLGQKECAEFFQCPYSLKESVKRNFSGNSL
Ga0193462_101413Ga0193462_1014131F030053GIEIQGNRGNNNKGGRDINILTKKAGKQMMKINISTEKNVDDNEIRLVLRDSVEIDPDSLLYRKIVKNYRLLTPFTKRTGEFEIYVNKRQANVLLPKFSIKGEVKKDATTVMKAQLTTESKPYQLSLYLPTVLNKIYSDMDEYKVTVTHNPGQLLQIDTNGKKFKGFKISRTGSGNEREIVINGKKLGSGDYTLTDNSFSTKVTIADGNWIQPKVTWEGKLPRNKAEAETFFLKNNVHVEATGSKRSFNGNLQWKMDKPDFDFNTPWNCKMTLNLEGEGPNWGTYSISRNVKGAVANKIIELAVTGDASFTKGVFAKISPVNTDVNLKYVMADRDLIGKFSKIMNGKEYSVDFPVGSGVIPKIVWGQ
Ga0193462_101486Ga0193462_1014861F006052DGEYDDACEVGTLCQVHSSGCGSNGVCGYQSCNQAPNMVLAVEFDTWNNLKLHDPKQGVSRWWINATEFVGYNDNHVAIFASNSMMESDHAKNEHFAATPSIPNLADGKNHTVKIKYFPHLNDPGKETEGTYNRTNHKLRGALHNANIPASGDCEDARTSGSKAPAPDNCFRSKLSNTQPGNFAIFIDDMKRPVLQTQISLRKSSMTAFDTCYDEDRDRCVLDEIGNAYIGFTAATGGERAGGRTSRPSTESAGYSVSPGLWDHTPYDASASQDARAAETASQMLGAAQNHEILNWKFCNEIGCVPI
Ga0193462_101599Ga0193462_1015991F000021MDRYKMDPNKDALFRGEFEVIKELVAELGGDGESSKRECDKVIDKNGPAKTGGTGIKQLRENIAESKLSYEIMDDAAQVFLKSKIMDNIHKYFYLIVFTAYMRQAAELAKDAGSDEEKQKNGLTGGKAAIPGDQLKIKKTFVQFMEEKAGLRKMIDEGKGRLQWERDIPAAALANLESLATTDFKANLGKIIHDIYQTAHTMFADMPQGDHKKRAKYRFASKTLMRILPADLKGEVEALIEKQSITLDLYDILGQCTWGQKKGQYD
Ga0193462_101618Ga0193462_1016181F023529RSVYRMDEAAYVSRDEPDRVHFVDTKQGSAQPAYSPVAQADLRHPSAITAGDTIYVGEQRCDVISSDSDLTVGLATEASVYENYHSASVVCAQALSENAHSTADAIVTHDVIEVSFEGSTQSCSSTDRPALRYIYAGDDVSTGADDCADQSACADVLAYNDKNRLVRWASGQNIGSTSAHTLMDDLDIAINDRVSIRTLNDHTYETRTVDYRSFAGTTGDNYFTVSQPFTAAHTEKGIFLNFKGTTSSAACSGRGLCDGSTAECQCFKGYTGQACQIQNALAA
Ga0193462_101623Ga0193462_1016231F036079FALVFGQECPEPVPCKDDEMSCGSTWDEATGCMNPEICVPMKGGPVGKDGIECPVTCPCKDDEMSCDMGFDEAMGCQFPPQCTPMKSGGDINGNDCPGFCRCQHDQMECAQGYNDMGCENTPICLPTKGAPGKDGYECPVNCPCMPEEQTCDMGFDEYTGCQNAPTCMPWKEGDCPTFCPCKSDEQHCDMGYDDMGCMMQPMCMPMKGGPMGKDGIECPVTCPCKADENTCDMGFDEAMGCQFPPMCIPMTDECPAPQP
Ga0193462_101636Ga0193462_1016361F001410AAFILLATVANIAAGAGTYETELLRGIDIYNHRSKCWGKKNVDMYAAQMEKAKRECMQMEPMFDFPGHGEEVQNPFLRPNNNPFEKLTRGGDFSDLQSLWRSKREASQGLVDVDEDDFYEFLQQVNDNRHFRHNAMGNLTCVLHKCGQLTEDMEVNMDFYTTALRAEEPETGFTWDVEGSAAKDPEWREKIATAYEDCHDLAESWPATSLNRRPMTRMFGRQMIFFKCADRTERRVCTEAQLLENLETFYGSESDEETAERIAAIGLPEDKYDAAAISIAVIQNAQSEEEKFVERFMWNLNGDSSM
Ga0193462_101684Ga0193462_1016841F040457TKKNDNTFSMKSEMGDKVMESEHQFHNYGISITGTMEGVCFSEEFKKITPKFSGFYKFESESGMEAVMEAMGIPAGGFSAEAMANTGFRIVDKGDRFWLEEHYGDKKEYMVVLNEEYEYERPEWNMSDKRITTKVGPGSYKTVVKSNKSGKVWDSTVTFNAGGCSIETSMDGLKASESFKKGADFQGKWRAVAVTGADAHAEALGMSGAVKNQYLDGVLNEKFDVERLSNGCFKIKTDSPWIPGGVMVMKSGESITVDIPGMGKTENIGYEGSDSWIQVTKCMGKTITTKEIISGDFLIAEATVDNIQSSTATTIFTRD
Ga0193462_101757Ga0193462_1017571F003903MGRRYLIQCLTREQGRETKMILPVVSSLLLASMAFGAPGANYGAAAHVSPAKQISSPSIQCRTEYVTLWDTEYQEREEQVCETVYEKQCETRTQRLCQPTTRQECTTNYVKECSTIYKNVCVQKFRTEYEPYTESECTTEYKQDCQYEWRGHGNDKVWAPIEGTCQNVPYDECRDVEKTHAKQVAYQECNDVPEQKCVSVPKQTCVTVPDQICKTEPLTECQDVPRQQCHSEHKRFPVRISRQAPKKVCDEVHSTAPLAAAAVHQAPVHHQASPSVQDLLNYGVPAVPTQIIDARDKQKLQSAAQDDRIVFA
Ga0193462_101797Ga0193462_1017971F000086LKNFDSTLKDIDSWMKAAETQLDDVKNKSDKMTPEDRVTQTMDLLEDIHEKVDVLLDFVKQEEELLPQGDSVPKDAQDYKDELGRIKKYVDDLYSRTGATCIKFSEDVTFWAQYKTGIKIFSPWLSEAEQSATGGLSKPQTLDEANAMFGKVQDFDNACLKHLAILEGAAAAANEMTTHKEADDEVKALKERYVKVKVVSDEWMKKADTLVKEWKLLDNTVNELNSWIGADRGAAQSESNFSLEKMESTLGELKNIFKQKELLVENL
Ga0193462_101810Ga0193462_1018101F009881MASRDQRTNIFCQRHGMCFCCSHVDVLIIFLAEMLIHSLFSLELVGKSELGSLLLQLGKLVLVLGDLLEGRLDELALHVTDGDGELVNLQISQDDLTLEEEHLGLELVPLVEVSLADLLKVIDGGVVDVGLGAAPLGNDTEPLLSLALLLLLQLLGGLLTEKSPELLLPLGGHKSLLLGHDGGCP
Ga0193462_101856Ga0193462_1018561F085103KVPGKEAVGPIFQVKRDNDFAANALKADPLTQPKPEMGDKVISYPCYPVEDKKHGFTGVGTPQSPCDVGGMPALVVGPTYGFTDGKNGFVPEPPRSVGGLPAVMVGPVFPGVGTGSGTFAPMPLPKNEEFLMHGPVLPIQDHGSKYTPQNFGCSGYGINTDKPKELHGPGNRDIGDRNAAIIAPGKYVPEKQEKPAGPILMTGPKMPGIEASNEFNIVPPRVAVAAARQTMPGPVYPGVDSENHYSHVPEKYTGELLHPLPLHGPGVESKNCYAPQEEKQPGQLVMVGPKFNGVDDQCKYIPDIKKVDTESLLVMAGPKFRGIDDSSKYNESPMKSPLDGTRLMTAP
Ga0193462_101881Ga0193462_1018811F096540LVAAVVVLAVSNMSGEETLATKGGKALKYGDSITLMNIFNEYIIVTQTGRASAGGFDSYSSNNVLKLLSPKGKKGAVNYGDKTVLMGPNGKYLFTRYNGHVSCRASIIAADTEFELSGGKGPVLVGNLVLFKSEYGYLTAKPDGVTALSHRATAMQKYTVGLPGSETGLRHANGISYGDTVMFENMDAEYLTADKNGWLSIMATSSGRWAHYVILNPRNEEGRITYGDLIVLRAHNGRMVRSLPDRTIQAITELVDDSCEFQLQGAIGHSSGIVHDQDMLAIKANYGGLIDSSNSRHASLSPFEVQNKNTLWKIKKVWTDQF
Ga0193462_101945Ga0193462_1019451F001556MGHLLVTQPANMTRILLLSMVASGMAMSTRQEIQMDMEKFNNDAMCWGVENMMYYRLAQYQAMEECSKYGQFSTLPAPANNPFTTLPGDAKNPWMNVPQPVDSRRNPLAKLFNRNSNSNSDKWANLWSDFLNGRSKRQAEEGGLLEIDEAAELEKFLADYDEFKEDIGSMIGNLTCVMTKLDMLDSALQVNLKLWTTDVWQQLDLKKTLAGEDPEWRQKMIGGYTDCYQVASNWPQQSLDRNPITKVFGRHMIFFKCAMKQEKKMCGMAQMYSWLKTLYGDSDDFNWSQFGLPQDKYDRAALTIMVQTQAASKEERFINDFFVNDEL
Ga0193462_102020Ga0193462_1020201F009211MVDSIAESARKASAGTWRKPRVRIYDYNQDIGSNYYQPMIKYINDKEIFGPYMEKKAIEMPERAEIGSNKYSNMRYDDKSNANLDLDDFLVKAYAKQIKELNSSTAMARVTMARAAVSMRPSAHSPLDNVSTKYNPIRLLKGAPPGQDKVNFYASELGIARMHREKQKKKNDHHLFGIEAYGDYDYHHNFFEGAVNRDMKFWEPELVRSYTKMI
Ga0193462_102048Ga0193462_1020481F000021MDRYKMDPNKDALFRGEFEVIKELVAELGGDGESSKRECDKVIDKNGPAKTGGTGIKQLRENIAESKLSYEIMDDAAQVFLKSKIMDNIHKYFYLIVFTAYMRQAAELAKDAGSDEEKQKNGLTGGKAAIPGDQLKIKKTFVQFMEEKAGLRKMIDEGKGRLQWERDIPAAALANLESLATTDFKANLGKIIHDIYQTAHTMFADMPQGDHKKRAKYRFASKTLMRILPADLKGEVEALIEKQSITLDLYDILGQCTWGQGIKA
