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 3300000553

3300000553: Trout Bog Lake May 28 2007 Hypolimnion (Trout Bog Lake Combined Assembly 47 Hypolimnion Samples, Aug 2012 Assem)



Overview

Basic Information
IMG/M Taxon OID3300000553 Open in IMG/M
GOLD Reference
(Study | Sequencing Project | Analysis Project)		Gs0063444 | Gp0053369 | Ga0024811
Sample NameTrout Bog Lake May 28 2007 Hypolimnion (Trout Bog Lake Combined Assembly 47 Hypolimnion Samples, Aug 2012 Assem)
Sequencing StatusDraft
Sequencing CenterDOE Joint Genome Institute (JGI)
Published?Y
Use PolicyOpen

Dataset Contents
Total Genome Size547080431
Sequencing Scaffolds688
Novel Protein Genes783
Associated Families545

Dataset Phylogeny
Taxonomy GroupsNumber of Scaffolds
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage172
Not Available228
All Organisms → cellular organisms → Bacteria62
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes28
All Organisms → Viruses3
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Oligohymenophorea2
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes2
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → Solirubrobacterales → Solirubrobacteraceae → Solirubrobacter → unclassified Solirubrobacter → Solirubrobacter sp. URHD00821
All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage8
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Firmicutes1
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → unclassified Verrucomicrobia subdivision 3 → Verrucomicrobia subdivision 3 bacterium3
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales1
All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata10
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria2
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda1
All Organisms → cellular organisms → Bacteria → Proteobacteria10
All Organisms → cellular organisms → Bacteria → PVC group → Lentisphaerae → Lentisphaeria → Victivallales → Victivallaceae → Victivallis → Victivallis vadensis4
All Organisms → Viruses → Varidnaviria → Bamfordvirae → Nucleocytoviricota → Megaviricetes → Imitervirales → Mimiviridae → unclassified Mimiviridae → Mimiviridae sp. ChoanoV11
All Organisms → Viruses → Predicted Viral93
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 → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula1
All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon1
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → unclassified Pedosphaera → Pedosphaera sp. Tous-C6FEB1
All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → core chlorophytes → Chlorophyceae → CS clade → Chlamydomonadales1
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Flaumdravirus1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Polynucleobacter → Polynucleobacter asymbioticus1
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Comamonadaceae → Rhodoferax → Rhodoferax ferrireducens1
All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → Candidatus Colwellbacteria → Candidatus Colwellbacteria bacterium CG10_big_fil_rev_8_21_14_0_10_41_281
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → pseudomallei group → Burkholderia pseudomallei1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Polynucleobacter → unclassified Polynucleobacter → Polynucleobacter sp. MG-27-Goln-C11
All Organisms → cellular organisms → Eukaryota3
All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Planctomycetales → Planctomycetaceae → unclassified Planctomycetaceae → Planctomycetaceae bacterium SCGC AG-212-D151
All Organisms → cellular organisms → Bacteria → Spirochaetes → unclassified Spirochaetota → Spirochaetota bacterium1
All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → Candidatus Nomurabacteria → Candidatus Nomurabacteria bacterium2
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Bacteroidia → Marinilabiliales → Prolixibacteraceae1
All Organisms → cellular organisms → Bacteria → PVC group → Lentisphaerae → unclassified Lentisphaerota → Lentisphaerae bacterium RIFOXYC12_FULL_60_161
All Organisms → cellular organisms → Bacteria → PVC group2
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → unclassified Actinobacteria → Actinobacteria bacterium ADurb.BinA0943
All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfurellales → unclassified Desulfurellales → Desulfurellales bacterium1
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium4
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Caulobacterales → Caulobacteraceae → Phenylobacterium → Phenylobacterium zucineum2
All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → Candidatus Wildermuthbacteria → Candidatus Wildermuthbacteria bacterium GWA2_46_151
All Organisms → cellular organisms → Bacteria → Terrabacteria group1
All Organisms → cellular organisms → Bacteria → environmental samples → uncultured bacterium1
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Raphidophyceae → Chattonellales → Chattonellaceae → Heterosigma → Heterosigma akashiwo1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → unclassified Bradyrhizobium → Bradyrhizobium sp.1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium1
All Organisms → cellular organisms → Archaea → environmental samples → uncultured archaeon1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales1
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobiaceae → Haloferula → Haloferula rosea1
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia3
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Methylococcales → unclassified Methylococcales → Methylococcales bacterium1
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Acidimicrobiia → Acidimicrobiales → Iamiaceae → Aquihabitans → unclassified Aquihabitans → Aquihabitans sp. G1281
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobiaceae → unclassified Verrucomicrobiaceae → Verrucomicrobiaceae bacterium1
All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium1
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → unclassified Caudoviricetes → Vibrio phage 2.275.O._10N.286.54.E111
All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Acidicapsa → Acidicapsa acidisoli1

Ecosystem and Geography

Ecosystem Assignment (GOLD)
NameFreshwater Microbial Communities From Lake Mendota And Trout Bog Lake, Wisconsin, Usa
TypeEnvironmental
TaxonomyEnvironmental → Aquatic → Freshwater → Lentic → Hypolimnion → Freshwater → Freshwater Microbial Communities From Lake Mendota And Trout Bog Lake, Wisconsin, Usa

Alternative Ecosystem Assignments
Environment Ontology (ENVO)Unclassified
Earth Microbiome Project Ontology (EMPO)Free-living → Non-saline → Water (non-saline)

Location Information
LocationTrout Bog, Vilas County, Wisconsin, USA
CoordinatesLat. (o)46.041Long. (o)-89.686Alt. (m)N/ADepth (m)N/A
Location on Map
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Associated Families

FamilyCategoryNumber of Sequences3D Structure?
F000273Metagenome / Metatranscriptome1401Y
F000652Metagenome / Metatranscriptome959Y
F000684Metagenome / Metatranscriptome938Y
F000857Metagenome / Metatranscriptome858Y
F000934Metagenome / Metatranscriptome828Y
F001057Metagenome / Metatranscriptome791Y
F001059Metagenome / Metatranscriptome790Y
F001201Metagenome / Metatranscriptome749Y
F001299Metagenome / Metatranscriptome727Y
F001443Metagenome / Metatranscriptome693Y
F001629Metagenome660Y
F001774Metagenome / Metatranscriptome636Y
F001846Metagenome / Metatranscriptome626Y
F001849Metagenome / Metatranscriptome626Y
F001937Metagenome / Metatranscriptome614Y
F001991Metagenome / Metatranscriptome607Y
F002045Metagenome / Metatranscriptome599Y
F002482Metagenome / Metatranscriptome555Y
F002539Metagenome550Y
F002722Metagenome534Y
F002779Metagenome / Metatranscriptome530Y
F002824Metagenome527Y
F003007Metagenome / Metatranscriptome513Y
F003009Metagenome / Metatranscriptome513Y
F003261Metagenome / Metatranscriptome497Y
F003520Metagenome / Metatranscriptome481Y
F003730Metagenome / Metatranscriptome471Y
F004053Metagenome / Metatranscriptome455Y
F004256Metagenome446Y
F004683Metagenome / Metatranscriptome428Y
F005167Metagenome / Metatranscriptome410Y
F005200Metagenome408Y
F005705Metagenome / Metatranscriptome392Y
F005903Metagenome / Metatranscriptome386Y
F005906Metagenome / Metatranscriptome386Y
F006053Metagenome382Y
F006061Metagenome / Metatranscriptome382N
F006255Metagenome377Y
F006421Metagenome373Y
F006890Metagenome362Y
F007166Metagenome / Metatranscriptome356Y
F007255Metagenome / Metatranscriptome354Y
F007365Metagenome / Metatranscriptome352Y
F007405Metagenome351Y
F007520Metagenome / Metatranscriptome349Y
F007536Metagenome / Metatranscriptome349Y
F008023Metagenome / Metatranscriptome340Y
F008072Metagenome / Metatranscriptome339Y
F008414Metagenome333Y
F008619Metagenome330Y
F008745Metagenome / Metatranscriptome328N
F008860Metagenome326N
F008991Metagenome / Metatranscriptome324N
F009065Metagenome / Metatranscriptome323Y
F009320Metagenome / Metatranscriptome319Y
F009382Metagenome / Metatranscriptome318Y
F009449Metagenome / Metatranscriptome317Y
F009453Metagenome / Metatranscriptome317Y
F009462Metagenome / Metatranscriptome317Y
F009512Metagenome316Y
F009720Metagenome / Metatranscriptome314Y
F009735Metagenome / Metatranscriptome313Y
F009742Metagenome / Metatranscriptome313N
F009793Metagenome312Y
F009825Metagenome312Y
F010014Metagenome309Y
F010226Metagenome / Metatranscriptome306Y
F010394Metagenome / Metatranscriptome304Y
F010448Metagenome / Metatranscriptome303Y
F010516Metagenome302Y
F010521Metagenome302Y
F010592Metagenome301Y
F010743Metagenome / Metatranscriptome299Y
F010759Metagenome299Y
F010821Metagenome298Y
F011059Metagenome295Y
F011134Metagenome / Metatranscriptome294N
F011148Metagenome / Metatranscriptome294Y
F011584Metagenome / Metatranscriptome289Y
F011648Metagenome / Metatranscriptome288Y
F011665Metagenome / Metatranscriptome288Y
F011824Metagenome286Y
F011825Metagenome286Y
F012199Metagenome282Y
F012215Metagenome / Metatranscriptome282Y
F012759Metagenome / Metatranscriptome277Y
F012854Metagenome / Metatranscriptome276Y
F012869Metagenome / Metatranscriptome276Y
F013058Metagenome / Metatranscriptome274Y
F013252Metagenome273Y
F013732Metagenome / Metatranscriptome268Y
F013757Metagenome / Metatranscriptome268Y
F013852Metagenome / Metatranscriptome267N
F014107Metagenome / Metatranscriptome265Y
F014484Metagenome / Metatranscriptome262Y
F014608Metagenome / Metatranscriptome261N
F014733Metagenome / Metatranscriptome260Y
F014946Metagenome258Y
F014955Metagenome258Y
F014968Metagenome258Y
F015057Metagenome257Y
F015094Metagenome257Y
F015302Metagenome255Y
F015338Metagenome / Metatranscriptome255Y
F015431Metagenome254Y
F015557Metagenome / Metatranscriptome253Y
F015599Metagenome / Metatranscriptome253Y
F015891Metagenome251Y
F016143Metagenome249Y
F016247Metagenome248Y
F016248Metagenome248Y
F016250Metagenome / Metatranscriptome248Y
F016642Metagenome245N
F016782Metagenome / Metatranscriptome244Y
F017088Metagenome242Y
F017253Metagenome242Y
F017289Metagenome / Metatranscriptome241Y
F017295Metagenome / Metatranscriptome241Y
F017436Metagenome / Metatranscriptome240N
F017466Metagenome / Metatranscriptome240Y
F017591Metagenome239Y
F017603Metagenome / Metatranscriptome239Y
F017775Metagenome238N
F017776Metagenome238Y
F017785Metagenome238Y
F017790Metagenome238Y
F017817Metagenome / Metatranscriptome238N
F017967Metagenome237Y
F018308Metagenome235Y
F018370Metagenome / Metatranscriptome235Y
F018683Metagenome / Metatranscriptome233Y
F019160Metagenome231Y
F019426Metagenome229Y
F019434Metagenome229N
F019675Metagenome228Y
F019676Metagenome / Metatranscriptome228Y
F019949Metagenome / Metatranscriptome226N
F020158Metagenome / Metatranscriptome225N
F020298Metagenome / Metatranscriptome224Y
F020299Metagenome224Y
F020485Metagenome223Y
F021046Metagenome / Metatranscriptome220N
F021219Metagenome219N
F021232Metagenome219N
F021233Metagenome219Y
F021237Metagenome / Metatranscriptome219Y
F021290Metagenome / Metatranscriptome219Y
F021463Metagenome218Y
F021717Metagenome217Y
F021905Metagenome / Metatranscriptome216N
F021910Metagenome216Y
F021920Metagenome / Metatranscriptome216Y
F022104Metagenome216N
F022148Metagenome / Metatranscriptome215Y
F022657Metagenome / Metatranscriptome213Y
F022814Metagenome212Y
F023062Metagenome211Y
F023091Metagenome / Metatranscriptome211Y
F023280Metagenome / Metatranscriptome210N
F023509Metagenome209N
F023511Metagenome209Y
F023521Metagenome / Metatranscriptome209Y
F023584Metagenome209Y
F023848Metagenome208Y
F024029Metagenome207Y
F024062Metagenome207Y
F024119Metagenome / Metatranscriptome207Y
F024241Metagenome / Metatranscriptome206Y
F024289Metagenome / Metatranscriptome206Y
F024945Metagenome203Y
F026194Metagenome198Y
F026565Metagenome / Metatranscriptome197Y
F026879Metagenome196Y
F027088Metagenome / Metatranscriptome195N
F027373Metagenome194N
F027395Metagenome194N
F027396Metagenome194Y
F027746Metagenome193Y
F027850Metagenome / Metatranscriptome193Y
F028086Metagenome192Y
F028404Metagenome191Y
F028416Metagenome / Metatranscriptome191N
F028664Metagenome191Y
F028687Metagenome / Metatranscriptome190Y
F028709Metagenome190Y
F028710Metagenome / Metatranscriptome190Y
F028742Metagenome190Y
F029010Metagenome / Metatranscriptome189Y
F029022Metagenome189Y
F029048Metagenome / Metatranscriptome189Y
F029050Metagenome / Metatranscriptome189Y
F029410Metagenome / Metatranscriptome188Y
F029738Metagenome187Y
F029992Metagenome / Metatranscriptome186Y
F030082Metagenome / Metatranscriptome186Y
F030333Metagenome185Y
F030412Metagenome / Metatranscriptome185N
F030739Metagenome / Metatranscriptome184N
F030989Metagenome / Metatranscriptome183Y
F031075Metagenome / Metatranscriptome183N
F031290Metagenome / Metatranscriptome183Y
F031339Metagenome182N
F031398Metagenome / Metatranscriptome182Y
F031688Metagenome / Metatranscriptome182Y
F031736Metagenome / Metatranscriptome181N
F031765Metagenome181Y
F031849Metagenome181Y
F032114Metagenome / Metatranscriptome180N
F032123Metagenome180N
F032299Metagenome / Metatranscriptome180Y
F032649Metagenome / Metatranscriptome179Y
F032933Metagenome / Metatranscriptome178N
F033290Metagenome177Y
F033624Metagenome / Metatranscriptome177Y
F033682Metagenome176Y
F034010Metagenome175Y
F034036Metagenome175N
F034079Metagenome175Y
F034231Metagenome / Metatranscriptome175Y
F034448Metagenome174Y
F034483Metagenome174Y
F034803Metagenome173Y
F034813Metagenome173Y
F034847Metagenome / Metatranscriptome173Y
F034855Metagenome / Metatranscriptome173Y
F035180Metagenome172Y
F035537Metagenome172Y
F035629Metagenome / Metatranscriptome171Y
F036062Metagenome170Y
F036523Metagenome169Y
F036528Metagenome / Metatranscriptome169Y
F036667Metagenome169Y
F036702Metagenome169Y
F037028Metagenome168Y
F037029Metagenome168Y
F037031Metagenome / Metatranscriptome168Y
F037510Metagenome167N
F038015Metagenome166Y
F038050Metagenome166Y
F038125Metagenome / Metatranscriptome166Y
F038147Metagenome166N
F038207Metagenome / Metatranscriptome166N
F038566Metagenome / Metatranscriptome165Y
F038926Metagenome164N
F039010Metagenome / Metatranscriptome164N
F039449Metagenome / Metatranscriptome163N
F039455Metagenome163Y
F039953Metagenome / Metatranscriptome162Y
F040435Metagenome161N
F040523Metagenome161Y
F040593Metagenome / Metatranscriptome161Y
F040944Metagenome / Metatranscriptome161Y
F040982Metagenome / Metatranscriptome160N
F040985Metagenome160Y
F040987Metagenome160N
F040990Metagenome160Y
F041560Metagenome159Y
F041563Metagenome159Y
F042065Metagenome159N
F042131Metagenome158Y
F042135Metagenome / Metatranscriptome158N
F042297Metagenome / Metatranscriptome158Y
F042305Metagenome / Metatranscriptome158Y
F042707Metagenome157N
F042732Metagenome157Y
F043202Metagenome156Y
F043393Metagenome156Y
F043746Metagenome155N
F043797Metagenome155Y
F043927Metagenome155Y
F044011Metagenome155Y
F044307Metagenome154Y
F044486Metagenome / Metatranscriptome154Y
F044488Metagenome / Metatranscriptome154Y
F044501Metagenome / Metatranscriptome154Y
F044818Metagenome / Metatranscriptome154Y
F044873Metagenome153Y
F044876Metagenome153N
F044882Metagenome / Metatranscriptome153Y
F044911Metagenome153Y
F044925Metagenome / Metatranscriptome153N
F045504Metagenome152Y
F045529Metagenome152N
F045573Metagenome / Metatranscriptome152Y
F046320Metagenome / Metatranscriptome151Y
F046721Metagenome / Metatranscriptome151Y
F046794Metagenome150N
F047000Metagenome / Metatranscriptome150Y
F047451Metagenome / Metatranscriptome149N
F047682Metagenome / Metatranscriptome149Y
F048059Metagenome148N
F048071Metagenome148Y
F048089Metagenome / Metatranscriptome148Y
F048761Metagenome147Y
F048775Metagenome147Y
F049275Metagenome147N
F049367Metagenome146N
F050095Metagenome145N
F050170Metagenome145N
F050334Metagenome145Y
F051640Metagenome143Y
F051642Metagenome143N
F051643Metagenome / Metatranscriptome143N
F051645Metagenome143Y
F051690Metagenome / Metatranscriptome143Y
F051885Metagenome / Metatranscriptome143N
F051902Metagenome / Metatranscriptome143Y
F052309Metagenome142Y
F052345Metagenome142Y
F052985Metagenome / Metatranscriptome141Y
F053024Metagenome141Y
F053696Metagenome / Metatranscriptome140N
F053787Metagenome / Metatranscriptome140N
F053934Metagenome140Y
F054028Metagenome140Y
F054474Metagenome / Metatranscriptome139N
F054608Metagenome139N
F054620Metagenome / Metatranscriptome139Y
F055379Metagenome138N
F055384Metagenome138N
F055388Metagenome / Metatranscriptome138N
F055454Metagenome138Y
F055458Metagenome / Metatranscriptome138N
F055534Metagenome138Y
F056251Metagenome137N
F056266Metagenome137N
F056283Metagenome / Metatranscriptome137Y
F056311Metagenome137Y
F056962Metagenome137Y
F057071Metagenome136Y
F057140Metagenome / Metatranscriptome136Y
F057196Metagenome / Metatranscriptome136Y
F057834Metagenome / Metatranscriptome135N
F057846Metagenome135N
F057849Metagenome135N
F057885Metagenome / Metatranscriptome135Y
F058000Metagenome135Y
F058081Metagenome135Y
F058633Metagenome134Y
F058853Metagenome / Metatranscriptome134Y
F059003Metagenome / Metatranscriptome134Y
F059596Metagenome133N
F059597Metagenome / Metatranscriptome133N
F059611Metagenome133Y
F059893Metagenome / Metatranscriptome133Y
F060563Metagenome132N
F060948Metagenome / Metatranscriptome132Y
F061482Metagenome131Y
F061495Metagenome / Metatranscriptome131N
F061835Metagenome / Metatranscriptome131Y
F062234Metagenome131N
F062385Metagenome / Metatranscriptome130Y
F062386Metagenome / Metatranscriptome130Y
F062400Metagenome130Y
F062490Metagenome / Metatranscriptome130Y
F062806Metagenome / Metatranscriptome130N
F062810Metagenome130Y
F063144Metagenome / Metatranscriptome130Y
F063150Metagenome130Y
F063277Metagenome129N
F063339Metagenome129Y
F063404Metagenome129Y
F063469Metagenome129Y
F063472Metagenome129Y
F064337Metagenome128N
F064339Metagenome128N
F064341Metagenome128Y
F064358Metagenome / Metatranscriptome128Y
F065413Metagenome / Metatranscriptome127N
F066312Metagenome126N
F066315Metagenome / Metatranscriptome126N
F066458Metagenome126Y
F066497Metagenome126N
F066726Metagenome / Metatranscriptome126N
F067259Metagenome126Y
F067350Metagenome / Metatranscriptome125Y
F067351Metagenome125Y
F067353Metagenome125N
F067728Metagenome / Metatranscriptome125Y
F068205Metagenome125N
F068380Metagenome124Y
F068572Metagenome / Metatranscriptome124Y
F068582Metagenome / Metatranscriptome124Y
F069612Metagenome123N
F069614Metagenome123Y
F069616Metagenome123N
F069617Metagenome / Metatranscriptome123N
F069626Metagenome123Y
F069662Metagenome123Y
F069699Metagenome / Metatranscriptome123Y
F070626Metagenome123N
F070790Metagenome122N
F070806Metagenome / Metatranscriptome122N
F070807Metagenome122N
F070852Metagenome / Metatranscriptome122Y
F070862Metagenome122Y
F070989Metagenome122Y
F071209Metagenome / Metatranscriptome122Y
F071232Metagenome122Y
F071905Metagenome121Y
F071947Metagenome121N
F072645Metagenome / Metatranscriptome121Y
F072812Metagenome / Metatranscriptome121Y
F072912Metagenome120Y
F073059Metagenome / Metatranscriptome120N
F073096Metagenome / Metatranscriptome120Y
F073112Metagenome / Metatranscriptome120Y
F073243Metagenome / Metatranscriptome120Y
F074307Metagenome119N
F074308Metagenome119N
F074309Metagenome119N
F074375Metagenome119N
F074376Metagenome119N
F074379Metagenome / Metatranscriptome119N
F074421Metagenome / Metatranscriptome119Y
F074429Metagenome119Y
F074469Metagenome / Metatranscriptome119Y
F075594Metagenome118N
F075599Metagenome118N
F075660Metagenome118N
F075719Metagenome / Metatranscriptome118N
F076017Metagenome / Metatranscriptome118N
F076681Metagenome117N
F076796Metagenome117Y
F076853Metagenome / Metatranscriptome117Y
F076862Metagenome / Metatranscriptome117N
F077891Metagenome117Y
F078045Metagenome116N
F078138Metagenome116N
F078139Metagenome116N
F078676Metagenome / Metatranscriptome116Y
F079376Metagenome / Metatranscriptome116Y
F079411Metagenome115N
F079515Metagenome / Metatranscriptome115N
F079520Metagenome115Y
F079523Metagenome115Y
F079582Metagenome115N
F079586Metagenome115Y
F079588Metagenome115Y
F079605Metagenome / Metatranscriptome115Y
F080800Metagenome114N
F080807Metagenome / Metatranscriptome114N
F081065Metagenome / Metatranscriptome114Y
F081327Metagenome / Metatranscriptome114Y
F082043Metagenome113Y
F082058Metagenome113Y
F082060Metagenome113N
F082064Metagenome / Metatranscriptome113Y
F082065Metagenome / Metatranscriptome113Y
F082113Metagenome113Y
F082343Metagenome / Metatranscriptome113Y
F082373Metagenome113N
F083594Metagenome112N
F083609Metagenome / Metatranscriptome112N
F083610Metagenome112N
F083674Metagenome / Metatranscriptome112Y
F083677Metagenome112Y
F083742Metagenome / Metatranscriptome112Y
F083914Metagenome112Y
F084140Metagenome112Y
F085161Metagenome / Metatranscriptome111N
F085206Metagenome111N
F086266Metagenome111N
F086514Metagenome110N
F086516Metagenome / Metatranscriptome110Y
F086535Metagenome110Y
F086536Metagenome110N
F086581Metagenome110N
F086662Metagenome / Metatranscriptome110Y
F087203Metagenome / Metatranscriptome110Y
F088001Metagenome109N
F088232Metagenome / Metatranscriptome109Y
F088240Metagenome109Y
F088241Metagenome / Metatranscriptome109N
F088341Metagenome109Y
F088797Metagenome109Y
F088876Metagenome109Y
F089761Metagenome108Y
F089762Metagenome / Metatranscriptome108N
F089853Metagenome108Y
F089856Metagenome108Y
F090646Metagenome108Y
F090949Metagenome108N
F090956Metagenome / Metatranscriptome108Y
F091221Metagenome107Y
F091246Metagenome107N
F091305Metagenome107N
F091426Metagenome / Metatranscriptome107Y
F091581Metagenome / Metatranscriptome107Y
F091906Metagenome / Metatranscriptome107Y
F091932Metagenome / Metatranscriptome107N
F093142Metagenome106Y
F093146Metagenome106N
F093167Metagenome106Y
F093250Metagenome106Y
F094249Metagenome106Y
F094764Metagenome105N
F094772Metagenome105N
F094773Metagenome105N
F094793Metagenome105N
F094801Metagenome / Metatranscriptome105Y
F094831Metagenome105Y
F094890Metagenome / Metatranscriptome105Y
F094955Metagenome / Metatranscriptome105Y
F094999Metagenome105N
F095137Metagenome105Y
F095139Metagenome105Y
F096492Metagenome104N
F096495Metagenome / Metatranscriptome104Y
F096499Metagenome104N
F096501Metagenome104Y
F096502Metagenome / Metatranscriptome104Y
F096537Metagenome104N
F096596Metagenome104Y
F096606Metagenome / Metatranscriptome104N
F096675Metagenome104N
F097281Metagenome / Metatranscriptome104Y
F098365Metagenome103Y
F098467Metagenome103Y
F098488Metagenome103N
F098526Metagenome103N
F098531Metagenome103N
F098564Metagenome103N
F098645Metagenome / Metatranscriptome103N
F098647Metagenome103Y
F098899Metagenome103N
F100105Metagenome102N
F100244Metagenome102N
F100247Metagenome102N
F100256Metagenome102Y
F100277Metagenome102N
F100394Metagenome102Y
F100448Metagenome / Metatranscriptome102N
F102392Metagenome101N
F102438Metagenome101Y
F102701Metagenome101Y
F103136Metagenome101Y
F103149Metagenome / Metatranscriptome101Y
F104082Metagenome / Metatranscriptome101Y
F104161Metagenome / Metatranscriptome100Y
F104297Metagenome100Y
F104339Metagenome100N
F104347Metagenome100Y
F104444Metagenome / Metatranscriptome100N
F104705Metagenome100N

Associated Scaffolds

ScaffoldTaxonomyLengthIMG/M Link
TBL_comb47_HYPODRAFT_10000172All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage83076Open in IMG/M
TBL_comb47_HYPODRAFT_10000183Not Available79797Open in IMG/M
TBL_comb47_HYPODRAFT_10000325Not Available63142Open in IMG/M
TBL_comb47_HYPODRAFT_10000429All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage55613Open in IMG/M
TBL_comb47_HYPODRAFT_10000686All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage44717Open in IMG/M
TBL_comb47_HYPODRAFT_10000938All Organisms → cellular organisms → Bacteria38425Open in IMG/M
TBL_comb47_HYPODRAFT_10001462All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage30766Open in IMG/M
TBL_comb47_HYPODRAFT_10001787All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage27430Open in IMG/M
TBL_comb47_HYPODRAFT_10001809All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage27242Open in IMG/M
TBL_comb47_HYPODRAFT_10002011All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes25643Open in IMG/M
TBL_comb47_HYPODRAFT_10002046All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage25306Open in IMG/M
TBL_comb47_HYPODRAFT_10002062All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes25205Open in IMG/M
TBL_comb47_HYPODRAFT_10002073All Organisms → cellular organisms → Bacteria25103Open in IMG/M
TBL_comb47_HYPODRAFT_10002165All Organisms → cellular organisms → Bacteria24536Open in IMG/M
TBL_comb47_HYPODRAFT_10002237All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage24052Open in IMG/M
TBL_comb47_HYPODRAFT_10002356Not Available23419Open in IMG/M
TBL_comb47_HYPODRAFT_10002527All Organisms → Viruses22523Open in IMG/M
TBL_comb47_HYPODRAFT_10002621Not Available22009Open in IMG/M
TBL_comb47_HYPODRAFT_10002749All Organisms → cellular organisms → Bacteria21458Open in IMG/M
TBL_comb47_HYPODRAFT_10003082All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes20070Open in IMG/M
TBL_comb47_HYPODRAFT_10003162All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage19756Open in IMG/M
TBL_comb47_HYPODRAFT_10003588All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Oligohymenophorea18264Open in IMG/M
TBL_comb47_HYPODRAFT_10003606Not Available18215Open in IMG/M
TBL_comb47_HYPODRAFT_10003730All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage17913Open in IMG/M
TBL_comb47_HYPODRAFT_10003827Not Available17624Open in IMG/M
TBL_comb47_HYPODRAFT_10003864All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes17506Open in IMG/M
TBL_comb47_HYPODRAFT_10004101All Organisms → cellular organisms → Bacteria16859Open in IMG/M
TBL_comb47_HYPODRAFT_10004130Not Available16807Open in IMG/M
TBL_comb47_HYPODRAFT_10004169All Organisms → Viruses16711Open in IMG/M
TBL_comb47_HYPODRAFT_10004263Not Available16518Open in IMG/M
TBL_comb47_HYPODRAFT_10004471All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage16050Open in IMG/M
TBL_comb47_HYPODRAFT_10004480All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage16037Open in IMG/M
TBL_comb47_HYPODRAFT_10004761All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage15451Open in IMG/M
TBL_comb47_HYPODRAFT_10004824Not Available15331Open in IMG/M
TBL_comb47_HYPODRAFT_10004831All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage15321Open in IMG/M
TBL_comb47_HYPODRAFT_10004861Not Available15284Open in IMG/M
TBL_comb47_HYPODRAFT_10004993All Organisms → cellular organisms → Bacteria15038Open in IMG/M
TBL_comb47_HYPODRAFT_10005643All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → Solirubrobacterales → Solirubrobacteraceae → Solirubrobacter → unclassified Solirubrobacter → Solirubrobacter sp. URHD008213875Open in IMG/M
TBL_comb47_HYPODRAFT_10005679Not Available13821Open in IMG/M
TBL_comb47_HYPODRAFT_10005705All Organisms → cellular organisms → Bacteria13787Open in IMG/M
TBL_comb47_HYPODRAFT_10005916All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage13430Open in IMG/M
TBL_comb47_HYPODRAFT_10006060Not Available13209Open in IMG/M
TBL_comb47_HYPODRAFT_10006270Not Available12901Open in IMG/M
TBL_comb47_HYPODRAFT_10006370All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage12770Open in IMG/M
TBL_comb47_HYPODRAFT_10006916Not Available12096Open in IMG/M
TBL_comb47_HYPODRAFT_10007050All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage11942Open in IMG/M
TBL_comb47_HYPODRAFT_10007414All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage11514Open in IMG/M
TBL_comb47_HYPODRAFT_10007818All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage11114Open in IMG/M
TBL_comb47_HYPODRAFT_10008539Not Available10440Open in IMG/M
TBL_comb47_HYPODRAFT_10008672Not Available10332Open in IMG/M
TBL_comb47_HYPODRAFT_10009052All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage10024Open in IMG/M
TBL_comb47_HYPODRAFT_10009374All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage9786Open in IMG/M
TBL_comb47_HYPODRAFT_10009392Not Available9768Open in IMG/M
TBL_comb47_HYPODRAFT_10009580All Organisms → cellular organisms → Bacteria → Terrabacteria group → Firmicutes9650Open in IMG/M
TBL_comb47_HYPODRAFT_10009762All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage9511Open in IMG/M
TBL_comb47_HYPODRAFT_10009866Not Available9446Open in IMG/M
TBL_comb47_HYPODRAFT_10009960All Organisms → cellular organisms → Bacteria9362Open in IMG/M
TBL_comb47_HYPODRAFT_10010232All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes9188Open in IMG/M
TBL_comb47_HYPODRAFT_10010407All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → unclassified Verrucomicrobia subdivision 3 → Verrucomicrobia subdivision 3 bacterium9074Open in IMG/M
TBL_comb47_HYPODRAFT_10010632Not Available8922Open in IMG/M
TBL_comb47_HYPODRAFT_10011047All Organisms → cellular organisms → Bacteria8672Open in IMG/M
TBL_comb47_HYPODRAFT_10011326All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage8494Open in IMG/M
TBL_comb47_HYPODRAFT_10011449Not Available8433Open in IMG/M
TBL_comb47_HYPODRAFT_10011530Not Available8383Open in IMG/M
TBL_comb47_HYPODRAFT_10011555All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage8375Open in IMG/M
TBL_comb47_HYPODRAFT_10011565Not Available8370Open in IMG/M
TBL_comb47_HYPODRAFT_10011670All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage8323Open in IMG/M
