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 F054688

Metagenome Family F054688

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F054688
Family Type Metagenome
Number of Sequences 139
Average Sequence Length 591 residues
Representative Sequence MAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSAYWIFHGGTYDLFKDAVKGVWWKVKED
Number of Associated Samples 59
Number of Associated Scaffolds 139

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Viruses
% of genes with valid RBS motifs 36.69 %
% of genes near scaffold ends (potentially truncated) 51.80 %
% of genes from short scaffolds (< 2000 bps) 27.34 %
Associated GOLD sequencing projects 34
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 Duplodnaviria (45.324 % of family members)
NCBI Taxonomy ID 2731341
Taxonomy All Organisms → Viruses → Duplodnaviria

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(86.331 % of family members)
Environment Ontology (ENVO) Unclassified
(92.806 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(88.489 % of family members)



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Multiple Sequence Alignments

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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: 10.17%    β-sheet: 47.42%    Coil/Unstructured: 42.41%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 139 Family Scaffolds
PF06199Phage_tail_2 3.60
PF10145PhageMin_Tail 3.60
PF13884Peptidase_S74 2.88
PF05521Phage_H_T_join 1.44
PF11367DUF3168 1.44
PF00149Metallophos 0.72
PF09588YqaJ 0.72
PF10832DUF2559 0.72
PF04860Phage_portal 0.72



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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms82.01 %
UnclassifiedrootN/A17.99 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000116|DelMOSpr2010_c10001900All Organisms → cellular organisms → Bacteria12483Open in IMG/M
3300000116|DelMOSpr2010_c10012363All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4370Open in IMG/M
3300000116|DelMOSpr2010_c10026994All Organisms → Viruses → Predicted Viral2720Open in IMG/M
3300000116|DelMOSpr2010_c10038125All Organisms → Viruses → Predicted Viral2189Open in IMG/M
3300000117|DelMOWin2010_c10029667All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2687Open in IMG/M
3300005613|Ga0074649_1007159All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage8885Open in IMG/M
3300005613|Ga0074649_1015842All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4682Open in IMG/M
3300006025|Ga0075474_10004372All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5758Open in IMG/M
3300006025|Ga0075474_10005093All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5319Open in IMG/M
3300006025|Ga0075474_10016334All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2747Open in IMG/M
3300006025|Ga0075474_10029629All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae → Spirosoma → unclassified Spirosoma → Spirosoma sp. 2091933Open in IMG/M
3300006025|Ga0075474_10032965All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium1813Open in IMG/M
3300006026|Ga0075478_10001713All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage8008Open in IMG/M
3300006026|Ga0075478_10013291All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2802Open in IMG/M
3300006026|Ga0075478_10036482Not Available1630Open in IMG/M
3300006027|Ga0075462_10015433All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2461Open in IMG/M
3300006802|Ga0070749_10036050All Organisms → Viruses → Predicted Viral3057Open in IMG/M
3300006810|Ga0070754_10055046All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae → Spirosoma → unclassified Spirosoma → Spirosoma sp. 2092085Open in IMG/M
3300006810|Ga0070754_10057087All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2039Open in IMG/M
3300006810|Ga0070754_10068760All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium1816Open in IMG/M
3300006810|Ga0070754_10069421All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium1805Open in IMG/M
3300006810|Ga0070754_10091349Not Available1518Open in IMG/M
3300006867|Ga0075476_10016343All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3228Open in IMG/M
3300006867|Ga0075476_10041716All Organisms → Viruses → Predicted Viral1884Open in IMG/M
3300006867|Ga0075476_10057546Not Available1558Open in IMG/M
3300006867|Ga0075476_10072484Not Available1355Open in IMG/M
3300006869|Ga0075477_10021692All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2977Open in IMG/M
3300006874|Ga0075475_10030080All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2626Open in IMG/M
3300006874|Ga0075475_10033939All Organisms → Viruses → Predicted Viral2458Open in IMG/M
3300006874|Ga0075475_10079908Not Available1499Open in IMG/M
3300006916|Ga0070750_10011011All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4748Open in IMG/M
3300006916|Ga0070750_10066587All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1715Open in IMG/M
3300006919|Ga0070746_10019506All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3733Open in IMG/M
3300006919|Ga0070746_10033618All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2743Open in IMG/M
3300006919|Ga0070746_10077595All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1684Open in IMG/M
3300007234|Ga0075460_10013627All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3232Open in IMG/M
3300007344|Ga0070745_1007932All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5208Open in IMG/M
3300007344|Ga0070745_1027948All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2442Open in IMG/M
3300007344|Ga0070745_1049022Not Available1745Open in IMG/M
3300007345|Ga0070752_1005798All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage7120Open in IMG/M
3300007345|Ga0070752_1031469All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2576Open in IMG/M
3300007345|Ga0070752_1037073All Organisms → cellular organisms → Bacteria2328Open in IMG/M
3300007345|Ga0070752_1047273All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae → Spirosoma → unclassified Spirosoma → Spirosoma sp. 2091995Open in IMG/M
3300007346|Ga0070753_1002232All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage10415Open in IMG/M
3300007346|Ga0070753_1004996All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage6695Open in IMG/M
3300007346|Ga0070753_1023877All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2680Open in IMG/M
3300007346|Ga0070753_1042927Not Available1889Open in IMG/M
3300007346|Ga0070753_1046562All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium1798Open in IMG/M
3300007538|Ga0099851_1018234All Organisms → Viruses → Predicted Viral2847Open in IMG/M
3300007538|Ga0099851_1022530All Organisms → Viruses → Predicted Viral2545Open in IMG/M
3300007538|Ga0099851_1067345Not Available1391Open in IMG/M
3300007539|Ga0099849_1037276Not Available2062Open in IMG/M
3300007539|Ga0099849_1065687All Organisms → Viruses → Predicted Viral1487Open in IMG/M
3300007542|Ga0099846_1015063All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3031Open in IMG/M
3300007542|Ga0099846_1034894All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1930Open in IMG/M
3300007542|Ga0099846_1040496Not Available1779Open in IMG/M
3300007640|Ga0070751_1008672All Organisms → cellular organisms → Bacteria5302Open in IMG/M
3300007640|Ga0070751_1023095All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2950Open in IMG/M
3300007640|Ga0070751_1028611All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2586Open in IMG/M
3300007640|Ga0070751_1084878Not Available1326Open in IMG/M
3300007960|Ga0099850_1018635All Organisms → Viruses → Predicted Viral3093Open in IMG/M
3300007960|Ga0099850_1022468All Organisms → Viruses → Predicted Viral2790Open in IMG/M
3300007960|Ga0099850_1040113All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2020Open in IMG/M
3300008012|Ga0075480_10023993All Organisms → Viruses → Predicted Viral3731Open in IMG/M
3300008012|Ga0075480_10069736All Organisms → cellular organisms → Bacteria2017Open in IMG/M
3300008012|Ga0075480_10086810All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium1772Open in IMG/M
3300010297|Ga0129345_1002194All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes7493Open in IMG/M
3300010299|Ga0129342_1029320All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae → Spirosoma → unclassified Spirosoma → Spirosoma sp. 2092223Open in IMG/M
3300010299|Ga0129342_1046288All Organisms → Viruses → Predicted Viral1717Open in IMG/M
3300010300|Ga0129351_1009138All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4126Open in IMG/M
3300010389|Ga0136549_10034114All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2810Open in IMG/M
3300017963|Ga0180437_10002560Not Available28723Open in IMG/M
3300017987|Ga0180431_10013581All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage8733Open in IMG/M
3300017987|Ga0180431_10080490Not Available2766Open in IMG/M
