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 / Metatranscriptome Family F063658

Metagenome / Metatranscriptome Family F063658

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F063658
Family Type Metagenome / Metatranscriptome
Number of Sequences 129
Average Sequence Length 346 residues
Representative Sequence MNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWARIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Number of Associated Samples 74
Number of Associated Scaffolds 129

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Viruses
% of genes with valid RBS motifs 47.29 %
% of genes near scaffold ends (potentially truncated) 49.61 %
% of genes from short scaffolds (< 2000 bps) 53.49 %
Associated GOLD sequencing projects 58
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Predicted Viral (47.287 % 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
(72.868 % of family members)
Environment Ontology (ENVO) Unclassified
(79.070 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(89.922 % 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: 14.14%    β-sheet: 25.13%    Coil/Unstructured: 60.73%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 129 Family Scaffolds
PF01370Epimerase 10.85
PF07486Hydrolase_2 8.53
PF03796DnaB_C 3.10
PF13578Methyltransf_24 2.33
PF14354Lar_restr_allev 1.55
PF10926DUF2800 0.78
PF03237Terminase_6N 0.78
PF13385Laminin_G_3 0.78
PF00589Phage_integrase 0.78
PF07120DUF1376 0.78

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 129 Family Scaffolds
COG3773Cell wall hydrolase CwlJ, involved in spore germinationCell cycle control, cell division, chromosome partitioning [D] 8.53
COG0305Replicative DNA helicaseReplication, recombination and repair [L] 3.10
COG1066DNA repair protein RadA/Sms, contains AAA+ ATPase domainReplication, recombination and repair [L] 3.10
COG3756Uncharacterized conserved protein YdaU, DUF1376 familyFunction unknown [S] 0.78


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms56.59 %
UnclassifiedrootN/A43.41 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000116|DelMOSpr2010_c10008874Not Available5319Open in IMG/M
3300000116|DelMOSpr2010_c10011021All Organisms → Viruses → environmental samples → uncultured marine virus4686Open in IMG/M
3300000117|DelMOWin2010_c10043760All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured phage MedDCM-OCT-S12-C1022039Open in IMG/M
3300006027|Ga0075462_10008612Not Available3306Open in IMG/M
3300006029|Ga0075466_1053058All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured phage MedDCM-OCT-S12-C1021190Open in IMG/M
3300006637|Ga0075461_10005924Not Available4043Open in IMG/M
3300006734|Ga0098073_1012621All Organisms → Viruses → Predicted Viral1385Open in IMG/M
3300006793|Ga0098055_1043622Not Available1826Open in IMG/M
3300006802|Ga0070749_10111289All Organisms → Viruses → Predicted Viral1613Open in IMG/M
3300006802|Ga0070749_10150168All Organisms → Viruses → Predicted Viral1354Open in IMG/M
3300006803|Ga0075467_10200352All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured phage MedDCM-OCT-S12-C1021111Open in IMG/M
3300006810|Ga0070754_10047309All Organisms → Viruses → Predicted Viral2295Open in IMG/M
3300006810|Ga0070754_10057590All Organisms → Viruses → Predicted Viral2027Open in IMG/M
3300006810|Ga0070754_10121319All Organisms → Viruses → Predicted Viral1273Open in IMG/M
3300006810|Ga0070754_10146437All Organisms → Viruses → Predicted Viral1132Open in IMG/M
3300006810|Ga0070754_10267209Not Available777Open in IMG/M
3300006868|Ga0075481_10002586Not Available7215Open in IMG/M
3300006868|Ga0075481_10056448All Organisms → Viruses → Predicted Viral1496Open in IMG/M
3300006869|Ga0075477_10096672All Organisms → Viruses → Predicted Viral1267Open in IMG/M
3300006870|Ga0075479_10021993Not Available2800Open in IMG/M
3300006870|Ga0075479_10093673All Organisms → Viruses → Predicted Viral1250Open in IMG/M
3300006916|Ga0070750_10014644Not Available4059Open in IMG/M
3300006916|Ga0070750_10083767All Organisms → Viruses → Predicted Viral1494Open in IMG/M
3300006916|Ga0070750_10129423All Organisms → Viruses → Predicted Viral1153Open in IMG/M
3300006916|Ga0070750_10162214All Organisms → Viruses → Predicted Viral1007Open in IMG/M
3300006919|Ga0070746_10001904Not Available12394Open in IMG/M
3300006919|Ga0070746_10073534All Organisms → Viruses → Predicted Viral1739Open in IMG/M
3300006919|Ga0070746_10151691Not Available1128Open in IMG/M
3300006919|Ga0070746_10180231All Organisms → Viruses → Predicted Viral1015Open in IMG/M
3300006919|Ga0070746_10252063Not Available824Open in IMG/M
3300006920|Ga0070748_1023095All Organisms → cellular organisms → Bacteria → Nitrospinae/Tectomicrobia group → Nitrospinae → unclassified Nitrospinota → Nitrospinae bacterium SCGC AAA008-D052591Open in IMG/M
3300007231|Ga0075469_10056099All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured phage MedDCM-OCT-S12-C1021171Open in IMG/M
3300007236|Ga0075463_10024569Not Available1972Open in IMG/M
3300007344|Ga0070745_1089846All Organisms → Viruses → Predicted Viral1212Open in IMG/M
3300007344|Ga0070745_1092567All Organisms → Viruses → Predicted Viral1189Open in IMG/M
3300007344|Ga0070745_1100706All Organisms → Viruses → Predicted Viral1130Open in IMG/M
3300007345|Ga0070752_1059698Not Available1719Open in IMG/M
3300007346|Ga0070753_1048788All Organisms → Viruses → Predicted Viral1748Open in IMG/M
3300007346|Ga0070753_1101857All Organisms → Viruses → Predicted Viral1121Open in IMG/M
3300007538|Ga0099851_1000039All Organisms → cellular organisms → Bacteria44980Open in IMG/M
