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 F010682

Metagenome Family F010682

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F010682
Family Type Metagenome
Number of Sequences 300
Average Sequence Length 258 residues
Representative Sequence MVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSNVQTAFGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPALTNPTNDTSGSRAAWVYHYPIHCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Number of Associated Samples 158
Number of Associated Scaffolds 300

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Bacteria
% of genes with valid RBS motifs 60.13 %
% of genes near scaffold ends (potentially truncated) 42.33 %
% of genes from short scaffolds (< 2000 bps) 55.33 %
Associated GOLD sequencing projects 130
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 (97.000 % of family members)
NCBI Taxonomy ID 2
Taxonomy All Organisms → cellular organisms → Bacteria

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(40.000 % of family members)
Environment Ontology (ENVO) Unclassified
(49.333 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(64.333 % of family members)


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Multiple Sequence Alignments

Select alignment to view:      

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 1.02%    β-sheet: 21.36%    Coil/Unstructured: 77.63%
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
Powered by PDBe Molstar

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 300 Family Scaffolds
PF12836HHH_3 6.00
PF04724Glyco_transf_17 3.33
PF11753DUF3310 2.00
PF03161LAGLIDADG_2 1.67
PF13578Methyltransf_24 1.33
PF14528LAGLIDADG_3 1.00
PF00210Ferritin 1.00
PF03237Terminase_6N 0.67
PF00534Glycos_transf_1 0.67
PF03692CxxCxxCC 0.67
PF08706D5_N 0.33
PF13392HNH_3 0.33


