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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Metagenome Family F015464

Metagenome Family F015464

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F015464
Family Type Metagenome
Number of Sequences 254
Average Sequence Length 200 residues
Representative Sequence FTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Number of Associated Samples 76
Number of Associated Scaffolds 254

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.78 %
% of genes near scaffold ends (potentially truncated) 98.03 %
% of genes from short scaffolds (< 2000 bps) 90.94 %
Associated GOLD sequencing projects 42
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (87.008 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(87.402 % of family members)
Environment Ontology (ENVO) Unclassified
(91.339 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(87.008 % of family members)



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Multiple Sequence Alignments

Select alignment to view:      


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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 0.53%    β-sheet: 55.61%    Coil/Unstructured: 43.85%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 254 Family Scaffolds
PF13884Peptidase_S74 2.76



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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A87.01 %
All OrganismsrootAll Organisms12.99 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000116|DelMOSpr2010_c10048411All Organisms → cellular organisms → Bacteria1874Open in IMG/M
3300000116|DelMOSpr2010_c10127638Not Available906Open in IMG/M
3300000116|DelMOSpr2010_c10138701Not Available850Open in IMG/M
3300000116|DelMOSpr2010_c10146283Not Available815Open in IMG/M
3300005346|Ga0074242_10194672All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1781Open in IMG/M
3300005613|Ga0074649_1134927Not Available824Open in IMG/M
3300006025|Ga0075474_10012775All Organisms → Viruses → Predicted Viral3167Open in IMG/M
3300006025|Ga0075474_10023369All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Siphoviridae → unclassified Siphoviridae → Synechococcus phage S-CBS42221Open in IMG/M
3300006025|Ga0075474_10043714All Organisms → Viruses → Predicted Viral1533Open in IMG/M
3300006025|Ga0075474_10094549Not Available970Open in IMG/M
3300006025|Ga0075474_10122785Not Available827Open in IMG/M
3300006025|Ga0075474_10134647Not Available782Open in IMG/M
3300006025|Ga0075474_10230285Not Available561Open in IMG/M
3300006026|Ga0075478_10045806Not Available1439Open in IMG/M
3300006026|Ga0075478_10068371Not Available1151Open in IMG/M
3300006026|Ga0075478_10103733Not Available906Open in IMG/M
3300006026|Ga0075478_10271213Not Available505Open in IMG/M
3300006027|Ga0075462_10052914Not Available1288Open in IMG/M
3300006027|Ga0075462_10093216Not Available938Open in IMG/M
3300006027|Ga0075462_10164368Not Available675Open in IMG/M
3300006027|Ga0075462_10180582Not Available638Open in IMG/M
3300006027|Ga0075462_10181579Not Available636Open in IMG/M
3300006637|Ga0075461_10080997Not Available1031Open in IMG/M
3300006637|Ga0075461_10214026Not Available574Open in IMG/M
3300006637|Ga0075461_10252025Not Available518Open in IMG/M
3300006802|Ga0070749_10141292Not Available1405Open in IMG/M
3300006802|Ga0070749_10283435Not Available932Open in IMG/M
3300006802|Ga0070749_10373911Not Available789Open in IMG/M
3300006802|Ga0070749_10482545Not Available677Open in IMG/M
3300006802|Ga0070749_10512141Not Available653Open in IMG/M
3300006802|Ga0070749_10515268Not Available650Open in IMG/M
3300006802|Ga0070749_10576831Not Available608Open in IMG/M
3300006810|Ga0070754_10156925Not Available1084Open in IMG/M
3300006810|Ga0070754_10321227All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Neisseriales → Neisseriaceae → Eikenella → Eikenella corrodens690Open in IMG/M
3300006810|Ga0070754_10410145Not Available592Open in IMG/M
3300006810|Ga0070754_10420822Not Available582Open in IMG/M
3300006810|Ga0070754_10457081Not Available553Open in IMG/M
3300006810|Ga0070754_10469346Not Available544Open in IMG/M
3300006867|Ga0075476_10090655Not Available1183Open in IMG/M
3300006867|Ga0075476_10289631Not Available576Open in IMG/M
3300006869|Ga0075477_10089158Not Available1329Open in IMG/M
3300006869|Ga0075477_10113213Not Available1153Open in IMG/M
3300006869|Ga0075477_10144055Not Available998Open in IMG/M
3300006869|Ga0075477_10186201Not Available855Open in IMG/M
3300006869|Ga0075477_10376029Not Available555Open in IMG/M
3300006869|Ga0075477_10418740Not Available519Open in IMG/M
3300006874|Ga0075475_10019952All Organisms → Viruses → Predicted Viral3302Open in IMG/M
3300006874|Ga0075475_10094481Not Available1355Open in IMG/M
3300006874|Ga0075475_10240409Not Available763Open in IMG/M
3300006874|Ga0075475_10325598Not Available629Open in IMG/M
3300006874|Ga0075475_10420183Not Available535Open in IMG/M
3300006916|Ga0070750_10135538Not Available1122Open in IMG/M
3300006916|Ga0070750_10149551All Organisms → Viruses → Predicted Viral1057Open in IMG/M
3300006916|Ga0070750_10224547Not Available823Open in IMG/M
3300006916|Ga0070750_10255337Not Available760Open in IMG/M
3300006916|Ga0070750_10271085Not Available732Open in IMG/M
3300006916|Ga0070750_10357491Not Available615Open in IMG/M
3300006916|Ga0070750_10358438Not Available614Open in IMG/M
3300006916|Ga0070750_10397827Not Available575Open in IMG/M
3300006916|Ga0070750_10399471Not Available574Open in IMG/M
3300006919|Ga0070746_10090064All Organisms → Viruses → Predicted Viral1541Open in IMG/M
3300006919|Ga0070746_10161233Not Available1087Open in IMG/M
3300006919|Ga0070746_10205327Not Available937Open in IMG/M
3300006919|Ga0070746_10207074Not Available932Open in IMG/M
3300006919|Ga0070746_10418182Not Available599Open in IMG/M
3300006919|Ga0070746_10506460Not Available529Open in IMG/M
3300007234|Ga0075460_10017048Not Available2868Open in IMG/M
3300007234|Ga0075460_10093634Not Available1085Open in IMG/M
3300007234|Ga0075460_10167437Not Available760Open in IMG/M
3300007236|Ga0075463_10080464Not Available1051Open in IMG/M
3300007236|Ga0075463_10091865Not Available979Open in IMG/M
3300007344|Ga0070745_1291890Not Available582Open in IMG/M
3300007344|Ga0070745_1311487Not Available559Open in IMG/M
3300007344|Ga0070745_1341221Not Available527Open in IMG/M
3300007344|Ga0070745_1360682Not Available508Open in IMG/M
3300007345|Ga0070752_1189095Not Available826Open in IMG/M
3300007345|Ga0070752_1190451Not Available822Open in IMG/M
3300007345|Ga0070752_1191572Not Available819Open in IMG/M
3300007345|Ga0070752_1310169Not Available599Open in IMG/M
3300007345|Ga0070752_1340514Not Available564Open in IMG/M
3300007345|Ga0070752_1381335Not Available524Open in IMG/M
3300007345|Ga0070752_1395880Not Available511Open in IMG/M
3300007346|Ga0070753_1124303Not Available991Open in IMG/M
3300007346|Ga0070753_1251644Not Available641Open in IMG/M
3300007346|Ga0070753_1280717Not Available598Open in IMG/M
3300007346|Ga0070753_1293891Not Available582Open in IMG/M
3300007346|Ga0070753_1323035Not Available548Open in IMG/M
3300007346|Ga0070753_1335750Not Available535Open in IMG/M
3300007346|Ga0070753_1342299Not Available529Open in IMG/M
3300007346|Ga0070753_1351377Not Available520Open in IMG/M
3300007538|Ga0099851_1133856Not Available931Open in IMG/M
3300007538|Ga0099851_1180290Not Available776Open in IMG/M
3300007538|Ga0099851_1345480Not Available520Open in IMG/M
3300007538|Ga0099851_1345980Not Available519Open in IMG/M