3300017991|Ga0180434_10030497All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5063Open in IMG/M
3300018080|Ga0180433_10033642All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5075Open in IMG/M
3300022057|Ga0212025_1001852Not Available2282Open in IMG/M
3300022057|Ga0212025_1002126All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2205Open in IMG/M
3300022057|Ga0212025_1007144All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1559Open in IMG/M
3300022065|Ga0212024_1005085Not Available1749Open in IMG/M
3300022071|Ga0212028_1000224All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3874Open in IMG/M
3300022071|Ga0212028_1001953All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium2400Open in IMG/M
3300022158|Ga0196897_1001935All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2632Open in IMG/M
3300022167|Ga0212020_1003494All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage1959Open in IMG/M
3300022183|Ga0196891_1004689All Organisms → Viruses → Predicted Viral2853Open in IMG/M
3300022183|Ga0196891_1006996All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2302Open in IMG/M
3300022187|Ga0196899_1006755All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4761Open in IMG/M
3300022187|Ga0196899_1008894All Organisms → Viruses → Predicted Viral4059Open in IMG/M
3300022187|Ga0196899_1009596All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae → Spirosoma → unclassified Spirosoma → Spirosoma sp. 2093886Open in IMG/M
3300022187|Ga0196899_1012782All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3266Open in IMG/M
3300022187|Ga0196899_1014976All Organisms → Viruses → Predicted Viral2968Open in IMG/M
3300022187|Ga0196899_1018624All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2591Open in IMG/M
3300022200|Ga0196901_1001350All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage12394Open in IMG/M
3300022200|Ga0196901_1033244All Organisms → Viruses → Predicted Viral2003Open in IMG/M
3300025647|Ga0208160_1002095All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage8169Open in IMG/M
3300025647|Ga0208160_1012887All Organisms → Viruses → Predicted Viral2788Open in IMG/M
3300025671|Ga0208898_1015563All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3571Open in IMG/M
3300025671|Ga0208898_1016895All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3368Open in IMG/M
3300025671|Ga0208898_1034099All Organisms → cellular organisms → Bacteria2035Open in IMG/M
3300025674|Ga0208162_1026958Not Available2140Open in IMG/M
3300025674|Ga0208162_1048773Not Available1432Open in IMG/M
3300025687|Ga0208019_1000813Not Available16938Open in IMG/M
3300025687|Ga0208019_1005989All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5562Open in IMG/M
3300025687|Ga0208019_1010790All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3900Open in IMG/M
3300025687|Ga0208019_1039570Not Available1695Open in IMG/M
3300025759|Ga0208899_1008620All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5868Open in IMG/M
3300025759|Ga0208899_1030097All Organisms → Viruses → Predicted Viral2555Open in IMG/M
3300025759|Ga0208899_1032022All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2448Open in IMG/M
3300025769|Ga0208767_1032845All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2653Open in IMG/M
3300025769|Ga0208767_1036053All Organisms → Viruses → Predicted Viral2478Open in IMG/M
3300025769|Ga0208767_1036802All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2441Open in IMG/M
3300025769|Ga0208767_1039722All Organisms → Viruses → Predicted Viral2311Open in IMG/M
3300025769|Ga0208767_1061700Not Available1679Open in IMG/M
3300025771|Ga0208427_1029957Not Available2088Open in IMG/M
3300025771|Ga0208427_1041802Not Available1719Open in IMG/M
3300025803|Ga0208425_1006764All Organisms → Viruses → Predicted Viral3283Open in IMG/M
3300025810|Ga0208543_1014354All Organisms → Viruses → Predicted Viral2022Open in IMG/M
3300025815|Ga0208785_1013031All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae → Spirosoma → unclassified Spirosoma → Spirosoma sp. 2092910Open in IMG/M
3300025815|Ga0208785_1039231Not Available1393Open in IMG/M
3300025818|Ga0208542_1007176All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4042Open in IMG/M
3300025818|Ga0208542_1037309All Organisms → Viruses → Predicted Viral1558Open in IMG/M
3300025828|Ga0208547_1001166Not Available14698Open in IMG/M
3300025840|Ga0208917_1023144All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2626Open in IMG/M
3300025840|Ga0208917_1043979All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium1794Open in IMG/M
3300025853|Ga0208645_1008558All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae → Spirosoma → unclassified Spirosoma → Spirosoma sp. 2096503Open in IMG/M
3300025853|Ga0208645_1030055All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae → Spirosoma → unclassified Spirosoma → Spirosoma sp. 2092835Open in IMG/M
3300025853|Ga0208645_1030128All Organisms → Viruses → Predicted Viral2831Open in IMG/M
3300025853|Ga0208645_1030801All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2790Open in IMG/M
3300025853|Ga0208645_1050362All Organisms → cellular organisms → Bacteria1989Open in IMG/M
3300025853|Ga0208645_1057771All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium1809Open in IMG/M
3300025889|Ga0208644_1044933All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage2501Open in IMG/M
3300027917|Ga0209536_100113035All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3449Open in IMG/M
3300032136|Ga0316201_10166296All Organisms → Viruses → Predicted Viral1922Open in IMG/M
3300034374|Ga0348335_010136All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5236Open in IMG/M
3300034374|Ga0348335_012091All Organisms → cellular organisms → Bacteria → Terrabacteria group → Firmicutes4638Open in IMG/M
3300034375|Ga0348336_048970All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium1760Open in IMG/M
3300034418|Ga0348337_018111All Organisms → Viruses → Predicted Viral3668Open in IMG/M
3300034418|Ga0348337_024032All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae → Spirosoma → unclassified Spirosoma → Spirosoma sp. 2092979Open in IMG/M
3300034418|Ga0348337_055519Not Available1552Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous86.33%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine3.60%
Hypersaline Lake SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Sediment → Hypersaline Lake Sediment3.60%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient2.88%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Sediment → Saline Water And Sediment1.44%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment0.72%
Worm BurrowEnvironmental → Aquatic → Marine → Coastal → Sediment → Worm Burrow0.72%
Marine Methane Seep SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Marine Methane Seep Sediment0.72%

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
3300000117Marine microbial communities from Delaware Coast, sample from Delaware MO Winter December 2010EnvironmentalOpen 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
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
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
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
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
3300017987Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_MS_1 metaGEnvironmentalOpen in IMG/M
3300017991Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_2 metaGEnvironmentalOpen in IMG/M
3300018080Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_1 metaGEnvironmentalOpen 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
3300022071Aqueous 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 (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
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
3300022200Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300025647Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 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
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
3300027917Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR-2-8_12 (SPAdes)EnvironmentalOpen in IMG/M
3300032136Coastal sediment microbial communities from Delaware Bay, Delaware, United States - CS-6 worm burrowEnvironmentalOpen 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_1000190083300000116MarineMAKKYESTFISDIGKEYIVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQIDTFKWAGYILVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYNSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNANSVYEYQYKILGSLSGDTKDYSIYHDQNGIEDSSTDIYREGGSFFEFYAPLQYARVEYEHIATRNLLSGAIWDYNDETAKVAEDVASNNLESILQLDFTLAFKTIFTQTVGTTNFQNHYVVYRIEIKLVGSIATHYYVNTFTRQYNKFREEDLENIRWQTTPGYYYFLLPIVKDEKEILQNIQLIIPQIPADGDLSVKVEFFNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGDSGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGAAFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED*