3300007539|Ga0099849_1057871All Organisms → Viruses → Predicted Viral1600Open in IMG/M
3300007640|Ga0070751_1042939All Organisms → Viruses → Predicted Viral2015Open in IMG/M
3300007640|Ga0070751_1055123All Organisms → Viruses → Predicted Viral1731Open in IMG/M
3300008012|Ga0075480_10001717Not Available13927Open in IMG/M
3300009000|Ga0102960_1001037Not Available10537Open in IMG/M
3300009001|Ga0102963_1002403Not Available8314Open in IMG/M
3300009027|Ga0102957_1000058Not Available26809Open in IMG/M
3300009433|Ga0115545_1002651Not Available8812Open in IMG/M
3300010318|Ga0136656_1013091Not Available3014Open in IMG/M
3300010389|Ga0136549_10000152All Organisms → cellular organisms → Bacteria47383Open in IMG/M
3300012963|Ga0129340_1006890Not Available3479Open in IMG/M
3300012966|Ga0129341_1021323All Organisms → Viruses → Predicted Viral1733Open in IMG/M
3300016747|Ga0182078_10168492Not Available984Open in IMG/M
3300016771|Ga0182082_1332517Not Available938Open in IMG/M
3300017729|Ga0181396_1038704Not Available948Open in IMG/M
3300017744|Ga0181397_1024286Not Available1764Open in IMG/M
3300017962|Ga0181581_10045605All Organisms → Viruses → Predicted Viral3139Open in IMG/M
3300017962|Ga0181581_10395541Not Available870Open in IMG/M
3300017968|Ga0181587_10385176Not Available929Open in IMG/M
3300018039|Ga0181579_10266288Not Available973Open in IMG/M
3300018039|Ga0181579_10266289Not Available973Open in IMG/M
3300018420|Ga0181563_10007453Not Available9660Open in IMG/M
3300020054|Ga0181594_10079434All Organisms → Viruses → Predicted Viral1984Open in IMG/M
3300021958|Ga0222718_10000516Not Available39494Open in IMG/M
3300021958|Ga0222718_10005518Not Available10219Open in IMG/M
3300021958|Ga0222718_10072750Not Available2096Open in IMG/M
3300021964|Ga0222719_10315902All Organisms → Viruses → Predicted Viral1006Open in IMG/M
3300021964|Ga0222719_10323480All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured phage MedDCM-OCT-S12-C102990Open in IMG/M
3300022063|Ga0212029_1011682All Organisms → Viruses → Predicted Viral1092Open in IMG/M
3300022158|Ga0196897_1015561Not Available937Open in IMG/M
3300022178|Ga0196887_1003870Not Available5635Open in IMG/M
3300022183|Ga0196891_1003427Not Available3368Open in IMG/M
3300022187|Ga0196899_1027799All Organisms → Viruses → Predicted Viral2010Open in IMG/M
3300022187|Ga0196899_1047641All Organisms → Viruses → Predicted Viral1419Open in IMG/M
3300022187|Ga0196899_1049586All Organisms → Viruses → Predicted Viral1383Open in IMG/M
3300022187|Ga0196899_1093207Not Available904Open in IMG/M
3300022187|Ga0196899_1116112Not Available776Open in IMG/M
3300022198|Ga0196905_1000098Not Available32437Open in IMG/M
3300022198|Ga0196905_1000845Not Available12139Open in IMG/M
3300023084|Ga0255778_10001553All Organisms → cellular organisms → Bacteria20689Open in IMG/M
3300023116|Ga0255751_10000343Not Available43851Open in IMG/M
3300023116|Ga0255751_10055290All Organisms → Viruses → Predicted Viral2694Open in IMG/M
3300023170|Ga0255761_10030887All Organisms → Viruses → Predicted Viral3897Open in IMG/M
3300023176|Ga0255772_10073738Not Available2246Open in IMG/M
3300023180|Ga0255768_10132095All Organisms → Viruses → Predicted Viral1611Open in IMG/M
3300025151|Ga0209645_1109526Not Available887Open in IMG/M
3300025610|Ga0208149_1003842Not Available5072Open in IMG/M
3300025630|Ga0208004_1016841All Organisms → Viruses → Predicted Viral2333Open in IMG/M
3300025652|Ga0208134_1006647All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured phage MedDCM-OCT-S12-C1025274Open in IMG/M
3300025653|Ga0208428_1002563Not Available7323Open in IMG/M
3300025653|Ga0208428_1044012All Organisms → Viruses → Predicted Viral1376Open in IMG/M
3300025653|Ga0208428_1046917All Organisms → Viruses → Predicted Viral1324Open in IMG/M
3300025671|Ga0208898_1013663All Organisms → Viruses → Predicted Viral3894Open in IMG/M
3300025671|Ga0208898_1022419All Organisms → Viruses → Predicted Viral2754Open in IMG/M
3300025671|Ga0208898_1045878All Organisms → Viruses → Predicted Viral1630Open in IMG/M
3300025671|Ga0208898_1051542All Organisms → Viruses → Predicted Viral1490Open in IMG/M
3300025671|Ga0208898_1063095All Organisms → Viruses → Predicted Viral1272Open in IMG/M
3300025671|Ga0208898_1073191All Organisms → Viruses → Predicted Viral1131Open in IMG/M
3300025751|Ga0208150_1004387Not Available5263Open in IMG/M
3300025751|Ga0208150_1062720All Organisms → Viruses → Predicted Viral1251Open in IMG/M
3300025759|Ga0208899_1025521Not Available2864Open in IMG/M
3300025759|Ga0208899_1053819All Organisms → Viruses → Predicted Viral1707Open in IMG/M
3300025759|Ga0208899_1084162All Organisms → Viruses → Predicted Viral1231Open in IMG/M
3300025769|Ga0208767_1011950All Organisms → Viruses → environmental samples → uncultured marine virus5272Open in IMG/M
3300025769|Ga0208767_1095079All Organisms → Viruses → Predicted Viral1208Open in IMG/M
3300025769|Ga0208767_1097163All Organisms → Viruses → Predicted Viral1190Open in IMG/M
3300025771|Ga0208427_1004950Not Available5418Open in IMG/M
3300025771|Ga0208427_1069805All Organisms → Viruses → Predicted Viral1257Open in IMG/M
3300025818|Ga0208542_1009169Not Available3503Open in IMG/M
3300025828|Ga0208547_1026337Not Available2268Open in IMG/M
3300025840|Ga0208917_1028195Not Available2344Open in IMG/M
3300025840|Ga0208917_1083186All Organisms → Viruses → Predicted Viral1198Open in IMG/M
3300025853|Ga0208645_1027199Not Available3027Open in IMG/M
3300025853|Ga0208645_1052444All Organisms → Viruses → Predicted Viral1934Open in IMG/M
3300025889|Ga0208644_1037476All Organisms → Viruses → Predicted Viral2826Open in IMG/M