TBL_comb47_HYPODRAFT_10011731All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage8288Open in IMG/M
TBL_comb47_HYPODRAFT_10012016All Organisms → cellular organisms → Bacteria8141Open in IMG/M
TBL_comb47_HYPODRAFT_10012096Not Available8095Open in IMG/M
TBL_comb47_HYPODRAFT_10012156All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage8067Open in IMG/M
TBL_comb47_HYPODRAFT_10012163Not Available8064Open in IMG/M
TBL_comb47_HYPODRAFT_10012570All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage7861Open in IMG/M
TBL_comb47_HYPODRAFT_10012604Not Available7846Open in IMG/M
TBL_comb47_HYPODRAFT_10012854All Organisms → cellular organisms → Bacteria7744Open in IMG/M
TBL_comb47_HYPODRAFT_10012873All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales7734Open in IMG/M
TBL_comb47_HYPODRAFT_10013049All Organisms → cellular organisms → Bacteria7647Open in IMG/M
TBL_comb47_HYPODRAFT_10013160All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage7595Open in IMG/M
TBL_comb47_HYPODRAFT_10013237All Organisms → cellular organisms → Bacteria7563Open in IMG/M
TBL_comb47_HYPODRAFT_10013297All Organisms → cellular organisms → Bacteria7538Open in IMG/M
TBL_comb47_HYPODRAFT_10013299All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage7537Open in IMG/M
TBL_comb47_HYPODRAFT_10013310All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata7532Open in IMG/M
TBL_comb47_HYPODRAFT_10013711All Organisms → cellular organisms → Bacteria7360Open in IMG/M
TBL_comb47_HYPODRAFT_10013947All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria7259Open in IMG/M
TBL_comb47_HYPODRAFT_10014177All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage7163Open in IMG/M
TBL_comb47_HYPODRAFT_10014394All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage7082Open in IMG/M
TBL_comb47_HYPODRAFT_10014425All Organisms → cellular organisms → Bacteria7069Open in IMG/M
TBL_comb47_HYPODRAFT_10014580All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria7009Open in IMG/M
TBL_comb47_HYPODRAFT_10014652Not Available6982Open in IMG/M
TBL_comb47_HYPODRAFT_10014680All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes6974Open in IMG/M
TBL_comb47_HYPODRAFT_10015031All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage6837Open in IMG/M
TBL_comb47_HYPODRAFT_10015063All Organisms → cellular organisms → Bacteria6822Open in IMG/M
TBL_comb47_HYPODRAFT_10015134All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage6794Open in IMG/M
TBL_comb47_HYPODRAFT_10015139All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage6792Open in IMG/M
TBL_comb47_HYPODRAFT_10015205All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage6768Open in IMG/M
TBL_comb47_HYPODRAFT_10015326Not Available6726Open in IMG/M
TBL_comb47_HYPODRAFT_10015620All Organisms → cellular organisms → Bacteria6630Open in IMG/M
TBL_comb47_HYPODRAFT_10015867All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage6538Open in IMG/M
TBL_comb47_HYPODRAFT_10015981All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage6504Open in IMG/M
TBL_comb47_HYPODRAFT_10016025All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage6491Open in IMG/M
TBL_comb47_HYPODRAFT_10016430Not Available6352Open in IMG/M
TBL_comb47_HYPODRAFT_10016673All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage6281Open in IMG/M
TBL_comb47_HYPODRAFT_10017289Not Available6094Open in IMG/M
TBL_comb47_HYPODRAFT_10017521All Organisms → cellular organisms → Bacteria6034Open in IMG/M
TBL_comb47_HYPODRAFT_10017726All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda5982Open in IMG/M
TBL_comb47_HYPODRAFT_10017791All Organisms → cellular organisms → Bacteria → Proteobacteria5964Open in IMG/M
TBL_comb47_HYPODRAFT_10018271Not Available5836Open in IMG/M
TBL_comb47_HYPODRAFT_10018537All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5783Open in IMG/M
TBL_comb47_HYPODRAFT_10018686All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5747Open in IMG/M
TBL_comb47_HYPODRAFT_10018825All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5715Open in IMG/M
TBL_comb47_HYPODRAFT_10018901All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5696Open in IMG/M
TBL_comb47_HYPODRAFT_10019004All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5673Open in IMG/M
TBL_comb47_HYPODRAFT_10019417Not Available5571Open in IMG/M
TBL_comb47_HYPODRAFT_10020521Not Available5322Open in IMG/M
TBL_comb47_HYPODRAFT_10020591All Organisms → cellular organisms → Bacteria → PVC group → Lentisphaerae → Lentisphaeria → Victivallales → Victivallaceae → Victivallis → Victivallis vadensis5307Open in IMG/M
TBL_comb47_HYPODRAFT_10020817Not Available5262Open in IMG/M
TBL_comb47_HYPODRAFT_10020864All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes5252Open in IMG/M
TBL_comb47_HYPODRAFT_10020894All Organisms → Viruses → Varidnaviria → Bamfordvirae → Nucleocytoviricota → Megaviricetes → Imitervirales → Mimiviridae → unclassified Mimiviridae → Mimiviridae sp. ChoanoV15245Open in IMG/M
TBL_comb47_HYPODRAFT_10021261Not Available5174Open in IMG/M
TBL_comb47_HYPODRAFT_10021347Not Available5157Open in IMG/M
TBL_comb47_HYPODRAFT_10021684Not Available5086Open in IMG/M
TBL_comb47_HYPODRAFT_10021739All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5075Open in IMG/M
TBL_comb47_HYPODRAFT_10021743All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5074Open in IMG/M
TBL_comb47_HYPODRAFT_10021763Not Available5069Open in IMG/M
TBL_comb47_HYPODRAFT_10021816Not Available5056Open in IMG/M
TBL_comb47_HYPODRAFT_10021936All Organisms → cellular organisms → Bacteria → Proteobacteria5033Open in IMG/M
TBL_comb47_HYPODRAFT_10022142All Organisms → Viruses → Predicted Viral4995Open in IMG/M
TBL_comb47_HYPODRAFT_10022273All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4972Open in IMG/M
TBL_comb47_HYPODRAFT_10022510All Organisms → Viruses → Predicted Viral4929Open in IMG/M
TBL_comb47_HYPODRAFT_10022550Not Available4921Open in IMG/M
TBL_comb47_HYPODRAFT_10022968All Organisms → Viruses → Predicted Viral4845Open in IMG/M
TBL_comb47_HYPODRAFT_10023008All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Branchiopoda → Phyllopoda → Diplostraca → Cladocera → Anomopoda → Daphniidae → Daphnia → Daphnia pulex4839Open in IMG/M
TBL_comb47_HYPODRAFT_10023046All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4833Open in IMG/M
TBL_comb47_HYPODRAFT_10023077All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4827Open in IMG/M
TBL_comb47_HYPODRAFT_10023102All Organisms → Viruses → Predicted Viral4825Open in IMG/M
TBL_comb47_HYPODRAFT_10023165All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4814Open in IMG/M
TBL_comb47_HYPODRAFT_10023209All Organisms → Viruses → Predicted Viral4806Open in IMG/M
TBL_comb47_HYPODRAFT_10023332All Organisms → Viruses → Predicted Viral4786Open in IMG/M
TBL_comb47_HYPODRAFT_10023604All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4741Open in IMG/M
TBL_comb47_HYPODRAFT_10023829All Organisms → cellular organisms → Bacteria4706Open in IMG/M
TBL_comb47_HYPODRAFT_10024184All Organisms → cellular organisms → Bacteria4648Open in IMG/M
TBL_comb47_HYPODRAFT_10024211Not Available4644Open in IMG/M
TBL_comb47_HYPODRAFT_10024215All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage4644Open in IMG/M
TBL_comb47_HYPODRAFT_10024269All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage4633Open in IMG/M
TBL_comb47_HYPODRAFT_10024514All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4595Open in IMG/M
TBL_comb47_HYPODRAFT_10024622All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula4579Open in IMG/M
TBL_comb47_HYPODRAFT_10024645All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → unclassified Verrucomicrobia subdivision 3 → Verrucomicrobia subdivision 3 bacterium4576Open in IMG/M
TBL_comb47_HYPODRAFT_10024694All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4569Open in IMG/M
TBL_comb47_HYPODRAFT_10024814All Organisms → cellular organisms → Bacteria4549Open in IMG/M
TBL_comb47_HYPODRAFT_10024939Not Available4529Open in IMG/M
TBL_comb47_HYPODRAFT_10025062All Organisms → cellular organisms → Bacteria4512Open in IMG/M
TBL_comb47_HYPODRAFT_10025150All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage4499Open in IMG/M
TBL_comb47_HYPODRAFT_10025154All Organisms → Viruses → Predicted Viral4498Open in IMG/M
TBL_comb47_HYPODRAFT_10025324Not Available4472Open in IMG/M
TBL_comb47_HYPODRAFT_10025429Not Available4453Open in IMG/M
TBL_comb47_HYPODRAFT_10025450All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4451Open in IMG/M
TBL_comb47_HYPODRAFT_10025643All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon4424Open in IMG/M
TBL_comb47_HYPODRAFT_10025896Not Available4386Open in IMG/M
TBL_comb47_HYPODRAFT_10025992All Organisms → cellular organisms → Bacteria4373Open in IMG/M
TBL_comb47_HYPODRAFT_10026182All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes4348Open in IMG/M
TBL_comb47_HYPODRAFT_10026610All Organisms → cellular organisms → Bacteria4288Open in IMG/M
TBL_comb47_HYPODRAFT_10026697All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → unclassified Pedosphaera → Pedosphaera sp. Tous-C6FEB4273Open in IMG/M
TBL_comb47_HYPODRAFT_10026730All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage4269Open in IMG/M
TBL_comb47_HYPODRAFT_10026802All Organisms → Viruses → Predicted Viral4257Open in IMG/M
TBL_comb47_HYPODRAFT_10026826All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4255Open in IMG/M
TBL_comb47_HYPODRAFT_10026901All Organisms → Viruses → Predicted Viral4246Open in IMG/M
TBL_comb47_HYPODRAFT_10027081All Organisms → cellular organisms → Bacteria4225Open in IMG/M
TBL_comb47_HYPODRAFT_10027083All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4225Open in IMG/M
TBL_comb47_HYPODRAFT_10027242Not Available4204Open in IMG/M
TBL_comb47_HYPODRAFT_10027361Not Available4190Open in IMG/M
TBL_comb47_HYPODRAFT_10027548Not Available4164Open in IMG/M
TBL_comb47_HYPODRAFT_10027751All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4137Open in IMG/M
TBL_comb47_HYPODRAFT_10027843Not Available4125Open in IMG/M
TBL_comb47_HYPODRAFT_10028160Not Available4084Open in IMG/M
TBL_comb47_HYPODRAFT_10028174Not Available4082Open in IMG/M
TBL_comb47_HYPODRAFT_10028264All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → core chlorophytes → Chlorophyceae → CS clade → Chlamydomonadales4071Open in IMG/M
TBL_comb47_HYPODRAFT_10028265All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes4071Open in IMG/M
TBL_comb47_HYPODRAFT_10028327All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4065Open in IMG/M
TBL_comb47_HYPODRAFT_10028587All Organisms → Viruses → Predicted Viral4037Open in IMG/M
TBL_comb47_HYPODRAFT_10028771Not Available4014Open in IMG/M
TBL_comb47_HYPODRAFT_10028778Not Available4013Open in IMG/M
TBL_comb47_HYPODRAFT_10028840Not Available4006Open in IMG/M
TBL_comb47_HYPODRAFT_10029245All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3959Open in IMG/M
TBL_comb47_HYPODRAFT_10029346All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3949Open in IMG/M
TBL_comb47_HYPODRAFT_10029493All Organisms → cellular organisms → Bacteria3933Open in IMG/M
TBL_comb47_HYPODRAFT_10029540All Organisms → cellular organisms → Bacteria → Proteobacteria3928Open in IMG/M
TBL_comb47_HYPODRAFT_10029973All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata3884Open in IMG/M
TBL_comb47_HYPODRAFT_10030541All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3827Open in IMG/M
TBL_comb47_HYPODRAFT_10030941Not Available3787Open in IMG/M
TBL_comb47_HYPODRAFT_10031103All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage3771Open in IMG/M
TBL_comb47_HYPODRAFT_10031296All Organisms → cellular organisms → Bacteria3750Open in IMG/M
TBL_comb47_HYPODRAFT_10031354Not Available3744Open in IMG/M
TBL_comb47_HYPODRAFT_10031440All Organisms → cellular organisms → Bacteria3735Open in IMG/M
TBL_comb47_HYPODRAFT_10031598All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3719Open in IMG/M
TBL_comb47_HYPODRAFT_10031638All Organisms → Viruses → Predicted Viral3716Open in IMG/M
TBL_comb47_HYPODRAFT_10031714Not Available3707Open in IMG/M
TBL_comb47_HYPODRAFT_10031770All Organisms → cellular organisms → Bacteria3703Open in IMG/M
TBL_comb47_HYPODRAFT_10031950Not Available3685Open in IMG/M
TBL_comb47_HYPODRAFT_10032362Not Available3646Open in IMG/M
TBL_comb47_HYPODRAFT_10032727All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Flaumdravirus3613Open in IMG/M
TBL_comb47_HYPODRAFT_10033698All Organisms → cellular organisms → Bacteria3528Open in IMG/M
TBL_comb47_HYPODRAFT_10033844All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3515Open in IMG/M
TBL_comb47_HYPODRAFT_10034234Not Available3483Open in IMG/M
TBL_comb47_HYPODRAFT_10034340All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3475Open in IMG/M
TBL_comb47_HYPODRAFT_10034399All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage3470Open in IMG/M
TBL_comb47_HYPODRAFT_10034561Not Available3457Open in IMG/M
TBL_comb47_HYPODRAFT_10034722Not Available3443Open in IMG/M
TBL_comb47_HYPODRAFT_10034821All Organisms → Viruses → Predicted Viral3435Open in IMG/M
TBL_comb47_HYPODRAFT_10035034All Organisms → Viruses → Predicted Viral3418Open in IMG/M
TBL_comb47_HYPODRAFT_10035161All Organisms → cellular organisms → Bacteria3407Open in IMG/M
TBL_comb47_HYPODRAFT_10035676All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3367Open in IMG/M
TBL_comb47_HYPODRAFT_10036381All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3310Open in IMG/M
TBL_comb47_HYPODRAFT_10036626All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Polynucleobacter → Polynucleobacter asymbioticus3292Open in IMG/M
TBL_comb47_HYPODRAFT_10036739Not Available3283Open in IMG/M
TBL_comb47_HYPODRAFT_10036960All Organisms → Viruses → Predicted Viral3267Open in IMG/M
TBL_comb47_HYPODRAFT_10037224Not Available3246Open in IMG/M
TBL_comb47_HYPODRAFT_10037281All Organisms → cellular organisms → Bacteria3243Open in IMG/M
TBL_comb47_HYPODRAFT_10037714All Organisms → Viruses → Predicted Viral3213Open in IMG/M
TBL_comb47_HYPODRAFT_10037917Not Available3197Open in IMG/M
TBL_comb47_HYPODRAFT_10038093All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3186Open in IMG/M
TBL_comb47_HYPODRAFT_10038198All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales3178Open in IMG/M
TBL_comb47_HYPODRAFT_10038280All Organisms → cellular organisms → Bacteria3172Open in IMG/M
TBL_comb47_HYPODRAFT_10038509Not Available3156Open in IMG/M
TBL_comb47_HYPODRAFT_10038602All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3150Open in IMG/M
TBL_comb47_HYPODRAFT_10038614Not Available3149Open in IMG/M
TBL_comb47_HYPODRAFT_10038759Not Available3138Open in IMG/M
TBL_comb47_HYPODRAFT_10038866All Organisms → cellular organisms → Bacteria3131Open in IMG/M
TBL_comb47_HYPODRAFT_10038895All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3129Open in IMG/M
TBL_comb47_HYPODRAFT_10039325All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Comamonadaceae → Rhodoferax → Rhodoferax ferrireducens3101Open in IMG/M
TBL_comb47_HYPODRAFT_10039403All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3097Open in IMG/M
TBL_comb47_HYPODRAFT_10039660All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → Candidatus Colwellbacteria → Candidatus Colwellbacteria bacterium CG10_big_fil_rev_8_21_14_0_10_41_283082Open in IMG/M
TBL_comb47_HYPODRAFT_10039699All Organisms → Viruses → Predicted Viral3079Open in IMG/M
TBL_comb47_HYPODRAFT_10040144Not Available3053Open in IMG/M
TBL_comb47_HYPODRAFT_10040258All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes3046Open in IMG/M
TBL_comb47_HYPODRAFT_10040716All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3018Open in IMG/M
TBL_comb47_HYPODRAFT_10040852All Organisms → cellular organisms → Bacteria3010Open in IMG/M
TBL_comb47_HYPODRAFT_10041062All Organisms → Viruses → Predicted Viral2999Open in IMG/M
TBL_comb47_HYPODRAFT_10041077All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2998Open in IMG/M
TBL_comb47_HYPODRAFT_10041136All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2994Open in IMG/M
TBL_comb47_HYPODRAFT_10041419All Organisms → cellular organisms → Bacteria2977Open in IMG/M
TBL_comb47_HYPODRAFT_10041514Not Available2970Open in IMG/M
TBL_comb47_HYPODRAFT_10041527All Organisms → cellular organisms → Bacteria2970Open in IMG/M
TBL_comb47_HYPODRAFT_10041804Not Available2953Open in IMG/M
TBL_comb47_HYPODRAFT_10041954Not Available2944Open in IMG/M
TBL_comb47_HYPODRAFT_10041971Not Available2943Open in IMG/M
TBL_comb47_HYPODRAFT_10042321Not Available2923Open in IMG/M
TBL_comb47_HYPODRAFT_10042325All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2923Open in IMG/M
TBL_comb47_HYPODRAFT_10042436All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → pseudomallei group → Burkholderia pseudomallei2917Open in IMG/M
TBL_comb47_HYPODRAFT_10042693All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2903Open in IMG/M
TBL_comb47_HYPODRAFT_10042735All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2901Open in IMG/M
TBL_comb47_HYPODRAFT_10043058Not Available2882Open in IMG/M
TBL_comb47_HYPODRAFT_10043356All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2868Open in IMG/M
TBL_comb47_HYPODRAFT_10044252All Organisms → cellular organisms → Bacteria → Proteobacteria2817Open in IMG/M
TBL_comb47_HYPODRAFT_10044331All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2813Open in IMG/M
TBL_comb47_HYPODRAFT_10044769All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2790Open in IMG/M
TBL_comb47_HYPODRAFT_10044833All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes2787Open in IMG/M
TBL_comb47_HYPODRAFT_10044921All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2783Open in IMG/M
TBL_comb47_HYPODRAFT_10045085All Organisms → Viruses → Predicted Viral2776Open in IMG/M
TBL_comb47_HYPODRAFT_10045178All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2771Open in IMG/M
TBL_comb47_HYPODRAFT_10045248Not Available2768Open in IMG/M
TBL_comb47_HYPODRAFT_10045523All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Polynucleobacter → unclassified Polynucleobacter → Polynucleobacter sp. MG-27-Goln-C12753Open in IMG/M
TBL_comb47_HYPODRAFT_10045592All Organisms → Viruses → Predicted Viral2750Open in IMG/M
TBL_comb47_HYPODRAFT_10045818All Organisms → cellular organisms → Eukaryota2738Open in IMG/M
TBL_comb47_HYPODRAFT_10046149All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2723Open in IMG/M
TBL_comb47_HYPODRAFT_10046177Not Available2722Open in IMG/M
TBL_comb47_HYPODRAFT_10046202All Organisms → cellular organisms → Bacteria → Proteobacteria2721Open in IMG/M
TBL_comb47_HYPODRAFT_10046477All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2708Open in IMG/M
TBL_comb47_HYPODRAFT_10046808All Organisms → Viruses → Predicted Viral2693Open in IMG/M
TBL_comb47_HYPODRAFT_10046883All Organisms → cellular organisms → Bacteria2689Open in IMG/M
TBL_comb47_HYPODRAFT_10047285All Organisms → Viruses → Predicted Viral2671Open in IMG/M
TBL_comb47_HYPODRAFT_10047379All Organisms → cellular organisms → Bacteria2667Open in IMG/M
TBL_comb47_HYPODRAFT_10047393All Organisms → cellular organisms → Bacteria2666Open in IMG/M
TBL_comb47_HYPODRAFT_10047468All Organisms → Viruses → Predicted Viral2663Open in IMG/M
TBL_comb47_HYPODRAFT_10047538All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2659Open in IMG/M
TBL_comb47_HYPODRAFT_10047855All Organisms → cellular organisms → Bacteria2646Open in IMG/M
TBL_comb47_HYPODRAFT_10048253Not Available2629Open in IMG/M
TBL_comb47_HYPODRAFT_10048455Not Available2620Open in IMG/M
TBL_comb47_HYPODRAFT_10048544Not Available2616Open in IMG/M
TBL_comb47_HYPODRAFT_10048653All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2611Open in IMG/M
TBL_comb47_HYPODRAFT_10048774Not Available2606Open in IMG/M
TBL_comb47_HYPODRAFT_10048988All Organisms → cellular organisms → Bacteria2597Open in IMG/M
TBL_comb47_HYPODRAFT_10048990All Organisms → Viruses → Predicted Viral2597Open in IMG/M
TBL_comb47_HYPODRAFT_10049000All Organisms → cellular organisms → Bacteria2596Open in IMG/M
TBL_comb47_HYPODRAFT_10049398Not Available2579Open in IMG/M
TBL_comb47_HYPODRAFT_10050045All Organisms → cellular organisms → Bacteria2553Open in IMG/M
TBL_comb47_HYPODRAFT_10050509All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2535Open in IMG/M
TBL_comb47_HYPODRAFT_10050610All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Planctomycetales → Planctomycetaceae → unclassified Planctomycetaceae → Planctomycetaceae bacterium SCGC AG-212-D152531Open in IMG/M
TBL_comb47_HYPODRAFT_10050734All Organisms → cellular organisms → Bacteria2526Open in IMG/M
TBL_comb47_HYPODRAFT_10050801All Organisms → cellular organisms → Bacteria → Proteobacteria2524Open in IMG/M
TBL_comb47_HYPODRAFT_10051036All Organisms → cellular organisms → Bacteria → Spirochaetes → unclassified Spirochaetota → Spirochaetota bacterium2514Open in IMG/M
TBL_comb47_HYPODRAFT_10051247All Organisms → Viruses → Predicted Viral2505Open in IMG/M
TBL_comb47_HYPODRAFT_10051288All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2503Open in IMG/M
TBL_comb47_HYPODRAFT_10051317All Organisms → Viruses → Predicted Viral2502Open in IMG/M
TBL_comb47_HYPODRAFT_10051368All Organisms → Viruses → Predicted Viral2500Open in IMG/M
TBL_comb47_HYPODRAFT_10051426Not Available2498Open in IMG/M
TBL_comb47_HYPODRAFT_10051457All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → Candidatus Nomurabacteria → Candidatus Nomurabacteria bacterium2497Open in IMG/M
TBL_comb47_HYPODRAFT_10051522Not Available2495Open in IMG/M
TBL_comb47_HYPODRAFT_10052054Not Available2475Open in IMG/M
TBL_comb47_HYPODRAFT_10052135Not Available2472Open in IMG/M
TBL_comb47_HYPODRAFT_10052243All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2467Open in IMG/M
TBL_comb47_HYPODRAFT_10052734All Organisms → Viruses → Predicted Viral2449Open in IMG/M
TBL_comb47_HYPODRAFT_10053073All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2438Open in IMG/M
TBL_comb47_HYPODRAFT_10053122All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Bacteroidia → Marinilabiliales → Prolixibacteraceae2436Open in IMG/M
TBL_comb47_HYPODRAFT_10053140Not Available2435Open in IMG/M
TBL_comb47_HYPODRAFT_10053219All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2432Open in IMG/M
TBL_comb47_HYPODRAFT_10053311Not Available2429Open in IMG/M
TBL_comb47_HYPODRAFT_10053810All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes2411Open in IMG/M
TBL_comb47_HYPODRAFT_10053941All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2406Open in IMG/M
TBL_comb47_HYPODRAFT_10054068Not Available2401Open in IMG/M
TBL_comb47_HYPODRAFT_10054069Not Available2401Open in IMG/M
TBL_comb47_HYPODRAFT_10054212All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2396Open in IMG/M
TBL_comb47_HYPODRAFT_10054549All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2384Open in IMG/M
TBL_comb47_HYPODRAFT_10054835All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2374Open in IMG/M
TBL_comb47_HYPODRAFT_10055455Not Available2352Open in IMG/M
TBL_comb47_HYPODRAFT_10055618All Organisms → cellular organisms → Bacteria → PVC group → Lentisphaerae → unclassified Lentisphaerota → Lentisphaerae bacterium RIFOXYC12_FULL_60_162347Open in IMG/M
TBL_comb47_HYPODRAFT_10055814All Organisms → cellular organisms → Bacteria → PVC group2341Open in IMG/M
TBL_comb47_HYPODRAFT_10056230All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2327Open in IMG/M
TBL_comb47_HYPODRAFT_10056467All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2319Open in IMG/M
TBL_comb47_HYPODRAFT_10057351All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2290Open in IMG/M
TBL_comb47_HYPODRAFT_10057470All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2286Open in IMG/M
TBL_comb47_HYPODRAFT_10057716All Organisms → Viruses → Predicted Viral2278Open in IMG/M
TBL_comb47_HYPODRAFT_10057979All Organisms → Viruses → Predicted Viral2269Open in IMG/M
TBL_comb47_HYPODRAFT_10058507All Organisms → cellular organisms → Bacteria2252Open in IMG/M
TBL_comb47_HYPODRAFT_10058818All Organisms → cellular organisms → Bacteria → Proteobacteria2242Open in IMG/M
TBL_comb47_HYPODRAFT_10059029Not Available2236Open in IMG/M
TBL_comb47_HYPODRAFT_10059300All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2228Open in IMG/M
TBL_comb47_HYPODRAFT_10059908All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → unclassified Actinobacteria → Actinobacteria bacterium ADurb.BinA0942208Open in IMG/M
TBL_comb47_HYPODRAFT_10060370Not Available2194Open in IMG/M
TBL_comb47_HYPODRAFT_10060420All Organisms → cellular organisms → Bacteria → PVC group → Lentisphaerae → Lentisphaeria → Victivallales → Victivallaceae → Victivallis → Victivallis vadensis2193Open in IMG/M
TBL_comb47_HYPODRAFT_10060582All Organisms → cellular organisms → Bacteria2188Open in IMG/M
TBL_comb47_HYPODRAFT_10060708All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfurellales → unclassified Desulfurellales → Desulfurellales bacterium2185Open in IMG/M
TBL_comb47_HYPODRAFT_10060987Not Available2177Open in IMG/M
TBL_comb47_HYPODRAFT_10061208All Organisms → cellular organisms → Eukaryota2171Open in IMG/M
TBL_comb47_HYPODRAFT_10061544All Organisms → cellular organisms → Bacteria → PVC group → Lentisphaerae → Lentisphaeria → Victivallales → Victivallaceae → Victivallis → Victivallis vadensis2162Open in IMG/M
TBL_comb47_HYPODRAFT_10061700All Organisms → cellular organisms → Bacteria2157Open in IMG/M
TBL_comb47_HYPODRAFT_10061816Not Available2154Open in IMG/M
TBL_comb47_HYPODRAFT_10062122All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata2145Open in IMG/M
TBL_comb47_HYPODRAFT_10062650All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2131Open in IMG/M
TBL_comb47_HYPODRAFT_10062780All Organisms → cellular organisms → Eukaryota2127Open in IMG/M
TBL_comb47_HYPODRAFT_10062821All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → unclassified Verrucomicrobia subdivision 3 → Verrucomicrobia subdivision 3 bacterium2125Open in IMG/M
TBL_comb47_HYPODRAFT_10062993All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → Candidatus Nomurabacteria → Candidatus Nomurabacteria bacterium2121Open in IMG/M
TBL_comb47_HYPODRAFT_10063265All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium2113Open in IMG/M
TBL_comb47_HYPODRAFT_10063302Not Available2112Open in IMG/M
TBL_comb47_HYPODRAFT_10063349Not Available2111Open in IMG/M
TBL_comb47_HYPODRAFT_10063407All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Caulobacterales → Caulobacteraceae → Phenylobacterium → Phenylobacterium zucineum2109Open in IMG/M
TBL_comb47_HYPODRAFT_10063432All Organisms → Viruses → Predicted Viral2109Open in IMG/M
TBL_comb47_HYPODRAFT_10063813All Organisms → Viruses → Predicted Viral2098Open in IMG/M
TBL_comb47_HYPODRAFT_10064262Not Available2085Open in IMG/M
TBL_comb47_HYPODRAFT_10064580Not Available2078Open in IMG/M
TBL_comb47_HYPODRAFT_10064583Not Available2078Open in IMG/M
TBL_comb47_HYPODRAFT_10065072Not Available2065Open in IMG/M
TBL_comb47_HYPODRAFT_10065192Not Available2062Open in IMG/M
TBL_comb47_HYPODRAFT_10065263All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2059Open in IMG/M
TBL_comb47_HYPODRAFT_10065693All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2046Open in IMG/M
TBL_comb47_HYPODRAFT_10065718All Organisms → Viruses → Predicted Viral2046Open in IMG/M
TBL_comb47_HYPODRAFT_10066567All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → Candidatus Wildermuthbacteria → Candidatus Wildermuthbacteria bacterium GWA2_46_152024Open in IMG/M
TBL_comb47_HYPODRAFT_10066750Not Available2020Open in IMG/M
TBL_comb47_HYPODRAFT_10066887Not Available2016Open in IMG/M
TBL_comb47_HYPODRAFT_10067185Not Available2009Open in IMG/M
TBL_comb47_HYPODRAFT_10067447All Organisms → Viruses → Predicted Viral2003Open in IMG/M
TBL_comb47_HYPODRAFT_10067531All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2001Open in IMG/M
TBL_comb47_HYPODRAFT_10067621Not Available1999Open in IMG/M
TBL_comb47_HYPODRAFT_10067728Not Available1996Open in IMG/M
TBL_comb47_HYPODRAFT_10067986All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1990Open in IMG/M
TBL_comb47_HYPODRAFT_10068279All Organisms → cellular organisms → Bacteria1983Open in IMG/M
TBL_comb47_HYPODRAFT_10068492All Organisms → cellular organisms → Bacteria1979Open in IMG/M
TBL_comb47_HYPODRAFT_10068711All Organisms → cellular organisms → Bacteria1973Open in IMG/M
TBL_comb47_HYPODRAFT_10068835All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata1971Open in IMG/M
TBL_comb47_HYPODRAFT_10068839All Organisms → Viruses → Predicted Viral1971Open in IMG/M
TBL_comb47_HYPODRAFT_10069665Not Available1953Open in IMG/M
TBL_comb47_HYPODRAFT_10069671Not Available1953Open in IMG/M
TBL_comb47_HYPODRAFT_10070065All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1944Open in IMG/M
TBL_comb47_HYPODRAFT_10070258All Organisms → cellular organisms → Bacteria → Terrabacteria group1940Open in IMG/M
TBL_comb47_HYPODRAFT_10070290All Organisms → Viruses → Predicted Viral1939Open in IMG/M
TBL_comb47_HYPODRAFT_10070646All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1931Open in IMG/M
TBL_comb47_HYPODRAFT_10070795All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1928Open in IMG/M
TBL_comb47_HYPODRAFT_10071200All Organisms → Viruses → Predicted Viral1920Open in IMG/M
TBL_comb47_HYPODRAFT_10071401Not Available1915Open in IMG/M
TBL_comb47_HYPODRAFT_10071654All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1910Open in IMG/M
TBL_comb47_HYPODRAFT_10071756All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1908Open in IMG/M
TBL_comb47_HYPODRAFT_10071920All Organisms → Viruses → Predicted Viral1905Open in IMG/M
TBL_comb47_HYPODRAFT_10072364Not Available1896Open in IMG/M
TBL_comb47_HYPODRAFT_10072410All Organisms → Viruses → Predicted Viral1895Open in IMG/M
TBL_comb47_HYPODRAFT_10073189Not Available1879Open in IMG/M
TBL_comb47_HYPODRAFT_10073292All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata1876Open in IMG/M
TBL_comb47_HYPODRAFT_10073440All Organisms → Viruses → Predicted Viral1874Open in IMG/M
TBL_comb47_HYPODRAFT_10074116All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1860Open in IMG/M
