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 F048845

Metagenome Family F048845

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F048845
Family Type Metagenome
Number of Sequences 147
Average Sequence Length 169 residues
Representative Sequence MVYTPQTNWKYDNNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVNDEGADFGRIPVGPPNVSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDN
Number of Associated Samples 105
Number of Associated Scaffolds 147

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Bacteria
% of genes with valid RBS motifs 71.33 %
% of genes near scaffold ends (potentially truncated) 97.28 %
% of genes from short scaffolds (< 2000 bps) 89.12 %
Associated GOLD sequencing projects 79
AlphaFold2 3D model prediction Yes
3D model pTM-score0.16

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 Bacteria (97.279 % of family members)
NCBI Taxonomy ID 2
Taxonomy All Organisms → cellular organisms → Bacteria

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(44.218 % of family members)
Environment Ontology (ENVO) Unclassified
(49.660 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(68.027 % of family members)


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Multiple Sequence Alignments

Select alignment to view:      

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 0.00%    β-sheet: 20.21%    Coil/Unstructured: 79.79%
Feature Viewer
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Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  		pTM-score: 0.16
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Low Quality Model:

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

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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 147 Family Scaffolds
PF03237Terminase_6N 2.04
PF04724Glyco_transf_17 0.68


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms97.28 %
UnclassifiedrootN/A2.72 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300005581|Ga0049081_10032098All Organisms → cellular organisms → Bacteria1995Open in IMG/M
3300005581|Ga0049081_10191390All Organisms → cellular organisms → Bacteria736Open in IMG/M
3300005581|Ga0049081_10203623All Organisms → cellular organisms → Bacteria709Open in IMG/M
3300005582|Ga0049080_10007785All Organisms → cellular organisms → Bacteria3723Open in IMG/M
3300006027|Ga0075462_10179008All Organisms → cellular organisms → Bacteria642Open in IMG/M
3300006033|Ga0075012_10396090All Organisms → cellular organisms → Bacteria912Open in IMG/M
3300006802|Ga0070749_10447307All Organisms → cellular organisms → Bacteria708Open in IMG/M
3300006810|Ga0070754_10056256All Organisms → cellular organisms → Bacteria2058Open in IMG/M
3300006810|Ga0070754_10318198All Organisms → cellular organisms → Bacteria694Open in IMG/M
3300006810|Ga0070754_10400728All Organisms → cellular organisms → Bacteria600Open in IMG/M
3300006868|Ga0075481_10165745All Organisms → cellular organisms → Bacteria800Open in IMG/M
3300006868|Ga0075481_10255344All Organisms → cellular organisms → Bacteria617Open in IMG/M
3300006874|Ga0075475_10333757All Organisms → cellular organisms → Bacteria620Open in IMG/M
3300006874|Ga0075475_10465822All Organisms → cellular organisms → Bacteria501Open in IMG/M
3300006875|Ga0075473_10126835All Organisms → cellular organisms → Bacteria1019Open in IMG/M
3300006919|Ga0070746_10083338All Organisms → cellular organisms → Bacteria1614Open in IMG/M
3300006919|Ga0070746_10199704All Organisms → cellular organisms → Bacteria953Open in IMG/M
3300007234|Ga0075460_10148295All Organisms → cellular organisms → Bacteria819Open in IMG/M
3300007346|Ga0070753_1109434All Organisms → cellular organisms → Bacteria1072Open in IMG/M
3300007346|Ga0070753_1262328All Organisms → cellular organisms → Bacteria624Open in IMG/M
3300007346|Ga0070753_1318769All Organisms → cellular organisms → Bacteria553Open in IMG/M
3300007538|Ga0099851_1216875All Organisms → cellular organisms → Bacteria692Open in IMG/M
3300007538|Ga0099851_1332812All Organisms → cellular organisms → Bacteria532Open in IMG/M
3300007539|Ga0099849_1331837All Organisms → cellular organisms → Bacteria544Open in IMG/M
3300007539|Ga0099849_1350064All Organisms → cellular organisms → Bacteria525Open in IMG/M
3300007541|Ga0099848_1305556All Organisms → cellular organisms → Bacteria545Open in IMG/M
3300007542|Ga0099846_1153218All Organisms → cellular organisms → Bacteria828Open in IMG/M
3300007542|Ga0099846_1246214All Organisms → cellular organisms → Bacteria621Open in IMG/M
3300007542|Ga0099846_1340930All Organisms → cellular organisms → Bacteria509Open in IMG/M
3300007640|Ga0070751_1041058All Organisms → cellular organisms → Bacteria2070Open in IMG/M
3300007960|Ga0099850_1329240All Organisms → cellular organisms → Bacteria575Open in IMG/M
3300008012|Ga0075480_10090966All Organisms → cellular organisms → Bacteria1722Open in IMG/M
3300008267|Ga0114364_1139521All Organisms → cellular organisms → Bacteria688Open in IMG/M
3300008450|Ga0114880_1009914All Organisms → cellular organisms → Bacteria4729Open in IMG/M
3300009124|Ga0118687_10023973All Organisms → cellular organisms → Bacteria1999Open in IMG/M
3300009180|Ga0114979_10335881All Organisms → cellular organisms → Bacteria893Open in IMG/M
3300010296|Ga0129348_1031533All Organisms → cellular organisms → Bacteria1928Open in IMG/M
3300010300|Ga0129351_1306414All Organisms → cellular organisms → Bacteria600Open in IMG/M
3300010318|Ga0136656_1160622All Organisms → cellular organisms → Bacteria765Open in IMG/M
3300010318|Ga0136656_1194114All Organisms → cellular organisms → Bacteria682Open in IMG/M
3300010368|Ga0129324_10208382All Organisms → cellular organisms → Bacteria792Open in IMG/M
3300010368|Ga0129324_10421606All Organisms → cellular organisms → Bacteria514Open in IMG/M
(restricted) 3300013129|Ga0172364_11009290All Organisms → cellular organisms → Bacteria508Open in IMG/M
(restricted) 3300013138|Ga0172371_10456069All Organisms → cellular organisms → Bacteria939Open in IMG/M
3300017700|Ga0181339_1012559All Organisms → cellular organisms → Bacteria980Open in IMG/M
3300017778|Ga0181349_1292172All Organisms → cellular organisms → Bacteria531Open in IMG/M
3300017958|Ga0181582_10532323All Organisms → cellular organisms → Bacteria727Open in IMG/M
3300017962|Ga0181581_10319457All Organisms → cellular organisms → Bacteria993Open in IMG/M
3300017967|Ga0181590_10479644All Organisms → cellular organisms → Bacteria869Open in IMG/M
3300017969|Ga0181585_10410994All Organisms → cellular organisms → Bacteria921Open in IMG/M
3300017969|Ga0181585_10418367All Organisms → cellular organisms → Bacteria911Open in IMG/M
3300018039|Ga0181579_10422134All Organisms → cellular organisms → Bacteria717Open in IMG/M
3300018421|Ga0181592_10151591All Organisms → cellular organisms → Bacteria1766Open in IMG/M
3300018421|Ga0181592_10498490All Organisms → cellular organisms → Bacteria842Open in IMG/M
3300018421|Ga0181592_10974939All Organisms → cellular organisms → Bacteria548Open in IMG/M
3300018424|Ga0181591_10200554All Organisms → cellular organisms → Bacteria1571Open in IMG/M
3300019783|Ga0181361_121439All Organisms → cellular organisms → Bacteria513Open in IMG/M
3300020189|Ga0181578_10454924All Organisms → cellular organisms → Bacteria543Open in IMG/M
3300021957|Ga0222717_10698865All Organisms → cellular organisms → Bacteria519Open in IMG/M
3300021958|Ga0222718_10230235All Organisms → cellular organisms → Bacteria995Open in IMG/M