3300007539|Ga0099849_1053763All Organisms → Viruses → Predicted Viral1670Open in IMG/M
3300007539|Ga0099849_1361735Not Available514Open in IMG/M
3300007541|Ga0099848_1216796Not Available681Open in IMG/M
3300007542|Ga0099846_1149628Not Available840Open in IMG/M
3300007542|Ga0099846_1160004Not Available807Open in IMG/M
3300007542|Ga0099846_1177159Not Available759Open in IMG/M
3300007640|Ga0070751_1185744Not Available815Open in IMG/M
3300007640|Ga0070751_1188834Not Available806Open in IMG/M
3300007640|Ga0070751_1200305Not Available776Open in IMG/M
3300007640|Ga0070751_1283671Not Available621Open in IMG/M
3300007640|Ga0070751_1310649Not Available586Open in IMG/M
3300007640|Ga0070751_1321658Not Available573Open in IMG/M
3300007640|Ga0070751_1373374Not Available518Open in IMG/M
3300007640|Ga0070751_1382134Not Available510Open in IMG/M
3300007960|Ga0099850_1025645Not Available2595Open in IMG/M
3300007960|Ga0099850_1058857Not Available1627Open in IMG/M
3300007960|Ga0099850_1177691Not Available846Open in IMG/M
3300007960|Ga0099850_1271177Not Available650Open in IMG/M
3300007960|Ga0099850_1276782Not Available641Open in IMG/M
3300007960|Ga0099850_1282497Not Available633Open in IMG/M
3300008012|Ga0075480_10072982All Organisms → Viruses → unclassified viruses → unclassified DNA viruses → unclassified dsDNA viruses → Prokaryotic dsDNA virus sp.1965Open in IMG/M
3300008012|Ga0075480_10157151All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → Tenacibaculum1229Open in IMG/M
3300008012|Ga0075480_10158399Not Available1223Open in IMG/M
3300008012|Ga0075480_10297050Not Available821Open in IMG/M
3300008012|Ga0075480_10524391Not Available568Open in IMG/M
3300008012|Ga0075480_10532009Not Available563Open in IMG/M
3300008012|Ga0075480_10613240Not Available514Open in IMG/M
3300008012|Ga0075480_10625218Not Available508Open in IMG/M
3300009001|Ga0102963_1453591Not Available503Open in IMG/M
3300010297|Ga0129345_1123470Not Available947Open in IMG/M
3300010299|Ga0129342_1025045All Organisms → cellular organisms → Bacteria2424Open in IMG/M
3300010299|Ga0129342_1070887All Organisms → Viruses → Predicted Viral1337Open in IMG/M
3300010299|Ga0129342_1174544Not Available773Open in IMG/M
3300010300|Ga0129351_1027609All Organisms → cellular organisms → Bacteria2351Open in IMG/M
3300010300|Ga0129351_1390269Not Available520Open in IMG/M
3300010389|Ga0136549_10242211Not Available768Open in IMG/M
3300017963|Ga0180437_10535673Not Available860Open in IMG/M
3300017963|Ga0180437_11099156Not Available567Open in IMG/M
3300017971|Ga0180438_10238719Not Available1424Open in IMG/M
3300017971|Ga0180438_10254121All Organisms → Viruses → Predicted Viral1370Open in IMG/M
3300017971|Ga0180438_10887248Not Available649Open in IMG/M
3300017987|Ga0180431_11028129Not Available541Open in IMG/M
3300017989|Ga0180432_11174055Not Available515Open in IMG/M
3300017990|Ga0180436_10597728Not Available822Open in IMG/M
3300017991|Ga0180434_10116861Not Available2209Open in IMG/M
3300017991|Ga0180434_10887138Not Available671Open in IMG/M
3300017991|Ga0180434_10953257Not Available645Open in IMG/M
3300018065|Ga0180430_10947020Not Available600Open in IMG/M
3300018080|Ga0180433_10108026Not Available2388Open in IMG/M
3300018080|Ga0180433_10241620Not Available1449Open in IMG/M
3300018080|Ga0180433_10381687Not Available1091Open in IMG/M
3300018080|Ga0180433_10625230Not Available806Open in IMG/M
3300021379|Ga0213864_10447320Not Available650Open in IMG/M
3300021964|Ga0222719_10775191Not Available531Open in IMG/M
3300022057|Ga0212025_1015172All Organisms → Viruses → Predicted Viral1202Open in IMG/M
3300022057|Ga0212025_1051371Not Available711Open in IMG/M
3300022065|Ga0212024_1043520Not Available781Open in IMG/M
3300022065|Ga0212024_1050012Not Available733Open in IMG/M
3300022065|Ga0212024_1053272Not Available711Open in IMG/M
3300022067|Ga0196895_1021693Not Available716Open in IMG/M
3300022068|Ga0212021_1000925Not Available3174Open in IMG/M
3300022068|Ga0212021_1025455All Organisms → cellular organisms → Bacteria1132Open in IMG/M
3300022068|Ga0212021_1030868Not Available1045Open in IMG/M
3300022068|Ga0212021_1041539Not Available920Open in IMG/M
3300022069|Ga0212026_1014166Not Available1074Open in IMG/M
3300022069|Ga0212026_1032099Not Available773Open in IMG/M
3300022069|Ga0212026_1045771Not Available657Open in IMG/M
3300022158|Ga0196897_1021701Not Available784Open in IMG/M
3300022158|Ga0196897_1041577Not Available546Open in IMG/M
3300022167|Ga0212020_1018236Not Available1117Open in IMG/M
3300022167|Ga0212020_1049382Not Available714Open in IMG/M
3300022167|Ga0212020_1049527Not Available713Open in IMG/M
3300022168|Ga0212027_1028862Not Available739Open in IMG/M
3300022168|Ga0212027_1030287Not Available718Open in IMG/M
3300022168|Ga0212027_1046632Not Available549Open in IMG/M
3300022183|Ga0196891_1013354Not Available1600Open in IMG/M
3300022183|Ga0196891_1027160Not Available1081Open in IMG/M
3300022183|Ga0196891_1050034Not Available760Open in IMG/M
3300022183|Ga0196891_1085590Not Available557Open in IMG/M
3300022187|Ga0196899_1017533Not Available2693Open in IMG/M
3300022187|Ga0196899_1183197Not Available563Open in IMG/M
3300022187|Ga0196899_1203994Not Available522Open in IMG/M
3300022187|Ga0196899_1207288Not Available516Open in IMG/M
3300022198|Ga0196905_1036739Not Available1446Open in IMG/M
3300022198|Ga0196905_1196146Not Available507Open in IMG/M
3300022200|Ga0196901_1093184Not Available1059Open in IMG/M
3300025610|Ga0208149_1006531All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Siphoviridae → unclassified Siphoviridae → Synechococcus phage S-CBS43743Open in IMG/M
3300025610|Ga0208149_1039097Not Available1266Open in IMG/M
3300025610|Ga0208149_1070747Not Available871Open in IMG/M
3300025610|Ga0208149_1099116Not Available700Open in IMG/M
3300025630|Ga0208004_1045726Not Available1201Open in IMG/M
3300025630|Ga0208004_1048489Not Available1155Open in IMG/M
3300025646|Ga0208161_1015308Not Available3019Open in IMG/M
3300025646|Ga0208161_1090559Not Available864Open in IMG/M
3300025647|Ga0208160_1090878Not Available805Open in IMG/M
3300025655|Ga0208795_1126940Not Available658Open in IMG/M
3300025671|Ga0208898_1084924All Organisms → Viruses → Predicted Viral1007Open in IMG/M
3300025671|Ga0208898_1137242Not Available680Open in IMG/M
3300025671|Ga0208898_1160111Not Available595Open in IMG/M
3300025674|Ga0208162_1006525All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes5262Open in IMG/M
3300025674|Ga0208162_1030597All Organisms → cellular organisms → Bacteria1973Open in IMG/M
3300025674|Ga0208162_1033014All Organisms → Viruses → Predicted Viral1873Open in IMG/M
3300025687|Ga0208019_1040809Not Available1661Open in IMG/M
3300025687|Ga0208019_1137629Not Available703Open in IMG/M
3300025751|Ga0208150_1193284Not Available631Open in IMG/M
3300025759|Ga0208899_1014844All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes4118Open in IMG/M
3300025759|Ga0208899_1041069Not Available2063Open in IMG/M
3300025759|Ga0208899_1174955Not Available707Open in IMG/M
3300025759|Ga0208899_1183556Not Available681Open in IMG/M
3300025759|Ga0208899_1201099Not Available633Open in IMG/M
3300025769|Ga0208767_1009702All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes6042Open in IMG/M
3300025769|Ga0208767_1040636Not Available2274Open in IMG/M
3300025769|Ga0208767_1117741All Organisms → Viruses → Predicted Viral1026Open in IMG/M
3300025769|Ga0208767_1123895Not Available987Open in IMG/M
3300025769|Ga0208767_1134152Not Available928Open in IMG/M
3300025769|Ga0208767_1241074Not Available573Open in IMG/M