TBL_comb47_HYPODRAFT_10074844All Organisms → Viruses → Predicted Viral1845Open in IMG/M
TBL_comb47_HYPODRAFT_10074884Not Available1845Open in IMG/M
TBL_comb47_HYPODRAFT_10075029Not Available1842Open in IMG/M
TBL_comb47_HYPODRAFT_10075066All Organisms → Viruses → Predicted Viral1841Open in IMG/M
TBL_comb47_HYPODRAFT_10075412All Organisms → cellular organisms → Bacteria1835Open in IMG/M
TBL_comb47_HYPODRAFT_10076092All Organisms → Viruses → Predicted Viral1821Open in IMG/M
TBL_comb47_HYPODRAFT_10076139All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata1820Open in IMG/M
TBL_comb47_HYPODRAFT_10076162All Organisms → cellular organisms → Bacteria1820Open in IMG/M
TBL_comb47_HYPODRAFT_10076204Not Available1819Open in IMG/M
TBL_comb47_HYPODRAFT_10076406All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata1815Open in IMG/M
TBL_comb47_HYPODRAFT_10076485All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1813Open in IMG/M
TBL_comb47_HYPODRAFT_10076696All Organisms → cellular organisms → Bacteria → PVC group → Lentisphaerae → Lentisphaeria → Victivallales → Victivallaceae → Victivallis → Victivallis vadensis1809Open in IMG/M
TBL_comb47_HYPODRAFT_10076840Not Available1806Open in IMG/M
TBL_comb47_HYPODRAFT_10076872Not Available1806Open in IMG/M
TBL_comb47_HYPODRAFT_10077397All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1795Open in IMG/M
TBL_comb47_HYPODRAFT_10077896All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1784Open in IMG/M
TBL_comb47_HYPODRAFT_10078003All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1782Open in IMG/M
TBL_comb47_HYPODRAFT_10078083All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1780Open in IMG/M
TBL_comb47_HYPODRAFT_10078116Not Available1780Open in IMG/M
TBL_comb47_HYPODRAFT_10078361All Organisms → Viruses → Predicted Viral1775Open in IMG/M
TBL_comb47_HYPODRAFT_10078473All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1773Open in IMG/M
TBL_comb47_HYPODRAFT_10078481All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1773Open in IMG/M
TBL_comb47_HYPODRAFT_10078641Not Available1770Open in IMG/M
TBL_comb47_HYPODRAFT_10078676Not Available1769Open in IMG/M
TBL_comb47_HYPODRAFT_10078778Not Available1767Open in IMG/M
TBL_comb47_HYPODRAFT_10078847All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1765Open in IMG/M
TBL_comb47_HYPODRAFT_10079545All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1752Open in IMG/M
TBL_comb47_HYPODRAFT_10079891Not Available1745Open in IMG/M
TBL_comb47_HYPODRAFT_10080019All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1743Open in IMG/M
TBL_comb47_HYPODRAFT_10080139Not Available1741Open in IMG/M
TBL_comb47_HYPODRAFT_10080567All Organisms → cellular organisms → Bacteria → environmental samples → uncultured bacterium1732Open in IMG/M
TBL_comb47_HYPODRAFT_10080748All Organisms → Viruses → Predicted Viral1728Open in IMG/M
TBL_comb47_HYPODRAFT_10080820All Organisms → cellular organisms → Bacteria1726Open in IMG/M
TBL_comb47_HYPODRAFT_10081221All Organisms → Viruses → Predicted Viral1719Open in IMG/M
TBL_comb47_HYPODRAFT_10081574All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata1712Open in IMG/M
TBL_comb47_HYPODRAFT_10081719Not Available1709Open in IMG/M
TBL_comb47_HYPODRAFT_10081778All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Raphidophyceae → Chattonellales → Chattonellaceae → Heterosigma → Heterosigma akashiwo1708Open in IMG/M
TBL_comb47_HYPODRAFT_10081923All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1705Open in IMG/M
TBL_comb47_HYPODRAFT_10082350Not Available1697Open in IMG/M
TBL_comb47_HYPODRAFT_10082450Not Available1695Open in IMG/M
TBL_comb47_HYPODRAFT_10082751All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1690Open in IMG/M
TBL_comb47_HYPODRAFT_10083229Not Available1682Open in IMG/M
TBL_comb47_HYPODRAFT_10083245Not Available1681Open in IMG/M
TBL_comb47_HYPODRAFT_10083997All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1668Open in IMG/M
TBL_comb47_HYPODRAFT_10084643All Organisms → Viruses → Predicted Viral1657Open in IMG/M
TBL_comb47_HYPODRAFT_10084674All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1656Open in IMG/M
TBL_comb47_HYPODRAFT_10084676All Organisms → Viruses → Predicted Viral1656Open in IMG/M
TBL_comb47_HYPODRAFT_10084731Not Available1655Open in IMG/M
TBL_comb47_HYPODRAFT_10084931All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → unclassified Bradyrhizobium → Bradyrhizobium sp.1652Open in IMG/M
TBL_comb47_HYPODRAFT_10084965All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1652Open in IMG/M
TBL_comb47_HYPODRAFT_10085006All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia1651Open in IMG/M
TBL_comb47_HYPODRAFT_10085309All Organisms → Viruses → Predicted Viral1646Open in IMG/M
TBL_comb47_HYPODRAFT_10085714Not Available1639Open in IMG/M
TBL_comb47_HYPODRAFT_10086245All Organisms → Viruses → Predicted Viral1631Open in IMG/M
TBL_comb47_HYPODRAFT_10086303All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1630Open in IMG/M
TBL_comb47_HYPODRAFT_10086418All Organisms → Viruses → Predicted Viral1628Open in IMG/M
TBL_comb47_HYPODRAFT_10087169All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata1615Open in IMG/M
TBL_comb47_HYPODRAFT_10087224Not Available1614Open in IMG/M
TBL_comb47_HYPODRAFT_10087974All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium1602Open in IMG/M
TBL_comb47_HYPODRAFT_10088014Not Available1601Open in IMG/M
TBL_comb47_HYPODRAFT_10088215Not Available1598Open in IMG/M
TBL_comb47_HYPODRAFT_10088793Not Available1589Open in IMG/M
TBL_comb47_HYPODRAFT_10088913All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1587Open in IMG/M
TBL_comb47_HYPODRAFT_10089114All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1584Open in IMG/M
TBL_comb47_HYPODRAFT_10090522All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium1562Open in IMG/M
TBL_comb47_HYPODRAFT_10090754All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1558Open in IMG/M
TBL_comb47_HYPODRAFT_10091304All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1550Open in IMG/M
TBL_comb47_HYPODRAFT_10092027All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1539Open in IMG/M
TBL_comb47_HYPODRAFT_10092131Not Available1538Open in IMG/M
TBL_comb47_HYPODRAFT_10092214All Organisms → Viruses → Predicted Viral1536Open in IMG/M
TBL_comb47_HYPODRAFT_10092825All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1527Open in IMG/M
TBL_comb47_HYPODRAFT_10092838Not Available1527Open in IMG/M
TBL_comb47_HYPODRAFT_10092865Not Available1527Open in IMG/M
TBL_comb47_HYPODRAFT_10092963Not Available1525Open in IMG/M
TBL_comb47_HYPODRAFT_10093044All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata1524Open in IMG/M
TBL_comb47_HYPODRAFT_10093205Not Available1522Open in IMG/M
TBL_comb47_HYPODRAFT_10093464Not Available1518Open in IMG/M
TBL_comb47_HYPODRAFT_10093608All Organisms → Viruses → Predicted Viral1516Open in IMG/M
TBL_comb47_HYPODRAFT_10094097All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1510Open in IMG/M
TBL_comb47_HYPODRAFT_10094104Not Available1509Open in IMG/M
TBL_comb47_HYPODRAFT_10094445All Organisms → cellular organisms → Bacteria1505Open in IMG/M
TBL_comb47_HYPODRAFT_10094449Not Available1505Open in IMG/M
TBL_comb47_HYPODRAFT_10094494All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1504Open in IMG/M
TBL_comb47_HYPODRAFT_10094638All Organisms → cellular organisms → Archaea → environmental samples → uncultured archaeon1503Open in IMG/M
TBL_comb47_HYPODRAFT_10094834All Organisms → Viruses → Predicted Viral1500Open in IMG/M
TBL_comb47_HYPODRAFT_10095076Not Available1496Open in IMG/M
TBL_comb47_HYPODRAFT_10095659All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1488Open in IMG/M
TBL_comb47_HYPODRAFT_10095848All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1486Open in IMG/M
TBL_comb47_HYPODRAFT_10096256Not Available1481Open in IMG/M
TBL_comb47_HYPODRAFT_10096576All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia1476Open in IMG/M
TBL_comb47_HYPODRAFT_10096614Not Available1476Open in IMG/M
TBL_comb47_HYPODRAFT_10096682All Organisms → cellular organisms → Bacteria1475Open in IMG/M
TBL_comb47_HYPODRAFT_10096999All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1471Open in IMG/M
TBL_comb47_HYPODRAFT_10097018Not Available1471Open in IMG/M
TBL_comb47_HYPODRAFT_10097887All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales1459Open in IMG/M
TBL_comb47_HYPODRAFT_10098129All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1456Open in IMG/M
TBL_comb47_HYPODRAFT_10098498All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1452Open in IMG/M
TBL_comb47_HYPODRAFT_10098516All Organisms → Viruses → Predicted Viral1452Open in IMG/M
TBL_comb47_HYPODRAFT_10098737Not Available1449Open in IMG/M
TBL_comb47_HYPODRAFT_10098760All Organisms → Viruses → Predicted Viral1448Open in IMG/M
TBL_comb47_HYPODRAFT_10098838All Organisms → Viruses → Predicted Viral1447Open in IMG/M
TBL_comb47_HYPODRAFT_10099168Not Available1443Open in IMG/M
TBL_comb47_HYPODRAFT_10099560Not Available1438Open in IMG/M
TBL_comb47_HYPODRAFT_10099660All Organisms → Viruses → Predicted Viral1437Open in IMG/M
TBL_comb47_HYPODRAFT_10099868All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobiaceae → Haloferula → Haloferula rosea1434Open in IMG/M
TBL_comb47_HYPODRAFT_10099934All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1434Open in IMG/M
TBL_comb47_HYPODRAFT_10100112All Organisms → Viruses → Predicted Viral1432Open in IMG/M
TBL_comb47_HYPODRAFT_10100346All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1429Open in IMG/M
TBL_comb47_HYPODRAFT_10100583All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1426Open in IMG/M
TBL_comb47_HYPODRAFT_10100636All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1425Open in IMG/M
TBL_comb47_HYPODRAFT_10101056Not Available1420Open in IMG/M
TBL_comb47_HYPODRAFT_10101086Not Available1420Open in IMG/M
TBL_comb47_HYPODRAFT_10101213Not Available1418Open in IMG/M
TBL_comb47_HYPODRAFT_10101278All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1417Open in IMG/M
TBL_comb47_HYPODRAFT_10101644All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1413Open in IMG/M
TBL_comb47_HYPODRAFT_10101820Not Available1411Open in IMG/M
TBL_comb47_HYPODRAFT_10101871All Organisms → Viruses → Predicted Viral1410Open in IMG/M
TBL_comb47_HYPODRAFT_10102691All Organisms → Viruses → Predicted Viral1400Open in IMG/M
TBL_comb47_HYPODRAFT_10103405All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1392Open in IMG/M
TBL_comb47_HYPODRAFT_10103604Not Available1389Open in IMG/M
TBL_comb47_HYPODRAFT_10103744All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → unclassified Actinobacteria → Actinobacteria bacterium ADurb.BinA0941388Open in IMG/M
TBL_comb47_HYPODRAFT_10103831Not Available1387Open in IMG/M
TBL_comb47_HYPODRAFT_10103975All Organisms → Viruses → Predicted Viral1385Open in IMG/M
TBL_comb47_HYPODRAFT_10104028All Organisms → Viruses → Predicted Viral1385Open in IMG/M
TBL_comb47_HYPODRAFT_10105092All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1373Open in IMG/M
TBL_comb47_HYPODRAFT_10105383Not Available1370Open in IMG/M
TBL_comb47_HYPODRAFT_10105543Not Available1368Open in IMG/M
TBL_comb47_HYPODRAFT_10105933All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1364Open in IMG/M
TBL_comb47_HYPODRAFT_10106777Not Available1355Open in IMG/M
TBL_comb47_HYPODRAFT_10106861All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1354Open in IMG/M
TBL_comb47_HYPODRAFT_10106866All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1354Open in IMG/M
TBL_comb47_HYPODRAFT_10106869Not Available1354Open in IMG/M
TBL_comb47_HYPODRAFT_10106923All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1354Open in IMG/M
TBL_comb47_HYPODRAFT_10107080All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1352Open in IMG/M
TBL_comb47_HYPODRAFT_10107976All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium1342Open in IMG/M
TBL_comb47_HYPODRAFT_10108103All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1341Open in IMG/M
TBL_comb47_HYPODRAFT_10108362Not Available1338Open in IMG/M
TBL_comb47_HYPODRAFT_10108415All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia1337Open in IMG/M
TBL_comb47_HYPODRAFT_10108420All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Oligohymenophorea1337Open in IMG/M
TBL_comb47_HYPODRAFT_10108461Not Available1337Open in IMG/M
TBL_comb47_HYPODRAFT_10108485Not Available1337Open in IMG/M
TBL_comb47_HYPODRAFT_10108737All Organisms → Viruses → Predicted Viral1334Open in IMG/M
TBL_comb47_HYPODRAFT_10109543Not Available1326Open in IMG/M
TBL_comb47_HYPODRAFT_10110006Not Available1321Open in IMG/M
TBL_comb47_HYPODRAFT_10110310Not Available1317Open in IMG/M
TBL_comb47_HYPODRAFT_10111822Not Available1302Open in IMG/M
TBL_comb47_HYPODRAFT_10112061All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria1300Open in IMG/M
TBL_comb47_HYPODRAFT_10112252All Organisms → Viruses → Predicted Viral1298Open in IMG/M
TBL_comb47_HYPODRAFT_10112331All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1298Open in IMG/M
TBL_comb47_HYPODRAFT_10112357All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → unclassified Actinobacteria → Actinobacteria bacterium ADurb.BinA0941297Open in IMG/M
TBL_comb47_HYPODRAFT_10112781Not Available1293Open in IMG/M
TBL_comb47_HYPODRAFT_10113078All Organisms → Viruses → Predicted Viral1289Open in IMG/M
TBL_comb47_HYPODRAFT_10113307All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1287Open in IMG/M
TBL_comb47_HYPODRAFT_10113415All Organisms → Viruses → Predicted Viral1286Open in IMG/M
TBL_comb47_HYPODRAFT_10113491Not Available1286Open in IMG/M
TBL_comb47_HYPODRAFT_10113910All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1282Open in IMG/M
TBL_comb47_HYPODRAFT_10114324All Organisms → Viruses → Predicted Viral1277Open in IMG/M
TBL_comb47_HYPODRAFT_10114353All Organisms → Viruses → Predicted Viral1277Open in IMG/M
TBL_comb47_HYPODRAFT_10114444All Organisms → Viruses → Predicted Viral1276Open in IMG/M
TBL_comb47_HYPODRAFT_10114548All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Methylococcales → unclassified Methylococcales → Methylococcales bacterium1275Open in IMG/M
TBL_comb47_HYPODRAFT_10114605All Organisms → cellular organisms → Bacteria1274Open in IMG/M
TBL_comb47_HYPODRAFT_10115160All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia1269Open in IMG/M
TBL_comb47_HYPODRAFT_10115535All Organisms → Viruses → Predicted Viral1266Open in IMG/M
TBL_comb47_HYPODRAFT_10115597All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales1265Open in IMG/M
TBL_comb47_HYPODRAFT_10115617Not Available1265Open in IMG/M
TBL_comb47_HYPODRAFT_10115643Not Available1265Open in IMG/M
TBL_comb47_HYPODRAFT_10115916Not Available1263Open in IMG/M
TBL_comb47_HYPODRAFT_10116047Not Available1261Open in IMG/M
TBL_comb47_HYPODRAFT_10116240All Organisms → Viruses → Predicted Viral1259Open in IMG/M
TBL_comb47_HYPODRAFT_10116419Not Available1258Open in IMG/M
TBL_comb47_HYPODRAFT_10116745Not Available1255Open in IMG/M
TBL_comb47_HYPODRAFT_10116896Not Available1253Open in IMG/M
TBL_comb47_HYPODRAFT_10117463All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1248Open in IMG/M
TBL_comb47_HYPODRAFT_10117921All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Acidimicrobiia → Acidimicrobiales → Iamiaceae → Aquihabitans → unclassified Aquihabitans → Aquihabitans sp. G1281244Open in IMG/M
TBL_comb47_HYPODRAFT_10117999Not Available1244Open in IMG/M
TBL_comb47_HYPODRAFT_10118143Not Available1242Open in IMG/M
TBL_comb47_HYPODRAFT_10118566All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1238Open in IMG/M
TBL_comb47_HYPODRAFT_10118714All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1237Open in IMG/M
TBL_comb47_HYPODRAFT_10118772All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1237Open in IMG/M
TBL_comb47_HYPODRAFT_10118775Not Available1237Open in IMG/M
TBL_comb47_HYPODRAFT_10119854All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobiaceae → unclassified Verrucomicrobiaceae → Verrucomicrobiaceae bacterium1228Open in IMG/M
TBL_comb47_HYPODRAFT_10120258Not Available1224Open in IMG/M
TBL_comb47_HYPODRAFT_10120685Not Available1221Open in IMG/M
TBL_comb47_HYPODRAFT_10122220All Organisms → Viruses → Predicted Viral1208Open in IMG/M
TBL_comb47_HYPODRAFT_10122707Not Available1205Open in IMG/M
TBL_comb47_HYPODRAFT_10122739All Organisms → Viruses → Predicted Viral1204Open in IMG/M
TBL_comb47_HYPODRAFT_10123024All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1202Open in IMG/M
TBL_comb47_HYPODRAFT_10123243All Organisms → cellular organisms → Bacteria → Proteobacteria1200Open in IMG/M
TBL_comb47_HYPODRAFT_10123311All Organisms → Viruses → Predicted Viral1199Open in IMG/M
TBL_comb47_HYPODRAFT_10123422All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1198Open in IMG/M
TBL_comb47_HYPODRAFT_10123709All Organisms → Viruses → Predicted Viral1196Open in IMG/M
TBL_comb47_HYPODRAFT_10124074All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1193Open in IMG/M
TBL_comb47_HYPODRAFT_10124348Not Available1191Open in IMG/M
TBL_comb47_HYPODRAFT_10124681All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1188Open in IMG/M
TBL_comb47_HYPODRAFT_10124811All Organisms → Viruses → Predicted Viral1187Open in IMG/M
TBL_comb47_HYPODRAFT_10125245Not Available1184Open in IMG/M
TBL_comb47_HYPODRAFT_10125537All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1181Open in IMG/M
TBL_comb47_HYPODRAFT_10125538All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia1181Open in IMG/M
TBL_comb47_HYPODRAFT_10125588All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1181Open in IMG/M
TBL_comb47_HYPODRAFT_10126072All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage1177Open in IMG/M
TBL_comb47_HYPODRAFT_10126190All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1176Open in IMG/M
TBL_comb47_HYPODRAFT_10126546Not Available1174Open in IMG/M
TBL_comb47_HYPODRAFT_10127004All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1170Open in IMG/M
TBL_comb47_HYPODRAFT_10127019All Organisms → cellular organisms → Bacteria1170Open in IMG/M
TBL_comb47_HYPODRAFT_10127251Not Available1169Open in IMG/M
TBL_comb47_HYPODRAFT_10127506All Organisms → Viruses → Predicted Viral1167Open in IMG/M
TBL_comb47_HYPODRAFT_10127548All Organisms → cellular organisms → Bacteria1166Open in IMG/M
TBL_comb47_HYPODRAFT_10127762Not Available1165Open in IMG/M
TBL_comb47_HYPODRAFT_10127866All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1164Open in IMG/M
TBL_comb47_HYPODRAFT_10128096All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1162Open in IMG/M
TBL_comb47_HYPODRAFT_10128397Not Available1160Open in IMG/M
TBL_comb47_HYPODRAFT_10128405All Organisms → Viruses → Predicted Viral1160Open in IMG/M
TBL_comb47_HYPODRAFT_10128526Not Available1159Open in IMG/M
TBL_comb47_HYPODRAFT_10128681Not Available1158Open in IMG/M
TBL_comb47_HYPODRAFT_10128690Not Available1158Open in IMG/M
TBL_comb47_HYPODRAFT_10128851All Organisms → Viruses → Predicted Viral1156Open in IMG/M
TBL_comb47_HYPODRAFT_10129893All Organisms → Viruses → Predicted Viral1149Open in IMG/M
TBL_comb47_HYPODRAFT_10130359Not Available1145Open in IMG/M
TBL_comb47_HYPODRAFT_10130423Not Available1145Open in IMG/M
TBL_comb47_HYPODRAFT_10130619All Organisms → Viruses → Predicted Viral1143Open in IMG/M
TBL_comb47_HYPODRAFT_10130765All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium1142Open in IMG/M
TBL_comb47_HYPODRAFT_10131380All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1138Open in IMG/M
TBL_comb47_HYPODRAFT_10131428Not Available1137Open in IMG/M
TBL_comb47_HYPODRAFT_10131500All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1137Open in IMG/M
TBL_comb47_HYPODRAFT_10131502Not Available1137Open in IMG/M
TBL_comb47_HYPODRAFT_10131554Not Available1137Open in IMG/M
TBL_comb47_HYPODRAFT_10131572Not Available1136Open in IMG/M
TBL_comb47_HYPODRAFT_10131676All Organisms → Viruses → Predicted Viral1136Open in IMG/M
TBL_comb47_HYPODRAFT_10131854All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1134Open in IMG/M
TBL_comb47_HYPODRAFT_10132097All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1133Open in IMG/M
TBL_comb47_HYPODRAFT_10133006All Organisms → cellular organisms → Bacteria → Proteobacteria1127Open in IMG/M
TBL_comb47_HYPODRAFT_10133114All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → unclassified Caudoviricetes → Vibrio phage 2.275.O._10N.286.54.E111126Open in IMG/M
TBL_comb47_HYPODRAFT_10133386All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1124Open in IMG/M
TBL_comb47_HYPODRAFT_10133555All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1123Open in IMG/M
TBL_comb47_HYPODRAFT_10134221All Organisms → Viruses → Predicted Viral1118Open in IMG/M
TBL_comb47_HYPODRAFT_10135563Not Available1109Open in IMG/M
TBL_comb47_HYPODRAFT_10135636Not Available1108Open in IMG/M
TBL_comb47_HYPODRAFT_10135940All Organisms → cellular organisms → Bacteria → PVC group1106Open in IMG/M
TBL_comb47_HYPODRAFT_10136989Not Available1099Open in IMG/M
TBL_comb47_HYPODRAFT_10137101Not Available1099Open in IMG/M
TBL_comb47_HYPODRAFT_10137179All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1098Open in IMG/M
TBL_comb47_HYPODRAFT_10137391Not Available1097Open in IMG/M
TBL_comb47_HYPODRAFT_10137556Not Available1096Open in IMG/M
TBL_comb47_HYPODRAFT_10137640All Organisms → cellular organisms → Bacteria1095Open in IMG/M
TBL_comb47_HYPODRAFT_10137881All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1093Open in IMG/M
TBL_comb47_HYPODRAFT_10138130All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1092Open in IMG/M
TBL_comb47_HYPODRAFT_10138283All Organisms → cellular organisms → Bacteria1091Open in IMG/M
TBL_comb47_HYPODRAFT_10138377All Organisms → Viruses → Predicted Viral1090Open in IMG/M
TBL_comb47_HYPODRAFT_10138481All Organisms → Viruses → Predicted Viral1089Open in IMG/M
TBL_comb47_HYPODRAFT_10138653All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium1088Open in IMG/M
TBL_comb47_HYPODRAFT_10138965Not Available1086Open in IMG/M
TBL_comb47_HYPODRAFT_10139082All Organisms → cellular organisms → Bacteria → Proteobacteria1085Open in IMG/M
TBL_comb47_HYPODRAFT_10139101All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1085Open in IMG/M
TBL_comb47_HYPODRAFT_10139214All Organisms → Viruses → Predicted Viral1084Open in IMG/M
TBL_comb47_HYPODRAFT_10139251All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1084Open in IMG/M
TBL_comb47_HYPODRAFT_10139252Not Available1084Open in IMG/M
TBL_comb47_HYPODRAFT_10139476All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1083Open in IMG/M
TBL_comb47_HYPODRAFT_10139733All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Caulobacterales → Caulobacteraceae → Phenylobacterium → Phenylobacterium zucineum1081Open in IMG/M
TBL_comb47_HYPODRAFT_10139854All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1080Open in IMG/M
TBL_comb47_HYPODRAFT_10139888Not Available1080Open in IMG/M
TBL_comb47_HYPODRAFT_10140152Not Available1078Open in IMG/M
TBL_comb47_HYPODRAFT_10140519All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Acidicapsa → Acidicapsa acidisoli1076Open in IMG/M
TBL_comb47_HYPODRAFT_10140607Not Available1075Open in IMG/M
TBL_comb47_HYPODRAFT_10142497Not Available1063Open in IMG/M
TBL_comb47_HYPODRAFT_10142644All Organisms → Viruses → Predicted Viral1063Open in IMG/M
TBL_comb47_HYPODRAFT_10142870All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Branchiopoda → Phyllopoda → Diplostraca → Cladocera → Anomopoda → Daphniidae → Daphnia → Daphnia pulex1061Open in IMG/M
TBL_comb47_HYPODRAFT_10143263All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes1059Open in IMG/M
TBL_comb47_HYPODRAFT_10143430Not Available1058Open in IMG/M
TBL_comb47_HYPODRAFT_10143581All Organisms → Viruses → Predicted Viral1057Open in IMG/M
TBL_comb47_HYPODRAFT_10143818All Organisms → Viruses → Predicted Viral1056Open in IMG/M
TBL_comb47_HYPODRAFT_10143914All Organisms → Viruses → Predicted Viral1055Open in IMG/M
TBL_comb47_HYPODRAFT_10144253Not Available1053Open in IMG/M
TBL_comb47_HYPODRAFT_10144535All Organisms → Viruses1052Open in IMG/M
TBL_comb47_HYPODRAFT_10144630Not Available1051Open in IMG/M
TBL_comb47_HYPODRAFT_10144767Not Available1050Open in IMG/M
TBL_comb47_HYPODRAFT_10144799All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1050Open in IMG/M
TBL_comb47_HYPODRAFT_10145066Not Available1049Open in IMG/M
TBL_comb47_HYPODRAFT_10145569Not Available1046Open in IMG/M
TBL_comb47_HYPODRAFT_10145717Not Available1045Open in IMG/M
TBL_comb47_HYPODRAFT_10146112All Organisms → Viruses → Predicted Viral1043Open in IMG/M
TBL_comb47_HYPODRAFT_10146517All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1040Open in IMG/M
TBL_comb47_HYPODRAFT_10147890All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1032Open in IMG/M
TBL_comb47_HYPODRAFT_10148022Not Available1032Open in IMG/M
TBL_comb47_HYPODRAFT_10148156Not Available1031Open in IMG/M
TBL_comb47_HYPODRAFT_10148267Not Available1030Open in IMG/M
TBL_comb47_HYPODRAFT_10148648Not Available1028Open in IMG/M
TBL_comb47_HYPODRAFT_10148934Not Available1027Open in IMG/M
TBL_comb47_HYPODRAFT_10149110All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1026Open in IMG/M
TBL_comb47_HYPODRAFT_10149141Not Available1026Open in IMG/M
TBL_comb47_HYPODRAFT_10149358Not Available1024Open in IMG/M
TBL_comb47_HYPODRAFT_10149575Not Available1023Open in IMG/M
TBL_comb47_HYPODRAFT_10150191Not Available1020Open in IMG/M
TBL_comb47_HYPODRAFT_10150331All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1019Open in IMG/M
TBL_comb47_HYPODRAFT_10150603Not Available1017Open in IMG/M
TBL_comb47_HYPODRAFT_10151023All Organisms → Viruses → Predicted Viral1015Open in IMG/M
TBL_comb47_HYPODRAFT_10151297Not Available1014Open in IMG/M
TBL_comb47_HYPODRAFT_10151942Not Available1010Open in IMG/M
TBL_comb47_HYPODRAFT_10152660Not Available1006Open in IMG/M
TBL_comb47_HYPODRAFT_10152890All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1005Open in IMG/M
TBL_comb47_HYPODRAFT_10153533All Organisms → Viruses → Predicted Viral1002Open in IMG/M
TBL_comb47_HYPODRAFT_10153588Not Available1001Open in IMG/M

Sequences

Scaffold IDProtein IDFamilySequence
TBL_comb47_HYPODRAFT_10000172TBL_comb47_HYPODRAFT_100001721F073096SVIMPIDHDPVMFNNLVSVKIAVDKLNCDDKNWSDAESKIQQLKLYSDYRGDPQAKSIAQLDEAIGKAKNSDNKLFCESILKINKTRIDVIADAWKGR*
TBL_comb47_HYPODRAFT_10000172TBL_comb47_HYPODRAFT_1000017271F095137MPTKRIRKYPEKKCPTCSKLFTKQGKYCCRACGNSRVFTPTYKAKVSNALKQKMIDDPEFKQKQIAKIMPDIPIPPQVESPLGLDQFISDGDLWTEVE*
TBL_comb47_HYPODRAFT_10000183TBL_comb47_HYPODRAFT_1000018396F015599LKKDINVNIMKLTINNFKKLKEQRWDEQNYIESITEKVDRYEISVWRDHMRQYIMLERKPVENGYYIIGKWSNEAHCVRYPYWIKHEDIVDITKLMDKLKLMTDSWSPKLL*
TBL_comb47_HYPODRAFT_10000325TBL_comb47_HYPODRAFT_1000032511F021233MSTNKPLRKGLSGLTEPELGMNHDDKFNELHEFAVRAFNWEGKPDEKDMLDSIELIVEQFLHEYIHPAEVIIARFNTDAYLNDAEADRLFLNLQSAIVAIEEEVTRRYLKAQFSYYMLDDKYWDAYRKPVSGTTNDLTARARLETRDDRYFYFVQYAAWRIINDKVQSLKATQRHIQNQIYRRG*
TBL_comb47_HYPODRAFT_10000325TBL_comb47_HYPODRAFT_100003259F052345MDRRTKEYKELVKMTPTTQELLSEEIDGELYLYKYSPQCKICNTSDDLKNIIDSLLLFPKPYKEVLQAIQPIQDKLGVEGDDRINYENIRNHQKRHLPFEKAIVRDIVERRAKEKNLSILDTSERLLTAEAFYEVIVAKGWEDLASGYNRPTLTQTMAAMEMLRSLEKQANEEYRPEELINQLDMILTAIREVLPADMKEALFRRIEEYQSVDKKKKPATAALPGAEDDIDYIDEDLEEDF*
TBL_comb47_HYPODRAFT_10000429TBL_comb47_HYPODRAFT_1000042981F050095MDWIDIIVGGVVAIFIVGGCLALYADATNHPWEDSDD*
TBL_comb47_HYPODRAFT_10000686TBL_comb47_HYPODRAFT_1000068649F076681MVSKLIMAITYKWSIPKMTVNNAADGVVIYADWLCVGTDDVNNLTAAAAGTAKLGEPANPFTPYADLQPEQVLAWCFEPVTYTLVDDIRNTTTTITTNLQPDTEAQVAGQLARQLAAIAANPPLPWIKQETTS*
TBL_comb47_HYPODRAFT_10000938TBL_comb47_HYPODRAFT_1000093813F031849MANLKPLPPKMIERFADKAPRIADPHSKPRILGLDVVNPTNATLDTVNKDTLQVRRTFKDATQAHAAYRRLKQENVERNRKNQLIQKKLNNEPPYQAKKLESMGQNWRSNRPTGFLSTIVSRIQPPFRQVIEQAATLTFAKYPIESIDAENKTKIFREEITKCIRGWKGHDDLVAQTTHENTTFGFCGWAWDDLRDWKPEFLRQDYTFFSIETPQDTNATPIWGRKRRYQISELLPILESPELSAMAGWNINNLVKSINAAIPAGRTLDADEDARRYEDWIREGSYGASYENDAKYVELGELLIKEPHGKISRFLFDDKSGEEICTQVDRYNNMSECLALFSVEVGSGSLMSSRGAGRDLYNTHVAIDKARNLIVDNTYLKGLLLLKKSPNAKIGVPPLTVHHPIAYVSEGYEVIPQNMPADTDDFLKLDQFISNLAEIQVGTFLPGAPIESGGKKTASEVNRVAAIENQLREGILSRWSRQYSRAVERMQRGICHPEHIKYAGELKSKLDEARKTEPNAVWARREVVDAFDRSMMDLPPFMIPFEVPEHLDEDAINCVFNMLERNLPPSDILLMAYSPAAELLQDTTPQDTMVLDSLIQRYTGNPNVNQDELLKLDWSRKMGETVANSVILPKDQVEAIAIEATRQQVIELQSIIAGQDVPVSPRDNDMVHLDTMMQKLVPVVMHIPEGGLPPEGVAPLAQAMKHFSEHMSAAEAKGANPAALKKYKDAFKMATQHLMKGHGTPPPPEVSPAAAMQGHHKPHHAAGMHRPPVAQQKLNEQNYSSQNPSQSGVINAISNPPRPPTAA*
TBL_comb47_HYPODRAFT_10001462TBL_comb47_HYPODRAFT_1000146233F010448MKNGDISNVSSPQVICATDVVCQLLTEETKKFLSTKVESKIGQINLLAANKLWNLANNYGISLELAGFESEGWTEQLLEKAFEKLERRVVNPFNYWQLYEDVNELVGMLPYRPNLKGVIDIPGRVARYGSAGVELDNL*
TBL_comb47_HYPODRAFT_10001787TBL_comb47_HYPODRAFT_1000178711F042065MWNNVQEFRDWYMASGMPLRPPFKNPVFHTDNAMSLCMFREGRFQVELYLTEPYSTSPPHTHPGVDSAFVYLAGNIQFSLEGRDNPDVQQWQKPSPEGYHMLLGKTVDSPDGIPHWLKIGPEGGAFLSFEHWKDKDPVSVTVNWDGETVGSEHDKTIEKVKGELNEQDTRSV*
TBL_comb47_HYPODRAFT_10001787TBL_comb47_HYPODRAFT_1000178713F078138MIPAMRNAHATHVDFGFLRGIISSNPNFMPSNIDMVLERKGMFLFGEWKREDEEIKTGQKILLKELAWIHRVLLITGYVDNQPHISLIQQVLPNGNLKVVGKSVADLIKYIQDWYKDAENND*
TBL_comb47_HYPODRAFT_10001809TBL_comb47_HYPODRAFT_1000180920F029410MKVNILMKYYDIDEVPIPFDPTWSSIAISLSGGADSALLSYLLCDIAKNYQTKINIINHVRCWKTRPWQQYNADQVFDWLFQKFYDTEFIRHTNFIAPELEYGNIGPSLTDEYGKNVSGDNIQQRAYAEFICHKHDIPAYYNGVTHNPTSIDFNGMKERDVELNDNTRHLLVMKHMGRWALHPFRFTDKSWVIKQYKRLNIEDLLHITRSCEGEFTGLNYQTYMKGQDVPECGECFWCKERKWAIEQNK*
TBL_comb47_HYPODRAFT_10002011TBL_comb47_HYPODRAFT_1000201133F001201MYKEGRQIVTDIAKEVDGVVKDVKTVQKKAKGLLGFLSAVFGKKEEEQPQVAQPAKKVKKKKEPPPEFDENLIYQQVSDALIKFFQAYNGLKNYKKEQEELALHATNEEGNEIAIKLVIADLQMEKLNSELSNYMVYHVPSELKDLYSRVNEQIGHIANVQALARREELLAKRKAQWQRNQKADL
TBL_comb47_HYPODRAFT_10002011TBL_comb47_HYPODRAFT_100020114F093142MGIFDFFRNNKGVKGESNTLFGQTQLGNQIVRTNQNGQQGSAFQLLYVTTSSVTNAGRIVDMSVLSRNSTIMSCVGVKARALAQCSVNIMCKMDDGTFVNALQSDKVGSRDKAKAKQVMNLLQDPNNFKTHMSFGISGVCGKIWLANVLHCC*
TBL_comb47_HYPODRAFT_10002046TBL_comb47_HYPODRAFT_1000204616F008072MKRKVSKDRRYKRSIWTQNQKLXAVSTYLMLGNMAETAVVTGIPLQTLKIWKTTDWFKDYSLQLQSEDVQQMDSNLKRVIQKALKATEDRIDLGDAQFDQKTGEIVRIPIKAHVALKITTELLTKQQKLNENPIKEEVEKTIDSRLLKLSEEFARFANARANTIEIEAVDVTPNTTSIEA