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms98.00 %
UnclassifiedrootN/A2.00 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000116|DelMOSpr2010_c10001536All Organisms → cellular organisms → Bacteria14003Open in IMG/M
3300000116|DelMOSpr2010_c10007990All Organisms → cellular organisms → Bacteria5659Open in IMG/M
3300001460|JGI24003J15210_10000040All Organisms → cellular organisms → Bacteria46091Open in IMG/M
3300001934|GOS2267_102151All Organisms → cellular organisms → Bacteria808Open in IMG/M
3300002053|SMTZ23_10068868All Organisms → cellular organisms → Bacteria5799Open in IMG/M
3300005239|Ga0073579_1188925All Organisms → cellular organisms → Bacteria46653Open in IMG/M
3300005512|Ga0074648_1014184All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria4925Open in IMG/M
3300005582|Ga0049080_10012654All Organisms → cellular organisms → Bacteria2931Open in IMG/M
3300005611|Ga0074647_1018771All Organisms → cellular organisms → Bacteria1123Open in IMG/M
3300005613|Ga0074649_1042203All Organisms → cellular organisms → Bacteria2091Open in IMG/M
3300005805|Ga0079957_1008641All Organisms → cellular organisms → Bacteria7870Open in IMG/M
3300006025|Ga0075474_10009072All Organisms → cellular organisms → Bacteria3850Open in IMG/M
3300006025|Ga0075474_10034182All Organisms → cellular organisms → Bacteria1776Open in IMG/M
3300006025|Ga0075474_10043462All Organisms → cellular organisms → Bacteria1539Open in IMG/M
3300006030|Ga0075470_10050558All Organisms → cellular organisms → Bacteria1274Open in IMG/M
3300006637|Ga0075461_10004658All Organisms → cellular organisms → Bacteria4526Open in IMG/M
3300006637|Ga0075461_10013423All Organisms → cellular organisms → Bacteria2705Open in IMG/M
3300006637|Ga0075461_10059432All Organisms → cellular organisms → Bacteria1232Open in IMG/M
3300006637|Ga0075461_10074547All Organisms → cellular organisms → Bacteria1082Open in IMG/M
3300006637|Ga0075461_10081850All Organisms → cellular organisms → Bacteria1025Open in IMG/M
3300006639|Ga0079301_1124732All Organisms → cellular organisms → Bacteria774Open in IMG/M
3300006734|Ga0098073_1003629All Organisms → cellular organisms → Bacteria3438Open in IMG/M
3300006734|Ga0098073_1006503All Organisms → cellular organisms → Bacteria2264Open in IMG/M
3300006790|Ga0098074_1078091All Organisms → cellular organisms → Bacteria896Open in IMG/M
3300006793|Ga0098055_1000753All Organisms → cellular organisms → Bacteria18720Open in IMG/M
3300006802|Ga0070749_10029116All Organisms → cellular organisms → Bacteria3459Open in IMG/M
3300006802|Ga0070749_10042352All Organisms → cellular organisms → Bacteria2797Open in IMG/M
3300006802|Ga0070749_10055713All Organisms → cellular organisms → Bacteria2396Open in IMG/M
3300006802|Ga0070749_10055978All Organisms → cellular organisms → Bacteria2390Open in IMG/M
3300006802|Ga0070749_10061255All Organisms → cellular organisms → Bacteria2270Open in IMG/M
3300006802|Ga0070749_10067303All Organisms → cellular organisms → Bacteria2152Open in IMG/M
3300006802|Ga0070749_10079468All Organisms → Viruses → Predicted Viral1960Open in IMG/M
3300006802|Ga0070749_10084724All Organisms → cellular organisms → Bacteria1889Open in IMG/M
3300006802|Ga0070749_10129905All Organisms → cellular organisms → Bacteria1476Open in IMG/M
3300006802|Ga0070749_10139378All Organisms → cellular organisms → Bacteria1416Open in IMG/M
3300006802|Ga0070749_10177813All Organisms → cellular organisms → Bacteria1227Open in IMG/M
3300006802|Ga0070749_10259033All Organisms → cellular organisms → Bacteria983Open in IMG/M
3300006802|Ga0070749_10295049All Organisms → cellular organisms → Bacteria910Open in IMG/M
3300006802|Ga0070749_10398263All Organisms → cellular organisms → Bacteria760Open in IMG/M
3300006810|Ga0070754_10126204All Organisms → cellular organisms → Bacteria1242Open in IMG/M
3300006867|Ga0075476_10158180All Organisms → cellular organisms → Bacteria843Open in IMG/M
3300006869|Ga0075477_10065150All Organisms → cellular organisms → Bacteria1603Open in IMG/M