3300025769|Ga0208767_1265113Not Available526Open in IMG/M
3300025771|Ga0208427_1060645All Organisms → Viruses → Predicted Viral1371Open in IMG/M
3300025771|Ga0208427_1062929Not Available1340Open in IMG/M
3300025771|Ga0208427_1081558Not Available1143Open in IMG/M
3300025803|Ga0208425_1029642Not Available1422Open in IMG/M
3300025803|Ga0208425_1057309Not Available962Open in IMG/M
3300025803|Ga0208425_1117219Not Available611Open in IMG/M
3300025810|Ga0208543_1017651Not Available1815Open in IMG/M
3300025810|Ga0208543_1063542Not Available899Open in IMG/M
3300025815|Ga0208785_1018859Not Available2296Open in IMG/M
3300025815|Ga0208785_1019795All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Siphoviridae → unclassified Siphoviridae → Synechococcus phage S-CBS42221Open in IMG/M
3300025815|Ga0208785_1049170All Organisms → Viruses → Predicted Viral1187Open in IMG/M
3300025815|Ga0208785_1094458Not Available747Open in IMG/M
3300025818|Ga0208542_1091074Not Available889Open in IMG/M
3300025818|Ga0208542_1157308Not Available614Open in IMG/M
3300025818|Ga0208542_1191962Not Available532Open in IMG/M
3300025818|Ga0208542_1200077Not Available516Open in IMG/M
3300025828|Ga0208547_1061255Not Available1262Open in IMG/M
3300025840|Ga0208917_1053400Not Available1591Open in IMG/M
3300025840|Ga0208917_1055770Not Available1550Open in IMG/M
3300025840|Ga0208917_1112555Not Available982Open in IMG/M
3300025853|Ga0208645_1017117All Organisms → Viruses → unclassified viruses → unclassified DNA viruses → unclassified dsDNA viruses → Prokaryotic dsDNA virus sp.4125Open in IMG/M
3300025853|Ga0208645_1132682Not Available975Open in IMG/M
3300025853|Ga0208645_1136905Not Available951Open in IMG/M
3300025853|Ga0208645_1267699Not Available557Open in IMG/M
3300025853|Ga0208645_1285996Not Available526Open in IMG/M
3300025889|Ga0208644_1064656All Organisms → Viruses → Predicted Viral1948Open in IMG/M
3300025889|Ga0208644_1154569Not Available1047Open in IMG/M
3300025889|Ga0208644_1179784Not Available939Open in IMG/M
3300025889|Ga0208644_1376996Not Available531Open in IMG/M
3300025889|Ga0208644_1380826Not Available526Open in IMG/M
3300034374|Ga0348335_008262All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Siphoviridae → unclassified Siphoviridae → Synechococcus phage S-CBS46015Open in IMG/M
3300034374|Ga0348335_060197Not Available1397Open in IMG/M
3300034374|Ga0348335_092813Not Available976Open in IMG/M
3300034374|Ga0348335_122275Not Available768Open in IMG/M
3300034374|Ga0348335_160048Not Available602Open in IMG/M
3300034375|Ga0348336_008927All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Siphoviridae → unclassified Siphoviridae → Synechococcus phage S-CBS46287Open in IMG/M
3300034375|Ga0348336_112291Not Available893Open in IMG/M
3300034375|Ga0348336_126651Not Available805Open in IMG/M
3300034375|Ga0348336_195888Not Available544Open in IMG/M
3300034375|Ga0348336_211677Not Available506Open in IMG/M
3300034418|Ga0348337_052022Not Available1636Open in IMG/M
3300034418|Ga0348337_167426Not Available595Open in IMG/M
3300034418|Ga0348337_174354Not Available571Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous87.40%
Hypersaline Lake SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Sediment → Hypersaline Lake Sediment6.30%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient2.36%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine1.57%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Sediment → Saline Water And Sediment0.79%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater0.39%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water0.39%
Pond WaterEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Pond Water0.39%
Marine Methane Seep SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Marine Methane Seep Sediment0.39%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000116Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010EnvironmentalOpen in IMG/M
3300005346Saline sediment microbial community from Etoliko Lagoon, GreeceEnvironmentalOpen in IMG/M
3300005613Saline sediment microbial communities from Etoliko Lagoon, Greece - sedimentEnvironmentalOpen in IMG/M
3300006025Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006026Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006027Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNAEnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300006869Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006874Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006916Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24EnvironmentalOpen in IMG/M
3300006919Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21EnvironmentalOpen in IMG/M
3300007234Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNAEnvironmentalOpen in IMG/M
3300007236Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNAEnvironmentalOpen in IMG/M
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007345Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
3300007541Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaGEnvironmentalOpen in IMG/M
3300007542Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaGEnvironmentalOpen in IMG/M
3300007640Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28EnvironmentalOpen in IMG/M
3300007960Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaGEnvironmentalOpen in IMG/M
3300008012Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300009001Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_C_H2O_MGEnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
3300010299Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_DNAEnvironmentalOpen in IMG/M
3300010300Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.2_DNAEnvironmentalOpen in IMG/M
3300010389Marine sediment microbial communities from methane seeps within Baltimore Canyon, US Atlantic Margin - Baltimore Canyon MUC-11 12-14 cmbsfEnvironmentalOpen in IMG/M
3300017963Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_3_D_1 metaGEnvironmentalOpen in IMG/M
3300017971Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_3_D_2 metaGEnvironmentalOpen in IMG/M
3300017987Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_MS_1 metaGEnvironmentalOpen in IMG/M
3300017989Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_MS_2 metaGEnvironmentalOpen in IMG/M
3300017990Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_3_S_2 metaGEnvironmentalOpen in IMG/M
3300017991Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_2 metaGEnvironmentalOpen in IMG/M
3300018065Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_S_2 metaGEnvironmentalOpen in IMG/M
3300018080Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_1 metaGEnvironmentalOpen in IMG/M
3300021379Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO247EnvironmentalOpen in IMG/M
3300021964Estuarine water microbial communities from San Francisco Bay, California, United States - C33_34DEnvironmentalOpen in IMG/M
3300022057Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v2)EnvironmentalOpen in IMG/M
3300022065Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (v2)EnvironmentalOpen in IMG/M
3300022067Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v3)EnvironmentalOpen in IMG/M
3300022068Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (v2)EnvironmentalOpen in IMG/M
3300022069Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v2)EnvironmentalOpen in IMG/M
3300022158Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v3)EnvironmentalOpen in IMG/M