Ga0193462_102067Ga0193462_1020671F000086AEEEIKKVKKRFNLAAACEDLEKRQKIYGDTKGVIDGMYGSIQHDYDVMTMTLPEDKKDFVKKEVKGVTDKLEVLGRFKEKVDKIDEFVTSLKNFDVTLKDIDAWMKDAEHQLGEIKNASDKMTPEDRVSYTMELQEDVAAKVVIIQKSIEAENDLLPQGDKVPQDAQDYKDELKRIKDFVDNLYQKVMKECDNFSEDVKFWAEYKTGIKEFKPWLDQAEGKSHEGLAKPQTLDEANAMFATVKTFEGSCHKHFKVLEDAAAAANRMTTHKEADVEVAELKERYAKVKAVADEWMKKCDTLVKEWQLLDNTVTELNSWVAQDRGAEAEQNFS
Ga0193462_102070Ga0193462_1020701F039936RNYRLLTPFNKRTGEFEFFVNKNEKNVLLNKFYVKGEVKKDDETVMKALLTTNDKPYKMSLYMPALLNKIYRDMDKYEVTVDHNPGQLLEVKTNGKKFKGFKIAKTGSGNEREFEINGKKLGSGDYTLTDNSFKTKVTVADGNWIEPKITWQGRLPNNAREAKAFFLKNSMTAEVKGSRRHFNADLDWKMEEPDFDFSTPWKCKMNFNIAGEGPNWGTYSLSRDVSASVANKVIKLAVSGDSSFTNGVFARISPVTTDVDLTYKINDRDLVGKFSKVIKGKEYSIVFPAGSFVMPQITWG
Ga0193462_102115Ga0193462_1021151F000946RQTTGAGSGSGSGCDFEPWTQECNATQIWCDSGYYNDYTCWYGNYCLDQVSSWDGCPGVCHMPCNWDTEEYCDMGLDDNGCWLGNYCMPIESGGCPSTTGSGSDYGSGASGAGTCFEPYTQECNSTEIHCDAGYDSDFCWYGNYCINQVNEWDGCHGVCSVNCNWETEDWCDMGTDLNGCWMGNWCQDKSMGGCPAPIGGSELNSGEDICAHMTYTEECSDSQISCDSGYSYEGCWFGNYCIDSVNSWDNCPGMCSTMCNWETENWCDMGVDANGCWMGNWCQDMSLGECPQVTMVSKRGTMEKMRALAAKAKAIGN
Ga0193462_102126Ga0193462_1021261F011733MSVLCLMSSSVKAGTLVELPQADNANNGEDNLECLLKVMKDFDERRNDAPLPEIAHLYDHIQPGVDRNIDINTLLLQYFNLKDINDKETNYQFKPRQMINECNLNLAPALARCKAAYGKSLTCEQVEYGSDALNKAPFVTPKCPAGYQRYGCCKCVRKCDYTDSIVSDAAVGEDVNNERSWTKVNYCVKRPAIRSEIKRLNGQERQEIGLTIDDYEILEETEGEYVYVRNCPKDYKRVGNTMCVAVCPLGWPDLGNKCLKMGQLVFFPFVWQPGDAKVVPKTL
Ga0193462_102162Ga0193462_1021622F009211MVDTIAESARKASAGTWRKPRVRIYDYNQDIGSNYYQPMIKYIHDKEIYGPYMAKTSVVMPERAEVGSTKYTNMRYEDKSNANMDLDDFLVKAYAKQIKELNSSTAMARVTMTRAAVSNRQSAHSPLDNVTTQYNPVRLLKGAPPGQDKVNFYASELNITRMNREKQRKSNFDHLFKIQAFGDYDYHHNFFEGAVNRNMKFWDKELIQNYTKAM
Ga0193462_102329Ga0193462_1023292F081237MAKQVLDLEEWDLVLAKMHRYHSNIQQEVGIIVQTIRKEMKSELVPLAEEKANHGKIVKQAVRSLWALEYEIEVIQTEFAKGIGSVDVNNLTDDFVEDVMLQSKPLQGILMGIRKRQKETMEGIKTTYWDIIKDLEPLKTVRPPKEAEKPKEAEKPAEPAKTEAPAAAPAPAVSASA
Ga0193462_102334Ga0193462_1023341F064263GVKGECDVGSPKLTAANTKKYTGTGKCACWWDITRNDCACCKKGVGAMQCGFPMHKFCYKKSDMGCPGVCNYKYTLSGKGYPCFSDHSNTDCAWCNKNGWQCEQNAITGPDSKKGSRCQARTNQKYCASQQGDCKHIGYCDPNATCKKKANVGKFGQYWQCECNKGYTGNGIQCMDGDGNLSAQPGQQVEVTLTMTAGLYEDAPVENEFSHGDAMESLLAEMETAGGACAGDDCEATFEVTEV
Ga0193462_102341Ga0193462_1023412F023779MGHNFLKLFKLRTVFTMKHSLYLCIVLIAALGPAVEAFFLGPIAVGVGLGALAVTKGLILGSILGQSRTNERGGRSYTSYSRTNHYSQTNNYYSHYTQPKTYYYSSQRYSRRGKREIPDYSEEELNRMVREVRDSTLTDEWYMDMVKKDQDDCTKRLICEVSHKKASGQSMNSVEEGIIEVFGEGSAVDTSKSTAVFDFAAQAGKFWKIGGIGCEFFSRCDTPYDDMVAMIENELNDFAELEESFNGNKKKVASKMSEERDFIENEIKALKL
Ga0193462_102405Ga0193462_1024051F049565MVHLFAVVHRGVVDRGSVVDGMVGGVVDNGDGVGDHLVVLLPAGLGVEGEGDLLAAGLSDDDLLLVNGVGGVDELGNVEALVLNLVLALDLGDGDVLGDAHLLGGRVGKTALDSKGSSDKGDLVGLGLVLLVAHLVFAMVGVGSITVGRGLDSTGGDLHGLGLLVVGDLGGLAVSDDVLPLVDVGADLPLDNGVGLLTDGEDTVEAVVVVDHLLHRQGDRGHLLGKGGDAHLGVDGCVRVTAQKLGSVVDGVSNGVVSGMVDSMMLSTGKCDQGRKNEAPHVDCLKVYVSVPM
Ga0193462_102450Ga0193462_1024501F000685ISRTTTAMVTAALVKELQLTRELDRMRGIVPDDILDALKKKKLGLPGIDFEVQEDRNAMQMGEFEVIKELLAAYPAAKVAKAQVDKLIDLAAPPPRGTGVENIRECIIESKMTFDVSADDWQAYLKAKIMNNIERYFYLIVFAMFIREIGPKGFPQSFLQYMDAHGDLRTMIEEGRGKLEWERKIPDEKLEELKVLLAAEDFKGNMPKIIKRIYELSWDMFGDLPRGHHKNNSMHKLASKTMIEILPPNLAEYVEKKCGSLAGTPDFFDVIGQVSWYETA
Ga0193462_102560Ga0193462_1025601F000371QDYKDELQRIKKYVDDLYTRCAKECDNFSEDVKYWAQYKTGIKEFGPWLENAEKKSAEGLPKPQTLDEATAMFATCQAFENACIKHLKILEEAAAAANKMTTHKEADDEVKGLKERYDKVKVISDEWMKKADTLVKEWKLLDNTVNELNSWVATDRGAEAEQNFSLEKMESTLGELKNIFKEKERLVENL
Ga0193462_102584Ga0193462_1025842F047470KEQKKYLSQFQTDKLSYMFNAFFDVHGGDGVIEKADIEEMLEKLRKYCGYLKSDPKYMQMNDVMYAFYNSMVDQVRKEKMCSGEAEGYKSWEEAGKPHPVNNLDITLNDWLNMWGKLCRGSAGISGFPIWVKLLCQIFFDTMDRDQDGIVNEKEMRNFYEGLIEVPKADLDKVTKEGYRAMTAGGRYKLTKDNYEFCFANFLLGKGIYGPGKYIFGVFDNSDIDMTYKVIYN
Ga0193462_102590Ga0193462_1025901F023779MGHNFLKLFKLRTVFTMKHSLYLCIVLIAALGPAVEAFFLGPIAVGVGLGALAVTKGLILGSILGQSRTNERGGRSYTSYSRTNHYSQTNNYYSHYTQPKTYYYSSQRYSRRGKREIPDYSEEELNRMVREVRDSTLTDEWYMDMVKKDQDDCTKRLICEVSHKKASGQSMNSVEEGIIEVFGEGSAVDTSKSTAVFDFAAQAGKYWKVGGIGCEFFSRCDTPYDDMVAMIENELNDFAELEESFHGNKNKVASKMSEENNFIEKEIKALNL
Ga0193462_102618Ga0193462_1026181F104409SQIKEYLDMWNWETECWGEANVAQFHQFEDQLVNQCLQTPVNEEIKKMAPKSAPLARLTQQPMVHTFAQMPVYQTYPYGFGSHATRFYGKRMAEDTMSAQELLDKWTMKVSNLTCYFKSMGVVDDDYKIKKDFLRNDVWQMKDTTAAPHLTDPVFRNKLSQYWVDCADISEAIPKAALDNCPISRMFGPMARCMKFMECKKEVTQKMCGMAMASKLQEKYHPNCLGSDGPSVLGVRDKYEEALACSMTLMHAKMTADMTGQFVKKAIRGEL
Ga0193462_102640Ga0193462_1026401F000287MKVYDYNQEFGGNYYQPMIQYINKKEVYGPFMSRQDVYLPHAAEVTSDKYTNMRYQDKSSAKHNLDEFLKGAYAKQMKELNGTTAMARVNMMKTIVSDRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIEKKNNTKLSDKERKHLVMLEACDDEYQYHYKLFGQGAGADRDMKFYAPQLVKDYINQIRKF
Ga0193462_102644Ga0193462_1026441F040452LLSDFVLSAGQRKFGFVPSFLFAGFWVDSFAVAWVGSDSIVGFFVHSFQRFTVDAVFDVLAELFGVSFFIIALQFFHVFSDVSTEDVFAVGFGIEVVFFVIVAWESFGGVWDIETTVDGSFQSTKNFVSGGGSGKTGIEEASEWTWTIFAWFDVVFVTIDFSLTFVKFVELHFGEKSSSEEKTSAVVGGVVGETDFDTEFWEFVSVGGADDNITAHSWVSNLADDISVGGSNNQSVFWGVEFVLVLGAETSSGLVIGFTDLSPLEFWLEPFEVSLVLLDLDQSVNSLFSSVSIFTGHFYV
