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 F047026

Metagenome Family F047026

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F047026
Family Type Metagenome
Number of Sequences 150
Average Sequence Length 395 residues
Representative Sequence MAIFLTQNGEPDEYGLAYNDNAYVIKTTNYTPTVRFRVSILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVAKKFLTDSPRTIRIDSNQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNITVADSWEKIYFRIPVGTYDIGNIDPALYTDSLFGSTPSTALNGAASYTIHLEDNTNAQTSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYIYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Number of Associated Samples 84
Number of Associated Scaffolds 150

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Viruses
% of genes with valid RBS motifs 11.26 %
% of genes near scaffold ends (potentially truncated) 60.67 %
% of genes from short scaffolds (< 2000 bps) 57.33 %
Associated GOLD sequencing projects 58
AlphaFold2 3D model prediction Yes
3D model pTM-score0.34

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 Predicted Viral (75.333 % of family members)
NCBI Taxonomy ID 10239 (predicted)
Taxonomy All Organisms → Viruses → Predicted Viral

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(54.000 % of family members)
Environment Ontology (ENVO) Unclassified
(72.667 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(71.333 % of family members)


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Multiple Sequence Alignments

Select alignment to view:      

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 10.07%    β-sheet: 29.10%    Coil/Unstructured: 60.83%
Feature Viewer
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Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  		pTM-score: 0.34
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Low Quality Model:

This family has a low confidence model (pTM < 0.7) and has not been screened against SCOPe or PDB.

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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 150 Family Scaffolds
PF04466Terminase_3 6.67
PF02195ParBc 3.33
PF14550Peptidase_S78_2 1.33
PF13404HTH_AsnC-type 0.67
PF01555N6_N4_Mtase 0.67
PF04404ERF 0.67
PF13353Fer4_12 0.67

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 150 Family Scaffolds
COG1783Phage terminase large subunitMobilome: prophages, transposons [X] 6.67
COG0863DNA modification methylaseReplication, recombination and repair [L] 0.67
COG1041tRNA G10 N-methylase Trm11Translation, ribosomal structure and biogenesis [J] 0.67
COG2189Adenine specific DNA methylase ModReplication, recombination and repair [L] 0.67

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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms80.00 %
UnclassifiedrootN/A20.00 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300002518|JGI25134J35505_10005954All Organisms → Viruses → Predicted Viral4386Open in IMG/M
3300003617|JGI26082J51739_10039257All Organisms → Viruses → Predicted Viral1637Open in IMG/M
3300004448|Ga0065861_1057568Not Available6593Open in IMG/M
3300004460|Ga0066222_1036188All Organisms → cellular organisms → Bacteria8839Open in IMG/M
3300004941|Ga0068514_1000916All Organisms → Viruses → Predicted Viral3252Open in IMG/M
3300004941|Ga0068514_1001870All Organisms → Viruses → Predicted Viral2187Open in IMG/M
3300005346|Ga0074242_10763143All Organisms → Viruses → Predicted Viral4011Open in IMG/M
3300005613|Ga0074649_1004978Not Available11871Open in IMG/M
3300005613|Ga0074649_1016157All Organisms → Viruses → Predicted Viral4606Open in IMG/M
3300005613|Ga0074649_1051059All Organisms → Viruses → Predicted Viral1795Open in IMG/M
3300005613|Ga0074649_1051878All Organisms → Viruses → Predicted Viral1772Open in IMG/M
3300005613|Ga0074649_1056537All Organisms → Viruses → Predicted Viral1656Open in IMG/M
3300005613|Ga0074649_1057702All Organisms → Viruses → Predicted Viral1628Open in IMG/M
3300005747|Ga0076924_1116296All Organisms → Viruses → Predicted Viral1025Open in IMG/M
3300005942|Ga0070742_10030952All Organisms → Viruses → Predicted Viral1433Open in IMG/M
3300006025|Ga0075474_10009284All Organisms → Viruses → Predicted Viral3799Open in IMG/M
3300006025|Ga0075474_10097847Not Available950Open in IMG/M
3300006637|Ga0075461_10029981All Organisms → Viruses → Predicted Viral1792Open in IMG/M
3300006789|Ga0098054_1000386Not Available30143Open in IMG/M
3300006793|Ga0098055_1074104All Organisms → Viruses → Predicted Viral1344Open in IMG/M
3300006802|Ga0070749_10066163All Organisms → Viruses → Predicted Viral2174Open in IMG/M
3300006802|Ga0070749_10100555All Organisms → Viruses → Predicted Viral1710Open in IMG/M
3300006810|Ga0070754_10018062All Organisms → Viruses → Predicted Viral4190Open in IMG/M
3300006810|Ga0070754_10020208All Organisms → Viruses → Predicted Viral3906Open in IMG/M
3300006810|Ga0070754_10036538All Organisms → Viruses → Predicted Viral2696Open in IMG/M
3300006810|Ga0070754_10067883All Organisms → Viruses → Predicted Viral1830Open in IMG/M
3300006810|Ga0070754_10076733All Organisms → Viruses → Predicted Viral1695Open in IMG/M
3300006810|Ga0070754_10124005Not Available1256Open in IMG/M
3300006810|Ga0070754_10183078Not Available985Open in IMG/M
3300006810|Ga0070754_10183236Not Available984Open in IMG/M
3300006868|Ga0075481_10039344All Organisms → Viruses → Predicted Viral1831Open in IMG/M
3300006869|Ga0075477_10025367All Organisms → Viruses → Predicted Viral2739Open in IMG/M
3300006870|Ga0075479_10032094All Organisms → Viruses → Predicted Viral2281Open in IMG/M
3300006874|Ga0075475_10029533All Organisms → Viruses → Predicted Viral2653Open in IMG/M
3300006916|Ga0070750_10147492All Organisms → Viruses → Predicted Viral1065Open in IMG/M
3300006919|Ga0070746_10184651All Organisms → Viruses → Predicted Viral1001Open in IMG/M
3300007276|Ga0070747_1049585All Organisms → Viruses → Predicted Viral1611Open in IMG/M
3300007344|Ga0070745_1001655Not Available12313Open in IMG/M
3300007344|Ga0070745_1003840Not Available7825Open in IMG/M
3300007344|Ga0070745_1057733All Organisms → Viruses → Predicted Viral1582Open in IMG/M
3300007344|Ga0070745_1139740Not Available923Open in IMG/M
3300007345|Ga0070752_1026265All Organisms → Viruses → Predicted Viral2877Open in IMG/M
3300007346|Ga0070753_1007280Not Available5414Open in IMG/M
3300007346|Ga0070753_1033272All Organisms → Viruses → Predicted Viral2195Open in IMG/M
3300007346|Ga0070753_1044213All Organisms → Viruses → Predicted Viral1856Open in IMG/M
3300007538|Ga0099851_1127826All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Chitinophagia → Chitinophagales → Chitinophagaceae → Chitinophaga957Open in IMG/M
3300007541|Ga0099848_1059742All Organisms → Viruses → Predicted Viral1518Open in IMG/M
3300007541|Ga0099848_1075899All Organisms → Viruses → Predicted Viral1317Open in IMG/M
3300007541|Ga0099848_1080973All Organisms → Viruses → Predicted Viral1266Open in IMG/M
3300007541|Ga0099848_1116630All Organisms → Viruses → Predicted Viral1012Open in IMG/M
3300007542|Ga0099846_1016365All Organisms → Viruses → Predicted Viral2898Open in IMG/M
3300007640|Ga0070751_1044354All Organisms → Viruses → Predicted Viral1976Open in IMG/M
3300007640|Ga0070751_1048973All Organisms → Viruses → Predicted Viral1862Open in IMG/M
3300007640|Ga0070751_1170220Not Available861Open in IMG/M
3300007960|Ga0099850_1004285Not Available6682Open in IMG/M
3300007960|Ga0099850_1057507All Organisms → Viruses → Predicted Viral1649Open in IMG/M
3300007960|Ga0099850_1108595All Organisms → Viruses → Predicted Viral1140Open in IMG/M
3300008012|Ga0075480_10092237All Organisms → Viruses → Predicted Viral1708Open in IMG/M
3300008012|Ga0075480_10200831All Organisms → Viruses → Predicted Viral1054Open in IMG/M
3300008050|Ga0098052_1013734All Organisms → Viruses → Predicted Viral4075Open in IMG/M
3300009024|Ga0102811_1032652All Organisms → Viruses → Predicted Viral1988Open in IMG/M
3300009086|Ga0102812_10088984All Organisms → Viruses → Predicted Viral1698Open in IMG/M
3300010296|Ga0129348_1031521All Organisms → Viruses → Predicted Viral1929Open in IMG/M
3300010296|Ga0129348_1069134All Organisms → Viruses → Predicted Viral1261Open in IMG/M
3300010299|Ga0129342_1008253All Organisms → Viruses → Predicted Viral4465Open in IMG/M
3300010299|Ga0129342_1050925All Organisms → Viruses → Predicted Viral1625Open in IMG/M
3300010300|Ga0129351_1037290All Organisms → Viruses → Predicted Viral2003Open in IMG/M
3300010318|Ga0136656_1023740All Organisms → Viruses → Predicted Viral2228Open in IMG/M
3300010368|Ga0129324_10086346All Organisms → Viruses → Predicted Viral1371Open in IMG/M
3300010392|Ga0118731_102542057All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage9591Open in IMG/M
3300011251|Ga0151676_1000365Not Available30777Open in IMG/M
3300017960|Ga0180429_10032645All Organisms → Viruses → Predicted Viral3684Open in IMG/M
3300017963|Ga0180437_10002499Not Available29169Open in IMG/M
3300017963|Ga0180437_10247284All Organisms → Viruses → Predicted Viral1378Open in IMG/M
3300017971|Ga0180438_10258471All Organisms → Viruses → Predicted Viral1356Open in IMG/M
3300017987|Ga0180431_10175398All Organisms → Viruses → Predicted Viral1662Open in IMG/M
3300017987|Ga0180431_10284817All Organisms → Viruses → Predicted Viral1214Open in IMG/M
3300017989|Ga0180432_10019451Not Available7317Open in IMG/M
3300017989|Ga0180432_10080880All Organisms → Viruses → Predicted Viral2873Open in IMG/M
3300017989|Ga0180432_10135208All Organisms → Viruses → Predicted Viral2056Open in IMG/M
3300017989|Ga0180432_10198480All Organisms → Viruses → Predicted Viral1604Open in IMG/M
3300017989|Ga0180432_10412460All Organisms → Viruses → Predicted Viral1000Open in IMG/M
3300017990|Ga0180436_10359418All Organisms → Viruses → Predicted Viral1066Open in IMG/M
3300017991|Ga0180434_10137722All Organisms → Viruses → Predicted Viral2001Open in IMG/M
3300017991|Ga0180434_10165247All Organisms → Viruses → Predicted Viral1793Open in IMG/M
3300017991|Ga0180434_10180589All Organisms → Viruses → Predicted Viral1703Open in IMG/M
3300017991|Ga0180434_10247337All Organisms → Viruses → Predicted Viral1414Open in IMG/M
3300017991|Ga0180434_10347223All Organisms → Viruses → Predicted Viral1157Open in IMG/M
3300018080|Ga0180433_10130563All Organisms → Viruses → Predicted Viral2120Open in IMG/M
3300018080|Ga0180433_10212211All Organisms → Viruses → Predicted Viral1568Open in IMG/M
3300018080|Ga0180433_10450061Not Available986Open in IMG/M
3300018420|Ga0181563_10171842All Organisms → Viruses → Predicted Viral1344Open in IMG/M
3300021375|Ga0213869_10011440All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes5278Open in IMG/M
3300022050|Ga0196883_1001140All Organisms → Viruses → Predicted Viral2908Open in IMG/M
3300022050|Ga0196883_1002515Not Available2075Open in IMG/M
3300022057|Ga0212025_1000452All Organisms → Viruses → Predicted Viral3170Open in IMG/M
3300022057|Ga0212025_1008689All Organisms → Viruses → Predicted Viral1464Open in IMG/M
3300022071|Ga0212028_1023360All Organisms → Viruses → Predicted Viral1094Open in IMG/M
3300022187|Ga0196899_1003809All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage6691Open in IMG/M
3300022187|Ga0196899_1045450All Organisms → Viruses → Predicted Viral1465Open in IMG/M
3300022187|Ga0196899_1086253Not Available952Open in IMG/M
3300022198|Ga0196905_1002102Not Available7490Open in IMG/M
3300022198|Ga0196905_1028022All Organisms → Viruses → Predicted Viral1709Open in IMG/M
3300024346|Ga0244775_10150666All Organisms → Viruses → Predicted Viral1963Open in IMG/M
3300024346|Ga0244775_10261119All Organisms → Viruses → Predicted Viral1442Open in IMG/M
(restricted) 3300024517|Ga0255049_10020743All Organisms → Viruses → Predicted Viral3006Open in IMG/M
(restricted) 3300024517|Ga0255049_10068596All Organisms → Viruses → Predicted Viral1606Open in IMG/M
(restricted) 3300024518|Ga0255048_10004567Not Available8009Open in IMG/M
(restricted) 3300024518|Ga0255048_10052459All Organisms → Viruses → Predicted Viral2043Open in IMG/M
(restricted) 3300024518|Ga0255048_10126025All Organisms → Viruses → Predicted Viral1260Open in IMG/M
(restricted) 3300024520|Ga0255047_10035638All Organisms → Viruses → Predicted Viral2612Open in IMG/M
(restricted) 3300024520|Ga0255047_10110677All Organisms → Viruses → Predicted Viral1409Open in IMG/M
(restricted) 3300024520|Ga0255047_10135388All Organisms → Viruses → Predicted Viral1262Open in IMG/M
3300025103|Ga0208013_1000815Not Available16028Open in IMG/M
3300025131|Ga0209128_1010086All Organisms → Viruses → Predicted Viral4770Open in IMG/M
3300025133|Ga0208299_1025315All Organisms → Viruses → Predicted Viral2557Open in IMG/M
3300025141|Ga0209756_1052627All Organisms → Viruses → Predicted Viral1978Open in IMG/M
3300025630|Ga0208004_1033878All Organisms → Viruses → Predicted Viral1474Open in IMG/M
3300025645|Ga0208643_1070171All Organisms → Viruses → Predicted Viral1021Open in IMG/M
3300025646|Ga0208161_1058717All Organisms → Viruses → Predicted Viral1193Open in IMG/M
3300025653|Ga0208428_1028539All Organisms → Viruses → Predicted Viral1792Open in IMG/M
3300025653|Ga0208428_1069544All Organisms → Viruses → Predicted Viral1034Open in IMG/M
3300025655|Ga0208795_1051400All Organisms → Viruses → Predicted Viral1217Open in IMG/M
3300025671|Ga0208898_1001499Not Available15330Open in IMG/M
3300025671|Ga0208898_1006056All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Pacearchaeota → Candidatus Pacearchaeota archaeon6651Open in IMG/M
3300025671|Ga0208898_1023551All Organisms → Viruses → Predicted Viral2654Open in IMG/M
3300025671|Ga0208898_1037041All Organisms → Viruses → Predicted Viral1914Open in IMG/M
3300025671|Ga0208898_1038600All Organisms → Viruses → Predicted Viral1855Open in IMG/M
3300025684|Ga0209652_1005403Not Available8696Open in IMG/M
3300025687|Ga0208019_1024813All Organisms → Viruses → Predicted Viral2297Open in IMG/M
3300025687|Ga0208019_1044431All Organisms → Viruses → Predicted Viral1568Open in IMG/M
3300025751|Ga0208150_1008245All Organisms → Viruses → Predicted Viral3805Open in IMG/M
3300025759|Ga0208899_1023199All Organisms → Viruses → Predicted Viral3055Open in IMG/M
3300025771|Ga0208427_1004155All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5952Open in IMG/M
3300025771|Ga0208427_1042694All Organisms → Viruses → Predicted Viral1696Open in IMG/M
3300025815|Ga0208785_1011982All Organisms → Viruses → Predicted Viral3075Open in IMG/M
3300025815|Ga0208785_1063025Not Available998Open in IMG/M
3300025853|Ga0208645_1003372Not Available11853Open in IMG/M
3300025853|Ga0208645_1055907All Organisms → Viruses → Predicted Viral1850Open in IMG/M
3300025853|Ga0208645_1136661Not Available953Open in IMG/M
3300025889|Ga0208644_1003772Not Available11624Open in IMG/M
3300025889|Ga0208644_1022169All Organisms → Viruses → Predicted Viral3981Open in IMG/M
3300027751|Ga0208304_10083178All Organisms → Viruses → Predicted Viral1215Open in IMG/M
3300031539|Ga0307380_10255568All Organisms → Viruses → Predicted Viral1653Open in IMG/M
3300031578|Ga0307376_10162102All Organisms → Viruses → Predicted Viral1542Open in IMG/M
3300034374|Ga0348335_000281Not Available42378Open in IMG/M
3300034374|Ga0348335_004404Not Available8982Open in IMG/M
3300034375|Ga0348336_057558All Organisms → Viruses → Predicted Viral1548Open in IMG/M
3300034418|Ga0348337_043630All Organisms → Viruses → Predicted Viral1889Open in IMG/M
3300034418|Ga0348337_067763All Organisms → Viruses → Predicted Viral1315Open in IMG/M