TBL_comb47_HYPODRAFT_10002046TBL_comb47_HYPODRAFT_1000204627F016782MSTEASTLYVAATESLVSESSATSTFEKMIAVAFTHSSGETFTKELRETEKQIKKDFEISSMPGPWRSAKSVIQTALKMGIGLVDDNGGFYGKTHLQNTIKALKTDVKEPLTNEAYATKVCSLLCNVPEELDAKKVYKXVITFLEGVV*
TBL_comb47_HYPODRAFT_10002046TBL_comb47_HYPODRAFT_1000204634F009735MMTGVVEATSTKEVNTKFGAKPTYSMKVNGNWVKCGFKDPGVQAGYEVEFDGVTGTYGMETKVVSILKKTATPVPATLATDSKVGVLGPSKHGYSGYKEKVFPIPPLHGDRAIVRQNALARATDLYIAARGGKSFELEMSTLELVIALARKFESYTAGDIDMAEAMKEDSEENIAAQE*
TBL_comb47_HYPODRAFT_10002062TBL_comb47_HYPODRAFT_1000206229F011825MEQNKKEPVKQFFYSEREWDRLGCGELPENRRRENFQEAHARGNPKVDNNVIKGYN*
TBL_comb47_HYPODRAFT_10002073TBL_comb47_HYPODRAFT_1000207321F104082MPNQNTDAEAALQKLGHRVRLGWAKKHPVSDKSLESVKNTVREQWEQEQTASRASKPAPSPDKDRGPKPPEPGLEP*
TBL_comb47_HYPODRAFT_10002165TBL_comb47_HYPODRAFT_100021655F036667MTSLSDTSAQPAARKHDGEIITARTHDTWLSWEAGIHQNDTLRARVSRALDRFGLGTSTAAVDEAIDYLINKELGQSARYFNQTGKPQFNQQQITHAVLSFMAGKEQQRHMTDLAIQEHDGDHDDDTPGSVRACHMADPGHIRPDEYAARRDALRAIAAMIPDTERELYSLMLAVREPGMLDRIHAYADRHQIGRSTVYFRIKKLAEAIQLHPWFDEITAPFRTVHRTA*
TBL_comb47_HYPODRAFT_10002237TBL_comb47_HYPODRAFT_1000223721F021290MRAREFICELKGHRGKGRAAPAHEFERAHPGMVAPAGRGDMYIGRYYDHYRVSSLAGMHPDDIANADEVSFFGNLPIFSGYTEPERDKLKVIMKKLGMKPKDYISTGSHEPDDTHRTSPVKGFKGYR*
TBL_comb47_HYPODRAFT_10002237TBL_comb47_HYPODRAFT_1000223723F017466MRAREFVVEAKFGSAADVPAMASKLPQSQRSAIKGALSMPDISHNKQGGSPMAQWRFGIALAGAPDYPTEAAGAFAGDPIVTTYSDVELEMVNAAAKQVGAGRVNKLTDNRSTEADWVQKTSPVKGFKGYPR*
TBL_comb47_HYPODRAFT_10002237TBL_comb47_HYPODRAFT_100022375F009512MLSLTAKSNYIILKLMDELFHRLDRAEKHITQVKNKVARRDLLKMVRTVDQAIVAADMESVECRRMHRESIRYRELVKTVDSLLTNLEQHITFASLLG*
TBL_comb47_HYPODRAFT_10002356TBL_comb47_HYPODRAFT_100023561F027373MTNTETKITFYKPPEPVGYWCLYGGGPTTKFAMFQKPTDKQIKNTTELLGWIWEDA
TBL_comb47_HYPODRAFT_10002527TBL_comb47_HYPODRAFT_100025274F013852MGRSTFEGPILSGDNRFGPVRDVGYTDLVQTALLDFSVTAPGANYGGGSGVFVASNNIPNSAATIYTPQSGVYSTNGPTKASAPTADATNTVYRGVVFYLPYSCNITDVIFDVGTVPKDSAGTPVAVSAIQPYVSNNFATSTGVYATFANISSPAAQRYTATYVGSQLTNSNATLQDFQNLQPGQQPSWFSQVVVTLAMTTTAAGLSSGQVEVTLRYNQNDMNIGTSTTYPYGNFD*
TBL_comb47_HYPODRAFT_10002621TBL_comb47_HYPODRAFT_100026217F040990MNYYYEIDPKYDGTVFGDKWRYWCMANCSPADNGKMCFKTHDEFVARSSRVWVENVNGVHQIKPDWYGMRGQVDPHEFTLIKLRAKTIKWWHDESG*
TBL_comb47_HYPODRAFT_10002749TBL_comb47_HYPODRAFT_100027491F023511VFENEKVFFYRNSFSAYDTFRFLGKSELNLEYERQIGTTVREEKYSFFNASTKQFSAKESESCKANSGWISLGEKNCLRELLLSTEGYEQIGKELFQIVVKSAKVTPFLKDGEYLYNLEIEYERSYQNSFFSVHIPESSANAIILPQPLTWDNMEVSFDDMEITFDQIEY*
TBL_comb47_HYPODRAFT_10003082TBL_comb47_HYPODRAFT_1000308220F057196MIIAKTKSQLRAETELAVSQFIRSGGSVEVIKARKAPKQYMRGKTTKVASTGTSGFAAGFPRKSGI*
TBL_comb47_HYPODRAFT_10003082TBL_comb47_HYPODRAFT_1000308226F102701MSEEQEYDVVIDTLQKHRDILWKMTKSNMDTDMFNIMDQIRLEQITQLEKAITLWRERNESR*
TBL_comb47_HYPODRAFT_10003082TBL_comb47_HYPODRAFT_1000308233F040944VNKLIKTENEHLFPTGGLTIPYEVAHGITLNSLIDSRDYLQSELDKWKENPKDELNPDGYWLHPDDVVNNMKYIKAMNLLIGYFGGE*
TBL_comb47_HYPODRAFT_10003162TBL_comb47_HYPODRAFT_1000316255F083677MSIDNQTELESAQSIFSDFHKDYYGFRPRFATEEQWNSIEWLDEQIKAIHDAMDERKKTPEGRASLRDEGWYIDESEFV*
TBL_comb47_HYPODRAFT_10003162TBL_comb47_HYPODRAFT_1000316256F034813MSYDSDFESVYMVEFESGRTIHVQFFDVQEVKEYCADNHAGDIIKSIYKEVYNNFAEAE*
TBL_comb47_HYPODRAFT_10003588TBL_comb47_HYPODRAFT_100035885F003009MNISLGNLIKYFSILSVSFHDVNSLFGFFTFLTIFANLVSGIMLSFSLIPEPMIVPIVRNEEDLEDIYIDDFFWMHERGVDLIFIFS*
TBL_comb47_HYPODRAFT_10003588TBL_comb47_HYPODRAFT_100035886F060948LVFQVVVFLGLVLCCTHLSEITLTIAANIFHTFFMFYGKFYWWVFTDKQLNSDTMIRLAYAHYVSAFFLTYLSLIHGVDMHYD*
TBL_comb47_HYPODRAFT_10003606TBL_comb47_HYPODRAFT_1000360615F047000MNYTPLEDAYKIHHVNSNTYTGTLKYSSTCIYCKNTTSTSLMNTDGGSFRRCDRCRKNFRATVLNEAVNNFSYSTNHLQGTN*
TBL_comb47_HYPODRAFT_10003730TBL_comb47_HYPODRAFT_100037306F052309MTLDEINQQLANLATCGDPQFAQAAQYVAQATQAAQTGQMTPQELTETLQDMQRQLDIIQDMSRLQFKETLNTVINGLITIAGVAL*
TBL_comb47_HYPODRAFT_10003827TBL_comb47_HYPODRAFT_100038272F052309MTLDEINQQLVNLTNCGDPQFAQAAQYVTQATQAAQAGQMTPQELTETLQDLQRQMEIIQDMSRLQFKETLNTVINGLITIAGFAL*
TBL_comb47_HYPODRAFT_10003827TBL_comb47_HYPODRAFT_1000382724F001443MYETTVRTPAGETKDRVFASNAQEAKKLFEQRHGPRNVPYIPHMIPS*
TBL_comb47_HYPODRAFT_10003827TBL_comb47_HYPODRAFT_100038274F072912MKRLIVISLFLLTACAGNKAPMIPKWPDAPADLQTPAQDLTPLAPEQHNLSDLIANANDNYAQYYVLKEKYEGWQSWYNSQKKIQEGLK*
TBL_comb47_HYPODRAFT_10003864TBL_comb47_HYPODRAFT_100038642F040985MIDVTQTPNLISFAGNPVIFEGCSDIYILSLGTYAYFELVVSGVDTTIGHSFTLQFAGKTLVFKTAGLTGYDGYLFGVGYPGQSFNDFANNIYQCFIENYYIQKYFTIALDPAGVSHRKIILQARQSGADCTVVLSNVGVLGVAQGINTAGTDDVYQDYFGILCLIRDSYNNPIGEDIKPADPTGCASFDISDYLSSKFATWQIPRFEFPEANGIVKIHGWDYLLKYRASFAESIAGMVKGLRPDAWKYALAGGLNHELLTSLNENNLEYFSIPANQLKFLTWLPTSKYSRSGVLEKLFFLFQDNPTGILYRLVMIITFTDTTHKVVNLTEQQKYPSFTVVEFKVGFDHLDLVNAQYGKTVQSWEVFLMDSNDKYLSERRLFYNDTRVFENEKVFFYHNSFSAYDTFRFLGKSELNLEYERQIGTTVREEKYSFFNAPAKQFSAKETESCKANSGWISLQEKNCLRELLLSLEAYEQINNELFQIVVKTAKVTPFLKDGEYLYNLEIEYERSYQNSFFSVHVPPSSANPVQVPQPLTWDNTEVGFDDMEISFDQTIY*
TBL_comb47_HYPODRAFT_10003864TBL_comb47_HYPODRAFT_100038643F041560MLSIQIADQPLDLSDDFSVSLNLKSPLFNDVGDYSFPFKVPSTPRNMSILGWKNRISSTQSIYETYEGSIRWNGMVLYTGQIKIKTASDKTFEGTLYINKGNFNYEVKDLILNRMDFGMKDFASDDLGMDYFNWSLTHFYPDCDFSMPEITNLDFWDPQATNPELQAYNLIFADGKLHKVTTDGQHRTILIPFLYLKFVLNKLAENCGYRLQDDFFTSSVELSRLVIYHSVNISEVLFGLQQLYYCRFLPKLKVSEFIGGLEKWFNCSFLVDSRQRVVRIVGNKEVLLHSEVIEFSRNILTITQEIADPISGFRFLLGPDSGDKVYQDLLDQEKGITDYIKGSVQSFSDIPPYPFTWLGDIYYIVDTNSWWQLGVNPISYLIEWQQLTNGPTLTDKFFYKWGDDKNKFETIFSSLSDKGGVVSCGNLGTDNQKITPRLFWVGMFGWYGTPKQLRGLAYDNNFSLRYTGSNGLFNLYWKDWVNWIMDSRKSVKIEKQMDFIELKDLDFTKRYCINGINYLISEIAVTLNKSSIKSTQLKCFSAP*
TBL_comb47_HYPODRAFT_10004101TBL_comb47_HYPODRAFT_100041015F067350MKDENMLKKKDFDDAAVVAALRRGHRQRLYFEQIAVFCHKFMNYSG*
TBL_comb47_HYPODRAFT_10004130TBL_comb47_HYPODRAFT_100041304F028086MTSEPVPFGGNVKVPSDDCEEAFFAVYPGFFYEGSTALNLWTQAWQAALDYVENKKPIIQLI*
TBL_comb47_HYPODRAFT_10004169TBL_comb47_HYPODRAFT_1000416925F027850MREYSDYNKKELFSRIEKISIERVDNQIITKYDNRVVNVSDVSGRYEVFDIVKYLKEKIELIEQNFTISKYRFQMSRGQQYLKLISDKVVIGGVEFYKSFYILNSSDRSRRLSFNAGLYSYSEDFYMIGTNSIGLNKKHLTGVTKAAEDASVGLNGETFNEQIESLDALVGHKVQFSKIRQVILGDKKEIPKINHKKFDAFKNSVRQIKTLTNEQRNMLFTESEKIKEIEHDFYIDAFWAFQIYLRIFNRQDSHIIRNETERIMKITQWAIRNAALESIGI*
TBL_comb47_HYPODRAFT_10004263TBL_comb47_HYPODRAFT_1000426316F010743MENLELDLKLTVAHVNTVXKHLGAGVYAEVADLIQLLHGQAKPQIETAANAAPVAANEDTQAAEPPSAA*
TBL_comb47_HYPODRAFT_10004471TBL_comb47_HYPODRAFT_1000447111F043797MTEDRLMVAEAVMAGQIPEYHLTQDEIDELFEIVCDAATDKLLAEAEARGCSVFDGIAGDPIQ*
TBL_comb47_HYPODRAFT_10004471TBL_comb47_HYPODRAFT_1000447123F104705MAREIKEMPDRKSARIAAEAFAQVARAVNPRFNFDRFYTACGV*
TBL_comb47_HYPODRAFT_10004471TBL_comb47_HYPODRAFT_1000447132F011824MTLPTFKNGDALYTVILRDPDARNRLTKWSTTSRSIQARVEDNRMHLYDHNTLSLFMVTWTHGWDNLVIWDPWTKRHITF*
TBL_comb47_HYPODRAFT_10004480TBL_comb47_HYPODRAFT_100044801F017591LRTNPWTTTGVANQWGQVPIPADMNRPILFFNNSNGASPQTGGAGPWLVYDRIGDRDMITELLDQQQYLTPYNIPEVYRGKFSEIGQYYEFLPVLGAGSIINMYYFTTWPLLFSLESDGITPVLNNVVLQSWPEGYIYGTLHNYYDKRKMADDAAVWLAKFNLAWDTVEDQNNKGKWSGGHNKLWSVFQPRKDQRFGTR*
TBL_comb47_HYPODRAFT_10004761TBL_comb47_HYPODRAFT_100047614F011665MQNQINLTPITQFAHILRACELAQSKELKMNIQQARLLNLALVEILDKLNQDYESMYNTLRKNVDSEVVSVSMDGGGFEQ*
TBL_comb47_HYPODRAFT_10004761TBL_comb47_HYPODRAFT_100047619F015338MALKNGKPNPLNYFNLRRVEFAAPHFKYTTIEKYNPSVIRLLDSWIKTNLNNRYYIGQGIALDHNNSIVYNTRIGFESEKELSFFTIACPHLHTR*
TBL_comb47_HYPODRAFT_10004824TBL_comb47_HYPODRAFT_1000482412F012759MKYKAKNIFHYGDILAIPFFALLSIYFYNIKGKTILEYICFLFSISGFILDILFTNAFLFMVPYIY*
TBL_comb47_HYPODRAFT_10004831TBL_comb47_HYPODRAFT_100048315F014968MSKIVHLSQAEVAACASIAQQRWLMKFGSVDRPNYAGDNKRFLEPEIAANVRTIVAEYAVAKLYKKAMVFPFYPNEEHSFRKDFPDVFPNIEVKSIRTRDEVPVFPKDLHEGWVLVGARVEDRDYYSEVEVYGWVSMDEIPMHSEWLYAPEGSWRVPLSEFDDTSPIPEDFSISSKGSSLRAVNKG*
TBL_comb47_HYPODRAFT_10004861TBL_comb47_HYPODRAFT_1000486114F096675MELKLVKKDFADNFLNVVSKTVDVASIKVTKDGLYTICNKPDTSIILLGKYNYVTGIDNEQSLNIGDIKKLLRVIECIEEDDIXFTINSNHLLYKSNTTQFKYHFLDDTAVPKVALKKEKIEALELDTFFDINYRKLQEILKASAFATTTNKIYLYGQPDGVYCELGDKETDNTDSISLKVVDKVEGQPLSQVIPFNLDIFRVLSGVKFENARVGINLKLKVMSFYVKTTPETEFKFIISGLVK*
TBL_comb47_HYPODRAFT_10004993TBL_comb47_HYPODRAFT_100049935F067350MKDENMLKKKDIDDAAVVAVLRRGHRQRLYFEQIAVFRHKFMNYSG*
TBL_comb47_HYPODRAFT_10005643TBL_comb47_HYPODRAFT_1000564313F096502MYPSTGEIMEPRFNIKVAEMGTPDDNFQNPNEQWIGDFIDTDSNHFEKNMQAYMEQRQGLGDQIQRYVDESHMHAQDANPAQDRALMVMEPEVAGTGDLQLAPVKASKLASQVNGFRNAQPRVDFTFGIVAKKDNGTLVNSRVVAETPTTKIAGTVLAVGDAEFAVLWDDKTASVERKADYELVFSN*
TBL_comb47_HYPODRAFT_10005679TBL_comb47_HYPODRAFT_1000567934F086516MKKIILAAALLLATPVLADQPATLTCYFQSGEHFTVVGSGGTSMIQWDAKGFRSAASAFEDPWLTVVELSDTGNRFKMAFNVRTKEAYGETTFSDGHKNGGPLW
TBL_comb47_HYPODRAFT_10005705TBL_comb47_HYPODRAFT_1000570517F067350MKDENMLKKKAFDEAAVVAALRRGHRQRLYFEQIAVFRHSFLNFSG*
TBL_comb47_HYPODRAFT_10005916TBL_comb47_HYPODRAFT_1000591611F030333VAIDRNPVLTIPVKTYTHYSECEPWCNVNIGNWNENWWKDFPDIAMSVVVEGPHEDCYWFANERDALMFRLRFR*
TBL_comb47_HYPODRAFT_10005916TBL_comb47_HYPODRAFT_1000591613F034448MHVNNWTLPRPPEEVLAQCQEVIVNDPAFRMWAMKKYCKENNLSLVWSELVDTSDTSAFFDEAAAFYFIDPADATLFRLKYK*
TBL_comb47_HYPODRAFT_10005916TBL_comb47_HYPODRAFT_1000591614F015302MSQDDIKSRLAKFREQLPAESKDEYYADTAARLDTIIGGDTQHFQRLQRVKNEWDALADAVPVGQGFLTFDDYVREYYGVKLVYDGDNVSLAYSIVDEKKHLVFILKFNR*
TBL_comb47_HYPODRAFT_10005916TBL_comb47_HYPODRAFT_1000591615F040990MNYYYEISEKYDGTIFGDKWRYWCMYNCSPADNGKMCFKTHDDFVARSSRVWLENANGVYQVHPKWHEFRGYVDPHEFTIVKLKAKTIKWWHDEPG*
TBL_comb47_HYPODRAFT_10005916TBL_comb47_HYPODRAFT_1000591618F100256MIRVSTKDEAFNQAWCNAHRALPVWELERPRQYGQRWREAYRCRVDPTDSKLGETYYIFDRDEDYTWFMLKWG*
TBL_comb47_HYPODRAFT_10005916TBL_comb47_HYPODRAFT_1000591619F089853MKIASVMAPVVNSDPISGHRYQGWTPCIEWCDANCEGPWLFITEGVFEFEWDSDYVMFLLKWT*
TBL_comb47_HYPODRAFT_10005916TBL_comb47_HYPODRAFT_1000591631F021920MAKQQQTASELSRTLAGKWTKSEKRAEASRQITASKASAHAKIKAFKQGIFLNK*
TBL_comb47_HYPODRAFT_10005916TBL_comb47_HYPODRAFT_1000591632F079586MKSRIESRSSQIDTEKCVDHAGGRYDLVIAAAQRLRELKRRSRETNNIYVTPIDALLEVQSGQLDMINYMAKVK*
TBL_comb47_HYPODRAFT_10005916TBL_comb47_HYPODRAFT_100059165F104347MNSIKAFFLKNQKEITWFLIGFLTLSGLQDLGHGDYVGALISFALVYINYKLN*
TBL_comb47_HYPODRAFT_10006060TBL_comb47_HYPODRAFT_100060604F014946MCLEIVFNNVHGPKPFSMFSGLNQYHNVFSMTQPCSYAWRGSNGVGKRTQLHEFLKKQADLVHAPFDIKKGTWFLTKQTNNADPDEEDDDATGKSIPYEESQLHLGFDVARMSMSDKVFLQSILTRWTGQQDVCLMSSSLQTRYLVLYHAHFLTDESVLQLQECLEQYPTFAILLTTEFPLCSRLRDFCFEIPVLGEDLLLATYVKRENLSDKDVWLTFFKKTLEEWSTNWSVNKIADVRNWIYICLQRNLRWTDVLMYWIIAIYDTEWITPSMRTELLYIIWNAESGSGWVLVTSYRIPILWEHVHLKLARKLYALRPNKTLSK*
TBL_comb47_HYPODRAFT_10006270TBL_comb47_HYPODRAFT_1000627010F024289MSLTPLTERQKSLIVSNIVKACRSIDNLNKTGYNFIYLCSGFIAHYDLYGFIASYTGESLKRDILSYAGQNQWRNFHEGERDYEYYMSKKDVYNRILAQIV*
TBL_comb47_HYPODRAFT_10006270TBL_comb47_HYPODRAFT_1000627011F042297MSFEKEVLAKVATVLKDEDSASFFCGSLSVICDENQARKIFHKLTKDYKNKVQVSKDGSYGYIYDFIA*
TBL_comb47_HYPODRAFT_10006272TBL_comb47_HYPODRAFT_100062721F029010KTEEKKPVLQIEPEKPVIPAVEPKKEMTMLEKILKVENLQLVVEKRAKLVQTRSELERFQISSNDFNCSMRLNDSDGNVFTTSFTPGIKKVIDFLKTSFDASITDVENKITF*
TBL_comb47_HYPODRAFT_10006370TBL_comb47_HYPODRAFT_1000637024F003007MYKEGRQFVVDAKKEIDGVVGDIKGIQNDAKGIFGFFSKLFGGKEKPQATINQTPVKAKPKKRVEFDENQIYAQVADALTKFFHAYNGLKAYTKEQEELALTANNEEGNDIAIKLVIANLQMEKLNEEMREYMVYHVPPEMKDLYSRVNKMIGHIANQQALARKAELDKKRKAAWLKRQRAEEIQDKAIATVITF
TBL_comb47_HYPODRAFT_10006916TBL_comb47_HYPODRAFT_100069162F066458MPEFIQNYNFNSLYVCLLLLAYNIWRNNFEYINIIDLINIFLNKIYLFNYASLIIVINIIGLYLFLKKIMFEINIKWTIKFL*
TBL_comb47_HYPODRAFT_10007050TBL_comb47_HYPODRAFT_100070507F000857MELNLDNEEAKINEDYYMKGNLEAGIEGVLARNNQMFNDVKSGTWSQTFKTDRIDYKIGAEDGQRYVQYTQHNVENIRQNCKERREFYKIHGTANPFFAGTFHAMDLPKCFAHEISSKWFSNRPWELIKQDRDDKILFYAIVNEYYSDFVCHPSGKIPLPYNPIIPTR*
TBL_comb47_HYPODRAFT_10007414TBL_comb47_HYPODRAFT_100074149F017295LSPQLEKVFFNYILKNKKFFDIVKPYFFRNSEIQFVYGVIREYMTKGASEIPSPRQILDMVSLEDKEGIITKEILKSILQVDLKEYDEKNFIEPKFNAWVLSNRLKTGTVDIIDETRNLDSISDFEKAIEAADRIKAIVNEMSSTNFVQDDDLGSDFDDAENHLQDNAKFRVSCGFPTIDHMLGGGWDISTLNVIMAETSVGKCFSGLVRVSEGFEKQYEINIEDLFNKVKNISKGETSN
TBL_comb47_HYPODRAFT_10007818TBL_comb47_HYPODRAFT_100078187F079411MRKRSKYRPKPVILDNMAYVMSGMMPMVNLKNKLVSLQLKNHFALDDLRMGKATKNDIDTLISAFNITEALAKQKIGDEYQQEIKAAQDALYECAKRGVEMNYRFIVKGPELKAINFVMQLHDEQLKAATVKDIEVATNYVNQCLTQKRARPILSK*
TBL_comb47_HYPODRAFT_10008539TBL_comb47_HYPODRAFT_1000853912F016642LSKIIELNKDEVRVCTNLATERWLTKFGSIDKPNYAEGKAAGRLEHELLANVRANISEWAAAKTYNQTWSVPWYPNELHPERKNLADVGSNYEIRTVRTRDAIPFWNKDIDKVIIGTKILDEEYYSQVEVYGKFNPFQFMNDKYRDESISGWRVPVSELKHE*
TBL_comb47_HYPODRAFT_10008672TBL_comb47_HYPODRAFT_1000867211F016250MSPFERLLLILGILIIIALVYGTLYSKDLLKKSPFLDKHLLERGLDKPVIWLYYDNSDVNSRFWADFGAHGSRALHIPFLNMCYKSIVTHNHDLYRIEVIGGLAGAAERLGGWEQLPPGLRNPISPVNDEEMNYLRAAILAKYGGLWLSPYSICLKPFGKLPKEKTVFFGMDLDESYSGPNGTSMPGFRAIWSPKAHHPMFEEWMAVAYQRVAEKRGGGQIRKDEKWDFVRFSEAYVETGIVVDPHAELSRKSDGKRIQLEDLLASGAPPFDVPPHSVYVPFPWTELRDREAFGWFLRMSEEQIMESDLAVKHLLLLR*
TBL_comb47_HYPODRAFT_10009052TBL_comb47_HYPODRAFT_100090521F082343MSSTYSINSSQIISLALGRLGVLEIGDTPDTNTYNNALMSLNLLIKQMSVDGLKLWKITELIIPTTSGQTSYVLGGSTSTLMYDSLNPTVAITDKPLKIIQGFYRNIQVTPNIDT
TBL_comb47_HYPODRAFT_10009374TBL_comb47_HYPODRAFT_100093742F017591MSSATLPVSTGTDLVNFVLDFTGSNNQQEIQECVYLTELMMRNIELPALRTNPWTTIGTANQYGQVPIPPDMLKPILFFNQGNGGGPNGAGPWIVYDRIGDRDIITETLNQYLYLNPINIPQVYHGKFGETGQNYEFLPQLTAGAQINMYYYTTWPFLFTYDNSGNEINTNVVLSSFPEGYVYGTLHNYYLKRKMPDDANTWLAKYNLAWDTIEDQNNKGKWSGGHNRLTSIFQPRRDQRFSAR*
TBL_comb47_HYPODRAFT_10009374TBL_comb47_HYPODRAFT_100093743F010759MNEFDNYNDKSYLDDNQEPEYNEGAFRQDVGGLVTNDNGIADRLLKNDKLYNAMKGDWKRTDWNGSRNIQVTTGREDGKFYISREQFNLPQIMEACAEYRKRAEAGYIDPLAPLMPDGKLGYKWMELPDVIAINISNDYFGGMSWHTIKRDKTLKAQFYRVVEQEYNAFVCYPGGKLPIPIDVPYPAKVGQTAFFKGANFV*
TBL_comb47_HYPODRAFT_10009392TBL_comb47_HYPODRAFT_1000939215F059003MTGLEQINTSYVILSSNKLDDMISILYAKDYQVIPIKSYYKEKFEESVISFGKVDNDNLRKDVIFILNCLNEDSAIIKYFGESKVKKIFKDGSENMMEMIMYNTDPERISYLHNGYSFSFIESVRYWKPKIKEDFKIGMVVEYFSNNKWHEKKVENPNEEFDKLYKLLIKYDKVRIAS*
TBL_comb47_HYPODRAFT_10009580TBL_comb47_HYPODRAFT_100095809F079523IVVEELWTSQQVVDHLEITMNNLRQLQFRKTIAWVKREGKVVFYLADDVRAYKEKRQARKR*
TBL_comb47_HYPODRAFT_10009762TBL_comb47_HYPODRAFT_1000976210F016248MEKKELSGLARQLLQSSGSQVFFTQAEFDDALALAQAEIMHVAVETTRQAILIEREECAKLADACVDIEKLGEAIRNRIPSQRQ*
TBL_comb47_HYPODRAFT_10009762TBL_comb47_HYPODRAFT_1000976212F016143MKTDYVYTPAGTDIAIRWKAMGWVPPSELPEYQKKWKFYQELPMRKLDDNAKQEYEAVMRKAKVARIK*
TBL_comb47_HYPODRAFT_10009762TBL_comb47_HYPODRAFT_1000976215F058000MTTATLIQATATVESLANPIDTLAVLDRQVKDLTAQTKVLKDQLANQYGEGKFRGEKYGVRITIENRKGTIDMDALLAHFGITAEQAEQFRGPSSAIIKVAPTV*
TBL_comb47_HYPODRAFT_10009866TBL_comb47_HYPODRAFT_1000986620F048089MLKPGKTFKLSKTTKRMIALMKGSTAEQRNQFKHMMIDAQLCSEIVIKTEKKDRQPRSTSNYTVTETSAVSVE*
TBL_comb47_HYPODRAFT_10009960TBL_comb47_HYPODRAFT_1000996012F003261MSWQSTSKFQPVQQPRQLKTLDDLMAQAGHYAEFCMRNSGKMAPTLFLIGTDGPMMFVPESLADDGDKDSFATTARLMCIAHAATVCVMAMEAWMKTAKPGEKLDMTEPPSESFDRQEVVVLMGEDRSGQKQKFLPIIRSGNGKFFGFNESDMPQLDSMEGRFAGILPPKVATDEHRTLAKAMLKVKGVNVTKPGTTVRLTPPRR*
TBL_comb47_HYPODRAFT_10010232TBL_comb47_HYPODRAFT_1001023210F017253VTRKVSTPILVHNVGSYTQVRIAGDFLSSRKADRAERCTPKTTAAGLAGS*
TBL_comb47_HYPODRAFT_10010407TBL_comb47_HYPODRAFT_100104073F040593MRLKLLVQTQEFQNWPATKDRAAATSHNLVCVDMSQPADARMTESISYRLKDEEIPKYWDKAMDKIIEVNCRRIAHSKAGKASLVGEIVETQPAAKP*
TBL_comb47_HYPODRAFT_10010632TBL_comb47_HYPODRAFT_100106329F015057MNPIKLLADGINDLWFWTYGIIAGWGLTFTIIVVALVLVVIRTINLQRRVDRLEQRLIHAERDYNLSVNQWKSK*
TBL_comb47_HYPODRAFT_10011047TBL_comb47_HYPODRAFT_1001104711F029738MSRYANDPRMIKAKFTSCCSKCRAKLAKGVNIYYWPSSREVFCMTCGDASYLQFLSSAADEEVYNGCGNPYAN*
TBL_comb47_HYPODRAFT_10011326TBL_comb47_HYPODRAFT_1001132615F075594MSSTFTVNRDQIITLALRKLGVLELGSVPDSETVANSSLALNLFVKQMATEGLKLWTVNELVIPLVNGQTEYVLGPVSQNPTTDLDTPKPLKIIQGWLRQITVSPPIDIPLQILSQQEYNTLGSKFSTGVANSIYYQIRQNSGNLYAYLTPNYNAAYQYELHVMAQQPIEDINYGSSIPNFPNEWMNTLVWNLADQLAIEYSVPTGHRQEIAARAKAYRDQLTDWDVESTSTFFQAD
TBL_comb47_HYPODRAFT_10011449TBL_comb47_HYPODRAFT_100114492F033624VVVIKFSAGDIAYAMTEAVARFNFNRAVGGDSSRGAAPTWVEQLAREVSGCLGEIAIGRWVDKFPFSLFEDRKMGDVGEFEVRTTAYTTGKLAINTSDNPERKYLLVTLPNYNTANIVGWMWGYEAQVEQHWDEKIRMPTYMVKQEFLHDPSSLL*
TBL_comb47_HYPODRAFT_10011530TBL_comb47_HYPODRAFT_1001153010F097281MTKQTEKTLPVNLKEQNAVHNFRVVIRDREHFYRLVKWLNDNVGKGKDKWTMEGRVLKTIKQGKTVNPKIYIFNPEFDTASALYLSLI*
TBL_comb47_HYPODRAFT_10011530TBL_comb47_HYPODRAFT_1001153016F071209MEKQDLYVPMNELILNKEKSWTFTHINISYNDIAKRGIVLWCVNNLQGRWTMLGGNKFGFEDGEDATMFRMQFSF*
TBL_comb47_HYPODRAFT_10011555TBL_comb47_HYPODRAFT_100115555F042297MGFEAVVLDKVNKVLKSQDQASFFCGSLSVICDEAEARKIYHKLAKDYKNKVQISKDGSYGYIFDFVA*
TBL_comb47_HYPODRAFT_10011565TBL_comb47_HYPODRAFT_1001156510F023521MKDAIIYAGYSRLADGTMKFRTATNEARVNQLVAFGEEVHMILINPVYSKSAAAKELLRLDHANGARALEQFYTKFVKDENPFRVVKVKVPTVFMQQLTGAKIEEEPMTAKEARKIRAEFNRKVKEAYEAN*
TBL_comb47_HYPODRAFT_10011565TBL_comb47_HYPODRAFT_100115654F098647MFNFKSVVDQVAQASKTPLTYVEDKGIRANLETLIDSYADFTKSVYDTSLELSKQAVEATKNVDYSKFFAVAK*
TBL_comb47_HYPODRAFT_10011670TBL_comb47_HYPODRAFT_1001167018F019426VYLREENMRVLVFGSKDWHDYNDLIRQVTLLIEDNKHFYPDDKECIFVHKGNAGAENMITEYIGKTEKFLRQKGYKIKEELVRDRSSFSDVTMIESEPSIALVFGDSPRNRQ
TBL_comb47_HYPODRAFT_10011731TBL_comb47_HYPODRAFT_1001173112F040982MTRKRKRDLKAEGKWWSDSQKLEAATTFLAIGNGAQTAAALDXPXATXNRWRYTXWFKKMIDDLKAEDNLKLNARLTKIVSKALDVAEDRLDKGNYQYDPKTSELIRVPVSLKDAAKVANDMLDRKDVIESKPQQEMIEKTVDDRLAKLAEQFRAFAKPQEKDITPKPLVIDNEA*
TBL_comb47_HYPODRAFT_10012016TBL_comb47_HYPODRAFT_100120165F039455VATYLNLGRYGDICSFLPVLKNEFDETGTKPSLIISKDYADILDGVSYVNPIIYDGPFEDVMGALEKFKEDNVITTQVVGITDVIVSQVYGNHVGPQIICDSFQMDAWRLCNKLDLWPKQPKLVFDKRDSKREKKLVKGLPKDKPWIVVSTGGTSSPFQYQELLWEILNNSLPEFHIVDLGKIKAEKFYDLLGIMDHPNTHAMILTDSGPLHLAYATEKPVHAIVTDRPSLWHGTAWRPFYASYTRYRHFPRDVVGILEKIRRKDKPTILYPEIVHVYQKMPWATGDEKRRNDLAAKTWQAIPCVDLGLDDNCFVRSSAEVIPGETRRIPMIKDMLRLACVGRNDEAVLLLTNTDTCIANNLIQRLEGTLPAYSYRRDFKRIDEPLPYDRISAGAKYAGCDFFAMRVGWWRRNHHLFPDM
TBL_comb47_HYPODRAFT_10012096TBL_comb47_HYPODRAFT_1001209611F029992MIFGLVMLFLWVSSIIGWVIYNLYTKNVKLENTVLAQATFIVNLQALIEQSEKATKALDDKIWLDSDKDLLTVFQNLKEIQEKLNQFNRKTLEC*
TBL_comb47_HYPODRAFT_10012140TBL_comb47_HYPODRAFT_100121404F035629MSEKVELKEKLMAVDQNIRELWDAMDDDNKKLLKSEFFILNRYISNVKHRSRDVQEHFVLTVNEYFNKHWNSLQKNHPKLLWTLLCMCNYNGNTVFFHEWIGNKKKVRNNKKVKVLEELYPHYKSDEIDVLAALYTEKELIELAREMGMDDSEIKKL*
TBL_comb47_HYPODRAFT_10012156TBL_comb47_HYPODRAFT_1001215617F009735MSMMTGIVEALTTKDVNTKFGTKPTYSMKVSGTWIKCGFKDPKVEVGYEVEFDGVSGTYGVETKAVNVLSKGSGTPTPAATGTSVAVPKASYGGYKDKVFPIPALHGDRAIIRQNALARATDLYIAARGGKPFELEEGNLDFVVRLARKFEAYTAGDLDLAQAMAENNEEGKQE*
TBL_comb47_HYPODRAFT_10012156TBL_comb47_HYPODRAFT_1001215622F098899RLGKIYKWARELARSYGPVIAASQLSATAVDMKDPPFIGLDALRGSKTDKPGEADVVITLGKYKEPKTPEEEIIRTLNVPKNKLPGGGSKQMESERHGQYLITIDPIRARFE*
TBL_comb47_HYPODRAFT_10012163TBL_comb47_HYPODRAFT_1001216310F066458MPEFIQNYNFNSLYMCLLLLMYNIWKSNYECINIILNKLYLLNYTSFIIVINIVGLYLFLKNLSFEVNIKWTITYK*
TBL_comb47_HYPODRAFT_10012570TBL_comb47_HYPODRAFT_100125703F041560MLTILIADQPLDLSDDFSVSLNLKSPLFNDVGDYSFPFKVPTTARNMTILGWKNRIASTCSIYETYDGSIRWNGIVLFSGQIRIKSASDKSFEGTLYINKGNFNYEVKDLFLDRIDLGLKEFASDNEAVDYFNWSLTHFYPEVDFSMPQITNLDFFDPQATNPELQAYNLIFPDGKLHKTTTDGTQRTILIPFLYLKYVLNKLAENFGYRLEDEFFTSSTELSRLVIYHSVNLSEVLFGLQQLYYCRFVPKVKVSEFISGLEKWFNCSFHADSKQRVIRIVSNRDVLLHSELVEFSNDVLSISQEIPDQITGYRFLLGPDSGDKVYQAQLDAEKGITDYIRGAVGSFSEIPPYPFTWLGDIYYIVDTNSWWQLGVNPITFLIEWIQLPNGPALTDKFFYKYGDDKNKFETIFSSLSDKFGMVSCGNLGTDKDKITPRLFWVGMSGGWGTPYLLRGLAYDGNFSLRYTGANGLFSLFWKDWVDWIMNDRKSVKVEKQMDFIELKNIDFTKRYRINGINYLVSEISVTLNKSSMKSALLKCFSCP*
TBL_comb47_HYPODRAFT_10012570TBL_comb47_HYPODRAFT_100125704F040985MIDITETPNLVSFAGNPVIFEACSSDYLVSLGTKAVFELVVSGIDTNVGHSFTLKFAGKTLVFKSAGITEFDGLLFEVAYYGWTYIDFAFSIYQCFLENYDIQKAFDVTIGPVGTSERKITLQAKEAGADYSVTLTNVGVYGVTQGTNTPGTDDVYRDYFGILCLIRDSYGNAIGEDVKPTDLMGGAQFDISDYLRSKFAAWEITRFEFPELTGNVRMHGWDYLLKYRVSFAESIAGHVRGLQSTGWKYALAGGLNHELHTCLNENYQEYFSIEANKSKFLTWLPTTKYSRSGVVEKLFYLFQNNPDLVQYRLVVVVTFTDYTHKIINATPLTTFTPYTIAEFKVGFDHLNLMNAWYGKTVKTWEVMLMDSDDEYLSERRIYLNDSRVFENEKVFFYRNSFSAYDTFRFLGKSEMNLEYERAAGTTIREEKYSFFNAPSRQFSAKETEICKANSGWISFAEKNCLRELLLSTEAYEQIGKELFQIVVKTAKVTPFLKDGEYLFNFEIEYERAYENSFYSVHTPESSANPIIPPEALTWDNVDVSFDNVEITFDQVTF*
TBL_comb47_HYPODRAFT_10012604TBL_comb47_HYPODRAFT_100126046F036702MTTTQFYNPKTIANVSIPNDLVPTNPSIDWQFNPTAIAPGAYATSSKSLYTISGLWMEKFLSTTSQLWCTGYNIPNQSSTVVGIELQLNVLRQSRIEDYLIQLTLGGELIGENYASTINPVQSDQFTGDNIPLTPVGDLNIYGGPGDLWGTTGLTSANIADPTFGIVIAFHSNIIYPHRDICQLDQASLRITYA*
TBL_comb47_HYPODRAFT_10012854TBL_comb47_HYPODRAFT_100128549F032299MPKISQGKKQYETPQVTPDQLATKIYGDMAPDRHDIIKSANARAQKRHEMKRQELADVETLPESTQMIGDEMVGVRDNGYLAKKGLEFGVNAFYNTLPPGTDIEDQELSDIRKMEMVAYDGGLGYKGDGWSKYKAPGSQLTRSMDDGRRRKRPISVSAAFKRASP*
TBL_comb47_HYPODRAFT_10012873TBL_comb47_HYPODRAFT_100128732F017088MRNYAKYAGDPRQITARFPSKCHTCGKPIKKGESIIYWPNGKHAGHLACDEADYRNSLASFEDEERYNSQYH*
TBL_comb47_HYPODRAFT_10013049TBL_comb47_HYPODRAFT_100130499F028404MNLEELRLQRLIQGVFVRNYIDTQRIDVQVIGHSVYIDGEFRVFEYHASQKKDDAVERDLGVKRSIMHIEQQIRSMGEVVHLEMKFRNWERRGTQWVATHGG*
TBL_comb47_HYPODRAFT_10013160TBL_comb47_HYPODRAFT_1001316011F019426MNKDGFPRPCPFREDKMKVLIFGSKNWVDYNDLIRQITLLIEDNKSLYPDDKEYLFVHKGTQGAENMVTEYIGKTEKFLRQKGYKIKEEIIRDKSSYSDVTLIESDASIALVFGDCPRNRQCIKLMEAMEFPYRYFAE*
TBL_comb47_HYPODRAFT_10013237TBL_comb47_HYPODRAFT_100132377F067350MKDENMLKKKDSGDAAVAAALRRGHRQRLYFEQIAVFHHKFMNYSG*
TBL_comb47_HYPODRAFT_10013297TBL_comb47_HYPODRAFT_100132971F008619NIMAGFQDILNIQTSMSVNNRRTVGQQVTRSGQISVAQYLTSVPWVFTVVPNNYLYYPQVRNIIQAIDNLDRQLPDYITFNTAQLSWFTAMQGTATTASLNGTPTPNSQTINITSDGTFKAGDFISINGYVYKVTADSSGSVVNINRPLIGSPSSSAPVVIGNACSFYVVAEQCPTYKLNPMTSGAFVEWSGPFVFREYITG*
TBL_comb47_HYPODRAFT_10013299TBL_comb47_HYPODRAFT_100132998F003520VGNNISFQPCGKTYRANVTTGSQTITVTADSPCNQLLVANHQDPQNGQPVYFLVSSNASVTAAVPVAGTPSYCLVSVPGTIKSFTIPQQFSNTTNMYIAFIGEGSSECYFTPGEGL*
TBL_comb47_HYPODRAFT_10013310TBL_comb47_HYPODRAFT_100133104F061495MAARHRRSGCAIFFAGNTDLLSLTMPFQKNSHQIGCITGAQLKKKKFNQQTVIERDALVLFIADPSPKTFVGVSYYMHGRYVLYDQECLRRNLLPRIRGVFYDHGFSLVDASTVLKLVIGFSQKRSMKFKGPLDFSPLQFMGDLADSPVEYSGPFMLQDRSMVNDLIDVIFSMQESVARNQNAVPVTTRIISAAFSVESRYRKVVIMYTANSADDCLRVTIEGERGEPNTFTFEHTVTWIQNRYSNSSSLAAAND*
TBL_comb47_HYPODRAFT_10013503TBL_comb47_HYPODRAFT_100135031F032649NYMSTLSNQRRIILEEYQQKLVYYVSGATFKITPELINFAKTALDLGHTTDVAFVDSNNFPLIVADVQEFFDNIVEIYFSSTNEYAVKYADLKSKRKISDIVEL*
TBL_comb47_HYPODRAFT_10013711TBL_comb47_HYPODRAFT_100137111F044011MTSLSDTSAQPAARKHDGEIITARQQDAWLSWEAAIHQNDTLRARVSRALDRFGLGTSTAAVDEAIDYLINKEIGQSARYFNQTGKAQFNQQQITHAVLSFMAGKEQQRHMTDLAIHEEDHDDASPDGVRACHIADP
TBL_comb47_HYPODRAFT_10013947TBL_comb47_HYPODRAFT_100139474F037031MAKDVGIPGIAPEDVKVTPAQQAQINQYLAEQKAEEEALGKEEPIELMESELMGVWKLLQELQYKYGNRKGSFENLSSLKSEADEKFATLGFQVVVDWVMPGLLQANGTNAPQPPTITIVGRTNGSEYNPEQNRYETGAGVADKYYEAKRASLGMKNKKLILPGQ*
TBL_comb47_HYPODRAFT_10014177TBL_comb47_HYPODRAFT_100141773F043797MMTDERLMVCEAVFNDQIGPEHLTQAEIDEFMELVLDASTDKLMAEAELRGXXVFDGXEGNTVQ*
TBL_comb47_HYPODRAFT_10014394TBL_comb47_HYPODRAFT_100143941F034803MPSQAISQTPDPLNITVRQNQEWAIAFSYTDSTGTLISLAGYTPILQFRTSALAKTTALSLTVGNGITFNPNSLPQVQIDTTINCAPGKYEWDLKLTPASGASIFLGRG
TBL_comb47_HYPODRAFT_10014425TBL_comb47_HYPODRAFT_100144258F001849MHLLFSPLLANIYYIGGGSAGLLLVIVVVVLLLR*
TBL_comb47_HYPODRAFT_10014580TBL_comb47_HYPODRAFT_100145802F076681MTVAPSVNGQTDVVIYADWMCVGTDDVNNLTAAAAGTAKLGEPANPFTAYNDLQEAQVLAWCFEPVTYSVTDPRTNETTTITTNLQPDTEAQVAGQLARQLAAISANPPLPWIKS*
TBL_comb47_HYPODRAFT_10014652TBL_comb47_HYPODRAFT_100146521F038207MQKTMDRLKELLLGDNETQEAGKKNEFLEKEIKEIAEKFTMATPSNPSRFERRVKRAAKVGDAVISELLTKIQASVARQEESIEALRVCLKVLLKKGKEGHPSVALIQERVVAHNRESDLCRMLLENVNFLQLKLEGDKGESLFELTNVEIPLQPPNKLFLHSPKEELYYEEPRKMPFV*
TBL_comb47_HYPODRAFT_10014680TBL_comb47_HYPODRAFT_100146808F063404MDHISREEIITMLSFKGFTTXALIKKSDEELDNLYIEYIVLHEDYV*
TBL_comb47_HYPODRAFT_10015031TBL_comb47_HYPODRAFT_100150311F038015MISWLFGDFMYYLALAAMFGGMAIFVIGFFAGIFPLLKAHALLIKVAGAVLFILGGYYVSDHHGYERRVAEDKAEIERLNGEARAKEAELGQKLSRATSQLKQAKNDIKSKQASIDARIDAGELRLPSTCGVQASADAPNGDQANGAESDRQTVKDIVSIAADGDKAIVKL
TBL_comb47_HYPODRAFT_10015063TBL_comb47_HYPODRAFT_1001506314F070989YDVKSTYTGTLPAQLTTGRMRLKQVVFVGSGTAGTIALYDGTDNTGPILWQSKTSTGVQPFQVILPGEGILAQTGIYVAGTNITSVTICYG*
TBL_comb47_HYPODRAFT_10015134TBL_comb47_HYPODRAFT_100151343F005167MAVNSSRSMNQSLDAGATDGRYRKVRPDTEVIPGSGNDETVANRQSLNPFYGYDFITSEYPNKVNPGK*
TBL_comb47_HYPODRAFT_10015139TBL_comb47_HYPODRAFT_1001513911F011648MCRVNRRTLMSEQDQDFNNFQQHLERIFKDIEDGVFLSADEIGDLRYACGLPARNTHVNPVLRDVINDFGNVFGLQNFPTIRGKK*
TBL_comb47_HYPODRAFT_10015205TBL_comb47_HYPODRAFT_100152052F013058MNQLITLLKNKTVQWSLVISVLSVLQGFVMEFPLTPVHQMIVGVVISVVVVLLKFLEQ*
TBL_comb47_HYPODRAFT_10015326TBL_comb47_HYPODRAFT_100153266F010014MAQPVFPDKGTVSMMEAFPHPQFITRTRREVDPIDAINARQFEHWQTNGKSGVYNRPDTNKQAPFYDMAPNVSRMSDRSYRTQPRYDVDGHKGVENSYFDKYDTTSDARNMTRELKASVYEDKNTGYIKESDRLLQRNFDSRWLDPNVMKQQAAAAEELRPKMDDIRQFYQNKPTN*
TBL_comb47_HYPODRAFT_10015516TBL_comb47_HYPODRAFT_1001551617F042131FQNLQPGQQPSWFSQVVVTLGMTTSAAGLSSGQVEVTLRYNQNDMNIGNTTTYPYGNFD*
TBL_comb47_HYPODRAFT_10015620TBL_comb47_HYPODRAFT_100156208F013252MATKKQDGGELGFRKSYKMTGTPGYAGGPGETTIDKGNSGSKRANNAVLNQNKMAKSPKVGPDKNLNEIGGGNFY*
TBL_comb47_HYPODRAFT_10015867TBL_comb47_HYPODRAFT_1001586711F100394MKIYVTGTSNLGDFLNAMPVLSGVTKSYGKYSLIIKASMKKFKGIKEFLMYQDLFSDVEFDDDIIPYGDMIQLSSWPSRETKGDPDRPIETCRYENWLRDKYDLMFEVNDKFVVLTPEMDIEIKDAYYVGDRWAVGEIDTRRETHVLSYLKDCEFINF
TBL_comb47_HYPODRAFT_10015981TBL_comb47_HYPODRAFT_100159815F015557MNVFVTNRGDTQLAVGPYEFKKNNPVELPQEVAVQLFGYGLADREHILVRWGWIQLHSELKEGLKKLDQFEITTERPGKNSSLPSAVVRVPLRLEKGAGEKTQRVA*
TBL_comb47_HYPODRAFT_10016025TBL_comb47_HYPODRAFT_100160257F021237MKYYDYEWDLEPHRILLDEELNVDALGWKAGDYFKVANINGRSMLVKVDPLEKFLKDGVSNEKV*
TBL_comb47_HYPODRAFT_10016430TBL_comb47_HYPODRAFT_100164309F055388MAQNGVTFSSCQDVDTLFREARTYYNPFFIKKMAINSIYYGRLETETWPLNTLPTQKAFRFGRGWYNPDQPWEQVQSGRCIQNADDVQFETIAHPGTESYSFSLFTKAMRTDWYQLTDFMYRLFPQEEMDHIMNTNVNITKNVHEEFARSNWIGGAGHKWVPVSNGQSLVSCVTPDDQMFIVQPFEGTNEGSYNMGYVYVKMPASQLNNIGLLSLDTLDDILINLQREDDAYRLDVSEAAGRPLLEIIVPDSRVLRQLWQYAKQSSGWWESVSDFDDKQLQYSLGIDRVIGNYAFCNDINGVRFNVDWTYNASLSTFNVNDPTTWPRLVRVLPYIPVTTELGCKYVQNTAYNYADFGITNPWVNKAMIKWISPSQSGIGEAQGMTQNYAGDWEWKNPDWECNIKRDQGFFWNQFRMGMQFQDPTLMHSILHRLNNAQLVIPAACTLSPNYAPQYTPDCYACNNTVSQPI*
TBL_comb47_HYPODRAFT_10016673TBL_comb47_HYPODRAFT_100166737F038015MISWLFGDXMYYLALAAXFGGXAIFVXGFFAGIFPLLKAHALLIKVAGAVLFILGGYYVSDHHGYERRVAEDKAEIERLNGEARAKEAELGQKLSRATSQLKQAKNDIKSKQASIDARIDAGELRLPSTCGVQASADAPNGDQANGAESDRQTVKDIVSIAADGDKAIVKLNACISQYNEVMKTVNEGVK*
TBL_comb47_HYPODRAFT_10017289TBL_comb47_HYPODRAFT_100172892F027088MKKLLLLALLTLPLISKAQLVQTPEYPWRVTVSDLSYDASQNLTGCPVTVYYRSSILTGNILVANVQSNPQTLTLDLVAKANSTVVFNSTTYTYGQAFAIMNAIFAQERANELAHPTPDVLPPPAVTNNAVVLPVVTTNNASITTNNSQ*
TBL_comb47_HYPODRAFT_10017521TBL_comb47_HYPODRAFT_100175213F058081MARSNKPRRPRNTAPMWKKLAVVLSGPIAIVIIASLLHASTWGFLPFFALVVVVVVATVWLTAKLLGVHLSLGSWD*
TBL_comb47_HYPODRAFT_10017726TBL_comb47_HYPODRAFT_100177263F001846WLFDTGASVTCMTANSFNAAFPSNKPRRVQTAQHCTAASGNKMNSLGIFEIELEIKGKKYRHHINVIDQLTDNIIGIDFMHQHQLHYDVQTRQVKIAGVDMDQIVAIKEQTLPALASTVITAKYKGKNIPDANFIANIFSPRTPMVSGMPAIVSIDKNNNCKIVVDNCAPYDVTINRGDILGIMDIETDTLIPMEDSTISAILQDIDQTLPKVPKKKLSREEIASKAHLNVPDQFKQRYIDILFKHQKAISINKYDLGLAKKFSTQNTP*
TBL_comb47_HYPODRAFT_10017791TBL_comb47_HYPODRAFT_100177914F028709MNLALDEVYTLKIANGDEIVARITAEDDATYTVTKPLTVVPGPQGINMMNSLFTANPDKNVTINKQQVSIIAPSRDEVCDSYLEATTGIKPVRNSKILMG*
TBL_comb47_HYPODRAFT_10018271TBL_comb47_HYPODRAFT_100182717F009453MATAGTLLSDLDGKAPVFSKDDDLVNKILADMNIPSQSNPIMQPTMQSMQPTMQSMQSMHQSGTGNRMINAPNPNSTYPMSSDPATATAHMIGKDYPTAADFAGLMPQYSHGGSHGGSSYEHVSPYMQQQQPTLIETFKGNMYSDIISQIKQPLLVAMIIFFVSLPIINVLVGHYLPSLLRMGGDLTTAGLVVKSVFGGFLFWFIQKILVPLMMI*
TBL_comb47_HYPODRAFT_10018537TBL_comb47_HYPODRAFT_100185375F000857MEYDQTPQINEEYYTKGILEAGFDGVFRQNNKLFNEVKSKTWSQTFSTDNISYKVGAEDGMRYVQYTQHNVESVRQNCKDKREFYKEHGTANPFFAGTFHAMDLPKCFAHEISGKWFNNRPWELIKLDKKDKILFYAIVNEYYSDFVCHPSGKIPLPYNPIIPTPRK*
TBL_comb47_HYPODRAFT_10018686TBL_comb47_HYPODRAFT_100186868F004053MLIREVADPNTQKLAALSQFLLGRSEDESATKQISQQAFIDLAKSLGVNVNSVNLGDLISKEPLSNILEPLEPNSGVVRFKGNTEAETGMSVDQAQAVVNSNAKAALKRRQ*
TBL_comb47_HYPODRAFT_10018825TBL_comb47_HYPODRAFT_1001882514F034855LLAKPTLCGLFFVHTIDKVKSYDILIVPLTKGAIMSTRMEHALDLADKCWGKAMAVEPEFVERYLELAEELLTNKPVVLGDEFREYCRKNLVFRPANLHPNVWVSGVRALEQIGWILKMGKVEPTQSHNHMPSVTMWKSTIFGKDSDGTDT*
TBL_comb47_HYPODRAFT_10018901TBL_comb47_HYPODRAFT_100189017F086535MIQFKAWPPPNWHECVVSWDSILESKEVHPRELYAWCDRHPGEGRYHVHGWQSTEGFAFRFEDARDAILFKLTWKCE*
TBL_comb47_HYPODRAFT_10019004TBL_comb47_HYPODRAFT_100190045F067728MAEVKLNKALYKVVLTEYDRFSGHKHWDTKYFDNENEARKWATDYNTKHNNLDYVPEWYVRADYEGRV*
TBL_comb47_HYPODRAFT_10019417TBL_comb47_HYPODRAFT_100194171F006421MPNYTQNVGYPVLTPAYGLGSFGRTGPALLISAPRNKIGSQGRIYAWMKNHGQGPQYIWFLQKVIGPIPPNGRNQI*
TBL_comb47_HYPODRAFT_10019779TBL_comb47_HYPODRAFT_1001977910F062385MEKLPMGAKSLDRTGQKKVSVPKEDREMFVPGASGEKIPKGALSSDTSGERRRPIEGGVGMGKMDGIGEREASHMGHHDGRMGEMNTGTKEANVYEHKRTPHVQDM*
TBL_comb47_HYPODRAFT_10020521TBL_comb47_HYPODRAFT_100205213F017603MSTAHTQAPTPNPFLGSYPFEAVEGDLYPPVCLKTHWDPTEMLRHILPQQKVSLPLDFRPLVKVCKNYVTSGPMVPSPMPPKNMVFPTGGEFYPPGRYAANIDQESVLRTLDQPLDKWCTTQYIPKQTSNMYVSGSTVPDRKGISDAFVDELAMPQALLRTDGVTCRSENDSKYFERSGRLFNNPTKQDRYGADKYYSLPQGHEQGYPMPHGGVNHVIPTAQAMRSKGPIRQPGGAYNGPQSHSIKTAPIGRTSVVGVATCGSAAPVW*
TBL_comb47_HYPODRAFT_10020583TBL_comb47_HYPODRAFT_1002058310F010592MVFGVMSAYKPFSQYLHDVFDGPARKVVSDWVKMKWGLDVKDNPNKYGIDLICFRSGSPVGLFEVEVRQAGFDRHQTIHVGQRKDKLFQEGLPTLFFAVTQDLSRAYWVKADLIANCPLIEVHNKYVTKGEMFYDCPIQMFKIADLTQLF*
TBL_comb47_HYPODRAFT_10020591TBL_comb47_HYPODRAFT_100205911F067350MKDENMLKKKVFDEAAVVAALRRGHRQWLYFEQIAVFRHSFMNFSG*
TBL_comb47_HYPODRAFT_10020817TBL_comb47_HYPODRAFT_100208176F069614MNKKQVVKIADKEAMKEVHKHEHHMHKGKPVTKMAKGGVTSGEEKAVGRNLARVSNQGSKK*
TBL_comb47_HYPODRAFT_10020864TBL_comb47_HYPODRAFT_100208642F017785MSQVIAPIQNTNNIRYADFVRIVTPYATYRFSTAPTAITVPAIDSQPFDGLGQLIGIGKVQRDIKSTANQTTITLIGIDTALLGVVLNGNLKGAQITMWKGFFNTDGTLITSGGAGGLYQYFYGFINTFNIGEQWMEEVRMYVGTVTVSAANIQMILQNRTVGRFTNDASWEYFTPGDTSMNRVATISTIYYAFGKQ*
TBL_comb47_HYPODRAFT_10020864TBL_comb47_HYPODRAFT_100208643F086266MIRYANKFDFDAIYKILEHFCQVHQFAILKDQAKWSREYVGKQLSMILAGAGFILIAEDLSGVLVAMKAPCFFIEGEYSLHEIMWHSTNDKTSLKLFKKFIEIGREMKKSGEIKEAHFSCFTDSDFGRYGATKLQNTWKI*
TBL_comb47_HYPODRAFT_10020894TBL_comb47_HYPODRAFT_100208946F073243TFLNCRNILRAFSTTLLIERSINTQGNDLGHSNNEKDWTIRSQAPKCAIASIWRRFRDYNGMGLRKLATFDEDLRDSPCSNRNIWVCCMLLGAG*
TBL_comb47_HYPODRAFT_10021261TBL_comb47_HYPODRAFT_100212615F088341MVSEQQLELLKQYKERSFINALLAEESYDHYNFVKNIINIPLIICNTVMVIINSIITNQDLLKILNIILNSSTGLILSLISNFKVYEKITQYHQLQIKYNKLSHIIDSKINNDKENITSEYITSIIENYDQILEAQEYAFPMQIKKKIKHQYDGKLSLPSSLSVDIVECRTNCCMKV*
TBL_comb47_HYPODRAFT_10021347TBL_comb47_HYPODRAFT_100213477F015094MTKNKMFSLRIPEKLLEEYREFCEENSINISKRIRKFIERDVENWKQRKKGNETSV*
TBL_comb47_HYPODRAFT_10021580TBL_comb47_HYPODRAFT_100215801F072812TSATRGTATFVGTQLDYAYGTLQDVQNIQPGQQPTWFSQIVVTLKITNTSLTTPTSGQIAVTLKYAQQDMNIGNATTYPYGNFD*
TBL_comb47_HYPODRAFT_10021684TBL_comb47_HYPODRAFT_100216845F009382MATWQSSISMDQPGFTRDTRPNLFHVSSGATYGAYNDSNSGEAYRSARNAYVPPVKDAYPTRDARYPARAAALEDGRLVTDYRPQCSKNIKTGQQFNTKRWLINHAENLMEESRKRQVEWTGASLPMANTVPPPAAIVRSTPFYSEVQPTHLKHGLGVERANAAAPDLFGTFTYAPTVSEMQMNRKNIGITTYWEGGRNSVRGTFSF*