Ga0193462_102654Ga0193462_1026542F000051MAPEDRVARTMDLQEDIAAKFEIIKANTAAELELLPQGEKVPEDAQAQKVKKECDNFSEDVKFWAEYKTGIKEFAPWLSQAEVASTDGLSKPSDLAEANALSDKVHSFDKACLDHLKVLETANAAAQKMTTHKEADAEVAAMRERYAKVKAVADEWVKKVDTLVKEWALLDNTVTELNAWVAKDKTSDGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193462_102826Ga0193462_1028261F064263GVKGECDVGSPKLTAANTKKYTGTGKCACWWDITRNDCACCKKGVGAMQCGFPMHKFCYKKSDMGCPGVCNYKYTLSGKGYPCFSDHSNTDCAWCNKNGWQCEQNAITGPDSKKGSRCQARTNQKYCASQQGDCKHIGYCDPNATCKKKANVGKFGQYWQCECNKGYTGNGIQCMDGDGNLSAQPGQQVEVTLTMTAGLYEDAPVENEFSHGDAMESLLAEMETAGGACAGDDCEASFEVTEV
Ga0193462_102885Ga0193462_1028851F009211MVDSIGDTARKASAGTWRKPRVRIYDYNNDLGSNYYQPMIKYINQKDIYGPFMEKKRVEMPDRPEVSSNKYSNMRYDDKADANMDLDDFLVKAYAKQIKELNSSTAMARVTMTHAAVSSRPSAHSPLDNVSTKYNPIRLLKGAPPGQDKVNYYTSELHIARMAREKQKDKNRHHLFNVEAFGDFDYHHNFYQGAANREMKFWEPEMLRNYTKKIXRRFAQFLNLTQIPSQNMLEKMIKEHLLLIVFXKLKSTQYMICLPA
Ga0193462_102935Ga0193462_1029351F008118NGAVEAPQPARLNTGSVECRTEYTTVWDTQYQEKETQQCVTNYEKVCQTVTERLCKATTRQECQTVYEKSCNTVYKSVCVDQYKTEYEPYTETECSTEYKEDCQYQWEGHGNNKVWAPIPGTCKQNPYDSCKDVTKTKEKQVAYPVCRDVPEQVCQDVPRQQCRQVPDQVCTNQPLQQCRDVPRQHCTNKHKKVPVRVSKTVPKKVCDSGHGYSAPPAVLPEVVLDIGRTKNVVRSNKIVFADE
Ga0193462_102940Ga0193462_1029401F005554APAIDLINLLSPRNQFNSLFPSVNRKNPFEQFQAYKDIDQLTSLWRNKRSADASSGLIQIDEDDFIEFLEDFADYKGNMATKIGNLTCVMTEMNLLTPELKVNIEEYTKDMAEVEEFDLTETEIVADPEWRARLSRGYQDCYDISESIPSQALTGNPLKRMFGRQMMFFKCAKKNEVTNCALGQMKRWVEQFYGTANNLTEYGLPEDAYEAAGLGLMVLNNAASEEEQFVSDFFWGAPGH
Ga0193462_102987Ga0193462_1029871F000048DKEVAALKERYNKVKGSSDTWVAKVDTLLKEWTLLDNTVTELNTWVAKDKTSEGENQFSLEKMESTLGELKNIFKQKENLVDNL
Ga0193462_102994Ga0193462_1029942F099150SAYAEEFEVADNEARFLYFNTSSTATSLTLLGALILLGVIGYLVYVGGLLGTSSYNRNDYYDPAAYDPAYAQAYQQQAQYRSEESSSPFTAENILKAISMVQEIYEASQS
Ga0193462_103079Ga0193462_1030791F002147LASVTAGARVRRDDSYGAPEPDTYGAPAETYGAPDTSYSAPSYAADTGLDLTTIIIPLLALLGLFLLFPTYVTLTSVRRKREAVEDAGETNMVERMMDMYQAIIESEECLERVACDVGGLANDAGFDPTMAQLASVMVPNKFSKYMKQFASAKNCHKLKCGNLF
Ga0193462_103089Ga0193462_1030892F041579HGESLPDSQTTNMLVFLSLLSTALAAPQLYHPYGTYAPHVGYGYYPVQHPVYAPRVLPAYPHVVGQQVVQGVPATRTVVKLGSFLEINGMFEEGTTLATGVTSTIKGNFNIQQNGLLDLFSGNEAKITAYIMSSNDLTGQNIKLWIGDGADCVEALAGTGSSSIAPMEIAMVNVPPSINGFYVNARTTGFNIDGMNGKTSLMGATKWLLVTQAGAGIGCSMASLQ
Ga0193462_103145Ga0193462_1031451F041579HGESLPDSQTTNMLVFLSLLSTALAAPQLYHPYGTYAPHVGYGYYPVQHPVYAPRVLPAYPHVVGQQVVQGVPATRTVVKLGSFLEINGMFEEGTTLATGVTSTIKGNFNIQQNGLLDLFSGNEAKITAYIMSSNDLTGQNIKLHIGTGTDCAAALAATGTDAPVEIAMVNVPPSINGFYVNARTTGFNIDGMNGKTSLMGATKWLLVTQAGAGIGCSMASLQ
Ga0193462_103204Ga0193462_1032041F005140VNKKNYDMAIEESMEKCMQLAPAFNLLSQLPTSQFSSAFSSRVSEPFKNIQFSNLENLVSLWRSKRDTGLVNVDEDDFVEFLDDLGEFRADMASKMSNLSCVLTDMKLLTPELKVNIDEYTKDAAEIEGFDLEASPLAQDPEWWQRLVTGYKDCFDISESIPQAALDKNPMKKMFGRQMMFFKCADKNERMNCALGQMKMWLESYYAADERDMKEFGLPEDKYEAAGLTLMVKYNGASDEEKFLSNFFWGGKW
Ga0193462_103210Ga0193462_1032101F004094VSADVLGHTESTDPVVAEDLGHLLVGVEELLVLGVLEVVLLDVGPQLLDALSPGSLLLADDVSQLSGELHGLGKSGSLRHVESLESLVGCEKL
Ga0193462_103240Ga0193462_1032402F041579HGESLPDSQTTNMLVFLSLLSTALAAPQLYHPYGTYAPHVGYGYYPVQHPVYAPRVLPAYPHVVGQQVVQGVPATRTVVKLGSFLEINGMFEEGTTLATGVTSTIKGNFNIQQNGLLDLFSGNEAKITAYIMSSNDLTGKNIKLWIGTGATCEAALAASPVEIAMVNVPPSINGFYVNARTTGFNIDGMNGKTSLMGATKWLLVTQAGAGIGCSMASLQ
Ga0193462_103318Ga0193462_1033181F012568NNPFQSLPAQINQNPFKSSNVNLGAWNKLWNSRNKRQVEGLLQPTEEDFKEFLMDFEDFKGDVASMMGNLTCVLQKMELLDSNLQINMKYYTGEGWNKIDLAQTMAGEDPEWREMLEDSYKDCYDIARSFPQSALNRNPITKVFGRHMVFFKCAKKAEVKSCGMACANDMLSTLYGTNDQFNWSQYGLPQNKYERAAKTLMVMYGTASKEEHFVHEFMFNDPML
Ga0193462_103420Ga0193462_1034201F016357LGLLGGVALLKGLVLGAAVARRGKRSAESSEDAAFAVLNNAEPAQCYRRLICDMAAGAIPDQDRILSLFNTEVAITSPKFDYVSAAKVGKLVKNAGLCEVRYTCPLSSEEIAKLF
Ga0193462_103442Ga0193462_1034421F049398MAPFDEELSDDPEFPPFRTPLKISPKEGLLGGLRLPPGLPGLYELEPPGLPGLYELEPPGLPGLYELELEPPGLYELEPPGLYELEPPGRYEPEL
Ga0193462_103451Ga0193462_1034511F039938GEDMFGMKKMQKTWAEHKAMESCFGENVMKTSLLKMKKAVVKCTGMDMPELELPMYNNPHRFVHALLESSEDLKTMKLFKAMSMMHKGSQQQSQVAPIQLVLGQQQAPQDNMMKKMFMKMMMKKMFHTHDNEDDNESPFGNMGSKKYGMDDDNSQYKMFENLMKSMNRNKRAADDLFELGDRLTEKLQQKTEEMKAKMGNASCVLKELDIIDQNENLDVSGMVQSIENGEWGKFEDEWLEKQHIKDCRTCATFAETIPKSVFAECAY
Ga0193462_103465Ga0193462_1034651F068411GGRRADLAWYIEGESRHVHDGDVVRLHAIGDAHDGSERGAYMHSNGEEGGGFSFGDDRMEFGWQIQKIDDFSTSKCGGGKKVKNGSYIHLRSTSGSEEGKVLHSNMEEGAMLSYGSTDHGELGWRVIAVDEDASKIRYGMDVMLQGMGTGTVMHSNAFEGGPFSGGDFRPDLGFIFEGGDEGEKVRYGQTVVLRCIGDPHDGSDRGSYMCSNGSEGGGFSFGPDSMEYGWIIEPNYGWDSSSDDW
Ga0193462_103483Ga0193462_1034831F049398MAPFDEELSDDPEFPPFRTPLKISPKEGLLGGLRPGLYELEPPGRPGRPGLYELEPEGLYELELEPPGLYELEPPGL
Ga0193462_103485Ga0193462_1034851F000073KDGITDEDKKAFCLTGGKVSTPTESLKLKDTFVSWMDTNASLRTICDDGKGKLQWEREIPQDALDNLNNLATTDFKANLGKIIHDIYLTGHNMFKDMPQGDHKKRAKYRFASKTLMRILPNELKAEVEGLIAGKTMTLDLYEILGQCTWGQGKSL
Ga0193462_103496Ga0193462_1034961F000276MRSIALISVLSVSLGSAKFCPGERNNNKCRAGDNSYKCAVFFEGLTDSRPLTWIGALPDALKKARNKGEVAEILGKDVTEASFRELTSCDGKTANARCYTILDKQRKMPLDSCDRNLINTRGSETVGDYLCGQVRRWLKRSSSFQENGIRDLKLPIYYSSCNSDWSPVSDGDSSLYVEEPLCCNPDGTFFRCDGSDYTKVC