3300025889|Ga0208644_1047655All Organisms → Viruses → Predicted Viral2401Open in IMG/M
3300025889|Ga0208644_1050239All Organisms → Viruses → Predicted Viral2317Open in IMG/M
3300025889|Ga0208644_1087318All Organisms → Viruses → Predicted Viral1576Open in IMG/M
3300025889|Ga0208644_1202895Not Available859Open in IMG/M
3300027917|Ga0209536_100003813Not Available23996Open in IMG/M
3300034374|Ga0348335_007807Not Available6238Open in IMG/M
3300034374|Ga0348335_036505All Organisms → Viruses → Predicted Viral2074Open in IMG/M
3300034374|Ga0348335_056416All Organisms → Viruses → Predicted Viral1474Open in IMG/M
3300034375|Ga0348336_024031Not Available3049Open in IMG/M
3300034375|Ga0348336_040765All Organisms → Viruses → Predicted Viral2034Open in IMG/M
3300034375|Ga0348336_042983All Organisms → Viruses → Predicted Viral1951Open in IMG/M
3300034418|Ga0348337_067531All Organisms → Viruses → Predicted Viral1319Open in IMG/M
3300034418|Ga0348337_093781All Organisms → Viruses → Predicted Viral1002Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous72.87%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh11.63%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water3.88%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine2.33%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine2.33%
Pond WaterEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Pond Water2.33%
SeawaterEnvironmental → Aquatic → Marine → Strait → Unclassified → Seawater1.55%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment0.78%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient0.78%
Pelagic MarineEnvironmental → Aquatic → Marine → Pelagic → Unclassified → Pelagic Marine0.78%
Marine Methane Seep SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Marine Methane Seep Sediment0.78%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000116Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010EnvironmentalOpen in IMG/M
3300000117Marine microbial communities from Delaware Coast, sample from Delaware MO Winter December 2010EnvironmentalOpen in IMG/M
3300006027Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNAEnvironmentalOpen in IMG/M
3300006029Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_<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
3300006734Marine viral communities from the Gulf of Mexico - 31_GoM_OMZ_CsCl 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
3300006803Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_>0.8_DNAEnvironmentalOpen 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
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
3300006920Aqueous 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_12EnvironmentalOpen in IMG/M
3300007231Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_30_>0.8_DNAEnvironmentalOpen in IMG/M
3300007236Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNAEnvironmentalOpen in IMG/M
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007345Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
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
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
3300009000Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_B_H2O_MGEnvironmentalOpen in IMG/M
3300009001Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_C_H2O_MGEnvironmentalOpen in IMG/M
3300009027Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_A_H2O_MGEnvironmentalOpen in IMG/M
3300009433Pelagic marine microbial communities from North Sea - COGITO_mtgs_100330EnvironmentalOpen in IMG/M
3300010318Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_DNAEnvironmentalOpen in IMG/M
3300010389Marine sediment microbial communities from methane seeps within Baltimore Canyon, US Atlantic Margin - Baltimore Canyon MUC-11 12-14 cmbsfEnvironmentalOpen in IMG/M
3300012963Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_RNA1 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012966Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_RNA2 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016747Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071409BT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016771Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071412BT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300017729Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 19 SPOT_SRF_2011-01-11EnvironmentalOpen in IMG/M
3300017744Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 20 SPOT_SRF_2011-02-23EnvironmentalOpen in IMG/M
3300017962Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071404AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017968Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071409AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018039Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071402CT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018420Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 011512CT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300020054Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071413BT metaG (spades assembly)EnvironmentalOpen in IMG/M
3300021958Estuarine water microbial communities from San Francisco Bay, California, United States - C33_27DEnvironmentalOpen in IMG/M
3300021964Estuarine water microbial communities from San Francisco Bay, California, United States - C33_34DEnvironmentalOpen in IMG/M
3300022063Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v2)EnvironmentalOpen in IMG/M
3300022158Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v3)EnvironmentalOpen in IMG/M
3300022178Aqueous 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_31 (v3)EnvironmentalOpen in IMG/M