Note: Some of these datasets are restricted, as per the data usage policy of the Joint Genome Institute (JGI). Utilizing any of their features below requires obtaining a license from the datasets' corresponding author(s).


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous54.00%
Hypersaline Lake SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Sediment → Hypersaline Lake Sediment13.33%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine5.33%
SeawaterEnvironmental → Aquatic → Marine → Inlet → Unclassified → Seawater5.33%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient4.67%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Sediment → Saline Water And Sediment4.67%
EstuarineEnvironmental → Aquatic → Marine → Intertidal Zone → Estuary → Estuarine2.00%
EstuarineEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine2.00%
MarineEnvironmental → Aquatic → Marine → Coastal → Unclassified → Marine1.33%
MarineEnvironmental → Aquatic → Marine → Intertidal Zone → Unclassified → Marine1.33%
Marine WaterEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine Water1.33%
SoilEnvironmental → Terrestrial → Soil → Clay → Unclassified → Soil1.33%
MarineEnvironmental → Aquatic → Marine → Coastal → Sediment → Marine0.67%
MarineEnvironmental → Aquatic → Marine → Coastal → Unclassified → Marine0.67%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater0.67%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh0.67%
MarineEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Marine0.67%

Visualization
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Associated Samples

Note: Some of these datasets are restricted, as per the data usage policy of the Joint Genome Institute (JGI). Utilizing any of their features below requires obtaining a license from the datasets' corresponding author(s).

Taxon OIDSample NameHabitat TypeIMG/M Link
3300002518Marine viral communities from the Pacific Ocean - ETNP_6_100EnvironmentalOpen in IMG/M
3300003617Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - ESP_105LU_22_DNAEnvironmentalOpen in IMG/M
3300004448Marine viral communities from Newfoundland, Canada BC-1EnvironmentalOpen in IMG/M
3300004460Marine viral communities from Newfoundland, Canada BC-1EnvironmentalOpen in IMG/M
3300004941Marine water microbial communities from the Pohang Bay, Korea with extracellular vesicles - Pohang-0.2umEnvironmentalOpen in IMG/M
3300005346Saline sediment microbial community from Etoliko Lagoon, GreeceEnvironmentalOpen in IMG/M
3300005613Saline sediment microbial communities from Etoliko Lagoon, Greece - sedimentEnvironmentalOpen in IMG/M
3300005747Seawater microbial communities from Vineyard Sound, MA, USA - control T14EnvironmentalOpen in IMG/M
3300005942Estuarine microbial communities from the Columbia River estuary, USA - metaG S.757EnvironmentalOpen 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
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006789Marine viral communities from the Subarctic Pacific Ocean - 16_ETSP_OMZ_AT15313 metaGEnvironmentalOpen in IMG/M
3300006793Marine viral communities from the Subarctic Pacific Ocean - 17_ETSP_OMZ_AT15314 metaGEnvironmentalOpen 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
3300006868Aqueous 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
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
3300006870Aqueous 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
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
3300007276Aqueous 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_31EnvironmentalOpen 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
3300007541Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaGEnvironmentalOpen in IMG/M
3300007542Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaGEnvironmentalOpen in IMG/M
3300007640Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28EnvironmentalOpen in IMG/M
3300007960Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaGEnvironmentalOpen in IMG/M
3300008012Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300008050Marine viral communities from the Subarctic Pacific Ocean - 15_ETSP_OMZ_AT15312 metaGEnvironmentalOpen in IMG/M
3300009024Estuarine microbial communities from the Columbia River estuary - Flood tide ETM metaG S.705EnvironmentalOpen in IMG/M
3300009086Estuarine microbial communities from the Columbia River estuary - Flood tide ETM metaG S.713EnvironmentalOpen in IMG/M
3300010296Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_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
3300010318Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_DNAEnvironmentalOpen in IMG/M
3300010368Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_DNAEnvironmentalOpen in IMG/M
3300010392Coastal sediment microbial communities from Rhode Island, USA. Combined Assembly of Gp0121717, Gp0123912, Gp0123935, Gp0139423, Gp0139424, Gp0139388, Gp0139387, Gp0139386, Gp0139385EnvironmentalOpen in IMG/M
3300011251Seawater microbial communities from Japan Sea near Toyama Prefecture, Japan - 2015_1, 0.2EnvironmentalOpen in IMG/M
3300017960Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_S_1 metaGEnvironmentalOpen in IMG/M
3300017963Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_3_D_1 metaGEnvironmentalOpen in IMG/M
3300017971Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_3_D_2 metaGEnvironmentalOpen in IMG/M
3300017987Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_MS_1 metaGEnvironmentalOpen in IMG/M
3300017989Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_MS_2 metaGEnvironmentalOpen in IMG/M
3300017990Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_3_S_2 metaGEnvironmentalOpen in IMG/M
3300017991Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_2 metaGEnvironmentalOpen in IMG/M
3300018080Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_1 metaGEnvironmentalOpen in IMG/M
3300018420Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 011512CT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300021375Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO132EnvironmentalOpen in IMG/M
3300022050Aqueous 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 (v3)EnvironmentalOpen 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
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
3300022187Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v3)EnvironmentalOpen in IMG/M
3300022198Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300024346Whole water sample coassemblyEnvironmentalOpen in IMG/M
3300024517 (restricted)Seawater microbial communities from Jervis Inlet, British Columbia, Canada - JV7_2_3EnvironmentalOpen in IMG/M
3300024518 (restricted)Seawater microbial communities from Jervis Inlet, British Columbia, Canada - JV7_2_2EnvironmentalOpen in IMG/M
3300024520 (restricted)Seawater microbial communities from Jervis Inlet, British Columbia, Canada - JV7_2_1EnvironmentalOpen in IMG/M
3300025103Marine viral communities from the Subarctic Pacific Ocean - 16_ETSP_OMZ_AT15313 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025131Marine viral communities from the Pacific Ocean - ETNP_6_100 (SPAdes)EnvironmentalOpen in IMG/M
3300025133Marine viral communities from the Subarctic Pacific Ocean - 15_ETSP_OMZ_AT15312 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025141Marine viral communities from the Pacific Ocean - ETNP_6_85 (SPAdes)EnvironmentalOpen in IMG/M
3300025630Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025645Aqueous 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_12 (SPAdes)EnvironmentalOpen in IMG/M
3300025646Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025653Aqueous 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_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025655Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025684Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - ESP_74LU_5_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025687Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025751Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
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
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
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
3300027751Estuarine microbial communities from the Columbia River estuary - Flood tide ETM metaG S.713 (SPAdes)EnvironmentalOpen in IMG/M
3300031539Soil microbial communities from Risofladan, Vaasa, Finland - UN-3EnvironmentalOpen in IMG/M
3300031578Soil microbial communities from Risofladan, Vaasa, Finland - TR-2EnvironmentalOpen 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