Ga0193462_103554Ga0193462_1035541F008118LVPLLVCLVTGAPYNEAESAPQTKSVSCRTEYAVVWDTKYQEKEQTECVTNYEKVCHTVTERLCKATTRQECQTVYEASCSTVYKSVCVDQYKTEYEPYTETECTTEYKEDCEFQWEGYGNNKVWAKIPGTCKQNPYDNCQDVTKTKEKQVAYPVCNDVPEQKCVDVPRQQCRQIPDQVCHNQPLQQCEDVPRQHCTTKHKKVPVRISKNVPKKVCDTGYTQTPTLIIEKSKPNTNLVKSNKIVFADN
Ga0193462_103606Ga0193462_1036061F011992MFKSLLATALVAAVKAEADPFYGYYGALPYAHGYAVAGVPFGSPSGLDPITQGLDPVTQGALPVAHYYGKRSADAEADPYYLGGYAVAGLPVGHPSGLDPITQGLDASTQGYLPYAYGHLGYGYLGHYYGKRSADAEADPYYLGGYALPYAAHGVVAAAVPFGSSTGLDPITQGLDASTQGYAPYAYGYLGHYYG
Ga0193462_103645Ga0193462_1036451F021044MGSYSLTLKLTRKMSSTSTTNTECSKYDAKIESARVAKYDYDVAASGAKSCAGKVAAPDLTQYVWDYKNDENKDLGLEVGAVVHNREWSYGLVKYASLVQIAVSFKARCTFSFRDEGATRTLRIIDDTGYVHGELDINIHAGTPCVCAVPRKEKIAVKDKVIRCPQKLSDRKAGTCGEKLPTPVPSSTSIAEVQDGARVVVEKKYRADADRMMQEGVEEVRKRVAAKYGAN
Ga0193462_103649Ga0193462_1036491F000717AAFAQKIDRVAVVQPQQQQELSFFARILGDEGTARIVESISSWVNDKAKENPGCVEHFVCEMYKTGETMSGIPYLLMSLTNSAVSFMVAEQFSESIQMEAITRASKYGRTTGTCHLMECPLLNGKLREVTDWLAGFEELLGYVVNSVSQSLG
Ga0193462_103672Ga0193462_1036721F078793SFSSRFKNNDAGIDYDALKKKLSPFQLEKLTFYFEQFFDCNKNGNLEKDDFLILNERFRTIAGWEKESVEYKTLVDNSSVFFECLLDQVKAEANHYNEGLELRSWEEALKPNKMVMEVVTLSGWLNMWAKLFDGAAGMDDFPIWVQLLPNILFEVQGGKKNGCITKESLRTFYKNFASVQDEHTLDKLTDAGYNTMTSDGEYKLDLNNYKLLFANFLLGRTIYGPGKFVFGCFDNSDLQKPYQIIYE
Ga0193462_103683Ga0193462_1036831F005140FGESNKQKYDKAVEEAIGKCMQLAPAFNLAHIISDTHNQPRDPFKSLQFSNLDNLVSLWRSKRDTGRSKRETGLVNVDEDDFVEFLDDVAEYKGDMAAKMGNLSCVLVEMKMLTPDQKINIEEYLKDATEIEGFDLDASPLASDPEWWQRLVNGYQDCYDISESIPQAHMDKNPMKKKFGRQMMFFKCADKNEKMNCALGQMKRWIDSYYAPDERDMSQYGLPEDKYEAAGLSLMVDYNAASDEERFLGNFFWGHEW
Ga0193462_103741Ga0193462_1037411F049398MAPFDEELSDDPEFPPFRTPLKISPKEGLLGGLRLPPGLPGLYELEPPGLPGLYELELEPPGLYELEPPAGLYELEPPGRYEPEL
Ga0193462_103789Ga0193462_1037891F005532TTLTLSQTPPKDEDCPFGPGSCPVTLDNVVDVYFHDVDDIRSCQRECRQIEDCKFFTMKPESDDPHDHMKCFLFKTCDHLEACEQCITGPELPIIDDDHCNNDGNYTCETSLDNVVDVYYFDVEDTFSCKDQCNMLDDCNFWTFFDVPDAPQPHHKCFLFRECNIHEPCKTCETGPKGKYYPRR
Ga0193462_103824Ga0193462_1038241F004094VGAQELGHAEGTDPVVAENLSHLLVGVEELLVLGVLKVVLLDVGPQLLDALSPGSLLLADDVSQLSGELHGLGKSGSLRHVESLESLVGCEKL
Ga0193462_103873Ga0193462_1038731F089917TWGPHKSNMALTMFNMHNSLFPSEAGFGGFQEFRRMDRLMEQMDRQRAEFLQDMDTEPAAPEQGKPFAQSYSFSSFTSNTNGEVVTHRSENFQSSAGEKLSRSRRAIGQGESAKAIEETMKGEEQTRTLHNMEEQDLEAFNQQHAARLHWQPFHALEPRAEQPKHALHAALEQDIDRVAGSQ
Ga0193462_103912Ga0193462_1039121F004094VSAQELGHTESTNPVVAEDLGHLLVGVEELLVLRVLKVVLLDVSPQLLDALSPGSLLLADNVSELSGELHGLGESGSLRHVEFCRVVSVGFEKRLEG
Ga0193462_103947Ga0193462_1039471F065401LAVCDNNRVFFECLLEQAYAERNTEGLEDRTWEQALAPSKMVVDSVSLNSWLHMWARMCKGAAGIDDFPIWVQLIPRVIFNVICSKEGGLIISRSSLRNFYENFTGLSGDTLEKVSTEGFRSMSANGDYELDWSSYKLLFSNFLLGRTIYGPGKYVFGCFDNSDMTEKYKIDYNG
Ga0193462_104068Ga0193462_1040681F039468HTALPTGDWKRYLIKNPPSYEGSFADADIQKFRPNPVPSVMEDPWFVSQLPQSRNEIQQIKMRNRRFQQSCALQGHGARQQVGQAGLTEDMMMMTSMAYSDLQRQVQMFQTLPTAPIPAPRSCLDEEFLSVDMLPAPRKIVPKVAAPEPVELPKCLSSSRQVDIGDQIAIRSYVLGKTL
Ga0193462_104077Ga0193462_1040771F100306PFEGAPEAKVVVTHNGPGKYSWVVKAAGAAEEWKIHACDDGMKLCARNLNTGDACTSELYKEKLPIMGKWKTASVSGCKELYKLMGMPDAEAQKHADEIVELEVDEKGPIVRWNWKSKLTPMDLSFKWNEETDIFDPVLKETTKNVATKNGNVMDIITHSSMGVWHCKITVGHTFMVNKCGLKGMEPMTYIMMRQKM
Ga0193462_104083Ga0193462_1040831F101224MYKVNNTLTGTYGSPMDMMDLKAKQGPEMTRASINNKKMTNVQLSNGDHVMGIRKNPEDDTFGDQKLAGDAMEMPIGRPLRYTPGLKCDAHLESLRPERAGNHRAIQGGEDWKRKLVQPPNHFDGSFVDADLQKFRPEPNPSPAEDPWYASRLPDQSMMAFDRLQAPAATYGYPEMPLSGPYGSMYPQDELSRIKMRNRRFVSSCAQ
Ga0193462_104089Ga0193462_1040891F007564PYYGTYGMYGYPGYGYPMVHSPMVNYPASYYPARRLIANYPTVGSPMAGTRNLIKFGNFLELNGLFEQVATATTTAPVTTVKGNFNIQQNGILDVFSGSEAKFSMYIMSSNDLTGKNIKVNLGTGASCLAASTGTLVELAMVNAPPSINGFYISGTTKGYNIDGMNSKTALMGSTNWLVLTESGTVIGCSKTALQ
Ga0193462_104097Ga0193462_1040971F102478MGVSVQESTSNRSIMKVFVPLSLLTIIGMANGQELDAASLNAILPEGFTPVCEEGQEPNPFGTRSKRQIGGDGPPPCWHVNDDNLDNAGCAAAYDGNCENTKPYVERGHANLCIYFAAPDKWFRLRGTYGWCGADGCCDFQPKGSCNPVRPLASYFPLSGFQTCAEVSNPDDFAVTGAELMKGEEGSERVICIKNEDGVFVEEIVKLNDCGGLGCCRFEFKDAPAEE
Ga0193462_104134Ga0193462_1041341F002147STWESHTDRHIVNMFRYAALASALLLASVNGARVRRDDAYGAPEPDTYGAPAETYGAPAESYGVTAPEYGAAETGLDLTTIIIPLLALLGLFLLFPTYVTLTTVRRKREAVDESSEVSAVARMMDMYQAIMESEECLERVACDVGAMASDAGLDTSLASVASVMVPSKYSKLMKQFGAAKNCKKIKCGSLF
Ga0193462_104162Ga0193462_1041621F021235AFYSNSYFSGRVTARPFNERALSMPRQVSFSYDDRCVVTPPRETSVERTDTHYTDFDYKVINYMGKLALEDTVKTSVSRAREESKARSLSHPLGENYSQKYNYYDTSKYESNYLYDSTKEVLGTWKHSGLSAETLRLRNLRSRSPLVTRELDRYFEMKPNYVGDRSYGTCGFRHYNYRRVPYFGGSDDYSYMRRRPGQFCRAV
Ga0193462_104192Ga0193462_1041921F000073RESIEADKKADVALPASGKCSIPAKDLKLPSSFVDFMTKNDSLRAMVDSGKGNLQWERDIPPAALSNLEGLANKDFKGNLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPTGVKPEVEGLIEKGKISLDLYEILGVCTWVEPK
Ga0193462_104246Ga0193462_1042461F070849LILERPLITTIAIANAIHTHGSLLQVNVPEIAEHPIELEHVFATFLALLYVPAEMSEFPKVDQTTLMDHSTTHTKLVQHPAKILMSAEMTTEDTTEETSEMETIPTADLIPDSMPIGLLSPLGLTDQFSQAGPTDLLEVLLAAPLAAPAAPSMDLSGKVDPDPDNLWMISLTENHLMIMPLLLLELSK
Ga0193462_104259Ga0193462_1042591F068484RWASGTSIASTSTHELMDNSDISNGDRVSIRTTNAHTYETRTVDYINLQGVAGTDNYFTVSQPFTAAHKEKRIFLNFKGTTTSATCSGRGLCDGSSAECQCFKGYTGQACQIQNALAA