3300022183Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (v3)EnvironmentalOpen in IMG/M
3300022187Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v3)EnvironmentalOpen in IMG/M
3300022198Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300023084Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405CT metaGEnvironmentalOpen in IMG/M
3300023116Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaGEnvironmentalOpen in IMG/M
3300023170Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071407BT metaGEnvironmentalOpen in IMG/M
3300023176Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaGEnvironmentalOpen in IMG/M
3300023180Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaGEnvironmentalOpen in IMG/M
3300025151Marine viral communities from the Pacific Ocean - ETNP_6_30 (SPAdes)EnvironmentalOpen in IMG/M
3300025610Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025630Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025652Aqueous 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_31 (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
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
3300025751Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
3300025771Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025818Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025828Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025840Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025853Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (SPAdes)EnvironmentalOpen in IMG/M
3300025889Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18 (SPAdes)EnvironmentalOpen in IMG/M
3300027917Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR-2-8_12 (SPAdes)EnvironmentalOpen in IMG/M
3300034374Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v4)EnvironmentalOpen in IMG/M
3300034375Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v4)EnvironmentalOpen in IMG/M
3300034418Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v4)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOSpr2010_1000887443300000116MarineMNETLQTLLKTLEDLLSLPEQVSKIRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQEEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRIPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLSGEVAECVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG*
DelMOSpr2010_1001102133300000116MarineMNETLQTLLKTFEDLLSLPEQVSKIRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
DelMOWin2010_1004376033300000117MarineMNKTAQDILRVAEDLLKLPEQIAERNREHHKLKADIDSLKIDAATAAIDKRLTLPRYHYELNPLDPDASWDRIIQEGQAIQHAYYTQGEEKWQSELGNSPSGRGWYGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATHTMGTHKAGEGLYGG*
Ga0075462_1000861223300006027AqueousMSIHLTENIIMNETLQTLLKTFEDLLSLPDQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVADCVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0075466_105305813300006029AqueousITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATHTMGTHKAGEGLYGG*
Ga0075461_1000592433300006637AqueousMNETLQTLLKTFEDLLSLPDQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVADCVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0098073_101262123300006734MarineMNETLQTLLKTFEDLLSLPEQVSKIRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQSEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTDIIKQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0098055_104362223300006793MarineMNKTAQDILRVAEDLLKLPEQVAERNREHHKLKADIDSLKIDAATAAIDKRLTLPRYHYELNPLDPDASWDRIIQEGQAIQHAYYTQGEEKWQSELGNSPSGRGWYGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAHNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVISQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATETMGTHKAGEGLYGG*
Ga0070749_1011128933300006802AqueousMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTTATGIAYGFKTNAPIGIYVEPTTYVDDKFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG*
Ga0070749_1015016813300006802AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTGSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIKQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAEYVAPITFG
Ga0075467_1020035213300006803AqueousHYELNPLDPDASWDRIIQEGQAIQHVYYTLGKEKWQSELGNSPSGRGWYGSVSMPVITIVVTAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATETMGTHKAGEGLYGG*
Ga0070754_1004730953300006810AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQAHTGSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0070754_1005759013300006810AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTGSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTTATGIAYGFKTNAPIGIYVEPTTYVDDKFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHIRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG*
Ga0070754_1012131923300006810AqueousRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG*
Ga0070754_1014643713300006810AqueousEDLYMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSSGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTH
Ga0070754_1026720913300006810AqueousPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVA
Ga0075481_10002586143300006868AqueousKAYIEGERYWQDKQGDSPSGRGWYGSVSMPVITIVATEPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDRGPTLHDNWTTSTGIAYGFNTNAPIGIYVEPSVDVDAEFRTRPFEQSIENCLIVAHNGVLPIYLADNQDRFWIRDCNIQQHRGAQVGIKHGPPIKTDLLQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG*
Ga0075481_1005644823300006868AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWARIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVADCVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0075477_1009667213300006869AqueousILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG*