Note: Some of these sequences are restricted, as per the data usage policy of the Joint Genome Institute (JGI). Utilizing any of their features below requires obtaining a license from the datasets' corresponding author(s).

Protein ID Sample Taxon ID Habitat Sequence
JGI25134J35505_1000595413300002518MarineAYVIKTTNYTPTVRFKVSILPETYPVEPVVGIVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVEGYTNIEGASHNGFFTNNKTHKEYLLFIQEEEKDANGVYVGGDLIFTNLKSVWNGVRNEIEWLDFDYTNYTINTFSTTKKFLTDSPRTIKIDSAQSHQLSFIVNERYGANQYNIKAYSGYNATGSLIADGVVTNNIAANQDWSSRYFRIPVGTYDIGNIDPSLYTDSLLGTTPSTALTGAASYTIHLEDNTNAQTSEKVTFNINQTCSKYNEVRVHFLNRLGGYDAFNFYMKSIHQTDIKKDKYDQQHHDWTGWSYDYSKKSRGATDYNVSLNKKLTVNTDYLTEEESLWMEDLITSPNAYIEESNELIAVNLDARKIQRKTSLNDKLMQYTFELSYSIKNRRQRG*
JGI26082J51739_1003925713300003617MarineMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYLSNQMHKEYYLAIQEEEKDASGVYQSGDLFISKVKSVWNGVRNEIEWLGFDYTDYTINNTPSVVKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWNEIYFRIPVGTYDIGNIDPSLYTDSLFGSTPSTALNGAASYTIHLEDNTNQQTSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYTYDKQARGTTEYNVALNKKVTVNTDYL
Ga0065861_105756833300004448MarineMAIFLTQNGEPSEYGLAFNDNAYVIKSTNYTPTLRFRIAMIPETYPAEPAIAQVRVYPTRADDGGVVYLDRAFFDPSRFLQSNVEGEVDIKGAAHAGFFKTNKIHEEYALVIQEEDKDAQGIYQGGVTIITKVKSVWNGVRDEDAWLDFNYENYIINTSSTTKKFLTDSPRTISIDSAQSYHLYFIANQRFGAYQYNIKVYNGYDASGSLIADAVVSNGIATANSWSEIYQRIAIGTHDIINTDPSIWTDSLFSSTPSTALNGALSYTIHLEDNTNAQTSERFTFNINPPCSKYDGVRVHFLNRLGGYDAFNAYLKSINVTDIKKDKYDQQHHNWSGWAYDYTKKSRGSTDYNVGLRKRVKINTDYLTDSESVWMEDLASSPSLYIEENNELIAVNIDAKRIVRQTSLNEKLCQYTFELIYSLKNRRQRG*
Ga0066222_103618823300004460MarineMAIFLTQNGEPSEYGLAFNDNAYVIKSTNYTPTLRFRIAMIPETYPAEPAIAQVRVYPTRADDGGVVYLDRAFFDPSRFLQSNVEGEVDIKGAAHAGFFKTNKIHEEYALVIQEEDKDAQGIYQGGVTIITKVKSVWNGVRDEDAWLDFNYENYIINTSSTTKKFLTDSPRTISIDSAQSYHLYFIANQRFGAYQYNIKVYNGYDASGSLIADAVVSNGIATANSWSEIYQRIAIGTHDIINTDPSIWTDSLFSSTPSTALNGALSYTIHLEDNTNAQTSERFTFNINPPCSKYDGVRVHFLNRLGGYDAFNAYLKSINVTDIKKDKYDQQHHNWSGWAYDYTKKSRGSTDYNVGLRKRVKINTDYLTDSESVWMEDLASSPSLYIEENNELIAVNIDTKRIVRQTSLNEKLCQYTFELIYSLKNRRQRG*
Ga0068514_100091623300004941Marine WaterMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVADSWNEIYFRIPVGTYDIGNIDPSLYTDALFGSTPSTALNGAASYTIHLEDNTNAQTSEVFTFNVNQTCSKYNEVRVHWMNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNAYNYDKQNRGTTEYNVALNKKVTVNTDYLTEDESVWMEDLATSPSVYIEQGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0068514_100187013300004941Marine WaterMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQSGDLFISKVKSVWNGVRNEIEWLDFDYTEYIINNTPSVVKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDTLLGSTPSTALNGAASYTIHLEDNTNAQTSETFTFNVNQTCSKYNEVRVHWMNRLGGYDAFNFYMKSIHTTDIKKDTFDKQHHDWTGNAYNYDKQNRGTTEYNVALNKKVTVNTDYLTEDESVWMEDLATSPSVYIEQGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0074242_1076314323300005346Saline Water And SedimentMAIFLTFPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGNNYQTCFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYRIKAYSGYNAMGSLLANGKVDNPITVADSFDQIYFRIPVGTYDIPNIDPALYTDSLLGSTPSTALVGAASYTIHLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSERKDRIQRGTQQEGYNQHRLFKRGRKPLDGGLSHIS*
Ga0074649_100497853300005613Saline Water And SedimentMAIFLTQNGEPDEYGLAYNDNAYVIKTTNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDIKKDKYDQQHHDWTGNAYTYDKQSRGTTEYNVELNKKVTINTDYLTEDESTWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0074649_101615743300005613Saline Water And SedimentRFKVSILPPDYPISPAIGRVTVYPTRANNGNNYQTCFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEIHKEYILFILEEDKNAQGVYESSDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNTITVADSFDQIYFRIPVGTHDIPNIDPALYTDSLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTEYNVALNKKVTINTDYLSEGESLWMEDLSTSPDVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0074649_105105923300005613Saline Water And SedimentRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGNNYQTCFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYRIKAYSGYNAMGSLLANGKVDNPITVADSFDQIYFRIPVGTYDIPNIDPALYTDSLLGSTPSTALVGAASYTIHLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTEYNVALNKKVTINTDYLSEGESLWMEDLATSPDVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0074649_105187813300005613Saline Water And SedimentMAIFVTFPDGEPFDYNTAYNDNVWVFKTTINTPTVRFLIRVYDQANNELGRFRVYPTTANNGTNYQTAFFDPSRVLQSLISGDIDIQGANHNGFLTSNNMHQEYYLAVNEEDVDANGTYVSGEGFRPVTFPLKSVWNGSIKQLEWLTFDYNDYTILNSASTTKKFLTYSPRTIRIDSNQSYHLYFLAPERFAAAQYNIKAYSGYNGTGSLLADGIVTNNISVADDYDKIYFRIPVGTYDIGNIDPSLYSDTLLGSTPSTALNGAASYTIQLEDSSNAQTSERFTFNVDYTCSKYQPVRLVWLNSLGGYDAMNFYQKSIINTDIKRDQYEQQNHDWTGFAYKYSKSSRGNTDYNVSTLAKRTINTDYLTEAESIWMEDLATSPDVYQEVNNELVAVNINQRKIQRKTSLNDKLMQYTFEIEQSIKDRRQRG*
Ga0074649_105653723300005613Saline Water And SedimentNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYGSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSTTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDIKKDKYDQQHHDWTGNTYTYDKQARGTTDYNVALNKKVTINTDYLTEDESTWLEDLATSPSIYIEENNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0074649_105770223300005613Saline Water And SedimentMAIFLTYPNGEPANYNTAFNDNVWVWKTTRNTPTVRFKVTIIPPDYPISPLIGSVTVYPTRANNGVNYQTCFFDPSRFLQSEIKGEIDIKGANHDAFFVCNGMHKEYILSILEEDKNAQGVYENTDVFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSTTKKFLTDSPRRIRIDSDQSYHLYFIANERFGAYQYKIKTYSGYNATGTNLSTAIVDNPITVADSFDQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNGANSYTIQLENASNDSTSELFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLSEDESVWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0076924_111629613300005747MarineYPTTANNGNNYQTAFFDPSRFLQSYIEGYANIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVRNEIDWLDFDYTDYIVNTFSVTKKFLTDSPRTIRIDSSQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALTNAASYTIHLEDNTNAQTSEKVTFNINETCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNTDYLTEAESEWMEDLITSPSVYIEENNELIAVNLNQ
Ga0070742_1003095213300005942EstuarineMAIFTTFPDGEPADYNLAYNDNVWVFKTSVNTPTVRFKIVVLPENYPVEEAIGVVRIYPTTDNDGNNNQTAFFDPSRFLQSYIEGYNNIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVRNEIDWLDFDYTDYIVNTFSTSKKFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALANAASYTIHLEDNTNAQTSEKVTFNINQTCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNTDYLTEAESEWMEDLATSPSVYIEDNNELIAVNIDPRKIQRKTSLND
Ga0075474_1000928413300006025AqueousNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVAKKFLTDSPRTIRIDSDQSYHLYFIANEIGKCQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDNTNVQISEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0075474_1009784713300006025AqueousNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTG
Ga0075461_1002998123300006637AqueousMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISAAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISRVKSVWNGVRNEIEWLDFDYTDYIVNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEIGKCQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTHDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDNTNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYSYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEQDNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0098054_100038663300006789MarineMAIFLTQNGEPSEYGLAFNDNAYVIKTTNYTPTVRFKIMVLPETFPTDPAIATVRVYPTRAEDGGTVYFDRAFFDPSRFLQSNIKGEVDIKGAAHAGFFKTNKIHQEYYLLIQEEEKNSNDIYYVTNNWLFSKMKSVWNGVRDMDTWLDFNYDDYIINNSSSTTKRFLTDSPRTISIDSAQSYHLYFIANERFGAYQYNIKVYDGYDGSGSLIADATVSNGIATADSWSEIYQRIAIGTQDIINTDPSIWTDSLLGSTPSTALNGALSYTIHLEDNTNAQTSERFTFNINPPCSKYDGVRVHFLNRLGGYDAFNAYLKSINVTDIKKDKYDQQHHDWNGWTYDYSKKSKGSTDYNVGLRKRVTINTDYLTDSESVWMEDLASSPSLYIEENNELIAVNIDPKRIVRQTSLNEKLCQYTFELIYSLKNKRQRG*
Ga0098055_107410413300006793MarineMAIFLTQNGEPSEFGLAYNDNAYVIKTTNYTPTVRFKILILPETYPSEPAIATVRVYPTRAEDGSTVYLDRAFFDPSRFLQSYVEGYTSIEGANHNGFFVNNKTHKEYFLLIQEEEKSVSGIYYTTNNWLFTKMKSVWNGVRNEIEWLDFDYTNYIINTTSTTKKFLTESPRTIRIDSAQSHQLSFIVNERFGANQYNIKAYSGYNATGSLVADGVVTNNIAANQDWSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALTGAASYTIHLEDNTNAQTSEKVTFNINETCSKYNEVRVHFLNRLGGYDAFNFYLKSIHTTDIKKDKYDQQHHDWNGFRYDYSKKSRGATDYNVALNKKVTVNTDYLTEEESEWMEDLITSPSAYIEESNELIAVNLDALRIQRKTSLNDKLMQYTFELNYSIK
Ga0070749_1006616313300006802AqueousMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPTDYPISPAIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYGSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSTTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDIKKDTFDQQHHDW
Ga0070749_1010055523300006802AqueousRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVAKKFLTDSPRTIRIDSDQSYHLYFIANEIGKCQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDNTNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYSYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEQDNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0070754_1001806223300006810AqueousMAIFLTQNGEPSEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQFLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINTTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTHDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0070754_1002020813300006810AqueousMAIFLTFPNGEPAEYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNTITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIHLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINSDYLTEDESLWMEDLATSPDVYIEEDNELIAVSIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQR
Ga0070754_1003653823300006810AqueousMAIFLTFPNGEPANYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0070754_1006788313300006810AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSIIPPDYPISPLIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYSDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFGYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVSIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0070754_1007673323300006810AqueousMAIFLTQNGEPDEYGLAYNDNTYVIKTTNYTPTVRFRITILPPNYPIEPIIGTVRVYPTRAEDGGTVYFDRAFFDPSRFLQSDVNGQVDIKGANHNGFYVSNQMHKEYLLVIQEEDKNASGVYQAGDLIWTKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVSNNIAVADSWDNIYLRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLSRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYSYDKQARGTTDYNVALNKKVTVNTDYLSEEESLWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0070754_1012400523300006810AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNRMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWME
Ga0070754_1018307813300006810AqueousTQNGEPEQFALAYNDNAYVIKTTNYTPTVRFRVTMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVADSWDKIYFRIPVGTHDIGNIDPTLYTDSLFGSTPSTVLNGAASYTIHLEDNTNAQTSEAFTFNVNQTCTKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDKYDQQHH
Ga0070754_1018323613300006810AqueousIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYGSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIVNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIVSNNISVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDVKKDTFDQQHHDWTGNAYSYDKQSRGTTEYNVALNKKVTINTDYLSEDESTWLEDLA
Ga0075481_1003934413300006868AqueousMAIFLTQNGEPEQYGLAYNDNAYVIKTTNYTPTVRFNIAIVPPTFPVDPLIAQVKVYPTRAEDGGTVYFDRAFFDPSRFLQSYLNGQLDIFGANHNGFYVTNQMHKEYYLTILEEDKNAQGVYESGDLFITKIKSVWNGVRNEIEWLDFDYTDYIINNTASTTKKFLTDSPRTIRIDSDQSYQLQFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVADSWDKIYFRIPVGTHDIGNIDPALYTDTLLGSTPSTALNGAASYTIHLEDNTNQQTSERFTFNVNETCSKYNEVRVHFLNRLGGYDGFNFYLKSIHTTDIKKDKYDQQHHDWNGSSYTYTKKNRGTTDYNVA
Ga0075477_1002536723300006869AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFASNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINSDYLSEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0075479_1003209423300006870AqueousMAIFLTFPNGEPAEYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNTITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIHLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINSDYLTEDESLWMEDLATSPDVYIEEDNELIAVSIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0075475_1002953343300006874AqueousMAIFLTQNGEPDEYGIVYNDNAYVIKTTNYTPTIRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVAKKFLTDSPRTIRIDSDQSYHLYFIANEIGKCQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDNTNVQISEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVT
Ga0070750_1014749213300006916AqueousNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTHDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0070746_1018465113300006919AqueousAYVIKTTNYTPTVRFRVAILPTDYPISPAIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYGSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSTTKKFLTDSPRTIRIDSGQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSEAFTFNVNQTCTKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDKYDQQHHDWTGNAYTYDKQNRGTTDYN
Ga0070747_104958523300007276AqueousMAIFTTFPDGEPADYNTAYNDNVWVFKTSVNTPTVRLKIVVLPENYPVEEAIGVVRIYPTTANNGNNYQTAFFDPSRFLQSYIEGYANIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVRNEIDWLDFDYTDYIVNTFSTTKKFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALTNAASYTIHLEDNTNAQTSEKVTFNINQTCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNT
Ga0070745_100165523300007344AqueousMAIFLTQNGEPDEYGLAYNDNAYVIKTTNYTPTVRFRVSILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVAKKFLTDSPRTIRIDSNQSYHLYFIANERFGAYQYNIKACSGYNGTGSLLADGIVDNNITVADSWEKIYFRIPVGTYDIGNIDPALYTDSLFGSTPSTALNGAASYTIHLEDNTNQQTSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYIYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0070745_100384033300007344AqueousMAIFLTQNGEPDEYGLVYNDNTYVIKTTNYTPTVRFRITIVPPNYPIEPMIGTVRVYPTRAQDGGTVYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYLLVIREEEKNASGVYQGGDLIWTKVKSVWNGVRNEIEWLDFDYTDYIVNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANQKFGAYQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWEKIYFRIPVGTHDIGNIDPALYTDSLLGSTPSTALIGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDKYDQQHHDWTGNRYTYDKQSRGTTDYNVALNKKVAVNTDYLSEEESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0070745_105773313300007344AqueousYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0070745_113974013300007344AqueousTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNEMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIHLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGF
Ga0070752_102626513300007345AqueousMAIFLTQNGEPEEYGLAYNDNAYVIKTTNYTPTVRFNIAIVPPTFPVEPLIAQVKVYPTRAEDGGTVYFDRAFFDPSRFLQSYLNGQLDIFGANHNGFYVTNQMHKEYYLTILEEDKNAQGVYESGDLFITKIKSVWNGVRNEIEWLDFDYTDYIINNTASTTKKFLTDSPRTIRIDSNQSYQLQFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIATADSFDKIYFRIPVGTHDIGNIDPALYSDTLLGSTPSTALNGAASYTIHLEDNTNTQTSEQFTFNVNETCSKYNEVRVHFLNRLGGYDGFNFYLKSIHTTDIKKDKYDQQHHDWNGNTYTYTKKNRGTTDYNVALNKKLTVNTDYLTEDESVWLEDLATSPSVYIEENNELIA
Ga0070753_100728063300007346AqueousMAIFLTQNGEPDEYGLAYNDNAYVIKTTNYTPTVRFRVSILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVAKKFLTDSPRTIRIDSNQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNITVADSWEKIYFRIPVGTYDIGNIDPALYTDSLFGSTPSTALNGAASYTIHLEDNTNAQTSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYIYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0070753_103327223300007346AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0070753_104421333300007346AqueousMAIFLTQNGEPEEYGLAYNDNAYVIKTTNYTPTVRFNIAIVPPTFPVEPLIAQVKVYPTRAEDGGTVYFDRAFFDPSRFLQSYLNGQLDIFGANHNGFYVTNQMHKEYYLTILEEDKNAQGVYESGDLFITKIKSVWNGVRNEIEWLDFDYTDYIINNTASTTKKFLTDSPRTIRIDSNQSYQLQFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIATADSFDKIYFRIPVGTHDIGNIDPALYSDTLLGSTPSTALNGAASYTIHLEDNTNTQTSEQFTFNVNETCSKYNEVRVHFLNRLGGYDGFNFYLKSIHTTDIKKDKYDQQHHDWNGNTYTYTKKNRGTTDYNVALNKKLTVNTDYLTEDESVWLEDLATSPSVYIEE
Ga0099851_112782613300007538AqueousRVYPTRAEDGGTVYLDRAFFDPSRFLQPYCEGVVDIKGANHNGFFTTNRMHKEYYPAIQEEEKDASGIYQPGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINTTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALIGAASYTIHLEDSTNQQTSEAFTFNVNQTCSKYNEVRVHFLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTDYNVALNKKVTVNTDYLSEAES
Ga0099848_105974213300007541AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFN
Ga0099848_107589913300007541AqueousRKLMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGIYKPGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYDLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALIGAASYTIHLEDSTNQQTSEAFTFNVNQTCSKYNEVRVHFLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTDYNVALNKKVTVNTDYLSEAESIWMEDLATSPSVYIEEGNELIAVNIDPRKIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0099848_108097323300007541AqueousMAIFLTQNGEPDEYGLIYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLVIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSSFGSTPSTALVGAASYTIHLEDITNVQLSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYSYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYI
Ga0099848_111663013300007541AqueousNAYVIKTTNYTPTVRFRIGMLPIDYPVSPAIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQPYCEGVVDIKGANHNGFFTTNRMHKEYYLAIQEEEKDASGIYQPGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSSTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIVSNNIAVANSWNEIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVA
Ga0099846_101636523300007542AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSTTKKFLTHSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDYLTEDESLWMEDLATSPDVYIEENNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0070751_104435413300007640AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSIIPPDYPISPLIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYSDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFGYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0070751_104897323300007640AqueousMAIFLTQNGEPDEYGLAYNDNAYVIKTTNYTPTVRFRVSILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVSKKFLTDSPRTIRIDSNQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNITVADSWEKIYFRIPVGTYDIGNIDPALYTDSLFGSTPSTALNGAASYTIHLEDNTNAQTSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYIYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0070751_117022013300007640AqueousIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYGSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIVNNTPSVSKKFLTDSPRTIRIDSNQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVTNNIAVANSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGN
Ga0099850_100428553300007960AqueousMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGIYKPGDLFISKVKSVWNGLRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALIGAASYTIHLEDSTNQQTSEAFTFNVNQTCSKYNEVRVHFLNRLGGYDAFNFYMKSIHTTDIKKDTLDQQHHDWTGNRYTYDKQARGTTDYNVALNKKVTVNTDYLSEAESIWMEDLATSPSVYIEEGNELIAVNIDPRKIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0099850_105750713300007960AqueousMAIFLTQNGEPEEYGLVYNDNAYVIKTTNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDINKDTFDQQHHDWTGNRYTYDKQARGTTEYNV
Ga0099850_110859523300007960AqueousMAIFLTQNGEPSEYGLAYNDNAYVIKTTNYTPTVRFRIGMLPIDYPVSPAIGQVRVYPTRAQDGGTVYLDRAFFDPSRFLQPYCEGVVDIKGANHNGFFTTNRMHKEYYLAIQEEEKDASGIYQPGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSSTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVANSWNEIYFRIPVGTHDIGNINPSLYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDINKDTFD
Ga0075480_1009223733300008012AqueousMAIFLTQNGEPEEYGLAYNDNAYVIKTTNYTPTVRFNIAIVPPTFPVDPLIAQVKVYPTRAEDGGTVYFDRAFFDPSRFLQSYLNGQLDIFGANHNGFYVTNQMHKEYYLTILEEDKNAQGVYESGDLFITKIKSVWNGVRNEIEWLDFDYTDYIINNTASTTKKFLTDSPRTIRIDSNQSYQLQFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIATADSFDKIYFRIPVGTHDIGNIDPALYSDTLLGSTPSTALNGAASYTIHLEDNTNTQTSEQFTFNVNETCSKYNEVRVHFLNRLGGYDGFNFYLKSIHTTDIKKDKYDQQHHDWNGNTY
Ga0075480_1020083113300008012AqueousEIKGANHDACFGSKGRHKEYILALQEEDKSAQGVYENPALFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNTITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIHLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINSDYLTEDESLWMEDLATSPDVYIEEDNELIAVSIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0098052_101373423300008050MarineMAIFLTQNGEPSEYGLAFNDNAYVIKTTNYTPTVRFKIVMLPETYPSEPAIGTVRVYPTRAEYGGVVYLDRAFFDPSRFLQSNIEGEVDIKGAAHAGFFKTNKIHQEYRLIIQEEEKSANGVYYITNNWLFTNLKSVWNGVRDEDAWLDFNYEDYIINNSSSTTKKFLTDSPRTISIDSAQSYHLYFIANERYGAYQYNIKVYNGYDGSGSLIADATVSNGIATANSWAEIYQRMAIGTQDIINTDPSIWTDSLFSSTPSTALNGALSYTIHLEDNTNAQTSERFTFNINPPCSKYDGVRVHFLNRLGGYDAFNAYLKSIHTTDIKKDKYDQQHHDWNGWTYDYSKKSRGSTDYNVGLRKRVTINTDYLTDSESVWMEDLASSPSLYIEENNELIAVNIDPKRIVRQTSLNKKLCQYTFELIYSLKSRRQRG*
Ga0102811_103265223300009024EstuarineMAIFTTFPDGEPADYNLAYNDNVWVFKTSVNTPTVRFKIVVLPENYPVEEAIGVVRIYPTTDNDGNNNQTAFFDPSRFLQSYIEGYNNIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVRNEIDWLDFDYTDYIVNTFSTSKKFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALANAASYTIHLEDNTNAQTSEKVTFNINQTCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNTDYLTEAESEWMEDLATSPSVYIEDNNELIAVNIDPRKIQRKTSLNDKLMQYTFELSYSIKNRRQRG*
Ga0102812_1008898413300009086EstuarineDYNLAYNDNVWVFKTSVNTPTVRFKIVVLPENYPVEEAIGVVRIYPTTANNGNNYQTAFFDPSRFIQSYIEGYANIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVKNEIDWLDFDYTDYIVNTFSVTKKFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALANAASYTIHLEDNTNAQTSEKVTFNINQTCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNTDYLTEAESEWMEDLATSPSVYIEDNNELIAVNIDPRKIQRKTSLNDKLMQYTFELSYSIKNRRQRG*
Ga0129348_103152113300010296Freshwater To Marine Saline GradientTAFNDNVWVWKTTRNTPTVRFKVLILPPDYPISPAIGRVTVYPTRANNGVNYQTCFFDPSRFLQSEIKGEIDIKGANHNAFFVCNEMHQEYILALQEEDKNAQGVYENTNLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVSIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0129348_106913413300010296Freshwater To Marine Saline GradientMAIFLTQNGEPEEYGLVYNDNAYVIKTTNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSTTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDTLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDIKKDTFDQQHHDWTGNAYTYDKQNRGTTDYNVALNKKVTINTDYLTEDESTWLEDLATSPSIYIEENNELIAVNLDPRRIQRKTS
Ga0129342_100825323300010299Freshwater To Marine Saline GradientMAIFLTFPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVLILPPDYPISPAIGRVTVYPTRANNGVNYQTCFFDPSRFLQSEIKGEIDIKGANHNAFFVCNEMHQEYILALQEEDKNAQGVYENTNLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEKQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVSIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG*
Ga0129342_105092523300010299Freshwater To Marine Saline GradientMAIFLTQNGEPDEYGLAYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGIYQPGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDRIYFRIPVGTYDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQLSESFTFNVNQTCSKYNEVRVHWMNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTDYNVALNKKVTVNTDYLSEAESIWMEDLATSPSVYIEEGNELIAVNIDPRKIQRKTSLNDKLMQYTFELNYSIKNRRQRG*
Ga0129351_103729013300010300Freshwater To Marine Saline GradientMAIFLTFPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGVNYQTCFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHQEYILALQEEDKNAQGVYENTNLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFGYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPD
Ga0136656_102374033300010318Freshwater To Marine Saline GradientMAIFLTFPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVLILPPDYPISPAIGRVTVYPTRANNGVNYQTCFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHQEYILALQEEDKNAQGVYENTNLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDA
Ga0129324_1008634623300010368Freshwater To Marine Saline GradientMAIFLTQNGEPDEYGLAYNDNAYVIKTTNYTPTVRFRVAVLPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVCNQIHKEYYLVIQEEDKNASGVYQGGHLIFTKVKSVWNGVRNEIEWLDFDYTDYIINTTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGSLLADGIVDNNIAVANSWDKIYFRIPVGTYDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDAFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESLWMEDLATSPSV
Ga0118731_10254205733300010392MarineMAIFVTFPDGEPVDYNTAYNDNVWVFKTTTNTPTVRFLIRVYDQANNELGRFRVYPTTANNGTNYQTAFFDPSRVLQSLISGDIDIQGANHNGFLTSNNMHQEYYLAVNEEDVDANETYVSGEGFRPVTFPLKSVWNGSIKQLEWLTFDYNDYTILNSPSTTKKFLTYSPRTIRIDSNQSYHLYFLAPERFAAAQYNIKAYSGYNGTGSLLADGVVTNNISVADDYDKIYFRIPVGTYDIGNIDPSLYTDTLLGSTPSTALNGAASYTIQLEDSSNAQTSERFTFNVDYTCSKYQPVRLVWLNSLGGYDAMNFYQKSIINTDIKRDQYEQQNHDWTGFAYKYSKSSRGNTDYNVSTLAKRTINTDYLTEDESLWMEDLATSPDVYLEDNNQLIAVNINQRKIQRKTSLNDKLMQNTFEIEQSIKNRRQRG*
Ga0151676_100036523300011251MarineMAIFTTFPDGEPADYNTAYNDNVWVFKTSVNTPTVRLKIVVLPENYPVEGAIGVVRIYPTTANNGNNYQTAFFDPSRFLQSYIEGYANIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVRNEIDWLDFDYTDYIVNTFSTTKKFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALANAASYTIHLEDNTNAQTSEKVTFNINETCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNTDYLSEAESEWMEDLITSPSLYIEENNELIAVNLNQRNIVKKTSLNDKLMQYTFELSYSIKNRRQRG*
Ga0180429_1003264523300017960Hypersaline Lake SedimentMPIYLTFPNGEPADYNTAFNDNVWVFKTSTNTPTVRFKVTIVPPNYPISPLIGSVTVYPTAANNGNNYQTSFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHKEYFITILEEDKNAQGVYENKDVFITKVKSVWNGVRNELEWLTFDFTDYTMNNTPSFTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYKIKAYSGYNATGSLLANGKVNNPISVADSFDQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNGANSYTIHLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLSEDESVWMEDLATSPDVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0180437_10002499263300017963Hypersaline Lake SedimentMAIFLTQNGEPDAYGLAYNDNAYVIKTTNYTPTVRFRIAILPENYPIEAGIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQPYVKGQVDIQGANHNGFFVANQIHKEYRLVIQEEEKDANGVYQGGDLIFTKLKSVWNGVRNEIDWLDFNYLDYIINNSASNTKKFLTDSPRTVRIDSAQSYHLYFIANERFGAYQYNIKAYSGLNASGSLLADGVVSNNIATADSWDKIYFRIPVGPYDIGNIDPSLYTDSLLGSTPSTALNNAKSYTIHLEDNTNTQTSERFTFNVGETCTKYNTVRIHFLNRLGGYDAFNFYLKSIHTTEIKKDSYDQEKHDWTGNRYTYTKAARGKTDYNVGLNKRLTVNTDYLSEAESIWLEDLVTSPSLYIEENNELIAVNIDERSVTKKTTLNDKLMQYTFQINYSIKNRRQRG
Ga0180437_1024728413300017963Hypersaline Lake SedimentMAIFLTFPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGTVTVYPTRANNGVNYQTCFFDPSRFLQSEINGEIDIKGANHDAFFVCNEMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYKIKTYSGYNATGTNLSAAIVDNPITVADSFDQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNNAASYTIQLENASNDSTSELFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLTEDESLW
Ga0180438_1025847123300017971Hypersaline Lake SedimentMAIFLTFPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGTVTVYPTRANNGVNYQTCFFDPSRFLQSEINGEIDIKGANHDAFFVCNEMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYKIKTYSGYNATGTNLSAAIVDNPITVADSFNQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNGAASYTIQLENASNDSTSELFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLTEDESLWMEDLATSPDVY
Ga0180431_1017539813300017987Hypersaline Lake SedimentMAIFLTFPDGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGVNYQTCFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHKEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYKIKTYSGYNATGTNLSSAIVDNPITVADSFNQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNNAASYTIQLENASNNLTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLTEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYA
Ga0180431_1028481713300017987Hypersaline Lake SedimentPPDYPISPAIGRVTVYPTRANNGVNYQTCFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHQEYILALQEEDKNVQGVYENTDLFITGLKSVWNGVRNDLEWLTFDFTEYTMNNTSSTTKKFLTDSPRTIRIDNDQSYHLYFIANERFGAYQYKIKAYSGYNATGTNLSTAIVDNPITVADSFNQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNGAASYTIQLENASNDSTSELFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLTEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0180432_1001945133300017989Hypersaline Lake SedimentMAIFLTFPDGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPMDYPISPAIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDSSGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVDNNIAVADSWDKIYFRIPVGTHDIANIDPSLYTDSLLGSVPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQVCSKYTSVRLHWLNRLGGYDAHNFNMKSQETTDIKRDKFDQQHHDWTGNAYTYDKQARGTTDYNVALNKKVSINTDYLSEDESVWMEDLATSPSVYLEEGNELISVNIDPRRIQRKTSLNDKLMQYTFELSYSIKNRRQRG
Ga0180432_1008088043300017989Hypersaline Lake SedimentMAIFLTFPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGSVTVYPTRANNGVNYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILSLQEEDKNAQGVYENTDLLITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFGYIYDKQSRGTTDYNVALNKKVTINTDYLTEDESLWMEDLATSPDVYIEDDNELIAVSLDPRRIQR
Ga0180432_1013520823300017989Hypersaline Lake SedimentMAIYVTYPDGEPADYNTAYNDNVWVFKTTIITPTVRFLIRVYDQANNELGRFRVYPTTANSGINPQTAFFDPSRLLQSLISGDIDIEGANHNGFLTSNNMHQEYYLAVNEEDVDANGTYVSGEGFRPVTFPLKSVWNGSIKQLEWLTFDYNDYTILNSPSTTKKFLTYSPRTIRIDSNQSYHLYFLAPKRFAAAQYNIKAYSGYNGTGSLLADGIVTNNISVADDYDKIYFRIPVGTYDIGNIDPSLYTDTLLGSTPSTALNGAASYTIHLEDSSNAQTSERFTFNVDYTCSKYQPVRLVWLNSLGGYDAMNFYQKSIINTDIKRDQYEQQNHDWTGFAYKYSKNSRGNTDYNVSTLAKRTINTDYLTEAESLWMEDLATSPDVYQEVNNELIAVNINQRKIQRKTSLNDKLMQYTFEIEQSIKNRRQRG
Ga0180432_1019848023300017989Hypersaline Lake SedimentMAIFATWPNGEPADYNTAFNDNVWVWKTTVNTPTVRFKVTIVPPNYPISPLIGTVTVYPTTANNGNNYQTFFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHKEYFITILEEDKNAQGVYENKDVFITKVKSVWNGVRNELEWLTFDFTDYTMNNTPSFTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYKIKAYSGYNATGSLLANGKVNNPISVADSFDQIYFRIPVGTHDIPNIDPALYSDTLLGSTPSTALVGAASYTIHLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLSEDESVWMEDLATSPDVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0180432_1041246013300017989Hypersaline Lake SedimentKLMAIFLTFPDGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGVNYQTCFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHKEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYKIKTYSGYNATGTNLSSAIVDNPITVADSFNQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNNAASYTIQLENASNNLTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDW
Ga0180436_1035941813300017990Hypersaline Lake SedimentFPDGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPMDYPISPAIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYFLAIQEEEKDSSGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQSKIKAYSGYNATGSLLADGIVDNNIAVADSWDKIYFRIPVGTHDIANIDPSLYTDSLLGSVPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQVCSKYTSVRLHWLNRLGGYDAHNFNMKSQETTDIKRDKFDQQHHDWTGNAYTYDKQARGTTDYNVALNKK
Ga0180434_1013772213300017991Hypersaline Lake SedimentNHNGFFVANQIHKEYRLVIQEEEKDANGVYQGGDLIFTKLKSVWNGVRNEIDWLDFNYLDYIINNSASNTKKFLTDSPRTVRIDSAQSYHLYFIANERFGAYQYNIKAYSGLNASGSLLADGVVSNNIATADSWDKIYFRIPVGPYDIGNIDPSLYTDSLLGSTPSTALNNAKSYTIHLEDNTNTQTSERFTFNVGETCTKYNTVRIHFLNRLGGYDAFNFYLKSIHTTEIKKDSYDQEKHDWTGNRYTYTKAARGKTDYNVGLNKRLTVNTDYLSEAESIWLEDLVTSPSLYIEENNELIAVNIDERSVTKKTTLNDKLMQYTFQINYSIKNRRQRG
Ga0180434_1016524713300017991Hypersaline Lake SedimentMAIFLTFPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGSVTVYPTRANNGVNYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFGYIYDKQSRGTTDYNVALNKKVTINTDYLTEDESLWMEDLATSPDVYIEEDNELIA
Ga0180434_1018058923300017991Hypersaline Lake SedimentMAIFLTFPDGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGVNYQTCFFDPSRFLQSEIEGEIDIKGANHDAFFVCNEMHKEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYKIKTYSGYNATGTNLSSAIVDNPITVADSFNQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNNAASYTIQLENASNDSTSELFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYAKQSRGTTDYNVALNKKVTINTDYLTEDESLWMEDLATSPDVY
Ga0180434_1024733723300017991Hypersaline Lake SedimentPTVRFLIRVYDQANNELGRFRVYPTTANSGINPQTAFFDPSRVLQSYISGDIDIQGANHNGFLTSNNMHQEYYLAVNEEDVDSNGSYTSGEDRRPVTFKLKSVWNGSIKQLEWLTFDYNDYTILNSPSTTKKFLTYSPRTIRIDSNQSYHLYFLAPKRFAAAQYNIKAYSGYNGTGSLLADGIVTNNISVADDYDKIYFRIPVGTYDIGNIDPSLYTDTLLGSTPSTALNGAASYTIHLEDSSNAQTSERFTFNVDYTCSKYQPVRLVWLNSLGGYDAMNFYQKSIINTDIKRDQYEQQNHDWTGFAYKYSKSSRGNTDYNVSTLAKRTINTDYLTEAESIWMEDLATSPDVYLEDNNQLIAVNINQRKIQKKTSLNDKLMQYTFEIEQSIKNRRQRG
Ga0180434_1034722313300017991Hypersaline Lake SedimentLTFPNGEPADYNTAFNDNVWVWNTTVNTPTVRFKVTIVPPNYPISPLIGTVTVYPTAANNGNNYQTSFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHKEYFVTILEEDKNAQGVYENKDLFITKVKSVWNGVRNELEWLTFDFTDYTMNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYRIKAYSGYNATGSLLANGKVDNPVTVADSFDQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNGANSYTIHLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLTEDESLWMEDLATSPDVYIEEGNELI
Ga0180433_1013056333300018080Hypersaline Lake SedimentMAIFLTFPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGSVTVYPTRANNGVNYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFGYIYDKQSRGTTDYNVALNKKVTINTDYLTEDESLWMEDLATSPDVYIEDDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0180433_1021221123300018080Hypersaline Lake SedimentMAIFLTFPDGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGVNYQTCFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHKEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYKIKTYSGYNATGTNLSSAIVDNPITVADSFNQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNNAASYTIQLENASNNLTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLTEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0180433_1045006113300018080Hypersaline Lake SedimentYPISPLIGTVTVYPTAANNGNNYQTSFFDPSRFLQSEIKGEIDIKGANHDAFFVCNEMHKEYFVTILEEDKNAQGVYENKDVFITKVKSVWNGVRNELEWLTFDFTDYTMNNTPSFTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYKIKAYSGYNATGSLLANGKVNNPISVADSFDQIYFRIPVGTHDIPNIDSSLMTGSTPSTVLNGANSYTIHLEDNTNAQTSEQFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHDWTGFAYIYDKQSRGTTDYNVALNKKVTINTDYLSEDESVWMED
Ga0181563_1017184213300018420Salt MarshMIFLTQNGEPAEYGLAFNDNAYVIKTTNYSPTIRFRIAILPHDFPSSPAIGQVRVYPTRAEDGGVVYLDRAFFDPSRFLQSQVKGEVDIKGAAHAGFFKTNQIHEEYYLVIQEEEKDAQGIYQGGDQIFTKIKSVWNGVRNEDDWLSFDYEDYIINNTPSVTKRFLTDSPRTISIDSAQSYHLYFIANERFGAYQYNIKVYDGYDGSGSLIADAIVTNGIATANSWDEIYQRIAIGTYDITNTDPSLWTDTLFSSTPATALNGALSYTIHLEDNTNTQTSERFTFNINPSCSKYNVVRTHFLNRLGGYDAFNFYLKSIHTTDIRKDTYDQQHHDWTGFRYTYSKSSRGTTDYNVGLRKRLTVNTDYLTDEESQWMEDLASSPSLYIEENNELIAVNIDPKRIIRQTSLNEKLCQYTFELIYSLKNKRQRG
Ga0213869_1001144093300021375SeawaterMAIFTTFPDGEPADYNLAYNDNVWVFKTSVNTPTVRFKIVVLPENYPVEEAIGVVRIYPTTANNGNNYQTAFFDPSRFLQSYIEGYDNIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVRNEIDWLDFDYTDYIVNTFSTSKKFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALANAASYTIHLEDNTNAQTSEKVTFNINQTCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNTDYLSEAES
Ga0196883_100114023300022050AqueousMAIFLTFPNGEPANYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0196883_100251523300022050AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFASNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINSDYLSEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0212025_100045253300022057AqueousMAIFLTQNGEPEQFALAYNDNAYVIKTTNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSTTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIISNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDIKKDKYDQQHHDWTGNAYTYDKKNRGTTDYNVVLNKKVTINTDYLTEDESTWLEDLATSPSVYIEENNELIAVNLDPRRIQRK
Ga0212025_100868923300022057AqueousTDEYGIVYNDNAYVIKTTNYTPTIRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVAKKFLTDSPRTIRIDSDQSYHLYFIANEIGKCQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDNTNVQISEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0212028_102336013300022071AqueousMAIFLTQNGEPEQFALAYNDNAYVIKTTNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSTTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIISNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDIKKDKF
Ga0196899_100380923300022187AqueousMAIFLTQNGEPDEYGIVYNDNAYVIKTTNYTPTIRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVAKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTHDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0196899_104545023300022187AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSIIPPDYPISPLIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYSDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0196899_108625313300022187AqueousRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSTTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRLHWLNRLGGYDAFNFYMKSVHTTDIKKDKYDQQHHDWTGNAYTYDKKNRGTTDYNVALNKKVTINTDYLTEDESTWLEDLATSPSVYI