3300021959|Ga0222716_10436486All Organisms → cellular organisms → Bacteria751Open in IMG/M
3300022053|Ga0212030_1057619All Organisms → cellular organisms → Bacteria553Open in IMG/M
3300022057|Ga0212025_1085659All Organisms → cellular organisms → Bacteria541Open in IMG/M
3300022069|Ga0212026_1072898All Organisms → cellular organisms → Bacteria522Open in IMG/M
3300022158|Ga0196897_1030527All Organisms → cellular organisms → Bacteria650Open in IMG/M
3300022159|Ga0196893_1012087All Organisms → cellular organisms → Bacteria764Open in IMG/M
3300022167|Ga0212020_1072394All Organisms → cellular organisms → Bacteria580Open in IMG/M
3300022176|Ga0212031_1056661All Organisms → cellular organisms → Bacteria662Open in IMG/M
3300022176|Ga0212031_1085809All Organisms → cellular organisms → Bacteria537Open in IMG/M
3300022183|Ga0196891_1079466All Organisms → cellular organisms → Bacteria582Open in IMG/M
3300022198|Ga0196905_1108561All Organisms → cellular organisms → Bacteria735Open in IMG/M
3300022198|Ga0196905_1133346All Organisms → cellular organisms → Bacteria646Open in IMG/M
3300022200|Ga0196901_1063708All Organisms → cellular organisms → Bacteria1349Open in IMG/M
3300022200|Ga0196901_1137110All Organisms → cellular organisms → Bacteria825Open in IMG/M
3300022914|Ga0255767_1227497All Organisms → cellular organisms → Bacteria734Open in IMG/M
3300022935|Ga0255780_10388888All Organisms → cellular organisms → Bacteria625Open in IMG/M
3300022937|Ga0255770_10264293All Organisms → cellular organisms → Bacteria817Open in IMG/M
3300022937|Ga0255770_10269577All Organisms → cellular organisms → Bacteria805Open in IMG/M
3300023081|Ga0255764_10428166All Organisms → cellular organisms → Bacteria565Open in IMG/M
3300023116|Ga0255751_10230492All Organisms → cellular organisms → Bacteria1013Open in IMG/M
3300023116|Ga0255751_10315851All Organisms → cellular organisms → Bacteria808Open in IMG/M
3300023170|Ga0255761_10458759All Organisms → cellular organisms → Bacteria614Open in IMG/M
3300023172|Ga0255766_10178495All Organisms → cellular organisms → Bacteria1182Open in IMG/M
3300023180|Ga0255768_10234581All Organisms → cellular organisms → Bacteria1076Open in IMG/M
3300023180|Ga0255768_10312105All Organisms → cellular organisms → Bacteria876Open in IMG/M
3300023180|Ga0255768_10417744All Organisms → cellular organisms → Bacteria705Open in IMG/M
3300025132|Ga0209232_1102427All Organisms → cellular organisms → Bacteria964Open in IMG/M
3300025543|Ga0208303_1054257All Organisms → cellular organisms → Bacteria961Open in IMG/M
3300025630|Ga0208004_1095900All Organisms → cellular organisms → Bacteria710Open in IMG/M
3300025646|Ga0208161_1003840All Organisms → cellular organisms → Bacteria7198Open in IMG/M
3300025647|Ga0208160_1067944All Organisms → cellular organisms → Bacteria977Open in IMG/M
3300025647|Ga0208160_1159726All Organisms → cellular organisms → Bacteria539Open in IMG/M
3300025655|Ga0208795_1014033All Organisms → cellular organisms → Bacteria2746Open in IMG/M
3300025655|Ga0208795_1046550All Organisms → cellular organisms → Bacteria1298Open in IMG/M
3300025655|Ga0208795_1177291All Organisms → cellular organisms → Bacteria514Open in IMG/M
3300025674|Ga0208162_1001423All Organisms → cellular organisms → Bacteria12486Open in IMG/M
3300025687|Ga0208019_1190007All Organisms → cellular organisms → Bacteria545Open in IMG/M
3300025759|Ga0208899_1001181All Organisms → cellular organisms → Bacteria18588Open in IMG/M
3300025769|Ga0208767_1196550All Organisms → cellular organisms → Bacteria682Open in IMG/M
3300025769|Ga0208767_1238793All Organisms → cellular organisms → Bacteria578Open in IMG/M
3300025769|Ga0208767_1263226All Organisms → cellular organisms → Bacteria530Open in IMG/M
3300025771|Ga0208427_1044052All Organisms → cellular organisms → Bacteria1664Open in IMG/M
3300025815|Ga0208785_1070040All Organisms → cellular organisms → Bacteria926Open in IMG/M
3300025818|Ga0208542_1170373All Organisms → cellular organisms → Bacteria580Open in IMG/M
3300025840|Ga0208917_1221045All Organisms → cellular organisms → Bacteria621Open in IMG/M
3300025848|Ga0208005_1147475All Organisms → cellular organisms → Bacteria733Open in IMG/M
3300025853|Ga0208645_1012015All Organisms → cellular organisms → Bacteria5224Open in IMG/M
3300025853|Ga0208645_1135893All Organisms → cellular organisms → Bacteria957Open in IMG/M
3300025853|Ga0208645_1189707All Organisms → cellular organisms → Bacteria739Open in IMG/M
3300025889|Ga0208644_1130459All Organisms → cellular organisms → Bacteria1184Open in IMG/M
3300027467|Ga0255154_1140800All Organisms → cellular organisms → Bacteria509Open in IMG/M
3300027659|Ga0208975_1031371All Organisms → cellular organisms → Bacteria1697Open in IMG/M
3300027659|Ga0208975_1118867All Organisms → cellular organisms → Bacteria755Open in IMG/M
3300027888|Ga0209635_10406252All Organisms → cellular organisms → Bacteria1058Open in IMG/M
3300027888|Ga0209635_10443099All Organisms → cellular organisms → Bacteria1002Open in IMG/M
3300027888|Ga0209635_11131745All Organisms → cellular organisms → Bacteria528Open in IMG/M
3300027888|Ga0209635_11164946All Organisms → cellular organisms → Bacteria516Open in IMG/M
3300027901|Ga0209427_10676041All Organisms → cellular organisms → Bacteria748Open in IMG/M
3300027917|Ga0209536_101553263All Organisms → cellular organisms → Bacteria804Open in IMG/M
3300027917|Ga0209536_102700661All Organisms → cellular organisms → Bacteria581Open in IMG/M
(restricted) 3300028569|Ga0247843_1197080All Organisms → cellular organisms → Bacteria772Open in IMG/M
3300029293|Ga0135211_1000370All Organisms → cellular organisms → Bacteria2292Open in IMG/M
3300031519|Ga0307488_10584055All Organisms → cellular organisms → Bacteria651Open in IMG/M
3300031539|Ga0307380_10293962All Organisms → cellular organisms → Bacteria1511Open in IMG/M
3300031565|Ga0307379_11516227All Organisms → cellular organisms → Bacteria533Open in IMG/M
3300031578|Ga0307376_10239987All Organisms → cellular organisms → Bacteria1226Open in IMG/M
3300031578|Ga0307376_10591294All Organisms → cellular organisms → Bacteria707Open in IMG/M
3300031669|Ga0307375_10457049All Organisms → cellular organisms → Bacteria778Open in IMG/M
3300031669|Ga0307375_10630514All Organisms → cellular organisms → Bacteria627Open in IMG/M
3300031673|Ga0307377_11179720All Organisms → cellular organisms → Bacteria502Open in IMG/M
3300031834|Ga0315290_10453225All Organisms → cellular organisms → Bacteria1122Open in IMG/M
3300031873|Ga0315297_10658664All Organisms → cellular organisms → Bacteria878Open in IMG/M
3300032050|Ga0315906_11303568All Organisms → cellular organisms → Bacteria518Open in IMG/M
3300032053|Ga0315284_10263441All Organisms → cellular organisms → Bacteria2190Open in IMG/M
3300032118|Ga0315277_10917682All Organisms → cellular organisms → Bacteria811Open in IMG/M
3300032118|Ga0315277_11689348All Organisms → cellular organisms → Bacteria531Open in IMG/M
3300032143|Ga0315292_10753246All Organisms → cellular organisms → Bacteria817Open in IMG/M
3300032342|Ga0315286_10151165All Organisms → cellular organisms → Bacteria2492Open in IMG/M
3300032342|Ga0315286_10363253All Organisms → cellular organisms → Bacteria1525Open in IMG/M
3300032401|Ga0315275_10459557All Organisms → cellular organisms → Bacteria1427Open in IMG/M
3300033978|Ga0334977_0383188All Organisms → cellular organisms → Bacteria659Open in IMG/M
3300034073|Ga0310130_0094332All Organisms → cellular organisms → Bacteria897Open in IMG/M
3300034104|Ga0335031_0185375All Organisms → cellular organisms → Bacteria1418Open in IMG/M