TBL_comb47_HYPODRAFT_10021739TBL_comb47_HYPODRAFT_1002173910F030989MKYIAKPKLFNNTGMKEFNDAREAVLYLNQVLSDNDVNPELDYVFIAPKASPKQLKHAIEEYTGIGKLICVA*
TBL_comb47_HYPODRAFT_10021739TBL_comb47_HYPODRAFT_1002173911F063404MDHISREEIITMLSFKGFTTDTLIKKSDEELDNLYIEYIVLAEDYV*
TBL_comb47_HYPODRAFT_10021743TBL_comb47_HYPODRAFT_1002174311F033682VLKLLLKFRKTMFPLPISTYIYIAIALGTAFITHRIDGYYEEKAKVEAVEHAIAAQTKVVQDQAVIAQQTQKDKDELETRYNTLVAQSRGMFNTNLSNGKPTTPTVPSQGFRLLEPDVEVLIGFAKQCAISEIERND
TBL_comb47_HYPODRAFT_10021763TBL_comb47_HYPODRAFT_100217632F034010MTRKEIWEDIVVPIGGATLIVIVLGVVIGSIILALYAVFGPTPEQRAELNKPRIVSRFEDCEIWIFENTHYVTRCGNHTVTERHYSESCGKACTRQKVERIENE*
TBL_comb47_HYPODRAFT_10021816TBL_comb47_HYPODRAFT_100218164F004256MNYKYYYNHVPGEQPSRNNLIYTSLISEDEKTFVQWYYNDTEYHKGQNEVIDPAKMEEKWIREVNYLTQMRNAYPELVPTIINIDLKSRKLYLEIDGPDFWNRAECNVANYDKVLPDWQAQMLTIIRAHKQLGLYKYSMHPSSYFVVNDQLKSINYFFTYREHEGPITIADHASHIYSTRQDTMRKQVEQMGISWDKPESLDKLQMLCFESFRSNYPDDFIEKAKAIYD*
TBL_comb47_HYPODRAFT_10021936TBL_comb47_HYPODRAFT_100219363F021463MSDQLETRVVRLEIKTDNHEDDIKELHKSTTDMSKAMASIEKNLAQIKYIATGALAVVVTQSLGLDRAIKLLFGG*
TBL_comb47_HYPODRAFT_10022142TBL_comb47_HYPODRAFT_100221421F045504MNPLSDLCNSILYKIEDDNNIAHIYTDKYYFMIPASGLEHLRYGLEAHYKQTHLLESFSDEELSILQKKRPKRDFMAEIEYQIERKDFVGKYIAASDLTSRLPVFSQSRNRTGKQRIADTRWNKAVKSNNPAVLRLIEYYAEEESYIKSVFPNVKWTKGSFSISPCHIYPAFTDREEESWTPDKILRDISLVNKVFDKISASPLNGKHAINVEDAKIA
TBL_comb47_HYPODRAFT_10022273TBL_comb47_HYPODRAFT_1002227314F102392INGTKLVLDTPEGQEAVEQMVKTIQARVRLEIYEQICALDLTKRRKQIVKNGLENSLLQVQDLCAQIALGER*
TBL_comb47_HYPODRAFT_10022510TBL_comb47_HYPODRAFT_100225103F021463MSEGLENRVVRLEVKTDNHEDDIRELRETSIDLKTTMHSIEKSLNQIKYLAIGALAVVIAQTIGLDKAIKIMFGV*
TBL_comb47_HYPODRAFT_10022550TBL_comb47_HYPODRAFT_100225507F089761MTLRYPPSERNKPSIMLLRSLANELELDSDSSPGGYGGMKLERERLSKALKEKIEDSRLSDWDRDMIKGL*
TBL_comb47_HYPODRAFT_10022968TBL_comb47_HYPODRAFT_100229684F093167MPTFTPPKVKDNPPILPDSKGLERRLWRYFPNRARYVLVFKLSDGTFVQDTATPENYNTNIPYPYNPWNPESPYSTSYFVNYEVNPPVPTSVTVSQNPYVVKVYMNVCQVTTTEATALTEAGYGALIS*
TBL_comb47_HYPODRAFT_10023008TBL_comb47_HYPODRAFT_100230082F075719MTLKDLVVEPRGGTSVVLDMTIKDLVKESKLDTFDVEESHKDTLDPDMSLKDLACDSVGNYPRVLIPRTDLMSELSHNRKVCDQIMKSKHFKGKHPQKGEPKESSTGPRGFGTLMEPNTLDKKYLTGNFLGKMVPKTGRSRAGFERLMEFGESESSDEEVNFRNHKKVVGLKPPRQLNNNRKFGTVIQPANTSRFDNVYXRVYEHQKQVVEIDNENWFRKLCCCRKSPKEIVTIVDFSVGTRLKKDTSAV*
TBL_comb47_HYPODRAFT_10023046TBL_comb47_HYPODRAFT_100230463F029022MSLAEVESKIDTHIDICAVRYEGIEKEMRGVNARLKRLEGILIGGAGAIIGLLIHLITKG
TBL_comb47_HYPODRAFT_10023046TBL_comb47_HYPODRAFT_100230464F003007MYKEGRQFVVDAKKEIDGVVGDIKGIQKDAQGIFGFFKKLFGVQQETQKQQTQVGPAPVKKTKKKAVEFDENQIYAQVADALTKFFHAYNGLKAYAKEQEEIALTASGEEGQDIAIKLVIANLQMEKLNEEMREYMVYHVPEEMKDLYSRVNKMVGHIANQQALARKAELDKKKKIAWQKRQRQEEIQDKAIAITLTALMIGWVWVMMMIVRFSSMLS*
TBL_comb47_HYPODRAFT_10023077TBL_comb47_HYPODRAFT_100230771F000857GVLARNNQMFNDVKSGTWSQTFKTDRIDYKIGAEDGRRYVQYTQHNVDAIRQNCKERREFYKIHGTANPFFAGTFHAMDLPKCFAHEISSRWFNNRPWELIKQDFDDKILFYAIVNEYYSDFVCHPSGKIPLPYNPIIPTR*
TBL_comb47_HYPODRAFT_10023102TBL_comb47_HYPODRAFT_1002310211F027396VEDDKPQRRSRKQEVIKGKMTWQVLERLLNNYWEWREAYRVSGNPELQLLNGVTVNIHDVLKGIDKLPPRQKQAVVLSCLENRKEVDVAKIMGFTKWSSPVGMYKRRALKNLCDTXWAEDID*
TBL_comb47_HYPODRAFT_10023165TBL_comb47_HYPODRAFT_100231657F023584MEKNTQQTAQQKPAPKRPNETGSISVEGFVKIFDPKTKETFVEKRA*
TBL_comb47_HYPODRAFT_10023209TBL_comb47_HYPODRAFT_100232097F100105MKIAVSLYGLLYGQFMRDGQPSVKDFKHCWPNINKNIVQPLKDMGHEVQVFVSSYKIPDEQLEKEFYEMVQPAGVYYSNFEGSNTFTSKIASFENLLNKNFDFVIFTRLDLHWFKPIDNIQFDKFNFLFMEKGVAHLNWTCDNLYMWPGSMTNLVHISMRETYHAYRNLPDTHGLMNKLVQYIPREKMVVLSDVEQNSHDNLYYSICKADYKTNHFPVHPEVLERFE*
TBL_comb47_HYPODRAFT_10023332TBL_comb47_HYPODRAFT_100233321F052985MAKHPPVGSASWHSVFANDECKIWQDGNDDIFFKVAIKGQRVKYFYNETAHSDVSRYCADELGISYWSVLN*
TBL_comb47_HYPODRAFT_10023604TBL_comb47_HYPODRAFT_100236048F079605SQGGKQAKRSAGPTASSRVANESSVKPGTITLSRERVQAIKDAGSWDDVTKRNKMIRAYATYDRANKE*
TBL_comb47_HYPODRAFT_10023829TBL_comb47_HYPODRAFT_100238291F067350MKDENMLKKKDFDDAAVVAALRRGHRQRLYFEQIAVFR
TBL_comb47_HYPODRAFT_10024184TBL_comb47_HYPODRAFT_100241843F067350MKDENMLKKEDFEDAAVVAALRRGHRQILYFEQIAVFRHKFMNYSG*
TBL_comb47_HYPODRAFT_10024211TBL_comb47_HYPODRAFT_1002421113F040523MQKELASCGDSAVATLQASAGTNETMGIEGYWHVECRDAQGNLKWNEE
TBL_comb47_HYPODRAFT_10024215TBL_comb47_HYPODRAFT_100242154F002045MNSEKMNFFCVYCKTRKKIDKYLKINHVKNKYIIDIKKIMEEEEVSFDDDKMYLKILIFNKIQQAIDRKKDIYYIPDFDNEFSIEKLINLKKILGENNFNVLIFFNEFRKTPEIMDDVLSNLSKFSSSQIIRDY*
TBL_comb47_HYPODRAFT_10024269TBL_comb47_HYPODRAFT_100242696F002779MKNLKLELFNFKKNLSLDQEEVSVIVESHMTACNDLSEKAIVTSLNERLKPYTYDKSVKSLLENLNDDMKNYELLYELKNLYNVLNSRNQGELYRQPINVLLQTINLESDQDRMSKILNELAVYDWVPEVKLFVHNLTKSPEQKTNLLSGGKGESICTIVEQVEDGHIALVKDSWFLLTENSIEKTLLENNIKDEQELRSLRMLETGMKYASVSEDKVNFRISEYLTIGLSVNKKGLVYINDEELNEETTLESLFSSPIIPIVNKNFYPILLEVSKNLDKFVELDVVKRVNNLINPYLEVFAFNYKNNIFIYRTDERYGNSFFKYESAMELINEVRNELNYDLTYFFENKISKELISKRKLEDKEREITLKLEDVNFNIDKVKGSIKMIGESNVLVTALKNLEKRKSNLDSELLAVKELQYKERIKL*
TBL_comb47_HYPODRAFT_10024396TBL_comb47_HYPODRAFT_100243962F015431MAVGRKEARDTIATFIKPPQVDGINQVFTSFPKRINFEVNALPSQRSRCAAVVFIESETETRIGLGGYTSAGVATGIKKVDYSVAIQLFHHSLENDAEDAMADFDQVIDNLKNRLRSDHQFGDKSGVLVWQAAEPVINTSYGEPMSGTGTATETWAVVRFDVTQVINA*
TBL_comb47_HYPODRAFT_10024514TBL_comb47_HYPODRAFT_100245144F000934MSLNQILSISESVGINDHRFVGTMISRNQRISTSEILTVVPFSFDMKPMNYLLYSQSRALLNSLRIPDMALEQYLNFSTTGWANYIAYQGDMTSGQIATCQYQTSTTLGTKNIVLGSLPSISSSAYVVRQGDFLQVDRYAYIATADVQRGSASTVTIPVHRNILTALTSVENAVIGQYGTTISMGGSTYTGITFPVILRAYPTYTLIPMTNDSFIQWSGAFTAFENVLLT*
TBL_comb47_HYPODRAFT_10024622TBL_comb47_HYPODRAFT_100246224F002482MDIDLTDFSPAQQQALFDLLILSMYADGHLTTFEDEQLQKLLAAMGHADEADRHREFDAAVTRMRPSLQSLHQAKTQAIALADAFTQRPLQKRVFAAVEQIMTSDQHVSTWENTLLMELRLKFRL*
TBL_comb47_HYPODRAFT_10024645TBL_comb47_HYPODRAFT_100246451F036667MTSLSDTSAQPAARKHDGEIITARAHDAWLSFEAGIHQNDTLRARVSRALDRFGLGSSTATVDEALDYLINKELGQSARYFNQSGKAQFNQQQISHAVLSFMAGKEQQRHMTDLAIHEADTDHDDDTPGSVRASSLPDSGRITPDEVAARRDALRAIAAMIPDEHRELYSIMLAVREPGTLTRIHSYADKHGIGQSTVYFRIKKLAEAIQLHPWFEEVVAPFRPLRTA*
TBL_comb47_HYPODRAFT_10024694TBL_comb47_HYPODRAFT_100246944F021717MRLSEFVDLKEDGGASSGTTCSGSIAPVVTAVGGTISRNGGHFFSGTKYTTDDATPNTPAEYKRYKRKK*
TBL_comb47_HYPODRAFT_10024814TBL_comb47_HYPODRAFT_100248147F002824MPKKVFRAEAKQMTKITSPVQKPTNGGASKEETAVLAAVKTVLNPEQNKTEEKKPVLKVEPEKPVIPAAEPKKEMTMLEKILKVENLQLVVEKRAKLVQTRSELERFQTASNDFNCSMRLNDSDGNVFTTSFTPGIKKVIEFLKTSFDTSITEAENKITF*
TBL_comb47_HYPODRAFT_10024939TBL_comb47_HYPODRAFT_100249396F034079SGQGALFELVARGQKDAYFVKDDPKSTFTHDARYKSSAPHLAERRTTVPITRTHFGSSFEVEIDAYGDVLTECCLEIEMPTWLPPLPSSPTSQSMDPSIANGLYPITDTETGDSYGYVNHVGYYLFESIHFYQDQFLLQEWTGDGLLVKQLTEGSWNSSFLQQFQGGQRSTGTSVRDIQLRATPGKLRILLPLPGTQCPGDGGFPLVAMSWQNFRIKGVLRKLEDLVVCSDATLYKPAPWNVDQMQYTFDNGTIQTFTSKELVDIGHPTILLSTVQHYVHPSVQQALRANPIEIPFRKQFENRFTFGELDFIPLDKGGVAAVTRQLDGRHPTERLLWFFRSQNALDNNRLDNFYNDYFDYNPITAAQPYTIPYGEFYYDLKVNIAGKEREDLHEPYVWNTINSYAKEEKGTQMHIGCMKWSLGDQYGLIYPAPRQPEGTVNFTTADRPTLYIDLANVRTNTTLGQRKAEMRVYTEGWNVYVVEGGRGRLMFAN*
TBL_comb47_HYPODRAFT_10025062TBL_comb47_HYPODRAFT_100250623F067350MKDENMLKKKVFDDAAVVAALRRGHRQWLYFEQIAVFRHQFMYYSG*
TBL_comb47_HYPODRAFT_10025150TBL_comb47_HYPODRAFT_100251502F044501MKYLKSYQQFKESIVIDLQFDAIDLMESLSIWNDALLKSINAEELDIYDTLKLPKDFYKDRLDLDFLKDNVEFINSLSSVALKKSEVNNTDDYNTFILKPCKFMFIYGVDSNELENPIYILFQTWNDILKKWEEVKFYKVGDDVKKFYDKLSSKTIEIIDGDQNYIYNSNNGSEWILQNSDKENDIYQKTFRKGEFDKLLNDRKVKVTII*
TBL_comb47_HYPODRAFT_10025154TBL_comb47_HYPODRAFT_1002515415F044488LRYGVSISKDYDPDKVVIRDFESIPKGRVLAIIPRDDQHEAEQIAQKICDLLNKEDKGL*
TBL_comb47_HYPODRAFT_10025324TBL_comb47_HYPODRAFT_1002532410F000652MKRVIVETVLTQELEVPESWDRYDVFDFLAEYQSFRTAFQGVSNEDQSARIIDLGVVTETVKEMGEEASDD*
TBL_comb47_HYPODRAFT_10025429TBL_comb47_HYPODRAFT_100254292F047682MRSKTVILVHWKLTGRNEHFVNLGKLFAFYVNGELSVSRGTLDRRDLYIGYQNDIVEITKSVIK*
TBL_comb47_HYPODRAFT_10025450TBL_comb47_HYPODRAFT_100254503F021463MPDQLETRVVRLEVNQANHAEDIKELRETTVDLKQTMHSIEKNLSQIKYIAIGALAVVVAQSIGLDKAIRLLFGS*
TBL_comb47_HYPODRAFT_10025643TBL_comb47_HYPODRAFT_100256434F021717MRLSEFVNLKEDGGASVGSTCAGSIAPVAMPLGGMISRNGGSFFSGTKYTTDDATPNTPAEYKKYKRKK*
TBL_comb47_HYPODRAFT_10025896TBL_comb47_HYPODRAFT_1002589615F069662MXTKKXVPXSVYLPIEHHTKLKEFAKDRQASALIRDAIGMLVDGTDVFRTGYNKGIRDAAKVIYDCEEAQMIAIKGKDLGVVLSDRIKELEVK*
TBL_comb47_HYPODRAFT_10025975TBL_comb47_HYPODRAFT_100259759F010592MVFGVMSAYKPFSQYLHDVFDGPARKVVSDWVKMKWGLDVKDNPNKYGVDLICFRSDSPVGLLEVEVRQAGFDRHQTIHVGQRKDKLFQEGLPTLFFAVTQDLFRAYWVKADLIANCPLIEVHNKYVTKGEMFYDCPIQMFKIADLTQLF*
TBL_comb47_HYPODRAFT_10025992TBL_comb47_HYPODRAFT_100259928F091426VSKRKTNKILEESEYYTGVGGQTKTPETMSPYETSDSTPTLEKLADLKNNGQGGVNPEALPYPLQDAVMQLANLYLXTLDLKNKAATAANLPLFKGKEKDLKKFRAKLAGIMVAYKELAGNLNTFTLAPK*
TBL_comb47_HYPODRAFT_10026182TBL_comb47_HYPODRAFT_100261821F077891MFSWLAWFFDDLFYWLAVIAVVAGAVAYVLSLLVGFIPTLKPHAFIMKIVGLCLVFLGGYYVADHNGYQR
TBL_comb47_HYPODRAFT_10026610TBL_comb47_HYPODRAFT_100266106F088797MKATLLEIEAVLSNATAELSMPSPNVERARLGIEVARGKLLDLAENQCGRDPLLEAKRKLVLVYLGMAEHQFTDADTDIFSILAKERALQDEIERARKNN*
TBL_comb47_HYPODRAFT_10026697TBL_comb47_HYPODRAFT_100266972F004683MKADLRISIKDYSRNKNLKIQLVRIPFTGKRQFWVRMNGAPWPKDQRPVSLTRLLTALRKSLVKSVQP*
TBL_comb47_HYPODRAFT_10026730TBL_comb47_HYPODRAFT_100267305F044501MKYLKRYKKFKESIVVDLGLYSTDILESMNIWTDVLLSSINAQEENMFDTFKLPKEFYDGKLSLEFLADNVEFINSLSSIALKKSEVQNTDDYSTFISKPCKFMFIYGIESNELENPLYIVFQTWDETLNKWNDVKLFKINGDIKRFYDKLSSKTIEINDGGQNYIYSSSNPNDWELQDITKVNDTYKKLLRKEELQKIVDERKAKISII*
TBL_comb47_HYPODRAFT_10026802TBL_comb47_HYPODRAFT_100268023F036528DGKLTGYRDVTTTYEEVVDGKSVTKKKPYVGIVSQGMRNFWNQIAVISEKYGSLRDREIEIMRNGQGTDTTYMAFPLDKKEIENIDTRYAKFLPDIEAFLNRIGSQEYYDAQLHGIVKEKDASPSKASSPSTVSVDDDEYGEEEFVAIEEETTADRLRRKMAGQ*
TBL_comb47_HYPODRAFT_10026826TBL_comb47_HYPODRAFT_100268265F020299MYKEGRQFVVNTKKEIDGVIKDVKSIQTDAKGIFGFFRKLFRSEKAEEIKVGTNPVKPKQKKRVEFDENQIYAQVADALTKFFHAYNGLKNYAKEQEEIALTASGEEGQDIAIKLVIAQLQMEKLNEEMREYMVYHVPEEMKDLYSRVNKMV
TBL_comb47_HYPODRAFT_10026901TBL_comb47_HYPODRAFT_100269013F064358MLCFSCGKQKNELQPQKSDILSGVQLLMCQACIDEKYEPRWTVVMAGRQYGPEHVREYIVKRRYLGKTIMAEELIA*
TBL_comb47_HYPODRAFT_10027081TBL_comb47_HYPODRAFT_100270816F068205MTVVAGLVTPEGAWIGADSLSSTDDGLASLXATPXVGRFGNLLXGYSGSFRVGAMYFKVAGRSHXPTLEQLLESVKLPDDLKDDWEXLAIEHGHLYEITSNSGPLEARKDHDGIAYGAIGSGAAPALGSLFTDHEDEGSLYQALEASAMHTTNVRSPFLVIGL*
TBL_comb47_HYPODRAFT_10027083TBL_comb47_HYPODRAFT_100270831F103149MSLNIKTKEIRKLVGALETAGYQVRKTGKQHIKVVNLNTGKSVFFGAQSLRDPRAGKNIMRDLKHVGFNQKVKL*
TBL_comb47_HYPODRAFT_10027242TBL_comb47_HYPODRAFT_100272425F006421MTYPSLTPTYGLGSGSRTGAAILISSPRTKIGSQGRIYSYQKAHGQGQQYICFLLKALGNKTTPCGN*
TBL_comb47_HYPODRAFT_10027361TBL_comb47_HYPODRAFT_100273613F090646MANREQKNSREKKKPKADKKAAPAAAKPAFAEPALIRKPHKGKDWS*
TBL_comb47_HYPODRAFT_10027548TBL_comb47_HYPODRAFT_100275483F007255MMPTWFPWIFVGGIVFILLSFIGAKYRDKDYKKIQLLQDFVSGSIFIAFAGFLVPDLFPKMELPVEMPIMFHGDALSELDLQVGPPRLIGQYKSSMQH*
TBL_comb47_HYPODRAFT_10027751TBL_comb47_HYPODRAFT_100277515F009720MFKKKYIHPDTGDVLTFSEKISWSIQSIIRNWWFVFVWTGLSVVWWVKPHYFHDTGSYVHWQLLASWLAVTVELIIGIAMIGQTKRDAQIIRHILKLEKQELEHIEGMLDDK*
TBL_comb47_HYPODRAFT_10027843TBL_comb47_HYPODRAFT_100278435F022148VVPEVEAPDLSGFPVGAFGAAVCLGRVPEVDGVGDECGLLAVVELFELELVGGVGADAGGAAGGLALTSVLVGPK
TBL_comb47_HYPODRAFT_10028160TBL_comb47_HYPODRAFT_100281604F069617MADNPHFMTPEEMSKVICPFGRGNGIPGKEIVVEGQILGKPCVGDYCAAWRWASWEDEKTKEWEYSEEYGCCGMVGP*
TBL_comb47_HYPODRAFT_10028160TBL_comb47_HYPODRAFT_100281609F057849EAVANGNFKPHPPKYVFPSDIKKALRQQAEECEHAERDPKTGISTWPKETTLEWQAADLLDEYLAEIRDYENMRDKFVELWLDMRELLGGDNDETLA*
TBL_comb47_HYPODRAFT_10028174TBL_comb47_HYPODRAFT_100281744F009462MKSKLHKSVRDTYTETVIKDDEGFRLVLKKHEVLSPKGLFSVDLVQQSFKDGELLDSSTYNFFMTKEEMQVLANGLTQ*
TBL_comb47_HYPODRAFT_10028264TBL_comb47_HYPODRAFT_100282646F048775MDRNIKYKQVCRIGLYGDDDINTNSGTQYSLGGTYTNGKRMRFALNNALNDLKLSQNARCVVETCNIPSITNLAGKYVLVRIVTSTQDKTCDTKKFLNGNPILISMATQSTVGSTNVLYNASEFFYNINVPTNLFSQGYVDLELEVPSATANIDFITSKPLSTFFLNLIIVDEDPQITKDLTLAPPIDYKNYNVNMPIRPY*
TBL_comb47_HYPODRAFT_10028264TBL_comb47_HYPODRAFT_100282647F038566MSKINIYVNSKNRKSDESPSNFSVIIPDGLLKCDANEYFSLSVNSFYCYNDFYQCNINSNSFKIIFRTNLNAVYLTTNYNLNIGNPNVYDLMTDINSKLSGYLTCTYNEIKNKITYTRTYAQTTNYYNMYIYCVNSGSFFGLTNNVETLILTTGTESTYPININTIKALSIGIDGDISFNYNNMESNLTNSLYKASDLIFQMGLNVPRGYLLDYQNVDGGDSFCFNLGNKDRIKYFILSVYDQDGNTISDMTDYIIHMQFTINKKSQTELLLKSLIDYNKQIYLIVGHIFDLIYKYLNHNI*
TBL_comb47_HYPODRAFT_10028265TBL_comb47_HYPODRAFT_100282653F009512MDELFERLDSAEKHIAQVKNKVARRDLLKMVRAVDQAIVAADMESVECRRMRRETSRYRELVKKVADLLTNLEQHITFASLLG*
TBL_comb47_HYPODRAFT_10028327TBL_comb47_HYPODRAFT_1002832713F086581MSFDFDPVKYGVLWQKVEGYESKLNDISKKQDKMESQIEELVALANKSRGGFWMGMAIVSAISGLISFFAGLWHGK*
TBL_comb47_HYPODRAFT_10028327TBL_comb47_HYPODRAFT_100283272F017967MGIKYYVKAAVSEFADKDGQPKKRYQTIGIVTETKKGDLMIKIEMLPMLSMKEGAVWGYLNVPEEKEAGAGKNFSSGAGSKDLATLEDDPPF*
TBL_comb47_HYPODRAFT_10028327TBL_comb47_HYPODRAFT_100283274F002539MNNEHIWTAAGTDITIRWRMNGWTPPSEIQGYRDKWRYYQNLPLRQLDDAAKEQYEQVLRKAKVMRIK*
TBL_comb47_HYPODRAFT_10028327TBL_comb47_HYPODRAFT_100283276F028086MTEEKIPFGGNMKVPSDDCEEAFFALYPDFFYEGSTALNLWTQAWFNALDWVEDNKKLIQLL*
TBL_comb47_HYPODRAFT_10028587TBL_comb47_HYPODRAFT_100285872F031398MATMKSSLTTKVPAPKNQGGHGSSDAVTQKTKIQPKSGPAKTGASNIVYTKQPSGTKGTGTTAGKPMK*
TBL_comb47_HYPODRAFT_10028771TBL_comb47_HYPODRAFT_100287712F100277MPSLKKSSSIPRKLGVKGDDTILKDAIDFLFQIKGIQYIQKHPDFIVPSAEEFFSHVTTLTSEGSPKKRTCLSNRFTSFLCFLTPMFHDVHMCSSILSSLTIATYALTLYTTTSTYLREAPPSAPLNKALQTLDSATTVNSIHPSLHHFISVYMPYVPKQAIEKLVAVTEEFMRRTLTKLPTHVKSHLPALDIQEIGKDICQGLDSVYNYAPFFLQWKAPVAVLLTRCGMEPCRSMCEEIADFVKSKSHEQTV*
TBL_comb47_HYPODRAFT_10028778TBL_comb47_HYPODRAFT_100287786F074375MITELEVLLNMVGAAACRLKERLDMIYGNRSDCDGRRFSGAHETVLPLCSVARSIFNQLRKSTTGKASKKRVDSGAASRISGRPDGRITGMDMRHILLLLPFLLFDLLGELVEHHNTLHGSDLNSPAPDLIAWV
TBL_comb47_HYPODRAFT_10028840TBL_comb47_HYPODRAFT_100288402F044925MTYFTTTAAAASSPRMEMICEPRLVNTPDKTTTFLHFVDSTTVERGFRAAICLDKQPIIPANLGLPKMDSYADAVFLQLAQRGEMFVRYDDPNARTLQINFKEYIGLLHFFRNEWPALESKLFCQARQMRTTEDAIYINPHLVFHHHGSTEYEAKLGSRLLFKARIDSKDPVHDRIHVWLELLDGGGGSIELPFRVLSELACGSNTMHYLATLRERYKGSSRKRSQPV*
TBL_comb47_HYPODRAFT_10029245TBL_comb47_HYPODRAFT_1002924513F059893ALRQLDCKEAIEIYIHAVVRGKADAHRREVEIRRAVSPTLNTDVRGDG*
TBL_comb47_HYPODRAFT_10029346TBL_comb47_HYPODRAFT_1002934614F014733MFEVYDGDLLLYTVDTEYEADEAREAGFTVRNFWSE*
TBL_comb47_HYPODRAFT_10029397TBL_comb47_HYPODRAFT_100293976F095139MTKTPQNRAQKRQSMTSKNDNVIVCWCDNGTTDGKFTEGLIYSVLTSDVPIRSAMRVQGNQIGRQRQNAFDFWYDHTDFNWILWVDSDIVLTEQALSAVWNECDPTTKPVVTGTYFVSKENEQALMTPFPALFNFTDDPYKLAYVHPLPVNALAKVGAAGFGFLFMHRNAATKMREKYGSVPFFNETGVGEQFVSEDINFFRLMKEADVPLYAHTGATVQHMKRFSYDKAFYDMFWAAQKQQEEDRLQELADLDDE*
TBL_comb47_HYPODRAFT_10029477TBL_comb47_HYPODRAFT_100294778F010592MLKPFSQELHNIYDAPARRAVTSWAQMKWGLKVEENPNRYGVDLICFRLGSPVGALEVEVRQPGFDLHRSIHVAQRKEKLFQEGLPTLFFALTQDLHRAYYLKADLIKDCPLVEVHNRYVGKGEMFYDVPITLFKIANLTDVF*
TBL_comb47_HYPODRAFT_10029493TBL_comb47_HYPODRAFT_100294936F005906LGINAFTKTGNTVTFTAAVTAPTPVQCSSTTLGGNQYRVINNGTTLVFLGYGV
TBL_comb47_HYPODRAFT_10029540TBL_comb47_HYPODRAFT_100295401F083742KRESEINALKQELAKKDEETAKIKAETDAKLAQMQEQMATILAAVGEKKPRAKKVKEAEEV*
TBL_comb47_HYPODRAFT_10029973TBL_comb47_HYPODRAFT_100299732F075599VRALLDTLQVRESMKGAGHFRVFGTVAIGHELHQGCQRVQCWPFKKMVYYGSNRQDFVFIRPPGIEEGGFRLSPDNVWYCKVLLLFTIQAQTDMGGSTAEFECAFVSVMETMEPRDGDNLSDLRKRGSRVIYEIDPQVLPKNKYLRKTVMFA*
TBL_comb47_HYPODRAFT_10030541TBL_comb47_HYPODRAFT_100305412F021237LTKDNKLKYYDYDWDLEPERILLDFELNIDKLGWKGGDYFKVVNINGRVILVKVDPLEKFLKDGVSNEKV*
TBL_comb47_HYPODRAFT_10030941TBL_comb47_HYPODRAFT_100309411F000684MTLSGYTYQIGDLFTTSTTGVTGRIEKFTPISNSVTRVMLRLSNNQQRFAM
TBL_comb47_HYPODRAFT_10031103TBL_comb47_HYPODRAFT_100311033F002779MHNLKVELFNFKKNLDLDQEEVSVIVEGHMNACNDLSEKCIVLSLNERLKPYTYDKSVKSLLENLNDDMKNYELLYELKNLYNVLNTRNQGELYRQPLNVLLQTINLETDQDRMSKILNELAIYDWVPEVKLFVHNLTKSPEKRSNLLSGGKGESTFTIVEQVEDGHVALVKDSWFLLTENNIEKTLLETHVKDEESLRSLRMLETAMKYATITDDRINFRISEYLTIGLSVGKKSGVFINDDELNGETTLESLFNSPIVPIVNKNFYPILLEVSKNLDKFVELDVVKKVNNLINPYLEVFAFNYKNNTFLYRCDERYGNSFFKYESALELVNEVRNELNYDLTYFYENRLNKELMVKRKLEDKEREITLKLEDVKFNIDKVKGSTQMIGESEVLTTALTNLTKRKDNLDCELQAIKELQYKERNKI*
TBL_comb47_HYPODRAFT_10031296TBL_comb47_HYPODRAFT_100312966F067350MKDENMLKKKDFGDAAVVAALRRGHRQRLYFEQIAVFRHKFMNYSG*
TBL_comb47_HYPODRAFT_10031354TBL_comb47_HYPODRAFT_100313541F036523MTYNYGSPITGTLTGTTLEVLVPNLVYPATIVLNSANTDRAIQLSLDSGDTYYAKVTPTGTATGQVYYVLTFPVTKIKFTGVAADTYAIL*
TBL_comb47_HYPODRAFT_10031440TBL_comb47_HYPODRAFT_100314404F067350MKDENMLKKKDFDDAAVVAALRRGRRQRLYFEQIAVFRHKFMNYSG*
TBL_comb47_HYPODRAFT_10031598TBL_comb47_HYPODRAFT_100315983F090956MNEFNLGPIIGTAIAIAGMLFALVMGYLIGYNDAKDGR*
TBL_comb47_HYPODRAFT_10031638TBL_comb47_HYPODRAFT_100316384F053696MAYVDSVDEDGTIWVIQMARRCERVKIQDVAPKGHVKIITCPPEVNREMASAYATKQLGIKYGVLTIISIAVNIFMPNPLRLDIRKEDTLICSALVARAWEHGGWDCPVDPFQVTPAEFDKLLGGGGTQIY*
TBL_comb47_HYPODRAFT_10031714TBL_comb47_HYPODRAFT_100317141F041560MLSIQIADQPLDLSDDFSVSLNLKSPLFNDVGDYSFPFKVPTTPRNMSILGWKNRISSTQSIYEMYEGSIRWNGMVLYTGQIKIKTASDKTFEGTLYINKGNFNYEVKDLILNRMDFGMKDFASDDQGMDYFNWSLTHFYPECDFSMPEITNLDFYDPQATNPELQAYNLIFADGKLHKVTTDDQHRTILIPFLYLKFVLNKLAENCGYRLQDDFFTSCTELSRLVIYHSVNISEVLFGLQQLYYCRFLPKLKVSEFIAGLEKWFNCSFLVDSRQRVVRIVGNKEVLLHSEVVEFSRNILTITQEIADPIAGFRFLLGPDSGDKVYQDLLDQEKGITDYIKGSVQSFSDIPPYPFTWLGDIYYIVDTNSWWQLGVNGISFLIEWQPLPNGPTLTDKFFYKWGDDKNKYETIFSSLSDKGGVVTCGNLGTDNQKVTPRLFWVGMFSWFDTPVLLRGLAYDTNFSLRYTGSNGLFNLYWKDWVNWIMNNRK
TBL_comb47_HYPODRAFT_10031770TBL_comb47_HYPODRAFT_100317705F063339MNNMLNTLGTQAEFHQTWQALMRQLETLLSIAHMRRPGRTETLEAVSIAKHLLGKVGDQLDKAVQQ*
TBL_comb47_HYPODRAFT_10031950TBL_comb47_HYPODRAFT_100319509F088876MAVIKKALLIEYELEFLEKQLAELKDYIEANPYSQLADRMQSKVTKNGGVVLVCVANKESQRKDLTQALKDYAEILRTVDAMREKEKEKIQPRGNEELGDQAEAFLNRRG*
TBL_comb47_HYPODRAFT_10032362TBL_comb47_HYPODRAFT_100323624F037031MAKDVGIPGIAPEDVKVTPEQQAQINAYMAEQKAEEEALGKEQEIELYESELMGVWKILKELQEKYAYKKASFENLSSLRGEADEKFAKVGLQVVVDWVLPGIMAEPQPPTITIVGRLNGAEFNPEQARYEIGEGIADEYYKAKREVNKMGNKKLYIPGQ*
TBL_comb47_HYPODRAFT_10032727TBL_comb47_HYPODRAFT_100327271F031688MKDYIVYVDGIEVGYIKAGSHNSAEKKAQKRYPNREVSVEYTEL*
TBL_comb47_HYPODRAFT_10033698TBL_comb47_HYPODRAFT_100336986F004256MSYEYYYNNVPGEGLSRNNLIYTSLISTDKKVFVQWYQNDTEYHQGKNQVVDPAKMEEKWLREVNYLTQMRNAYPDLIPKIIKIDLDARKLFLEIDGPDFWERAGCNMDNYDSVVPDWQDQMINIIKAHKSLGFHKYSMHPSSYFVVNGKLKSINYFFTYRDNEPNISIADVESHIHHNRQKEIRKHTESLGIDWNEPQSWDTMDKLCW
TBL_comb47_HYPODRAFT_10033844TBL_comb47_HYPODRAFT_100338441F049367MALQLNLTQTQFGSPAPQAYARVTNFFGNKDNIQVQVAVHYDKNARESNMSTVQEHAHYIGLADIAGKGDLLPAIYGVLKTMSQYQG
TBL_comb47_HYPODRAFT_10034234TBL_comb47_HYPODRAFT_100342344F008745MSNGYQITEEERDTLICPRLECMGAQELLDVWLLPLVLEVGGILEEAYRTSHQLFERGQGEERLLGHLQHKLMTAIDELEVVQGWIASSCNMSSDKECRVLDGEEDKSEGKVLKEGSEANQSADQQADCGKQKSTSYYQWKLRHE*
TBL_comb47_HYPODRAFT_10034340TBL_comb47_HYPODRAFT_100343401F010226KAEIDSNSADVAYQVFATALGTAAAVGNLYANVVAVPNGTVRDIYVGAGNYLIMTGTTFTARALGTQSSAQHSVFNSSGV*
TBL_comb47_HYPODRAFT_10034340TBL_comb47_HYPODRAFT_100343404F017466MRAKEFVVEATFGSAADVPAMAHKMPKSQHSAIKGALSMPDISHNKQGGSAYTQWRFSIALAGAPDYHTEPAGAFAGDPLLTTYTDVELEMVNAAAKAVGAGRVNKLTDNRSTEADFVYKTSPVKGFKGYAR*
TBL_comb47_HYPODRAFT_10034399TBL_comb47_HYPODRAFT_100343997F007365MTMKEVSIREYISRIDFKNDDWKLSKIKEDMRIFLGEEPGVDVQYKKDVMVNEFTGESKEFLDIDKIKIVFTDLDGKFKKIEFIIGDKAW*
TBL_comb47_HYPODRAFT_10034561TBL_comb47_HYPODRAFT_100345617F028710MKRLTYYFKVGDKEYKVIAESAGHAMQWMNRQVMDALNIGPYAWMDSVLPRTYYCSAGNYWD*
TBL_comb47_HYPODRAFT_10034722TBL_comb47_HYPODRAFT_100347222F098564LLETPGIQGFKYTLLQGSTLFLITPEPSKGQVIAQEVNAILTWLGANSRFTIYLWYRDDPRELKANQWPTRLEVNGGWTKVGTPNIIIYRKEEWQRVLIHEMIHAMKWDWDLGPTPAPCWKMNKTDKINPHLFEAWTELYAEWLACVWYGTDWHKQREWQDFQATQILARATHKWEEDTSVFAYYVLKAALAPHFEFLWAFGNGKTPEEKQYVMCGLVTPELDRLRNIAKRIVPQDMSMRMSAP*
TBL_comb47_HYPODRAFT_10034821TBL_comb47_HYPODRAFT_100348212F017591MSTFIPDANGLVSFVQNWTGSTNAQEIQDCIYMAELGMRNIELPALRSDPYNTYGTADSNGYVPIPADMNRPILFFNQGPGATINGAGGGPWIVYDRIGDRDMIADQLIENLYLKPINVPQVYRGKFSEVGQNYEFLPGLSAGAKINLYYFKTWPQLFTNDVNGNPVLNNVVLQSWPEGYVYGTLREYYLKRKMPEDAATWDAKYQASWDIIEDQNNKGKWSGGHNKLTSIFQPRRDQRYTTR*
TBL_comb47_HYPODRAFT_10035034TBL_comb47_HYPODRAFT_100350341F074307MKIDFGETHLEKVERLSKPHKWFAWYPVEVGPHDHRWLEYVERTGRQSTLSVDFWFWTYKSIPKTVGDLIKEGRE*
TBL_comb47_HYPODRAFT_10035161TBL_comb47_HYPODRAFT_100351614F019160MKLYLYYENVQQPLVIEMPDNEVDGFMREYEEALHDTAVETFQWRNSSFRIGGLM
TBL_comb47_HYPODRAFT_10035676TBL_comb47_HYPODRAFT_100356769F059611MKDFSVPYLAAKRLLDEYYKAMIAQDRQKAYQIANDLVEMTLKLEDIAHANA*
TBL_comb47_HYPODRAFT_10036381TBL_comb47_HYPODRAFT_100363814F068582MTTLYGIRTIAEQSVANLFTANAASLPGVEIALGQTDQTRNLPIIIIHAESARAHPDLGGTPLGNFEITLKIYVYSSADDSTLAEHRQRVEVTQGIMENTAAIQAQWTQGSLYFSQIVSDDEAVAERRYGNAIQYTLVAVYPPAS*
TBL_comb47_HYPODRAFT_10036626TBL_comb47_HYPODRAFT_100366262F036523MTYNYGSPITGTLTGTTATVGIPNLVYPATLVLNSAASGRTIQLSLDNGVSFLAAVTPTGTATGQIYYVLNFPVTTVKFTGAAADTYSIL*
TBL_comb47_HYPODRAFT_10036739TBL_comb47_HYPODRAFT_100367391F034036MTTIACIEGPEWVMIGADSQSSSEDGFSINIPNGKIFRNNNVVFAMAGSVRGINILEHDFIVPNVNGKDIDKYVTRQLIPSIRKAFLDAGYEFSKSEAAVEHDNIIIVVVKGKVYCINEDYSWERSVDNMYVAGSGEKFALGAMAALAGGLVDDAAKARKIVTK
TBL_comb47_HYPODRAFT_10036960TBL_comb47_HYPODRAFT_100369603F090956MNEFSWGPIIGTAIAIAGMLFALMMGYLIGYNDAKEGR*
TBL_comb47_HYPODRAFT_10037224TBL_comb47_HYPODRAFT_100372241F040985MIDITEEPNLISFAGNPVIYEACSDNYLISLGTPAHFELVVSSIDSTVGHSFHLQFAGKTLIFQSAGFTGFDGLLFEVAYIGQTFNDFANNIYQCFLSNYEIQKYFNVTLDPPGTSQRSIKLQAKESGSDGSVVLSNVGVTGVAAGINTPGTDDVYRDYFGILCLIRDTWNNPIGEDIKPSDFIGCARFDISDYIRSKFAAWEMTRFEFPELAGNVRVHGWDYLLKYRVSFAESIAGNVRGLQSDGWKYALAGGLNHELLTSLNEKYLEYFSIPANKSKFLSWLPTTKYSRSGVMEKLFFLFQDNPTGVQYRLVVVITFTDGSHKIVNATPQVAYPAFSVMEFKVGFDHLDLVNAQYGKTVQSWEVYLMDSNDDLLSEVRVFYNDTRVFENEKVFFYRNSFSAYDTFRFLGKSELNLEYERQIGTTVREEKYSFFNASTKQFSAKETESCKANSGWISLGEKNCLRELLLSTEGYEQIGKELFQIVVKSAKVTPFLKDGEYLYNLEIEYERSYQNSFFSVHVPESSANPIILPQ
TBL_comb47_HYPODRAFT_10037224TBL_comb47_HYPODRAFT_100372242F041560SDDFSVSLNLKSPIFNDVGDYSFPFKVPSTARNMSILGWKNRLSTTRSIYETFDGSIRWNGIVLFVGQIKIKTASDKTFEGTLYINKGNFNYEVKDLLLNRIDFGMKSFPTDQDAVNYFNWSLTHFYPEVDFSLPEIANLDFFDPVATNPELMAYNHIFPDGWLHKTTTDGQSRTILIPFLYLKFVLNKLAENFGYRLQDEFFTSSIELSRLVIYHSVNLSEVIFGLQQIYYCRFLPKVKVSEFISGLEKWFNCCFHVDSKQRVVRIVSNKEVLLRSEVVEFSKNVLSISQEIAEQITGFRFLLGPDSGDKVYQAQLDAEKGMTDYIKGAVQSFSDIPPYPFTWLGDIYYVVDTNQWWVLGVNGITFLIEWQQLPAGPVLTDKFFYKWGDDKNKYETIFSSLSDKYIVVSCGNLGTDKDKVTPRLFYVGMVSVGGWGTPAHLRGLANNGNLSLRYTGSSGLFNLYWKDWVNWTMDTRKSVKIEKQMDFIELKELDFTMRYRINGINYLISEISVTLNKSSIKSAQLKCFTAP*
TBL_comb47_HYPODRAFT_10037281TBL_comb47_HYPODRAFT_100372811F094801NTILQYLGNQKFVEVAGLVQAIQQQAQAQGAQPAEAPAPAEAQPTETPPDQG*
TBL_comb47_HYPODRAFT_10037714TBL_comb47_HYPODRAFT_100377143F096495SGKSVKQGPKGEPANPKLWNMITAQARSKFSTYPSPAAAHWVHARYEQLGGKFVPSKKDIDPRFRDYAHEEQEKKEETAKKKVTKPIGKNLIRGEHFR*
TBL_comb47_HYPODRAFT_10037801TBL_comb47_HYPODRAFT_100378016F022814MKLMPSVVRNLYASHCCCYPFTRWAMPLPESVDFIITGDPEVMGTYLYGPGEAFEYTITISEARCGHFYTVLTILAHESIHMSFHRQKGDKWAQHGVEFRRRCKRVANELGLDPLEL*
TBL_comb47_HYPODRAFT_10037917TBL_comb47_HYPODRAFT_100379175F028416LRKKGDSMNEQPINGHAIVTRPERHPNVFRLRRTWLKVAGEALDLLNLIDVTQPNTAADNTLVFGAIYDKVKQLKRIDPDKLVNQDTMVQATVIKYDCPKCLPTDNIYLADYELDC*
TBL_comb47_HYPODRAFT_10037917TBL_comb47_HYPODRAFT_100379178F031075MSQEKSTSVSETANRKENSEDCGHEVNACTCPPDKEYEKYTKIRALTHLIGMINFMPPFDGPISYGPLERIWNFKKQIRKIDPNWLLADEITLLEHQVLNQIDVIDINVPWNSARNKLRYIDLHQTVTKLRTIHPNWQMYLEDSKNHHFCKCYSCSEIKRKYQEELDAISSEELSSEEENGK*
TBL_comb47_HYPODRAFT_10038093TBL_comb47_HYPODRAFT_100380931F086662MRKFLLLVPLLLTGCSQTAVQLLAPEYKIVKAPDDLYNCPVETHFPKSDTLTNKQVGNLVLKLQKNNVTCKQSLDTVHKFYDD
TBL_comb47_HYPODRAFT_10038198TBL_comb47_HYPODRAFT_100381987F021463MSDLLENRVVRLEVRTDNHEEDIKELRESTLDLTSTMHSIEKNLSQIKYLAIGALAVVLAQTVGLDKALK
TBL_comb47_HYPODRAFT_10038280TBL_comb47_HYPODRAFT_100382804F062810YREQNPVAVERNRQRQHVRDRKQRLRDLANNNSAFDLKHSAAEVWLLGAGLESLANNNSTPAQVWIVEPLARRKPPVSESCKQQRPAIEAASDG*
TBL_comb47_HYPODRAFT_10038509TBL_comb47_HYPODRAFT_100385092F067351MSWVKYWFAVFLIELAIWSYVIYLHFEIKELEKIQVPKPKFDKEHKVLVRTKKDIVRG*
TBL_comb47_HYPODRAFT_10038602TBL_comb47_HYPODRAFT_100386026F024945MANIHDAIYALNPAIVTISGDIAYDKNEQIVQYDLAQAQAKLVELQAQEAQAEQDAKDAKASALAKLTALGLTADEVKALIG*
TBL_comb47_HYPODRAFT_10038614TBL_comb47_HYPODRAFT_100386145F040944VNKLIKTENEHLFPTGGLTIPYEVAHGITLNSLIDSRDYLQSELDQWEENPKDDDNPDGYWLHPEDVVNNMKYIKAMNLLIGYFGGE*
TBL_comb47_HYPODRAFT_10038759TBL_comb47_HYPODRAFT_100387592F051643VSRETVRTQIVNYLNNAGITYLASVKTFPAKFTPEGEFYDNEDPGHATGCIVYPYIEAQREKRIELTGATGGGKKIAYTVVFTCIFRSSKRKTEDAGADSEAFLDSFTNAIRASKNCGGSGPIFQWGEGTTPEAEDIDVVSYYPRQINGSASVTQVVSTVRVTVIEITNSNSYIS*
TBL_comb47_HYPODRAFT_10038866TBL_comb47_HYPODRAFT_100388662F038125LYLNMKSRTKKLTIKKIRRVPAGRRIARLSPVTKELSLLDKIAKVTDELQMLRSRLANAGDDLTAVGTHRILALEHELERLWELRRHEQAAPLRQTALSDEEEKVLGFSVGHRSN*
TBL_comb47_HYPODRAFT_10038895TBL_comb47_HYPODRAFT_100388953F029050MSSTFQPFGLKPAYHPSGLDRAVPFAGTNSYVTGVSGYSAPYSLSSGQSFWQYQPLAITSSGQLTIANQTASSGKVYGVFDGVEYTNSDGVVQ*
TBL_comb47_HYPODRAFT_10039325TBL_comb47_HYPODRAFT_100393254F098365MNEEYTFYSPPKPNIKFRFGKDSNITFHSHIPKPPNVFQRWLLKILLGIYMELKND*
TBL_comb47_HYPODRAFT_10039403TBL_comb47_HYPODRAFT_1003940311F055534MRDNYNHEELEAARILDLVRMGDDSVPFTTITWCLWVLGDAVGH*
TBL_comb47_HYPODRAFT_10039403TBL_comb47_HYPODRAFT_100394035F010821MTDFTFLPSDFSSTTITVVANTFAAKEYLEERYGFGCVSVEIRKSAAPEFADSFEFQQLSYE*
TBL_comb47_HYPODRAFT_10039660TBL_comb47_HYPODRAFT_100396602F094999MPLTFKLSFEHFDFNDEEFLNDLKRVNHYYDNFVVLEYKENKQKVLKEFETLDDTIKYIDEHNIHFGNLILYNLDIPTLKQKFKERNL*
TBL_comb47_HYPODRAFT_10039699TBL_comb47_HYPODRAFT_100396992F001774MALRLSVQTQFGAPAPDAYARITNFFGTKDQVQVQVAIYYNEEARQGNMATVKENAHYIGLADLPEGKAFIPAIYEVLKTFSDYAGATDC*
TBL_comb47_HYPODRAFT_10040144TBL_comb47_HYPODRAFT_100401441F037510MIKLTYEHICDGCKKTLDTEVYECSDYPAMEFPKTHRMFSFHWQGLNAQLCKDCAKPLYEAQEQTMKIIIANRGQE*
TBL_comb47_HYPODRAFT_10040144TBL_comb47_HYPODRAFT_100401448F034010MTRKDIWEDFIAPLGLGLVVILGLGIVLVIIVLSFNKVFGPTPEQKAELNKPRIVSRFEDCDIWIFENTHYVTRCGNHTVTERHYLESCGKACTKQKVERIENE*
TBL_comb47_HYPODRAFT_10040258TBL_comb47_HYPODRAFT_100402582F013058MNITTLLRNKQVQWALVVAILSVLQGFVMEFPLTPIHQMIVGVTISVIVVLLKFLEGV*
TBL_comb47_HYPODRAFT_10040716TBL_comb47_HYPODRAFT_100407162F103136MKSLLDQKCAANLRLLATKNNINRTSDYQYLTLAITQSTEPVNGLDYIHPVVKPTVDYAAAVITKGLAQNGEINFEFIADNEDDEAAARQATDMVHKLINQNNDPHFILQHWVMDACLHKNGEMMISPMREQITRYVKTSGTLDQLKAFEQQAEEAGLSVKRNSRRKRSVDMAQVLKETEQFRQGLPGQQHAENLQHRIDQASMAAAGNFDSMNQDQPDTVELRDGEDHIADSISRNTIYDAEYKLTGYTLNIKFRPIAQHYWMCDPTVIEIQEQPFCGFYKPMSIQEATELYPDIDLEEFKIYAEYSNVGSYQAGSLLNNLAIHARDSVPINGLPAQGYAAQEPEARQVTVLTVWNRYDIDGDGELELVELVYSGQYVISAREVEFIPVANMCPKPLPQNFYGMSIAESVTPMQEYMTAGYRAEXMMGLLQSTPRIGVKPDKVDFEMIMDGEAAIFVLDSKFDPSKDIYPMPIPTGNPTFMDNTLQRMQQDQMAMVGMTTPQDVFNPEVMDAGNSGAKLNLALSPNQIIQDNTVKNCAEGLKDAIWLVWRTLVAHADDYGVKKLAQEFNHEKRPVFLDGENFSDMNFNERKTIHVDLALGMKSEENSLQRLQIIKQAQTGLTQEVTAGVASGALTPASFAKIRKPYEDMLYVLGVKDCDTYL
TBL_comb47_HYPODRAFT_10040768TBL_comb47_HYPODRAFT_100407682F062385MEKLPMGAKSLDRTGQKKVSVPKEDREMFVPGASGEKIPKGALSSDTSGERRRPIEGGVGMGKMDGIGEREASHMGHHDGRMGEMNTGTKEANVYGHGKNGWHW*
TBL_comb47_HYPODRAFT_10040852TBL_comb47_HYPODRAFT_100408521F080807MDPITVFAACKAAHAGIRECIDLYQDFKKDGKDVGDIVNDIGKNLGAFFTHQESLKEAEKEEKLKPIDKKTSINEEAMNRIMRQEQIQRMETELREMIIYQVGMPGLWSKFVD
TBL_comb47_HYPODRAFT_10041062TBL_comb47_HYPODRAFT_100410629F070626MEIEWSLAHPLHDVEDIVNMADNIFGDEVEDILTTERYIFRKNVTVASTVQIFDRSKEFLAVARIGNISGTGEFSDKLLGFCWFDRYGYTTYSNEEISNAKFHHVDLALPAKTRVKLINAMIDQHILWAYQNGIPVVCSTSIRSDHSGFMRIHEKRGFKVSGSYAWIRTKEGLNGIKGIEIANN*
TBL_comb47_HYPODRAFT_10041077TBL_comb47_HYPODRAFT_100410777F048071MAYENKPQTGSLFPNTKKSDSHPDMKGDVYLDKTFLIDMMDKSKGNLVKISLAAWKKESSKGLKYLSMTLSEPYEKPVNNNPWE*
TBL_comb47_HYPODRAFT_10041136TBL_comb47_HYPODRAFT_100411361F001201MCKDACEMYKEGRQIVADIAHEVDGVVKDVKDVQKKAKGFFGFLTAVFGKKEVVTLPPEQKQAKKVKKKKEPPPEFDENLIYQQVSDALIKFFQAYNSLKNYVKEQEEFALHANNDEGQEAAIKITIANLQMEKLNTELSDYMVYHVPHELKDLYTRVNQQIGHIANVQALARREEMLKERRAKWQRRQKADLIRGR
TBL_comb47_HYPODRAFT_10041419TBL_comb47_HYPODRAFT_100414195F033624MSPGDVAYATTEAVARFNFNRAIGGNASRGAAPTWVEQLAREVSGCLGELAIGRWMDKYPFSVFEERKMGDVGEFEVRTTAYVTGKLILTKDDNPERKYLLVTLPTYDSANIVGWMWGYEAQVEQHWDEKMRMPAYMVKQEFLHDPASLL*
TBL_comb47_HYPODRAFT_10041514TBL_comb47_HYPODRAFT_100415142F049275VLADSEKGMNNPRFDPDAEGRREAVLMGSHPRLGQGSSLXXLXXELMALFARTNPTPTVERPIYRFRHVEDLDDTAAVQPIGRPQSPYVCMIVDDGVVMLREAVPLPYPSPHACSRLIYTSRLKADMRVRFYVSLEMSTEKHVLKISEILYEGRLMQTWGHPPCSTEAELKAFRAYNKIGVELHLSMTKPMEVQHGPWTPIEVHR*
TBL_comb47_HYPODRAFT_10041514TBL_comb47_HYPODRAFT_100415143F049275MNNPRFDPDAEGRREAVLMGSHPRLGQSSPLRTLNDELVDLIMAPAKIKPTVERPIYPSQYYDEPDDTAGVQPIGRPRSPYVCTIMDDGVVMFREAVPLPYPSRNAWSNLTYTSRLKENMCVRFYVSLEMSTEKKHVLRISELLYQGRSIQTWDHPPCSTEAELKAFRASNKIGVELYLSMTKPMEVQRGPWTPIEVHR*
TBL_comb47_HYPODRAFT_10041514TBL_comb47_HYPODRAFT_100415145F049275MDNPRFDPDAEGRREAVLLGSHRRVGQASPLHVLDPELMALIASANHTPTVERPIYRFQNLREPDDTALVWPIDRPQSPYVCTIVDDGVVVLREAVPLPYPSLNAWSRLMYTSRLKEDMRVRFEVCMEMTKENHILEITEWLYNKGCEVLSRHECSTVAELEAFHASNKIGVELHLSMTRPMEVQRGPWTPIEEVPR*
TBL_comb47_HYPODRAFT_10041527TBL_comb47_HYPODRAFT_100415272F028664MKNQILVGGQALRNLGSDRYTNDIDYLINDVATTEAFITSEKVDYLNANGNKLFAEIYKIEEGNDQATPQSLFELKAYAFVQHCQNFNFAKADTCEYDLKFLVRNFKCTPKIVKRYISQGELGEINKIIASVKF*
TBL_comb47_HYPODRAFT_10041804TBL_comb47_HYPODRAFT_100418042F074429MAKKITNFSLDNAINRIARPSVFDRIVKEIDAMEIPARYVGQILVQYYDGSVVELSGDELTHPIPMNKNASWDKMEESFKKMRDVKVFINTDILEKDVNELVEKLLGSFC*
TBL_comb47_HYPODRAFT_10041954TBL_comb47_HYPODRAFT_100419543F021905LNLDKAETWKGIVLTQHGRVESQSSAAYFKCSRITIMALLEAAVEAVELDAFAKEIPDLVFHGTTAYSLFKAEATKIPVSNQSNAGGTQRASFRVPFRVQSGAGISQGTGNADSMLRGSGSQWASFALAPVYLFNVCEISWLAQASTDSKQKGLFAVKAQEMKNSLDSAMQGIEGLINSDGSGMIDQIPATAVIVLAGGTPAAQTASISPVNVAVAFTDQQVVKFYSVGGVQRVGGATTATISYSDGPSNTLYFSTALPSDVVATDYIVVNGASYGSGNSILGIKAWDVNSNTGTIGGLNRNAYPGRLSTPTINLGGAAITPGIAQRSEVLLGRALGPDADSIKSGIWYGPPEQAFAQSNLMYNVQVMQLQGKALEGDKTADMSKKYFSDNFGGRKYHKSWTAVPNRMDLLVMENWYIGELSPLELYDFGGGNVVAPVPDIGTVGGSYLTSHMFAYNTCFSK*
TBL_comb47_HYPODRAFT_10041971TBL_comb47_HYPODRAFT_100419714F001201MYKEGRQIVTDIAHEVDGVVKDVKAVQKKAKGLLGFLSAVFGKKEEVQPEVAQPVKKVKKKKEPPPEFDENLIYQQVSDALIKFFQAYNALKNYVKEQEEFALHANNDEGQEAAIKITIANLQMEKLNTELSDYMVYHVPNELKDLYTRVNQQIGHIANVQALARREEMLKERRAKWQRQQKADLIKGRMVALAITALIMMYVWIIILSLTHSQFY*
TBL_comb47_HYPODRAFT_10042321TBL_comb47_HYPODRAFT_100423211F081327IFETAGNAWLYIKKDYTENRIRFFVELFSWACSVVSAVIFAATVPTVPVIPLYTIFISGCCAAAWTCWTRGSFGLLANYVFLITIDCIGLIRMMLNH*
TBL_comb47_HYPODRAFT_10042325TBL_comb47_HYPODRAFT_100423258F021910MGMSRHDAYYEPDXYDDRTDEIEXRTWELLKVGGKFDYKTTSAIAEMLSELGVDDSKAIQDVIDSGDYEALGRKLISMSCDYHERYAREIAEFEIYD*
TBL_comb47_HYPODRAFT_10042436TBL_comb47_HYPODRAFT_100424363F083742SEINALKQELAKKDEETAKIKAETDAKLAQMQDQMATILAAVGEKKPRKSKTVATEEA*
TBL_comb47_HYPODRAFT_10042693TBL_comb47_HYPODRAFT_100426933F015302VSKDEYYADTAARLDTIIGGDTQHFLRLQRVKNEYDELARAVPVGQGFLTFDDYVREYYGVKLQFDGDNVTLAYSIVDEKKHLMFILKFNR*
TBL_comb47_HYPODRAFT_10042693TBL_comb47_HYPODRAFT_100426938F100256MIRVTTADPAFNRAYVNAFRALPVETLETPRQYGQRWREAYRCRVTQGGPGWPIQEYVFDCDADYTWFMLRWG*