3300006869|Ga0075477_10066073All Organisms → cellular organisms → Bacteria1590Open in IMG/M
3300006869|Ga0075477_10202241All Organisms → cellular organisms → Bacteria813Open in IMG/M
3300006874|Ga0075475_10057998All Organisms → cellular organisms → Bacteria1810Open in IMG/M
3300006916|Ga0070750_10040251All Organisms → cellular organisms → Bacteria2296Open in IMG/M
3300006916|Ga0070750_10110856All Organisms → cellular organisms → Bacteria1265Open in IMG/M
3300006916|Ga0070750_10323523All Organisms → cellular organisms → Bacteria655Open in IMG/M
3300006919|Ga0070746_10025418All Organisms → cellular organisms → Bacteria3223Open in IMG/M
3300006919|Ga0070746_10080903All Organisms → cellular organisms → Bacteria1642Open in IMG/M
3300006919|Ga0070746_10116336All Organisms → cellular organisms → Bacteria1324Open in IMG/M
3300007234|Ga0075460_10026506All Organisms → cellular organisms → Bacteria2258Open in IMG/M
3300007234|Ga0075460_10077676All Organisms → cellular organisms → Bacteria1214Open in IMG/M
3300007234|Ga0075460_10094675All Organisms → cellular organisms → Bacteria1078Open in IMG/M
3300007344|Ga0070745_1088615All Organisms → cellular organisms → Bacteria1221Open in IMG/M
3300007344|Ga0070745_1149022All Organisms → cellular organisms → Bacteria887Open in IMG/M
3300007345|Ga0070752_1015173All Organisms → cellular organisms → Bacteria4005Open in IMG/M
3300007346|Ga0070753_1026836All Organisms → cellular organisms → Bacteria2498Open in IMG/M
3300007346|Ga0070753_1033316All Organisms → cellular organisms → Bacteria2193Open in IMG/M
3300007346|Ga0070753_1040981All Organisms → cellular organisms → Bacteria1944Open in IMG/M
3300007538|Ga0099851_1019524All Organisms → cellular organisms → Bacteria2739Open in IMG/M
3300007538|Ga0099851_1047577All Organisms → cellular organisms → Bacteria1688Open in IMG/M
3300007538|Ga0099851_1050306All Organisms → cellular organisms → Bacteria1637Open in IMG/M
3300007538|Ga0099851_1057444All Organisms → cellular organisms → Bacteria1522Open in IMG/M
3300007538|Ga0099851_1144214All Organisms → cellular organisms → Bacteria890Open in IMG/M
3300007538|Ga0099851_1148853All Organisms → cellular organisms → Bacteria872Open in IMG/M
3300007538|Ga0099851_1159919All Organisms → cellular organisms → Bacteria835Open in IMG/M
3300007539|Ga0099849_1025949All Organisms → cellular organisms → Bacteria2527Open in IMG/M
3300007539|Ga0099849_1030686All Organisms → cellular organisms → Bacteria2301Open in IMG/M
3300007539|Ga0099849_1118990All Organisms → Viruses → Predicted Viral1040Open in IMG/M
3300007539|Ga0099849_1129597All Organisms → cellular organisms → Bacteria987Open in IMG/M
3300007539|Ga0099849_1156906All Organisms → cellular organisms → Bacteria877Open in IMG/M
3300007539|Ga0099849_1221572All Organisms → cellular organisms → Bacteria704Open in IMG/M
3300007540|Ga0099847_1010718All Organisms → cellular organisms → Bacteria3033Open in IMG/M
3300007540|Ga0099847_1034700All Organisms → cellular organisms → Bacteria1613Open in IMG/M
3300007541|Ga0099848_1020060All Organisms → cellular organisms → Bacteria2858Open in IMG/M
3300007541|Ga0099848_1036753All Organisms → cellular organisms → Bacteria2019Open in IMG/M
3300007541|Ga0099848_1038335All Organisms → cellular organisms → Bacteria1970Open in IMG/M
3300007541|Ga0099848_1063408All Organisms → cellular organisms → Bacteria1465Open in IMG/M
3300007541|Ga0099848_1065594All Organisms → cellular organisms → Bacteria1436Open in IMG/M
3300007541|Ga0099848_1114241All Organisms → cellular organisms → Bacteria1025Open in IMG/M
3300007542|Ga0099846_1047220All Organisms → cellular organisms → Bacteria1638Open in IMG/M
3300007542|Ga0099846_1057373All Organisms → cellular organisms → Bacteria1469Open in IMG/M
3300007542|Ga0099846_1066716All Organisms → cellular organisms → Bacteria1348Open in IMG/M
3300007542|Ga0099846_1184601All Organisms → cellular organisms → Bacteria741Open in IMG/M
3300007640|Ga0070751_1046392All Organisms → cellular organisms → Bacteria1922Open in IMG/M
3300007734|Ga0104986_1915All Organisms → cellular organisms → Bacteria45731Open in IMG/M