Ga0193462_104267Ga0193462_1042671F000021KTKIMDNIHKYFYLIVFTAYMRQAADLARESCPEEKKKDLTLSGGRCAIPGNELKLPKSFAAFCEENKTVRDMIETGKGNLQWERDIPPAALSNLENLAKTDFKSNLGQIIHDIYQTAHVMFSDMPQGDHKKRAKYRFASKTLMRILPPDLAKEIEGLIEKGKITLDLYEILGQCTWGKNELATA
Ga0193462_104288Ga0193462_1042881F038977TWGIQLSRRSPVLFNMNACILVLALAVAAQAQFEPAKCDWEKEMVCPGMWDSETGKQTSPDTCMPMKNGDCMNHCPMNCGKDMMLCPGKMDSNGCKMPDMCMPGKFCPAECDWEKELMCPGKWNEDWTEQMSADFCIPNKVGDCWNSCPMDCGKDTVCPGAMDPKGCMMPATCMPVGMECPKI
Ga0193462_104357Ga0193462_1043572F021993GSPSTNGGIHVTGAYNPTTQPANSQGMGISNGLGEEITHNAQQTKLGVNVWKGRFDKVWTNTRVNYANGLDFTVDSLYVTGPYSGKAIVRFNRTTGEYMHHFEDEYLNYPVDIKEFRDYLYVCSEDQVRKYNRLNGEFIKTHSQTDGLLSSFLLFHINWNQNLGE
Ga0193462_104404Ga0193462_1044041F001865MGASFQLEFYSWEEIMIAKITLVSMLAAVALARPEADPYFYHHGVVGHVHPECEHGVDTLEVQSCAPRVAQDCTTADVVSEEITYEKRCKEVVSKTCSPVIVKRSAEAEPEADPQFYGHFGHYGYGAPITYALPELKTKEIETPCAEHTTEHCVDVPIVKEVITPVETCHDVTKVDCTPADHNIAKVTCTPGKTTVTDLAATYGLVPAAPAPVEAPAAVDA
Ga0193462_104631Ga0193462_1046311F086547PGIEASNKYGPVEPELAPKEKIKVEKPFVAPNYPGIEYKNSYNLDQIENGMPTPFKAEEGSIMVGPKYPGIQDSGYEYNPPSTRGQLPKVEIISAPVFVEDGANKYSVVPEKTHGELLHPLPLHGPGVEAKNAYNPEMEKQPGQLVMAGPKFKGVDDQCKYNPDIKKADTSSMLTFSGPVFPGLPGGSLYNEAPMKSPLDGQRLMTTPIFPGIKAENSFGPASMGF
Ga0193462_104696Ga0193462_1046961F003503KLASAFETCLGGEEALKPEQVDLACTAGSPLGAKLASAFETCLGGEEALKPEQVGETERRRRRRPNRKPKKCPTVDQIKEKMGEGMEGDWCVLYQLGWIDENGKENNETSTADLMSLKPEVLAELDESAMATCAQERVAMIGKMMEKKHKRCANKFSEEDKAELTEMALKIQGYNCFKEMFHSACQKSVKSQVYAFFQAQAMAAASTEASTTGAPATTTA
Ga0193462_104734Ga0193462_1047341F000049MTFWQENYPFIKDVYLMRQTKMVEWMENVEKAISRIMADKVYTSAEFKRERDNFHALCKDLERAEVKKWLQQILEILMAERGKEERTEQLSKLDSIIKKHEELIPTVLKTQVKVDLYWKCYAYGDELKPHIEFLDGIMLSSTRDIAPSCIENVEELIERQEKSLTQLETKRGVVRDLISKGRQLLENPDKPKFLDSHVGRIEQGWDETKEKASARLTLLNN
Ga0193462_104744Ga0193462_1047441F055401HGDFIGSHRRVSIITDMIVLLAALAQQPPQQSPTWFIPSQEKGAQDESAFCAAELAKTSPSELYKTRTSEILLPEDLPPAVCIEFPFAPDQLRYGAGSRGECHNQCCFFRPPSKNIPDPPPNPEWYEAEAGCNDDGKAVSKPIILNGENGDKRTVCIKNEEGVFSPVDGATMACARGCCLFFAAEN
Ga0193462_104747Ga0193462_1047471F000276MKTAAIILGLAAAASSKFCPGERNGNQCVAGDNAYKCAVFFENLTSKRPLTWIGALPDALEKATNQEEVKDILGADVTRESFDDLPTCEGKTANARCYTILDRQTDLALDSCDKNLINTRGSQTIGDYLCGQVRRWLRRSDDFKANGIRDLKLPFYYSACNGEWTPISNNGDDLYFKEPLCCSPEGSFFRCDGSAYNDSC
Ga0193462_104810Ga0193462_1048101F005448TWGVLFRSPNRMLLKLVLCIGLALGQEVTDEVIDNINEATGIALKDSFRCGLFFPDPADKSPDKSALPYLNLYIFNATFDAKAECDSGTPNVERYNTFCAEVWDKGGKGLVLTSPSLNKKRAADGISIGDDICNWVKTEGKTPFVGKNSKKFPNGLEFGMYSNSCGNKLWDWAGRIHHEIVCCAKGLHTPCDF
Ga0193462_104885Ga0193462_1048851F053774MDLFTTLLVGAAAAIALVIVLTLTLTRNNNKEKKLERRKTSHVTEVLQVDMVDRRIRTTSLDHSVDMEDLRSSSEGRADAVLRPIAGLSVTKIE
Ga0193462_104925Ga0193462_1049251F007155KLLPHSRNCSSKMSATTVPVNTLNKSKEDFIWFVKKAVSDKKSYSYTELYHCLLKMFADADSNNDGLVSRESFSKLVDAAGALPRVYGFAPKDSDLYKNEKEKEEARKKMFDSMDKKSTGVITFDEWLAYSLEHITAKTATLDPHPIIDHGSVDQYKAFIKAALTNVGGPENIELYWFMLELFTDHDTNKCGQVSLSSFSPMMTELCQEARTAYSG
Ga0193462_104937Ga0193462_1049371F093138MLDMDAFSGVTEVKLVAKLNVQKADANTDTPTQLLGTCQLSGLRVSDFQDAQRDAFKSAMAASSGAMKEHVLIKNVSAKSSRRRLRGLSDQASNGDGIVVDFAITIARDSSTEPPAEEEAPKGLEAGHVAAITVSTILTVLLTVGIVLFVLRKHFAKKSQVKSVVKSKPKKPTESSKECSKYSSSDIEMTYPN
Ga0193462_105000Ga0193462_1050001F075640SRTRTPAIPTYTEALIRSSQRLRERSMSPPPALPPMEKVSPYKCNMDYYRGKVKSVYEKEPCFKDFVRNIPLSESNMYDMNNLTRIKRRFSSIVQDRWGRDSTPDPLKPSRKTSEVYQPVAEKLAIKHRSLPVGPLPLPYIYVYHRSTNTRSY
Ga0193462_105062Ga0193462_1050621F000048GLSKPSDLNEVKALHEKVHTFEKTCLKYLQVLTAASDAAQKMTTHDEADGEVAALRERYAKVKAVADEWTAKVDTLLKEWTLLDNTVTELNTWVAKDKSSEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0193462_105066Ga0193462_1050661F032138YCSGTWNEDWTEQITADFCIPMQNGDCWNYCPTQCCKDSVMCPGKMDPKGCKEPDFCHHGKFCPVNCDWEKEMMCPGPWDPKTGEQTGPDMCMPHKNGECAAHCPQTCMDGDMMCPGKTHADGCTDADYCVPGKFCPADCDWEKEMMCPGTWNEDWTEQITADYCMPYKNGDCSAYCPKQCGKEEILCPRMDPKGCPIPDTCYPAKDGCPKM
Ga0193462_105072Ga0193462_1050721F001267MGSVTPRLTSDMLKLVLLLSVASLGSALNCQECVNEMHGLSFLIKQGAPDIMTYLTANYCPTLDGQPNQDMCESDLTKNYVQMLFMVVQHFFVDGAQHICEAWNFCPVPQDVVPEPHPYTCEECVEGLEVVGAYMTDPLWIAEYTLYLEQNFCVGHSERCIPAVKTHFPPMHAMVVEAFWKPQDICDATAAVCGATKPPQ
Ga0193462_105109Ga0193462_1051091F000048KPTSLDEVKALDDKVKQFDSNCVNYLKVLDAAKAASLKMTTHAEADSEVAGLKERYDKVKGISDSWVKKLEVLVKEWVLLDNTVTELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKEKLVEDL
Ga0193462_105157Ga0193462_1051571F007680MKILITLALISITGAFAQDFGDCKACEFGVKIFFGHLRSERGVNFQIATLSRDVCPQMEDWFKCDFEVGRHWAGINHVVYDDRIAPYICSSLSGQNCTAMEENTREWNCDSCMRDVVLMATQYSLPEITRGLEYYLAHQGFCEDPVLGLNQQQIEDCQDTIRVFIPPAFRSLDAAYTVHAQDICHNWYDGVCPKPH
Ga0193462_105193Ga0193462_1051931F096579MGSKQPTASTEMISKRLLCLLSTLMAVALVNSKSADLVRRINKASIDVCLEGWLRGEASIIGAHADQENFYFEWVPTGDRYPFAEFPAFYNQFKGDALERTGWYNVTFYNFIQWEEGTQLYESAQWVVDGYDSGDYTLLVDDGLLKWGRTQKLPYLTGETFKSKEICNKDDRICKTAVVKGKESKPTPAFFDASTGILG
Ga0193462_105261Ga0193462_1052611F000119TWGLQLLQIDRMVSKLALLLPLIAAAAAAPEQRFLCSECVREMHGLAAMVKMGAIPIHDYIRDNYCPTLDSTAAQHFCEDSLSKYYVGMLFAVVEHWFVDGALHVCQTAGTCDAREYTCDECIQGLEWVEAYLEDPIMIAEFRIYLEQNFCLSDWDDCKQLVEEHFTGMHTMAMEKFFIPTEICMQEPVCGGSPTFPPKPTDGPDA
