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 F045071

Metagenome Family F045071

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F045071
Family Type Metagenome
Number of Sequences 153
Average Sequence Length 145 residues
Representative Sequence IIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRHTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Number of Associated Samples 67
Number of Associated Scaffolds 153

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 1.94 %
% of genes near scaffold ends (potentially truncated) 99.35 %
% of genes from short scaffolds (< 2000 bps) 95.42 %
Associated GOLD sequencing projects 38
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (49.673 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(84.314 % of family members)
Environment Ontology (ENVO) Unclassified
(87.582 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(88.235 % 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: 18.75%    β-sheet: 29.17%    Coil/Unstructured: 52.08%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 153 Family Scaffolds
PF00085Thioredoxin 23.53
PF13385Laminin_G_3 1.96


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms50.33 %
UnclassifiedrootN/A49.67 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300006025|Ga0075474_10190772All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.631Open in IMG/M
3300006026|Ga0075478_10031216Not Available1775Open in IMG/M
3300006027|Ga0075462_10088022All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.970Open in IMG/M
3300006637|Ga0075461_10041667All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1499Open in IMG/M
3300006637|Ga0075461_10183644All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.631Open in IMG/M
3300006637|Ga0075461_10191626Not Available614Open in IMG/M
3300006802|Ga0070749_10172750All Organisms → Viruses → Predicted Viral1248Open in IMG/M
3300006802|Ga0070749_10224164Not Available1071Open in IMG/M
3300006802|Ga0070749_10429737Not Available726Open in IMG/M
3300006802|Ga0070749_10453012Not Available703Open in IMG/M
3300006802|Ga0070749_10478316Not Available680Open in IMG/M
3300006802|Ga0070749_10566918All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.614Open in IMG/M
3300006802|Ga0070749_10660840All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.560Open in IMG/M
3300006802|Ga0070749_10697918All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.543Open in IMG/M
3300006810|Ga0070754_10101529Not Available1421Open in IMG/M
3300006810|Ga0070754_10118190All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1293Open in IMG/M
3300006810|Ga0070754_10293125All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.732Open in IMG/M
3300006810|Ga0070754_10312160Not Available703Open in IMG/M
3300006810|Ga0070754_10343819Not Available661Open in IMG/M
3300006810|Ga0070754_10433560All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.572Open in IMG/M
3300006810|Ga0070754_10514382Not Available514Open in IMG/M
3300006867|Ga0075476_10131653Not Available945Open in IMG/M
3300006867|Ga0075476_10229504All Organisms → cellular organisms → Eukaryota667Open in IMG/M
3300006868|Ga0075481_10013154All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.3308Open in IMG/M
3300006868|Ga0075481_10145328Not Available865Open in IMG/M
3300006868|Ga0075481_10218075Not Available678Open in IMG/M
3300006868|Ga0075481_10247618Not Available628Open in IMG/M
3300006868|Ga0075481_10305099All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.554Open in IMG/M
3300006869|Ga0075477_10075082All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1472Open in IMG/M
3300006869|Ga0075477_10120169All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1113Open in IMG/M
3300006869|Ga0075477_10191113Not Available841Open in IMG/M
3300006870|Ga0075479_10246082Not Available710Open in IMG/M
3300006874|Ga0075475_10151969Not Available1015Open in IMG/M
3300006916|Ga0070750_10149452All Organisms → Viruses → Predicted Viral1057Open in IMG/M
3300006916|Ga0070750_10165432All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.995Open in IMG/M
3300006916|Ga0070750_10228002Not Available815Open in IMG/M
3300006916|Ga0070750_10239667Not Available790Open in IMG/M
3300006916|Ga0070750_10352267Not Available621Open in IMG/M
3300006916|Ga0070750_10432417Not Available546Open in IMG/M
3300006916|Ga0070750_10478688All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.512Open in IMG/M
3300006919|Ga0070746_10114891Not Available1334Open in IMG/M
3300006919|Ga0070746_10294346Not Available747Open in IMG/M
3300006919|Ga0070746_10384592All Organisms → cellular organisms → Eukaryota631Open in IMG/M
3300006919|Ga0070746_10457745Not Available566Open in IMG/M
3300007234|Ga0075460_10298873All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.528Open in IMG/M
3300007236|Ga0075463_10071046All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1123Open in IMG/M
3300007236|Ga0075463_10224407Not Available604Open in IMG/M
3300007236|Ga0075463_10277727Not Available537Open in IMG/M
3300007344|Ga0070745_1192719All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.755Open in IMG/M
3300007344|Ga0070745_1207411All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.721Open in IMG/M
3300007344|Ga0070745_1231833All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.673Open in IMG/M
3300007344|Ga0070745_1292279All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.582Open in IMG/M