Ga0196905_100210243300022198AqueousMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGIYKPGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALIGAASYTIHLEDSTNQQTSEAFTFNVNQTCSKYNEVRVHFLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTDYNVALNKKVTVNTDYLSEAESIWMEDLATSPSVYIEEGNELIAVNIDPRKIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0196905_102802213300022198AqueousMAIFLTQNGEPDEYGLIYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLVIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQLSESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPR
Ga0244775_1015066623300024346EstuarineMAIFTTFPDGEPADYNLAYNDNVWVFKTSVNTPTVRFKIVVLPENYPVEEAIGVVRIYPTTDNDGNNNQTAFFDPSRFLQSYIEGYNNIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVRNEIDWLDFDYTDYIVNTFSTSKKFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALANAASYTIHLEDNTNAQTSEKVTFNINQTCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNTDYLTEAESEWMEDLATSPSVYIEDNNELIAVNIDPRKIQRKTSLNDKLMQYTFELSYSIKNRRQRG
Ga0244775_1026111923300024346EstuarineNIVVLPENYPVEEAIGVVRIYPTTANNGNNYQTAFFDPSRFIQSYIEGYANIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVKNEIDWLDFDYTDYIVNTFSVTKTFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALTGAASYTIHLEDNTNAQTSEKVTFNINETCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNTDYLSEEESEWMEDLTTSPSLYIEENNELIAVNLNQRNIVKKTSLNDKLMQYTFELSYSIKNRRQRG
(restricted) Ga0255049_1002074323300024517SeawaterMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDTLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCTKYNEVRVHWLNRLGGYDGFNFYLKSIHQTDIKKDKYDQQHHDWTGNAYSYDKKNRGTTEYNVALNKKVTVNTDYLTEDESVWLEDLATSPSVYIEQGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
(restricted) Ga0255049_1006859623300024517SeawaterYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQSGDLFISKVKSVWNGVRNEIEWLGFDYTDYTINNTPSVVKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWNEIYFRIPVGTYDIGNIDPSLYTDSLFGSTPSTALNGAASYTIHLEDNTNQQTSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNAYNYDKQARGTTEYNVALNKKVTVNTDYLSEAESVWMEDLATSPSVYIEQGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
(restricted) Ga0255048_1000456733300024518SeawaterMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQSGDLFISKVKSVWNGVRNEIEWLGFDYTDYTINNTPSVVKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWNEIYFRIPVGTYDIGNIDPSLYTDSLFGSTPSTALNGAASYTIHLEDNTNQQTSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNAYNYDKQARGTTEYNVALNKKVTVNTDYLSEAESVWMEDLATSPSVYIEQGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
(restricted) Ga0255048_1005245923300024518SeawaterMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDTLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCTKYNEVRVHWLNRLGGYDGFNFYLKSIHQTDIKKDKYDQQHHDWTGNTYTYTKKNRGTTDYNVALNKKVTVNTDYLTEDESVWMEDLATSPSVYIEQGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
(restricted) Ga0255048_1012602513300024518SeawaterMAIFLTQNGEPSEFGLAYNDNAYVIKTTNYTPTVRFKVSMLPETYPIEPAIGTVRVYPTRADDGGTVYLDRGFFDPSRFLQSYVEGNARIESANHNGFYTNNKTHKEYFLFIQEEDKNSQGVYVGGDSIFTKLKSVWNGVRNEIEWLDFDYTNYIINTTSTTKKFLTDSPRTIRIDSAQSHQLSFIVNEKYGANQYVVKAYSGYNGTGSLVADGVVANTAPSTDWSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALTGAASYTIHLEDNTNAQTSERFTFNVNQTCTKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWNGSRYTYTKKNRGTTDYNVSLKKKLTVNTDYLSEEESVWMEDLITSPSAYIEENNELIAVNLDARRIQR
(restricted) Ga0255047_1003563823300024520SeawaterMAIFLTQNGEPEEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVNGQVDINGADHNGFYVSNQMHKEYYLAIQEEEKDASGVYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDTLLGSTPSTALNGAASYTIHLEDNTNAQTSEMFTFNVNQTCTKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGNTYTYTKKNRGTTDYNVALNKKVTVNTDYLTEDESVWMEDLATSPSVYIEQGNELIAVNIDPRRIQRKTSLNDKLMQYTFELGYSIKNRRQRG
(restricted) Ga0255047_1011067713300024520SeawaterMAIFLTQNGEPSEFGLAYNDNAYVIKTTNYTPTVRFKVSMLPETYPIEPAIGTVRVYPTRADDGGTVYLDRGFFDPSRFLQSYVEGNARIESANHNGFYTNNKTHKEYFLFIQEEDKNSQGVYVGGDSIFTKLKSVWNGVRNEIEWLDFDYTNYIINTTSTTKKFLTDSPRTIRIDSAQSHQLSFIVNEKYGANQYVVKAYSGYNGTGSLVADGVVANTAPSTDWSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALTGAASYTIHLEDNTNAQTSERFTFNVNQTCTKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWNGSRYTYTKKNRGTTDYNVSLKKKLTVNTDYLSEEESVWMEDLITSPSAYIEENNELIAVNLDARRIQRKTSLND
(restricted) Ga0255047_1013538823300024520SeawaterYQTAFFDPSRFLQSYIEGYANIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVRNEIDWLDFDYTDYIVNTFSVTKKFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALANAASYTIHLEDNTNAQTSEKVTFNINETCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNTDYLSEAESEWMEDLITSPSVYIEENNELIAVNLNQRNIVKKTSLNDKLMQYTFELSYSIKNRRQRG
Ga0208013_100081513300025103MarineMAIFLTQNGEPSEYGLAFNDNAYVIKTTNYTPTVRFKIMVLPETFPTDPAIATVRVYPTRAEDGGTVYFDRAFFDPSRFLQSNIKGEVDIKGAAHAGFFKTNKIHQEYYLLIQEEEKNSNDIYYVTNNWLFSKMKSVWNGVRDMDTWLDFNYDDYIINNSSSTTKRFLTDSPRTISIDSAQSYHLYFIANERFGAYQYNIKVYDGYDGSGSLIADATVSNGIATADSWSEIYQRIAIGTQDIINTDPSIWTDSLLGSTPSTALNGALSYTIHLEDNTNAQTSERFTFNINPPCSKYDGVRVHFLNRLGGYDAFNAYLKSINVTDIKKDSYDQQHHDWNGWSYDYSKKSKGSTDYNVGLRKRVTINTDYLTDSESVWMEDLASSPSLYIEENNELIAVNIDPKRIVRQTSLNEKL
Ga0209128_101008623300025131MarineMAIFLTQNGEPEEFGLAYNDNAYVIKTTNYTPTVRFKVSILPETYPVEPVVGIVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVEGYTNIEGASHNGFFTNNKTHKEYLLFIQEEEKDANGVYVGGDLIFTNLKSVWNGVRNEIEWLDFDYTNYTINTFSTTKKFLTDSPRTIKIDSAQSHQLSFIVNERYGANQYNIKAYSGYNATGSLIADGVVTNNIAANQDWSSRYFRIPVGTYDIGNIDPSLYTDSLLGTTPSTALTGAASYTIHLEDNTNAQTSEKVTFNINQTCSKYNEVRVHFLNRLGGYDAFNFYMKSIHQTDIKKDKYDQQHHDWTGWSYDYSKKSRGATDYNVSLNKKLTVNTDYLTEEESLWMEDLITSPNAYIEESNELIAVNLDARKIQRKTSLNDKLMQYTFELSYSIKNRRQRG
Ga0208299_102531523300025133MarineMAIFLTQNGEPSEYGLAFNDNAYVIKTTNYTPTVRFKIVMLPETYPSEPAIGTVRVYPTRAEYGGVVYLDRAFFDPSRFLQSNIEGEVDIKGAAHAGFFKTNKIHQEYRLIIQEEEKSANGVYYITNNWLFTNLKSVWNGVRDEDAWLDFNYEDYIINNSSSTTKKFLTDSPRTISIDSAQSYHLYFIANERYGAYQYNIKVYNGYDGSGSLIADATVSNGIATANSWAEIYQRMAIGTQDIINTDPSIWTDSLFSSTPSTALNGALSYTIHLEDNTNAQTSERFTFNINPPCSKYDGVRVHFLNRLGGYDAFNAYLKSIHTTDIKKDKYDQQHHDWNGWTYDYSKKSRGSTDYNVGLRKRVTINTDYLTDSESVWMEDLASSPSLYIEENNELIAVNIDPKRIVRQTSLNKKLCQYTFELIYSLKSRRQRG
Ga0209756_105262713300025141MarineMAIFLTQNGEPEEFGLAYNDNAYVIKTTNYTPTVRFKVSILPETYPVEPVVGIVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVEGYTNIEGASHNGFFTNNKTHKEYLLFIQEEEKDANGVYVGGDLIFTNLKSVWNGVRNEIEWLDFDYTNYTINTFSTTKKFLTDSPRTIKIDSAQSHQLSFIVNERYGANQYNIKAYSGYNGTGSLIADGVVTNNIAANQDWSSRYFRIPVGTYDIGNIDPSLYTDSLLGTTPSTALTGAASYTIHLEDNTNAQTSEKVTFNINQTCSKYNEVRVHFLNRLGGYDAFNFYMKSIHQTDIKKDKYDQQHHDWTGWSYDYSKKSRGA
Ga0208004_103387813300025630AqueousMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISAAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISRVKSVWNGVRNEIEWLDFDYTDYIVNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEIGKCQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTHDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDNTNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYSYDKQARGTTEYNVALNKKVTVNTDYLSEAESLWLEDLATSPSVYIEQDNELIAVNIDPRRIQRKTSLNDK
Ga0208643_107017113300025645AqueousDGGTVYLDRGFFDPSRFLQSYVEGNARIEGASHNGFYTNNKTHKEYFLFIQEEEKNSDGVYVGGDSIFTKLKSVWNGVRNEIEWLDFDYTNYTINTTSTTKKFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIAANQDWSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALTGAASYTIHLEDNTNAQTSEKVTFNINETCTKYNEVRVHFLNRLGGYDAFNFYLKSIHQTEIKKDKYDQQHHDWNGFRYDYSKKSRGTTDYNVSLKKKLTVNTDYLSEEESVWMEDLITSPSAYIEESNELIAVNLDARRI
Ga0208161_105871713300025646AqueousINRNQVMAIFLTQNGEPSEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLVIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQLSESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEQDNELI
Ga0208428_102853913300025653AqueousMAIFLTQNGEPEQYGLAYNDNAYVIKTTNYTPTVRFNIAIVPPTFPVDPLIAQVKVYPTRAEDGGTVYFDRAFFDPSRFLQSYLNGQLDIFGANHNGFYVTNQMHKEYYLTILEEDKNAQGVYESGDLFITKIKSVWNGVRNEIEWLDFDYTDYIINNTASTTKKFLTDSPRTIRIDSDQSYQLQFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVADSWDKIYFRIPVGTHDIGNIDPALYTDTLLGSTPSTALNGAASYTIHLEDNTNQQTSERFTFNVNETCSKYNEVRVHFLNRLGGYDGFNFYLKSIHTTDIKKDKYDQQHHDWNGSSYT
Ga0208428_106954413300025653AqueousAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFGYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIA
Ga0208795_105140013300025655AqueousNRNQVMAIFLTQNGEPDEYGLIYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYFLLIQEEDKNASGVYQGGHLIFTKVKSVWNGVRNELEWLDFDYTDYIINTTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGSLLADGIVDNNIAVANSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDIKKDTYEQQHHDWTGFAYIYDKQARGTTEYNVALNKKVTINTDYLTEDESAWMEDLATSPDVYIEEGNELIAVNLDPRRI