Ga0193462_105273Ga0193462_1052731F067382HGESFPNILTMNIFVLLSVFSFISAAPAPQEEEVNVVPYVHEEIEALPYVHDATGDVSDDSSPEALAYVHDVTGDVSDDSSPEALAYVHDGTGDVSDDSSPAAVPYVHQEPVQVAVPVASPVLSYAYSPVVTAYTAGKVAVVSPYLYAHTTGCVNSVGSVVPCHV
Ga0193462_105289Ga0193462_1052891F000608HGETSFRLGTDQGFFSVRMTRQLVILVCCAALSLVTARKFCPKERNGDECRAKQNQYKCGVFFKDLTSKVPLAWLGALPEAVVRARKEGASDNDVISLLGSNVDAESYEGDVCGDTLANTRCYAQMTKVKDEDLDSCGKSLVRKKWSDQAEETMGDYLCGQVHRWLKRNDDYKANGRDNIEMAFMYSECGNEWTEISSSIEGKLVPKEPLCCTNKGK
Ga0193462_105366Ga0193462_1053661F001267MGTIDKDTSATASVMLKLALLLSLASLGSALNCQECVQEMHSLSFLIKQAAPDIQAFLTANYCPGLEGHEEQCENDLTKNYVQMLFMIVQHFFVDGAQHICEAWNFCPVPEDSIIPEPHPFTCDECVEGLEVVGAYMTDPLWIAEYTLYLEQNFCVGHPPRCVDVVKTHFPPMHAMVVEAFWKPQDICNSVAAACGATKPPQ
Ga0193462_105367Ga0193462_1053671F002829DEWMAKADTLVKEWKLLDNTVNELNSWVAKDRGAETEQQFSLEKMESTLGELKNIFKEKERLVDNL
Ga0193462_105417Ga0193462_1054171F029979MGVTAQSSPTMNGLLVLSTLAAASAQVVLPYGGLAGYPYGYAGYPYAVAKPVVNEVEVPVPVVQYAAIDTGCKNSFGHAVPCFQEGEARRKRSADEEAAEAAPAVATVLPYGLGLGYHGLGYAGLGYAGLHYPYAVAAPAPVEVEVPVTQYKYVPEVKTVELPPACQNAFGFAVPCA
Ga0193462_105444Ga0193462_1054441F028079LKITPKVNVDIKECMAGTSDWFGDYRLDVTPMPIEVAAGKDITLDGEITIKQIIEEGSTLALKLVGEVPVIGKIPIPCLEINPDLHLGSCTYDIGGDLLPLLESTGRCAEFMPEGQACALPLNPGQYAGGDPITLTLPDIPDILIPILSPLKAIDAEITGMKADGTAVACLGAKLELTVG
Ga0193462_105505Ga0193462_1055051F085738DNRILDIELKEEEEDEGLLDSFFAQSRIVDQVNGFLKTRAKKNPGCVERFVCEAYRTGETMEGIPYLLMQVSNAAVSFIVADMFDDAVNINVLTQAARDGRQGNCHSSETMKCDLVDNQLRTLGDYLSTFEEFLTQIFNSVSESLNFGR
Ga0193462_105511Ga0193462_1055111F000480GLSVLLDLAMKFLALALIVASASAKNLRFNLLAPPTELEYGFCDGSPEPLTFDVMSVTPFPILVQNGATITLEIQITLNQEVPVGSVVDLNLVLEGIIPIKIPCLEIEGLHIGSCHYDGDELLSTASDFLCPTYVPEGQACALPLGPGVYGGGDPLTVGPIESIPDILLPFLKGTVRAEATVTDGSGNLFGCIYVRAAVDH
Ga0193462_105524Ga0193462_1055241F068416WGVSCLDRFNMLSLYAVLVLALSLNVDGKCQRGESSLCFVAEMPNLRLNKCCRGFECTELEGGNGDKFCMEKNATRLAEGESCKGFSRNCQEGLACKATCKRGEKCKERVCVVPLQLGEDCKLPEGGLSRNCGKGLKCSKKDGVCVEKKGKGGKGKGKKM
Ga0193462_105533Ga0193462_1055331F000276MKTATIILGLAAAASSKFCPGERGGNQCVAGDNAYKCAVFFEDLTPKRPLTWIGALPDALEKATNQDEVKDILGADVTRESFDDLPTCEGKTANARCYTILDRQTDLALDSCDKNLINTRGSQTIGDYLCGQVRRWLRRSDDFKANGIKNLKLPFYYSACNGEWTPISNNGADLYFKEPLCCNPDGS
Ga0193462_105566Ga0193462_1055661F039934MNALILSTLFFVLGTSAQKQEAGCVIEWKETTEIEFKDVITTVCTTEFKHACKEKTIQECKYDIIKEPLTETVDQCTTENVKSCKKTWACNDEGWVEGTSTCENEVYNDTDECTYLPQTVCNKKDVTIYVEKKERVCEDIKYKDCTEKAAVETCEEDHTRIPETYKQKVPFKKCSSD
Ga0193462_105580Ga0193462_1055801F028412MKGDKKRSGGALLQEKIQARSSSLTSSEMSDEGSSELEVAKMPPTIQTLTECLHRIHALEKDSDDNYSSHNQINLQNSLLEALGLVQLLKKNQLEEMPFSVRKRAVDSVERNQENFIGQQTELVFLFGRCFNLSMNIKILNQCNYADPTIASRLMIDFHVIDSSLQTKLMHYQCDSLDLMSLKR
Ga0193462_105598Ga0193462_1055981F002366KEDFIWFVKKAVQDKKSYSYSELYHSLLKIFVDADTNRDGLVSKNSFSKLIDAAASMPRAYGYAPADSDLYKTEEAKDAARQKMFDSMDLKATGVITFDEWLKFCREHIAAKTATMDPHPIIDQGSVEEYKKFIETAINKSDSSEAVELYWYMVEMFTEHDLQKEGFVKMENFASMMHEFLATPVKHGLKTPSKDEYETIFKKYDPRSDG
Ga0193462_105604Ga0193462_1056041F100329EIEMEIAQRNRSGSVNSRDAVVGTSSGSPVGSAPNSNTENKLENQLYDKYLANFFNPLHAKPTGEGIAPEATFAQKGVLYDVDGKFSYSTYTEEMRSYHPMLDIKALTKDLK
Ga0193462_105677Ga0193462_1056771F041572KDFILNLCFGFLGLHFLDVEVEFFTFQNVTISSSALTWSTVDFGQNFTLKKLGVQVSSDIGGFLSVGVLFLGFWAAVVDVVDSFGFFFREFVGLLSAEGFRVVRLVELSEWGSIDGNDGTFDQSFGSDQFVGGGVVDDIDDPGGSGDSFAGPTEVTVVQPQSSEFHVATHSSDGVNSLGRDFGVRSWSTELELSLLVHLWFSTTGLSS
Ga0193462_105690Ga0193462_1056901F002590MGTDFVCQSLTMKVVAALVTIALHQAAADWSGSGEFSCYGHVSTDVTSPEGGDHLGEGTLNCNIIEWGGGPLGPEAMFFKPNGGAEFEIWAWDYHDWDSEHWPMPYATCEGQIWYKRDDMGAGYCTPHQTEKGFTGCGYGHCVGDIVCIGC
Ga0193462_105766Ga0193462_1057661F068416WGVSCLDRFNMLSLYAVLVLALSLNVDGKCQRGESSLCFVAEMPNLRLNKCCRGFECTELEGGNGDKFCMEKNATRLAEGESCKGFSRNCQEGLACKATCKRGEKCKERVCVVPLKLGEDCKLPEGGLSRNCGKGLKCSKKEGVCVQKKGKGKKM
Ga0193462_105801Ga0193462_1058011F001119MGVHFTFENQAVMKFFLAIFAVLAVANAQESCDLCKMGVDALGQYLMTEAEIAAVEEGLVDLVCSTLDEEQIQTCAEGVYTWWPSVTEALFNYEGTAVAICVGTGSCKYDLKQEVSCAQCEDWMGRVSGLMATDEFANVVYNDLHGAVFCDDTTYVPAANTEECKGLMDLIGVKAVKALGTLLSVAASRICVDLGCTA
Ga0193462_105870Ga0193462_1058701F005378MPLQKAVYIIGLIELIITVIVTIANVVKYSQFVNEEDCEGKDVCIGPIIKYCVFDAFFGILCSVLLFIGARMRHRCLLIFWILITLGCSIKYLYVFVVSDWTSLEDWVSISYLVFYTAVTLVVVAFTKECGTTSGGVVHDYGAPPAYKA
Ga0193462_105909Ga0193462_1059091F058655HGDSWGKSLIMFTLIIVAICLATASSAHGEEREAKQFWPNTPQSSPLIYQTLPQHHQYPIHYPVGFGFGGVKLRTKVTGTLKSKTVTPAIKKFRLHLQKNKPATSTYQSNKFETVFWFLDKNGDDELSRNEFMGLALLSEEYVDPAEVLEIMRFTDQNYDNAIQHWEFIEAMEYFQEANELDYDY
Ga0193462_105941Ga0193462_1059411F034810TWGHFIQTSHIMQYAVVFVAILALANGQFTCDECKQGVTALGQYLQTPNEIAAVEQALSDLVCPTLPEDKIEACIDFVYSNWEAMATALFAYENTLTDICGALGYCTKFQRAFGVRITCADCNAEMAKLAGVLADPTFAAGVKDNIAGPAYCESTYNVGDVATCKEWIELMGVQAISALGSLLAVSSERICGELGCTK
Ga0193462_105970Ga0193462_1059701F011083GGVWRTDGIVASTSDIIAASRVEDALRALPNEVLEGVTVKARTSDTVSLCTRFHDGVQHLGGYSETTDGKFKNSKMTTNFCETTYTMATGSNKMDFTIEFADKPGQTGVQYLFEVDINKRGAGSFPVSGGITGTGAYSVAEMNFNVNLGNLSELAECSDRGLDDGDGQCECFDGFRGLACEEQEALV
Ga0193462_106002Ga0193462_1060021F007680GVKVFFGHLREQKGVNFQIATLSREVCPQMEDWFLCDYEVGKRWAGINHIIYDDGAAPYICSSLGAGNCTQFEQNEREDWNCDSCMRDIVLMATQYSLPHITHMFERYLSHEGYCEDPALGLPNWEIEKCQDALHVFLAPAFRALDAAYTENAQAICHYWYDDVCPRP