3300022167Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (v2)EnvironmentalOpen in IMG/M
3300022168Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v2)EnvironmentalOpen in IMG/M
3300022183Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (v3)EnvironmentalOpen in IMG/M
3300022187Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v3)EnvironmentalOpen in IMG/M
3300022198Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300022200Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300025610Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025630Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025646Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025647Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025655Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025687Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025751Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
3300025771Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025803Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025815Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025818Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025828Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025840Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025853Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (SPAdes)EnvironmentalOpen in IMG/M
3300025889Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18 (SPAdes)EnvironmentalOpen in IMG/M
3300034374Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v4)EnvironmentalOpen in IMG/M
3300034375Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v4)EnvironmentalOpen in IMG/M
3300034418Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v4)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOSpr2010_1004841113300000116MarineTADIMVTRNGLFLNSSYIASLDSINGTIELTFVPDNGDRIVVIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
DelMOSpr2010_1012763813300000116MarineFVPTGSATFTVTKNEGVLPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFIPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFLPRSGEKITIVWVVSNL*
DelMOSpr2010_1013870123300000116MarineLDYEKVTTYSPSLGQFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGELAKTKDAILLMRNGQHINNDYITGINTSSGTITLTFPPDSGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGINPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL*
DelMOSpr2010_1014628323300000116MarineFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTITFGFVPRSGEKITIVWVVSNL*
Ga0074242_1019467213300005346Saline Water And SedimentMEFISKYLRQTGSSAEFTCTENSGIIPSRKQEMFVYVNGIFLDIDKISEYNPQESKFTLNFTPSSNDSIAATWFDSFPNNIKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTAGTITLTFTPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGVSPSFTVTENEGKLPDSLSAIMVYRNGQFISNQFISTHDSVTGTITFGFVPRSGEKITLIWVVSNL*
Ga0074649_113492713300005613Saline Water And SedimentGNVLFLNYSYIASLDSVNGTLELTFTPDNGDRIVVIWFYRSENEQAVFQEIFTPSGSATFTVTKNEATLPSSLYKIFLFINGIFLDYQKVSTFSPGQGQFTLNFTPDASDTIAAVWFKTLPDSNKIIQETFSADGSQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTAGTITLTFTPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGVSPSFTVTENEGKLPESLSAIMVYRNGQFISNQFISTHDSVTGTITFGFVPRS
Ga0075474_1001277513300006025AqueousNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL*
Ga0075474_1002336913300006025AqueousKQEMLIYQNGIFIDSDKVTTYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075474_1004371423300006025AqueousPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFLPRSGEKITIVWVVSNL*
Ga0075474_1009454923300006025AqueousTGSSAEFTCTENSGIIPSRKQEMFVYVNGIFLDIDKISEYNPQESKFTLNFTPEVTDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0075474_1012278523300006025AqueousIYLNGIFIDYEKITSYSTASSEFTLNFTPYNDDTIAAVWFASLPNNLKIFQENLFADGLQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL*
Ga0075474_1013464713300006025AqueousNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075474_1023028513300006025AqueousFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVS
Ga0075478_1004580623300006026AqueousTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0075478_1006837113300006026AqueousSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0075478_1010373323300006026AqueousAIWFMSLPNNLKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075478_1027121313300006026AqueousGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADSTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVA
Ga0075462_1005291423300006027AqueousGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075462_1009321613300006027AqueousSINGTIELTFVPDNGDRIVVIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0075462_1016436813300006027AqueousGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL*
Ga0075462_1018058223300006027AqueousKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075462_1018157923300006027AqueousSIAAVWFKTLPESNKIIQEQFIANGTQSTFIVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075461_1008099723300006637AqueousWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGNLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0075461_1021402613300006637AqueousKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFLPRSGEKITIVWVVSNL*
Ga0075461_1025202513300006637AqueousGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFG
Ga0070749_1014129213300006802AqueousETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0070749_1028343523300006802AqueousPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNAGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGNLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSSAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITLIWVVSNL*
Ga0070749_1037391113300006802AqueousSNKIIQEQFIANGTQSTFIVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFILSHDPVAGTITFGFVPRSGEKITIVWVVSNF*
Ga0070749_1048254513300006802AqueousGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL*
Ga0070749_1051214113300006802AqueousKNGGELAKTKDAILLMRNGQHINNDYITGINTSSGTITLTFPPDSGDDITLIWFVEEIVTSTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL*
Ga0070749_1051526823300006802AqueousESNKIIQEQFIADGTQTTFNVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTITFGFVPRSGEKITIVWVVSNL*
Ga0070749_1057683113300006802AqueousQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070754_1015692523300006810AqueousDSYIASHSAVDGTLTLTFTPDTGDRISIVWYGRGEVTNNGIYQQIFTPTGSSAEFTCTENSGIIPSRKQEMFVYVNGIFLDIDKISEYNPQESKFTLDFTPDATDSIAATWFDSFPNNIKVVQETLSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0070754_1032122713300006810AqueousNGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070754_1041014513300006810AqueousSIAAIWFMSLPNNLKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVLATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070754_1042082213300006810AqueousGIIPSRKQEMLIYQNGIFIDSDKVTTYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQYINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHD
Ga0070754_1045708113300006810AqueousVWFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070754_1046934613300006810AqueousPDTSDSIAAVWFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADSTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVS
Ga0075476_1009065523300006867AqueousEVFTPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075476_1028963113300006867AqueousIIPSRKQEMLIYQNGIFIDSDKVTTYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSH
Ga0075477_1008915813300006869AqueousGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL*