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


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous44.22%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh16.33%
SedimentEnvironmental → Aquatic → Freshwater → Lake → Sediment → Sediment6.80%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment4.76%
SoilEnvironmental → Terrestrial → Soil → Clay → Unclassified → Soil4.76%
Freshwater LenticEnvironmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater Lentic4.08%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient4.08%
FreshwaterEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater2.72%
Freshwater LakeEnvironmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater Lake2.04%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water2.04%
Freshwater LakeEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake1.36%
Freshwater, PlanktonEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater, Plankton0.68%
Freshwater LakeEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake0.68%
WatershedsEnvironmental → Aquatic → Freshwater → Groundwater → Unclassified → Watersheds0.68%
FreshwaterEnvironmental → Aquatic → Freshwater → Unclassified → Unclassified → Freshwater0.68%
FreshwaterEnvironmental → Aquatic → Freshwater → River → Unclassified → Freshwater0.68%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine0.68%
Sackhole BrineEnvironmental → Aquatic → Marine → Coastal → Unclassified → Sackhole Brine0.68%
Marine HarborEnvironmental → Aquatic → Marine → Harbor → Unclassified → Marine Harbor0.68%
SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Sediment0.68%
Fracking WaterEnvironmental → Terrestrial → Deep Subsurface → Unclassified → Unclassified → Fracking Water0.68%

Visualization
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Associated Samples