Ga0193462_106014Ga0193462_1060141F086568FQTQMIKTTIAILFCVASAAASVDHRGLEVLVERDGEIEGKIVGEGNRYPGESCEPGEGQCAISSCNAETLTCEEAIAEETEDAYGDPEIEFEHPEPTNVQIVEDDRQLRSARHYARKYDRQVRRANKHAFRASKGGWGHSYRGQQHQLYKAAKHDAKAQYAANMYAAKTGGLGLYGRQLRSARHYARKYDRQVRRANKHAF
Ga0193462_106096Ga0193462_1060961F000075HGEYFLEMKFAALIAVAAANRYESMNEDDLLVSLESTLSSAQASEARGDADAAVAKTAAIKNIQKALTARILKRLDDGQPLVEVARKMKAIEGMQPQINDMERRLGIMQSVEPVLENAIKTLQKVVDVRGMGKK
Ga0193462_106198Ga0193462_1061981F038531FVCITIALVNGKPQGPFLGLAPGPFHSPGPLPYALGPAVCPEEVCTACEEEGATDLKPILEINCQEGLEDCHASAKDCSANAVDCNEPLKDCTCHIDPQDEGCTKECLIGPGPCLRENAITVGKCVAEHREEIAKCVLEQENTVGKCLNEKRISLAKAEECLACAAGCKKEEK
Ga0193462_106219Ga0193462_1062191F043208TWGQFVRSNTCNMMYLAIVLLVSLSMSVNADRRCQTAGSHMCASSDPAMAGIFLKPCCKGYVCREDPENPTGDMFCMESEAIPLGGNCRGMRGLCVEGAKCSNGVCVAKEAKRFLGLF
Ga0193462_106220Ga0193462_1062201F000021AGYIREASAAAREAIEADKKGDVALPASGKCSIPAKDLKIGKSFVDFMNENTSLRSMVDTGKGNLQWERDIPPAALSNLENLAKSNFKGNLGQIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRILPADVKGDVEGLIEKGKMTLDLYEILGVCTWNEPK
Ga0193462_106241Ga0193462_1062411F100321SGVKLNTKQMACYANKELYGIMTTASAAVSACADNPGKYPNGKTAGASFCMFDSMGFFNDDKMKIHWGHVRDSAGSFSHFVDECKDTDYDTDGGFWDGVGDWMWGEDFDYGTVDKAVGNFYHCIAAKMVQEAKAEFQAKFNAACPKK
Ga0193462_106256Ga0193462_1062561F002762WVSSKEVTQRSKMRVLILGSIMMLALTEAQKPTEIKDSELKNLIKPTPGAILEKSFRCGVFYIDPNEPAPEEGGRPAASLLIFNATWDAADECPGGNYPRYELFCNSIWDKVSKGGVLVLTSPSLNKKRAADGITIGRDICEHLKNTVKAPFVGKNSKKFPDGIEFGMYSNGCGVSDWTYTGVKHHEKVCCNRGDYED
Ga0193462_106265Ga0193462_1062651F050128DNLVALANNDFHKNLGKIIHDIYLTGHNLFKDMPQGDHKKRAKYRFASKTLMRILPDNLKNEVEGLISQKNITLDLYEILGQCTWGQAKSL
Ga0193462_106326Ga0193462_1063261F000119MGTSIFCVQIKMRAIVLLSLLAGAMAAPESRFLCSECVDEMHKLGHMVKMGAVYIHDYIRDTYCPTLGDHQHFCRESLSRYYVGMLYAIVEHYFVDGALHVCQTGGVCEAAKEYTCDECIQGLEWVEAYIEDPIMIAEFTIYLEQNYCLSDWDDCKQLVAEHFPNMHTMAMEKFFIPTEICMSEPVCGADPPTRPP
Ga0193462_106371Ga0193462_1063711F035637MATALKVVVLALACAAMVSAAGVAVGIDNADLKEAMAEAEDTDSALEWTRKHLRNWGGDFKKILKGMPPLALKDAGINLAGARDLMGHTVSDSRMASNKELQILAKAENRLAAAKQDVHEAQTASSAVRRAQLEDLAEELTHEAVRRLEDTKEVD
Ga0193462_106457Ga0193462_1064571F079563MISIQLVEMMKIYSNLRQMGGEELGHSEGTDFVVAEDLGHLLVGDEELLVFGILEVVLFQVSPKLFDAFGTAGFLLADDVSQFSGELHGFGESGSFRHGDLRWVFGSV
Ga0193462_106461Ga0193462_1064611F022344TWGSSKTTHTIVIMWSLIVINLALVAALPTEVPSDGVIDERIVNREDARADTAITGSLVNDVKQINVLLNIPNNCNAENIYNDMIKQINNCKTGSDRGHPNLNSGCLLKIDFTMLKSECQNSKLTFPVEVEDTWHPGPTCNGSYCQESSDFEFSKTEDSNVAFPDEEKPQAPY
Ga0193462_106472Ga0193462_1064721F019777GASAMPKADPQLIGAPLVPSLYHTQNCTNQEDTITTKSCVPVNNQECEDVEIPQQKIEVANTCKTVTVQRCGLEPAETEAADEAAVEAERKKREAEADPQALLHTPYLAAPVVPLLKHVCEDVEQEYCYPESKIVDSTVTVKKCLWKTTVECTDVEHKIPKVVCEAVAPLPAPVPALF
Ga0193462_106603Ga0193462_1066031F002878TWGVFSYSITMKLLLLVVAAAGVAQGAVTCDECQAAAQDFVSHLLTEESIAEQVQLMKDNVCPQLGMDGCEGILDMWYADMATCIFNHFIIEGDACSLAGLCYVRDWTCDECSMLMSGLADFMLQEETIAEGVSYLQGECFCGAEGHTETCPGLVEAVVPLAMPVLAAALTEKTVEHCQEIVGVC
Ga0193462_106653Ga0193462_1066531F009666HRVAMRTSAAVALMAVLPSALSLPRPGMLIWNCQGCPYPTKTHHADVELSGPSGKVGNLVVTHMIPEGGVGQNVEIENVNTRVSFENLQKQRNFDVRIHEGTCENLGEKIHSVRCSNCQNSLAVKIMGSQKKLHIKGDGSEGDLIGKVVLFYDRQRGSKLACGLVNKREQ
Ga0193462_106688Ga0193462_1066881F022344MIQTIIIIAATLGLACALPTESTVTVDERIVNREETGDRDRTISGSLVDNVKQINVLLNIPNNCNANTIYDDMIRQISDCKSGEDRGHPDLQSGCLLKIDFTMLRSECQNSKLSFPTDTENIWHPRPSCNGEYCQESSNLEFSKTENSNVAFPKDQTVKDDSYTGPY
Ga0193462_106746Ga0193462_1067461F008350MNRLLSLLLLAGASQAKPAADPQLGLPVFGGPVLYHAPNCTTEEDTITTKSCKPVTENECEDVEIPGSKIEYVDNCRNATVQQCGLQPVEEAEEGDGVEAERKKREADAQFVYGAPFHPVVPLLKHVCEETTQEYCFPEAKVVAITNTVQRCLLKTTVECEDVEHKIPKVVCAPTPLPAPLTVF
Ga0193462_106763Ga0193462_1067631F000879HGTHLTQSSVATLITMKTLLVCSVLVAASSAQYLGYPYALGAPLTYTPHVIKPVVKEVEVPVKHITYGVKETGCTNVFGFAVPCLAEGEARRKRSADEEAEVKAAPVLSYAGLPFAGYPYAGYPYAHYPYVAPTYAVAEPKVTEVEIPQIVYKPVEEKIELAPLCHNGAGFAVPCA
Ga0193462_106768Ga0193462_1067681F058655ASSVHGEEREAKQFWPNTPQSSPLIYQTLPLHQYPIHYPVGFGFGGVTRGVKLRRKVTGTLKGKTVTPAIQKFRFHQQKNRPATDKDFEQAFWLLDKNGDDELSRNEFMGLALFAEEYVDPADVLALMRFTDQNYDNHIQHWEFIEAMEYFQEQYEADYDECNYRPCK
Ga0193462_106790Ga0193462_1067901F033680MIPSCLFAPWVVPVLGGPGAVGLPSGALPHGLRPVSAPLPFGLAGVSPARWALWLGAVCAGGLWLHSSRANLLLPGAQVELALGDGEGEEGGQGEDDQPHDDAAAPH
Ga0193462_106797Ga0193462_1067971F007155KLLPHSRNCSSKMSATTVPVNTLNKSKEDFIWFVKKAVSDKKSYSYTELYHCLLKMFADADSNNDGLVSRESFSKLVDAAGALPRVYGFAPKDSDLYKNEKEKEEARKKMFDSMDKKSTGVITFDEWLAYSLEHITAKTATLDPHPIIDHGSVDQYKAFIKAALTNVGGPENIELYWFMLELFTDHDTN
Ga0193462_106845Ga0193462_1068451F002148HGESRCDREERYSPGSKMVVKSGGNWKRPVNRMYTYNFQIGENYYLPMTSYLETKTGSAADVPGPLCFSERISLHPLSGTSVSVYGDQSVETIKKTRQVISNM
Ga0193462_106921Ga0193462_1069211F058655ASSVHGEEREAKQFWPNTPQSSPLIYQTLPLHQYPIHYPVGFGFGGVTRGVKLRRKVTGTLKGKTVTPAIQKFRFHQQKNRPATDKDFEQAFWLLDKNGDDELSRNEFMGLSLLSEEYVDPADLLTFMGFFDQNNDKHIQHWEYNEMVDYVQDVQDRLENNSNDYFTVQ
Ga0193462_106940Ga0193462_1069401F000073EEKNNLRKMVEEGKGRLQWERDIPAAALANLENLAKTDFKANLGKIIHDIYQTAHTMFSDMPQGDHKKRAKYRFASKTLMRILPADLKGEVEALIEKQSITLDLYDILGQCTWGQGLKA
Ga0193462_106961Ga0193462_1069612F003184GCHESPCSHIKSMARVNMMKTIVTDRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIEKKNNQKLADKERKHLVMLEACDDEYNYHYKLFGQGAGADRDMKFYAPQMVKDYINQIRRF