3300007344|Ga0070745_1364302All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.505Open in IMG/M
3300007344|Ga0070745_1365340All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.504Open in IMG/M
3300007345|Ga0070752_1076839Not Available1467Open in IMG/M
3300007345|Ga0070752_1166738Not Available896Open in IMG/M
3300007345|Ga0070752_1191895Not Available818Open in IMG/M
3300007345|Ga0070752_1297601All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.616Open in IMG/M
3300007345|Ga0070752_1339191All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.566Open in IMG/M
3300007345|Ga0070752_1378509All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.527Open in IMG/M
3300007346|Ga0070753_1166542All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.829Open in IMG/M
3300007346|Ga0070753_1240535All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.659Open in IMG/M
3300007346|Ga0070753_1275755All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.605Open in IMG/M
3300007538|Ga0099851_1307814All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.558Open in IMG/M
3300007539|Ga0099849_1118001Not Available1046Open in IMG/M
3300007539|Ga0099849_1315948Not Available561Open in IMG/M
3300007539|Ga0099849_1327742All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.548Open in IMG/M
3300007640|Ga0070751_1150262Not Available931Open in IMG/M
3300007640|Ga0070751_1281480Not Available624Open in IMG/M
3300007640|Ga0070751_1301348Not Available597Open in IMG/M
3300007640|Ga0070751_1385340Not Available507Open in IMG/M
3300007640|Ga0070751_1387942All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.505Open in IMG/M
3300007960|Ga0099850_1329819Not Available575Open in IMG/M
3300008012|Ga0075480_10302422Not Available811Open in IMG/M
3300009124|Ga0118687_10044667Not Available1474Open in IMG/M
3300010296|Ga0129348_1202245All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.676Open in IMG/M
3300010296|Ga0129348_1253577Not Available591Open in IMG/M
3300010296|Ga0129348_1326077Not Available511Open in IMG/M
3300010297|Ga0129345_1169928Not Available782Open in IMG/M
3300010297|Ga0129345_1305481All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.551Open in IMG/M
3300017951|Ga0181577_10626352Not Available661Open in IMG/M
3300017951|Ga0181577_10694698Not Available620Open in IMG/M
3300017951|Ga0181577_10885384Not Available534Open in IMG/M
3300017962|Ga0181581_10773815All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.573Open in IMG/M
3300018416|Ga0181553_10717317Not Available522Open in IMG/M
3300018420|Ga0181563_10558576Not Available639Open in IMG/M
3300018424|Ga0181591_11113660Not Available531Open in IMG/M
3300019721|Ga0194011_1000420All Organisms → Viruses → Predicted Viral2501Open in IMG/M
3300019751|Ga0194029_1029991Not Available858Open in IMG/M
3300020054|Ga0181594_10367990Not Available626Open in IMG/M
3300021379|Ga0213864_10514452Not Available598Open in IMG/M
3300021958|Ga0222718_10233618Not Available985Open in IMG/M
3300021964|Ga0222719_10732703All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.553Open in IMG/M
3300022057|Ga0212025_1080791All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.559Open in IMG/M
3300022068|Ga0212021_1087567All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.639Open in IMG/M
3300022069|Ga0212026_1047555Not Available646Open in IMG/M
3300022071|Ga0212028_1023156All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1098Open in IMG/M
3300022071|Ga0212028_1053697All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.753Open in IMG/M
3300022158|Ga0196897_1041454All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.547Open in IMG/M
3300022159|Ga0196893_1020324Not Available611Open in IMG/M
3300022183|Ga0196891_1001552All Organisms → cellular organisms → Bacteria5029Open in IMG/M
3300022183|Ga0196891_1056517All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.708Open in IMG/M
3300022187|Ga0196899_1131866Not Available710Open in IMG/M
3300022934|Ga0255781_10245331All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.846Open in IMG/M
3300022934|Ga0255781_10262688All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.804Open in IMG/M
3300022934|Ga0255781_10312722Not Available706Open in IMG/M
3300023116|Ga0255751_10381412All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.704Open in IMG/M
3300023180|Ga0255768_10491958Not Available624Open in IMG/M
3300025630|Ga0208004_1053541All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1078Open in IMG/M
3300025653|Ga0208428_1114116Not Available750Open in IMG/M
3300025671|Ga0208898_1049958All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1525Open in IMG/M
3300025671|Ga0208898_1124227Not Available739Open in IMG/M
3300025671|Ga0208898_1131670Not Available704Open in IMG/M
3300025674|Ga0208162_1066923All Organisms → Viruses → Predicted Viral1148Open in IMG/M
3300025751|Ga0208150_1073802All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1137Open in IMG/M
3300025751|Ga0208150_1201140All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.615Open in IMG/M
3300025759|Ga0208899_1015810All Organisms → Viruses → Predicted Viral3949Open in IMG/M
3300025759|Ga0208899_1190265All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.662Open in IMG/M
3300025769|Ga0208767_1110054All Organisms → Viruses → Predicted Viral1081Open in IMG/M
3300025769|Ga0208767_1250444Not Available554Open in IMG/M