Ga0075479_1002199313300006870AqueousMNETVEKILNTIGDIIELPNRFNVLNKSMQDQMNVISANATHAEQTATQALAAANEVKTAPVGTAPTGLPCYHYELDSGDPDASWDQIIKEGQATQRKAYIEGERYWQDKQGDSPSGRGWYGSVSMPVITIVATEPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDRGPTLHDNWTTSTGIAYGFNTNAPIGIYVEPSVDVDAEFRTRPFEQSIENCLIVAHNGVLPIYLADNQDRFWIRDCNIQQHRGAQVGIKHGPPIKTDLLQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPGEVADCV
Ga0075479_1009367323300006870AqueousAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG*
Ga0070750_1001464453300006916AqueousMNKTAQDILRVAEDLLKLPEQVAERNREHHKLKADIDSLKIDAATAAIDKRLTLPRYHYELNPLDPDASWDRIIQEGQAIQHAYYTQGEEKWQSELGNSPSGRGWYGSVSMPVITIVVTAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATHTMGTHKAGEGLYGG*
Ga0070750_1008376723300006916AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTGSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTTATGIAYGFKTNAPIGIYVEPTTYVDDKFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG*
Ga0070750_1012942313300006916AqueousMRYHYELDPKDPDGSWDRILKEGQAQQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYAAH
Ga0070750_1016221413300006916AqueousSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFYCDEGPTLHDNWTNASGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGKAKYFPTAYVAPSTFGTHRKGDGLYGG*
Ga0070746_10001904163300006919AqueousMNKTAQDILRVAEDLLKLPEQVAERNREHHKLKADIDSLKIDAATAAIDKRLTLPRYHYELNPLDPDASWDRIIQEGQAIQHAYYTQGEEKWQSELGNSPSGRGWYGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATETMGTHKAGEGLYGG*
Ga0070746_1007353413300006919AqueousEAYWQNKQGDSPSGKGWYGTVGMPVITIVANAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDIGPTLHDNWTNSSGIPYGFKTDAPIGLYVEPTTYVDEQFTVRPFEQSIENCLIVAHNGTLPIYLADNQDRLWIRDCNIQQHQGAQVGIKHGPPIRTNIIHQAPMANVYLADPKFIDLQLEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVTAEYVAPITFGTHRKGEVLYGG*
Ga0070746_1015169123300006919AqueousMNETVEKILNTIGDIIELPNRFNILNKSMQDQMNVISANATHAEQTATQALAAANEVKTAPVGTAPTGLPCYHYELDSGDPDASWDQIIKEGQATQRKAYIEGERYWQDKQGDSPSGRGWYGSVSMPVITIVATEPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDRGPTLHDNWTTSTGIAYGFNTNAPIGIYVEPSVDVDAEFRTRPFEQSIENCLIVAHNGVLPVYLADNQDRFWIRDCNIQQHRGAQVGIKHGPPIKTDLFQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHNGRQ
Ga0070746_1018023113300006919AqueousFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRIIKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSSGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVA
Ga0070746_1025206313300006919AqueousGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTMRFYCDEGPTLHDNWTNASGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTL
Ga0070748_102309543300006920AqueousMNKTAQDILRVAEDLLKLPEQVAERNREHHKLKADIDSLKIDAATAAIDKRLTLPRYHYELNPLDPDASWDRIIQEGQAIQHAYYTQGEEKWQSELGNSPSGRGWYGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATETMGTHKAGRDCMEGSVKQLIKIARRVLCYVP
Ga0075469_1005609923300007231AqueousIQEGQAIQHAYYTQGEEKWQSELGNSPSGRGWYGSVSMPVITIVVTAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATETMGTHKAGEGLYGG*
Ga0075463_1002456913300007236AqueousMNETLQTLLKTFEDLLSLPDQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLP
Ga0070745_108984623300007344AqueousMRYHYELDPKDPDGSWSRIVKEGQAEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVVTIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVA
Ga0070745_109256713300007344AqueousFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHARPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIKQAPMANVYLADPRFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTLGTHRKGEGLYGG*
Ga0070745_110070613300007344AqueousMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG*
Ga0070752_105969823300007345AqueousMNETLQTLLKTFEDLLSLPDQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVA
Ga0070753_104878823300007346AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTCLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQSEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG*
Ga0070753_110185713300007346AqueousMNETLQTLLKTFEDLLSLPEQVSKIRQSHTTSLQTLQAQVDQLQIPSTAPTGLMRYPYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSSGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTH
Ga0099851_1000039373300007538AqueousMNETVEKILNTIGDIIELPNRFNILNKSIQDQMNVISANATHAEQTAAQALAAANEAKALPVGTAPTGLPRYHYELDAGNPDESWDRIIREGQAIQRKAYIEGERYWQAKQGDSPSGRGWYGSVSMPVITIVASEPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDRGPTLHDSWTTATGIAYGFNTGAPIGIYVEPSVDVDEQFRTRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIKSCNIQQHQGAMVGIKHGPPIQTDIIRQAPMANVYLADPRFMDLQMEGPHTMKRPQAGIFASGNNVHIRGLNSYGWLQAVYLHGGNNRYVQVQVHKSNTHNGRVPLKMDEVCGITLNQYKDHEYAHTIGAETLLLKPELTTSPKTLGTHQRGDGLFGG*
Ga0099849_105787113300007539AqueousMNETLQTLLKTLEDLLSLPEQVSKIRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG*
Ga0070751_104293943300007640AqueousEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIRTNIIHQAPMANVYLADPKFIDLQLEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVTAEYVAPITFGTHRKGEVLYGG*
Ga0070751_105512323300007640AqueousMNETLQTLLKTFEDLLSLPDQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTF
Ga0075480_10001717123300008012AqueousMNETVEKILNTIGDIIELPNRFNVLNKSMQDQMNVISANATHAEQTATQALAAANEVKTAPVGTAPTGLPCYHYELDSGDPDASWDQIIKEGQATQRKAYIEGERYWQDKQGDSPSGRGWYGSVSMPVITIVATEPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDRGPTLHDNWTTSTGIAYGFNTNAPIGIYVEPSVDVDAEFRTRPFEQSIENCLIVAHNGVLPIYLADNQDRFWIRDCNIQQHRGAQVGIKHGPPIKTDLFQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG*
Ga0102960_1001037143300009000Pond WaterMNETLQTLLKTFEDLLSLPEQVSKLRQSHAASLQTLQAQVDQLQTPRTAPTGLMRYHYELDPKDPDGSWDRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRRTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLRDNWTNSEGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLLVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSSLRQAPMANVYLADPKFIDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTLGTHRKGEGLYGG*
Ga0102963_1002403113300009001Pond WaterMNETLQTLLKTFEDLLSLPEQVSKLRQSHAASLQTLQAQVDQLQTPRTAPTGLMRYHYELDPKDPDGSWDRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRRTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLRDNWTNSEGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLLVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSSLRQAPMANVYQADPKFIDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTLGTHRKGEGLYGG*
Ga0102957_100005833300009027Pond WaterMRYHYELDPKDPDGSWDRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRRTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLRDNWTNSEGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLLVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSSLRQAPMANVYLADPKFIDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTLGTHRKGEGLYGG*
Ga0115545_100265153300009433Pelagic MarineMNKTAQDILRVAEDLLKLPEQVAERNREHHKLKADIDSLKIDAATAAIDKRLTLPRYHYELNPLDPDASWDRIIQEGQAIQHSYYTQGEEKWQSELGNSPSGRGWYGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVINQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATETMGTHKAGEGLYGG*
Ga0136656_101309133300010318Freshwater To Marine Saline GradientMNETLQTLLKTLEDLLSLPEQVSKIRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG*
Ga0136549_10000152173300010389Marine Methane Seep SedimentMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTGIIKQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0129340_100689013300012963AqueousMNETLQTLLKTLEDLLSLPEQVSKIRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG*
Ga0129341_102132333300012966AqueousLLKTLEDLLSLPEQVSKIRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMTVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG*
Ga0182078_1016849213300016747Salt MarshRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0182082_133251713300016771Salt MarshRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAK
Ga0181396_103870413300017729SeawaterERWQSELGDSPSGRGWYGSVSMPVITIVATAPEYNFRSTRRLPGRFRLWSPARWGSALRFHCDNGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATETMGTHKAGEGLYGG
Ga0181397_102428633300017744SeawaterMNKTAQDILRVAEDLLKLPEQVAERNREHHKLKADIDSLKIDAATAAIDKRLTLPRYHYELNPLDPDASWDRIIQEGQAIQHAYYTQGEERWQSELGDSPSGRGWYGSVSMPVITIVATAPEYNFRSTRRLPGRFRLWSPARWGSALRFHCDNGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATETMGTHKAGEGLYGG
Ga0181581_1004560533300017962Salt MarshMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQMDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0181581_1039554113300017962Salt MarshPVITIVANAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDVGPTLHDNWTNSSGIPYGFKTDAPIGLYVEPTTYVDDEFTVRPFEQSIEGCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIKQAPMANVYLADPRFIDLQMEGAHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGKNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVAECVGADVAKYLPIAVTANATLGTHREGEGLFGG
Ga0181587_1038517613300017968Salt MarshRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTTATGIPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0181579_1026628813300018039Salt MarshMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTTATGIPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIEGCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNR
Ga0181579_1026628913300018039Salt MarshMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQMDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNR
Ga0181563_10007453133300018420Salt MarshMNKTAMELLRVAEDLLKLPEQVAERNREHHKIKADLDSLKVDVATAAIDKRLTLPRYHYELNPLDPDASWDRIIQEGQAIQHSYYTQGEEKWQSELGDSPSGRGWYGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDNGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSSFRVRPFEQSIENCLIVAHNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVINQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATETMGTHKAGEGLYGG
Ga0181594_1007943413300020054Salt MarshSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0222718_10000516233300021958Estuarine WaterMNETLQTLLKTFEDLLSLPEQVSKLRQSHAASLQTLQAQVDQLQTPRTAPTGLMRYHYELDPKDPDGSWDRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRRTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLRDNWTNSEGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLLVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSSLRQAPMANVYLADPKFIDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTLGTHRKGEGLYGG
Ga0222718_1000551853300021958Estuarine WaterMNKTAQDILRVAEDLLKLPEQVAERNREHHKLKADLDSLKVDVATAAIDKRLTLPRYHYELNPLDPDASWDRIVQEGQAIQHSYYTQGEEKWQSELGDSPSGRGWYGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDNGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAHNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSPLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATHTMGTHKAGEGLYGG
Ga0222718_1007275013300021958Estuarine WaterMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQLPRTAPTGLMRYHYELDPKDPDGSWDRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSSLRQAPMANVYLADPKFIDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTH
Ga0222719_1031590213300021964Estuarine WaterASLQTLQAQVDQLQLPRTAPTGLMRYHYELDPKDPDGSWDRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSSLRQAPMANVYLADPKFIDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYV
Ga0222719_1032348023300021964Estuarine WaterVITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDNGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAHNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSPLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATHTMGTHKAGEGLYGG
Ga0212029_101168213300022063AqueousGLMRYHYELDPKDPDGSWARIVKEGQAEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVVDCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG
Ga0196897_101556113300022158AqueousMRYHYELDPKDPDGSWDRIIKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTMRFYCDEGPTLHDNWTNASGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIDQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGKAKYFPTAYV
Ga0196887_100387063300022178AqueousMNKTAQDILRVAEDLLKLPEQVAERNREHHKLKADIDSLKIDAATAAIDKRLTLPRYHYELNPLDPDASWDRIIQEGQAIQHAYYTQGEEKWQSELGNSPSGRGWYGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATHTMGTHKAGEGLYGG
Ga0196891_100342733300022183AqueousMSIHLTENIIMNETLQTLLKTFEDLLSLPDQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0196899_102779943300022187AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTGSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTTATGIAYGFKTNAPIGIYVEPTTYVDDKFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG
Ga0196899_104764123300022187AqueousMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG
Ga0196899_104958613300022187AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRIIKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTMRFYCDEGPTLHDNWTNASGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGKAKYFPTAYVAPSTFGTHRKGDGLYGG
Ga0196899_109320723300022187AqueousVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG
Ga0196899_111611213300022187AqueousFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPA
Ga0196905_1000098163300022198AqueousMNETLQTLLKTFEDLLSLPEQVSKIRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWARIVKEGQAEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVVDCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG
Ga0196905_1000845143300022198AqueousMNETVEKILNTIGDIIELPNRFNILNKSIQDQMNVISANATHAEQTAAQALAAANEAKALPVGTAPTGLPRYHYELDAGNPDESWDRIIREGQAIQRKAYIEGERYWQAKQGDSPSGRGWYGSVSMPVITIVASEPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDRGPTLHDSWTTATGIAYGFNTGAPIGIYVEPSVDVDEQFRTRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIKSCNIQQHQGAMVGIKHGPPIQTDIIRQAPMANVYLADPRFMDLQMEGPHTMKRPQAGIFASGNNVHIRGLNSYGWLQAVYLHGGNNRYVQVQVHKSNTHNGRVPLKMDEVCGITLNQYKDHEYAHTIGAETLLLKPELTTSPKTLGTHQRGDGLFGG
Ga0255778_10001553173300023084Salt MarshRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0255751_10000343173300023116Salt MarshMNETLKTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVNQLQTPRTAPTGLMRHHYELDASDPDTNWDRIIREGQAIQRKAYIRGEAYWQDKQGDSPSGRGWYGSVSMPVITIVVTAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTLHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFVVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNANRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGKNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPSEVAECVGADVAKYLPIAVTANATLGTHQEGEGLYGG
Ga0255751_1005529023300023116Salt MarshMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0255761_1003088763300023170Salt MarshMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQMDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIINQAPMSNVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0255772_1007373843300023176Salt MarshMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFSLWSPTRWGSTLRFHCDEGPTLHDNWTTATGIPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIEGCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHRGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0255768_1013209523300023180Salt MarshMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQMDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0209645_110952613300025151MarineLTLPRYHYELNPLDPDASWDRIVQEGQAIQHSYYTQGEEKWQSELGDSPSGRGWYGSVSMPIITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDNGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAHNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKE
Ga0208149_100384293300025610AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRIIKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG
Ga0208004_101684113300025630AqueousTENIIMNETLQTLLKTFEDLLSLPDQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208134_100664773300025652AqueousMNKTAQDILRVAEDLLKLPEQVAERNREHHKLKADIDSLKIDAATAAIDKRLTLPRYHYELNPLDPDASWDRIIQEGQAIQHAYYTQGEEKWQSELGNSPSGRGWYGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDKGPTFHDNWTTDSGIPYGFKTDAPIGIYVEPTVDVDSNFRVRPFEQSIENCLIVAQNGTLPIYLAQNQDRFWIRDCNIMNHQGAQVGIKHGPPVKTDVIDQPEWGNCYLADPRFIDLQMEGPHNAMSPQAAIFASGNNIHIRGLNMYGYMQGVYLHGGANRYVQGQIHTSHTADGRKPFPSHLCLGALINQFKEGTEHAEIWGAPVHTYPRSATVATETMGTHKAGEGLYGG
Ga0208428_1002563153300025653AqueousKAYIEGERYWQDKQGDSPSGRGWYGSVSMPVITIVATEPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDRGPTLHDNWTTSTGIAYGFNTNAPIGIYVEPSVDVDAEFRTRPFEQSIENCLIVAHNGVLPIYLADNQDRFWIRDCNIQQHRGAQVGIKHGPPIKTDLLQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGDGLYG
Ga0208428_104401213300025653AqueousGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG
Ga0208428_104691713300025653AqueousPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG
Ga0208898_101366323300025671AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTCLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQSEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG
Ga0208898_102241933300025671AqueousMRYHYELDPKDPDGSWSRIVKEGQAEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVVTIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208898_104587813300025671AqueousFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG
Ga0208898_105154213300025671AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRIIKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTMRFYCDEGPTLHDNWTNASGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG
Ga0208898_106309513300025671AqueousYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHARPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIKQAPMANVYLADPRFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTLGTHRKGEGLYGG
Ga0208898_107319123300025671AqueousEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIRTNIIHQAPMANVYLADPKFIDLQLEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVTAEYVAPITFGTHRKGEVLYGG
Ga0208150_100438763300025751AqueousMNETVEKILNTIGDIIELPNRFNVLNKSMQDQMNVISANATHAEQTATQALAAANEVKTAPVGTAPTGLPCYHYELDSGDPDASWDQIIKEGQATQRKAYIEGERYWQDKQGDSPSGRGWYGSVSMPVITIVATEPEYNFRSTKRLPGRFRLWSPARWGSALRFHCDRGPTLHDNWTTSTGIAYGFNTNAPIGIYVEPSVDVDAEFRTRPFEQSIENCLIVAHNGVLPIYLADNQDRFWIRDCNIQQHRGAQVGIKHGPPIKTDLLQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG
Ga0208150_106272023300025751AqueousAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG
Ga0208899_102552123300025759AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAQQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208899_105381923300025759AqueousMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTTATGIAYGFKTNAPIGIYVEPTTYVDDKFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG
Ga0208899_108416223300025759AqueousMNETLQTLLKTLEDLLSLPEQVSKIRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVAD
Ga0208767_101195053300025769AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSSGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHLKGDGLYGG
Ga0208767_109507913300025769AqueousLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG
Ga0208767_109716313300025769AqueousYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTTATGIAYGFKTNAPIGIYVEPTTYVDDKFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG
Ga0208427_100495013300025771AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVHMRGLNLYGWLQGPYLHGGLNR
Ga0208427_106980523300025771AqueousGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG
Ga0208542_100916953300025818AqueousMNETLQTLLKTFEDLLSLPDQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVADCVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208547_102633713300025828AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRIIKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTMRFYCDEGPTLHDNWTNASGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTF
Ga0208917_102819513300025840AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRIIKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIDQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGKAKYFPTAYVAPSTFGTHRKGDGLYGG
Ga0208917_108318623300025840AqueousKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG
Ga0208645_102719913300025853AqueousYMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWARIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208645_105244433300025853AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSSGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHLKGDGLYGG
Ga0208644_103747663300025889AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAQQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLQGEVAECVGAGVAKYVPAAYVSHSTFGTHRKGEGLYGG
Ga0208644_104765513300025889AqueousKTFEDLLSLPEQVSKLRQAHTGSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208644_105023943300025889AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTGSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIKQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG
Ga0208644_108731833300025889AqueousQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVVTIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIKQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHLKGEGLYGG
Ga0208644_120289513300025889AqueousIPRTAPTGLMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNLHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPL
Ga0208644_120427813300025889AqueousMRYHYELDPKDPDGSWDRIIKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTMRFYCDEGPTLHDNWTNASGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGV
Ga0209536_10000381383300027917Marine SedimentMNETLQTLLKTLEDLLSLPEQVSKIRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG
Ga0348335_007807_1750_28983300034374AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTTSLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG
Ga0348335_036505_279_12683300034374AqueousMRYHYELDPKDPDGSWDRILKEGQSEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG
Ga0348335_056416_521_14743300034374AqueousMRYHYELDPKDPDGSWSRIVKEGQAEQRKDYLEGEAYWTSKQGKSPSGYGWFGSVSMPVVTIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFG
Ga0348336_024031_1865_30133300034375AqueousMNETLQTLLKTFEDLLSLPEQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWARIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0348336_040765_709_18573300034375AqueousMNETLQTLLKTFEDLLSLPDQVSKLRQSHTASLQTLQAQVDQLQIPRTAPTGLMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITLVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0348336_042983_805_17943300034375AqueousMRYHYELDPKDPDGSWDRILKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG
Ga0348337_067531_82_10713300034418AqueousMRYHYELDPKDPDGSWSRIVKEGQAEQRKDFLEGEAYWTSKQGKSPSGYGWFGSVSMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSTLRFHCDQGPTIHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHARPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIKQAPMANVYLADPRFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTLGTHRKGEGLYGG
Ga0348337_093781_146_9673300034418AqueousMPVITIVATAPEYNFRSTKRLPGRFRLWSPTRWGSALRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIRTNIIHQAPMANVYLADPKFIDLQLEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVTAEYVAPITFGTHRKGEVLYGG


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