Ga0193462_107018Ga0193462_1070181F032526DAKIESGRVAKYDYDTAAAGAKSCAGKVAAPDLTQYVWDYKNDENKDLGLEVGAVVHNREWSYGLIKYASLVQVAVSFKAKCTFSFRDEGATRTLKIVDDTGYTHGELDINIHAGTPCVCAVPRKEKIAVKDKVIRCPQKLSSRKPGNCE
Ga0193462_107083Ga0193462_1070831F008474MSARSNLLHSVLLLELQILLPESVDGVNHDLDQLDLGVSQPVLVGDVVGVTGLTTGLSTSTTGLDSQLLTASLQLVNRLLGPAGQVNVDGGPHAGAE
Ga0193462_107084Ga0193462_1070841F102473DLQVEVAKWEMKNRSLEEEVASLREEKEELQYVLAAHRQSCTLQIKVEQEESQSQSPVLEPAKPQRPASLSLTPVTVKNIEGVPIDTPSNGILSFNTLLEGRTGLTPTNILTPTSLWATVKTSSNLNTPNCSSQQRNLTVVDLLSPSTQALLSL
Ga0193462_107085Ga0193462_1070851F028412MKGDKKRSGGALLQEKIQARSSSLTSSEMSDEGSSELEVAKMPPTIQTLTECLHRIHALEKDSDDNYSSHNQINLQNSLLEALGLVQLLKKNQLEEMPFSVRKRAVDSVERNQENFIGQQTELVFLFGRCFNLSMNIKILNQCNYADPTIASRLMIDFHVIDSSLQTK
Ga0193462_107279Ga0193462_1072791F000021TPKTGGTGIKQLRENIAESKLSYEIMDDAAQAFLKMKIMDNIHKYYYLIVFTAYMREAADAARNLVPDDKKAELTLTGGKCAIPANQLKLSRKFAAFMEENKKLIDLCETGKGNLQWERDIPPAALKNLEDLAKGDFKANLGKIIHDIYQTAHQMFSDMPQGDHKKRAKYRFASKTLMRI
Ga0193462_107308Ga0193462_1073081F015300WSLKKKEAEKKPDPKAAALPFYKRFTYPFTRKQTLLGLLIFSLILSVLAVVTWYVVYQLELLPAGVHASFHTLATTFLISQGMGTGGQVEHV
Ga0193462_107405Ga0193462_1074051F007792FSMEQLSKENAGILCASHGGWIVEIPHPPVNYWIKAKLLDLYTPDKQEKAGVPWGNLFWMGAVTEDRHDDHVNGNWWWPHANASVQWFDWGDNEPNDFHGQNCMTYMEYRDVIFQNYRDYFWNDSDCKNDVAHYICVKDCADCPEQGTTPAV
Ga0193462_107498Ga0193462_1074981F047472PRDDDCMVCTEKVGMLWKEMSAEKHEMEMEKAIIKQVCGHEKDPSQCTMLVKQYWPMVAKAMFSDMTAKMVCEGLSYCDMKRSGDDFDCDTCKSGVMAMGQLLTSDDAANEAVTMLQGKAFCQDPGMGLSGDDLKMCQDYIANYIPKILKHMFNGFEKEKRAEMVCKDLFKVCPK
Ga0193462_107552Ga0193462_1075521F089816MPAPNNVECDIDPTLEGCNTSTEPTCQCNGHTSITHTGLKIGECNHDAGNGFFCYIDADKTECCEKESTRYTKYCVNYSACSNHPWNSHKTRGPVKH
Ga0193462_107702Ga0193462_1077021F032526YDAKIESGRVAKYEYDTQASGSKACKGPDAADLTQYVWDYKNDENKDLGLEVGAVVHNREWSYGLIKYASLVQVAVSFKAKCTFSFRDEGATRTLKIVDDTGYTHGELDINIHAGTPCVCAVPRKEKIAVKDKVIRCPQKLSSRKAGNCA
Ga0193462_107707Ga0193462_1077071F000048AANNMTTHKEADDEVKAYKERYVKVKVVSDEWMKKADTLVKEWKLLDNTVNELNSWVAKDRGAEAEKSFSLEKMESTLGELKNIFKEKERLVENL
Ga0193462_107753Ga0193462_1077531F097456MADTKLTGTYKHQKNENYNDYLKALNMGWFKRKTAVSSSPIEKVMEGSAGTLNFKRICGINNTVEQTISLGEEHSETLPNGEVVRGITVREGDHNLITRLEHKKMGKMELIREFSKDGMVMYIKILDRDFEAIRYFKRQL
Ga0193462_107786Ga0193462_1077861F088945SVLNTDGNFGGGFDLRTGEQLMLGSATKFDAQMSVVQNQVGIFDDAFTGTPSNRIELSSTAGALGTKAASIAANSDVAIYKVHNTAGYKPVIVTESASNTNYQYVSQCSNRGACDGSTGLCSCFKGYTNDNCDTQNMLAA
Ga0193462_107824Ga0193462_1078241F011083GGVWRTDGIVASTSDIIAASRVEDALRALPNEVLEGVTVKARTSDTVSLCTRFHDGVQHLGGYSETTDGNFKNSKMSTNYCETTYTMATGSNKMDFTIEFADKPGQTGVQYLFEVDINKRGAGSFPVSGGITGTGAYSVAEMNFNVNLGNLSELAECSDRGLDDGDGQCECFDG
Ga0193462_107827Ga0193462_1078271F001067AAALECTAGTNIGDKLANAFSSCFGSMAGMRKEVKRIQLARNDEQCYSYDEIMQWVEEEYADDACVLQSIGWMGNDFEFDEDQIEADVMSLDPVVTAPLFAGHEDCVDQVMDYVEDHECADTFSEEEANSLLDTAEKIAHYECFLHLFEQGCMDFLGSTAAGRR
Ga0193462_107843Ga0193462_1078431F089816MKATITTLLMILIVNPQFMYASPMPAPNNVECDIDPTLEGCNTSTEPTCQCNGHTSITHTGLKIGECNHDAGNGFFCYIDADKTECCEKESTRYTRYCVNYSACSNHPWNAHKTRGSVKH
Ga0193462_107851Ga0193462_1078511F001067AALECTAGTNIGDKLANAFSSCFGSMAGMRKEVKRIQLARNDEQCYSYDEIMQWVEEEYADDACVLQSIGWMGNDFEFDEDQIEADVMSLDPVVTAPLFAGHEDCVDQVMDYVEDHECADTFSEEEANSLLDTAEKIAHYECFLHLFEQGCMDFLGSTAAGRR
Ga0193462_107852Ga0193462_1078521F100309DMERERARRERDELGEANDWDLTNGGQCEESEEAWVLTDARDHSMGKCVKFAADSKCAPQCFHQGKAVDETEEGAVCTKICRVPGSNGAMCNVIKMVMPQYQHSADLGEGKTMYLTKSKVMQAGLTKDNLGEADPMACAGVATNRRQ
Ga0193462_107897Ga0193462_1078971F073045TWESHSASESVKMLRSCLLFQLVLALAHSACVLEVDDENIFLSRMPGTWEIDIEMSEALAPSTYQSFNVSELTITRNDSNIESFYGEECDEGDFTLHMTGFAKTTNFQNESKVYDVAVSTYKGNPVITYLVPELDYEPAFAYCMLATGENTQEDILFIRDNHSGEGMITYRRQA
Ga0193462_108025Ga0193462_1080251F029322ISRLVTNGLDLLSDVLKEEVMRHVERMQMELEHKLNIMVKVLAIASSTLSCFNLMALASITIKSRFTSWLMLPHLFTGSVPAIFFFLLPWLILSFAPLSLNFPSLMAASALLIALFRALLQEFDTLFNLSKLLPAQSKSGLRVWRNIVPDIETDRVFLVSRSVDN
Ga0193462_108101Ga0193462_1081011F078175VTKGVFDPRTYREDDPVNWARKRKPDWMATTGKIHFTRERTVDKELEEENGSKEPSPTPEQVPEKEVVKMPPTEIPIMTNMERKQANDYWPRKMRSDITRSRVI
Ga0193462_108124Ga0193462_1081241F004135PDALKKVTPAEYKEILGEDISPESFDNHNCDITAANSRCYATLSKFKGDPLDSCEKNLVNTKSTQTVGDFLCGQVKRWLRNDEDFKTNGRDNIKIPIYYSSCGREWTQVVDRVTGQGLYVDEPLCCRPDGTFRRCDNTPYKSTC
Ga0193462_108189Ga0193462_1081891F000051ATEQELLPQGDKVPADAQVFKDELTRIIKYVEELQANTKIECDKYSNDVKFWAEYRTGIKEFTPWLASAEKATTEGLSKPSDLSEVQALNDKVLSFDKTCENYLKVLQAAEGASLKMTTHTEADSEVAALKARFDAVKSVSVTWVKKCEVLVKEWVLLDNTVTELNSWVA
Ga0193462_108292Ga0193462_1082921F016110MKLISALALALISTCQVSGDWTGSGRLQCYGVVDTDVSSPAGGEYLERGNLRCTLEEWVYETGRGPEAMFFKPTTGGEFEVWAWDYHEPNIPYAECKGDIWYQNNDMGAGYCVPNKGFNGCGYADCVGTITCHGC
Ga0193462_108393Ga0193462_1083931F000306RTVCTESTEEIDNEVCTYSYQPKTEATTAKTVEVSFKKECENKMVTVCQPNAGYGYHAYGHNYCKEVAQETCYNVPVLTVVEPAVDVIYPEPIKTCVNKPISLPRISCEDLSEEKCITVPEIEVVSETFEKCVTGLTDPACQAVELTLPKQVCKEINYGYAEDTPAEA

 ⦗Top⦘



© Pavlopoulos Lab, Bioinformatics & Integrative Biology | B.S.R.C. "Alexander Fleming" | Privacy Notice
Make sure JavaScript is enabled in your browser settings to achieve functionality.