3300025771|Ga0208427_1188980All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.660Open in IMG/M
3300025803|Ga0208425_1087587All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.737Open in IMG/M
3300025803|Ga0208425_1112346All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.628Open in IMG/M
3300025810|Ga0208543_1006492All Organisms → Viruses → Predicted Viral3026Open in IMG/M
3300025810|Ga0208543_1094424Not Available716Open in IMG/M
3300025810|Ga0208543_1142113All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.562Open in IMG/M
3300025815|Ga0208785_1075449All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.878Open in IMG/M
3300025818|Ga0208542_1109705Not Available785Open in IMG/M
3300025818|Ga0208542_1209672All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.500Open in IMG/M
3300025828|Ga0208547_1114593Not Available810Open in IMG/M
3300025840|Ga0208917_1160107Not Available776Open in IMG/M
3300025840|Ga0208917_1226382Not Available611Open in IMG/M
3300025853|Ga0208645_1081699Not Available1400Open in IMG/M
3300025853|Ga0208645_1099699Not Available1206Open in IMG/M
3300025853|Ga0208645_1199057All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.711Open in IMG/M
3300025853|Ga0208645_1265499Not Available561Open in IMG/M
3300025889|Ga0208644_1216559Not Available818Open in IMG/M
3300025889|Ga0208644_1307539All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.626Open in IMG/M
3300034374|Ga0348335_031839All Organisms → Viruses → Predicted Viral2305Open in IMG/M
3300034374|Ga0348335_050604All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1606Open in IMG/M
3300034374|Ga0348335_125922Not Available749Open in IMG/M
3300034374|Ga0348335_145009All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.659Open in IMG/M
3300034374|Ga0348335_150718Not Available636Open in IMG/M
3300034374|Ga0348335_154453Not Available622Open in IMG/M
3300034374|Ga0348335_172870All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.559Open in IMG/M
3300034375|Ga0348336_026388All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.2843Open in IMG/M
3300034375|Ga0348336_144135All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.720Open in IMG/M
3300034418|Ga0348337_057068All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.1518Open in IMG/M
3300034418|Ga0348337_145720Not Available678Open in IMG/M
3300034418|Ga0348337_150047Not Available660Open in IMG/M
3300034418|Ga0348337_151549Not Available654Open in IMG/M
3300034418|Ga0348337_184159Not Available541Open in IMG/M
3300034418|Ga0348337_194154All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Cupriavidus → unclassified Cupriavidus → Cupriavidus sp.514Open in IMG/M


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous84.31%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh8.50%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient3.27%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water1.31%
SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Sediment0.65%
FreshwaterEnvironmental → Aquatic → Freshwater → River → Unclassified → Freshwater0.65%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater0.65%
SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Sediment0.65%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300006025Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006026Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006027Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNAEnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
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
3300007234Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNAEnvironmentalOpen in IMG/M
3300007236Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNAEnvironmentalOpen in IMG/M
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007345Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
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
3300009124Marine sediment microbial communities from methane seeps within Hudson Canyon, US Atlantic Margin - Hudson Canyon PC-16 72 cmbsfEnvironmentalOpen in IMG/M
3300010296Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.8_DNAEnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
3300017951Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017962Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071404AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018416Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 011502XT 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
3300018424Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300019721Sediment microbial communities from the Broadkill River, Lewes, Delaware, United States ? FLC_7-8_MGEnvironmentalOpen in IMG/M
3300019751Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW18Oct16_MGEnvironmentalOpen in IMG/M
3300020054Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071413BT metaG (spades assembly)EnvironmentalOpen in IMG/M
3300021379Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO247EnvironmentalOpen 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
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
3300022068Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (v2)EnvironmentalOpen in IMG/M
3300022069Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v2)EnvironmentalOpen in IMG/M
3300022071Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v2)EnvironmentalOpen in IMG/M
3300022158Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v3)EnvironmentalOpen in IMG/M