TBL_comb47_HYPODRAFT_10042735TBL_comb47_HYPODRAFT_100427352F023091MAVFNKNTLTQVSGFDNQIIAGELVWQQKTFWNLALTADDGTPLDLSTATIDAQIIRRELTNVRDSRYGLAFDINDYTPTPD
TBL_comb47_HYPODRAFT_10042853TBL_comb47_HYPODRAFT_100428533F010521MKLTPSILRNLYSAIYCMKPFDKWAMPLPEQIKFLVDDDPETMGTYLYDDGEQFEHVITISQKKCGHLSTVIRVLCHECVHMSRWKTNKWSHHDAEFRRRTKVISDELGFDPLEL*
TBL_comb47_HYPODRAFT_10043058TBL_comb47_HYPODRAFT_100430582F021232MKMRDLKQTYIIFTASDTVYCTAESYDLANEIIEADGLIDAVIQQVNHITSIEEGNPVTISYENTSTYDCTTDNVNDVRHKDHY*
TBL_comb47_HYPODRAFT_10043356TBL_comb47_HYPODRAFT_100433565F090956MNKFDWGPVIGTVIAIAGMMFALVMGYLIGYNDAKEGK*
TBL_comb47_HYPODRAFT_10044252TBL_comb47_HYPODRAFT_100442521F005200RECVDLYQDFKKDGKDVSDILNEVGTHLGAFFTHQEAFKEAEKEAKKNPLPKNISINEEAMNRIIRQQQIEQMETDLREMIIYQLGMPGMWSKFTEMREIVRKEREKIEREQKKPWKWLLSKRDSSLTNGRLESHCQQVYSYCLQPLLFLCTESI*
TBL_comb47_HYPODRAFT_10044331TBL_comb47_HYPODRAFT_100443311F090949MEKIIAYNNGINPTVTGLYIVDRGDKLGTPYRWYNAENDFWGRCEYMLEDALNATDKSSALGFLPWRGPVKVARPVETAVALVNTTTPAPVVAKPVKTXAVKVAKAPKVTKAPRAGKVTHPDGSIVYRADRNKYMAWFGGKSEAARPTIEAAKSFLTKKYNVTEFNIIDKE*
TBL_comb47_HYPODRAFT_10044769TBL_comb47_HYPODRAFT_100447693F000857MELNLNNEEAQINEDYYTKGNLEAGVEGVLQRNDKLFNEVKSGTWSQTFKTDRIDYKIGAIDGERYVQYTQHNVDAIKQYCKDRRQFYINMGTTDNPFFAGTFEAMNLPKCFAHEISSRWFNNRPWELIKRDKADKILFYAIVNEYYSDFVCHPSGKIPLPYNPIIPTR*
TBL_comb47_HYPODRAFT_10044833TBL_comb47_HYPODRAFT_100448333F082064MQFTWTFPQFIVNPYYDGLTNVVTAINWVCTGTNGTITSSTSGTANLGSPNPAEFVPYANITQQMAYAWVSQCISMPGVEAQIASQINLLGETTSQTRQPPF*
TBL_comb47_HYPODRAFT_10044921TBL_comb47_HYPODRAFT_100449211F059611MKDFSLPFLISKKLLDGYYDAMLKQNKQRAYEIATDL
TBL_comb47_HYPODRAFT_10045085TBL_comb47_HYPODRAFT_100450853F014107MSEQVTIMDQRLVGQAISRNQRISTSEIVTVIPFQFTFKPNSYQLYSQNRNLLANLRYYDKSLEQYLNFGSTGWVNYIAYQGNMTPTQISACQWETASSGKNLVLGNLPSISSTSYIVKAGDFCQVDRYAYIATADVMRGSGTTVTIPVHRTLLT
TBL_comb47_HYPODRAFT_10045178TBL_comb47_HYPODRAFT_100451785F014484EPNDHAVLKNAYRSDFTVAGGKTPKAQTTNDLPMGNTSPMTKMHRKPKPATGANPKG*
TBL_comb47_HYPODRAFT_10045248TBL_comb47_HYPODRAFT_100452484F011665MQSQINTTPISQFAQLLRAAELGQQKEVKLPIQQARLINLALIEIQQKLLQDYESMFSALKNNTGNDVVQIQLDGGTFSDK*
TBL_comb47_HYPODRAFT_10045523TBL_comb47_HYPODRAFT_100455239F070862MTKYFVVFTEESTKDHGYYVEAENKTQAYIKAEEKYFEHEEADSVSTGYAKTLGYEVEET
TBL_comb47_HYPODRAFT_10045558TBL_comb47_HYPODRAFT_100455581F043393TARSIIDKVLPDEKLDSDKIKSIYWILDKVDVHKEDIVIETLNGDQYSFYLNKNLSTQKTSSFNLFADDLIGSDIDNLFKGEYLSKWNKLTQEWIRIIYENSNKNIQQHIESFIDPKRINTIEYFEYFDIKHRDPKYKYLGEFIKEFDKNILKFSELMDEIWKNKDVCFMDVERVTKEWEEVKVVILNSKIIEHLLTTSLKSNHVEDIKKTEDGFKIATGSVKMKLFKTLVEKMGCLETPVYFVNKNDTFNMVPSREFFRKNYDDIQIKFDYHVNFKVSEESEDNDFKIKINLELDNQKLIDMFIIIKFTSEMSGKLTAKYKFDISSDFNYIISKKETENKD*
TBL_comb47_HYPODRAFT_10045592TBL_comb47_HYPODRAFT_100455922F066497MTEQEFKEWKSYHVTEEVFAHIRKAKSEAQDAWANRQFTTEADNQFALGGVYAINQILELEYADIAGV*
TBL_comb47_HYPODRAFT_10045818TBL_comb47_HYPODRAFT_100458181F063472MIEEIPLGFKFNPKNSKLNYPACRCGKCPAFYFNLLSVASRGSGKTYNIVKLIKHYEENKLTDNDGKVHPLRTIVISPTLDANLIFNNLTSLADEDKHDKYSDELLQSIIDGIKKDKEETDTYNKYIDAYKKVIRIPENKLHEFFEKNPEIYDILKIFNFEEPEQIPQPKHLVSPVNIIVLDDLMATGAFTNKKLSSLTNNLIKNRHNGVTFAILAQSVKSVPKNIRLNCNVFFIGKFASKKVILEDLYEEVSNVL
TBL_comb47_HYPODRAFT_10046149TBL_comb47_HYPODRAFT_100461492F001299MDKDLNKPEYIDNLDDVKVNLDYHRQGHGGMITEDNGVADKLLKNNKLYRAMRGDWSRSDYNKSKNILITTGRQDGQFYIRREQQNYNEIVKVARAYREAAERGVPDPMAPLMPDGKLGWKWMDLPDVCAIEISDRYFGGMPWAAIKHDRTLKAQFYKVVEREYNQFVTYPGGKLPIPVDVPYPTAVGQTKFFKGN*
TBL_comb47_HYPODRAFT_10046177TBL_comb47_HYPODRAFT_100461775F037028MFVISFYQLEVLREMMNESKSFDGPLSNYDDNSYDDFVEVSTAESKEELLQDIDLVNASPKELLIYFASRYKETHGYEYVVEWIKESAILKAYKERYKEDSGPMIALLFDKHKGKINDVVMTITAFSKGSKWIQDTLYIEVQQDKLKEENKTSSEGLMNTDDFLKRFAV*
TBL_comb47_HYPODRAFT_10046202TBL_comb47_HYPODRAFT_100462022F026879MLKQFAVVTLLFSTSLLAADYSKSKELYMPNESGGYVVLTLEPCKFPEAVKLGFDHRAYATESDSERPATHEGCWDSPSTADAPKLQGVKIIPLVNLWFDGDTATFPQTLFGPEKKRWDLKLPEITVKPNV*
TBL_comb47_HYPODRAFT_10046477TBL_comb47_HYPODRAFT_100464771F030989MKYIAKPKLFNNTGMKEFDDAREAILYLNKVLSDSNVNPELDYVFIAPKASPKQLKHAIEEYVGIGKLIVGA*
TBL_comb47_HYPODRAFT_10046808TBL_comb47_HYPODRAFT_100468082F037031MAITDPNQIGGIRPEDVKQTPEQIAQVNAYLAQQKREEEELGKEQPIELMESELMGVWKLLQELQYKYGNRKGSFENLTSLRNEADEKFHALGFQVVVDWVMPGLMQANGKAAPEPPTITIVGRVDGSEFNPEQNRYETGAGVADDYYNVKRKALGLGNKKLILPGQ*
TBL_comb47_HYPODRAFT_10046883TBL_comb47_HYPODRAFT_100468833F062490MARQFFWGMFITLAFVAVVTVGLLGIFTLVSLITGPVGG*
TBL_comb47_HYPODRAFT_10047285TBL_comb47_HYPODRAFT_100472853F075594ATKGLKIWKVNELYIPIVNGQTVYSIGPASLNPSTDLDTAKPLKVIQAWLRQYNVNPPIDTPMQLLSKQEYDTLGSKFSTGVANSVYCNVRQNWSDLYVYLTPDQNAASQYNLYFVCQQPMDDVNTGSQVPDFPAEWMNTLVWNLADQLAIEYSVPQNHRAEIAARAKLYQDELCDWDVEATSTFFQADLRMANVTFGKPN*
TBL_comb47_HYPODRAFT_10047379TBL_comb47_HYPODRAFT_100473792F019160MKLYLYYENVQQPLVIEMPDNEVDGFMREYEEALHDTAVETFQWRNSSFRIGGLMAIVNHRHASLS*
TBL_comb47_HYPODRAFT_10047393TBL_comb47_HYPODRAFT_100473936F042305MTLELSDLDSLQASALEKFEERVGSAGDNREKIEREAFRLESQLEQLYSFTAAMARRESEVAATAQLWGSLVRTCDLFAAKIFQLSQQYSLGRTAFDHILDIRTAAEELRALHSP*
TBL_comb47_HYPODRAFT_10047468TBL_comb47_HYPODRAFT_100474681F082043SFSYKITTESELFTFDFSQVLSPSETISTSSCSVIVMNGVDPTPSTILIGAPVVVNKTASQRVANGISEVTYRLEMTITTSQGNTYVGVGDLPVYDASLV*
TBL_comb47_HYPODRAFT_10047538TBL_comb47_HYPODRAFT_100475383F023521MKDAIIYAGYSRLADGTMKFRTATNEARVNQLVAFGEEVHMILINGVYSKSAAAKELLRLDHANGAKALEKFYTAQVRDENPFRVVKLKVPSVAMQQLVGAEIEEEPLTAKEARKIRAEFNRKVKAAYEAN*
TBL_comb47_HYPODRAFT_10047855TBL_comb47_HYPODRAFT_100478552F019675MWTARRIITVIMGVVALLLIARGVWGGVYPFSIQLIAGVFLLILAVLRWRYVK*
TBL_comb47_HYPODRAFT_10048253TBL_comb47_HYPODRAFT_100482532F060563MPIFCEPLAAETLQALNRAVNNLPAEHHLRKDSEAGIVSIVYDTQKDVTVFHGKSGFYFRRGAVVDSIKADINNGRGLICTAYELSNAEASASVLAGFEEKFGLKNAKKIDTYTTEFNNRRFLLAKFPANVIKQLFETQGGTMKTGFKGPRDSLLKIPTLDKYFEFKESAEPTVASVFATQYEQGNYDYVKTVHYQLLQEVISRPNLGITLSPVAEWTS*
TBL_comb47_HYPODRAFT_10048455TBL_comb47_HYPODRAFT_100484552F023062MEMTMFEIDPVKYGVLWQKVESYEAKXDEMSKKIDKMESSIEQLVAMANKGRGGFWMGMMFISGISSVIGFIGHYLSSK*
TBL_comb47_HYPODRAFT_10048544TBL_comb47_HYPODRAFT_100485442F074376LGQVGDKERELKHKLRPRNAFLQAEGLNLPAACPREELHQFLIGLYGEYVIPSSMHKFIQVLRGKELYLGQGDFKRPLVTDQMLRAVWARLRDRLSSLDSPSSMVEVTTAYATHFTDMYVDKHTGKHMTGDRVRILLLTLPFLLRDLIAPEV*
TBL_comb47_HYPODRAFT_10048653TBL_comb47_HYPODRAFT_100486536F037029MKHSFRMWCQEKWFEHKDELESYSQPLLYTADQYFARYKFWLRREYRYQQNG*
TBL_comb47_HYPODRAFT_10048774TBL_comb47_HYPODRAFT_100487747F069612FVFNQNDMMGACKLNPVVVNKMPQDWCGQEIPKEYEEPGITITVAPKATIVAQETTYDINTDAVKPKRGRKKNVNSDL*
TBL_comb47_HYPODRAFT_10048844TBL_comb47_HYPODRAFT_100488441F008023VANTPTSPLDATGHAAEKAAKARIKEQQARSEEISLANAAENESIKHDTFDPKHPDAPLVLDEIENVGVSVNNDYVVIRTQHDITDMTYGVGNHYSFKAGVKYRVPAGLAGYLEQLGYVWRP
TBL_comb47_HYPODRAFT_10048988TBL_comb47_HYPODRAFT_100489884F044873MIIDKEVVSLADIDEAIAHLSEMMKDRYGNRLTHQRKAFLMSELDSLLDARLEAISELGNSSDREPKSRPE*
TBL_comb47_HYPODRAFT_10048990TBL_comb47_HYPODRAFT_100489907F093167VATFTPPQIKDNPPILPDSRGLATRLFRYYPNRARYVAVFALSDGTFVQDTATEHNSNTNIPYPWNPYDPSAPYVTSYYINYEVSPPQPTHVSVSQNPWIAKVYQEPQYVTDAEAAALRAAGYGALIS*
TBL_comb47_HYPODRAFT_10049000TBL_comb47_HYPODRAFT_100490004F001849MNLLFSPMLSNIYYIGGGGLGLVIVIVLVVVLLRR*
TBL_comb47_HYPODRAFT_10049398TBL_comb47_HYPODRAFT_100493983F067350MKDENMLKKKDFDNAAFVAALRRGHRQRLYFEQIAVFRHKFMNYSG*
TBL_comb47_HYPODRAFT_10050045TBL_comb47_HYPODRAFT_100500452F021910MGMNRADAYYEPDDYDDRSDEIEERTWQLLKVGGKFDYKTSSAISEALSEMGADDSQSLQDCIDTGNYETIGRKIMMITFDYMERFAKDAAENEIND*
TBL_comb47_HYPODRAFT_10050509TBL_comb47_HYPODRAFT_100505092F010448MKNGDISNVSSPQVICVTDVVISLIEEEERKFLSKRSTQKLGNIDMLAANKMWRLANEYGISLELAGFESDGWSEDLLDKALEKLERRVVNPFNYWQLYEDPNELVGTIPYRANLRGIIDIPGRVARYGSAGVELGNL*
TBL_comb47_HYPODRAFT_10050610TBL_comb47_HYPODRAFT_100506109F058633MSFLERTLAAYQNDEPITKYIEEALMKGNIFPEEYPVKVFNKERVFDNMYHPSSDVSAGELQLYYKFHPEERLLLQEERISPTLAMTFQVGSVFHSVVQNLLIHLGFTTIDKVEVKFKNE
TBL_comb47_HYPODRAFT_10050734TBL_comb47_HYPODRAFT_100507341F050334IMGIGTLVAIWIVANLPKSRGLHREIVSFDEKPLQTPAWRKDLSEFYSTDDFDYLRKLERHQTDPHHWPCPFPPQE*
TBL_comb47_HYPODRAFT_10050801TBL_comb47_HYPODRAFT_100508014F056266MQSAIENTVLEFMRESEAREWVERYRKKAKELGYGEANAWWADMIEKIEKKRGKKEAENLRQRMNRIRGNK*
TBL_comb47_HYPODRAFT_10051036TBL_comb47_HYPODRAFT_100510363F018370MNKIHILWPTLRPLMFLEAHKEWIRRAKNPENIQTYVAVNWTKDADQLREYLKANYLITLNTNNIGVCYPSYQLSSNLGIKMGKCSDDDIVIFASDDFMAPVGWDEYLINKFKDKGDVGLFVRDGYQLPDSSNMKEVVISLPILTYGCLIKLNMIIYHPSYNHMYSDAELYLNLKESNMLYDDRINDETIFEHRHFITGKRQADQADQIYYSRWQVDEINWNKRKNLNLIDRLKL*
TBL_comb47_HYPODRAFT_10051247TBL_comb47_HYPODRAFT_100512472F093146MYPTTIPAGAKTVTTHEGWTLSYSVDTTAPFTINAWNVTSPYPTNEPFWHQPHDLNGGDWSDEATAQAFADKWVDDNFVTPPAPTN*
TBL_comb47_HYPODRAFT_10051288TBL_comb47_HYPODRAFT_100512887F053024HTMPMMPGARPMTRPLGARMPIAPAMAAARPGGMKKGGTAHRASERADGCCSKGKTKGHIVMCGGGMAKK*
TBL_comb47_HYPODRAFT_10051317TBL_comb47_HYPODRAFT_100513171F057846LGEPMKNADRLIRDKKRVEQTLSRLTDGVMLDLCRRAGTRAVRDYTPGGPRAKGAVSDPTLSAVVRTMSAENVADPIFDSVKDIARLLDEMARMSLKLEDLVRFVTTGKERAKQATITECKVCARIVECTPNDRLRSGMCSACYMAARRAKAQ*
TBL_comb47_HYPODRAFT_10051368TBL_comb47_HYPODRAFT_100513683F076681MAITYKWSIPKMTVAPSVNGQTDVVIYADWMCVGTDDVNNLTAAAAGTAKLGEPANPFTPYADLQPEQVLAWCFEPVTTSFTDLLSNVTTTITTNLQPDTEAQVAGQLA
TBL_comb47_HYPODRAFT_10051426TBL_comb47_HYPODRAFT_100514261F046721KKETNMNWITNLYNRIRLELRYRKKLKELRKRDPFIYK*
TBL_comb47_HYPODRAFT_10051457TBL_comb47_HYPODRAFT_100514573F002824MTKITAPVQKPTNGGASKEETAVLAAVKTVLNPEQNKTEEKKPVLQIEPEKPVIPAVEPKKEMTMLEKILKVENLQLVVEKRAKLVQTRSELERFQISSNDFNCSMRLNDSDGNVFTTSFTPGIKKVIDFLKSSFDASITDVENKITF*
TBL_comb47_HYPODRAFT_10051522TBL_comb47_HYPODRAFT_100515224F067350MKDENMLKKEDFDDAAVAAALRRGHRQRLYFEQIAVFRHKFMNYSE*
TBL_comb47_HYPODRAFT_10052054TBL_comb47_HYPODRAFT_100520541F040985MIDITQTANLISFAGNPVIYEACSDNFLISMGDLAYFELVVSGIDATAGHTFSLHFAGKTLVFESAGFTGFDGLLFEVAYLGQTFNDFAGNIYRCFLENYDIQKYFDVTIDPVSASGRRIMLLAKQPGAEYSVGLSNNGVSGVGQGVNIPGTDDLYRDYFGILCLIRDAQNNTVGEDIKPTDFVGLSRFDIADYIQSTFASWEMPRFEFPELSGNSKAHGWDYLLKYRVSFAESIAGNVKGLQSTGWKYAIAGGLNHELLTSLNEKYLDYFSVPSNKQAFLSWLPTTKFSRSGVMEKLFFLFQDNPLSVQYRLVVIINFTDGSHKVVNATQQAVFPAFTVMEFKVGFDHLNLVNAEMGKAVLSWEVYLMDSNDEMLSERRVYYNDTRVFENEKVFFYRNSFSAYDTFRFLGKSELNLEYERLIGSTVKEENYSFFNAPSKQFSARETECCKANSGWITLAEKNCLRELLLSTESYEQVGTELFQIIVNSAKITPFLKDGEYLYNLEIEYSRAYQN
TBL_comb47_HYPODRAFT_10052054TBL_comb47_HYPODRAFT_100520542F096499FLPKVKVSEFINGLEKWFNCSFHADSKQRVIRIVSNKDVLLRSEVLDFSKNILSVYQEIPEQVTGVRFLSGPDGGDKVYQEQLDAEKGITDYIKGSVQSFSDIPAYPFTMLGDIYYVIDTNSWWQLGIVNWLIQWVQVPNGPLLTDKFFYKWGDEKNKYETIFSTLSDKYIVVNCGNLGADNQKITPRLFWVSMVGGLGTTARLRGLASNSNQSLKYTGGTGLFNLYWKDWVNWIITDRKSVKIEKQMDYIELKSIDFTKRYRMDGINYLISEVAVTLNKSSIKSAQLKCFSAP*
TBL_comb47_HYPODRAFT_10052135TBL_comb47_HYPODRAFT_100521352F093146MYPTEIPSGAKTVTTHEGWTLSYSVDTTAPFAINAWNVTSPYPTNEPFWHQPHDLDGSDWADEATAQAFADKWVDDNFVTPPAPASN*
TBL_comb47_HYPODRAFT_10052243TBL_comb47_HYPODRAFT_100522433F082058MEYKWKILEVFAKDAVITGCKYHLIGSEGELSVETEGNYYFSDPSEKVPFDEVTESTMISWIEQEAIFDGKNHIKEGIAKQIEALKSNKSVPMPWKPQVFKAQL*
TBL_comb47_HYPODRAFT_10052734TBL_comb47_HYPODRAFT_100527344F024119MAYVLGGSDNENYGFTFAIANFALRAMHESMGLVNMTNVVLPTQGNQFLVPNFAPITYQDFNPAASPATAPWNTGNAAVQNPALIQTSILASPAVATTAFDIFYGWTTSFQLAATLGAELGDSFAEKVDQRVTQAFANAT
TBL_comb47_HYPODRAFT_10053073TBL_comb47_HYPODRAFT_100530732F066312MNLQIIVEHYAKLAIKPAWLDYVRQQVKLMEQEPAFHGIGKLIAQRIKELNADRHV*
TBL_comb47_HYPODRAFT_10053122TBL_comb47_HYPODRAFT_100531222F029738MTHYSNDPREITAKFQSSCCKCNLKIKKGTLIYYWPSSRKMYCTSCGEAPYRQFISSAADEEVYSGNGNPFAW*
TBL_comb47_HYPODRAFT_10053140TBL_comb47_HYPODRAFT_100531403F089762MVQTYSSLLEYETGRLIDEAIADEVAILMNGTVEDIKDYKFRTGVIRGLNKARKLMSEADSNIQSGERG*
TBL_comb47_HYPODRAFT_10053219TBL_comb47_HYPODRAFT_100532193F006053MKIKKLIFKLNKAEFEHKLQKAKKLWLKILKKSFKGKHTEAVR*
TBL_comb47_HYPODRAFT_10053311TBL_comb47_HYPODRAFT_100533113F016247MTHFIVEHNYRGSYVMETICGVEDIDTSMYKDLLGXWVCDSQEELQIMEKQLKELRHARSGQPS*
TBL_comb47_HYPODRAFT_10053810TBL_comb47_HYPODRAFT_100538106F020485MKXXXKAKQHWEITDGKLILGAESDEYLAVQLAKMTARLEAEIRLEIYDQICALDLVKDRKRLVKLGIENVALIVQDACAQIAIGEYK*
TBL_comb47_HYPODRAFT_10053941TBL_comb47_HYPODRAFT_100539416F000273MSEVNEKAVFIEKIAFAVLPILLACVGYLMSALSSLSQDVTVLNSKMSLVVTSDNKQATNTGSELAREKLRQDLEKDIQLNRDQIQANKQEIAIIEERLKNTIGFNKK*
TBL_comb47_HYPODRAFT_10054068TBL_comb47_HYPODRAFT_100540682F059597VAEIVTGIPNFDKSIDSMIVRVDEAARKFVLEGAEVIKRESKKIFRTGADAKGIDSWHSNAWPVPTRRTGNLMNSIYSDGARKLGPGKWESQTGPHIVYGRRIELGFHGSGRWPYYTTRPFPYMQPGIDNSIPRLDSLFNSLVIAAQEA*
TBL_comb47_HYPODRAFT_10054069TBL_comb47_HYPODRAFT_100540692F067350MKDENMLKKKDFDDAAVVAALRRGHRQRLYFEQIAVFHHKFMNYSCKKL*
TBL_comb47_HYPODRAFT_10054212TBL_comb47_HYPODRAFT_100542122F033290MTDDEIIEISSKAGFNGLFSLIVFARMVAEREREACAEICDGFYLSWIDIQGRYEFMGEGASECAGAIRARGKSNG*
TBL_comb47_HYPODRAFT_10054212TBL_comb47_HYPODRAFT_100542123F027373MTEQKTGFTIYKPPKPVGYWCLYGGGHTTKFSMYAKPTDEQIKNTTELLGWIWEDAK*
TBL_comb47_HYPODRAFT_10054549TBL_comb47_HYPODRAFT_100545495F049367MALKLNLSSTQFGAPAPEAYARVTNFFGNKDNIQVQVSVHFSKDARDSNLSPVREDAHYIGLADLAGKGELMTAIYTVLKTMSTYEGATDV*
TBL_comb47_HYPODRAFT_10054835TBL_comb47_HYPODRAFT_100548358F011059KREKMSKMTYDQWEARYLEEEGSNYSQEKRLAFVNDYLLDPNLAAVCRKHDVPYQTAFQWKSKDWWHNMAEEILANYKDELLAKQRQIINKTYDEIGERLINGDETYIPNEGHVRTRVKANHLATIADVTLKANQLLQGKATSINHVTIESLADKLRTITQEAIDITPQSQTIQQIEQTPQDSE*
TBL_comb47_HYPODRAFT_10055455TBL_comb47_HYPODRAFT_100554554F031290MARTVLEGPILSGDNRFGPQRDVGPVLLAQQAFLDFSVTSAGQANYGGGSGVFVTSDNIPNQAATIWNPQSGVYSTNGPTVATAPTADASGTIYRGVSFLIPQGSNITDVIIDVGTLPTDGSVTANSIQPYVSNKFATATGVYATMAAITSATRGTATFVGTQLDYAYGTLQDVQNIQP
TBL_comb47_HYPODRAFT_10055618TBL_comb47_HYPODRAFT_100556184F067350MLKKKDFDDAAVVAALRRGHRQRLYFEQIAVFRHKFMNYSG*
TBL_comb47_HYPODRAFT_10055814TBL_comb47_HYPODRAFT_100558143F089856MKYTSILTLCLAASFLSGCSTLLNRPAGIGSIPCTYRFKMLSRPEDQARVEAAIHKAALGNVVKAGTVTFPEYRFRVARLADLDQLNPRLLYSNPDTLLADNLKQTLNARAAGVDMTFDSTDVSASAKTTITFSVKPGSRLYYKDSGGVEMDITSKADKQGKVVFPIAIKEGQKYIYARAMKDNVTRFIRINIFNNQVQDITKRDY*
TBL_comb47_HYPODRAFT_10056230TBL_comb47_HYPODRAFT_100562302F064339MNQLANAFGQKFTENKDSLRIKSFELNGHTFKVKVPLTSETDAMFERVKIIDEDKAQKYYEDMSKEFLDNRAKYETDPDIKYLDNDIEVKGTSIKETSRNKVLTENRITELVRLLVPENKDFDMASITYADIEELFPFSIQMELIEQINSVISPNYTATKGK*
TBL_comb47_HYPODRAFT_10056467TBL_comb47_HYPODRAFT_100564674F079605ASKGNSLNQRRAAGPTASSRTTNPSGQKPGTITLSRDRVQAIKDAGAWDDVERRNKMIRAYAQYDRQNKG*
TBL_comb47_HYPODRAFT_10057351TBL_comb47_HYPODRAFT_100573517F078045MSYEHFVNNYQRWLKSPRTLSEAIKDAEYCSAITRPKESEYGLLGAILGALAFVAIFGYGFWLTIGRYA*
TBL_comb47_HYPODRAFT_10057470TBL_comb47_HYPODRAFT_100574703F056283MFETVVDQLVKVTLTNEPVKTEFYNGTLFVRKITESQARSVFHRLSSTLGVGTVQVSPIGDTGEYAFDFVAKKQQAEDYSPFATVNS*
TBL_comb47_HYPODRAFT_10057716TBL_comb47_HYPODRAFT_100577163F018308MATQRREESERRAKRQGSGIRKEGGDEFKASPTRGRIKKEIFLRENVGNEIQADIIKDSQRPKQSD*
TBL_comb47_HYPODRAFT_10057979TBL_comb47_HYPODRAFT_100579794F008072VERDNNMQRGKSKNSRFKKAHWTQNQKLQAVSTYLMLGNMSQTAIVTGIPLQTLKIWKYTDWFKEYCLQLQSEDVQQMDSNLKRVVDKALKTVEDRLDLGDAQFDQRTGEIIRIPVKAHVALKITSELMTKQQKIKDSPVKEEIERTIDDRLIKLSEEFAKFASMNSKTIKDETNVVDVQMAEVVR*
TBL_comb47_HYPODRAFT_10058507TBL_comb47_HYPODRAFT_100585072F007536MDMLYLHLRLIQSALGQKVEAEPVGRCPRERSQGRAAMRGHEVASFPGEMELPLGWSLERVTSFLAKFALSASFATGRDAAHAVSGALIAPVVQAITSSTQNARFTDEVPRRPGPQGRVSLGYKSYTKGRSQASAAGRASPQPRLKGWQQRQSRGVCLSRLTDPSTCSERQNLRVPQGPLRFMGPVSPAIKANLWPGGTSSPQLAGPLSNSPQQPERAPAAVRSR*
TBL_comb47_HYPODRAFT_10058818TBL_comb47_HYPODRAFT_100588182F059611MKDFSLLFLVAKKLLEAYYEAMISQNKAKAYRIANEFVEVALKLEDIAHAD*
TBL_comb47_HYPODRAFT_10059029TBL_comb47_HYPODRAFT_100590296F040523MINELGSCGDNAVATLQANVTVPETVGIEGYWKAECRDANGNLKWSEEFPNLVVAVGK
TBL_comb47_HYPODRAFT_10059300TBL_comb47_HYPODRAFT_100593003F067259MKKYTAWDMEDAIYKVWQTSDDLESFYKYHGDAEKPMTEDEVANTLLGIKMMHEMRCWQLMDMHARVFELNQYCTDPVKLAERERVLGTIKKKGKKNE*
TBL_comb47_HYPODRAFT_10059908TBL_comb47_HYPODRAFT_100599083F010394MSETRNLRHPEPGDVDTWRQQFDELDLRMDALRQAFLDGVRSFNMTDEIVERIHARFDDVGEQLHEMHCTYPFGGWPGQEECRFEPAVTYESDAHKAEDA*
TBL_comb47_HYPODRAFT_10060370TBL_comb47_HYPODRAFT_100603705F021237MKYFDYEWDLEPHRILLDSELDIDKLGWKGGDYFQVKNVAGRVMLVKIDPLVKFLKDGESNEKI*
TBL_comb47_HYPODRAFT_10060420TBL_comb47_HYPODRAFT_100604201F067350LKKKDFDDAAVVAALRRGHRQRLYFEQIAVFRHKFMNYSG*
TBL_comb47_HYPODRAFT_10060582TBL_comb47_HYPODRAFT_100605825F001937MNSDTATIVYSYFFVAAALLAGMSMIAKHTIGKHTEELKEKLNRIEYALYNDGQTGLINKVDELIQNQQIIKIDVEVMKAKYDG*
TBL_comb47_HYPODRAFT_10060708TBL_comb47_HYPODRAFT_100607081F031339MVEQWIVAATGIGYLITGILQLQKGAYANAIIWVGYAIGQ
TBL_comb47_HYPODRAFT_10060987TBL_comb47_HYPODRAFT_100609871F098645YEDFAPLGKNPKLTPKWQGPAKITELNDTNARLQLANGKTKIYNVMRLKKFFEPSKNNGESDTKPNDLDFKSEPKITGPITRAMKKLLQQKEATELAINVLCDLSKKHCSSCEWEQEFSDNPLLFDPVFARRYIAERKSWLVNKQSMCARCKFQYGEHLIDQNAQNTANLISAADNSLQNLISTKFFDEATFKDLLQVQNLIKTARDANDNLINAQPNSENLISAQSDEIFLISESLREPLLIVANKLLGRQNLSFEQLTPSEKQLWTKFETSDIYQFLTGETNTVPEFRHNWLTFSAKPKVNIDIDKIAQSLTPIPLDQLPPAIQRSVSAPSPPQHNLRERKGKIDYKALHLGHQIQQAAKEVKQKCKQMKKSVRKSAKATVTKLAPGAFSPKLQPPASAPASPRPSSSSSWTFWPSK*
TBL_comb47_HYPODRAFT_10061208TBL_comb47_HYPODRAFT_100612084F042135VPLMKDPFKVLNYDSWWRKDLNNILPYVIPAVNEDITQKMELQLEDSSNRIDNTRTNGEAIVSHLQSLIDEQKVEHTFPFSWNLKLYKAPPKKACTNFEFSPEQLAIIENVHMDNAQKRTFNLEPCVILHQSARLETSHFCIIKCAKDTSTPFYVAEVISNNNDSLTVQWWAPTAISKSKGGKYHNHAFEAQTTKHRILNRQKGAPQWRLKPHLDNVNYNTVYFGFSKMTRDRRLPAEVLRKLRSLALISKNIKIKRM*
TBL_comb47_HYPODRAFT_10061544TBL_comb47_HYPODRAFT_100615441F067350MKDENMLKKKDFDDAAVVAALRRGHRQRLYFEQIAV
TBL_comb47_HYPODRAFT_10061700TBL_comb47_HYPODRAFT_100617004F071905MAKSLKLWENKDWVYKRYVVEKKSVLDMAMEAKCSHMTIQRALERFDLIKKPRKWTKK*
TBL_comb47_HYPODRAFT_10061816TBL_comb47_HYPODRAFT_100618164F082113MSIKYNIDKSMLAINIIVNQPPLPDNTAMDNQNVLSQIDGFIAGLNSEDKEVVGRDYAKDIEPEVKVEVPKTEQDIQDFILKNSAELATLSVKSVKDLQQVVTATGDPEQMASLASLIAAGAGAIETINKIHLQNKKTEANKDLKKIEIEGKKEIQRLKNDGYLNLPQGNTNVLVATREEIIAQLTGKVKTKTVNVTNEVIELSDSAPQVPPAAS*
TBL_comb47_HYPODRAFT_10062122TBL_comb47_HYPODRAFT_100621223F075599MKGSGHFRVFGTVAIGHELHQGCQRVQCWPFKDMHYYGSNRQDFVFFRPPGIEEGGFRLSPDNVWYCKVLLLFTIQAQTDIDGSTADFECAFVSVMETMEPRDGDNLSDLRERGLRVIYEIDPKVL*
TBL_comb47_HYPODRAFT_10062650TBL_comb47_HYPODRAFT_100626502F008619MAGFQNIVDIQQKMTVNNRRMIGQQVSRSGQVTVAQYLTSVPWVFTIVPHNFLYYPQTRDIIQAIDNLDRQLPDYIIFASNQLSWFTQNQGTATVASLSGTPTPNSQTINLTSNGTYKAGDFISINGYVYKITXDSTGSVIYINRPLIGSPTSAAPVLLGNACSFYVVAEQCPTYSLTPMTNGAFVEWSGPFVFREYITG*
TBL_comb47_HYPODRAFT_10062780TBL_comb47_HYPODRAFT_100627802F057140MNSQKYNKEELYPESFDDDDKLNFDILLEQSKLMFPKMVNDEWLIKTAVIAYINRQKRGETEPPSEQEIASIRNQYTQNTVFYTEPIEVKDVGKEIEVE*
TBL_comb47_HYPODRAFT_10062780TBL_comb47_HYPODRAFT_100627803F063472MIEEIPLNFKFNPKNSKLNYPECQCGQCPLFYWNLLSVASRGSGKTYNICKLIKHYEDHKLIDNDGIIHPLRTIVISPTLDANLIFNNLKSLAEEDKHDKFSDELLQSIVDDIKKNKEETEKYHNYIEAFKKTIHIKENKLTEFFDKNPQIYDTLKEYNFEDPDEIPKPKYLISPVNIIVLDDLMATGAFTNKKLSSLTNNLIKNRHNGISFAILAQSVKSIPKNIRLNCNVFFLGKFASKKVVLEDIYEEVSNILTPEQFEELYDKATEEQYGSLXIDNTHKEKRFXSGLDKELFIK*
TBL_comb47_HYPODRAFT_10062821TBL_comb47_HYPODRAFT_100628212F036667MTSISSSTPEAPDRKHAAEIETARNQAAWLSFEAAIHQNDTLRARVSRALDRFGLGSSTAAVDEAIDYLINKELGQSARYFNQTGKPQFNQQQITHAVLSFMAGKEQQRHMTDLAIHEHDTDHDDDTPGSIRASSLPDSGRITPDEVAARRDALRAIDAMIPDTERELYSLMLAVREPGMLDRIHAYADRHQIGRSTVYFRIKKLAEAIQLHPWFDEITAPFRTASRTA*
TBL_comb47_HYPODRAFT_10062993TBL_comb47_HYPODRAFT_100629932F017088MNNFNSYSGDPRQITARFASKCHTCCKPIKKGDQIIYWPNGKHAGHLKCDEADYRNSLASFEDEERYNSQYR*
TBL_comb47_HYPODRAFT_10062993TBL_comb47_HYPODRAFT_100629936F002824MTKITAPVLKPTNGGASKEENAVLAAAKTVLNPEEKKTEEQKPLLKVEPEKPVVPAPEPVKEMTLMEKILKVENLQLVIEKRAKLVQTRSELERFQTASNDFNCSMRLNDSDGNVFTTSFTPGIKKVIDFLKSSFD
TBL_comb47_HYPODRAFT_10063265TBL_comb47_HYPODRAFT_100632651F028404MTLEDLRIQRLVQGILVRNYVDTQRLDIQVIGHSVYIEGEFVVFDYHPSQKKDDRIERDLGVKRVIQHVEQQIRGMGEVTHIEMKFRNWQRRGTQWVAAHGG*
TBL_comb47_HYPODRAFT_10063302TBL_comb47_HYPODRAFT_100633022F003730LFVTYLTTMFGSLAAVDMKRKWTIWQIPSPYADFIYRPDGVDLPLFILNGIGSSKVYQLLTSQLSDDGVAINSLYTTYGHVNAVKAATQPIFGMHTKRYTVFQTTVEGAGVLGVRILPNVINPKYPYSIPVGINLVSPAFDDAFRPINVKAQRAFIEFSTNAVGSWFHLDKSLLTGKADPWSSLNATGGMSNGIA*
TBL_comb47_HYPODRAFT_10063349TBL_comb47_HYPODRAFT_100633492F078676MPIKINGSATSMQNLTADLQYYVCYAASPGAFTDPNPNPPVSQELARLLNIQVTAHPLDESQKNFEVLLMSIGLRAMPVVLSDPLAVFQLQDHTLELSGEGYIWKFAVERGVQFYNFTPYGSPGPVGLLVDDLDGVILPSGVRITTVTGSATGWAKNIAFTRMENI*
TBL_comb47_HYPODRAFT_10063407TBL_comb47_HYPODRAFT_100634073F044873MVPMIIDKDEITIADIDEAIAHLAELLKDRYGNRLTHQRKAFLMGEMDSLLDARLEAIDESNNNLK*
TBL_comb47_HYPODRAFT_10063432TBL_comb47_HYPODRAFT_100634322F009720MLKRKYVHPDTGDILTFSEQVSWTIQSAIRNWWFVFAWTGLSTVWWLKPHIFKDSGSYVHWQLLASWLAVTVELIIGIAMIGQTKRDAQIIRHILKLXKQEIEHLEDLIEXMETE*
TBL_comb47_HYPODRAFT_10063813TBL_comb47_HYPODRAFT_100638132F018683MKMYRFKTSVRFRVIVGDACFYATAKQIRNGVGDFTKCNAATQKALDALEYTRSGTGAADRCAVGLAGTWEGLNVQLNVA*
TBL_comb47_HYPODRAFT_10064262TBL_comb47_HYPODRAFT_100642621F091932MKEYKNFFFNSEEYNSKEFDENNSSLKAISVGNKTNYLQPFANVEQTHKEPVQWPHYKVDFQPEGSLSSCLNQTVKPSSNQAGLIQSEGSLNSCLNQTIKPSSNRVGLIQPEGNKPSTNQVGFIQPEGSLNSCLNQTVKPSTNQVGFIQPEGSL
TBL_comb47_HYPODRAFT_10064580TBL_comb47_HYPODRAFT_100645804F074308MGKMDSSKGIPLSTGDKLPKGADASDTSGERKVKLVGGVGMGKMDSMGSRPLSHAGNFEGKLGELNDGNMGERECYSHMRHPHAQDE*
TBL_comb47_HYPODRAFT_10064583TBL_comb47_HYPODRAFT_100645831F069699QMKIKEYRQALREFINNNKDNYLNGQAKIDFPPQPDFIELNIIY*
TBL_comb47_HYPODRAFT_10065072TBL_comb47_HYPODRAFT_100650725F011584MNYLDYITTFSALFVTDVSYTYYLRAVHKDQAISASAWAVVVFFIASVGIINYTTDHWQLIPACXGAACGTFVGMRIRNKH*
TBL_comb47_HYPODRAFT_10065192TBL_comb47_HYPODRAFT_100651922F045529LHSWKGNFANFARPYFAPYEITKRTKLADAKVLSEELSLSSCPLGHQYDPDLHDAISHLRILDGSLPEHPKHGRAVNFFAPEGTAKYWVKSSSPVFGYFFFYTLDMAVCPYLASIFGMPIWHPTNEAGVDELLKAGVKV*
TBL_comb47_HYPODRAFT_10065263TBL_comb47_HYPODRAFT_100652634F083609MATQILPFQILNDGYRNTTLKIAGWVNAGDISNYVVLDPSTLSQIDAQGSLAKTVRVKRINFDIQDGIQVTLNWDGATPQLLWECAGRGEIKAASFGGITDNATTPNGKITLTTFGGAATTALTSFTIVLEIIKD*
TBL_comb47_HYPODRAFT_10065693TBL_comb47_HYPODRAFT_100656934F078139MFNFTHSTQEVNLVIQSLEHKIRDMTELLNKMVAQAQAQAPKPPVQSEETPQ*
TBL_comb47_HYPODRAFT_10065718TBL_comb47_HYPODRAFT_100657181F034847MSNVALINQELPDFLQSAPVSELTKNLAGKSGIPRIVPKN
TBL_comb47_HYPODRAFT_10066567TBL_comb47_HYPODRAFT_100665671F023511DERFFENEKVFFYRNSFSAYDTFRFAGKSDINLEYERLIGSTVREEKDTFFNAPYKQFSAKETENCKANSGWISLSEKNCLRELLLSTEAYEQIGKELFQIIVKSTKVTPFLKGGEYLYNLEMEYERSYQNSFFSVHIPESSANTILLPEPLTWDNMEVSFDDMEITFDQIEF*
TBL_comb47_HYPODRAFT_10066750TBL_comb47_HYPODRAFT_100667504F091221NFGKWYDGILNLFPFCLDDTWIKTIGIAWLFTVEGKWSFIPKIVPTNWQYANACVFVRFGLPFAFFMQLRASPTHLFQGGIGWKQSGRIAIHCRFQTDASSAIGYHVGLPNTDHASGFEYGRH*
TBL_comb47_HYPODRAFT_10066887TBL_comb47_HYPODRAFT_100668875F050095MDWIDIIVGGIVAIFIVGGCLALYADATNHPWEDSDD*
TBL_comb47_HYPODRAFT_10067185TBL_comb47_HYPODRAFT_100671851F096675PDTSIILLGKYNYSIEIEQETSLNIGDIKKLLRVLEVIPEDIINFKIDSNSMSYKSKAVQFKYHFLDDTIVPKVTTKREKIEALELNTFFDINYKKLQEVLKASSFTTDSNKIYLFADADGIYCELGDREKSNTDNITIKIGDTVEGKPLTQVLPFNLDIFRVLASVKFDNARIGINLNHKIMIFYVKPSPEVEFKFIISGLVK*
TBL_comb47_HYPODRAFT_10067447TBL_comb47_HYPODRAFT_100674472F051640VSRLVPRDGYAREVEIKRQSGSKVLRADRSGLYSADNPKDIKALKAEGFTEANLALHTQGDNDRGYTCLNCGFGSWFRKCSRCGSEYPESFNKDGD*
TBL_comb47_HYPODRAFT_10067531TBL_comb47_HYPODRAFT_100675315F081327IFETAGNAWLYIKKDYTENRIRFFVELFSWACSVVSAVIFAATVPTVPVIPLYTIFISGCCAAGWTCYTRGSFGLLANYVFLVTIDCIGLARMIVNT*
TBL_comb47_HYPODRAFT_10067621TBL_comb47_HYPODRAFT_100676214F098531MANVSAYRFVGPTTAIAVTTSSSTSVTITPNGNDQANFCGF*
TBL_comb47_HYPODRAFT_10067662TBL_comb47_HYPODRAFT_100676623F096596MTHTENAYIQAGYKFEKGKTQADTLRAMLEAEHPHDRTEARRLIEQGRAEARQH*
TBL_comb47_HYPODRAFT_10067728TBL_comb47_HYPODRAFT_100677282F013757MFNTLAHAKLVYNKKVQAYKLVVAFNAHKQIKKIGNTEVVKYAFPTQAKCAYVSGDLLAENLQEELAKVLPHAVSTIRSNXIVFVD*
TBL_comb47_HYPODRAFT_10067986TBL_comb47_HYPODRAFT_100679862F085161MEVYIVKSFGPENGWVNLKVFDNNDAAVSFANNVEKQIPDDVEDEFVEIECFTVRSW*
TBL_comb47_HYPODRAFT_10068279TBL_comb47_HYPODRAFT_100682794F006255MGELNQLMLEHEKFLEKALDDMEFSNEFMSQEQVDCIRQACGKPRNAQVNPVLRDVINSFGEIFGNPLESFPSIRGQK*
TBL_comb47_HYPODRAFT_10068492TBL_comb47_HYPODRAFT_100684926F032123MFAPDDKVTLLMNTQSHGTVLKSDEATTLVRLDRLSFDMLFKTSELKLRKKENS*
TBL_comb47_HYPODRAFT_10068711TBL_comb47_HYPODRAFT_100687112F067350MKDENMLKKKDFGDAAVVAALRRGHWQRLYFEQITVFHHKFMNYSG*
TBL_comb47_HYPODRAFT_10068835TBL_comb47_HYPODRAFT_100688352F054608LQGHGPKTKAGRKGDGLRHHYRGKECLDIHLLKPAQAWAQMATDLCPGSQQVLGVGGAPDAAADGEWVTYQYREAHPILRWLPSKLAEWIGDNYGAALGIPPKQHADGWTVGELNAILDNNLVPGTHGHLRTFGCIQWESECFNGRPKARCYPFDLPGHRFRGKNPQVCI*
TBL_comb47_HYPODRAFT_10068839TBL_comb47_HYPODRAFT_100688392F008860MSAFVKSDTRTPVPGDIIFAHSDGWMAKCIRFAERLRWRKGSYWXHACVISRVDQDGTAYVIQAELKGVSEARLDSVGDYVVLEPPHGVNRNKVLAFTKMQVGSKYGILSILSVVFDIXSPDWFPSMRMPNTWICSAVTGEALRYGGWLHDWNDIYCTTPSQLFDSLVE*
TBL_comb47_HYPODRAFT_10069665TBL_comb47_HYPODRAFT_100696653F096501MKLTPAIVRNLYSAIYCMKPFDRWNMPLPEQVHFVIDKDPSVMGSYLYDDGEKHEHTITISSADVAT*
TBL_comb47_HYPODRAFT_10069671TBL_comb47_HYPODRAFT_100696711F083674MSDNYDFEKSSRPQDIDDYSPYTDKQYNGFINDLNGGVYTNTSLSLVQFDLGQIYNSQKFTNTNDLFMVVPVTMVAAFSTGAALVAPVNGNAQLLSTKTNFIHLIHQADIQINGKTIESTQSFVNIAKHFQMISEMSVSDLATIGNTLGFGDCLDNPRSARWCGNTAAQGIGFTNNDIIG
TBL_comb47_HYPODRAFT_10070065TBL_comb47_HYPODRAFT_100700651F009065MIFSKPKEPWTKPFSEKVAKRISRIPTGELEMWVDQSLYEIGRCVSSYQKNRQAVYLDEALKGAEALHAVVDELHN
TBL_comb47_HYPODRAFT_10070258TBL_comb47_HYPODRAFT_100702581F013732MPAINLPNGQSAILYSRDEISERIARSISRAYMKAAGSAAKISSEGFDESKPETWTVFSTISDEDQNNLDGYQAELIVGMXKSWSFGDLPTTDSVLDLPKAMFEALSEACSNEFNGTLDVSPDIDPKAPIAD*
TBL_comb47_HYPODRAFT_10070290TBL_comb47_HYPODRAFT_100702902F048059MQPLDKQTLKKELKXXXADKDRGISIKNFCEIAGISERLFLLVIKEGKAPLTESSQRGLNRAYMHWKEGKIRVMKKHTNETYPDYRKEPAPPVIPMNKLVFTNGGFKVQSKPLNRHDYSNFDNILLTRG*
TBL_comb47_HYPODRAFT_10070646TBL_comb47_HYPODRAFT_100706463F070807MEILIKKIKENKDGSAEVHVHYDKEGLHFLVQQGMTATLVEAIMMERNGEMFHVSSVLDTIPKKTVVKKQQTKKK*
TBL_comb47_HYPODRAFT_10070795TBL_comb47_HYPODRAFT_100707951F024241MGRSTFEGPILSGDNRFGPIRDVGYTDLVQTALLDFSVTTPNTANYGGGSGVFVSSNNIPNSTGVIYTPQSGVFS
TBL_comb47_HYPODRAFT_10071200TBL_comb47_HYPODRAFT_100712001F034483MKIYVTGTSNLGDFLNAMPVLSGVTKSYGKYSLIIKASMKKFKGIKEFLMYQDLFSDVEFDDDIIPYGDMIQLSSWPSRETKGDPDRPIETCRYENWLRDKYDLMFEVNDKFVVLTPEMDIEIKDAYYVGDRWAVGEIDNRRETHVLSYLKDCEFINFDNDMLTNAYIIKNLKKPFITNFTGVGMLADLCNVPLYCVWKAEDWKPEFRVGDNVSWDDGKDINKVFEKHFYLNRKAKLVHAKDLEALL*
TBL_comb47_HYPODRAFT_10071401TBL_comb47_HYPODRAFT_100714011F021233IKRGLEGLTEPELGPSHDDKFGELHEFAVRAFTWKTKPEDLAMLDTIENVVDDFMKDYIDPAEVIIARFNTDKSMNADEADRLFLNLQSVITAIEEEVTRRYLKAQYSYYILDDKYWNAWRKPTGGTQKDLEAVAKLETREDRQFYFVQYAAWRMINDKVQSLKATQRYIQQQLYRRS*
TBL_comb47_HYPODRAFT_10071654TBL_comb47_HYPODRAFT_100716543F023509MFREGQAIVKDVQKTANEVKAIGKEVKGIFGWIASLFAEPQATPEQVVQPKKKKKQAEEFDAPAVYAEIGKQITAFFKAYNTLKDHIEEEEEKSRTVYDPSGDQTEKAVQRVLAMSQMEEMQIELREYMVYHVPPELKDLYTRVNKMIGTIANEQAMAKQAMFRKRREIEARERELADKIWFRTASTIAVIIVAIYMAGLMWAIKIVTGPM*
TBL_comb47_HYPODRAFT_10071756TBL_comb47_HYPODRAFT_100717563F001059MADLYDVDALKADLSNAKELAQFVYDKTGLALDLIGKPKEEQYLAAKNALEGKKVPQDFITDDNPYVDKKDLIPVDEKKPFPPPRGADLPPETSEIHHFGATNMPHPLDPQSDRKCQIMFRKYDNGIITYQVMGPTEMIAVGSRINKFGQTVPEKYSWLDPRTEEIILRRADGSFTEKGRGIYTYCIGEKGANIWPLIDKNIVSVSAKNIADPWA*
TBL_comb47_HYPODRAFT_10071920TBL_comb47_HYPODRAFT_100719202F013852MARSTFSGPILSGQNRFGPVRDVGYTDLVQTALLDFSVTAPGANYGGASGVFVASNNIPNSAATIWTPQSGVFSNSGPTKASAPTADATNLVYRGVVFYVPYSCNITDVILDIGTVPKDSAGTPVAVSAIQPYVSNNFATSTGVYATFSNISSPAAQRYTGTFVGSQLTNSNATLQDFQNPNVGQDPAWFGQIVVTLAMTTTAAGLTSGQVEVTIRYNQNDMNIGNATTYPYGNFD*
TBL_comb47_HYPODRAFT_10072364TBL_comb47_HYPODRAFT_100723641F086514VQSGIANSNLQQESIDEPYLTARLRDMDIREYLKEMGRKGGKARAAKLTPEEKTRIALQGVFMKQYLKNLKKKST*
TBL_comb47_HYPODRAFT_10072364TBL_comb47_HYPODRAFT_100723644F088001MEEAMKPDIVKEIIQLCVFVPCFLIIAWAISDFRAYKKELRENREWLDRYLAGKSKANPTIKRK*
TBL_comb47_HYPODRAFT_10072410TBL_comb47_HYPODRAFT_100724102F068205VDGYQSMTVVAGLVTPEGAWIGADSLSSTDDGLASLIATPKVGRFGNLLLGYSGSFRVGAMYXKVAGRSHNPTLEQLLESVKLPDDLKDDWELLAIEHGHLYEITSNSGPLEARKDHDGIAYGAIGSGAAPALGSLFTDHEDEGSLYQALEASAMHTTNVRSPFLVLSL*
TBL_comb47_HYPODRAFT_10072925TBL_comb47_HYPODRAFT_100729255F006255MQDELSQLMLEHEEFLEKALDDMEFSTEYLTQEQIDCIRQACGKPRNSHVNPLLRDVINDFANVFGSDFKKFDEDTKKMFRK*
TBL_comb47_HYPODRAFT_10073189TBL_comb47_HYPODRAFT_100731891F086536MAANKDLVEAVRHYVHFDNLAEALNKQVTNARSMRGQYETKILANLESTGMKNAVLQINGATLQRASRVQANPLNWGFLEEQLHAYYAAHPVRSGDETNAILDFLQNHRGSKTTDYLKKTVLGASGGGADGGYKKPPT*
TBL_comb47_HYPODRAFT_10073292TBL_comb47_HYPODRAFT_100732925F085206MYGTLQIGHTIHEGHQRLQCWPFPDKKYYGYNREDFVFTRPPGVERFVLSPDNVWYGKLKLLFTISVEIDGQDEPVELQCAYVSFCYEIKLEPSGVQKYIIIRNNK*
TBL_comb47_HYPODRAFT_10073440TBL_comb47_HYPODRAFT_100734402F034813MSYDSDFESVYMVEFDSGRTMHVQFFDVEEVKEYCGDNYPNDTIKTIYKEVYCNFAEAE*
TBL_comb47_HYPODRAFT_10074116TBL_comb47_HYPODRAFT_100741162F057071MKHHFKFCILDAKQLAIAMTSAFSTWAATGFQHDAAHLAYIAIGFITGGLVSHNEQSNPNVAPESHIQTPYLSNMEDHNPGTPEPIKIPEGPYKAEGTDVVKVIKINSGLLK*
TBL_comb47_HYPODRAFT_10074844TBL_comb47_HYPODRAFT_100748443F061482MGYDGWLMSGAYANESEEIYIENRVPELMETEEFDPSDTSHMAEAISEASKEDQATIRDYIEQREWAKLGQKLYVMSFDYMEKFAEHRAQHEVEQGL*
TBL_comb47_HYPODRAFT_10074884TBL_comb47_HYPODRAFT_100748842F069612MTCQVCKFFVFNQNDMMGACKLNPVVVNKMPQDWCGQEIPKEYEEPGITITVAPKATIVAQETTYDINTDAVKPKRGRKKNVNSDL*
TBL_comb47_HYPODRAFT_10075029TBL_comb47_HYPODRAFT_100750293F010394MSETRNLRHPEPGDVDTWRQQFDELDLRMDALRQAFLDGVRSFNMTDEIVERIHARFDDVGVQVHEMHCTYPFGGWPGQEDCRFEPAVTYESDAHKAEDA*
TBL_comb47_HYPODRAFT_10075066TBL_comb47_HYPODRAFT_100750663F062386MHLTLTHEETEDKITSTIVSDGMKNTVFLVSGTIDHEDDSVFDIIDLSRLAGSPSSIRMDGLLFTIESGLKLLLKYRNQPYVLPLEGRSKIDLGWVGGVTGHQIDLVCKGKGAFFLVVDVSKMGV*
TBL_comb47_HYPODRAFT_10075412TBL_comb47_HYPODRAFT_100754123F019676MKNRKVVACVAASVVAFSFLTVGCDREVSKSKSMSVSSDGTVKSQEKTVTQSPDGTVTKTTESKTTEPKNK*
TBL_comb47_HYPODRAFT_10076092TBL_comb47_HYPODRAFT_100760921F006890MTPAQKEIFMVIEEWWATFGFGPTIDDIMHITGDKGRGNVNRKMRRLIELGVCKGNSKYPRSIRPAH
TBL_comb47_HYPODRAFT_10076139TBL_comb47_HYPODRAFT_100761392F019434MLHQDCCLILPPYPFSLGDPSDMSLEDAWHARPQLFFKCILRPQNGRPPKNPSWTRGPDDLEATLVFFSTFEELKLPATGPMDRATTKLYEPSPTPILYVAPCELMLGRVPLXPCFLQGNATPTXPHKLRHLKASAFQYGIADAAAVDGRRGSXVYEVNPWLWQFGRGRPRLGGXSVSETEERREAVVRAGAKRSQETRRRREAARRGDE*
TBL_comb47_HYPODRAFT_10076162TBL_comb47_HYPODRAFT_100761622F026194MPYLNFPPAFKDMIDDILARXRXLETAQRFTVPVVTTDPTNRRNGDMWINSTSNTLKVVDSTGTIKTITWS*
TBL_comb47_HYPODRAFT_10076204TBL_comb47_HYPODRAFT_100762042F100448MSNHRRNISVSFAQQIEQAKREFEPRIFSRGSIAYLGFEDSTSKILRALQYMPISALCKTPLEGANSDFMFCFYQILQQLTLLTECEPTHPKAVLAVHRKVIDTLYNHLYFLHSQDWL*
TBL_comb47_HYPODRAFT_10076406TBL_comb47_HYPODRAFT_100764063F075660HKTLHLASLIAYNIDNIFIACDIACDIVYDNFQAGMIPNPDRETAGLFSRSEEMLQDHCKLYATSKAKLKDLIQKVLHHPDFDPGQVDHDMHERLMLAIEEEDILIWDKWEEGDGRNDCSFYQRPLKKVLEELLSDTRLEGHQHFRFEAKYDSKGDRIFGGDANGTLSFQLAQLRIGPDKVPVSIVLYIDKTFMRRGIPIRPVYCKISYTISHTISYTILHTIFFSQMFILFFFCLLTLASGCSGKPEQ*
TBL_comb47_HYPODRAFT_10076485TBL_comb47_HYPODRAFT_100764855F021910MGMSRHDAYYEPDDYDDRTDEIEERAWELMKVGGPYDYRTSGAIAEALSELDVDTAKALQDVIDSGNYEALGRKIVAMACDYMETYAMHTAEHEIND*
TBL_comb47_HYPODRAFT_10076696TBL_comb47_HYPODRAFT_100766962F067350MKDENMLKKKDFDDAAFVAALRRGHRQRLYFEQIAVFRHKFMNYSGQEL*
TBL_comb47_HYPODRAFT_10076840TBL_comb47_HYPODRAFT_100768404F027396MDRRTRKQDIVKGQMTWQLLERILNNYYEWRSVYEQTGNPDLPLLNGITVNIYDILNGIESLPPRQKEVIVLSCLENRKEVEVARMMGFTNWSSPVGM