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

Taxon OIDSample NameHabitat TypeIMG/M Link
3300005581Freshwater lentic microbial communities from great Laurentian Lakes, MI, USA - Great Lakes metaG ER78MSRFEnvironmentalOpen in IMG/M
3300005582Freshwater lentic microbial communities from great Laurentian Lakes, MI, USA - Great Lakes metaG ER15MSRFEnvironmentalOpen 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
3300006033Freshwater microbial communities in response to fracking from Pennsylvania, USA - Allegheny Zone_MetaG_DW_15EnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006868Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_>0.8_DNAEnvironmentalOpen in IMG/M
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
3300006875Aqueous 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_0.19_N_>0.8_DNAEnvironmentalOpen 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
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
3300007540Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007541Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaGEnvironmentalOpen in IMG/M
3300007542Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaGEnvironmentalOpen in IMG/M
3300007640Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28EnvironmentalOpen in IMG/M
3300007960Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaGEnvironmentalOpen in IMG/M
3300008012Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300008267Freshwater microbial communities from Harmful Algal Blooms in Lake Erie, Western Basin, USA - Station WLE12, sample HABS-E2014-0024-100-LTREnvironmentalOpen in IMG/M
3300008450Freshwater viral communities during cyanobacterial harmful algal blooms (CHABs) in Western Lake Erie, USA - Oct 27, 2014 all contigsEnvironmentalOpen 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
3300009159Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_140212_EF_MetaGEnvironmentalOpen in IMG/M
3300009180Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_140625_EF_MetaGEnvironmentalOpen in IMG/M
3300010296Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.8_DNAEnvironmentalOpen in IMG/M
3300010300Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.2_DNAEnvironmentalOpen in IMG/M
3300010318Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_DNAEnvironmentalOpen in IMG/M
3300010368Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_DNAEnvironmentalOpen in IMG/M
3300013129 (restricted)Sediment microbial communities from Lake Kivu, Rwanda - Sediment site 10cmEnvironmentalOpen in IMG/M
3300013138 (restricted)Freshwater microbial communities from Kabuno Bay, South-Kivu, Congo ? kab_022012_12mEnvironmentalOpen in IMG/M
3300017700Freshwater viral communities from Lake Michigan, USA - Sp13.VD.MM110.D.DEnvironmentalOpen in IMG/M
3300017778Freshwater viral communities from Lake Michigan, USA - Su13.VD.MM110.S.DEnvironmentalOpen in IMG/M
3300017958Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405AT 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
3300017967Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017969Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071407BT 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
3300018421Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT 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
3300019783Freshwater viral communities from Lake Michigan, USA - Sp13.ND.MM110.S.NEnvironmentalOpen in IMG/M
3300020054Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071413BT metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020189Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071401CT metaG (spades assembly)EnvironmentalOpen in IMG/M
3300021957Estuarine water microbial communities from San Francisco Bay, California, United States - C33_18DEnvironmentalOpen in IMG/M
3300021958Estuarine water microbial communities from San Francisco Bay, California, United States - C33_27DEnvironmentalOpen in IMG/M
3300021959Estuarine water microbial communities from San Francisco Bay, California, United States - C33_13DEnvironmentalOpen in IMG/M
3300022053Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaG (v2)EnvironmentalOpen in IMG/M
3300022057Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v2)EnvironmentalOpen in IMG/M
3300022069Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v2)EnvironmentalOpen in IMG/M
3300022158Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v3)EnvironmentalOpen in IMG/M
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
3300022167Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (v2)EnvironmentalOpen in IMG/M
3300022176Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v2)EnvironmentalOpen in IMG/M
3300022183Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (v3)EnvironmentalOpen in IMG/M
3300022198Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300022200Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300022914Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071402CT metaGEnvironmentalOpen in IMG/M
3300022935Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405AT metaGEnvironmentalOpen in IMG/M
3300022937Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071404AT metaGEnvironmentalOpen in IMG/M
3300023081Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071406AT 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
3300023172Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071403BT metaGEnvironmentalOpen in IMG/M
3300023180Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaGEnvironmentalOpen in IMG/M
3300025132Marine viral communities from the Pacific Ocean - ETNP_2_60 (SPAdes)EnvironmentalOpen in IMG/M
3300025543Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025630Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025646Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025647Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025655Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025687Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
3300025771Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
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
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
3300025848Aqueous 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_0.19_N_<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
3300027467Freshwater microbial communities from Altamaha River, Georgia, United States - Atl_Atl_RepB_8hEnvironmentalOpen in IMG/M
3300027659Freshwater lentic microbial communities from great Laurentian Lakes, MI, USA - Great Lakes metaG ER78MSRF (SPAdes)EnvironmentalOpen in IMG/M
3300027888Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR-2-30_32 (SPAdes)EnvironmentalOpen in IMG/M
3300027901Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR-1-36_30 (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
3300028569 (restricted)Freshwater microbial communities from meromictic Lake La Cruz, Castile-La Mancha, Spain - LaCruzMarch2017_8mEnvironmentalOpen in IMG/M
3300029293Marine harbor viral communities from the Indian Ocean - SCH2EnvironmentalOpen in IMG/M
3300031519Sea-ice brine microbial communities from Beaufort Sea near Barrow, Alaska, United States - SB 0.2EnvironmentalOpen in IMG/M
3300031539Soil microbial communities from Risofladan, Vaasa, Finland - UN-3EnvironmentalOpen in IMG/M
3300031565Soil microbial communities from Risofladan, Vaasa, Finland - UN-2EnvironmentalOpen in IMG/M
3300031578Soil microbial communities from Risofladan, Vaasa, Finland - TR-2EnvironmentalOpen in IMG/M
3300031669Soil microbial communities from Risofladan, Vaasa, Finland - TR-1EnvironmentalOpen in IMG/M
3300031673Soil microbial communities from Risofladan, Vaasa, Finland - TR-3EnvironmentalOpen in IMG/M
3300031834Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G12_0EnvironmentalOpen in IMG/M
3300031873Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G15_0EnvironmentalOpen in IMG/M
3300032050Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 2 MA122EnvironmentalOpen in IMG/M
3300032053Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G09_16EnvironmentalOpen in IMG/M
3300032118Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G05_15EnvironmentalOpen in IMG/M
3300032143Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G13_0EnvironmentalOpen in IMG/M
3300032342Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G10_0EnvironmentalOpen in IMG/M
3300032401Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G03_0EnvironmentalOpen in IMG/M
3300033978Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME28Sep2014-rr0002EnvironmentalOpen in IMG/M
3300034073Fracking water microbial communities from deep shales in Oklahoma, United States - MC-6-XLEnvironmentalOpen in IMG/M
3300034104Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME02Aug2005-rr0120EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