3300022159Aqueous 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 (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
3300022934Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaGEnvironmentalOpen in IMG/M
3300023116Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaGEnvironmentalOpen in IMG/M
3300023180Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaGEnvironmentalOpen 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
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
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025751Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
3300025771Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025803Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025815Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025818Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025828Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025840Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025853Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (SPAdes)EnvironmentalOpen in IMG/M
3300025889Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18 (SPAdes)EnvironmentalOpen in IMG/M
3300034374Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v4)EnvironmentalOpen in IMG/M
3300034375Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v4)EnvironmentalOpen in IMG/M
3300034418Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v4)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
Ga0075474_1019077213300006025AqueousNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075478_1003121643300006026AqueousRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0075462_1008802213300006027AqueousGTVPTYICGNNDQSRRHDNAANRRTALRYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075461_1004166713300006637AqueousGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGVPLAGGFNWWGHEVTLCDVDWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075461_1018364423300006637AqueousRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075461_1019162613300006637AqueousPVHCMEIMRLRQNIDPGNPLELSSSWAGSIIKNGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRIALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0070749_1017275013300006802AqueousGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMVSALLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070749_1022416433300006802AqueousGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070749_1042973723300006802AqueousSIIKNGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRVALQYRVTDGYELRPRNLEQMISLLLRGVPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0070749_1045301213300006802AqueousGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGVPLAGGFNWWGHEVTLCDVDWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070749_1047831613300006802AqueousMRLRQNIDPGNPLELSSSWAGSIIKHGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNNAANRRVASQYRVTDGFELRPRNLEQMISLLLRQIPLAGGYNWWGHEITVTDAEWIDGEIATIIRNSWRGWGDYGFGILQGSRMLADDLVAVSGGSLTGRRVQS*
Ga0070749_1056691823300006802AqueousWINAPVHCMEIMRLRQNVDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLADHGTVPTYVCGNNDQSRRHNTAANRRTAFQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070749_1066084023300006802AqueousFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0070749_1069791813300006802AqueousNAPVHCMEIMRLRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070754_1010152913300006810AqueousWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQAALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRILADDLVAVSGSSLTGRRAQS*
Ga0070754_1011819013300006810AqueousNYCWINAPVHCMEIMRLRQGIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQAAFQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0070754_1029312513300006810AqueousVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0070754_1031216013300006810AqueousGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTFICGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070754_1034381923300006810AqueousRQGIDPGNPLELSSSWAGSIIKSGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0070754_1043356013300006810AqueousGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALRYRVTDGFELRPRNLEQMASLLLRGIPLAAGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070754_1051438213300006810AqueousGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075476_1013165313300006867AqueousRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQAALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0075476_1022950413300006867AqueousMEIMRLRQGIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALRYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075481_1001315413300006868AqueousQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0075481_1014532823300006868AqueousNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTFICGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0075481_1021807523300006868AqueousNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGVPLAGGFNWWGHEVTLCDVDWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075481_1024761823300006868AqueousLSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLEQMISLLLRGIPLAGGFNWWGHEVTLADADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075481_1030509913300006868AqueousAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075477_1007508213300006869AqueousGTVPTFICGNNDQSRRHNNAANRHTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075477_1012016913300006869AqueousNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0075477_1019111313300006869AqueousRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075479_1024608213300006870AqueousSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRRVQP*