Ga0075477_1011321323300006869AqueousRNGLFLNDSYIASLDGVNGTLELTFTPDNGDRIVIIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075477_1014405523300006869AqueousSAEFTCTENSGIIPSRKQEMFVYVNGIFLDIDKISEYNPQESKFTLDFTPDATDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0075477_1018620113300006869AqueousARKQEMFIYLNGIFIDYEKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL*
Ga0075477_1037602913300006869AqueousAYINGIFLDYEKLSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGRLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDP
Ga0075477_1041874013300006869AqueousKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075475_1001995213300006874AqueousVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0075475_1009448123300006874AqueousTTSDIMVTRNGLFLNDSYIASLDGVNGTLELTFTPDNGDRIVIIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075475_1024040913300006874AqueousFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFLPRSGEKITIVWVVSNL*
Ga0075475_1032559813300006874AqueousFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075475_1042018313300006874AqueousLGQFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGELAKTKDAILLMRNGQHINNDYITGINTSSGTITLTFAPDSGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRS
Ga0070750_1013553823300006916AqueousLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFILSHDPVAGTITFGFVPRSGEKITIVWVVSNF*
Ga0070750_1014955113300006916AqueousNEGVLPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFNVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTITFGFVPRSGEKITIVWVVSNL*
Ga0070750_1022454723300006916AqueousEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0070750_1025533713300006916AqueousADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTDSVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTITFGFVPRSGEKITIVWVVSNL*
Ga0070750_1027108513300006916AqueousPESTKVIQETFSADGTQTTFTVTKNGGNLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSSAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITLIWVVSNL*
Ga0070750_1035749113300006916AqueousIFLDYEKVSSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGTQSTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSN
Ga0070750_1035843813300006916AqueousDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070750_1039782713300006916AqueousEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFI
Ga0070750_1039947113300006916AqueousFSADGTQTTFTVTKNGGNLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0070746_1009006423300006919AqueousAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMVQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0070746_1016123313300006919AqueousEGVLPSSLYKIFVFINGIFLDYEKISSFSAGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEKFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDSVAGTVTFSFVPRSGEKITIVWVVSNL*
Ga0070746_1020532723300006919AqueousLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0070746_1020707413300006919AqueousKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFILSHDPVAGTITFGFVPRSGEKITIVWVVSNF*
Ga0070746_1041818213300006919AqueousFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQF
Ga0070746_1050646013300006919AqueousNYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFNADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSIFQEEFTADGVSSTFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTV
Ga0075460_1001704823300007234AqueousLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0075460_1009363423300007234AqueousFVPDNGDRIVVIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0075460_1016743723300007234AqueousIVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFLPRSGEKITIVWVVSNL*
Ga0075463_1008046423300007236AqueousEVTNNGIYQQIFTPTGSSAEFTCTENSGIIPSRKQEMFVYVNGIFLDIDKISEYNPQESKFTLDFTPEVTDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGNLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0075463_1009186523300007236AqueousSIAAVWFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL*
Ga0070745_129189013300007344AqueousGIIPSRKQEMLIYQNGIFIDSDKVTTYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHD
Ga0070745_131148713300007344AqueousLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGELAKTKDAILLMRNGQHINNDYITGINTSSGTITLTFAPDSGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0070745_134122113300007344AqueousNYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTVT
Ga0070745_136068213300007344AqueousKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVS
Ga0070752_118909513300007345AqueousDSVNGTFELTFIPDLDDRISVVWFVKNTTVEGNIFQEVFTANGSTTTFTVTKNGGLIPTRKQELFIYINGIFLDYEKVTTYSPSLGQFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGELAKTKDAILLMRNGQHINNDYITGINTSSGTITLTFAPDSGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0070752_119045123300007345AqueousAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFLPRSGEKITIVWVVSNL*
Ga0070752_119157223300007345AqueousNYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070752_131016913300007345AqueousFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVW
Ga0070752_134051413300007345AqueousFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070752_138133513300007345AqueousPDTSDSIAAVWFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADSTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKIT
Ga0070752_139588013300007345AqueousQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070753_112430313300007346AqueousDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQKTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPANSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNKFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0070753_125164413300007346AqueousELFIYINGIFLDYEKVTTYSPSLGQFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0070753_128071713300007346AqueousLPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTV
Ga0070753_129389113300007346AqueousPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070753_132303513300007346AqueousQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGKSAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITI
Ga0070753_133575013300007346AqueousPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITKTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVTSHDYLNGTITFNFTPRSGEKITLVWVL*
Ga0070753_134229913300007346AqueousSIAAIWFMSLPNNLKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVLATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSN
Ga0070753_135137713300007346AqueousNYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGT
Ga0099851_113385613300007538AqueousLFVFINGIFLDYEKVSSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0099851_118029013300007538AqueousTFTVTKNEGVLPSSIYKIFVFINGIFLDYEKISSFSAGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSSAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL*
Ga0099851_134548013300007538AqueousKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYL
Ga0099851_134598013300007538AqueousKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDQGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDY
Ga0099849_105376313300007539AqueousSGDRIVIIWFYRSENEQAVFQEVFTPTGSDTFTVTKNDGVLPSSLYKLFVFINGIFLDYEKVSSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0099849_136173513300007539AqueousNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLIRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTFTFSFVPRSGEKITIVWVVSNL*
Ga0099848_121679623300007541AqueousLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL*
Ga0099846_114962823300007542AqueousEDAGIYQEIFSGNGTATFTLTENGGIIPARKQEMFIYLNGIFIDYEKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDQGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL*
Ga0099846_116000413300007542AqueousNGSTATFTVTKNGGLIPTRKQELFIYINGIFLDYEKVTTYSPSLGQFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGELAKTKDAILLMRNGQHINNDYITGINTSSGTITLTFPPDSGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL*