Ga0208898_100149923300025671AqueousMAIFLTQNGEPDEYGLAYNDNAYVIKTTNYTPTVRFRVSILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVSKKFLTDSPRTIRIDSNQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNITVADSWEKIYFRIPVGTYDIGNIDPALYTDSLFGSTPSTALNGAASYTIHLEDNTNAQTSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYIYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0208898_100605613300025671AqueousPNRKLMAIFLTQNGEPDEYGLVYNDNTYVIKTTNYTPTVRFRITIVPPNYPIEPMIGTVRVYPTRAQDGGTVYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYLLVIREEEKNASGVYQGGDLIWTKVKSVWNGVRNEIEWLDFDYTDYIVNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANQKFGAYQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWEKIYFRIPVGTHDIGNIDPALYTDSLLGSTPSTALIGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDKYDQQHHDWTGNRYTYDKQSRGTTDYNVALNKKVAVNTDYLSEEESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0208898_102355133300025671AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0208898_103704123300025671AqueousMAIFLTFPNGEPAEYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNTITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIHLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINSDYLTEDESLWMEDLATSPDVYIEEDNELIAVSIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0208898_103860023300025671AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSIIPPDYPISPLIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYSDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFGYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVSIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0209652_100540373300025684MarineMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYLSNQMHKEYYLAIQEEEKDASGVYQSGDLFISKVKSVWNGVRNEIEWLGFDYTDYTINNTPSVVKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWNEIYFRIPVGTYDIGNIDPSLYTDSLFGSTPSTALNGAASYTIHLEDNTNQQTSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESVWMEDLATSPSVYIEQGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0208019_102481313300025687AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVNIDPRRIQRKTSLNDKLMQ
Ga0208019_104443123300025687AqueousMAIFLTQNGEPEEYGLVYNDNAYVIKTTNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYQSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDIKKDTFDQQHHDWTGNAYTYDKQARG
Ga0208150_100824523300025751AqueousRVRVAILPIDYPISPAIGQVRVYPTRSNDGQFLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINTTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTHDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0208899_102319933300025759AqueousMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISAAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISRVKSVWNGVRNEIEWLDFDYTDYIVNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTHDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0208427_100415523300025771AqueousMAIFLTQNGEPSEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQFLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINTTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTHDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0208427_104269413300025771AqueousETHRKLMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINSDYLSEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0208785_101198223300025815AqueousMAIFLTQNGEPDEYGIVYNDNAYVIKTTNYTPTIRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVNGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVAKKFLTDSPRTIRIDSDQSYHLYFIANEIGKCQYNIKAYSGYNGTGSLLADGIVDNNIAVADSWDKIYFRIPVGTYDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDNTNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0208785_106302513300025815AqueousMAIFLTFPNGEPANYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTEYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAH
Ga0208645_1003372113300025853AqueousTQNGEPSEYGLVYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQFLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINTTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTHDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0208645_105590713300025853AqueousMAIFLTQNGEPEEYGLVYNDNAYVIKTTNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYGSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIVNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIVSNNISVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDVKKDTFDQQHHDWTGNAYSYDKQSRGTTEYNVALNKK
Ga0208645_113666113300025853AqueousTILPHNYPIEPIIGTVRVYPTRAEDGGTVYFDRAFFDPSRFLQSDVNGQVDIKGANHNGFYVSNQMHKEYLLVIQEEDKNASGVYQAGDLIWTKVKSVWNGVRNEIEWLDFDYTDYIINNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNGTGSLLADGIVSNNIAVADSWDNIYLRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLSRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYSYDKQARGTTDYNV
Ga0208644_100377243300025889AqueousMAIFLTQNGEPSEYGLAYNDNAYVIKTTNYTPTVRFRVAILPIDYPISPAIGQVRVYPTRSNDGQYLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEVEWLDFDYTDYIINTTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANEVGKYQYNIKAYSGYNATGTLLADGIVDNNIAVADSWDKIYFRIPVGTHDIGNIDPSLYTDSSFGSTPSTALNGAASYTIHLEDITNVQISESFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNRYTYDKQARGTTEYNVALNKKVTVNTDYLSEAESIWLEDLATSPSVYIEEGNELIAVNIDPRRIQRKTSLNDKLMQYTFELNYSIKNRRQRG
Ga0208644_102216963300025889AqueousMAIFLTQNGEPDEYGLVYNDNAYVIKTTNYTPTVRFRVAILPTDYPISPAIGQVRVYPTRAEDGGTVYLDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYGSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIINNTPSTTKKFLTDSPRTIRIDTDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIAVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDIKKDTFDQQHHDWTGNTYTYDKQARGTTDYN
Ga0208304_1008317813300027751EstuarineNVWVFKTSVNTPTVRFKIVVLPENYPVEEAIGVVRIYPTTANNGNNYQTAFFDPSRFIQSYIEGYANIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVKNEIDWLDFDYTDYIVNTFSVTKKFLTDSPRTIRIDSAQSYQLSFIVNERFGANQYNIKAYSGYNGTGSLVADGVVSNNIPSQDSSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALANAASYTIHLEDNTNAQTSEKVTFNINQTCSKYNEVRVHFLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYSKSSRGTTDYNVALSKKLTVNTDYLTEAESEWMEDLATSPSVYIEDNNELIAVNIDPRKIQRKTSLNDKLMQYTFELSYSIKNR
Ga0307380_1025556813300031539SoilMAIFTTYPDGEPSDYNTAYNDNVWVFKTSINTPTVRLKIVMLPENYPVEQAIGVVRIYPTTANNGNNYQTAFFDPSRFLQSYIEGYNNIEGANHNGFFTNNNTHKEYYLFVEEEDKNSQGVYRALKGSIFTKIKSVWNGVRNEIDWLDFDYTDYIVNTFSVTKKFLTDSPRTIRIDSAQSYQLSFIVNERFGAFQYNIKAYSGYNGTGSLVADGVVSNSMDSQGWSSRYFRIPVGTYDIGNIDPTLYTDSLLGTTPSTALTGAASYTIHLEDNTNAQTSEKVTFNINQTCSKYTPVRVHWLNRLGGYDAFNFYLKSIHQTDIKKDKYDQQHHDWTGFAYKYS
Ga0307376_1016210223300031578SoilMAIFLTQNGEPEQYGLVYNDNAYVIKTTNYTPTVRFRVAMLPIDYPISPAIGQVRVFPTRSNDGQFLDRAFFDPSRFLQSYVKGQVDIKGANHNGFYVSNQMHKEYYLAIQEEEKDASGVYQNGDLFISKVKSVWNGVRNEIEWLDFDYTDYIVNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGSLLADGIVSNNIATADSFDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALVGAASYTIHLEDNTNAQTSEAFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSIHTTDIKKDTFDQQHHDWTGNTYSYDKQSRGTTEYNVALNKKVTVNTDYLSEDESLWLEDLATSPSVYIEEGNELIA
Ga0348335_000281_38845_401373300034374AqueousMAIFLTFPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFASNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINSDYLSEDESLWMEDLATSPDVYIEEDNELIAVSLDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQRG
Ga0348335_004404_7903_89823300034374AqueousMAIFLTFPNGEPANYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSTTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKV
Ga0348336_057558_562_15483300034375AqueousMAIFLTQNGEPEEYGLVYNDNAYVIKTTNYTPTVRFRVAMLPTDYPISPAIGQVRVYPTRSNDGQYFDRAFFDPSRFLQSYVSGIVNIRGANHNGFYVSNQMHKEYYLVIQEEEKNASGFYGSGDLFISKVKSVWNGVRNEIEWLDFDYTDYIVNNTPSVTKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYNIKAYSGYNATGTLLADGIVSNNISVADSWDKIYFRIPVGTYDIGNIDPALYTDSLLGSTPSTALNGAASYTIHLEDNTNAQTSERFTFNVNQTCSKYNEVRVHWLNRLGGYDAFNFYMKSVHTTDIKKDKYDQ
Ga0348337_043630_601_18873300034418AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSIIPPDYPISPLIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHNAFFVSNGMHQEYILSLQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGSLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPSLYSDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFGYIYDTRARGTTDYNVALNKKVTINTDYLSEDESLWMEDLATSPDVYIEEDNELIAVSIDPRRIQRKTSLNDKLMQYTFELNYAIKNRRQR
Ga0348337_067763_217_13143300034418AqueousMAIFLTYPNGEPADYNTAFNDNVWVWKTTRNTPTVRFKVSILPPDYPISPAIGRVTVYPTRANNGANYQTCFFDPSRFLQSYVKGQIDIKGANHDAFFVSNGMHQEYILALQEEDKNAQGVYENTDLFITGLKSVWNGVRNELEWLTFDFTDYTMNNTPSITKKFLTDSPRTIRIDSDQSYHLYFIANERFGAYQYEIKAYSGYNATGTLLANGKVDNPITVADSFDQIYFRIPVGTHDIPNIDPALYTDTLLGSTPSTALVGAASYTIQLEDNTNAQTSERFTFNVNEKCSRYTPVRVVWLNRLGGYDAHNFNMKSIHTTDIKKDTYEQQHHNWTGFAYIYDTRARGTTDYNVALNKKVTINTDY

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Institute for Fundamental Biomedical Research
Biomedical Sciences Research Center "Alexander Fleming"
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