DelMOSpr2010_1001236323300000116MarineMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSFEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGVAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKIFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTTFTQTVATTSFENHYVVFRILIKLEGEVTTHYYQNEFVRQYNKFNEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGINPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNINQLLVNETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYKDMVTGIWFQVKEDS*
DelMOSpr2010_1002699423300000116MarineMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTXASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHFAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED*
DelMOSpr2010_1003812513300000116MarineEDLVSSYDDTYFLYVRTNQLNSETTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFTHLYNVFLKLGSVIYAYTSFTDPLFSAVINWHSEEYTYSSTNTVLTKARIPHRAFYHVDTKGNYVYKNCYEVLDEICKAFGCRVVASSTGYYITQINEYLNANNVYEYNYVVLGSLSGGSKDYSIDHDQTDIINTEVYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAYWDYNFEGTYDIEDIASNNLDSIIQFDFTLAYYTAFTQTVATTVWNRHYVIYRIQIALEDSFGNTHYYQNDFTWQRSKVKEDGLRNQRWSTTEGYYYIYQLVENPSQPERIENIQLIIPNVPVDGDMTVKFEFYRVYIENYIDPAAAILQGGSVPVLQDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVIAENGWKVGNVGDAKNISQLLCNEVIKGQLKPVRKFMETTFVMTNPDTRFLQPHYAINYNGNYWVFHGGRYNLADDSVTGVWYQIKEDE*
DelMOWin2010_1002966713300000117MarineMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWFQVKEDS*
Ga0074649_100715943300005613Saline Water And SedimentMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGIQIKYDVGGNDDERFNTIVSSTASVDMYINSSDLNAFVEDLVSSYENKYFVYIRTNQLSQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLQAKDGLNTLKNIDYNNNGSPYIGKATIFKHINDIFLKLGSVNYAFASFTEPLWSAVINWHSEEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKNCYEVLNEICKAFGCRVIASATGYYITQINEYLNANSVYEYNYKLLGSLSGATKDYTIEHDQSNPNTTEIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDVESNNFDSILQLDLTLAYYSAFTQTVATKSFEPHYIVFRIEFKLVGSVTTHYYQNTFTRQYNKNVITNGSWNTTTGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVELYNVYGEYGLDPLPNILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAISYDSGYWVFHGGTYDLYKDAVKGVWWKIKEDN*
Ga0074649_101584233300005613Saline Water And SedimentMAEKYISTFFSEAEAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTIVSSTASVDMYINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLQAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVNYAFASFTEPLWSAVINWHSEEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKNCYEVLNEICKAFGCRVIASATGYYITQINEYLNANSVYEYNYKLLGSLSGSTKDYTIEHDQSNPNTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETSKTAEDIQSNNFDSILQLDLTLAYYSTFTQTVATKSFEPHYLVFRIEFKLVGSVTTHYYQNTFTRQYNKNVLTGASWDTAEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLAVKVELYNVYGEYGLDPLPNILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAISYDSGYWVFHGGTYDLYKDAVKGVWWKIKEDN*
Ga0075474_1000437223300006025AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNNDGVPYTGKDSVFSHILKVLLKLGSVNYAYASLTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLAGSSFEFFAPLQYSRVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTFFQNHYVVFRILIKLEGEVTTHYYQNTFTRLPNKFDEVGLQNAFWDTNEGYYYPLPIKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIPPLTSILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWYQVKEDS*
Ga0075474_1000509323300006025AqueousMPIKFNSTFYSDKGAEYIIEIHQSTFVGTPTEFTCQGIDIKYDVGGDEDNRFNTIISSEASISMLINNSTLNTFVEDLVSSYDDTYFLYVRTNQLNSETTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFTHLYNVFLKLGSVIYAYTSFTDPLFSAVINWHSQEYTYSSTNTVLTKARIPHRAFYHVDTKGNYVYKNCYEVLDEICKAFGCRVVASSTGYYITQINEYLNANNVYEYNYVVLGSLSGGSKDYSIDHDQTDIINTEVYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAYWDYNFEGTYDIEDIASNNLDSIIQFDFTLAYYTAFTQTVATTVWNRHYVIYRIQIALEDSFGNTHYYQNDFTWQRSKVKEDGLRNQRWSTTEGYYYIYQLVEDPSQPERIENIQLIIPNVPVDGDMTVKFEFYRVYIENYIDPVAAILQGGSVPVLQDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKIYEVTTIIGDGPNLNSPGHLEVKNDSDEWVIAENGWKVGNSGDAKNISQLLCNEVIKGQLKPVRKFMETTFVMTNPDTRFLQPHYAINYNGNYWVFHGGRYNLADDSVTGVWYQIKEDE*
Ga0075474_1001633423300006025AqueousIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWFQVKEDS*
Ga0075474_1002962923300006025AqueousMAKKYESTFISDIGKEYIVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYVLVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYDSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNADSVYEYQYVILGSLSGDTKDYSIYHNQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTFFQKHYVIFRIEIKLVGAVTTHYYVNTFIRQYNKFNREALDNVRWETTPGYYYILTPIVEDEKEILKNTQLIIPQIPADGDLSIKVEFFNVYPETSNDANVDPLTAILQGGSVPVLEDYYTVTYEAGNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGP
Ga0075474_1003296523300006025AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVT
Ga0075478_1000171323300006026AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGIAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLETNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQPHYVAFRILIKLEGPVTTHYYQNKFVRQRNKFDEVGLQNAFWDTNEGYYYPLPMKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNINQLLVNETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYKDMVTGIWFQVKEDS*
Ga0075478_1001329123300006026AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNNDGVPYTGKDSVFSHILKVLLKLGSVNYAYASLTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKKFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLAGSSFEFFAPLQYSRVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTFFQNHYVVFRILIKLEGEVTTHYYQNTFTRLPNKFDEVGLQNAFWDTNEGYYYPLPIKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIPPLTSILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWYQVKEDS*
Ga0075478_1003648213300006026AqueousESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVIT
Ga0075462_1001543323300006027AqueousMAKKYESTFISDIGKEYKVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYVLVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYDSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNADSVYEYQYIILGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTTFEHHYVVFRILIKLEGAVTTHYYQNQFIRKYNKFDTDGLKNAFWSTDEGYYYPVPIKVTDGNEILQNIQLIIPQIPADGDLSVKVEFFAVYGEYSLPPDLAPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGDTGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGATFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED*
Ga0070749_1003605023300006802AqueousMPVKFNSTFYSDKGAEYIIEIHQSTFAGSPTEFTTQDLQIKYDVGGDEDNRFSPITSSEASISMLINNSTLNSFVEDLVSSYDDSYFVYVRTNQLNSESTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFQHINNVLQKLGSVIYAYTSFTDPLFSVVINWHSQEYTYSSTNTVLTKARIAHRAFFHKDTKGNYIYKNCYEVLEEICKAFGCRIISSATGYYITQINEYLNANSVYEYNYAILGSLSGATKDYSIVHDQTNPTTTPIYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAFWDYNFEGTYDVEDIASNNFESIIQFDFTLAYYTSFTEVVGTSEWQPHYVIYRLQITLDDGSATHYYQNDFTWQRSKVKEDGLRNQRWSTTPGYYYIYQYVETENQPEKIENIQIIIPNVPTDRDMTVKFEFYRVYIENYIDPAAAILQGGSVPVLEDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKTFETTTIIGDGPNLNSPGHIEVKNDSDEWVITENGWKVGNSGDAKNISQLLCNEVIKGQLLPLRKFMETSFVMNDPDTEFLQPHYAISYDGGYWVFFGGTYDLAADRVRGVWYKIKEDA*
Ga0070754_1005504623300006810AqueousMPKKFESTFYSDRGAEYIVEIHQASFTGSATEFTTIDLQIKYDDGGDEDNRFSAIMSSEATVNMLINSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVVIEDISYTTGYTFVLKAKDGLNTLKNLDYNDDGVPYNGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSEEYTYNSTNTVLTKARIPHRAFYYRDTKGNYIYKNCYEVLEEICKAFGARIINSGTGFFVTQINEYLNADSVYEYQFVILGSLSGGNSDYSILLDQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLPGAIWNYNDETAKTTEDIASNNFESILQLDLTVAFKTTFTQTVGVKDFTYHSIIFRIEIKLVGAFTTHYYVNTFVRQYNKYQKQGLDNQRWETDPGYYYFYTPIIETDEEELIKNIQLIIGQVPTDGDLSVKVEFYNIYPSSGLDPLPSTLQGGAVPVLEDYYTLTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDN
Ga0070754_1005708713300006810AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGIAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLETNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQPHYVAFRILIKLEGPVTTHYYQNKFVRQRNKFDEVGLQNAFWDTNEGYYYPLPMKVTDGNEILQNIQLIIPQVPADGDLSLKVEFYNVYGEYGIDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNINQLLVNETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYKDMVTGIWFQVKEDS*
Ga0070754_1006876023300006810AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEATVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDILNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVSVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTT
Ga0070754_1006942123300006810AqueousMAEKYTSTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVEIKYDVGGKEDERFNTVISSEAAIDMFINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFSLKAKDGLNTLKNIDYNNSGSPYTGKATIFKHINDIFLKIGSIGYAYSSSTDPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHVDTKGNYVYKSCYDVLNEICKAFGCRVVASSTGYYITQINEYLNADNVYEYNYKILGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYIIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTT
Ga0070754_1009134913300006810AqueousNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITE
Ga0075476_1001634333300006867AqueousIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYDSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNADSVYEYQYVILGSLSGDTKDYSIYHNQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTFFQKHYVIFRIEIKLVGAVTTHYYVNTFIRQYNKFNQQAIDNVRWETTPGYYYILTPIVEDEKEILKNTQLIIPQIPADGDLSVKVEFFNVYPETSNEPNVDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGDSGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGATFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED*
Ga0075476_1004171613300006867AqueousIEIHQSTFVGTPTEFTCQGIDIKYDVGGDEDNRFNTIISSEASISMLINNSTLNTFVEDLVSSYDDTYFLYVRTNQLNSETTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFTHLYNVFLKLGSVIYAYTSFTDPLFSAVINWHSQEYTYSSTNTVLTKARIPHRAFYHVDTKGNYVYKNCYEVLDEICKAFGCRVVASSTGYYITQINEYLNANNVYEYNYVVLGSLSGGSKDYSIDHDQTDIINTEVYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAYWDYNFEGTYDIEDIASNNLDSIIQFDFTLAYYTAFTQTVATTVWNRHYVIYRIQIALEDSFGNTHYYQNDFTWQRSKVKEDGLRNQRWSTTEGYYYIYQLVEDPSQPERIENIQLIIPNVPVDGDMTVKFEFYRVYIENYIDPAASILQGGSVPVLQDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVIAENGWKVGNVGDAKNISQLLCNEVIKGQLKPVRKFMETTFVMTNPDTIFLQPHYAINYDGSYWVFHGGRYNLADDSVTGVWYQIKEDE*
Ga0075476_1005754613300006867AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGIAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLETNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQPHYVAFRILIKLEGPVTTHYYQNKFVRQRNKFDEVGLQNAFWDTNEGYYYPLPMKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTG
Ga0075476_1007248413300006867AqueousIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLT
Ga0075477_1002169223300006869AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSAYWIFHGGTYDLFKDAVKGVWWKVKED*
Ga0075475_1003008023300006874AqueousHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNNDGVPYTGKDSVFSHILKVLLKLGSVNYAYASLTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLAGSSFEFFAPLQYSRVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTFFQNHYVVFRILIKLEGEVTTHYYQNTFTRLPNKFDEVGLQNAFWDTNEGYYYPLPIKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIPPLTSILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWYQVKEDS*
Ga0075475_1003393923300006874AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAI
Ga0075475_1007990813300006874AqueousKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVTIEDVDLNLGYSFVLKSKDGLNTLKNIDYNNNGVAYTGKDTVFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTSEGYYYFLLPMVSDGNEILQNIQLIIPQVPADGDLSVKVEFFNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTG
Ga0070750_1001101123300006916AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDIGGDEDNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYSEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWFQVKEDS*
Ga0070750_1006658723300006916AqueousGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWDYNFEGTYDIEDIASNNLESIIQFDFTLAYYTTFTEVVATTVWNRHYVVYRLKITLEDSFGITYYYQNDFTWQRTKIKEDGLRNQRWSTTEGYYYIYQIVQDPLQAEKIENIQLIIPNIPVDGDMTVKFEFYRVYIENYINPAAAILQGGSVPVLQDYYTVTYQVANTFVQYINTGFFTNQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNAGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNNPDTAFLQPHYAISYDSGYWIFQGGTYDLFKDAVKGVWWKVKED*
Ga0070746_1001950623300006919AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDIHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWFQVKEDS*
Ga0070746_1003361813300006919AqueousKSKQIMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGKDDERFNTVISSQAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETSKTAEDIQSNNFESILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSNEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSGYWIFQGGTYDLFKDAVKGVWWKVKED*
Ga0070746_1007759523300006919AqueousNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWDYNFEGTYDIEDIASNNLESIIQFDFTLAYYTTFTEVVATTVWNRHYVVYRLKITLEDSFGITYYYQNDFTWQRTKIKEDGLRNQRRSTTEGYYYIYQIVQDPLQAEKIENIQLIIPNIPVDGDMTVKFEFYRVYIENYINPAAAILQGGSVPVLQDYYTVTYQVANTFVQYINTGFFTNQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNAGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNNPDTAFLQPHYAISYDSGYWIFQGGTYDLFKDAVKGVWWKVKED*
Ga0075460_1001362723300007234AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDIHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQSVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWFQVKEDS*
Ga0070745_100793223300007344AqueousMPVKFNSTFYSDKGAEYIIEIHQSTFVGSPTEFTTQDLQIKYDVGGDEDNRFSPITSSEASISMLINNSTLNSFVEDLVSSYDDSYFVYVRTNQLSSESTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFQHINNVLQKLGSVIYAYTSFTDPLFSVVINWHSQEYTYSSTNTVLTKARIPHRAFFHKDTKGNYIYRNCYEVLEEICKAFGCRIISSATGYYITQINEYLNANSVYEYNYAILGSLSGATKDYSILHDQTNPTTTPIYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAYWDYNFEGTYDVEDIASNNFESIIQFDFTLAYYTSFTEVVGTSEWQPHYVIYRLQITLDDGSATHYYQNDFTWQRSKVKEDGLRNQRWSTTPGYYYIYQYVETENQPEKIENIQIIIPNVPTDGDMTVKFEFYRVYIENYIDPAASILQGGSVPVLEDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKTFETTTIIGDGPNLNSPGHIEVKNDSDEWVITENGWKVGNNGDAKNISQLLCNEVIKGQLLPVRKFMETSFVMNDPDTEFLQPHYAISYDGGYWVFFGGTYDLAADRVRGVWYKIKEDA*
Ga0070745_102794823300007344AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVTIEDVDLNLGYSFVLKSKDGLNTLKNIDYNNNGVAYTGKDTVFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTSEGYYYFLLPMVSDGNEILQNIQLIIPQVPADGDLSVKVEFFNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNINQLLVNETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAY
Ga0070745_104902223300007344AqueousMAEKYTSTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVEIKYDVGGKEDERFNTVISSEAAIDMFINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNSGSPYTGKATIFKHINDIFLKIGSIGYAYSSSTDPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHVDTKGNYVYKSCYDVLNEICKAFGCRVVASSTGYYITQINEYLNADNVYEYNYKILGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYIIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTT
Ga0070752_100579833300007345AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNNDGVPYTGKDSVFSHILKVLLKLGSVNYAYASLTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLAGSSFEFFAPLQYSRVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTFFQNHYVVFRILIKLEGEVTTHYYQNTFTRLPNKFDEVGLQNAFWDTNEGYYYPLPIKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIPPLTSILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFLGGTYDLYRDMVTGIWYQVKEDS*
Ga0070752_103146923300007345AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVTIEDVDLNLGYSFVLKSKDGLNTLKNIDYNNNGVAYTGKDTVFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTSEGYYYFLLPMVSDGNEILQNIQLIIPQVPADGDLSVKVEFFNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNINQLLVNETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYKDMVTGIWFQVKEDS*
Ga0070752_103707323300007345AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTT
Ga0070752_104727323300007345AqueousMPKKFESTFYSDRGAEYIVEIHQASFTGSATEFTTIDLQIKYDDGGDEDNRFSAIMSSEATVNMLINSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVVIEDISYTTGYTFVLKAKDGLNTLKNLDYNNDGVPYNGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSEEYTYNSTNTVLTKARIPHRAFYYRDTKGNYIYKNCYEVLEEICKAFGARIINSGTGFFVTQINEYLNADSVYEYQFVILGSLSGGNSDYSILLDQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLPGAIWNYNDETAKTTEDIASNNFESILQLDLTVAFKTTFTQTVGVKDFTNHSIIFRIEIKLVGAFTTHYYVNTFVRQYNKYQKQGLDNQRWETDPGYYYFYTPIIETDEEELIKNIQLIIGQVPTDGDLSVKVEFYNIYPSSGLDPLPSTLQGGAVPVLEDYYTLTY
Ga0070753_1002232133300007346AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNNDGVPYTGKDSVFSHILKVLLKLGSVNYAYASLTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLAGSSFEFFAPLQYSRVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTFFQNHYVVFRILIKLEGEVTTHYYQNTFTRLPNKFDEVGLQNAFWDTNEGYYYPLPIKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIPPLTSILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKKDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWYQVKEDS*
Ga0070753_100499623300007346AqueousMPVKFNSTFYSDKGAEYIIEIHQSTFVGSPTEFTTQDLQIKYDVGGDEDNRFSPITSSEASISMLINNSTLNSFVEDLVSSYDDSYFVYVRTNQLSSESTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFQHINNVLQKLGSVIYAYTSFTDPLFSVVINWHSQEYTYSSTNTVLTKARIPHRAFFHKDTKGNYIYRNCYEVLEEICKAFGCRIISSATGYYITQINEYLNANSVYEYNYAILGSLSGATKDYSIVHDQTNPTTTPIYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAYWDYNFEGTYDVEDIASNNFESIIQFDFTLAYYTSFTEVVGTSEWQPHYVIYRLQITLDDGSATHYYQNDFTWQRSKVKEDGLRNQRWSTTPGYYYIYQYVETENQPEKIENIQIIIPNVPTDGDMTVKFEFYRVYIENYIDPAASILQGGSVPVLEDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKTFETTTIIGDGPNLNSPGHIEVKNDSDEWVITENGWKVGNNGDAKNISQLLCNEVIKGQLLPVRKFMETSFVMNDPDTEFLQPHYAISYDGGYWVFFGGTYDLAADRVRGVWYKIKEDA*
Ga0070753_102387723300007346AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAESSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSAYWIFHGGTYDLFKDAVKGVWWKVKED*
Ga0070753_104292723300007346AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITE
Ga0070753_104656223300007346AqueousMAEKYTSTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVEIKYDVGGKEDERFNTVISSEAAIDMFINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNSGSPYTGKATIFKHINDIFLKIGSIGYAYSSSTDPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHVDTKGNYVYKSCYDVLNEICKAFGCRVVASSTGYYITQINEYLNADNVYEYNYKILGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYIIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDG
Ga0099851_101823423300007538AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYIGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVSYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHFAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED*
Ga0099851_102253023300007538AqueousMPVKFNSTFYSDKGAEYIIEIHQSTFVGTPTEFTCQGIDIKYDVGGDEDNRFNTIISSEASISMLINNSTLNTFVEDLVSSYDDTYFLYVRTNQLNSETTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFTHLYNVFLKLGSVIYAYTSFTDPLFSAVINWHSQEYTYSSTNTVLTKARIPHRAFYHVDTKGNYVYKNCYEVLDEICKAFGCRVVASSTGYYITQINEYLNANNVYEYNYVVLGSLSGGSKDYSIDHDQTDIINTEVYREGGSVFEFFSPLQYSRVEYEHIATRNLLSGAYWDYNFEGTYDIEDIASNNLDSIIQFDFTLAYYTAFTQTVATTVWNRHYVIYRIQIALEDSFGNTHYYQNDFTWQRSKVKEDGLRNQRWSTTEGYYYIYQLVEDPSQPERIENIQLIIPNVPVDGDMTVKFEFYRVYIENYIDPAAAILQGGSVPVLEDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKTYDVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNNGDAKNISQLLCNELIKGQLKPVRKFMETTFVMTNPDTRFLQPHYAINYNGNYWVFHGGRYNLADDSVTGVWYQIKEDE*
Ga0099851_106734513300007538AqueousIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNPDTTDIYRLTGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSIYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTF
Ga0099849_103727623300007539AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDDGVAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKIFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLETNTRDYSILHDQSDINNSDLYRLFGSAFEFFAPLQYARVEYEHLATKNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFENHYVVFRILIKLEGEVTTHYYQNEFVRQYNKFNEIGLQNSYWDTSEGYYYFLLPKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGINPLTSILQGGSVPVLQDYYTVTYEASNTFLQYI
Ga0099849_106568713300007539AqueousISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEW
Ga0099846_101506323300007542AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVSYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHFAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED*
Ga0099846_103489413300007542AqueousMAKKYESTFISDIGKEYKVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVQDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVSIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYDSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNANSVYEYQYIILGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSFFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTTFEVHYVVFRILIKLEGDVTTHYYQNQFIRQYNKFDTDGLQNAFWSTDEGYYYPVPIKVTDGNEILQNIQLIIPQIPADGDLSVKVEFFAVYGEYSLPPDLAPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNENTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDQWVLTENGWKVGDSGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGAAFIQPHYAIEYNS
Ga0099846_104049613300007542AqueousMAKKYESTFISDIGKEYIVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYVLVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYSGKDTVYSHIRKVLLKLGSVLYAYTSLVDPWLNVVINWHSQEHTYNSTNTVLTKARIPHRAFYYRDTKGNYVYKNCYEVLEEICKTFGARLINSGTGFFVTQINEYLNADSVYEYQDVLLGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSFFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTSFEDHYVIFRIEIKLVGAVTTHYYVNTFIRQYNKFNRDALDNVRWETTPGYYYILTPIVKDEKEILKNTQLIIPQVPADGDLSIKVEFFNVYPETSNDANVDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVG
Ga0070751_100867213300007640AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGIAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLETNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQPHYVAFRILIKLEGPVTTHYYQNKFVRQRNKFDEVGLQNAFWDTNEGYYYPLPMKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQN
Ga0070751_102309523300007640AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTNPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWFQVKEDS*
Ga0070751_102861113300007640AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVHIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVTIEDVDLNLGYSFVLKSKDGLNTLKNIDYNNNGVAYTGKDTVFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTSEGYYYFLLPMVSDGNEILQNIQLIIPQVPADGDLSVKVEFFNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNINQLLVNETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYKDMVTGIWFQVKEDS*
Ga0070751_108487813300007640AqueousYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTT
Ga0099850_101863523300007960AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNPDTTDIYRLTGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSAYWIFHGGTYDLFKDAVKGVWWKVKED*
Ga0099850_102246813300007960AqueousDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVSYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHFAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED*
Ga0099850_104011313300007960AqueousMAKKYESTFISDIGKEYIVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYVLVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYSGKDTVYSHIRKVLLKLGSVLYAYTSLVDPWLNVVINWHSQEHTYNSTNTVLTKARIPHRAFYYRDTKGNYVYKNCYEVLEEICKTFGARLINSGTGFFVTQINEYLNADSVYEYQDVLLGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSFFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTSFEDHYVIFRIEIKLVGAVTTHYYVNTFIRQYNKFNRDALDNVRWETTPGYYYILTPIVKDEKEILKNTQLIIPQVPADGDLSIKVEFFNVYPETSNDANVDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGNTGDAKNISQLLVNEVIKGQLLPVRKFMQTICYAWSSLYSATLCN*
Ga0075480_1002399323300008012AqueousMPVKFNSTFYSDKGAEYIIEIHQSTFVGTPTEFTCQGIDIKYDVGGDEDNRFNTIISSEASISMLINNSTLNTFVEDLVSSYDDTYFLYVRTNQLNSETTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFTHLYNVFLKLGSVIYAYTSFTDPLFSAVINWHSQEYTYSSTNTVLTKARIPHRAFYHVDTKGNYVYKNCYEVLDEICKAFGCRVVASSTGYYITQINEYLNANNVYEYNYVVLGSLSGGSKDYSIDHDQTDIINTEVYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAYWDYNFEGTYDIEDIASNNLDSIIQFDFTLAYYTAFTQTVATTVWNRHYVIYRIQIALEDSFGNTHYYQNDFTWQRSKVKEDGLRNQRWSTTEGYYYIYQLVEDPSQPERIENIQLIIPNVPVDGDMTVKFEFYRVYIENYIDPVAAILQGGSVPVLQDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKIYEVTTIIGDGPNLNSPGHLEVKNDSDEWVIAENGWKVGNSGDAKNISQLLCNEVIKGQLKPVRKFMETTFVMTNPDTRFLQPHYAINYNGNYWVFHGGRYNLADDSVTGVWYQIKEDE*
Ga0075480_1006973623300008012AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVTIEDVDLNLGYSFVLKSKDGLNTLKNIDYNNNGVAYTGKDTVFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTSEGYYYFLLPMVSDGNEILQNIQLIIPQVPADGDLSVKVEFFNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGP
Ga0075480_1008681023300008012AqueousMAEKYTSTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVEIKYDVGGKEDERFNTVISSEAAIDMFINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNSGSPYTGKATIFKHINDIFLKIGSIGYAYSSSTDPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHVDTKGNYVYKSCYDVLNEICKAFGCRVVASSTGYYITQINEYLNADNVYEYNYKILGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYIIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYK
Ga0129345_100219423300010297Freshwater To Marine Saline GradientMAKKYESTFISDIGKEYKVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYDSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNANSVYEYQYIILGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSFFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDVASNNLDSILQLDLTLAFKTTFTQTVATTTFEPHYVIFRIEIKLVGEVATHYYVNTFTRQYNKFREEDLENIRWQTTPGYYYFLLPIVKDEKEILQNIQLIIPQVPADGDLSVKVEFFNVYGEYGIDPLASILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGDSGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGAAFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED*
Ga0129342_102932013300010299Freshwater To Marine Saline GradientMAKKYESTFISDIGKEYIVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVSIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNNGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYDSTNTVLTKARIPHRAFYYRDTKGNYVYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNADSVYEYQYIILGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSFFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTFFQKHYVIFRIEIKLVGEVTTHYYVNTFIRQYNKFNREALDNVRWETTPGYYYILTPIVEDEKEILKNTQLIIPQVPADGDLSVKVEFFNVYPETSNGPNVDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSNNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDAWVLTENGWKVGDSGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGAAFI
Ga0129342_104628823300010299Freshwater To Marine Saline GradientMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNPDTTDIYRLTGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDN
Ga0129351_100913823300010300Freshwater To Marine Saline GradientMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHFAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED*
Ga0136549_1003411423300010389Marine Methane Seep SedimentMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGIQIKYDTGGDEDNRFKSVISSEASIDMHIDSSVLNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNNNGSPYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLTGSSFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTTFTQTAATTSFQNHYVVFRILIKLEGPVTTHYYQNQFVRLPNKFDEVGLQNAFWDTNEGYYYPLPMKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIPPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEVKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGDTGDAKNISQLLANEAIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYKDMVTGIWFQVKEDS*
Ga0180437_10002560213300017963Hypersaline Lake SedimentMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGVPYTGKDSIFSHLLKVLLKLGSVNYAYASITEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLTGSSFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQDHYVVFRILIKLEGEVTNHYYQNQFIRQYNKFDEIGLQNAYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGINPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEVKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANESIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWYQVKEDS
Ga0180431_1001358133300017987Hypersaline Lake SedimentMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTIISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSEEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNNPDTAFLQPHFAINYDSGYWIFQGGTYDLFKDAVKGVWWKVKED
Ga0180431_1008049013300017987Hypersaline Lake SedimentMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEIHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDSIFSHILKVLLKLGSVNYAYASLTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKIFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQPHYVAFRILIKLEGPVTTHYYQNKFVRLPNKFDEVGLQNAFWDTNEGYYYPLPMKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAK
Ga0180434_1003049723300017991Hypersaline Lake SedimentMAEKYISTFFSEAGAEYQIQIHESTSTGTPIEFDCLGVQIKYDVGGNDDERFNTIISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSEEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNNPDTAFLQPHFAINYDSGYWIFQGGTYDLFKDAVKGVWWKVKED
Ga0180433_1003364233300018080Hypersaline Lake SedimentRFKSVISSEASIDMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGVPYTGKDSIFSHLLKVLLKLGSVNYAYASITEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLTGSSFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQDHYVVFRILIKLEGEVTNHYYQNQFIRQYNKFDEIGLQNAYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGINPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEVKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANESIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWYQVKEDS
Ga0212025_100185213300022057AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNNDGVPYTGKDSVFSHILKVLLKLGSVNYAYASLTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLAGSSFEFFAPLQYSRVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTFFQNHYVVFRILIKLEGEVTTHYYQNTFTRLPNKFDEVGLQNAFWDTNEGYYYPLPIKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIPPLTSILQGGSVPVLEDYYTVT
Ga0212025_100212613300022057AqueousNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSAYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0212025_100714413300022057AqueousNIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHY
Ga0212024_100508523300022065AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDIHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITEN
Ga0212028_100022423300022071AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGIAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLETNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQPHYVAFRILIKLEGPVTTHYYQNKFVRQRNKFDEVGLQNAFWDTNEGYYYPLPMKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNINQLLVNETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYKDMVTGIWFQVKEDS
Ga0212028_100195323300022071AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNNDGVPYTGKDSVFSHILKVLLKLGSVNYAYASLTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLAGSSFEFFAPLQYSRVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTFFQNHYVVFRILIKLEGEVTTHYYQNTFTRLPNKFDEVGLQNAFWDTNEGYYYPLPIKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIPPLTSILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWYQVKEDS
Ga0196897_100193523300022158AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSAYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0212020_100349413300022167AqueousMAKKYESTFISDIGKEYTVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYVLVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYDSTNTVLTKARIPHRAFYYRDTKGNYVYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNADSVYEYQYVILGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTFFQKHYVIFRIEIKLVGAVTTHYYVNTFIRQYNKFNREALDNVRWETTPGYYYILTPIVEDEKEILKNTQLIIPQIPADGDLSIKVEFFNVYPETQNGPNVDPLVAILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGDSGDAKNISQLLVNEVI
Ga0196891_100468923300022183AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHFAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0196891_100699623300022183AqueousTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWFQVKEDS
Ga0196899_100675523300022187AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWFQVKEDS
Ga0196899_100889423300022187AqueousMPVKFNSTFYSDKGAEYIIEIHQSTFVGTPTEFTCQGIDIKYDVGGDEDNRFNTIISSEASISMLINNSTLNTFVEDLVSSYDDTYFLYVRTNQLNSETTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFTHLYNVFLKLGSVIYAYTSFTDPLFSAVINWHSQEYTYSSTNTVLTKARIPHRAFYHVDTKGNYVYKNCYEVLDEICKAFGCRVVASSTGYYITQINEYLNANNVYEYNYVVLGSLSGGSKDYSIDHDQTDIINTEVYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAYWDYNFEGTYDIEDIASNNLDSIIQFDFTLAYYTAFTQTVATTVWNRHYVIYRIQIALEDSFGNTHYYQNDFTWQRSKVKEDGLRNQRWSTTEGYYYIYQLVEDPSQPERIENIQLIIPNVPVDGDMTVKFEFYRVYIENYIDPVAAILQGGSVPVLQDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKIYEVTTIIGDGPNLNSPGHLEVKNDSDEWVIAENGWKVGNSGDAKNISQLLCNEVIKGQLKPVRKFMETTFVMTNPDTRFLQPHYAINYNGNYWVFHGGRYNLADDSVTGVWYQIKEDE
Ga0196899_100959623300022187AqueousMPVKFNSTFYSDKGAEYIIEIHQSTFVGSPTEFTTQDLQIKYDVGGDEDNRFSPITSSEASISMLINNSTLNSFVEDLVSSYDDSYFVYVRTNQLSSESTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFQHINNVLQKLGSVIYAYTSFTDPLFSVVINWHSQEYTYSSTNTVLTKARIPHRAFFHKDTKGNYIYRNCYEVLEEICKAFGCRIISSATGYYITQINEYLNANSVYEYNYAILGSLSGATKDYSILHDQTNPTTTPIYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAYWDYNFEGTYDVEDIASNNFESIIQFDFTLAYYTSFTEVVGTSEWQPHYVIYRLQITLDDGSATHYYQNDFTWQRSKVKEDGLRNQRWSTTPGYYYIYQYVETENQPEKIENIQIIIPNVPTDGDMTVKFEFYRVYIENYIDPAASILQGGSVPVLEDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKTFETTTIIGDGPNLNSPGHIEVKNDSDEWVITENGWKVGNNGDAKNISQLLCNEVIKGQLLPVRKFMETSFVMNDPDTEFLQPHYAISYDGGYWVFFGGTYDLAADRVRGVWYKIKEDA
Ga0196899_101278223300022187AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTIISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNANTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQGEQIQNIQLIIPNIPADGDLSVKVEFYNIYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0196899_101497623300022187AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVSYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHFAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0196899_101862423300022187AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVTIEDVDLNLGYSFVLKSKDGLNTLKNIDYNNNGVAYTGKDTVFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTSEGYYYFLLPMVSDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGINPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNINQLLVNETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYKDMVTGIWFQVKEDS
Ga0196901_100135043300022200AqueousMAKKYESTFISDIGKEYKVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYVLVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYSGKDTVYSHIRKVLLKLGSVLYAYTSLVDPWLNVVINWHSQEHTYNSTNTVLTKARIPHRAFYYRDTKGNYVYKNCYEVLEEICKTFGARLINSGTGFFVTQINEYLNADSVYEYQDVLLGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSFFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTSFEDHYVIFRIEIKLVGAVTTHYYVNTFIRQYNKFNRDALDNVRWETTPGYYYILTPIVKDEKEILKNTQLIIPQVPADGDLSIKVEFFNVYPETSNDANVDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGNTGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGAAFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED
Ga0196901_103324413300022200AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTT
Ga0208160_100209593300025647AqueousMAKKYESTFISDIGKEYIVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYVLVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLLKLGSVLYAYTSLVDPWLNVVINWHSQEHTYNSTNTVLTKARIPHRAFYYRDTKGNYVYKNCYEVLEEICKTFGARLINSGTGFFVTQINEYLNADSVYEYQDVLLGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSFFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTSFEDHYVIFRIEIKLVGAVTTHYYVNTFIRQYNKFNRDALDNVRWETTPGYYYILTPIVKDEKEILKNTQLIIPQVPADGDLSIKVEFFNVYPETSNDANVDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGNTGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGAAFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED
Ga0208160_101288723300025647AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYIGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVSYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHFAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0208898_101556323300025671AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVTIEDVDLNLGYSFVLKSKDGLNTLKNIDYNNNGVAYTGKDTVFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTSEGYYYFLLPMVSDGNEILQNIQLIIPQVPADGDLSVKVEFFNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNINQLLVNETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYKDMVTGIWFQVKEDS
Ga0208898_101689513300025671AqueousKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSAYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0208898_103409923300025671AqueousMAEKYTSTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVEIKYDVGGKEDERFNTVISSEAAIDMFINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNSGSPYTGKATIFKHINDIFLKIGSIGYAYSSSTDPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHVDTKGNYVYKSCYDVLNEICKAFGCRVVASSTGYYITQINEYLNADNVYEYNYKILGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYIIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVT
Ga0208162_102695823300025674AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDDGVAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKIFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLETNTRDYSILHDQSDINNSDLYRLFGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFENHYVVFRILIKLEGEVTTHYYQNEFVRQYNKFNEIGLQNSYWDTSEGYYYFLLPKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGINPLTS
Ga0208162_104877313300025674AqueousVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEW
Ga0208019_1000813193300025687AqueousMPVKFNSTFYSDKGAEYIIEIHQSTFVGTPTEFTCQGIDIKYDVGGDEDNRFNTIISSEASISMLINNSTLNTFVEDLVSSYDDTYFLYVRTNQLNSETTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKATIFTHLYNVFLKLGSVIYAYTSFTDPLFSAVINWHSQEYTYSSTNTVLTKARIPHRAFYHVDTKGNYVYKNCYEVLDEICKAFGCRVVASSTGYYITQINEYLNANNVYEYNYVVLGSLSGGSKDYSIDHDQTDIINTEVYREGGSVFEFFSPLQYSRVEYEHIATRNLLSGAYWDYNFEGTYDIEDIASNNLDSIIQFDFTLAYYTAFTQTVATTVWNRHYVIYRIQIALEDSFGNTHYYQNDFTWQRSKVKEDGLRNQRWSTTEGYYYIYQLVEDPSQPERIENIQLIIPNVPVDGDMTVKFEFYRVYIENYIDPAAAILQGGSVPVLEDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKTYDVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNNGDAKNISQLLCNELIKGQLKPVRKFMETTFVMTNPDTRFLQPHYAINYNGNYWVFHGGRYNLADDSVTGVWYQIKEDE
Ga0208019_100598913300025687AqueousMAKKYESTFISDIGKEYIVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYVLVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYSGKDTVYSHIRKVLLKLGSVLYAYTSLVDPWLNVVINWHSQEHTYNSTNTVLTKARIPHRAFYYRDTKGNYVYKNCYEVLEEICKTFGARLINSGTGFFVTQINEYLNADSVYEYQDVLLGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSFFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTSFEDHYVIFRIEIKLVGAVTTHYYVNTFIRQYNKFNRDALDNVRWETTPGYYYILTPIVKDEKEILKNTQLIIPQVPADGDLSIKVEFFNVYPETSNDANVDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGNTGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGAAFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED
Ga0208019_101079023300025687AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNPDTTDIYRLTGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSAYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0208019_103957013300025687AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGVAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKIFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTTFTQTVATTSFENHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIDPLTAILQGGSVPVL
Ga0208899_100862023300025759AqueousMAKKYESTFISDIGKEYTVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVSIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYDSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNADSVYEYQYIILGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTTFEHHYVVFRILIKLEGAVTTHYYQNQFIRKYNKFDTDGLKNAFWSTDEGYYYPVPIKVTDGNEILQNIQLIIPQIPADGDLSVKVEFFAVYGEYSLPPDLAPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGDTGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGATFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED
Ga0208899_103009723300025759AqueousLGVQIKYDVGGNDDERFNTIISSEAAVDMFINSADLNTFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNANTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNIYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0208899_103202223300025759AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQLNAETTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSAYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0208767_103284513300025769AqueousFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGKDDERFNTVISSQAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETSKTAEDIQSNNFESILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSNEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSGYWIFQGGTYDLFKDAVKGVWWKVKED
Ga0208767_103605323300025769AqueousMPIKFNSTFYSDKGAEYIIEIHQSTFIGTPTEFTCQGIDIKYDVGGDEDNRFNTIISSEASISMLINNSTLNTFVEDLVSSYDDTYFLYVRTNQLNSETTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKASIFTHLYNVFLKLGSVIYAYTSFTDPLFSAVINWHSEEYTYSSTNTVLTKARIPHRAFYHVDTKGNYVYKNCYEVLDEICKAFGCRVVASSTGYYITQINEYLNANNVYEYNYVVLGSLSGGSKDYSIDHDQTDIINTEVYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAYWDYNFEGTYDIEDIASNNLDSIIQFDFTLAYYTAFTQTVATTVWNRHYVIYRIQIALEDSFGNTHYYQNDFTWQRSKVKEDGLRNQRWSTTEGYYYIYQLVENPSQPERIENIQLIIPNVPVDGDMTVKFEFYRVYIENYIDPAAAILQGGSVPVLQDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKTYEVTTIIGDGPNLNSPGH
Ga0208767_103680223300025769AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMLINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNFEGTYDIEDIASNNLESIIQFDFTLAYYTTFTEVVATTVWNRHYVVYRLKITLEDSFGITYYYQNDFTWQRTKIKEDGLRNQRWSTTEGYYYIYQIVQDPLQAEKIENIQLIIPNIPVDGDMTVKFEFYRVYIENYINPAAAILQGGSVPVLQDYYTVTYQVANTFVQYINTGFFTNQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNAGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNNPDTAFLQPHYAISYDSGYWIFQGGTYDLFKDAVKGVWWKVKED
Ga0208767_103972213300025769AqueousVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVSIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYDSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNADSVYEYQYIILGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTTFEHHYVVFRILIKLEGAVTTHYYQNQFIRKYNKFDTDGLKNAFWSTDEGYYYPVPIKVTDGNEILQNIQLIIPQIPADGDLSVKVEFFAVYGEYSLPPDLAPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGDTGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGATFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED
Ga0208767_106170013300025769AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDDGVAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKIFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTTFTQTVATTSFENHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIGPLTSILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSN
Ga0208427_102995713300025771AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVTIEDVDLNLGYSFVLKSKDGLNTLKNIDYNNNGVAYTGKDTVFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTSEGYYYFLLPMVSDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGINPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDE
Ga0208427_104180213300025771AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGIAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLETNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQPHYVAFRILIKLEGPVTTHYYQNKFVRQRNKFDEVGLQNAFWDTNEGYYYPLPMKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEW
Ga0208425_100676423300025803AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNANTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHFAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0208543_101435413300025810AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVSYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNT
Ga0208785_101303113300025815AqueousMAKKYESTFISDIGKEYIVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYVLVDLVAIEDLSYNTGYTFVLKAKDGLNTLRNLDYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSQEYTYDSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNADSVYEYQYVILGSLSGDTKDYSIYHNQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTFFQKHYVIFRIEIKLVGAVTTHYYVNTFIRQYNKFNREALDNVRWETTPGYYYILTPIVEDEKEILKNTQLIIPQVPADGDLSVKVEFFNVYPETSNEPNVDPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGDSGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGATFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED
Ga0208785_103923113300025815AqueousNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDNGIAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLETNTRDYSITHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTSEGYYYFLLPMVSDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGINPLTAILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPN
Ga0208542_100717623300025818AqueousMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQSVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWFQVKEDS
Ga0208542_103730913300025818AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEFCKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNANTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVSYEAANTFLQYI
Ga0208547_100116623300025828AqueousMAEKYTSTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVEIKYDVGGKEDERFNTVISSEAAIDMFINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNSGSPYTGKATIFKHINDIFLKIGSIGYAYSSSTDPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHVDTKGNYVYKSCYDVLNEICKAFGCRVVASSTGYYITQINEYLNADNVYEYNYKILGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYIIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSAYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0208917_102314423300025840AqueousMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDVDLNLGYSFVLKAKDGLNTLKNIDYNNDGVPYTGKDSVFSHILKVLLKLGSVNYAYASLTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLAGSSFEFFAPLQYSRVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTAFTQTVATTFFQNHYVVFRILIKLEGEVTTHYYQNTFTRLPNKFDEVGLQNAFWDTNEGYYYPLPIKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIPPLTSILQGGSVPVLEDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWYQVKEDS
Ga0208917_104397923300025840AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTY
Ga0208645_100855823300025853AqueousMAKKYESTFISDIGKEYTVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSEEYTYDSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNADSVYEYQYIILGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTTFEHHYVVFRILIKLEGAVTTHYYQNQFIRKYNKFDTDGLKNAFWSTDEGYYYPVPIKVTDGNEILQNIQLIIPQIPADGDLSVKVEFFAVYGEYSLPPDLAPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGDTGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGATFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED
Ga0208645_103005523300025853AqueousMPKKFESTFYSDRGAEYIVEIHQASFTGSATEFTTIDLQIKYDDGGDEDNRFSAIMSSEATVNMLINSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVVIEDISYTTGYTFVLKAKDGLNTLKNLDYNNDGVPYNGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSEEYTYNSTNTVLTKARIPHRAFYYRDTKGNYIYKNCYEVLEEICKAFGARIINSGTGFFVTQINEYLNADSVYEYQFVILGSLSGGNSDYSILLDQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLPGAIWNYNDETAKTTEDIASNNFESILQLDLTVAFKTTFTQTVGVKDFTYHSIIFRIEIKLVGAFTTHYYVNTFVRQYNKYQKQGLDNQRWETDPGYYYFYTPIIETDEEELIKNIQLIIGQVPTDGDLSVKVEFYNIYPSSGLDPLPSTLQGGAVPVLEDYYTLTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNLIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNSGDAKNISQLLVNEVIKGQLKPVRKFMQTTMVMVDPNNAFLQPHYAIDYNSGYWVFKGGVYDLKNDSVNGIWFNIKED
Ga0208645_103012813300025853AqueousVEIHQASFTGAATEFTTIDLQIKYDDGGDEENRFSPIMSSEATVNMLIDSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVAIEDLSYNIGYTFVLKAKDGLNTLRNLEYSNDGVPYTGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSEEYTYDSTNTVLTKARIPHRAFYYRDTKGNYIYKNCFEVLEEICKTFGARIVNSGTGFFITQINEYLNADSVYEYQYIILGSLSGATKDYSIYHDQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLSGAFWDYNDETPKTAEDIASNNLDSILQLDFTLAFKTTFTQTVATTTFEHHYVVFRILIKLEGAVTTHYYQNQFIRKYNKFDTDGLKNAFWSTDEGYYYPVPIKVTDGNEILQNIQLIIPQIPADGDLSVKVEFFAVYGEYSLPPDLAPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNIIGDGPNLNSPGHLEVKNDSDEWVLTENGWKVGDTGDAKNISQLLVNEVIKGQLLPVRKFMQTTFVMRGATFIQPHYAIEYNSEYWVFKGGVYDLKNDAVNGIWFKIKED
Ga0208645_103080123300025853AqueousNRFKSVISSEASIDMHIDTSALNTFVENLVTSYEDEYFLYIRTNQTTGQTVFKWVGYILTDLVSIEDIDLNLGYSFVLKAKDGLNTLKNIDYNDDGVPYTGKDTVFSHIYKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTILTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKTFGARIINSGSGFYITQINEYLNANSLIEKSYPLLGSIQTNTRDYSITHDQSDIDNSDLYRLYGSSFEFFAPLQYARVEYEHLATRNLLAGAIWDYNDETAKIAEDVASNNFDSILQLDFTLAFYTSFTQTVATTSFQNHYVVFRILIKLEGEVTNHYYQNQFVRQYNKFDEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPVDGDLSVKVEFYNVYGEYGIDPLTSILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNISQLLANETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYRDMVTGIWFQVKEDS
Ga0208645_105036213300025853AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSSDLNAFVEDLVSSYEDKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTDPLWSAVINWHSQEYTYLSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTI
Ga0208645_105777123300025853AqueousMAEKYTSTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVEIKYDVGGKEDERFNTVISSEAAIDMFINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNSGSPYTGKATIFKHINDIFLKIGSIGYAYSSSTDPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHVDTKGNYVYKSCYDVLNEICKAFGCRVVASSTGYYITQINEYLNADNVYEYNYKILGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYIIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTI
Ga0208644_104493313300025889AqueousYQIQIHESTFTGTPIEFDCLGVQIKYDVGGKDDERFNTVISSQAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRIVASATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETSKTAEDIQSNNFESILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSNEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHYAINYDSGYWIFQGGTYDLFKDAVKGVWWKVKED
Ga0209536_10011303523300027917Marine SedimentMPKKFESTFFSESGAEYIIEIHQSTFTGSATQFDTLGVQIKYDTGGDEDNRFKSVISSEAAVEMHIDSSALNSFVEDLVTSYEDEYFLYIRTNQTTGTTVFKWVGYILTDLVTIEDVDLNLGYSFVLKAKDGLNTLKNIDYNDDGVAYTGKDSIFSHILKVLLKLGSVNYAYASFTEPLFSVVINWHSQEYTYNSNNTVLTKARIPHRAFYHIDTKGNYVYKNCYEVLEEICKIFGARIINSGSGFYITQINEYLNANSVIEKSYPLLGSLQTNTRDYSILHDQSDIDNSDLYRLSGSAFEFFAPLQYARVEYEHLATRNLLPGAIWDYNDETAKVAEDVASNNFDSILQLDFTLAFYTTFTQTVATTSFENHYVVFRILIKLEGEVTTHYYQNEFVRQYNKFNEIGLQNSYWDTTEGYYYFLLPKVTDGNEILQNIQLIIPQVPADGDLSVKVEFYNVYGEYGIDPLTAILQGGSVPVLQDYYTVTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYKTYEIKTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGDAKNINQLLVNETIKGQLLPVRKFMGTTMVMTDPDNAFLQPHYAINYNSAYWIFHGGTYDLYKDMVTGIWFQVKEDS
Ga0316201_1016629623300032136Worm BurrowMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTVISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSIDHDQSNANTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWDYNDETAKTAEDIQSNNFDSILQLDLTLAYYTTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTSASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPVDGDFSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLL
Ga0348335_010136_2426_43453300034374AqueousMAEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVQIKYDVGGNDDERFNTIISSEAAVDMFINSADLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNNGSPYTGKATIFKHINDIFLKLGSVGYAYASFTEPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHIDTKGNYVYKSCYDVLNEICKAFGCRILSSATGYYITQVNEYLNANSVYEYNYPLLGSLTGGTKDYSINHDQSNANTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAFWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVSNTNFSSHYIIFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTSEGYYYFIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNTGTAKNISQLLCNEVIKGQLLPVKKFMQTTFIMNDPDTAFLQPHFAINYDSGYWIFHGGTYDLFKDAVKGVWWKVKED
Ga0348335_012091_1_15603300034374AqueousMAEKYTSTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVEIKYDVGGKEDERFNTVISSEAAIDMFINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNSGSPYTGKATIFKHINDIFLKIGSIGYAYSSSTDPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHVDTKGNYVYKSCYDVLNEICKAFGCRVVASSTGYYITQINEYLNADNVYEYNYKILGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYIIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVAY
Ga0348336_048970_203_17593300034375AqueousMAEKYTSTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVEIKYDVGGKEDERFNTVISSEAAIDMFINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNSGSPYTGKATIFKHINDIFLKIGSIGYAYSSSTDPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHVDTKGNYVYKSCYDVLNEICKAFGCRVVASSTGYYITQINEYLNADNVYEYNYKILGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYIIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVA
Ga0348337_018111_388_23193300034418AqueousMPIKFNSTFYSDKGAEYIIEIHQSTFIGTPTEFTCQGIDIKYDVGEDEDNRFNTIISSEASISMLINNSTLNTFVEDLVSSYDDTYFLYVRTNQLNSETTYKWVGYVLVDLVTIEDIKLDVGYTFVLRAKDGLNTLKTIDYNNDGVPYTGKASIFTHLYNVFLKLGSVIYAYTSFTDPLFSAVINWHSEEYTYSSTNTVLTKARIPHRAFYHVDTKGNYVYKNCYEVLDEICKAFGCRVVASSTGYYITQINEYLNANNVYEYNYVVLGSLSGGSKDYSIDHDQTDIINTEVYREGGSVFEFFSPLQYARVEYEHIATRNLLSGAYWDYNFEGTYDIEDIASNNLDSIIQFDFTLAYYTAFTQTVATTVWNRHYVIYRIQIALEDSFGNTHYYQNDFTWQRSKVKEDGLRNQRWSTTEGYYYIYQLVEDPSQPERIENIQLIIPNVPVDGDMTVKFEFYRVYIENYIDPAASILQGGSVPVLQDYYTVTYQVANTFMQYIHTGFFTDQNDIIRFQADNDNKAYKTYEVTTIIGDGPNLNSPGHLEVKNDSDEWVIAENGWKVGNVGDAKNISQLLCNEVIKGQLKPVRKFMETTFVMTNPDTIFLQPHYAINYDGSYWVFHGGRYNLADDSVTGVWYQIKEDE
Ga0348337_024032_494_24313300034418AqueousMPKKFESTFYSDRGAEYIVEIHQASFTGSATEFTTIDLQIKYDDGGDEDNRFSAIMSSEATVNMLINSEALNTFVEDLVGSYDDEYFLYIRLPSTTPGQLDTFKWAGYILVDLVVIEDISYTTGYTFVLKAKDGLNTLKNLDYNDDGVPYNGKDTVFSHLTKVLYKLGSVLYAYTSLVDPLLSVVINWHSEEYTYNSTNTVLTKARIPHRAFYYRDTKGNYIYKNCYEVLEEICKAFGARIINSGTGFFVTQINEYLNADSVYEYQFVILGSLSGGNSDYSILLDQNGIEDSSTDIYREGGSSFEFYAPLQYARVEYEHIATRNLLPGAIWNYNDETAKTTEDIASNNFESILQLDLTVAFKTTFTQTVGVKDFTDHSIIFRIEIKLVGAFTTHYYVNTFVRQLNKYQEQGLENQRWETDPGYYYFYTPMIKTDEEELIKNIQLIIGQVPTDGDLSVKVEFYNIYPSSGLDPLPSTLQGGAVPVLEDYYTLTYEASNTFLQYIHTGFFSDQNDIIRFQSDNDNTAYQTWEVTNLIGDGPNLNSPGHLEVKNDSDEWVITENGWKVGNSGDAKNISQLLVNEVIKGQLKPVRKFMQTTMVMVDPNNAFLQPHYAIDYNSGYWVFKGGVYDLKNDSVNGIWFNIKED
Ga0348337_055519_1_15513300034418AqueousEKYISTFFSEAGAEYQIQIHESTFTGTPIEFDCLGVEIKYDVGGKEDERFNTVISSEAAIDMFINSSDLNAFVEDLVSSYENKYFVYIRTNQLGQETTYKWVGYVLTDLVSIEDVDLNLGYSFTLKAKDGLNTLKNIDYNNSGSPYTGKATIFKHINDIFLKIGSIGYAYSSSTDPLWSAVINWHSQEYTYSSTNTVLTKARIPYRAFYHVDTKGNYVYKSCYDVLNEICKAFGCRVVASSTGYYITQINEYLNADNVYEYNYKILGSLTGGTKNYTIDHDQSNPDTTDIYRLAGSSFEFFSPLQYARVEYEHLATRNLLAGAYWNYNDETPKTAEDIQSNNFDSILQLDLTLAYYSTYTQTVADTNFSSHYIVFRIQIKIEGAVTNHYYQNTFTRQYNKNVLTGASWDTTEGYYYIIVPKVEFENQAEQIQNIQLIIPNIPADGDLSVKVEFYNVYGEYGIDPLVSILQGGSVPVLQDYYTVTYEAANTFLQYIHTGFFSDQNDIIRFQSDNDNVA


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