TBL_comb47_HYPODRAFT_10076872TBL_comb47_HYPODRAFT_100768721F040985MIDITETPNLISFAGNPVIFEGCSDNFILSCGAYAYFELVASGVDTTIGHSFTLQFAGKTLVFKTAGVTGYDGYLFGVGYPGQSFNDFANNIYQCFIENYYIQKYFTIALDPAGVSQRKIILQARLAGADCSVILSNVGVSGVGQGINIPGTDDVYQDYFSILCLVRDSYNNPIGEDLKPSDSMGCAGFDISDYLSSKFATWQMPRFELPELTGNVKVHGWDYLLKYRASFAESIAGIVKGLRPDGWKYALAGGLNHELLTSLNENNLEYFSIPANKLKFLTWLPTSKNSRSGVLEKLFFLFQDNPTGIQYRLVMIITFTDGTHKVVNATEQKAFAAYSVVEFKVGFDHLDLVNAEFGKIVQSWEVFLMDSNDDYLSERRIFYNDTGVYENEKVFFYRNSFSAYDTFRFLGKHELNLEYERQIGTTIREEKYSFFNAPSKQFSAKETESCKANSGWISLYEKNCLRELLLSLEAYEQINNELFQIVVKSAKITPFLKDGEYLYNLEIEYDRSYQNSFFSVHVPESSANPILVPKLLTWDNNEVSFDDMEITFDQTTY*
TBL_comb47_HYPODRAFT_10077397TBL_comb47_HYPODRAFT_100773972F024945MITLHDAIYALNSSVVTIRGDVAYDKDENIVEYDLATVEAKLAELQAAEVAQEKAQATAKASALDKLTALGLTQAEVTALIG*
TBL_comb47_HYPODRAFT_10077896TBL_comb47_HYPODRAFT_100778962F054620MGIIQDEWNEDAAVILSEIPKTVTVQRGLTGTPTSFNVLMGPPMIQEDMVTGGFLDTASFDVKLLRADCATHPGVVIYGNLVNYNGTQFRIVAINDRPPSAWIICKVQSWAGPA*
TBL_comb47_HYPODRAFT_10078003TBL_comb47_HYPODRAFT_100780031F096492RFEQINVNTVTNGVDSIGQQTTTITLWFATRALVQDVRDAAQISRDDRTYTKNVKFTLNFTPNTQTMSMNQSHYSISWRGQDYRINDVMESNDRMNVSFLCYRNAPSVAV*
TBL_comb47_HYPODRAFT_10078083TBL_comb47_HYPODRAFT_100780831F023848MYNTKDIQIPLYGEQSTILKDWLTTDKHCIDIVPVGSGKTFLASIALPLFANNEKFHKGKDIIYSAPTGAMIKSLIWEPLKNSCINHYGLIDGKDINNSELTIRFKNGVYIRCKSAEQRENLRGLNVGVWVADEASLYTQDTLQEITNRLRPKVGQPTTAGRLILISTPNGKGPLYDLFVLAKEMPDKYIVRHLNYLEMRSGNRKFIDEQKRIISPLKFNQDYMCQWESVADMFFYTWDRAKYTKEVVDRQGDLYTFHDFNKRVMCATVAQVTKAGTVDGTIEILKSYAINDCSTDGIARAIRQDFPKRNIFSIIDVSGNQINRDTTSPFGVTDRVILEKYGFTIVGTRRSNPLVIDTDNTANAFIAKGKLIVNPNDTKLLDALGTYHYEDATRKKLVKY
TBL_comb47_HYPODRAFT_10078116TBL_comb47_HYPODRAFT_100781161F082060MIKNWKQYAEHYGYGLVASCWNAGISALYAAFGQSAGATVLKDVPQPTEHEILTIFLGACALEALAYFKSNPLPTIADEKINPTTPPSS*
TBL_comb47_HYPODRAFT_10078361TBL_comb47_HYPODRAFT_100783612F084140MEQSMHTIGRHITIWQREQSKDDLEEVLMGAEAFYAIAKELKRRSEHTL*
TBL_comb47_HYPODRAFT_10078473TBL_comb47_HYPODRAFT_100784735F043202MKKKPYYVADTGFFGAKVFICFSDASFQQALKDSKITTRHNALDLGIAESHYIQQEGTHYSLLAIAFNFEDMAKEEALERMGTIYHEVSHTVTHIFQHVGEDETKIGDESRSYLGEHLFKQVFAAYATEEDKRERTGKRNRKSSEQTNQAVIGALIQMAEQRDGSAGQNSIPKSESVSSGTKNPKRGSKSKTSARIRRAG*
TBL_comb47_HYPODRAFT_10078481TBL_comb47_HYPODRAFT_100784813F009512MDELLQRLESAEKAISTVKNKVSRRDLLKMVRAVDQAIVAADRESVECRRNKRETPRYRELVQQACDLITNLEQHITFANLLG*
TBL_comb47_HYPODRAFT_10078641TBL_comb47_HYPODRAFT_100786415F007405GAQLNVYHANKGEGLPKHEHIYSHATICHNGSCKVSLEGRNYIINKNTQPLNLPAGEWHEIEALEDGTVFVNVFAEGKA*
TBL_comb47_HYPODRAFT_10078676TBL_comb47_HYPODRAFT_100786761F044307MVKKQRGINNALEEAISTMLTQVMADPEASITDKTKVLDRALKLEAIKLKMNDDEWG
TBL_comb47_HYPODRAFT_10078678TBL_comb47_HYPODRAFT_100786781F030082KHTIEGKHSLKYDSIFKGKKEENNENEDFDTMFFNERFEVDKASNYWFESIDNENYTKEKRVKEKVYEVISSQTDINFLSNRRKPSRVDFNHYYYLLKTHLKKENFTNIELFNELSVYFSDNLFNMFKLLDNKWRNMIIIELQDHIGKKNYQNDVAARNIHKGTEIEFEWLDKTDNKLKMITGVVIEADYEVHEYKVDSYENIYDISIDDVKKILNNSKFKYNLNKLNNIDFL*
TBL_comb47_HYPODRAFT_10078778TBL_comb47_HYPODRAFT_100787782F004256MEYYYNNVPGQGLCRNNLIYTSLISEDKKLFCQWYHNDTEYHKGKNQVVDPAKMEEKWLREVNYLTQMRNIYPDLIPKITKIDLESRKLFLEIDGPDFWEQAGCDIANYDSVVPDWQEQMLEIIKAHKKLGWHKYSMHPSSYFVVKGKLKSINYFFTYRDTEPNISIADVESHIYTTRQDEMRKHLDTLGIKWDKPQPWEVMDQLCWASFSTNYPAEFI
TBL_comb47_HYPODRAFT_10078847TBL_comb47_HYPODRAFT_100788471F046794LMACKNCKFYVFMQNDMLGACKLNPVVVNKSPSDWCGQEIPAKYEATIVPDAPLDIKFVYDINTDEVKPKRGRKSANKGQPK*
TBL_comb47_HYPODRAFT_10079545TBL_comb47_HYPODRAFT_100795453F056311VDVEILSEMWLTVKEYISQKDRQAVADHVINVVADHSITEADLKKFGGTDAYLRRAVEEYLGEEAEPENDYDDE*
TBL_comb47_HYPODRAFT_10079891TBL_comb47_HYPODRAFT_100798912F004256MKYKYYYNNVPGEGPSRNNLIYTSLISDDKKTFVQWYHNDSEYHKGKNQVVDPDKMDEKWNRELHYLSNMAWHNPDLVPKIVEVNVPERKIYLQIDGPDFWEQAGCNHNNFDKVLPGWQDQMLAIIQAHKERGWHKYSMHPSSYFIVDGQLKSINYFFTYHKDEPNVSIADVESHIHTNRQTEMRKHLESLGIEWDKPQPWEVMDQLCWASFSTNYPADFIERVKCIK*
TBL_comb47_HYPODRAFT_10080019TBL_comb47_HYPODRAFT_100800192F017785MSTPIPPIQNTNNIRYADFIRVVTPTATYRFATTQSALTIPAVDSQPFNGLGQLVGIGAVQRDIKSTANQTTFTVVGIDTALLGWVLSQEIKGSQITMWKGFFSTDGNLITTGGTGGLYQYFYGFVNTFQIGEQWMEEQRMYVGTITISAANIQMILQNRVAGRYTNDASWQFYDAGDTSMNRVNTISTVYYAFGKQ*
TBL_comb47_HYPODRAFT_10080019TBL_comb47_HYPODRAFT_100800193F000934MPNLTTVLSISEQVTVNDQRFVGQVVSRNQRIATSEILTVVPFQFEFKPNDYLLYSQNRDLLANLRYYDKSLTQYLNFGSTGWVNYISYRGQLTPTQISACTFSTSSAAQNLILTGVPTANPTYFAVRAGDFIQAGQYTYIATQDVLCGSSGTITIPVHRNLIDGPLTSGIAAVIGQYGTTVAMGGNTYTGVTFPVILQLYPNYTLMPITNDSFIKWTGTFKAFEAVL*
TBL_comb47_HYPODRAFT_10080019TBL_comb47_HYPODRAFT_100800194F068572YNGPYIASMSAIDTQSAVQFLARNKTAVWSANQSAQRGLPTSR*
TBL_comb47_HYPODRAFT_10080139TBL_comb47_HYPODRAFT_100801394F074421QDMVAYYEKMYQEALAQLNRLGTGLERGDAYRNGQARIMVKQ*
TBL_comb47_HYPODRAFT_10080184TBL_comb47_HYPODRAFT_100801841F055454MSISASAVLVELNISVWPASKIDREITDQVNANASAVRDASQTKKNLFAGTGIRKDIEK
TBL_comb47_HYPODRAFT_10080567TBL_comb47_HYPODRAFT_100805675F012869MIAIHTRYIGASNTRGSRIKAYTTTGLTATINYPYEYSYEVCHFQAVKALVAKHSLDWPLDNMRHGDSSDGKGYTFCFDASKVGA*
TBL_comb47_HYPODRAFT_10080748TBL_comb47_HYPODRAFT_100807482F068205MTVVAGLVTPEGSWIGADSLSSTDDGLASLIATPKVGRFGNLLLGYSGSFRVGAMYFKVAGRSHNPTLEQLLESVKLPDDLKDDWELLAIEHGHLYEITSNSGPLEARKDHDGIAYGAIGSGAAPALGSLFTDHEDEGSLYQAXEASAMHTTNVRSPFLVISL*
TBL_comb47_HYPODRAFT_10080820TBL_comb47_HYPODRAFT_100808203F017967MGIEYYLKAAVSEYVDKDGATKKRYATIGIVTRTKKNDLMAKIEMLPLLGMKEGAFWCYLNVPEDKADQPKNLADIESDIPF*
TBL_comb47_HYPODRAFT_10081221TBL_comb47_HYPODRAFT_100812211F100244AIEHGHLYEITSNSGPLEARKDHDGISYGAIGSGAAPALGSLFTDHEDEGSLYQALEASAMHTTNVRSPFLVLSL*
TBL_comb47_HYPODRAFT_10081574TBL_comb47_HYPODRAFT_100815741F071947VQGTGPNLSGSVKLDLDLLKPWRVSAAAAATNDDASPPVRHMSQQQPSQVWLEYAYRKHHPALQWLPTKLAEWIANNLQDELGFPDKADPRRGWTPAELNSILQNHVVRNRAGCALTTFGCVEWESELYRGVMRARCYPWNMPKHRFHKMNPQVIPSYPWLYTYITGYPGISLANDAAPGLLLDSPALPVQPGGPL*
TBL_comb47_HYPODRAFT_10081719TBL_comb47_HYPODRAFT_100817191F061835MNRSGSLRTLSTNEEYWLNKNKIGKKVALYTHDDMDGIFCAILMKKWLLNNGFEIVKYGIVNYNEGWKYTTLDPSLINIVLDFANMPGDDRDQYIDYYLDHHGLFNDEDLNRYKNSPVKKLNTSSAYEALCIVLNIPKDELVLSLIDMVDGAKYEEYNIDWQRLLNFNLSDIKKSEKKRLEFTASFNQYLKRGDHKTLISVIANCKDVSIYSIFNTMKRVYPEHNFYPRNNHKKNFISDSEWRINTMKTKVR
TBL_comb47_HYPODRAFT_10081778TBL_comb47_HYPODRAFT_100817781F042135MKDPLKVLNYDTWWRKDLNNILPYVIPAVNDDITQKMEVQLEDSSNRIHNTRSNGGAIVQHLQCLIDEGKCAHTFPFSWNLKLYKAPPKKACTNFEFSPEQLAIIENVHMDNAQKRTFNLNPCVLVNQCARLETSHFCIIKCAKDTLTPFYVAEVISNNRDTLTVQWWAPTAISKTKAGKYHSHAFEAQTTKHRILNRQKGSPQWRLKPHLDTIQFNTVYFGFTKMTRDRRLPAEVLRKLRSLALISKNIKIKRM*
TBL_comb47_HYPODRAFT_10081923TBL_comb47_HYPODRAFT_100819232F001201MYKEGRQIVVDAARELDGLAKDAQAVQKKAKGLFGFLTAIFSPSDKISAKNEQNVQKTAVKAVKKKKEPLPEFDENLIYAQVADALTKFFQAYNALKNYVKEQEELALHQSDEEGQETAIKLVIANLQMEKLSDELSTYMVFHVPSELKDLYTRVNATIGDIAKKQALARREEMLAQRRIEWQRAQKADLIRTRILVTVAILFLLLWTWGMMISLTHYSY*
TBL_comb47_HYPODRAFT_10082350TBL_comb47_HYPODRAFT_100823501F045504AHYKQTHLLESFSDEELSILQKKRPKRDFMAEIEYQIERKDFSGKYIAASDLTSRLPVFSQSRNRTGKQRIADTRWNKXVKSNNPAVLRLIEYYADEESYIKSIFXNVKWTKGSFSISPCHIYPAFTDRGEDSWAPDKILRDIXLVNKVFDKISASPLNGKHAINXEDAKIAVTYLDYLPWDSLPISRQALYVILTRRIAQDFYIEYKITDIDLDI*
TBL_comb47_HYPODRAFT_10082450TBL_comb47_HYPODRAFT_100824506F011134YEKLNEVLINLRRLDPEWNIDSNSDKPWSFKYMLEGILRCRILEIDISDLDTLDMDGYENFHDSLRDLRVEDPGWSINNTRRDFPILLTSEDIGLMNNHLESREK*
TBL_comb47_HYPODRAFT_10082751TBL_comb47_HYPODRAFT_100827514F035180MKQFKEYLAESQRTYHYRIKMVGETPPDFLKNLEEKMQQFDIVRISAPKTTPVQLKPADFPAFANDRVTSVDVELRYPAIEPQIKQLAQILGFDPNRVIMLTAAHEDSMDLEREKIEAENKDLLTDTDYPAPDKQQKALYKDYATEYNNHAVLKNAYRSDFTVAGGKTPKATTTND
TBL_comb47_HYPODRAFT_10083229TBL_comb47_HYPODRAFT_100832293F098526MAYSIFTAAETEAFFNSIPDVGVINRQXNPTGHKVVINNITYSILFDHNGAFWTIFEHPNGSFDRQSKILQRIHQSYTTYCCGVWQXGSFYCPFDVPHEIEDLMIKMIASCARYKFAKGVMQGYFYKSRRKXXXYQHDRILKAFIRNGFVDNSPETFNPNSGNMIKGLVRPCQPPKAKRATRAMLQQRLDTLLGVLHGNT*
TBL_comb47_HYPODRAFT_10083245TBL_comb47_HYPODRAFT_100832454F062234MRQWIVRHERDGENVVALWENEDGDRWYVQVVINGEVQW*
TBL_comb47_HYPODRAFT_10083997TBL_comb47_HYPODRAFT_100839971F026565MFSQNTITQVSGFDNPCIAGELVWEQQTYWNLDIVGSDGVTPLDLTSATIDAQIIRRTVTNLQDSRYGLSFDIGDYSPTPTPITLTITNEVAAQGKFTLVINDSTWGLMADDPELDIGAQDCVAYSGRIKISFPASGSNPANDYIIFLLFLIRSDGIVVE*
TBL_comb47_HYPODRAFT_10084643TBL_comb47_HYPODRAFT_100846431F069626LIADDITTIKIGLEQGDAEYLYDILMSGIGYDKQTLREIIDEYNSRTWEES*
TBL_comb47_HYPODRAFT_10084674TBL_comb47_HYPODRAFT_100846742F083914MATGPINTNIRYPQSQFLDPLTQRPAREWLIWLQNPNVVSQTVNYIIINGGQINNTPIGNVTPSTGVFTDLTALLGIGGGQF*
TBL_comb47_HYPODRAFT_10084676TBL_comb47_HYPODRAFT_100846762F027373MTNTETKITFYKPPEPVGYWCLYSGGPTTKFGMYQKPTDEQIKNTTELLGWIWEDAK*
TBL_comb47_HYPODRAFT_10084676TBL_comb47_HYPODRAFT_100846763F017289MKTKQEIKDEIIELYGATQALNEAMNFLHAQRMEKSKQMMALNHMLKEMEDKND*
TBL_comb47_HYPODRAFT_10084731TBL_comb47_HYPODRAFT_100847311F040985AGKTLVFKTAGLTGYDGYLFGVGYPGQSFNDFANNIYQCFIENYYIQKYFAIALDSVGVSHRKIILQARQPGSDCTVVLSNVAVLGVAQGVNTPGTDDVYQDYFGIFCLVRDSYNNPIGEDIKPADPVGCASFDISDYLSSKFATWQIPRFEFPEANGILKIHGWDYLLKYRASFAESIAGTVKGLRPDGWKYALAGGLNHELLTSLNENNLEYFSIPANKLKFLTWLPTSKYSRSGILEKLFFLFQANSSGVEYRLVMIITFTXGSHKVVNXTEXKAFAXYSVVEXKVGFDHLDLVNAQYGKTVQSWEVFLMDSNDEYLSERRLFFNDNRVFENEKVFFYRNSFSAYDTFRFLGKHELNLEYERQIGTTVREEKYSFFNAPSKQFSAKETESCKANSGWISLYEKNCLRELLLSQEAYEQINNELFQIVVKTAKVTPFLKDGEYLYNLEIEYDRSYQNSFFSVHFPESSANPILVPKLLTWDNNEVSFDDMEISFDQTTY*
TBL_comb47_HYPODRAFT_10084931TBL_comb47_HYPODRAFT_100849313F096537QISSNDFNCSMRLNDSDGNVFTTSFTPGVKKVIDFLKSSFDGSISEAEEKINF*
TBL_comb47_HYPODRAFT_10084965TBL_comb47_HYPODRAFT_100849653F027746MTYGIYPNSTPEFRMFQKENGTMEMQVRYLNTPMNYVGKWMPVQKEKENGNPSNT*
TBL_comb47_HYPODRAFT_10085006TBL_comb47_HYPODRAFT_100850063F002722MAVGRSQLRSTLYSYLTGANIATLNQIFTSFPKRINYQVNATAGQMSRAAAVIFIASERETRLAIGGATNGWKRVDFQVILQIFHHSVQNNAEDAMTDFDTLIDNIKDTLRASHNFGDTSQVNVWQGAEPVIDCIYGEPVTSDNGATETFAEIRFDVTQMIQA*
TBL_comb47_HYPODRAFT_10085309TBL_comb47_HYPODRAFT_100853094F057834MTYTRLDALRILANAYHYLLGLPESKWLVTDFNATEILQDKFHHVRRSMTLMDLKPQPKSAEGWNGRGPTWL*
TBL_comb47_HYPODRAFT_10085714TBL_comb47_HYPODRAFT_100857142F076796MKEKILDHLLKQIDGKVRGLEESLGTGVAKDYSDYQRTCGQITGLLSVRMYITDLKKNLENFDE*
TBL_comb47_HYPODRAFT_10086245TBL_comb47_HYPODRAFT_100862452F051885MSSSSKVEAPNTSSIATYVNMPLTKEQLKEKDKLSLQCIELAINLGVKQPKDFGECVKDLYNFKKKIKMYDPEFKFLDDKNVYIYQLLSRLDSIDSSLLPDMSKNTAICQRIHLENRVIRKNYPSWRVDFEQVLKTLKRNSNSEVQSKVRYILQMDKDGNPVLIREICNNSRSLGKDFECDCPDCKVTSDMKHLSLCPK*
TBL_comb47_HYPODRAFT_10086303TBL_comb47_HYPODRAFT_100863034F079605HRYTSKGGSNKRANPTQSSRVANTTSAKAGTIMLSRDRVQAIKDAGAWDDVERRNKMIRAYAQYDRENKG*
TBL_comb47_HYPODRAFT_10086418TBL_comb47_HYPODRAFT_100864181F017817KTRMTKKKQEKGINPKLEEAINLLMSQVMADPEATIIDKTRIIDRALKLEALKMKDEDSAWGQGFVLDDDEET*
TBL_comb47_HYPODRAFT_10087169TBL_comb47_HYPODRAFT_100871692F071947VQGTGPNLSGSVKLDLDLLKPWRVSAAAAARDDDASPPVKHMSQQQPSQVWLEYAYRKHHPALQWLPTKLAEWIANNLQDELGFPDKEDPRRGWTPAELNHILQHHVVRNRDGCALTTFGCVEWESELYRGVMRARCYPWNMPKHRFHKMNPQVIPCYPWLYLHITGYPGISLANDAAPGLLPDSPALPVQPGGPL*
TBL_comb47_HYPODRAFT_10087224TBL_comb47_HYPODRAFT_100872242F044882MSQSYSTYFNSIGKKYTPCQGMVWSQHRLSGTFYVPLVFGVVLFAKVCCFLPMQFGKAVDFTLALLYPNFKLQYLMNYSSDFNNFCRFQLLAVCTTLL*
TBL_comb47_HYPODRAFT_10087974TBL_comb47_HYPODRAFT_100879743F039953MTANPLELRGRHRVNNMNPEADLEAEGWGNVMAEAYTGNHAGHRAARTRLKVDTAP*
TBL_comb47_HYPODRAFT_10088014TBL_comb47_HYPODRAFT_100880143F028742MTDSLKNTEKTSSGLCDALFEEFDLLRNGLSDPHRASAVAKLAVQIINTKKLEIEAASFHKAGLRFEPLALTAHGIQIGK*
TBL_comb47_HYPODRAFT_10088215TBL_comb47_HYPODRAFT_100882153F067353MSKNAERMIRDKNRAMNTLNALNETLINDLVRRASVRATVDQSPDEGAKSKGGISNPTLNAVVRTMSGKRVADPIYDSVKELAVMLSNIAELAQRIDERVAFITDTKSSIKELVVVYCEACXREVAGTVSDRIRSGYXQACYQAWRREGMPXXYXXELQRREELAESLEN*
TBL_comb47_HYPODRAFT_10088793TBL_comb47_HYPODRAFT_100887933F081065VTDGYAIGNGGAGFSTTALLATAVAXGAQGQVRVIGLGREVAYPAGNTNQWGDAYTIVQVQIANNTFAAPSVSI*
TBL_comb47_HYPODRAFT_10088913TBL_comb47_HYPODRAFT_100889133F007405MKVSVPKHSFTYDGAQLNVYHSDKGQGLPRHQHNYAHATICNNGSCLVSLEGRSYTINKDSQPLNLPANEWHEIEALEDGTVFVNVFAEGKY*
TBL_comb47_HYPODRAFT_10089114TBL_comb47_HYPODRAFT_100891145F020299VDAKKEIDGVVGDIKGIQNDAKGIFGFFSKLFGGKEKPQATINQTPVKAKPKKRVEFDENQIYAQVADALTKFFHAYNGLKAYTKEQEELALTANNEEGNDIAIKLVSPICRWKS*
TBL_comb47_HYPODRAFT_10090522TBL_comb47_HYPODRAFT_100905222F050334MGIGTLVAIWIVANLPKSRGLHREIVSFDEKPLQTPAWRKDLSEFYSTDDFDYLRKLERHQNDPHHWPCPFPPQG*
TBL_comb47_HYPODRAFT_10090754TBL_comb47_HYPODRAFT_100907543F074309MAVFNRNSLTQVSGFDNPILSGELVWEQKAFWNIFMTNDAGILPLTGATIDAQIIRRVLTNVIDTRNGLTFTIGDYTPTPTPITLTVTNINYTGGSFTLVMDDSSWGLMATDPGLDIADPNGIGYSGRIKISYPASGSTP
TBL_comb47_HYPODRAFT_10091304TBL_comb47_HYPODRAFT_100913044F079515VVVNSGNSQTTLGVNTGFAANGFLPADRTTPSATTGDVRGTIDLANASGVNLTPSTGTNKYSFRQIPQAYNVQSATGLFGLTQYYNF*
TBL_comb47_HYPODRAFT_10091520TBL_comb47_HYPODRAFT_100915203F094773MAEEKDPSRQIALEIFQLLTPKAEVDANIILAAVSMVLSTIAVEMGMEEEKAVYAFTRSFRNAKSRLKRLVKQVH*
TBL_comb47_HYPODRAFT_10092027TBL_comb47_HYPODRAFT_100920271F051645DLGESMEKSTSRSINDRFYTPLLYVVKKHGSLNASAQALGISQQRIFHWNKVKAIPDEWKVKLHKKYGVPYKSFFEQHE*
TBL_comb47_HYPODRAFT_10092131TBL_comb47_HYPODRAFT_100921316F070790MRNDQHGQYVAMCGVCGYLYETGIACPLCAFRKQARAYIGHPFREQLIGMGYPMDGQGLPLSAGEKADVVELTKLWELNDERS*
TBL_comb47_HYPODRAFT_10092214TBL_comb47_HYPODRAFT_100922141F039449MAFLSANSYMGLVVEATRGTLPTGXTPVYXPVTGPQITPQQTFLRDEAFRGSPTLVYDQVQGVRHDEYDAKFYLXADTFGNLVKATLGGTDTVTGSTVYTHNIKLLNNAATGSXPQSYSIFXFDGANQFVMTGAQADSLNITFGAEAAADATVKFFANPYTSYT
TBL_comb47_HYPODRAFT_10092825TBL_comb47_HYPODRAFT_100928251F012199MSDYIALKSPLSNMSFTPDVPSNALAPTEYNSGKNIESDVRGVKKISGEQYILSTIPGHVIYVDGGFTTPTAFAFIVATREGIWYRVDAGGITNITPGVGANPNVTLSGYTDDTRITTSWVGQVFFINDTLRPPMYYSASTQTEIYIYDAAPQYYVWNYENTLSPAVTSVTAAFVRNYCSPNVGNILIAGNLTKTYSTGQTLNFATTVRWSQSFANTGVPATWLPTTTNVANELEIPVRGPIIDGFFLGGCFYVCSYWDTVVFTPINYQNSTAPIFGIRLFSQGRGLINTNCWCNNDTEVYGIDSRDIWVFNGTEFVSIGNQKVKNYFYGNINKTYYDRIFMVNNTQKYQIEIYYPDLTSTGFCNKMLSYRYDLNIWNAPKDVQTACNGAESPVYSSGFNFASRTVVYAQGGVSSSQLV
TBL_comb47_HYPODRAFT_10092838TBL_comb47_HYPODRAFT_100928385F079520VLTKKGAREMKLTTEEIHNIYLHQSGVAEGLLRAGADADFPVMFAEAIIQFYEGKRKAQDK*
TBL_comb47_HYPODRAFT_10092865TBL_comb47_HYPODRAFT_100928652F059596MXNNKREVKLINCNLLDVKNNKLIKMKGYVKIVNYDNKEYFEVNLKNENYILIGSNEKFKIFDKDDDGGYFVI*
TBL_comb47_HYPODRAFT_10092963TBL_comb47_HYPODRAFT_100929634F030739MDDFTGDVDKRDVVGLGDVEDGVAGAVGESSHTDVQAVVAAFNVIDGELGEQVGDVWRCQQGQVDLLSRRLRVLWPEKSDDLEPELNNCDEAKRSALMILLNLGRDDAERCLDQGWEIFQTKRTGVGLESLVVFKVLR
TBL_comb47_HYPODRAFT_10093044TBL_comb47_HYPODRAFT_100930442F075599VRALLDTLQVRESMKGSGHFRVFGTVAIGHELHQGCQRVQCWPFKDMLYYGSNRQDFVFIRPPGIEEGGFRLSPDNVWYCKVLLLFTIQAQTDMDGSTAEFECAFVSVMETMEPRDGDNMSDLRKRGSRLIYEMNPKVLQKNQNICVNMLFCVIDEILRKTFKNA*
TBL_comb47_HYPODRAFT_10093205TBL_comb47_HYPODRAFT_100932051F076017ETTLVDFQKRRKQVNWIQPHLNPQRLLATTIANIKHQDPLSLTWFTTHEEPLPIWALYSHTAYTFAKTFNPLMINAPRFKVTETSRSFPADDVESNRQIQIKTVDNCPTDNIVKISESYRGYRSLTSVENCIFIRKQSIDKLLQVCIQTLNTLLLPPKEDLSLSFGCYASRMLKDHSSGMSYLVDITREPMQEHGYRFVRIFQQTTFNQKDVGNVDIPWNHFDVFTRELNGFLKTPGRLATFFPKASKLQRTKL*
TBL_comb47_HYPODRAFT_10093464TBL_comb47_HYPODRAFT_100934643F094249MKTQINAKSVHNVANPADQRTGGIRPAVARTLEHRYERRKIREQLRRLDWALNGADEVFA
TBL_comb47_HYPODRAFT_10093608TBL_comb47_HYPODRAFT_100936083F027396ARKTRKQDIIKGQMTWQLLERILNNYYEWRSVYEQTGNPDLPLLNGITVNIYDILDGIEKLPPRQKEVIVLSCLENRKEVEVARMMGFTNWSSPVGMYKRKALKTLCESVWKDVGNLND*
TBL_comb47_HYPODRAFT_10094097TBL_comb47_HYPODRAFT_100940975F014955MGMLEKIIVATTGIGYLIVGLTQFIKGSPSNTFIWIGYAAAQIGLWMNLK*
TBL_comb47_HYPODRAFT_10094104TBL_comb47_HYPODRAFT_100941045F040435SKTMANNGHKLASRGDIQAITEAIKLAIEWEKQYTAGQIRSLVAHRLTVEALTEDSNPSVRVNALKALGTVAGVDSFIHRSETKVVKDSDKAKDELLSMLKQALNDNARTIDQSDSDIDALMREIEGGLVNAGGDISDPHTPLLAEGTPESILHTIPDTQSPPKSKGTPLSNSKEPNE*
TBL_comb47_HYPODRAFT_10094445TBL_comb47_HYPODRAFT_100944453F044873MIIDKEVITLADIDEAIAHLSEMMKDRYGNRLTHQRKAFLMSELDSLLDARLEAISEPNHNFK*
TBL_comb47_HYPODRAFT_10094449TBL_comb47_HYPODRAFT_100944491F032933MSSGSTVPDPDPELINAQNFDFAKPKLFFKNIGKYAATSTYIHVRIPFNFTTVXNTKQAIAGVYDQLLAQHDEPFKSITKSVTXVSLSIIXGSLEEFRDIIKALPQKTEISTPGRPKRFIAIGISIAAMAMSTFNTVRITQLNEEISTLKEKTDLILDVVHLHEKHLHHIEEKLEQTNKLLADLLEANVWFTSKVTDAIEKKFESVIWHHENVVKSAQHHRLAPGALPHDVLDGIIEHVTAV
TBL_comb47_HYPODRAFT_10094449TBL_comb47_HYPODRAFT_100944492F012215VSVDEYPDGGVEAVAVLEVYLALEAVPEVDGLGEEGVVLGLEEVLEEVVDDGNRALVEVLALGGLTLTTAG*
TBL_comb47_HYPODRAFT_10094494TBL_comb47_HYPODRAFT_100944944F013852MGRSTFEGPILSGDNRFGPVRDVGYTDLVQTALLDFSVTATGSNYGGGSGVFVASNNIPNSAGVIYKPQAGAYSTNGPTIATAPTADATTLVYRGAVFYLPYSCNITDIILDIGTVPKDSAGTPLAVTAIQPYVSNNFATSTGVYATFANISSPAAQRYTATYVGSQLTNSNATLQDFQNLQPGQQPSWFSQVVVTLGMTTSAAGLSSGQVEVTLRYNQNDMNIGTSTTYPYGNFD*
TBL_comb47_HYPODRAFT_10094638TBL_comb47_HYPODRAFT_100946381F003730KWSIWQIPSPYADFIYRPDGVDLPLFILNGIGSSKVYQLLTSQLSDDGVAISSDYCCYGFVNAVKAATLPIFGMHRKQYSVFQVCAEGAGSMGVTFRPDILNAKYPVTIPTGIALTSPSQQDYFRPINVTGNRMFVEFSTDAVGSWMHIDKVLLTGKASPWQTLNPLGGGNAGISK*
TBL_comb47_HYPODRAFT_10094834TBL_comb47_HYPODRAFT_100948342F031736MTNIPATHDPRTDAQILADKDKNKDLERGTVRDANGVPRDMRQFPAAPVESYSQYLARVSGLTDFTPLTEAQWRKETGQKTAEETILADLGITPRPIVEVKVPLDTPVLDGTIPTIPLTKELDIAEYFPKELVERATVPDVVLREMNSKCPVPSRMQGDIGVMPTVPVAQELKTSLDKAMQGIEDLINTPATEAEARHTAAHPPVTDSIKLEIDTTEEDK*
TBL_comb47_HYPODRAFT_10095076TBL_comb47_HYPODRAFT_100950762F088241AGAGNPLNTKLIDLQNYQKLTRGFTIGDTGAGSAGNCTTGTVGSNYQQAAIPNAGAITADTPSFTFSNINFTITRYEFGDSSYYDALNRALDSGHEFQIYFKNYQTFTGTSTIDKNQSMRISIASQSLNYLIGTFQAPNRTTITQPINTLISPPQAGETGVYTATFDNQVDSGMPRTFNNALYFVRNGSKLVSSKWSVDQQDFPVKDIYDIYNENLRHWGKFGKPDSIYKGIQTIYHFQETFFTDVLSLEIPDQYNDGIYNVSGVNCKGVPLNIIYNTVGGADTSYYQYTDVSTAANIFGVNKKGFSAHNLYLDTASTYTPVIIANFTSKLVLSKGRNCAYYN*
TBL_comb47_HYPODRAFT_10095659TBL_comb47_HYPODRAFT_100956594F010516SQNLYAIWVPSNTGRYLVTFATLDEAHLFIIKFGGGLEVVPNTYENY*
TBL_comb47_HYPODRAFT_10095848TBL_comb47_HYPODRAFT_100958481F009449MAKMKHDDIAEDKKLIKKAFAMHDKQEHPGKKTNLSKLKKGGITGKEMRAVGRNMARANNQRGG*
TBL_comb47_HYPODRAFT_10096256TBL_comb47_HYPODRAFT_100962562F023521MKDAIIYAGYSRLADGTMKFRTATNEARVNQLVAFGEEVHMILINGVYSKSAAAKELLRLDHANGARALEQFYTAQVRDENPFKKPTRVVKVTVPNKAMVHLVGARIEVEELTTAEARKIRNEWNRKHAHLSYDGE*
TBL_comb47_HYPODRAFT_10096576TBL_comb47_HYPODRAFT_100965762F002722MSSVGRVQLRSTLYNYLTGANIATLNQIFTSFPKRINYQVNAQAGQMSRAAAVIFIASERETRLAIGGATNGWKRVDFQVVLQIFHHSLQNNAEDAMADFDTLIDNIKNTLRASHNFGDSTQVNVWQGAEPVIDCLYGEPTTSDNGATETFAEIRFDVTQMIQA*
TBL_comb47_HYPODRAFT_10096614TBL_comb47_HYPODRAFT_100966141F066726MATSEEEKSCSGLVPHLKLLRVITLGNLIKLQYTREEYPNLSLGNLFSQLIDIVFEVVEELSFRFEQEKLLTPFLEPVKPFFEQVFALTYPNLNPFREALVPIYREKMFNKKEFLKEPSCIEPTLRRIGQGAFITGWVLTEGSATFFKSQKSTFDNVCESLHYFGKILLVLNKVQEYLEISRAILEKKVLRRKVVIPPESTGEQIQELVQIFNNHIDSIYENCQAHHKKLFKTLPLEIDCLILKIYVSSSKSLGATAVNSEQNCLLFQEAKELKLTSRTCKVGEWPYSKLIDFREGIEPCKEVKEKVLAKKWTNITIEEPNEKFKCDCNACSPKNLMLVNSL*
TBL_comb47_HYPODRAFT_10096682TBL_comb47_HYPODRAFT_100966822F029738MTYKNDPRMITAKFNSVCSKCGCSIKKGTQIYYWPSDRKAYCEKCGEGPYRQFRSEAADEDMINGNGPCAY*
TBL_comb47_HYPODRAFT_10096999TBL_comb47_HYPODRAFT_100969993F022104MTSTDITTIAYNAVFTIGATGTGIWYVFKHGVQNVLRQEFNDIKDIKHEVTPNSGGSLNDAIRKQVIPMVETLVERQQNIAVEVAVLNGRXEQHIREHNA*
TBL_comb47_HYPODRAFT_10097018TBL_comb47_HYPODRAFT_100970181F050170NLYVNSGYRKADETTTNLMVIVPSGLIKSYGKDYFTLSITSFYCFNTLYQMDKNNSDFNLIIRDTNNNIYQTLYYSFVNCVGNPNVYDIRDELNTLLNGYISVTYDKIKNLFLFTRTKAVDTSNNKIYLKNKTSSNFLGFPKDYNNKEILITTIGVYSYQPINVIYHQQLLINIDGDIQMAINNLDNKNSDVLEPSGVLFMKPIDINKNQLIMYDNIDGNASFQYKISQKDTINQINFRITNQDNEEISTLGDWQMTLQLERHDEDMTESLLKQIKEYISYIFLIIGTYLS*
TBL_comb47_HYPODRAFT_10097018TBL_comb47_HYPODRAFT_100970183F017790MDSVCDEIKDDMKNIESDARKIDCYAILDLIKDCLKCFIDSIKCCFKIKVS*
TBL_comb47_HYPODRAFT_10097887TBL_comb47_HYPODRAFT_100978872F082373MNYEAWIAEKVNSGKEATISLCLLEKLMYEPAIKHWIESTAKKLGCKATIHWKSDVVTFYPVSAI*
TBL_comb47_HYPODRAFT_10098129TBL_comb47_HYPODRAFT_100981296F083677VSHHLDNFTVDELQSYFSDFHKDYYGFRPRFATHEEWNNRDWLVEHIDAIHDDMDEMKKTPEGRKQLRAEGWQIDESEFV*
TBL_comb47_HYPODRAFT_10098498TBL_comb47_HYPODRAFT_100984981F001991MALFSKNTLTQVSGFDNQIIAGELVYNQKTFWNLNFNTDGVPVNLTGATIDAQIIRRQVSNLQDTRYGLSFDIADYTPTPTSVSLTISNRADASGLFTLVIDESTWSVINTDPELDINAVDPVAFSGRIKVSFPSSGSTPAQDSIIFLLFLVRSDGV
TBL_comb47_HYPODRAFT_10098516TBL_comb47_HYPODRAFT_100985161F076853MCAECGCNSNMVGKASDKLTGKPTKDPHGSYEGIGGTK
TBL_comb47_HYPODRAFT_10098737TBL_comb47_HYPODRAFT_100987372F091246CPEIDRSSKKTPAFLLQTWTGNGNKGVMSDSLPVDPKTGLVTSAAITSHVNSLIKSGLIPTPKMNSDGGYDMDALMANDNKLYSNLQQEFCWYDSRYMYALNQFLQSATAGQATNATQANTYLEITQTLNKRANCVLQVISYLSQARVSNIMMSKKGIDTMNIDINKKLAELNKGYNLLNKNDVILTTQKEMVRYTEEKNNYTNNRIVVWTALNILALGAIFYVYQRA*
TBL_comb47_HYPODRAFT_10098760TBL_comb47_HYPODRAFT_100987601F005705MKIVIKIPKKHREHFVLFAQNTPFKQKVVESKLLYKRNK
TBL_comb47_HYPODRAFT_10098838TBL_comb47_HYPODRAFT_100988381F068205FGNLLLGYSGSFRVGAMYFKVAGRSHNPTLEQLLESVKLPDDLKDDWELLAIEHGHLYEITSNSGPLEARKDHDGIAYGAIGSGAAPALGSLFTDHEDEGSLYQALEASAMHTTNVRSPFLVLSL*
TBL_comb47_HYPODRAFT_10099168TBL_comb47_HYPODRAFT_100991683F058633MASFLDRTLQSYQNNEPITPFIEEALIKADWPEEYPVKVYNKERKFDNMYHPSSDTTAGELQLYYKFHPDWRPLLQEERIGPTLQMTFQVGSAFHSIIQSMLVHLGFTSLDKVEVKFKNEERMIAGAVDVLELTTPDG
TBL_comb47_HYPODRAFT_10099560TBL_comb47_HYPODRAFT_100995605F067353IERQAMSKNAERMIRDKNRAMNTLNALNETLINDLVRRASVRATVDQSPDEGAKSKGGISNPTLNAVVRTMSGKRVADPIYDSVKELAVMLSNIAELAQRIDERVAFITDTKSSIKELVVVYCEACQREVAGTVSDRIRSGYCQACYQAWRREGMPSRYQFELQRREELAESLEN*
TBL_comb47_HYPODRAFT_10099660TBL_comb47_HYPODRAFT_100996601F051642RVSGSGESSPIPVKLETLHLRTGGISQPLMEHETKMRSIRQETRITFRGEELNKITMTVEYILKRSEWARTDYPDADKLATTVITTAHKIQFVLGHKSDEITIGRCPTIGQDEKPCGATLRINPQQLDRTFEIKCRACDTIWDSKKWRLLGKMIESH*
TBL_comb47_HYPODRAFT_10099868TBL_comb47_HYPODRAFT_100998682F039953MLANPLELRGRHRVNNMNPEAALEAEGWGNSMIEAYTGNCIGHKAVRTRLKVDIAP*
TBL_comb47_HYPODRAFT_10099934TBL_comb47_HYPODRAFT_100999341F051645IGENMTTGTTDRFYLPLIYVVKKHGSLNASAKALGVSQQRIFHWNKMKVIPDFWKIHLHKKYGVPYKSFFTQLE*
TBL_comb47_HYPODRAFT_10100112TBL_comb47_HYPODRAFT_101001121F063277MSIVAPFVYSGGMVEPYVSLNEVKFSPTAAIIDFTNLIEDASQAVQDRALYELIVRASSKADNYTMGVYGSLCATSNTENGRYYMNRMGQIVINPYFTPILAIESFSAGWGPGDGLQNIQLSTSNCSIERTQFIITSQSTMGLYFGNLGIVGGNMQSGTEIFCQWTYINGWANTFTNSTSEIGATSITVNNVMGIFPGQNLTIWDGQKDEYVQVSTSWTPGNTTLTFTNPLKYSHGSGVNVSALPASVKQAVIHFIVGMIKERGQGGLVLNEIGEPSAVTSRQQSSMSDEAMAYDLLDDFKQIWGRA*
TBL_comb47_HYPODRAFT_10100346TBL_comb47_HYPODRAFT_101003462F048761MNNISILANQAIDRAKKLQEFTVFRDMADIVFDGNPIPYTMNHIMGGPVELRVPAISQAEAESRVDEWLQGQQT*
TBL_comb47_HYPODRAFT_10100583TBL_comb47_HYPODRAFT_101005831F059611MKDFSLPYLTLKKLLDQYYKAMISQDKDLAAQIANDIVEASLKLEDIAHAY*
TBL_comb47_HYPODRAFT_10100636TBL_comb47_HYPODRAFT_101006363F094890LAYSGTYDQTKITVDQLISYAYRDAGKTAEEITPEYINAGKQALFYILQNSVNRGVNIW
TBL_comb47_HYPODRAFT_10101056TBL_comb47_HYPODRAFT_101010562F039953MLANPLEIRGRHRVNNMNPEAALEAEGWGNSIIEAYTGNRIGHRAVRTRLKVDIAP*
TBL_comb47_HYPODRAFT_10101086TBL_comb47_HYPODRAFT_101010864F021920MSKPKQTASDRDRTLSGQWTKTEKRAHISRQMMASKTRTHAALKAFKQGLFLNK*
TBL_comb47_HYPODRAFT_10101213TBL_comb47_HYPODRAFT_101012132F055379MGTWQTLLDVCPYIPIPLMAILFALGLWHEIVCSNRRVAAGIEPTSIQDSTLYKIEPSKGYKTQVATNAIGYLT*
TBL_comb47_HYPODRAFT_10101278TBL_comb47_HYPODRAFT_101012781F057885MTTPSNSAVQNLLPVQAYFNVDGSFNTFIGQGKPFYATSN
TBL_comb47_HYPODRAFT_10101644TBL_comb47_HYPODRAFT_101016443F003007MYKEGRQFVVDAKKEIDGVVKDVKGIQKDAKGIWGFLTGLFGGVKQENQQKIVEKPAKKAKQKVEFDENQIYAQVADALTKFFHAYNGLKNYAKEQEELALTVSGEEGQDIAIKLVIANLQMEKLNDEMREYMVYHVPEEMKDLYSRVNKMVGHIANQQALARKAELDKKRKAAWLKRQKADQVTDRIIITTVTFLMIAWVWAMMIALSTSSRSFA*
TBL_comb47_HYPODRAFT_10101820TBL_comb47_HYPODRAFT_101018206F032114MIHFLGGMQSVSTIYLVWSRYKTASLPDWEWVNDLPDGVSQVAHWVIKRIPK*
TBL_comb47_HYPODRAFT_10101871TBL_comb47_HYPODRAFT_101018711F061482LQSGAYDNEDEEIYIENRIPELMTTKDYDPADVSHMAEAISEASKDDQDIIRDYIDQKAWDKLGMKLFYMSYEYMEKFAESEAQREVSNGL*
TBL_comb47_HYPODRAFT_10102691TBL_comb47_HYPODRAFT_101026914F091906EDYYEAIKEVGAGTLYYLTKKLGSEDEFIFEPLVIDTKNKDLTIRILKRVMLESNFIAFPGTIEMDLFANSYEK*
TBL_comb47_HYPODRAFT_10103405TBL_comb47_HYPODRAFT_101034052F063144PWIVYDRIGDRDIITDQMVENLYLKPINIPQVYRGKFGEVGEFYEFLPGLTQGDQINMYYYTTWPLLFSLEADNVTPVLNNVVLQSWPEGYVYGTLHNYYLKRKMPDDAAYWLQKFNLGWDTVEDQNNKGKWQGGHTRLTSIFQPRKDRRYTTR*
TBL_comb47_HYPODRAFT_10103604TBL_comb47_HYPODRAFT_101036041F021219MKTDPTLDVTPVNVTIGSTWVDACATPFNRSVIEIVNRKGNYVQFKYTILNNRPWDTENTYSCSLDTFHVGWIHPNSEKAKANEMGLSLEDYRAFVAEQEIEELEWQRYLREKRGHDKYYEEAPV*
TBL_comb47_HYPODRAFT_10103604TBL_comb47_HYPODRAFT_101036042F086514MMINPLNAICVQSGIPNSNLQQESIDEPIVAARLHEMDIKEYMRELGRKGGKARAAKLTPEERTRSALYAVSMREYLKELKKKKTS*
TBL_comb47_HYPODRAFT_10103744TBL_comb47_HYPODRAFT_101037444F051902MQNRVFRSIGRFFAGTGDVVGTPSGDARGLVRVYINDADNVSRGRSF*
TBL_comb47_HYPODRAFT_10103831TBL_comb47_HYPODRAFT_101038315F098488MTELDQDAQSKQRCAAWLDNVDFPYAWNRRALAILLLEFEKYLQACEAERMDK*
TBL_comb47_HYPODRAFT_10103975TBL_comb47_HYPODRAFT_101039752F048059MQPLDKRTLKKELKLFLADKDRGISIKNFCEIAGISERLFLLVVKEGKAPMTESCQRGLNRAYLHWKEGKIRVMKKHTNETYPDYRKEPAPPVIPMNKLVFTNGGFKVQSKPLNRHDYSNFDNILLTRG*
TBL_comb47_HYPODRAFT_10104028TBL_comb47_HYPODRAFT_101040283F063469DSFAVPKEDRAKVLNANYRASKRLGYKFSARTVGDVVRVWRTA*
TBL_comb47_HYPODRAFT_10104961TBL_comb47_HYPODRAFT_101049612F029010AEVKPEPVKVVKPELTLLEKILKVENLQLIIEKRAKLVQTRSELERFQISSNDFNCSMRLNDSDGNVFTTSFTPGVKKVIDFLKSSFDGSISEAEEKINF*
TBL_comb47_HYPODRAFT_10105092TBL_comb47_HYPODRAFT_101050921F007405MVTQIGTAHQFTYDGAQLNIYHANKGEGLPKHEHIYSHATMCNAGSCLVSLEGRSYTINKNSQPLNLPAGQWHEIEALEDGTVFVNVFAEGKY*
TBL_comb47_HYPODRAFT_10105383TBL_comb47_HYPODRAFT_101053834F056962MTERQAALLSYHQDIAFFATNHRTPVFAILDLEDSVGFDIASHYQQNCEVKRDAIKAGVAYPALALALTVQDANALLGHGWPSARKIGDIPEGM
TBL_comb47_HYPODRAFT_10105543TBL_comb47_HYPODRAFT_101055431F041560LMLSILIADQPLDLSDDFSVSLNLKSPIFNDVGDYSFPFKVPSTARNMSILGWKNRLSSTRSIYETFDGSIRWNGIVLFVGQIKIKTASDKTFEGTLYINKGNFNYEVKDLFLDRVDMGMKTFPTDQDAVNYFNWSLTHFYPEVDFSLPEIANLDFFDPVATNPELMAYNHIFPDGWLHKTTTDGQSRTILIPFLYLKFVLNKLAENFGYRLQDEFFTSSIELSRLVIYHSVNLSEVIFGLQQIYYCRFLPKVKVSEFISGLEKWFNCSFHVDSKQRVVRIVSNKEVLLRSEVVEFSKNVLSISQEIPEQITGFRFLLGPDSGDKVYQAQLDAEKGMTDYIKGAVQSFSDIPPYPFTWLGDIYYVVDTNQWWVLGVNGITFLIEWQQLTAGPVLTDKFFYKWGDDKNKYETIFSSLSDKYIVVSCGNLGTDKDKVTPRLFFVGMVSVGGWGSPAH
TBL_comb47_HYPODRAFT_10105933TBL_comb47_HYPODRAFT_101059333F083609MGTHILPFQILNDGYRNATLKIAGYVNGTDITAYTVLDPXTLSPIDAQGTLAKTVRIKRINFDIQDGIQATLNWDGATPQLLWECTGRGEIKAGPFGGITDNATTPNGNITLTTLGGATTTLNTSFVIVLEIIKD*
TBL_comb47_HYPODRAFT_10106777TBL_comb47_HYPODRAFT_101067773F094772MITPQQVEKRLFDLSKEMDEAHADLVGAEQEFHSASANYEIAMAKSRMKNSHSDLKMTATMREDQALIENEAMHLRLAIAEASVKACRANVNRIRTQVDITRSISSSIK
TBL_comb47_HYPODRAFT_10106861TBL_comb47_HYPODRAFT_101068612F073096MPIDHDPVMFNNLVSVKIAVDKLNCDDKNWSDAESKIQQLKLYSDYRGDPQAKSIAQLDEAIGKAKKSDNKLFCESILKINKTRIDVIADAWKGR*
TBL_comb47_HYPODRAFT_10106866TBL_comb47_HYPODRAFT_101068661F074469VLVSSIPNDISEWMTNPVVIQYTTNASPLAQYPVIRQAGLLLLTHLYNNRSNSFQGALNNIPFGVDQLLRLYKPLVM*
TBL_comb47_HYPODRAFT_10106869TBL_comb47_HYPODRAFT_101068694F024029MKHEHIWTASGTDIEERWIKQYGWVRPSEQSEYQAKYKYYQELPLRKLDDVAKAQYESVLKRAKVVRIK*
TBL_comb47_HYPODRAFT_10106923TBL_comb47_HYPODRAFT_101069231F017785MSQVITPIQNTNNIRYADFVRIVTPSTEYRFSTAPTAITVPAVDSQPFDGLGQLIGIGKVQRDIKSTANQTTITLVGIDTALLGVVLNGNLKGAQITMWKGFFNTDGSLITSGGAGGLYQYFYGFINTFNIGEQWMEEVRMYVGTVTVSAANIQMILQNRTVGRFTND
TBL_comb47_HYPODRAFT_10106923TBL_comb47_HYPODRAFT_101069232F000934MADISTILAMSEQVTIMDQRLVGQAISRNQRISTSEIVSVIPFQFTFKPNSYQLYSQNRNLLANLRYYDKSLEQYLNFGSTGWVNYIAYQGNMTPTQISACQWETASAGKNLVLGSLPSISSTSYIVKAGDFCQVDRYAYIATADVMRGSGTTVTIPVHRTLLTTLVSPENAVIGQYGTTVALGGNTYTGITFPIILQQYPTYNLIPMTNDSFIQWSGPFKAFESVL*
TBL_comb47_HYPODRAFT_10106923TBL_comb47_HYPODRAFT_101069233F068572VMGGSNQPSVMYNGPYIANMSAIDTQSATQFLARNQTAVWAANQSAQRSLPQSR*
TBL_comb47_HYPODRAFT_10107080TBL_comb47_HYPODRAFT_101070804F104347MDSFRQWYLNNQKEITWFLIGFLTLSGFQDLGQGNXVGAAISFGLAYINYKLN*
TBL_comb47_HYPODRAFT_10107976TBL_comb47_HYPODRAFT_101079762F009825MKLRLLVEENTSHRLVSACRRLEAAFPIIHLSDWTAGAYLSAKDPALLMTLREVNLVLVGFDRASMAMHAGALTREGLGHAGIILFRRSVPVVAYGRQAKLLVSLWREAERWEWADRIVSLPLDPLAIL*
TBL_comb47_HYPODRAFT_10108103TBL_comb47_HYPODRAFT_101081032F079582MGMSKHDAYYEPEDDYMDSDELQAEVADMMKDDDYNPCKWGNFNEAFAATQNKDDIEALEEMLEKRDFEALGRKLWNMSYEYWEDFATGKVTGQY*
TBL_comb47_HYPODRAFT_10108362TBL_comb47_HYPODRAFT_101083621F031339RQHGGMEMLEKYIVGATGFGYLVTGVLQFQKGATANAVIWIGYAIGQTGLWMNLK*
TBL_comb47_HYPODRAFT_10108415TBL_comb47_HYPODRAFT_101084151F044818MKENEILAEIHRVREEIARECGYDVKEIFRRMRAQTEQLKAEGWQVVSPAPREKETACSLREEPPQKKEKLP*RHP*
TBL_comb47_HYPODRAFT_10108420TBL_comb47_HYPODRAFT_101084202F062806MWGNILTEVSYIQNFNMSFSNNKADVLIHLTQ*QYWW*F*FTFL*ALYYLLVARTFRYRTLKFNPRIASTLRPHGK*GDLLACIIPVGWCINILLNSNFILKLVE*QSESSLFTLRVRAKQWYWVYKLDLRNIADIFSAPRNIGRNK*QFATFGDLQTAEDYLHIMQMRAYNS*SKDF*SELGKKAIKKNKFNISTPVEVYKNEFLKNANTTFYKNSLDNKGLFILNFTSGNS
TBL_comb47_HYPODRAFT_10108461TBL_comb47_HYPODRAFT_101084612F049275MGSHQRLGQASPLRVLDPEVMGLIARDTINPTVERPIYPFQNPNDPNDTVDLSPRGRPQSPYVCTIVDDGVVVFRGAVPLPDLGNLKPSRLTYTSRLKEDMCVRFYVTLHMSTKKDVLKISEILYEGDSMQTWGHPPCSTEAELKAFRASNKISVELHLSMTKPMEVQRGPWTPIEVHR*
TBL_comb47_HYPODRAFT_10108485TBL_comb47_HYPODRAFT_101084852F023280EALEKQVKENLKESLSLLIALLVALDVNKDKWCALGNPDPSDKSLEETMRTACTACDSLQQKLKLDQVQKRKSEDTDQLNPLDIFLAGRTIGRAYPEKTTEKQPFLEEDSQFTIDTLKETIRKEMFLVVKMVNHVTKLTDGSKEANCEIVTENVGQTCHEVMEMVDNIQSNLFDEKREESIDLSESANKIDEINEAAFNEKIKQNLKISLDLVNALLLSLERSKEKVCALGKPDPSSGSIDKTKSAAMKLSNCLYQAFNLEEISTEYSVQLEMIRTKLIPTDDNLERLISEIVNEVIVQFI*
TBL_comb47_HYPODRAFT_10108737TBL_comb47_HYPODRAFT_101087372F020485MHRMAICREWNDAMKLFCNKNHWEIKNGKLILNADTDEKLAEQLTKMMVRLEAEVRLDIYDQICALDFTTNKKQIVKSGIENVALQVQDMCAQIVLGENK*
TBL_comb47_HYPODRAFT_10109543TBL_comb47_HYPODRAFT_101095431F041560MVLYTGQIKIKTASDKTFEGTLYINKGNFNYEVRDLILNRMDFGMKDFASDDQGMDYFNWSLTHFYPECDFSMPEITNLDFWDPQATNPELQAYNQIFADGKLHKVTTDGQHRTILVPFLYLKFVLNKLAENCGYRLQDDFFTTSVELSRLVIYHSVNISEVLFGLQQLYYCRFLPKLKVSEFIAGLEKWFNCSFLVDSRQRVVRIVGNKEVLLHSEVIDFSKNILSITQEIADPIAGFRFLLGPDSGDKVYQDLLDQEKGITDYIKGSVQSFSDIPPYPFTWLGDIYYIVDTNSWWQLGVNPISFLIEWVPLPNGPTLTDKFFYKWGDDKNKYETIFSSLSDKGGVVTCGNLGTDNQKVTPRLFWVGMFGWFGTPVLLRGLAYDSNFSLRYTGSN
TBL_comb47_HYPODRAFT_10110006TBL_comb47_HYPODRAFT_101100063F021290GRSAPAPEFERAHPGLVAPAGRGDMYIGRYYDHYRISSLAGMHPDDIANIDEVSFFGNMPIFSGYTQPERDKLKAIMKKLGMKPKDYISTGSHEPDDTNHTSPVTGFKGYK*
TBL_comb47_HYPODRAFT_10110310TBL_comb47_HYPODRAFT_101103101F104161SYKTWPPHYFRSRVSPQSEQPYTLQQDSDVPNVHPASTLLKLRTFWTTKPARNIARTKYWVRRLLKSYIRTPTSPTKSPPVARRRRKNSKRTQLWHWSQEPFPPICSLNTAKTPRSYTRKKTCLPGGSHSSKRRSESTSYRQQSENYGQYQRDNSKNDTQSETDDITVKSKENLKTMTKIDEAKIIARDDEVKAIENTVEEFRASKEKQIDKGIETKALITLPHPSATISYIPILTFTSFICIFISILNSFVADPLDHHFQTFTIGDLSDCKLRHLSRQTASIQADTVVKTLANPDSIRPFKIPGTWPDVHYKSRSRNPLVPSHLLSGRVRKSETKFHHDSFIFDYLDSSR*
TBL_comb47_HYPODRAFT_10111822TBL_comb47_HYPODRAFT_101118222F039953MTANPLELRGRHRVNNMNPEADLEAEGWGNVMAEAYTGNHAGHRVSRKHLKVDIAP*
TBL_comb47_HYPODRAFT_10112061TBL_comb47_HYPODRAFT_101120611F020298NCRNPSIMTAPNIYLPYPVPQSTEELQADMNTLVLQPGVPQELQDQYTNLINSPTFQADVNEAEANSDSMDNE*
TBL_comb47_HYPODRAFT_10112252TBL_comb47_HYPODRAFT_101122521F104297MQDSELITPAYDRHMDGAPTRRELQRAFNKMGTNDSELMLMVDNLNLVVNLLCEKLNVTKGEIDVYVEKKAAEMNAFVEA
TBL_comb47_HYPODRAFT_10112331TBL_comb47_HYPODRAFT_101123312F015057MNPIKLLAETIDSLWFWTYGIIAGWGVTFTAVVVAIVLLFIRTINLQRRVDRLEQRLVHAERDYNLSVNAWKSK*
TBL_comb47_HYPODRAFT_10112357TBL_comb47_HYPODRAFT_101123571F062490MAKQFFWGMLITLAFVAVVTVGLLGIFTLVSYLTGPVGG*
TBL_comb47_HYPODRAFT_10112781TBL_comb47_HYPODRAFT_101127812F038147MIVRLSELDTYEIAWAAHERWRYKKNLGIISNRVDQKRDDFSITREGMSGEWAVSKVINTPVNLDLHPGGDPGWDFEYCGIKIDVKTSKAKYLLFNTLNSFKADLAVFARYLNEYQVELVGAITRQDFVAKHQLKNFGYGDKCVVDPLLLNDVRDYL*
TBL_comb47_HYPODRAFT_10113078TBL_comb47_HYPODRAFT_101130785F001629QGKLADSLVDEMLELIHKYDETLYMATVIGCVELVRQQLIIDAMEKNDE*