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

Protein ID Sample Taxon ID Habitat Sequence
Ga0049081_1003209853300005581Freshwater LenticMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGANIPDNQNYDPFKTPNSNNPYEYDPDLGAFVGNG
Ga0049081_1019139013300005581Freshwater LenticMVYTPFTNWKYDKNLYHRVQSGPQRTNDDLNLTDTYAVVGSGYTYPGGTQQTWFGVNYQGADFGLVPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSIAGRTVQTALSPEPGLRN
Ga0049081_1020362323300005581Freshwater LenticMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLVVSSGYVTPLGFTQTWYGVDDQGADFGRIPVGPPNLSGYFTTEWKAVPPAVSGYWTNYQNTLPHASGLLDTYVGFRAQGLYSTANATVQTALGPRPGLRNFGTHTWYGE
Ga0049080_1000778513300005582Freshwater LenticMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASIPDNQNYDPFKTPNSNNPYEYDSDLGAFVGNGITGGPGSF
Ga0075462_1017900813300006027AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRA
Ga0075012_1039609023300006033WatershedsMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYLTVSSGYVPPSGVQQTWYGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAYGPQPGLRNFGTHTWYGEQIPDNQNYSPFQTPSSNDNTLD
Ga0070749_1044730723300006802AqueousMVYAPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYLVVSSGYVPPSGVQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYQNTQPHASGLLDSYVGFRAQGIYTNANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQNYSPFQTPSSND
Ga0070754_1005625633300006810AqueousMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPDNQNYSPFQTPSNNT
Ga0070754_1031819813300006810AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLNLRNTYVVVSSGYVYPSGVQQTWTGINLQGADFGRIPVGPPNSSGYLNTEWRAVPAAVSGYWTDYTNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDNQNYAPFQTPSNNTDIEGGITGGPGSFER
Ga0070754_1040072813300006810AqueousMVYTPQTNWKYDKNLYHSIQSGPQRTGDDLNLTDTYLTSSSGYVTPSGISQTWFGVNDEGVDFGLIPVGPPNLSGYFTTDWRAVTPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFKTPSSNDNTIDGGGITGGGVTNPTLRAPRLTN
Ga0075481_1016574513300006868AqueousMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPD
Ga0075481_1025534413300006868AqueousVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGL
Ga0075475_1033375713300006874AqueousMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAY
Ga0075475_1046582213300006874AqueousNLDLTDTYSTVSSGYVTPSGISQTWYGVIDEGTDFGRVPVGPPNLSGYFTSEWRAVPPAVSGYWNDFNDTYLGFSPYLIGDNIYPSLLDIYEGFRAQSLISTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFKTPSSNDNTVDGGGITGGAVTHPTVKS
Ga0075473_1012683533300006875AqueousMAYIPQSNWKYDNSLYHHIQSGPQRTGDDLDLRDTYVVVSSGYVPPSGVQQTWYGVNDVGADFGRIALGPPNISGYFSTEWRAVPPAVSGYWTNYENTQIHASGLLDSYVGYRAQGLYSTANATVQTAFGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTP
Ga0070746_1008333813300006919AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYSTVSSGYVTPSGISQTWYGVIDEGTDFGRVPVGPPNLSGYFTSEWRAVPPAVSGYWNDFNDTYLGFSPYLIGDNIYPSLLDIYEGFRAQSLISTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQL
Ga0070746_1019970433300006919AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLNLRNTYVVVSSGYVYPSGVQQTWTGVNLQGADFGRIPVGPPNSSGYLNTEWRAVPAAVSGYWTDYTNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDN
Ga0075460_1014829523300007234AqueousVVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGIIDEGADFGRVPVGPPNTSGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGP
Ga0070753_110943413300007346AqueousVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSID
Ga0070753_126232823300007346AqueousMVYTPQTNWKYDKNLYHSIQSGPQRTGDDLNLTDTYLTSSSGYVTPSGISQTWFGVNDEGVDFGLIPVGPPNLSGYFTTDWRAVTPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWY
Ga0070753_131876913300007346AqueousQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNY
Ga0099851_121687513300007538AqueousMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPDNQNYSPFQTPSNNTSTEGGITGGPGSFERVRTPILTNPTNDTSG
Ga0099851_133281213300007538AqueousNLRYIGGEKLVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSI
Ga0099849_133183713300007539AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGSIPVGPPNISGFLNTEWRFVPPAVSGYWNDYNNSYIAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERV
Ga0099849_135006413300007539AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYVTVSSGYVTPSGISQTWFGVLDEGADFGRIPVGPPNLSGYFTTEWRAVPPAISGYWTNYENVNPHGSGVLDSYLGFRAQGLYSTANATVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSN
Ga0099847_103821833300007540AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPVVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGP
Ga0099848_130555613300007541AqueousMVYTPQTNWKYDDNLYHSIQSGPQRTGDDLNLRDTYLTISSGYVTPSGVSQTWYGVLDEGVDFGKIPVGPPNISGYFTTEWRAVPPAVSGYWTEYQNTNPHASGLLDSYVGFRAQGLYNTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPF
Ga0099846_115321813300007542AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYVTVSSGYVTPSGISQTWFGVLDEGADFGRIPVGPPNLSGYFTTEWRAVPPAISGYWTNYENVNPHGSGVLDSYLGFRAQGLYSTANATVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGI
Ga0099846_124621413300007542AqueousMTYSPQTNWKYDKSLYHPIQSGPQRTGDNLNITNTYLVVSSGYVYPSGVQQTWTGVNLEGADFGRIPVGPPNISGFLNTEWRAVPPAVSGYWTQYQNTNPHASGLLDSYVGFRAQGLYSVAGRSVQTALGPQPGLRTFGTYTWFGAAVPDNQGYAPFDTPFSNQ
Ga0099846_134093013300007542AqueousDLRDTYLTISSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNVSGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVAHPTLRSPTLTNPTNDTTGSRA
Ga0070751_104105843300007640AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQS
Ga0099850_132924013300007960AqueousMVYTPQTNWKYDNSLYHSIQSGPQRTGDDLDLRDTYLTISSGYVTPSGLSQTWNGVLDEGADFGRIPVGPPNISGYFTTDWRAVPPAASGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYTPFQTPKSNDNTLDGGGITVGGVTHP
Ga0075480_1009096613300008012AqueousMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPDNQNYSPFQTPSNNTSTEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYP
Ga0114364_113952123300008267Freshwater, PlanktonMVYTPQTNWKYDKNLYHPIQSGPQRTGDSLNLTNTYLTVSSGYVTSLGVQQTWYGVNDEGADFGRIPVGPPNISGYFTTEWRAVPPAISGYWTNYENTYPHASGLLDSYVGFRAQGLYSTANATVQTAYGPQPGLRNFGTHTWYGEQVPDNQLYS