Ga0099846_117715923300007542AqueousFKTLPVSNKIIQERFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTINGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTFTFSFVPRSGEKITIVWVVSNL*
Ga0070751_118574413300007640AqueousQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070751_118883413300007640AqueousSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070751_120030523300007640AqueousLPESTKVIQETFSADGTQTTFTVTKNGGRLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL*
Ga0070751_128367113300007640AqueousQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0070751_131064913300007640AqueousYSPSLGQFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0070751_132165813300007640AqueousLGQFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGELAKTKDAILLMRNGQHINNDYITGINTSSGTITLTFAPDSGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0070751_137337413300007640AqueousFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSSAVSMFQQEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISLHDPVAGTITFSFVPRSGEKITIVWVVSNL*
Ga0070751_138213413300007640AqueousTDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSNAVSMFQEEFTADGITPTFTVTENEGKLPESLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEK
Ga0099850_102564523300007960AqueousFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDQGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL
Ga0099850_105885713300007960AqueousGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQSTFTVTKNGGKSAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGTTPTFTVTENEGKLPESLSAIMVYRNGQFISNQFITTHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0099850_117769123300007960AqueousLDFTPDATDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFITTHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0099850_127117713300007960AqueousPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0099850_127678213300007960AqueousFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITITFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0099850_128249713300007960AqueousSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFI
Ga0075480_1007298213300008012AqueousSINGTIELTFVPDNGDRIVVIWFYRSENEQAVFQEIFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKLSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGRLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL*
Ga0075480_1015715123300008012AqueousLDIDKISEYNPQESKFTLNFTPEVTDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEVFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0075480_1015839923300008012AqueousPTGSSAEFTCTENSGIIPSRKQEMFVYVNGIFLDIDKISEYNPQESKFTLDFTPDPTDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL*
Ga0075480_1029705013300008012AqueousLPENAAEITIYRNGLLLNQSYISSLDAVNGQFTLSFTPDVGDRIAVVWFFRGELEDSGIYQEIFTPSGSSATFTCTGNNGIIPSRKQEMLIYQNGIFIDSDKVTTYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHD
Ga0075480_1052439113300008012AqueousFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0075480_1053200913300008012AqueousFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADSTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSN
Ga0075480_1061324013300008012AqueousQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTV
Ga0075480_1062521813300008012AqueousTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGT
Ga0102963_145359113300009001Pond WaterFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQQEFTADGTSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIIWVVSNL*
Ga0129345_112347013300010297Freshwater To Marine Saline GradientGVLPGSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0129342_102504523300010299Freshwater To Marine Saline GradientFTCTENSGIIPSRKQEMFVYVNGIFLDIDKISEYNPQESKFTLDFTPDPTDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0129342_107088723300010299Freshwater To Marine Saline GradientTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL*
Ga0129342_117454413300010299Freshwater To Marine Saline GradientPNNLKIFQENLFADGLQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL*
Ga0129351_102760913300010300Freshwater To Marine Saline GradientDGTLTLTFTPDTGDRISIVWYGRGEVTNNGIYQQIFTPTGSSAEFTCTENSGIIPSRKQEMFVYVNGIFLDIDKISEYNPQESKFTLDFTPDATDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL*
Ga0129351_139026913300010300Freshwater To Marine Saline GradientPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTINGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPLIMIYRNGQFISNQFITSHDPVAGTVTFSFVPRSGEKITIVWVVSNL*
Ga0136549_1024221113300010389Marine Methane Seep SedimentPDTTADIMVTRNGLFLNDSYIASLDGVNGTLELTFTPDSGDRIVIIWFYRSENEQAVFQEVFTPTGSATFTVTKNEGVLPGSLYKLFVFINGIFLDYEKITSFSPGQGEFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQSTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQQEFTADGTSAAFTVTENEGKLPEDLPSIMIYR
Ga0180437_1053567313300017963Hypersaline Lake SedimentNGTLELTFTPDSGDRIVIIWFYRSENEQAVFQEVFVPTGSATFTVTKNEGVLPGSLYKIFVFINGIFLDYEKVSSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQSTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDIALIWFVEEFVTPTGTAAVSMFQQEFTADGVSSTFTITENEGKLPEDLPSIMIYRNGQFISNQFITSHDSVAGTVTFSFVPRSGEKITIVWVVSNL
Ga0180437_1109915613300017963Hypersaline Lake SedimentKVSSFSPGQGQFTLNFTPDISDSIAAVWFKTLPESNKIIQEQFTADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGTSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEK
Ga0180438_1023871913300017971Hypersaline Lake SedimentEGVLPGSLYKLFVFINGIFLDYEKISSFSAGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDIALIWFVEEFVTPTGTAAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0180438_1025412113300017971Hypersaline Lake SedimentDDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITVVWVVSNL
Ga0180438_1088724813300017971Hypersaline Lake SedimentKFTLDFTPDPTDSIAATWFDSFPNNIKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0180431_1102812913300017987Hypersaline Lake SedimentLKIIQEQLIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGTSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITVVWVVSNL
Ga0180432_1117405513300017989Hypersaline Lake SedimentEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQCDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL
Ga0180436_1059772813300017990Hypersaline Lake SedimentADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEDFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0180434_1011686113300017991Hypersaline Lake SedimentTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL
Ga0180434_1088713813300017991Hypersaline Lake SedimentTYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSATFTVTENEGKLTEDLPSIMIYRNGQFISNQFILSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0180434_1095325713300017991Hypersaline Lake SedimentNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL
Ga0180430_1094702013300018065Hypersaline Lake SedimentFLDIDKISEYNPQESKFTLDFTPDATDSIAATWFDSFPNNIKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIW
Ga0180433_1010802613300018080Hypersaline Lake SedimentSLDGVNGTLELTFTPDSGDRIVIIWFYRSENEQAVFQEVFVPTGSDTFTVTKNEGVLPSSLYKLFVFINGIFLDYEKVSSFSPGQGQFTLNFTPDISDSIAAVWFKTLPESNKIIQEQFTADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQDDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0180433_1024162013300018080Hypersaline Lake SedimentEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0180433_1038168713300018080Hypersaline Lake SedimentYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTVTFSFVPRSGEKITIVWVVSNL