TBL_comb47_HYPODRAFT_10113307TBL_comb47_HYPODRAFT_101133075F021910MGMNRADAYYEPDDYDDRSDEIEERTWQLMKVGGKFDYKTSGAISEALSEMGVDDSQALQDVIDSGDYEQLGRKLISMACEYMEG
TBL_comb47_HYPODRAFT_10113369TBL_comb47_HYPODRAFT_101133692F015431MAVGRKEARDTIATFIKPPQVDGINQVFTSFPKRINFEVNALPSQRSRCAAVVFIESETETRIGLGGYTSAGAATGIKKVDYSVAIQLFHHSLENDAEDAMADFDRVIDNLKNRLRSDHQFGDKSGVLVWQAAEPVINTSYGEPMSTNGTATETWAVVRFDVT
TBL_comb47_HYPODRAFT_10113415TBL_comb47_HYPODRAFT_101134152F016642MIVELNKDEVRVCTQLAVERWLTKFGSADQPNYAEGKVSGWLEHDLLASVRANVSEWAAAKRYNTTWSVPWYPNALHPQRKNLSDVGELGEVRTIRTRLAIPFWLKDINKLIIGTKILDEEYYTKVEVYGSITPRHFMNDKYRDESINGWRVPVEEFMYERSE*
TBL_comb47_HYPODRAFT_10113491TBL_comb47_HYPODRAFT_101134912F059596MNNKNKREVKLINCNLLDVKNNKLIKMKGYIKIVNYNNKEYFEVNLSDGDFKNEKYILIGSNEKFKIFDKDDNGGYFVI*
TBL_comb47_HYPODRAFT_10113910TBL_comb47_HYPODRAFT_101139101F054028MKLVPTSEKVTIKWFAVLSDGSKMRNNKGFIHYAWDVQCSCGWESRTGGAIKASVARDVDKHKMFVHDYEF
TBL_comb47_HYPODRAFT_10114324TBL_comb47_HYPODRAFT_101143241F044911MDTKEQLHLNASRYANNRKRAYVEAMNKGEVPHMTQDALNGRWLAHYEGYREGYWVATGDTKFST
TBL_comb47_HYPODRAFT_10114353TBL_comb47_HYPODRAFT_101143531F100244ELLAIEHGHLYEITSNSGPLEARKDHDGIAYGAIGSGAAPALGSLFTDHEDEGSLYQALEASAMHTTNVRSPFLVLSL*
TBL_comb47_HYPODRAFT_10114444TBL_comb47_HYPODRAFT_101144441F044486MLNNILKWLGCATVVAGALCTSLRIDPLNIYLLNVGALAYLVWAIRIRETNLVIVNGVLLAIYILGLFQ*
TBL_comb47_HYPODRAFT_10114548TBL_comb47_HYPODRAFT_101145485F007166MDELYQVMTEMEQRLEIALDNMEYGTELSQDDVDVIRAACGKPNNKRNNLLQNVFEDFGNVFGGNHAK*
TBL_comb47_HYPODRAFT_10114605TBL_comb47_HYPODRAFT_101146051F017776LSTTLVNNIMAYLGTKPFQEVFQLIQEVQKEAQVQQTQDQPPQ*
TBL_comb47_HYPODRAFT_10115160TBL_comb47_HYPODRAFT_101151602F073112MNTAVLKTKSKPKTVVLDVEKQIRRGKAVSRELKSTLEDLEDRRELVAAKKRNAGKPGTSLRQAAKELGL*
TBL_comb47_HYPODRAFT_10115521TBL_comb47_HYPODRAFT_101155212F104339MTDYADSLLKLNRLTKSFLNAVLKNRKTEAYLIACSIIETAQELEDWASHNSVH*
TBL_comb47_HYPODRAFT_10115535TBL_comb47_HYPODRAFT_101155351F009320DQGKVTNHKAYGINIMRLMMERGTLLVNESCKAFLDEARNYAIDEMGRFSDPDDHIDSARIGILALIQGHGESVVSRANTFAARRIPVVEGKLQRI*
TBL_comb47_HYPODRAFT_10115597TBL_comb47_HYPODRAFT_101155972F072645MNPFLQNMNGTTTGANAHAHLLVAESGGLVALESPEAVMAEVEFRTTHVSSLLAEMFEESKKHDCFWSFDEA*
TBL_comb47_HYPODRAFT_10115617TBL_comb47_HYPODRAFT_101156171F059596NNMNNKNKREVKLINCNLLDVKNNKLIKMKGYVKIVNYNNKEYFEVNLSDGDFKNEKYILIGSNEKFKIFDKDDNGGYFVI*
TBL_comb47_HYPODRAFT_10115643TBL_comb47_HYPODRAFT_101156432F015891MATAPAKPGVTNARPKAKDDKKDAKAKGPVFPSEFGSHTMMVNAELTEKIAAAKQNPADPWQIMTDERGNFATQKHRIDTNMADPNRFADQPIRDQQVKDLTTA*
TBL_comb47_HYPODRAFT_10115916TBL_comb47_HYPODRAFT_101159166F024029MNHHIWTASGTDIEERWIKQYGWVKPSEQPEYQAKYKYFQELPLRKLDDKAKIEYETVLRRAKVTRI
TBL_comb47_HYPODRAFT_10116047TBL_comb47_HYPODRAFT_101160472F026194MGYLNFPPNIKDIFDDIYSRIRKLETAQRFSIPVVAVDPTNRRNGDMWINSTSNTLKVVDSTGTIRTVTIV*
TBL_comb47_HYPODRAFT_10116240TBL_comb47_HYPODRAFT_101162402F041563MDIKVKIIKENKDGSANAQVDFDKEGLETLVQWGLVAMLTKAIDEYKVRPXEDEVTLEPEFPIKKRKKK*
TBL_comb47_HYPODRAFT_10116419TBL_comb47_HYPODRAFT_101164192F053934MNSELEAYFVSARTAGVESREDTQVLQRKRVDLPARFLEKADSLLKPVMDSTAETLRRHGYGATVELVRDQSGSDPNTFPYITLHFSADRCAPSDLGYIYTLAGASITFICRRNDLCVEAVAAHPAGRGHERRVNFSTLDLDDLTSDCVSSIVTDTVKRIIRC*
TBL_comb47_HYPODRAFT_10116745TBL_comb47_HYPODRAFT_101167455F005906MGINAFTKTGNTVTFTAGVTAPTPVQVTNSTIGGNQYRIIN
TBL_comb47_HYPODRAFT_10116896TBL_comb47_HYPODRAFT_101168962F064341MQSLPPSCPPLPDLPPLFWNEVAEQVAYWQEFFAQAAPGDARPDEMRKICITRIKTRLKHLYAGKKNAGRSLFEMAHYVACLTVIESRN*
TBL_comb47_HYPODRAFT_10117463TBL_comb47_HYPODRAFT_101174631F067259MMCWQTSEDLELFFRYHGDAPTPMTEDEVANALLGIKLLNDMRIWNAEDVHARVFGLNQYCTDPEKLAAREDFFKPKKGSKK*
TBL_comb47_HYPODRAFT_10117745TBL_comb47_HYPODRAFT_101177452F094764RELDLLRLAIESGFDEKKVRGDIEKQRQEELATRLSNQEHAIELAMKSLEDARIPKGDAENIMPNPMARFLQKTPE*
TBL_comb47_HYPODRAFT_10117921TBL_comb47_HYPODRAFT_101179213F042707MTKWYNQPARELIPPMTQKGILDEIEIIEDLVDQMNAAGQQAAICEATYKALYAQTRLTIRALTKTKLTVDEVEADATVQCEKAHLAYLIAQNRLITTREALRAAQSRLDAWRSLSAGFRSAGG*
TBL_comb47_HYPODRAFT_10117999TBL_comb47_HYPODRAFT_101179995F006255MGELNKLMLEHEEFLEKALDDMEFSNEFMSQAQVDCIRQACGKPRNAQVNPVLRDVINSFGEIFGNP
TBL_comb47_HYPODRAFT_10118143TBL_comb47_HYPODRAFT_101181433F102438MFEFEKAYKQYEELVSRVKDVNEFWINSVFYSVKEFFNITKTK*
TBL_comb47_HYPODRAFT_10118566TBL_comb47_HYPODRAFT_101185662F062234MRKWIVRHERDGDNVVALWENDNGDRWYVQVVVNGEVQW*
TBL_comb47_HYPODRAFT_10118714TBL_comb47_HYPODRAFT_101187141F008619MAGFQNIVDIQQKMTVNNRRMIGQQVSRSGQVTVAQYLTSVPWVFTIIPHNFLYYPQTRDIIQAIDNLDRQLPDYITFASSQLSWFTQNQGTATAATLSGTPTPNSQTINLTSNGTYKAGDFISINGYVYKITNDSTGSLIYINRPLIGEPTSAAPVLLGNACSFYVVAEQCPTYSLT
TBL_comb47_HYPODRAFT_10118772TBL_comb47_HYPODRAFT_101187723F001201VALASGAFKLCKDACEMYKEGRQIVTDAVKEIDGIVKDAKDVQKKAKGLFGFLTAIFGQDKKINAESAQNVQKAAPKAAKKKKEPPPEFDENLIYQQVSDALIKFFQAYNGLKNYKKEQEELALHATNEEGNEIAIKLVIADLQMEKLNSELSNYMVYHVPSELKDLYSRVNEQIGHIANVQALARREELLAKRKAQWQRNQKADLVKNRMVVSAITVLMILWMWGMILSLTHQL*
TBL_comb47_HYPODRAFT_10118775TBL_comb47_HYPODRAFT_101187755F040435SKTMANNGHKLASRGDIQAITEAIKLAIEWEKQYTAGQIRSLVAHRLTVEALAEDSNPSVRVNALKALGTVAGVDSFIHRSETKVVKDSDKAKDELLSMLKQALNDNARTIDQSDSDIDALMREIDGGLANAGGEISDPHTPLLAEGTPESILHTISNTQSPSKSKGTPIASKDEPNK*
TBL_comb47_HYPODRAFT_10119854TBL_comb47_HYPODRAFT_101198541F098467MRNFIEQRQVIFQKMARIDQMEYGSLQAEYRPGADPEHPLGPYYKYQVWQDGKNRSERVADPRAEQLRKALEGRQHFEQLARECIELTVQHTRQHQTDTDAKRNSRSRSARKPLPKSRPSSP*
TBL_comb47_HYPODRAFT_10120258TBL_comb47_HYPODRAFT_101202582F053787MSEQDEIEIEIVEEQSSQSDRVKLEKSIRKDIFLAAKMAHHIMKNVEYLNKQGHNSASECANQTYLKVMDMATQVESYFSDKRKAKVVTSNQDASEVNKVDKQALEKRIKENMKESLRLLNALLLALKTNKEKVCAYGDPDPSFGLINETLMATVRLSTNLYEAFQLEEVREKDLSLSEIQQINSIPIEDSTGELTSDSINQQSQEH*
TBL_comb47_HYPODRAFT_10120685TBL_comb47_HYPODRAFT_101206851F094793AGTRAMPDKSPSQGPKGKGTHSDPTLAAVIRKMSGDTSNDPIYEAVRTIALTLNDIATLTQLIDQQVRFVTEGVERQKESTIVYCEACGREVSRTPKDRLRSGYCMADYAKWTRQGRPYRATFEAQIKQELSETS*
TBL_comb47_HYPODRAFT_10120685TBL_comb47_HYPODRAFT_101206853F040987MKSTTLKRGPEERKVILYKNGSAFLITCEVLASNFHKEGHTETLYMPDTEPQADFLYGGAVRFLQGYQYEVVEECLA*
TBL_comb47_HYPODRAFT_10122220TBL_comb47_HYPODRAFT_101222202F079520MKLTTEEIHNIYLHQGGIAEGLLRAGSDADFPVMFAEAIIEFYELRKAQEK*
TBL_comb47_HYPODRAFT_10122707TBL_comb47_HYPODRAFT_101227072F076681MAITYKWSIPKMTVAPSVNGQTDVVIYADWICVGTDDINNLTAAAAGTAKLGEPANPFTPYADLQPEQVLAWCFEPVTTSFTDLLSNVTTTITTNLQPDTEAQVAGQLARQLAAISANPPLPWIKQETTP*
TBL_comb47_HYPODRAFT_10122739TBL_comb47_HYPODRAFT_101227392F094831MVNKMPYVPKELRTESFIAGFADIYTMLADNPEMRMIPIDQLELVRPKLKQLGYRFRVVFRGPHRRNRGTLKTNARAFNVYFKGK*
TBL_comb47_HYPODRAFT_10123024TBL_comb47_HYPODRAFT_101230243F043746MDFKILSIETDGDLITHAEFFVSLTDGTNTVEQQGTHQFANPVIKTPLKEVKEQNIIDWIIADTTQDGVNIIQSNLEKQLVQKEKTALPWVFNTFKPFGG*
TBL_comb47_HYPODRAFT_10123243TBL_comb47_HYPODRAFT_101232433F005200ELYQDFKKDGKDVADIVQDVGSHLGAFFTHQEAFKEAEKEAKKKPLAKNVSINEEAMNRILRQQQLEQMETDLREMIIYQIGMPGLWQKFTEMREIVKKEREKVEREQKKLWRKLLSRDGSLLTNGRYVERYLLVALSS*
TBL_comb47_HYPODRAFT_10123311TBL_comb47_HYPODRAFT_101233111F055384MKIMITKPTNTFLAAEFPTWIDLKVGTVMEVRKEGQTGYLVDHPIIEGDCVVQKWNCIEVRDEVECCVTV*
TBL_comb47_HYPODRAFT_10123422TBL_comb47_HYPODRAFT_101234221F022657MAEITTSQIGNGTTAYGADIVVKDLDLDVSNRVKDDTPVLNMCMTKKRKVNSTLPLWTDDIYR
TBL_comb47_HYPODRAFT_10123709TBL_comb47_HYPODRAFT_101237091F034803ALSAIHLLENLMPSQAISQTPDPLNITVRQNQEWAIAFSYTDSTGTLISLAGYTPILQFRTSALAKTTALSLTVGNGITFNPNSLPQVQIDTTINCAPGKYEWDLKLTPASGASIFLGRGTVQVDAEVSR*
TBL_comb47_HYPODRAFT_10124074TBL_comb47_HYPODRAFT_101240742F029048MLNHIRDVIGDKAIISTQPFGVDEERQLIAFETQDLAFVIRDVIQTCADCCLEGESRNAILKLLD*
TBL_comb47_HYPODRAFT_10124348TBL_comb47_HYPODRAFT_101243483F065413LAESVVAQLGDAVRVVVVQAFEAIGSEAARCLDFRMEVVATVAVGVATVDELDVALAALTDKTVQQGRDGFDLKCQLAERCGFGRC*
TBL_comb47_HYPODRAFT_10124681TBL_comb47_HYPODRAFT_101246812F016782MWRQCCRNWRKQMEAPMSTLYAAATESLVSEASATSTFEKMIAVAYTHSTSETFHKELKDTERLIKKEFEVSSMPGPWRSAKSVIEGAMKLNLSLVDDNGGFYGKTFLQNKIKEAKTEVKELTNEDYSNKIIKLLMAIPEELDARTVIGNVRDFLKTVD*
TBL_comb47_HYPODRAFT_10124811TBL_comb47_HYPODRAFT_101248111F064337REDLCTQKRVSRSRVTYDINYDQEVIYTQEGWSDGQKTVWDNEIGIVLVDALTKHKKAQEK*
TBL_comb47_HYPODRAFT_10125245TBL_comb47_HYPODRAFT_101252453F096606MRVAIPKLYFPIDPQDNMDEYLKNTEKVAAHTLRMLDKEQKINTYLKTFADQLGGDVLAFYPPNKYTDGLMEKVIHTFRNIRDAFKPFCNFGPNRNLDVDVLSYYSQEQYRNLLATLEYCGFTIFNPELGLKLSDRARLEDGRHVYCHDTL
TBL_comb47_HYPODRAFT_10125537TBL_comb47_HYPODRAFT_101255373F021910MQLWEDFKMGMSRHDAYYEPDDYDDRTDEIEERTWELMKVGGQYDYRTSGAIAEALSELDRDTAKALQDVIDIGDFAMLGRKIMSISMDYMEHFAKDTAESEIID*
TBL_comb47_HYPODRAFT_10125538TBL_comb47_HYPODRAFT_101255381F002482LLHTQFEPSDVPNSFKTCYSPCMDIDLTGFSIAQQRALFDLLILAMYADGYLTTYEDEQLQKLLTAMGFTEEPTRQREFDAAVTRIRPSIESIYKAKELALGLTDAFTDRRQQQQVFRAVLQIMSSDFNVSIWESTLLMELRMKFRL*
TBL_comb47_HYPODRAFT_10125588TBL_comb47_HYPODRAFT_101255882F086266MIRYANKFDFDAIYKILEHFCKTHRFAILKDEAKWSREYVGKQLSMILAGAGFILIAEDLSGVXVAXKAPCFFIEGEYSLHEIMWHSTXXKTSLKLFKKFIEIGXEMKKTGEIKEAHFSCFTDSDFSRYGATKLXNTWKI*
TBL_comb47_HYPODRAFT_10126072TBL_comb47_HYPODRAFT_101260721F002779LLYELKNLYNVLNTKNSGEIYRQPINVLLQTINLETDQDRMARVLNELAIYDWVPEIKLFVHNLTKSPEQRSNLLSGGKGESIFTIVEQVEDGHIALVKDSWFNLKEDLIEKTLLEDHIKNPEDLQTLRMLETAMKYATISEDRINFRISEYLTIGLGVGKKGGYYINEDEMNEETTLESLFNSPIVPIINKNFYPILLEVSKNLDKFVELDVVKRVNNLINPYLECYAFNYKNSTFLYRCDERYGNSFFAYQSALELVNEVRNELNYDLTYFYENRLDKELITKRKLEDKERQITLKLEDVNFNINKLKSSIKMIGESEVLSTALSNLEKRRENLDAELNAVKELKYNERIKL*
TBL_comb47_HYPODRAFT_10126190TBL_comb47_HYPODRAFT_101261902F017785MSQVIAPIQNTNNIRYADFVRIVTPSTEYRFSTAPTAITVSAVDSQPFDGLGQLIGIGKVQRDIKSTANQTTITLVGIDTALLGVVLNGNLKGAQITMWKGFFNTDGSLITSGGAGGLYQYFYGFINTFNIGEQWMEEVRMYVGTVTVSAANIQMILQNRTVGRFTNDASWEYFTPGDTSMNRVATISTIYYAFGKQ*
TBL_comb47_HYPODRAFT_10126190TBL_comb47_HYPODRAFT_101261903F071232YIATADVMRGSGTTVTIPVHRTLLTTLVSPEYAVIGQYGTTVSLGGNTYTGCTFPIILQQYPTYNLIPMTNDSFIQWSGPFKAFESVL*
TBL_comb47_HYPODRAFT_10126546TBL_comb47_HYPODRAFT_101265463F066315MNPYKLLAEKYTQVEALLESLEPEKKMFDDPANGVELEIDDEDDNNGTLHYMGYEFPISKTYKAGVIQYLVGTTVNSKTFMAKAPDQFTRVLAALDRGEVKPAASAKAGGMVSSPMSKVHRVQPGEMVPVYYINPKDPRGEYIEKMREYMTNPQAEKYILDMYRKHGQKIFLTGDEGKAHNPLYGYATDNANHKDRYSQYWDLTRWMSKMNFADYR
TBL_comb47_HYPODRAFT_10127004TBL_comb47_HYPODRAFT_101270045F038926MRFWLYVIKAVWRSVRGRWYVWRDVPKDVVRKVASLWYLERKEEKNKLVYEAYKEYQLRKLKEKKHESTTKI*
TBL_comb47_HYPODRAFT_10127019TBL_comb47_HYPODRAFT_101270191F017775YKVVSVGALASAVRPRIERSIEQVLNADVQTTREARFPRKVTTKKTLIA*
TBL_comb47_HYPODRAFT_10127251TBL_comb47_HYPODRAFT_101272513F080800MNKENLSPDDRRAISQVKLALVKAAGVKLENIFPSLGAKSEKIHHPKSKSNTKKGVGRKHKQGKV*
TBL_comb47_HYPODRAFT_10127506TBL_comb47_HYPODRAFT_101275063F001629MNLNQGKLADGLVDELLEVIHKYDETLYMATAIGCLELVKQQLINEAMEEDDD*
TBL_comb47_HYPODRAFT_10127548TBL_comb47_HYPODRAFT_101275483F001849MQFLLTPVLASALYIGGGSVGLLLVIIIVVLVLRR*
TBL_comb47_HYPODRAFT_10127762TBL_comb47_HYPODRAFT_101277624F009793RGQLLPNTLLINTSATALVELIASTPTNQTSLQGSSFVALNTLGSYNSFAEQDLSAIGITSGEVVYSFSTPNNALQQLDLTQFFPVLTNIKGNVADILTVAVTCASATTTQVNVVCQEAMA*
TBL_comb47_HYPODRAFT_10127866TBL_comb47_HYPODRAFT_101278663F102438MFDFEKPFKQYEELVERVRQVNEFWLQSTLSTIKEFFKIVKTK*
TBL_comb47_HYPODRAFT_10128096TBL_comb47_HYPODRAFT_101280963F003007MYKEGRQFVVDAKKEIDGVVGDIKGIQNDAKGIFGFFSKLFGGKEKPQATVNQTPVKAKPKKRVEFDENQIYAQVADALTKFFHAYNGLKAYTKEQEELALTADNEEGNDIAIKLVIANLQMEKLNEEMREYMVYHVPPEMKDLYSRVNKMIGHIANQQALARKAELDKKRKAAWLKRQRQEEIQDKAIATVITFLMIAWIWLMLMIVRSTSTSS*
TBL_comb47_HYPODRAFT_10128397TBL_comb47_HYPODRAFT_101283972F026194MPYVNFPPALRDLFTSLDSRINKLETASRFTVPVVATDPTNTRKGDMWLNSTTNTLKIVDSVGTIRTITLV*
TBL_comb47_HYPODRAFT_10128405TBL_comb47_HYPODRAFT_101284051F094955TSKRKHHVDMDAVTRELQQVSNMLPSEQHTAELEAAIARLQSQQAGAEPGEEPVEEPDHVSDAQDHISDSINRNTIYEAKYKLTGYNLNIKFRPIAQHYWMCDPTVISIEEQPFCGFYKPMSIQEAYELYPDIDLEQFKVYAEYSNVGSYQAGSLLNNLALHARDSVPINGLPAQGYSAQEPEARQVTVLTVWNRYDIDNDGELETIELIYSGQYVISAREVEFIPVANMVPKPLSQNFYGMAIAESVVPMQEYMTSGYRAELLMGLLQSTPRTGVKPDRVDFEEIQDGEAAIFILDSKFNPATDIYQMPVPQGNPQFLDNTMQRMQQDSMAMVGMTSPQDVFNPEVMDPGNSGAKLNLALSPNQIIQDNTVKNCAEGLKDAIWLI
TBL_comb47_HYPODRAFT_10128526TBL_comb47_HYPODRAFT_101285261F104444LKQIEIVNPTYRYRVWNVGVNMPSKLFTKWDFKMTASPFSAFFYSARYPLQLSPEKWDNSEELGKILANVVKKLATDINVSISFEYDANSSKFIVKFPAADTVLLFLNLTNEVCARLGYSGVAAIHKGSTPEPVAPLTAASAAAAADQTSTDAQKKCVSICYDT
TBL_comb47_HYPODRAFT_10128681TBL_comb47_HYPODRAFT_101286812F069616MKKLNKKVDQAVRNYANDIVKVVKQSKFDISIELDFSPAANITETEEAASAIIASDLGIVVVWPDFKKKSARAAIFKVGEAERLEKEGFDPDWIEENGKIYGALLPYNEDNVTTLGYYLSHKVDLKKLD*
TBL_comb47_HYPODRAFT_10128690TBL_comb47_HYPODRAFT_101286902F079376MADIVITRKPGRPYVSFRVLRVCRTTEEGEWQIGRRESDNLVVSVKAGNAAGEKEVTHGSAL*
TBL_comb47_HYPODRAFT_10128851TBL_comb47_HYPODRAFT_101288512F008619MAGFQNIVDIQQKMTVNNRRTVGQQVSRSGQMTVAQYLTSVPWVFTIVPHNFLYYPQVRDIIQAIDNLDRQLPDYITFASNQLSWFTQNQGTATVASLSGTPTPNSQTINLTSNGTYKAGDFISINGYVYKITNDSTGSVXXIXXPLXGSPTSAAPVLLGNACSFYVVAXQCPTYTLNPMTNGAFVEWSGPFVFREYITG*
TBL_comb47_HYPODRAFT_10129893TBL_comb47_HYPODRAFT_101298932F057071MKHFKFQIFDAKQLAIAMTSAFSTWAATGFQHDLPHLGYILIGFVTGGLVSHNAEANPNVTPTSHIQTPYLANIEDNNSGTPEPVPSYQPEGTDVKKVIQINSGIVH*
TBL_comb47_HYPODRAFT_10130359TBL_comb47_HYPODRAFT_101303594F035537MRADYPRIRSVHLNRWERPSSATVWTKYGMVKVVWKDVAGNRCWFSSGTGDAKREAVPAIEHIEQMCQTMH*
TBL_comb47_HYPODRAFT_10130423TBL_comb47_HYPODRAFT_101304231F094249MKTPINAKSAHNVANPDGQHTGLRTSAAKSLEHRYERRKIREQLRRLDWVLNVQDEILA*
TBL_comb47_HYPODRAFT_10130619TBL_comb47_HYPODRAFT_101306191F003007MYKEGRQFVVDAKKEIDGVVGDIKGIQNDAKGIFGFFSKLFGGKEKPTVKQAPAKAKPKKRVEFDENQIYAQVADALTKFFHAYNGLKNYSKEQEEIALTATGEEGQDIAIKLVIANLQMEKLNEEMREYMVYHVPPEMKDLYSRVNQMVGHIANQQALARKAELDKKRKAA
TBL_comb47_HYPODRAFT_10130765TBL_comb47_HYPODRAFT_101307652F063150MRLALIIIMSLFIIPVAWAVSYPPHVPAAVLEEFTSVEAIKFRNAQGTNTPPPIPKSWKLISVSNGEKSNSNNLWFQDTDGSIYLLQGFTSQNKFFIHENVYKIPAK*
TBL_comb47_HYPODRAFT_10131380TBL_comb47_HYPODRAFT_101313801F011059REKMSKMTYDQWEARYLEEEGSNYSQEKRLAFVNDYLLDPNLAAVCRKHEVPYQTAFQWKTKSWWHNMVEKILLNYKDELLAKQRQIINKTYDEIGERLENGDESYIPNEGHVRTKVKANHLATIADVTLKANQLLQGKATSISHVTIESLADKLRTITQEAIDITPTTPSIEQVAQIHQES*
TBL_comb47_HYPODRAFT_10131428TBL_comb47_HYPODRAFT_101314282F061495MSDQSLGVKSSSGTQMKKKIFRQQKVIKQDALDLFIPDPSAKTFVGVYYYMHGRFALYDQECLRRNLLPYIRGAFYDHGFSPVDASKVLKLVIGFSQKRSMQFKGPIDFSGVFADSAADYSGQFMLQDRSMVDQLVDVIFSMQETVARNQTAVPLAPRIISAAFSVESRYRKVVIMYTAYSPDDCLRVTIEGERNIPNTFTFEPTATWIQNRYSNSSSLAAAND*
TBL_comb47_HYPODRAFT_10131500TBL_comb47_HYPODRAFT_101315001F014484LYKDYSAEPNDHAVLKNAYRSDFTVAGGKTPKAQTTNDLPMGDTSPMTKMHRKPKPATGSHPRG*
TBL_comb47_HYPODRAFT_10131502TBL_comb47_HYPODRAFT_101315023F047451HVIAPNTIRIPGDTGLVFNCTWDKTLRMGVHCFGFLCVKDKAFGWCAHCIIDEYVNFARTFSISFDEGLLFPRLHSNGSVKPGKRWTAKVVLDSLVRDLKRCNLYAGETAQSFRHGGTVDSLQTGKSLEQTMYLAYMKNVSTAKIYAKGLSVLFPKLDWSSLGVDVAATDNVTLALQMQGWRAFASKGLPL*
TBL_comb47_HYPODRAFT_10131554TBL_comb47_HYPODRAFT_101315541F091581QLKGIGAVGKPAARKFYKDIRATEVAFNGRGTENLVILRVW*
TBL_comb47_HYPODRAFT_10131572TBL_comb47_HYPODRAFT_101315722F028687MVINYIQEDPKAVQRQEHAATMRLLLEETLGTFPGYFFVTLFLNQAVQRVTFGYVTRATSFNDVRFRLHVLEPYVEPGKEASNYFNFHSFLMPTQICYNRNCACPLQHTQLVEYSKILTICVATTSAGNMVHTVGQIDNLSNGANVVFQFKGNYEDQELTRYKSLRVKLHAPYTI*
TBL_comb47_HYPODRAFT_10131676TBL_comb47_HYPODRAFT_101316762F010516MSQDPYAVWVPSNTGRYLLTFSTLDEAHLFIIKFGGGLEVVPNTYENY*
TBL_comb47_HYPODRAFT_10131854TBL_comb47_HYPODRAFT_101318542F011059MVRKREKMSKMTYDQWQSRYLTEESSNYDREFRFKFLSDYLLNPNLAAICRTHNVPYDTALSWKKRDWWHEMAEEILANHKEELLAKQRAILKRTYDELGDRLVNGDEQYVPNEGHVRVKVRANHLATIADTTLKANQLLQGKATQISHVTIESLADKLRTITQEANVIDVTPEPLLDDTKG*
TBL_comb47_HYPODRAFT_10132097TBL_comb47_HYPODRAFT_101320972F054474DVILDIGTVPKDNAGTPLAVTAIQPYVSNNFATSTGVYGTFSNISSPAAQRYTATYVGSQLTNAISTLQDFQNLQAGQQPTWFSQVVVTLKMTTSSAGLSSGQVELTLRYNQSDLNIGNSTTYPYGNFD*
TBL_comb47_HYPODRAFT_10133006TBL_comb47_HYPODRAFT_101330063F007405MVTHIGTAHSFTYDGAQLNVYHANKGEGLPKHDHIYSHATMCNSGSCLVSLEGRSYTINKNSQPLNLPAGEWHEIEALEDGTVFVNVFAEGKY*
TBL_comb47_HYPODRAFT_10133114TBL_comb47_HYPODRAFT_101331142F088240MRWIKKKICNWLGVERFDDWGNVEEATSIRCRNDAPNFFERNPETNFRIYNASGGIILEVGRWDKIKQEWTTNMHIIHDDEENKTDSIAKIMTLELMR*
TBL_comb47_HYPODRAFT_10133386TBL_comb47_HYPODRAFT_101333862F001299MSQDKLTNDEISKNLEYLRQDAGGMVTAHNGVADRLLQNDKLYRSMKGDWRRTDWNGSKNIKITTGRQDGKFFITREQFNTLGAKLRAKAYREAAEQGIPDPLAPLMPDGTLAWKWMELPDVIAIRISDQYFGGMPWAAIKHDRTLKAQFYRVVQQEYAEYICYPGGRLPIPIDVPYPAKQGTTKFFKGL*
TBL_comb47_HYPODRAFT_10133555TBL_comb47_HYPODRAFT_101335555F011059RLAFVNDYLLDPNLAAVCRKHDVPYQTAFQWKNKSWWHNMVEEILLNYKDELLAKQRQIINKTYDEIGERLINGDETYIPNEGHVRTKVKANHLATIADVTLKANQLLQGKATSINHVTIESLADKLRTITQEAIDITPKSQTILQVEQIPQESE*
TBL_comb47_HYPODRAFT_10134221TBL_comb47_HYPODRAFT_101342212F038926MQRQKHMRFWLHIIKAVWRFQMGRWYVWRDVPTDVVRRVAVLWYLERKEEKNKLVYEAYKEYQFRKLKEKKHESTTKI*
TBL_comb47_HYPODRAFT_10135563TBL_comb47_HYPODRAFT_101355633F070852NELVNKNHWDLSKNHKGLLWKLFAASGAGVPAYHPYLAAGKKEKANKIEKLLCELYPAKKMDEIKLLASMMDKKDRDELFDMMGFDKKQRKEYE*
TBL_comb47_HYPODRAFT_10135636TBL_comb47_HYPODRAFT_101356361F012854MINIPFTILELYPNVVTVQGDIAYDKDGNEIAYDLEAVTAKAQADEQAAKDTKASALAKLTALGLTADEVKALVG*
TBL_comb47_HYPODRAFT_10135636TBL_comb47_HYPODRAFT_101356363F008414IFTNDNGGVSVCIPTGELPINEVLSKDAPAGAIIVDDSVLPTGADSSFFDAWELNGSTVTVNFEKAKTIKLAQFNANAVAEAQKRQLNTLAGIENAVADADFTASLVAGRTAIANATTTAELVAI*
TBL_comb47_HYPODRAFT_10135940TBL_comb47_HYPODRAFT_101359402F089856MKNSSLFALCLAASVFAGCSTLTDRPGGVASIPCTYRFKMLSRPEDQARVEAAIHTVASGPVVKAGTASFPEYRFRVARLADLDRLTPRLLYSNPDTLLGASLKQTLNVRAAGVEMTFDSTDVSASATTLVTFNVKPGSRLYYKAPGGVEVDITAKVDKKGKVVLPITVKEGQKHLYARAMKDNVTRFIRINIFDSQVQDITKRDY*
TBL_comb47_HYPODRAFT_10136989TBL_comb47_HYPODRAFT_101369891F082060MIKNWKQYAEHYGYGLVASCWNAGIAALYAAFGQSAGAAVMKDVPAPTEHEVITIFAGACMLEALAYFKANPLPVITDEKINPTTPASS*
TBL_comb47_HYPODRAFT_10137101TBL_comb47_HYPODRAFT_101371012F051690MNQRAGKTHAAGLNDGDRIPLASIIKFCKEAKADLEREGEEDAALRFEILAEYLLNDYRGSFKYQSKMIGL*
TBL_comb47_HYPODRAFT_10137179TBL_comb47_HYPODRAFT_101371792F011148LGVPKAVTLDLRLIMAVFNKNSLTQVSGFDNPIIAGELVYQQKTFWNLALTGEDGLPVSLADATIDAQIVRRTLSNVQDTRYGLSFDIGNYVPTPTPIPLTVTNRHDAIGEFTLVIDDNSWDLVDSDAELEISSVNGAGFSGRIKISFPSSGGVSEDNIIFLLFLVRSDGIVKV*
TBL_comb47_HYPODRAFT_10137391TBL_comb47_HYPODRAFT_101373911F020158TVPECAVIVKLVNSTRHEFQIVPVKCPEDYWLASPQTVHFESSDLIEVTRQKDVVIGSLVKFVVLSEADVRRFTRGVRGRATSGRQPTGYSQFHMLLVGLRSLYDRTSKLWRESIYGIDPPSVEDEYDEYVAQLKKGPELPRLRDETIEHWAALAAKDLGEAKAPDAYENYQRIDDYTWESIQGPML*
TBL_comb47_HYPODRAFT_10137556TBL_comb47_HYPODRAFT_101375562F070806MSQMDWFHKLSTVILIILAHYYDFVLGRRACCAHFCITDDLEKSNEMITHCVDHVREFYDRKNAAAVPVQPPNAHLFLGSDNAASQAKNNYHFAWMVDYVEEDHGLQTIQQNFTAEQHGKGTSSVSFLSQH*
TBL_comb47_HYPODRAFT_10137640TBL_comb47_HYPODRAFT_101376403F001057MTATVRLDASSRIVLSRDLRHAAGILRGQKLKVSATPGRLVLEVEPNRGKVVKRGKLKTWTGQVPSTPIEEAVDIVRNYER*
TBL_comb47_HYPODRAFT_10137881TBL_comb47_HYPODRAFT_101378813F007405MVQSLLPTHQFTYDGAQLHVYHANKGQGVPSHSHIYSHLTICHNGSCLISLEGRSYTIDKHSQPLNLPAGQWHEIEALEDNTVFVNVFAEGKY*
TBL_comb47_HYPODRAFT_10138130TBL_comb47_HYPODRAFT_101381303F068380MAYDSAFAPFGPTYLVSTSPVQVKSNNNVYPSGYRIINLTNGLVRVGWSPQEPSDATVTPTATTPTATGTAQVL
TBL_comb47_HYPODRAFT_10138283TBL_comb47_HYPODRAFT_101382831F063339TMLTTLGTQAEFHQTWQALMRQLETLLSMAHMRHPNRTETLEAVSIAKHLLGKVGDQLDKAVQE*
TBL_comb47_HYPODRAFT_10138377TBL_comb47_HYPODRAFT_101383771F093167VPTFTPPKVRDNPPILPDSMGLERRLWRYFPNRERYVLVFXLSDGTFVQDTATAENYNTNIPYPYNPYDPSAPYSTSYYINFEVNPPVPTVSYVSQNPYIAKVYMNASTVTAAEVTALTNAGYGACIMYAPTIGSVTVNSTTSVTVNWT
TBL_comb47_HYPODRAFT_10138481TBL_comb47_HYPODRAFT_101384812F058853MLRNFQAAVEDWDEVCSALGAWEAEHLTSEDDGPAGQQHRQWVTELLSWGRLVQRATQQPEFPDKALASRVDARVRHLEDKLSLWHGDMPSAEQDRILQAAFK*
TBL_comb47_HYPODRAFT_10138653TBL_comb47_HYPODRAFT_101386533F004683MKADLRISIKDYHRNKNLKILLFRPPFPCRQFLVQMNGAPWPAGGGPVSLTRLLTALRKSLVRAGRAGNC*
TBL_comb47_HYPODRAFT_10138965TBL_comb47_HYPODRAFT_101389652F076862MSDPSHNSTVEEITKGIRTLDTDNQEVENLKEIILQGVKSIGTVTELISQLVYEEDKRRSQFKDILKMVKNLLESNSHKTHTIARQYGRKYPPLTGPLARMLMDLADLEDLVSCKEIEEMKEVIEDLDNW*
TBL_comb47_HYPODRAFT_10139082TBL_comb47_HYPODRAFT_101390822F100244IEHGHLYEITSNSGPLEARKDHDGIAYGAIGSGAAPALGSLFTDHEDEGSLYQALEASAMHTTNVRSPFLVLSL*
TBL_comb47_HYPODRAFT_10139101TBL_comb47_HYPODRAFT_101391012F082065MKKLILIALVALAGCSTIKDNIPSFWDPNQSKIVTDIQQSARHIDCTADLTPQLHNLFLQVEWYDIYANTKGTHDMALLDQVMLNTIKEFQTRAESGPISPLYCDMKKKVIVQQADIIATTVQGXX*
TBL_comb47_HYPODRAFT_10139214TBL_comb47_HYPODRAFT_101392141F008991LKGKYDNRTIWMYYKVSLQMLRDILEDLIACHHTTHSLAEKDLYYEQNKVQIVDWIQWIQNRTSSDKLVDLDRLLSKLIKDKAENLVEALTEENPSDRMTTLSMLQMSIQIALFMETQQLLRSPMVIQFCEENGWAV*
TBL_comb47_HYPODRAFT_10139214TBL_comb47_HYPODRAFT_101392142F017436MFRETVITVQRLSVSAAVFTVTERRNNIVPQKTTTRCRTVVKMMINEIKDDIATLSRNSDRYRFKRIQLALYVLLSQALSIEGSNERYKELKDMYYFMDRLKTTTFDEWKNFLITGSTEFFDNRF*
TBL_comb47_HYPODRAFT_10139251TBL_comb47_HYPODRAFT_101392512F005903MIAYDPRGMTWDQYNKLIEELFASNQLGHVPESDWRMWVDGLNGIGYFVQSGVPDHRGYENWQDWATAMTGIMSVTPVQENF*
TBL_comb47_HYPODRAFT_10139252TBL_comb47_HYPODRAFT_101392522F027088MKKLLILALLALPLISKAQLVQSPEYSWRVQICDLTYNNNQQLTACPVTVFYQSTITNGGTFVSNVQSVPQTLSVDLVAQAASTVVYNGTTYTYGQALGIMNAIFAQERANELANAAKAATVSAPQTTQNLSPAVTTNNAK*
TBL_comb47_HYPODRAFT_10139476TBL_comb47_HYPODRAFT_101394762F086266MIRYANKFDFDAIYKILEHFCQTHRFEILKDEAKWSRDYVGKQLSMILAGAGFILIAKDLSGVLVAMKAPCFFIEGEYSLHEIMWHSTNDKTSLKLFKKFIEIGKEMKKTGEIKEAHFSCFTDSDFSRYGATKLQNTWKI*
TBL_comb47_HYPODRAFT_10139733TBL_comb47_HYPODRAFT_101397332F036062MALNHSNITVGTTPTPLVTLPNGVGYVAVQVNNRDSAAIFLGDNAVTNTVGVNGGQNLAAAGSVQIWMHGNDSLYAVSAAGTSTGAVSVIYSA*
TBL_comb47_HYPODRAFT_10139854TBL_comb47_HYPODRAFT_101398543F083594MIFRFIGDKNGCSSLGTPSIGGHHRPFNHHLGALSIERDVRVDNVESHVGASGNTSNICRIQLSCR*
TBL_comb47_HYPODRAFT_10139888TBL_comb47_HYPODRAFT_101398882F034231MPLIKLSRINKGGEIVINSDHILLLEIESKVTTIHMTGNLLFSVEDTLDSIPIKIEAIETARIKNAIQQSGLIGQ*
TBL_comb47_HYPODRAFT_10140152TBL_comb47_HYPODRAFT_101401522F021046LSLFP*FLSFPYF*NHFLSLQLSFVLN*SLF*DTLEKMETNFVTNVHEVVYASFLSKDCPTNEVRILTKFYKVSFVVFKAGNVSYNAIMAANTIITDFFVSHHRLFAREIALEFVENILTLLFSYDGFWDFVNRLNIHFFYLSYRPQILQILSYHMSLTYGSEHYLEVYRLLPPYVSGAEDFSRERGKFFCFVTKRKEFFLFLFRIGF*
TBL_comb47_HYPODRAFT_10140519TBL_comb47_HYPODRAFT_101405193F046320LWHTLIEKGWVIADATSPNNAEFARQPLPVSFDWTLPEYPGLHSWPGGAGLEAEFMGSQPENCTVAEQIVALAPGNYTLVFAYRTSDIPQDTGVRWQILDAKADTVLADSPDLSSSDLKNVAVGFTVPPGVPLLRLRLAYHRALGTPRISGTLTVLSAKIRGNHQS*
TBL_comb47_HYPODRAFT_10140607TBL_comb47_HYPODRAFT_101406072F055384MKIMXTKPTNTYLHAEHSTWIDLNVGTVMEVRKEGKIGYLVDHPIIEGDCVVEKSNCIEVRDEVECCVC*
TBL_comb47_HYPODRAFT_10142497TBL_comb47_HYPODRAFT_101424971F056251FTLQFLNSAIRQLYREMRNISDPQLIFDNIILIGLPIIHSPTNGVGACDATVQTTLSTVGYFDGVQLWPNLQLPSNMLYPTKLWERCTGTNDNFEPMHQVQDGLPGQQQNQVLGKWEWRNNVLNFMGATTQRDIRLRYLGALPQFFSTTMDFNSTYVPIQDSADVLAYLVAVSYGRMLGSPGVAELLAEQKNQLFQLKNATTRRAQSTNYKRSPFGNSSGDINSEFTYGSW*
TBL_comb47_HYPODRAFT_10142644TBL_comb47_HYPODRAFT_101426441F083610MNWNSLXSIAQVLAVFVFPVIFFVGRIVWKKVXXELSPNHGSSLRDAVDRIEKVVVEIMSEQKKNKKAIKRVARELETHLSDLDYE*
TBL_comb47_HYPODRAFT_10142870TBL_comb47_HYPODRAFT_101428701F009742MPRLLLVFLLSLRLPDIEAKEAVIFEQFGQLAGITAYLHVHVELSISSVEAQLGKYRQLLKQNCDSELSVLNYMLTYVNTSITNFTLKKDYPDRPEDFPEKSMIRQNAKLWYKVAQLHLRDLEDMEESIAILRKSLPVVPNRNTGKIPVQAQYAPPQGAHVVNMQAYTDTHDHLLTLIPEKTPVNLRTNSQGSVE
TBL_comb47_HYPODRAFT_10143263TBL_comb47_HYPODRAFT_101432632F026565GELVWEQQTYWNLDIVASDGITPLDLTSATIDAQIIRREVTNLQDSRYGLSFDIGDYTPTPTPISLTITNEVAAQGKFTLVINDSTWGLMADDAELNIGAQDCVAYSGRIKISFPASGSNPANDYIIFLLFLVRSDGIVVE*
TBL_comb47_HYPODRAFT_10143430TBL_comb47_HYPODRAFT_101434302F007520MFYSWQIFKVNAISVRHSATDNERLVSYNINLPVPLIPNENVYSVIRDLIVHDFDNSPGIYFQISAVYTLVNRDTGDLRTWTGSFNPRNRQVSQLSAHRRFEADSFINFARANCSVEVAVQKLTANSDARTTAGKTSVWSLQDLKAIIFTFQCRLYPTHRLFTIRPELRHVRDSDGSHKGAEFDLEAG*
TBL_comb47_HYPODRAFT_10143581TBL_comb47_HYPODRAFT_101435812F042707MTKWYNAPARELLPIMCQKGITNEIEIIEDLVDEMNAAGEQAAICEATYKALYAQTRLTIRALSKTKLTVDEVEADATVQCEEAHLAYLIAQNRLITTREALRAAQSRLDAWRSLSAGFRSAGG*
TBL_comb47_HYPODRAFT_10143738TBL_comb47_HYPODRAFT_101437381F093250MDASQALAHITRQLDERILQLQESLADDNCKTIEEYKKVCGEV
TBL_comb47_HYPODRAFT_10143818TBL_comb47_HYPODRAFT_101438183F100247MSYITATKGSNITYDQFAFGIGTQARITLEESEVWHKQYIKEDKEAQKSWAYEWRVNYLMGFLQVSSKEADRILSQSRDERKPDHQKAYKRANSQFVYHIVRPEQATSFKQVKVTVDKVVELFEQLSKAEQAKFMRIVK*
TBL_comb47_HYPODRAFT_10143914TBL_comb47_HYPODRAFT_101439141F011059LPFMVRKREKMSKMTYDQWQSRYLTEESSNYDREFRFKFLSDYLLNPNLAAICRTHNVPYDTALAWKKRDWWHEMAEEILANHKDDLLAKQRAILEKTYLELGDRLHNGDEQYIPNEGHVRVKVRANHLATIADTTLKANQLLQGKATQISHVTIESLADKLRTITQEATVIDVTPEPLL
TBL_comb47_HYPODRAFT_10144253TBL_comb47_HYPODRAFT_101442531F091305VTGGLFHYKHDTSDDRAYSLNKDDYPRLPLFTMQAPASKRRYLNEVFLLVLDDLPTWRSMNTYAVDTEAQLKLLAAAEHPAIPATSSGPAFVAVPKLSKTLVSYIVGLMVTTPYFRGSCDERAKGLAEQHVTSTLASLNTLNGARYKTFLQETIGGWYSLFPEVRAAPRAGRASLDGEEGVDVEEPEEGEEGFIGGEVPVL*
TBL_comb47_HYPODRAFT_10144535TBL_comb47_HYPODRAFT_101445352F087203MILTREIEIKIIESNYQHYVDFGYDVTIGEFIXIPVELLPKGSHHKILCKCNNCGLEKEVIYKNYLKYDNNWGDYFCRKCSEAKRKETLRKNFGVDYPIQNKKVLSKMKNTLIEKYGVDNISKKNKKDE*
TBL_comb47_HYPODRAFT_10144630TBL_comb47_HYPODRAFT_101446302F030412MFKNPKSKLRLRSPKMNRPCSKCDKTLFSCEKSAIGFNQPKGEQLTPIGLWNKRDNLVRELIESLNLMTVTVSRTIGTELQEHLIMRDLIKRIREIDDEWHLIVAPQGDNCLRIMHYDCHCNYNCRCDCRSRKDLHQNEKSTKN*
TBL_comb47_HYPODRAFT_10144630TBL_comb47_HYPODRAFT_101446303F074379TLMDTLLSHKTELIIQFIDLINSMVHKEYENRYPLWAEKVKEVTTQISAIDARWGLKLINTQCRHILIRQSDCTCDPPFNYQLTSISDLESYVLSKQNKTPTIDELMRKRRVLVNELIKFIEDCIIDGYYPQFDLTWVVHLRRISQKILNIDPHWKLECIRETFKCLKIQRVSCDCGHQK
TBL_comb47_HYPODRAFT_10144767TBL_comb47_HYPODRAFT_101447671F086514MMINPLNAICVQSGIPNSNLQQESIDESIVAARLHEMDIKEYLREMGRKGGKARAAKLTPEEKTRIALQGVFMKQYLKNLKKKST*RLGKT
TBL_comb47_HYPODRAFT_10144799TBL_comb47_HYPODRAFT_101447991F078139LEHKIRDMTELLNKMVAQAQAQSQLQAQAPKPEETKTE*
TBL_comb47_HYPODRAFT_10145066TBL_comb47_HYPODRAFT_101450662F024062MAAGRANLRSTLYSYLVGAAIPTLNQVFTSFPKRINYQVNATAGQMSRAAAVIFIQSERETRLAIGGATNGWKRVDYTVVLQIFHHSLQNNAEDAMADFDTL
TBL_comb47_HYPODRAFT_10145569TBL_comb47_HYPODRAFT_101455693F027395SVPFTALNGTVVNPDKVNFSYSIQGQTEQTFTWVNPTGDPTNTIKQGAGGVGYFYANISTVGQPGTWNWQWYGYPSSGVDTTATQVAAQGTVVVSASDL*
TBL_comb47_HYPODRAFT_10145717TBL_comb47_HYPODRAFT_101457172F079588MYFSGPTWRRPGHKSVLLASRRYDGSTSRKTKGSMADTLQCNLWRRAQTPHKLTHCLHGGDNHGKFNGFTALGKTIGTRKSTPRDSEYVEEHSVLKYLRGKLACYLHDFRRHWFVRLRLPPPNGRHDQLYEHQIRRLMRRVMQRSGFRGGGRGRERPEIQVFSRLDIGHKDFLGEQFVNCRWSRSHHADVRMDFVFFIPPPPFYEGTLADFEPTLD
TBL_comb47_HYPODRAFT_10146112TBL_comb47_HYPODRAFT_101461122F038050MKKYFAIIGFIMTPFIISYAFWYVIGAGISASWDLANWTTGLKVTLTVWACVFAIMMLFKLNDDLRT*
TBL_comb47_HYPODRAFT_10146517TBL_comb47_HYPODRAFT_101465171F030989MKYIAKPKLFNNTGMKEFTDAREAILYLNKVLNDDNVDPALDYVFIAPKASPKQLKHAIEEYVGIGKLIVGA*
TBL_comb47_HYPODRAFT_10147890TBL_comb47_HYPODRAFT_101478902F049367MALQLNLTQTQFGSPAPQAYARVTNFFGNKDNIQVQVAVHYDKNAREANMSTVQEHAHYIGLADIAGKGDLLPAIYGVLKTMSQYQGATDV*
TBL_comb47_HYPODRAFT_10148022TBL_comb47_HYPODRAFT_101480223F042707MTNKPVESGKRWYNQPARELIPPMTQKGILDEIEIIEDLVDQMNAAGQQAAICEATYKALYAQTRLTIRALTKTKLTVDEVEADATVQCEEAHLAYLIAQNRLITTREALRAAQSRLDA
TBL_comb47_HYPODRAFT_10148156TBL_comb47_HYPODRAFT_101481561F031765MKDYDPNDAIDFIFKTAPHYAKAKGELAELEAFKSSLKAIKMSESAEQSLGA
TBL_comb47_HYPODRAFT_10148267TBL_comb47_HYPODRAFT_101482671F062400LYSWDVDNSARMLLSVYQPYDINPSFRRYFIQGKVRDSVILYCKKNYYDLTDLNEQVEFTPEAMISAVMAVVYRENKGSDQLYNVSLQNAIFEVNRETADREEPTGSAIRQFQNNMMLNALIPTYAWDDGAAWPY*
TBL_comb47_HYPODRAFT_10148648TBL_comb47_HYPODRAFT_101486481F073059MEDDDSSSSSSSNHEDRLEPSPDVLDQFKVDILSLEDGPAARIVLYNVNLPRRLWQDESSLIRIRDLVTRDFHNVSGIYFQMSATYTLVNRENGEIRTWSGSFNPRNRVISELTSHSSFQSDSFVPFVLAHSSPDWVFDKLTTGGGQLTAGKTSVWVLDEVKSIVISFQARVGVSHSFFSRYPSLNWRTRRSSRRRHGGAAAPGGGGNKRGFGFQLD*
TBL_comb47_HYPODRAFT_10148934TBL_comb47_HYPODRAFT_101489341F055458ILALISAQQKEMIKELEKFPLSKRILVEDEVDEANDKLIELLTELQLTFVIETETEDS*
TBL_comb47_HYPODRAFT_10149110TBL_comb47_HYPODRAFT_101491103F011059MTYEQWQSRYMTEESSNYDRDFRFKFISDYLLNPNLAAICRTHNVPYDTGLSWKKKNWWYDMAEEILANHKDELLAKQRAILERTYDELGDRLVNGDEQYVPNEGHVRVKVRANHLATIADTTLKANQLLQGKATQISHVT
TBL_comb47_HYPODRAFT_10149141TBL_comb47_HYPODRAFT_101491412F079588MCCMHFSGPTWRRPGHESVLLASRRYDGSTSRKTKGSMADTLQCNLWRRAQTPHRMTHSLHGGDNHGDHNGFTALGKTIGTRKSTPKDSEYVEEHSVLKFLRGKLACYLHDFRRHWFVRLRLPPPNGRHDQLYEHQIRRLMRRVVQRSGCLLGAGRGRERPEIQVFSRLDIGHKDFLGEQFVNCRWSRSHHADVRMDFVFFIPPPPF
TBL_comb47_HYPODRAFT_10149358TBL_comb47_HYPODRAFT_101493581F057849MGKIQEWYDQWLLEQAKEAVASGSFKPKPPRYVFPNEIIDGLRKQAEDCENNERDPKTGISTWPKETTLEWAAADLLDERFAEIRHYENLRDKFVELWMDMRELLGGDNDETLA*
TBL_comb47_HYPODRAFT_10149575TBL_comb47_HYPODRAFT_101495751F088232MANTFAPSGFLQYQGGAGGAPTFTQSVRRIAAGNTTPIFTGDPVQPVTSTANGYITQATAGGSVQ
TBL_comb47_HYPODRAFT_10150191TBL_comb47_HYPODRAFT_101501911F043927MNVSTEIQSILEKNKLEDLKEFIGKRKCLNGCNLALIYLFHIVQSAGVLTTTIAAGYDFKELIWVGVGLNIVATIINAFEKTNSSVSKGLLKDINAIRDGTYVDESSIEMPEMKKDDKGTPLISAEQNS*
TBL_comb47_HYPODRAFT_10150331TBL_comb47_HYPODRAFT_101503312F030989MKYIAKPKLFNNTGMKEFDDAREAVLYLNQVLSDSVVKPELDYVFIAPKASPKQLKHAIEEYIGIGKLVCVA*
TBL_comb47_HYPODRAFT_10150603TBL_comb47_HYPODRAFT_101506031F014608MQKYAQIRAQLRQSNRDKINTRGFLSKAYNPCYRTFIASYYFFFILEILALKINPANAVPDPAPTLLDSNFVEPPNLQLLFRPSGKYAASTHFIHIRVPFNFSQLLATPDNIFFQYHKYIELWPEPFRTQVEEVAEISRSCIADKVNDFIDILDALPQNEVITRDKRFLDLIALGMSTAALTLSTFNSAKISKLETQIASSNKRIDHLVDITSLHEKHFKAVDQKLDDVADKVALMLKVNQVHFAKMTDFMEQKFGTAVAISERLIHTAYNNKLAPGALHHEALLEIVKYVNEIAENSELLSFIHQPSDLFLVETSYVYKPDEK
TBL_comb47_HYPODRAFT_10151023TBL_comb47_HYPODRAFT_101510232F042732MSSTYSISRDTIIALALRKLGVLELGDTPDSATLANASMSLNLLIKQMSTEGLKLWKNSELIIPMVSGQTTYILGGATSALMYDTQAPTTAITDRPLKAIQGFYRNIQVTPNIDIPVMLLSKNEYLTLGSKFSTGTANSLFYDVKALNGILYVYLTPDLNSQTNLQIHLVCQMPLNDILLSTDIPDFPNEWMQALVWNLADQLALEYGVPMNYRQEIAQRAAAYKAQLTDWDIETASTYFMPEFRSVGGSSYSR*
TBL_comb47_HYPODRAFT_10151297TBL_comb47_HYPODRAFT_101512972F044876MKISKTCKVELIASTDATRYILNNPYLQGNKLIATNGKSLVMIPVERDSEDTDGPINVEAFKLSRKVLSAIKDSQIIANGQLKVATKEGQMTMPRRDLNGGTFPNWERVIPNENRGGKKICLNAELLYDLAQALGGNEVVLEILDETSPIVVKGHSDHAIAGSIGVLMPIKIK*
TBL_comb47_HYPODRAFT_10151942TBL_comb47_HYPODRAFT_101519422F006061KINTNHVCPKAKSISAIQISSGQTVRVNPSCYVRTMDHIITADDSEELEIHSKWLDWTWTLGQLFQQPENDKVTKAIDRLRERIAGRFDADILINELETMTKEAKEEPLTHWIFTTPGAMLGGAVLSLLLLFCCWRACRSSGNNQYPVPSAPPAPTVIVNRTVEPTRRHDPFH*
TBL_comb47_HYPODRAFT_10152660TBL_comb47_HYPODRAFT_101526601F019949MYQEKNRYSKRTLRFTDDLLYNNSTAEDEANKEILREELEKSIDKSVXFQLAFNTFKIEMQEIKLLRLVEKLLHTVDKMHNLSPLQKARKFSKVYELKQKIIQINLNWKISDSFHLKKYKILTLLDKINVKEEYNSVANEE
TBL_comb47_HYPODRAFT_10152660TBL_comb47_HYPODRAFT_101526602F039010EIIYSQKNRKFSNLDTHPKKNYEMEENEDLDASGIDSHRSDDSNEVRCRFHDFMSHEIEILDQILVEMISVAENISENTIISQLKRCFEYIDNMMIYVNQFINQAQSVKMKHFIRFYSLYDGIRHSMMRTLTIINNLRKRNLFQMVPLVKDLTLDLDEIKVLVSRTTLEQVKEVLEGYRIKRSYIRRKIENFI*
TBL_comb47_HYPODRAFT_10152890TBL_comb47_HYPODRAFT_101528903F005200ELYQDFKKDGKDVADIVQDVGSHLGAFFTHQEAFKEAEKEAKKKPLAKNVSINEEAMNRILRQQQLEQMETDLREMIIYQIGMPGLWQKFTEMREIVKKEREKVEREQKKLWSWLLSRDGSSLTNGRYVERYLLVALSS*
TBL_comb47_HYPODRAFT_10153533TBL_comb47_HYPODRAFT_101535331F045573NAFEKYLPAVLEDRSVKTPKVITETLSTATGDKSARSPDADQIAEQNNNVIDLKRLAGL*
TBL_comb47_HYPODRAFT_10153588TBL_comb47_HYPODRAFT_101535881F104161KTWPPHYFRSRVSPQSEQPYTLQQDSDVPNVHPASTPLKLQTYWITKPVRSIAKTKYWGKRLLKSYIRTPTSPTKSPPIARRHRKNSKRIQLWPWLQKQFLPICLLSTAKTRKSYQRKKIFSPGGSHFSKRRSESTSYHQQSENYDQCPRNNSKNDTQSENDYLTVKSKENLKTMIKIDGAKIIARDDEVKAIGKTAQEFRASKEKQIDQGIETKASITLPHPSATISYISILTFTSFIGTFNLIISIFSSCIADLVDPHFQTSVIGDLSSCKFKHLTQQTASNQADTVIKTFASTDSTRPFKIPGNWPEAHYKSRSQDPLVPSHLLSGRIRN
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