Ga0114880_100991413300008450Freshwater LakeMVYAPQTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYITPLGVQQTWLGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTALGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAW
Ga0118687_1002397313300009124SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGDDQNLIDNYLTVSSGYVPPSDIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRVASPSLTNPTNDTSGSRAAWVYHH
Ga0114978_1035248423300009159Freshwater LakeMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQP
Ga0114979_1033588123300009180Freshwater LakeMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASVPDNQIL
Ga0129348_103153313300010296Freshwater To Marine Saline GradientMVYTPQTNWRYDNNLYHPIQSGPQRTGNNLNLTDTYLTISSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSNVQTAFGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPALTNPTNDTSGSRAAW
Ga0129351_130641413300010300Freshwater To Marine Saline GradientMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYRTVSSGYVTPSGINQTWYGVLDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWNNFNNTYLGFVPLFVGDTEYPGLLDIYDGFRAQSLTSTSNATVQTALGPQPGLRDFGAYTWFGPAVPDNQNYTPFNT
Ga0136656_116062213300010318Freshwater To Marine Saline GradientMVFTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPDNQNYSPFQTPSNNTSTEGGITG
Ga0136656_119411413300010318Freshwater To Marine Saline GradientMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVNDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYGTANSTVQTALGPQPG
Ga0129324_1020838223300010368Freshwater To Marine Saline GradientMVYTPQTNWKYDKNLYHSIQSGPQRTGNDLNLIDTYLTVSSGYVPPSGAQQTWLGVNDEGADFGQIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGV
Ga0129324_1042160613300010368Freshwater To Marine Saline GradientRYDNNLYHPIQSGPQRTGNNLNLTDTYLTISSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSNVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTH
(restricted) Ga0172364_1100929013300013129SedimentFTNWRYDKNLYHRVQSGPQRTSDDLNLTDTYAVVGSGYTYPSGTQQTWFGVNYQGADFGLIPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPGLRNFGVYTWFGAGIPDNQNYAPFKTPSSNEPYRYDEDTG
(restricted) Ga0172371_1045606913300013138FreshwaterMVYTPFTNWRYDKNLYHRVQSGPQRTSDDLNFTDTYAVVGSGYTYPSGTQQTWFGVNYQGADFGLIPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPG
Ga0181339_101255913300017700Freshwater LakeVTYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGSYTWFGLP
Ga0181349_129217223300017778Freshwater LakeMVYTPFTNWKYDKNLYHRVQSGPQRTNDDLNLTDTYAVVGSGYTYPGGTQQTWFGVNYQGADFGLVPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSIAGRTVQTALSPEP
Ga0181582_1053232323300017958Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDNQNYAPFQTPS
Ga0181581_1031945733300017962Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTP
Ga0181590_1047964413300017967Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAW
Ga0181585_1041099423300017969Salt MarshVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYP
Ga0181585_1041836713300017969Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPML
Ga0181579_1042213423300018039Salt MarshVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVP
Ga0181592_1015159113300018421Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVNLQGADFGRIPVGPPNISGYLNTEWKAVPAALSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGG
Ga0181592_1049849013300018421Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRATYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGSNVP
Ga0181592_1097493913300018421Salt MarshLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSR
Ga0181591_1020055413300018424Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYVAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRN
Ga0181361_12143913300019783Freshwater LakeVTYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRNVQTALGPQPGLRDFGAYTWFGAGVPDNQAYS
Ga0181594_1037066023300020054Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQP
Ga0181578_1045492413300020189Salt MarshEFEDFSGLGKHRTLSFLNIVRRVNLRYIGGEKFVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQ
Ga0222717_1069886513300021957Estuarine WaterMVYIPTTNWKYDKSLYHAIQSGPQRTGDNLDRTDTYLTFSSGYVMPNGVQQTYESVSSEGADFGVIRVGPPNISGYFNTEWRAVPPAISGYWTNYDNVNPHASGLLDSYVGFRAQGLYKTANSTVQTAIGPQPGLRNFGSFTWY
Ga0222718_1023023513300021958Estuarine WaterVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWIYHYPVYCKT
Ga0222716_1043648613300021959Estuarine WaterMVYTPQSNWKYDKNLYHPIQSGPQRTGNDQNLTDTYLTISSGYIPPSNIQQTWNGVLDQGADFGRIPVGPPNLSGYFSTEWKAITPAPSGYWTNYENVNPRASGLLTSYEGYRQQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNTNASDGGGITGGAVAQPRIAAPALTNPTNDQSGSRAAWVYHYPVYCQT
Ga0212030_105761913300022053AqueousYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPDNQNYSPFQTPSNNTSTEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSTAP
Ga0212025_108565913300022057AqueousPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWV
Ga0212026_107289813300022069AqueousDTMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPDNQNYSPFQTPSNNTSTEGGIT
Ga0196897_103052713300022158AqueousMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPDNQN
Ga0196893_101208723300022159AqueousMTYNAQTNWKYDRNLYHKIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNAYPHASGLITIYDGYRQQGLFSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYSPFQTPSDNTSSTGGITGGPG
Ga0212020_107239413300022167AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERV
Ga0212031_105666113300022176AqueousMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVISSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQT
Ga0212031_108580913300022176AqueousRNLYHKIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNAYPHASGLITIYDGYRQQGLFSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYSPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTN
Ga0196891_107946623300022183AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQP
Ga0196905_110856113300022198AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSR
Ga0196905_113334623300022198AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTNTYLTISSGYVTPSGISQTWYGIIDEGIDFGKVPVGPPNLSGYFTTDWRAVPPAISGYWTDYQNVLPHSSGLLDTYAGFRAQGLYSVANATVQTAYGPRPGLRNFGTHIWYGEQIPDN
Ga0196901_106370813300022200AqueousMVYTPQTNWKYDNSLYHSIQSGPQRTGDDLDLRDTYLTISSGYVTPSGLSQTWNGVLDEGADFGRIPVGPPNISGYFTTDWRAVPPAASGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYTPFQTPKSNDNTLDGGGITGGGVTHPTLRSPTLTNPTNDTTGSRAAWVYHY
Ga0196901_113711023300022200AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSND
Ga0255767_122749713300022914Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDT
Ga0255780_1038888813300022935Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVNLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPT
Ga0255770_1026429323300022937Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGA
Ga0255770_1026957723300022937Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGA
Ga0255764_1042816613300023081Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVILSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGSVPD
Ga0255751_1023049233300023116Salt MarshVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQ
Ga0255751_1031585113300023116Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVILSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGSVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSD
Ga0255761_1045875923300023170Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGSN
Ga0255766_1017849513300023172Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFG
Ga0255768_1023458113300023180Salt MarshMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLVVSSGYVYPSGVQQTWTGVNLQGADFGRIPVGPPNSSGYLNTEWRAVPSAVSGYWTDYTNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDNQNYAPFQ
Ga0255768_1031210523300023180Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVILSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGSVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPM
Ga0255768_1041774423300023180Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITG
Ga0209232_110242713300025132MarineMTYTPQSNWKYDKNLYHPIQSGPQRTGNDQDLTDTYATISSGYVTPSGVKTTWEGVIDQGADFGRIPVGPPNLSGYFSTEWKAVTPAPSGYWTNYENVYPHASGLLTSYQGYRQQGLYSTANARVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPRSNTNA
Ga0208303_105425713300025543AqueousMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWY
Ga0208004_109590013300025630AqueousVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPSVAS
Ga0208161_1003840123300025646AqueousMVYTPQTNWKYDNSIYHPIQSGPQRTGDDLDLRDTYLTISSGYVPPVGVQQTWVGVIDEGADFGRVPVGPPNISGYFNTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTSNATVQTALGPQPGLRNFGTHTWYGEQIP
Ga0208160_106794423300025647AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPG
Ga0208160_111040923300025647AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVNDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANANVQTAFGPQPGL
Ga0208160_115972613300025647AqueousDTYVVISSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVE
Ga0208795_101403313300025655AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYC
Ga0208795_104655043300025655AqueousMVYTPQTNWKYDNSIYHPIQSGPQRTGDDLDLRDTYLTISSGYVPPVGVQQTWVGVIDEGADFGRVPVGPPNISGYFNTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTSNATVQTALGPQPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPTLTNPTNDTSGSRTA
Ga0208795_117729113300025655AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYG
Ga0208162_1001423183300025674AqueousMVYTPQTNWRYDNNLYHPIQSGPQRTGNNLNLTDTYLTISSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANANVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYS
Ga0208019_119000713300025687AqueousMVYTPQTNWKYDNSLYHSIQSGPQRTGDDLDLRDTYLTISSGYVTPSGLSQTWNGVLDEGADFGRIPVGPPNISGYFTTDWRAVPPAASGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYTPFQTPKSNDNTLDGG
Ga0208899_1001181313300025759AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFG
Ga0208767_119655013300025769AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLTDTYLTISSGYVTPSGVSQTWNGVIDQGADFGRIPVGPPNASGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGG
Ga0208767_123879323300025769AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYSTVSSGYVTPSGISQTWYGVIDEGTDFGRVPVGPPNLSGYFTSEWRAVPPAVSGYWNDFNDTYLGFSPYLIGDNIYPSLLDIYEGFRAQSLISTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLY
Ga0208767_126322613300025769AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQ
Ga0208427_104405213300025771AqueousVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTND
Ga0208785_107004013300025815AqueousVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPV
Ga0208542_117037313300025818AqueousPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAV
Ga0208917_122104513300025840AqueousMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYT
Ga0208005_114747513300025848AqueousMAYIPQSNWKYDNSLYHHIQSGPQRTGDDLDLRDTYVVVSSGYVPPSGVQQTWYGVNDVGADFGRIALGPPNISGYFSTEWRAVPPAVSGYWTNYENTQIHASGLLDSYVGYRAQGLYSTANATVQTAFGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPSVASP
Ga0208645_101201513300025853AqueousVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGI
Ga0208645_113589323300025853AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYSTVSSGYVTPSGISQTWYGVIDEGTDFGRVPVGPPNLSGYFTSEWRAVPPAVSGYWNDFNDTYLGFSPYLIGDNIYPSLLDIYEGFRAQSLISTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFKTPSSNDNTV
Ga0208645_118970713300025853AqueousMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYP
Ga0208644_113045913300025889AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYP
Ga0255154_114080013300027467FreshwaterDLTDTYLVVSSGYVPPSGVQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYQNTQPHASGLLDSYVGFRAQGIYTNANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQVYSPFQTPSSNDNTIDGGGITGGGVTHPTVASPSLTNPTNDTSGSRA
Ga0208975_103137113300027659Freshwater LenticMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGANIPDNQNYDPFKTPNSNNPYEYDPDLGAFV
Ga0208975_111886723300027659Freshwater LenticMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLVVSSGYVTPLGFTQTWYGVDDQGADFGRIPVGPPNLSGYFTTEWKAVPPAVSGYWTNYQNTLPHASGLLDTYVGFRAQGLYSTANATVQTALGPRPGLRNFGTHTWYGEQIPDNQLYSP