Ga0180433_1062523013300018080Hypersaline Lake SedimentSYISSLDAVNGQFTLSFTPDVGDRIAVVWFFRGELEDSGIYQEIFTPSGSSATFTCTGNNGIIPSRKQEMLIYQNGIFIDSDKVTTYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFTPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTVTFGFVPRS
Ga0213864_1044732013300021379SeawaterVWFKTLPVSNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0222719_1077519113300021964Estuarine WaterVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTVTFVFVPRSGEKITIVWVVSNL
Ga0212025_101517223300022057AqueousTSDIMVTRNGLFLNDSYISSLDGINGTLELTFTPDSGDRIVIIWFYRSENEQAVFQEVFVPTGSATFTVTKNEGVLPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFIPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFLPRSGEKITIVWVVSNL
Ga0212025_105137113300022057AqueousTKNGGLIPTRKQELFIYINGIFLDYEKVTTYSPSLGQFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0212024_104352023300022065AqueousAVWFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0212024_105001223300022065AqueousKFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL
Ga0212024_105327223300022065AqueousKIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL
Ga0196895_102169323300022067AqueousSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0212021_100092513300022068AqueousFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0212021_102545513300022068AqueousTFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0212021_103086813300022068AqueousISIVWYGRGEVTNNGIYQQIFTPTGLSAEFTCTENSGIIPSRKQEMFVYVNGIFLDIDKISEYNPQESKFTLDFTPDATDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL
Ga0212021_104153923300022068AqueousNGIYQQIFTPTGSSAEFTCTENSGIIPSRKQEMFVYVNGIFLDIDKISEYNPQESKFTLDFTPEVTDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPESLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL
Ga0212026_101416613300022069AqueousSGNGTATFTLTENGGIIPARKQEMFIYLNGIFIDYEKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLSKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVASHDYLNGTITFNFTPRSGEKITLVWVL
Ga0212026_103209913300022069AqueousDPTDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSN
Ga0212026_104577113300022069AqueousGTQTTFTVTKNGGELAKTKDAILLMRNGQHINNDYITGINTSSGTITLTFAPDSGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0196897_102170123300022158AqueousTTYSPSLGQFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0196897_104157713300022158AqueousIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSN
Ga0212020_101823623300022167AqueousTLNFTPYNHDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLSKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVASHDYLNGTITFNFTPRSGEKITLVWVL
Ga0212020_104938223300022167AqueousFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0212020_104952713300022167AqueousMLIYQNGIFIDSDKVSDYSQTTSEFTLNYTPSSDDSIAAVWFMSLPNNLKIIQEQFIADGTQTTFTVTKNAGKLAKTKDAILLMRNGQHINNDYISGINTTNGTVTMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL
Ga0212027_102886223300022168AqueousEEFTLNFTPEVTDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0212027_103028723300022168AqueousVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVASHDYLNGTITFNFTPRSGEKITLVWVL
Ga0212027_104663213300022168AqueousAIWFMSLPNNLKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0196891_101335413300022183AqueousAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0196891_102716023300022183AqueousYISSLDSINGTFTLSFTPDVDDRIVVVWFYRNEVEDAGIYQEIFSGNGTATFTLTENGGIIPARKQEMFIYLNGIFIDYEKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGLQTTFTITNNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL
Ga0196891_105003413300022183AqueousKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL
Ga0196891_108559013300022183AqueousVIQETFSADGTQTTFTVTKNGGNLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDSGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL
Ga0196899_101753313300022187AqueousFTPDSGDRIVIIWFYRSENEQAVFQEVFVPTGSATFTVTKNEGVLPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFIPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFLPRSGEKITIVWVVSNL
Ga0196899_118319713300022187AqueousNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0196899_120399413300022187AqueousDSIAAVWFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWV
Ga0196899_120728813300022187AqueousFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0196905_103673913300022198AqueousPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSSAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFILSHDPVAGTITFGFVPRSGEKITIVWVVSN
Ga0196905_119614613300022198AqueousTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLN
Ga0196901_109318423300022200AqueousTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208149_100653133300025610AqueousTKNDGVLPSSLYKLFVFINGIFLDYEKVSFFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208149_103909713300025610AqueousFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFLPRSGEKITIVWVVSNL
Ga0208149_107074723300025610AqueousWFYRNEVEDAGIYQEIFSGNGTATFTLTENGGIIPARKQEMFIYLNGIFIDYEKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPKFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL
Ga0208149_109911613300025610AqueousSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208004_104572623300025630AqueousSNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208004_104848923300025630AqueousLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIANGTQSTFIVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208161_101530833300025646AqueousGTFTLSFTPDIDDRIVVVWFYRNEVEDAGIYQEIFSGNGTATFTLTENSGIIPARKQEMFIYLNGIFIDYEKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL
Ga0208161_109055923300025646AqueousTFTVTKNEGVLPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSSAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFILSHDPVAGTITFGFVPRSGEKITIVWVVSNF
Ga0208160_109087823300025647AqueousLTENSGIIPARKQEMFIYLNGIFIDYEKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDQGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL
Ga0208795_112694013300025655AqueousSEYNPQESKFTLDFTPDATDSIAATWFDSFPNNIKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208898_108492413300025671AqueousDSGDRIVIIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208898_113724213300025671AqueousGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208898_116011113300025671AqueousPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208162_100652513300025674AqueousRKQEMFIYLNGIFIDYEKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL
Ga0208162_103059723300025674AqueousTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208162_103301413300025674AqueousTPDNGDRIVIIWFYRSENEQAVFQEVFTPTGSDTFTVTKNDGVLPSSLYKLFVFINGIFLDYEKVSSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208019_104080923300025687AqueousVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQSTFTVTKNGGKSAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGTTPTFTVTENEGKLPESLSAIMVYRNGQFISNQFITTHDSVTGTITFGFVPRSGEKITIIWVVSNL
Ga0208019_113762923300025687AqueousFTVTKNGGNLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFITTHDSVTGTITFGFVPRSGEKITIIWVVSNL
Ga0208150_119328413300025751AqueousTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208899_101484423300025759AqueousLDSINGTIELTFVPDNGDRIVVIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNAGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGNLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSSAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITLIWVVSNL
Ga0208899_104106913300025759AqueousNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208899_117495513300025759AqueousNGDRIVVIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDSVS
Ga0208899_118355613300025759AqueousNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL
Ga0208899_120109913300025759AqueousKITSYSTASSEFTLNFTPYNDDTIAAVWFASLPNNLKIFQENLFADGLQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL
Ga0208767_100970213300025769AqueousLPESTKVIQETFSADGTQTTFTVTKNGGNLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSSAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITLIWVVSNL
Ga0208767_104063613300025769AqueousVLPSSLYKLFVFINGIFLDYEKVSSFSPGQGQFTLNFTPDTSNSIAAVWFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL
Ga0208767_111774113300025769AqueousIWFYRSENEQAVFQEVFVPTGSDTFTVTKNEGVLPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFNVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTITFGFVPRSGEKITIVWVVSNL
Ga0208767_112389513300025769AqueousGTIELTFVPDNGDRIVVIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208767_113415213300025769AqueousKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFILSHDPVAGTITFGFVPRSGEKITIVWVVSNF
Ga0208767_124107413300025769AqueousADGTQTTFTVTKNGGNLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTNSAAVSMFQEEFTADGTTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVTGTITFGFVPRSGEKITIIWVVSNL
Ga0208767_126511313300025769AqueousSSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAG
Ga0208427_106064523300025771AqueousWFKTLPESNKIIQEQFIADGLQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208427_106292913300025771AqueousTRNGLFLNDSYIASLDGVNGTLELTFTPDNGDRIVIIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208427_108155813300025771AqueousSYIASLDSINGTIELTFVPDNGDRIVVIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208425_102964213300025803AqueousFLNSSYIASLDSINGTIELTFVPDNGDRIVVIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208425_105730923300025803AqueousIAAVWFASLPNNLKIFQENLFADGLQTTFTITNNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL
Ga0208425_111721923300025803AqueousTLPESNKIIQEQFIANGTQSTFIVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208543_101765123300025810AqueousAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208543_106354223300025810AqueousAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL
Ga0208785_101885913300025815AqueousLVTRNGLFLNDSYIASLDGVNGTLELTFTPDSGDRIVIIWFYRSENEQSVFQEVFVPTGSATFTVTKNEGVLPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTLDSIAAVWFKTLPESNKIIQEQFIADGTQTTFAVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQNDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208785_101979513300025815AqueousKQEMLIYQNGIFIDSDKVTTYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208785_104917013300025815AqueousEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFLPRSGEKITIVWVVSNL
Ga0208785_109445813300025815AqueousPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208542_109107423300025818AqueousSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208542_115730823300025818AqueousLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL
Ga0208542_119196213300025818AqueousTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208542_120007713300025818AqueousFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITQTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFT
Ga0208547_106125513300025828AqueousSPDSGDRIVIIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208917_105340013300025840AqueousRKQEMFIYLNGIFIDYEKITSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLSKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVSSHDYLNGTITFNFTPRSGEKITLVWVL
Ga0208917_105577013300025840AqueousDTTSDIMVTRNGLFLNDSYIASLDGVNGTLELTFTPDNGDRIVIIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208917_111255523300025840AqueousTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208645_101711713300025853AqueousSINGTIELTFVPDNGDRIVVIWFYRSENEQAVFQEIFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKLSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGRLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL
Ga0208645_113268223300025853AqueousVFQEVFTPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208645_113690513300025853AqueousTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFSFVPRSGEKITIVWVVSNL
Ga0208645_126769913300025853AqueousNGIIPSRKQEMLIYQNGIFIDSDKVTTYSQTTSEFTLNYTPSLDDSIAAIWFMSLPNNLKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQF
Ga0208645_128599613300025853AqueousNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFITSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208644_106465613300025889AqueousSSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208644_115456923300025889AqueousGLFLNSSYIASLDSINGTIELTFVPDNGDRIVVIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSRYKLFAYINGIFLDYEKFSDYNPGSGQFTLDFIPDTSDSIAAVWFKTLPESTKVVQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPSNSAAVSMFQEEFTADGLTPTFTVTENEGKLPDSLSAIMVYRNGQFISNQFISSHDSVSGTITFGFVPRSGEKITIIWVVSNL
Ga0208644_117978423300025889AqueousTNYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0208644_137699613300025889AqueousTLDFIPDTSDSIAAVWFKTLPESTKVIQETFSADGTQTTFTVTKNGGKLAKVKDAILLMRNGQHINNDYITGINPTSGTITLTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDSVSGTITFGFVPRSGE
Ga0208644_138082613300025889AqueousSSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQYISNQFISSHDPVAG
Ga0348335_008262_5457_60143300034374AqueousNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0348335_060197_809_13963300034374AqueousYSPSLGQFTLNFTPGSDDTLAAVWFVDIPQNVKIIQEQFIADGTQTTFTVTKNGGELAKTKDAILLMRNGQHINNDYITGINTSSGTITLTFAPDSGDDITLIWFVEEIVTPTNSNAFAMFQEEFTADGISPTFTVTQNEGKLPESLSSIMIYRNGQYISNSFISSHDYISGSITFGFIPRSGEKITIVWVLSNL
Ga0348335_092813_43_9153300034374AqueousMVTRNGLFLNDSYISSLDGVNGTLELTFTPDSGDRIVIIWFYRSENEQAVFQEVFVPTGSDTFTVTKNEGVLPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0348335_122275_93_7673300034374AqueousKNDGVLPSSLYKLFVFINGIFLDYEKVSSFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0348335_160048_2_5803300034374AqueousSYSTASSEFTLNFTPYNDDSIAAVWFASLPNNLKIFQENLFADGTQTTFTITKNGGKLAKTKDAILLMRNGQHINNDYISGFNTTNGTVTLTFAPDAGDDITLIWFVQEDGVDYSTLVSMYQEEFTADGITPTFTVTENQGKLPQSLSAIMVYRNGQFISNGFVASHDYLNGTITFNFTPRSGEKITLVWVL
Ga0348336_008927_5655_62663300034375AqueousLDYEKVSFFSPGQGQFTLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVSATFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0348336_112291_18_8873300034375AqueousMVTRNGLFLNDSYIASLDGVNGTLELTFTPDNGDRIVIIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0348336_126651_17_8053300034375AqueousVNGTLELTFTPDSGDRIVIIWFYRSENEQSVFQEVFTPTGSDTFTVTKNEGVLPSSLYKIFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQQEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKIT
Ga0348336_195888_1_5313300034375AqueousMLIYQNGIFIDSDKVTTYSQTTSEFTLNYTPSADDSIAAIWFMSLPNNLKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFIS
Ga0348336_211677_7_5043300034375AqueousSNKIIQEQFIADGAQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGISATFTVTENEGKLPDDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0348337_052022_43_8643300034418AqueousLDGVNGTLELTFTPDNGDRIVIIWFYRSENEQAVFQEVFTPSGSATFTVTKNEGVLPSSLYKLFVFINGIFLDYEKISSFSPGQGQFTLNFTPDTSDSIAAVWFKTLPESNKIIQEQFIADGTQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTTNAVSMFQEEFTADGTSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0348337_167426_145_5943300034418AqueousTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTSNAVSMFQEEFTADGVSSTFTVTENEGKLPEDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITIVWVVSNL
Ga0348337_174354_35_5713300034418AqueousLNFTPDTSDSIAAVWFKSLPESNKIIQEQFIADGSQTTFTVTKNGGKLAKTKDAILLMRNGQHINNDYISGINTTNGTITMTFAPDQGDDITLIWFVEEFVTPTGTAAVSMFQEEFTADGVTATFTVTENEGKLPGDLPSIMIYRNGQFISNQFISSHDPVAGTVTFGFVPRSGEKITI


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