Ga0075475_1015196933300006874AqueousNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTATNRRTALQFRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070750_1014945233300006916AqueousNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070750_1016543233300006916AqueousIAFLAEHGTVPTFICGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDVDWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070750_1022800213300006916AqueousHCMEIMRLRQNIDPGNPLELSSSWAGSIIKNGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRVALQYRVTDGYELRPRNLEQMISLLLRGVPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0070750_1023966723300006916AqueousAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAPNRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0070750_1035226723300006916AqueousSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAPNRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLKGRRVQS*
Ga0070750_1043241713300006916AqueousDPGNPLELSSSWAGSIIKNGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRPIPLAGGYNWWGHEVTLSDADWIDNEIAVTIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070750_1047868823300006916AqueousAEHGTVPTYICGNNDQSRRHNNAANRQVALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070746_1011489113300006919AqueousGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAPNRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0070746_1029434613300006919AqueousRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070746_1038459223300006919AqueousSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALRYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070746_1045774513300006919AqueousVHCMEIMRLRQNIDPGNPLELSSSWAGSIIKNGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRPIPLAGGYNWWGHEVTLSDADWIDNEIAVTIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075460_1029887313300007234AqueousEHGTVPTYICGNNDQSRRHDNAANRRTALRYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0075463_1007104633300007236AqueousGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0075463_1022440723300007236AqueousGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRRVQP*
Ga0075463_1027772723300007236AqueousGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMVSALLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070745_119271923300007344AqueousGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070745_120741123300007344AqueousGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDVDWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070745_123183313300007344AqueousNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLTDADWIDSEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070745_129227913300007344AqueousNYCWINAPVHCMEIMRLRQGIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALRYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0070745_136430213300007344AqueousMEIMRLRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSR
Ga0070745_136534023300007344AqueousLAEHGTVPAYICGNNDQSRRHNTAANRRTAFQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLADADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070752_107683913300007345AqueousWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQAALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070752_116673823300007345AqueousSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070752_119189513300007345AqueousSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0070752_129760123300007345AqueousIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALRYRVTDGFELRPRNLEQMASLLLRGIPLAAGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070752_133919123300007345AqueousKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLTDADWIDSEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070752_137850923300007345AqueousGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070753_116654213300007346AqueousNYCWINAPVHCMEIMRLRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPAYICGNNDQSRRHNTAANRRTAFQYRVTDGFELRPRNLDQMISLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0070753_124053523300007346AqueousVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLEQMISLLLRGIPLAGGFNWWGHEVTLADADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070753_127575513300007346AqueousSIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLTDADWIDSEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0099851_130781413300007538AqueousTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0099849_111800113300007539AqueousGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0099849_131594823300007539AqueousVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLTDADWIDSEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0099849_132774223300007539AqueousGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070751_115026213300007640AqueousIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTATNRRTALQFRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS*
Ga0070751_128148013300007640AqueousGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLADADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0070751_130134813300007640AqueousNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQVALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0070751_138534013300007640AqueousKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQAALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQP*