Ga0209635_1040625213300027888Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTISSGYVTPSGISQTWNGVIDQGADFGRIPVGPPNASGYFTSDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRN
Ga0209635_1044309913300027888Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGTPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGS
Ga0209635_1113174513300027888Marine SedimentMVYTPQTNWKYDNSLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNVSGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQ
Ga0209635_1116494623300027888Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLRDTYLTISSGYVTPSGISQTWYGVSDEGADFGHIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGT
Ga0209427_1067604123300027901Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLRDTYLTISSGYVFTSDTQQTWFGVNDEGADFGRIPVGPPNISGFLTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGIAHPTVASPTLTNPTNDTSGS
Ga0209536_10155326313300027917Marine SedimentMVYTPQTNWKYDKDLYHSIQSGPQRTGDDLNLTDTYLTSSSGYVTPSGISQTWFGVNDEGVDFGLIPVGPPNLSGYFTTDWRAVTPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFKTPSSNDNTI
Ga0209536_10270066123300027917Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYSTVSSGYVTPSGISQTWYGVIDEGTDFGRVPVGPPNLSGYFTSEWRAVPPAVSGYWNDFNDTYLGFSPYLIGDNIYPSLLDIYEGFRAQSLISTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYS
(restricted) Ga0247843_119708013300028569FreshwaterMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVDLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWF
Ga0135211_100037043300029293Marine HarborMVYTPFTNWKYDKSLYHPVQSGPQRTGSDLNLTDTYLTFSSGYVTPSGISQTYEAVLDEGADFGRIPVGPPNISGYFDTEWRAVTPAVSGYWTNYENTLPHASGLLDSYVGFRAQGLYKTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNDNTIDGGGITGGGVSQPRVNAPALTNPTNDTTGSRAAWVY
Ga0307488_1058405513300031519Sackhole BrineMVYIPTTNWKYDKSLYHAIQSGPQRTGDNLNRTDTYLTFSSGYVMPNGVQQTYESVSSEGADFGVIRVGPPNISGYFNTEWRAVPPAISGYWTNYENVNPHASGLLDSYVGFRAQGLYRTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQIYSPFQTPRSNDNSSE
Ga0307380_1029396213300031539SoilMTYGVFTNWRYDKNLYHSIQSGPQRTGDNLNLRDTYLAVSSGYVMPGGGQQTFQGVNDEGADFGVIRLGPPNLSGYLTTDWRQVPPAVSGYWNNYESTNPTASGLLTSYQGYRRQGLYHVANATVQTAFGPEPGLKDIGPYTWFGAAVPDNQNYDPFQTPSSNTAEQGSTG
Ga0307379_1151622713300031565SoilRVQMTYGVFTNWRYDKNLYHSIQSGPQRTGDNLNLRDTYLTVSSGYVMPGGGQQTFQGVNDEGADFGVIRLGPPNLSGYLTTDWRQVPPAVSGYWNNYESTNPTASGLLTSYQGYRRQGLYHVANATVQTAFGPEPGLKDIGPYTWFGAAVPDNQNYDPFQTPSSNTAEQGSTGGPN
Ga0307376_1023998733300031578SoilMSYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVVSSGYVTPSGLKQTWYGVKDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGSVPDNQNYAPFQTPS
Ga0307376_1059129413300031578SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDRNLTDTYLTVSSGYVPPSGIQQTWFGVNDEGANFGRIPVGPPNISGYFTTDWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRIASPSL
Ga0307375_1045704913300031669SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDRNLTDTYLTVSSGYVPPSGIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTSYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRIASPSLTNPTNDTSGSRAAWVYHHPVYCQ
Ga0307375_1063051413300031669SoilMSYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVVSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGSVPDNQNYAPFQTPSDNTSSTGGITGGP
Ga0307377_1117972013300031673SoilSGPQRTADNLDVRDTYVVVSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGSVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTN
Ga0315290_1045322513300031834SedimentMTYGVLTNWRYDKNLYHSIQSGPQRTGDNLNLRDTYLAVSSGYVMPGGGQQTFQGVNDEGADFGVIRLGPPNLSGYLTTDWRQVPPAVSGYWNNYESTNPTASGLLTSYQGYRQQGLYHVANATVQTAFGPEPGLKDIGPYTWFGAAVPDNQNYDPFQTPSSNTA
Ga0315297_1065866413300031873SedimentVAYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRNVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFN
Ga0315906_1130356813300032050FreshwaterMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLDLTDTYLVVSSGYVTPLGFTQTWYGVNDQGADFGRIPVGPPNLSGYFTTEWKAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGLRNFGT
Ga0315284_1026344113300032053SedimentMYSSQTNWKYDKNLYHSIQSGPQHTADDLNLTNTYTLVSSAYVPSGLAQQSWYGVNDQGTDFGTIPKGPPNISGFLTTEWRAVPPAVSGYWTNYQNVLPHGSGVLDAYTGYRGQALYSVANATVQTAFGPQPGLRDIGAYTWFGAAVPDNQRYDPFQTPANNTAAE
Ga0315277_1091768223300032118SedimentMYSSQTNWKYDKNLYHSIQSGPQHTADDLNLTNTYTLVSSAYVPSGLAQQSWYGVNDQGTDFGTIPKGPPNISGFLTTEWRAVPPAVSGYWTNYQNVLPHGSGVLDAYTGYRGQALYSVANATVQTAFGPQPGLRDIGAYTWFGAAVPDNQRYDPFQ
Ga0315277_1168934813300032118SedimentNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGSTGGP
Ga0315292_1075324623300032143SedimentVAYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGSTGGP
Ga0315286_1015116533300032342SedimentMYSSQTNWKYDKNLYHSIQSGPQHTADDLNLTNTYTLVSSAYVPSGLAQQSWYGVNDQGTDFGTIPKGPPNISGFLTTEWRAVPPAVSRYWTNYQNVLPHGSGVLDAYTGYRGQALYSVANATVQTAFGPQPGLRDIGAYTWFGAAVPDNQRYDPFQTPANNTAAEGSTGGPNSYQRVKFPMLTNPTND
Ga0315286_1036325313300032342SedimentVAYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRNVQTALGPQPGLRDFGAYT
Ga0315275_1045955713300032401SedimentMTYGVLTNWRYDKNLYHSIQSGPQRTGDNLNLRDTYLAVSSGYVMPGGGQQTFQGVNDEGADFGVIRLGPPNLSGYLTTDWRQVPPAVSGYWNNYESTNPTASGLLTSYQGYRQQGLYHVANATVQTAFGPEPGLKDIGPYTWFGAAVPDNQNYDPFQTPSSNTAEQGSTGGP
Ga0334977_0383188_95_6583300033978FreshwaterMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTNTYLTISSGYVTPSGINQTWYGVLDEGADFGLIPVGPPNLSGYFTTDWKAVPPAPSGYWTNYENVLPHSSGLLDTYVGFRAQGLYRVANATVQTAYGPRPGLRNFGTHIWYGEQIPDNQNYDPFKTPSSNDSSLDGGGITGGGVTHPATRSPTLT
Ga0310130_0094332_3_4973300034073Fracking WaterMVYTPQTNWKYDNNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVNDEGADFGRIPVGPPNVSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDN
Ga0335031_0185375_3_5513300034104FreshwaterMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTNTYLTISSGYVTPSGINQTWYGVLDEGADFGLIPVGPPNLSGYFTTDWKAVPPAPSGYWTNYENVLPHSSGLLDTYVGFRAQGLYRVANATVQTAYGPRPGLRNFGTHIWYGEQIPDNQNYDPFKTPSSNDSSLDGGGITGGGVTHPATR

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