Ga0070751_138794213300007640AqueousNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0099850_132981913300007960AqueousGWGRQAIAFLAEHGTVPTYICSNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0075480_1030242223300008012AqueousMRLRQGIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0118687_1004466733300009124SedimentIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAAGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS*
Ga0129348_120224523300010296Freshwater To Marine Saline GradientYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0129348_125357723300010296Freshwater To Marine Saline GradientPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGNSLTGRQVQS*
Ga0129348_132607723300010296Freshwater To Marine Saline GradientWGREAIEILYNSGTVPSSVCGDNDQSVRHNTGGNRKTALRYRVTDWVECQPRNEEQMVSMLLRGYCGAGGYNWWGHEVALTDVDWIDGEPAVIIRNSWRGWGDFGFGVLQGSRMLADDLVFCVAGRPMGAEL*
Ga0129345_116992813300010297Freshwater To Marine Saline GradientMEIMRLRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS*
Ga0129345_130548113300010297Freshwater To Marine Saline GradientNAPVHCMEIMRLRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGNSLTGRQVQS*
Ga0181577_1062635223300017951Salt MarshLSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALRYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0181577_1069469823300017951Salt MarshRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0181577_1088538423300017951Salt MarshSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALRYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0181581_1077381523300017962Salt MarshGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0181553_1071731713300018416Salt MarshSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRHTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0181563_1055857613300018420Salt MarshIIKSGRNVGGWGRQAIAFLAEHGTVPTFICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0181591_1111366013300018424Salt MarshHGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0194011_100042013300019721SedimentNPLELSSSWAGSIIKHGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQAALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWRGWGDYGFGILQGSRMLADDLVAVSGGSLTGRRVQS
Ga0194029_102999123300019751FreshwaterSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0181594_1036799013300020054Salt MarshNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0213864_1051445223300021379SeawaterGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS
Ga0222718_1023361823300021958Estuarine WaterSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0222719_1073270323300021964Estuarine WaterIAFLAEHGTVPTYICGNNDQSRRHDNAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0212025_108079113300022057AqueousPVHCMEIMRLRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLEQMISLLLRGIPLAGGFNWWGHEVTLADADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0212021_108756713300022068AqueousICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0212026_104755513300022069AqueousIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRHTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0212028_102315613300022071AqueousRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS
Ga0212028_105369723300022071AqueousTNYCWINAPVHCMEIMRLRQNINPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQ
Ga0196897_104145413300022158AqueousGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS
Ga0196893_102032423300022159AqueousGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRHTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0196891_100155213300022183AqueousIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGVPLAGGFNWWGHEVTLCDVDWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0196891_105651713300022183AqueousRTNYCWINAPVHCMEIMRLRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0196899_113186623300022187AqueousAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQAALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0255781_1024533113300022934Salt MarshFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0255781_1026268823300022934Salt MarshAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0255781_1031272213300022934Salt MarshMRLRQGIDPGNPLELSSSWAGSIIKSGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALRYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0255751_1038141223300023116Salt MarshGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0255768_1049195823300023180Salt MarshEIMRLRQGIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208004_105354113300025630AqueousIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRRVQP
Ga0208428_111411613300025653AqueousLSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTFICGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0208898_104995813300025671AqueousVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLTDADWIDSEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0208898_112422723300025671AqueousELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208898_113167013300025671AqueousNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTFICGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0208162_106692333300025674AqueousRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208150_107380233300025751AqueousRTNYCWINAPVHCMEIMRLRQNINPSNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0208150_120114013300025751AqueousAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRRVQP
Ga0208899_101581083300025759AqueousPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0208899_119026513300025759AqueousWINAPVHCMEIMRLRQGIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0208767_111005433300025769AqueousRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0208767_125044413300025769AqueousAFLAEHGTVPTYICGNNDQSRRHNNAPNRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0208427_118898013300025771AqueousYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208425_108758713300025803AqueousGTVPTYICGNNDQSRRHDNAANRRTALRYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208425_111234613300025803AqueousTFICGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDVDWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208543_100649253300025810AqueousMRLRQNIDPGNPLELSSSWAGSIIKNGRNVGGWGRQAIAFLAEHGTVPTFICGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDVDWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208543_109442423300025810AqueousLRQGIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTFICGNNDQSRRHNNAANRHTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0208543_114211313300025810AqueousEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMVSALLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208785_107544923300025815AqueousIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0208542_110970513300025818AqueousNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTATNRRTALQFRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLTDADWIDGEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRRVQP
Ga0208542_120967223300025818AqueousCGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0208547_111459313300025828AqueousCMEIMRLRQNINPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRRVQP
Ga0208917_116010723300025840AqueousAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALRYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0208917_122638213300025840AqueousIIKNGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208645_108169933300025853AqueousSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQAALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGYNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0208645_109969933300025853AqueousSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRRVQP
Ga0208645_119905723300025853AqueousCWINAPVHCMEIMRLRQGIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQAALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0208645_126549913300025853AqueousIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208644_121655923300025889AqueousIMRLRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0208644_130753913300025889AqueousAIAFLAEHGTVPTFICGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0348335_031839_2_3733300034374AqueousHGTVPTFICGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRRVQS
Ga0348335_050604_2_4303300034374AqueousKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLEQMVSLLLRGIPLAGGFNWWGHEVTLCDVDWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS
Ga0348335_125922_2_4393300034374AqueousSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRQAALRYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0348335_145009_225_6593300034374AqueousIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLADADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0348335_150718_200_6343300034374AqueousIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0348335_154453_171_6203300034374AqueousSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTFICGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0348335_172870_1_5013300034374AqueousMRLRQNIDPGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLEQMISLLLRGIPLAGGYNWWGHEVTLSDGDWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS
Ga0348336_026388_1_3453300034375AqueousGNNDQSRRHNNAANRQTALQYRVTDGFELRPRNLDQMISLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0348336_144135_316_7203300034375AqueousWGRQAIAFLAEHGTVPTYICGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRVQS
Ga0348337_057068_1094_15163300034418AqueousGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAAGYNWWGHEVTLTDADWIDSEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0348337_145720_204_6773300034418AqueousGNPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYICGNNDQSRRHNNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRRVQP
Ga0348337_150047_204_6593300034418AqueousSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTFICGNNDQSRRHDNAANRRAALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLTDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRRAQS
Ga0348337_151549_187_6543300034418AqueousPLELSSSWAGSIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGYNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGILQGSRMLADDLVAVSGSSLTGRQVQS
Ga0348337_184159_3_4403300034418AqueousSIIKGGRNVGGWGRQAIAFLAEHGTVPTYVCGNNDQSRRHNTAANRQTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLSDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS
Ga0348337_194154_1_4083300034418AqueousGWGRQAIAFLAEHGTVPTYICGNNDQSRRHDNAANRRTALQYRVTDGFELRPRNLDQMVSLLLRGIPLAGGFNWWGHEVTLCDADWIDNEIAVIIRNSWQGWGDFGFGVLQGSRMLADDLVAVSGSSLTGRQVQS

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Bioinformatics & Integrated Biology Lab
Institute for Fundamental Biomedical Research
Biomedical Sciences Research Center "Alexander Fleming"
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