3300007900|Ga0111031_1135188All Organisms → cellular organisms → Bacteria1100Open in IMG/M
3300007960|Ga0099850_1066022All Organisms → cellular organisms → Bacteria1522Open in IMG/M
3300007960|Ga0099850_1205016All Organisms → cellular organisms → Bacteria775Open in IMG/M
3300007960|Ga0099850_1224034All Organisms → cellular organisms → Bacteria732Open in IMG/M
3300007960|Ga0099850_1231708All Organisms → cellular organisms → Bacteria717Open in IMG/M
3300008107|Ga0114340_1001783All Organisms → cellular organisms → Bacteria13070Open in IMG/M
3300008116|Ga0114350_1001508All Organisms → cellular organisms → Bacteria24404Open in IMG/M
3300008120|Ga0114355_1054918Not Available1786Open in IMG/M
3300008266|Ga0114363_1027518All Organisms → cellular organisms → Bacteria2434Open in IMG/M
3300008266|Ga0114363_1037500Not Available2001Open in IMG/M
3300008266|Ga0114363_1083160All Organisms → cellular organisms → Bacteria1188Open in IMG/M
3300009155|Ga0114968_10000084All Organisms → cellular organisms → Bacteria75177Open in IMG/M
3300009433|Ga0115545_1085116All Organisms → cellular organisms → Bacteria1161Open in IMG/M
3300009509|Ga0123573_10041930All Organisms → cellular organisms → Bacteria4943Open in IMG/M
3300009509|Ga0123573_10476738All Organisms → cellular organisms → Bacteria1189Open in IMG/M
3300010297|Ga0129345_1046385All Organisms → cellular organisms → Bacteria1670Open in IMG/M
3300010297|Ga0129345_1082588All Organisms → cellular organisms → Bacteria1202Open in IMG/M
3300010299|Ga0129342_1015190All Organisms → cellular organisms → Bacteria3196Open in IMG/M
3300010299|Ga0129342_1016194All Organisms → cellular organisms → Bacteria3083Open in IMG/M
3300010299|Ga0129342_1019987All Organisms → cellular organisms → Bacteria2744Open in IMG/M
3300010300|Ga0129351_1019662All Organisms → cellular organisms → Bacteria2800Open in IMG/M
3300010318|Ga0136656_1154052All Organisms → cellular organisms → Bacteria785Open in IMG/M
3300010354|Ga0129333_10021570All Organisms → cellular organisms → Bacteria6114Open in IMG/M
3300010354|Ga0129333_10197437All Organisms → cellular organisms → Bacteria1831Open in IMG/M
3300010354|Ga0129333_10314063All Organisms → cellular organisms → Bacteria1400Open in IMG/M
3300010368|Ga0129324_10051233All Organisms → cellular organisms → Bacteria1887Open in IMG/M
3300010368|Ga0129324_10243615All Organisms → cellular organisms → Bacteria719Open in IMG/M
3300010389|Ga0136549_10016268All Organisms → cellular organisms → Bacteria4663Open in IMG/M
3300010389|Ga0136549_10042791All Organisms → cellular organisms → Bacteria2411Open in IMG/M
3300010392|Ga0118731_102212124All Organisms → cellular organisms → Bacteria1622Open in IMG/M
3300010412|Ga0136852_11114910All Organisms → cellular organisms → Bacteria750Open in IMG/M
3300011010|Ga0139557_1040332All Organisms → cellular organisms → Bacteria808Open in IMG/M
3300011335|Ga0153698_1399All Organisms → cellular organisms → Bacteria18464Open in IMG/M
3300012012|Ga0153799_1014077All Organisms → cellular organisms → Bacteria1696Open in IMG/M
3300013087|Ga0163212_1044443All Organisms → cellular organisms → Bacteria1508Open in IMG/M
(restricted) 3300013126|Ga0172367_10000371All Organisms → cellular organisms → Bacteria68863Open in IMG/M
(restricted) 3300013131|Ga0172373_10001071All Organisms → cellular organisms → Bacteria44504Open in IMG/M
(restricted) 3300013132|Ga0172372_10001134All Organisms → cellular organisms → Bacteria41318Open in IMG/M
(restricted) 3300013133|Ga0172362_10233051All Organisms → cellular organisms → Bacteria1325Open in IMG/M
3300013372|Ga0177922_10286817All Organisms → cellular organisms → Bacteria3747Open in IMG/M
3300013372|Ga0177922_11087821All Organisms → cellular organisms → Bacteria1840Open in IMG/M
(restricted) 3300014720|Ga0172376_10001271All Organisms → cellular organisms → Bacteria32729Open in IMG/M
3300014819|Ga0119954_1000429All Organisms → cellular organisms → Bacteria14935Open in IMG/M
3300015050|Ga0181338_1004904All Organisms → cellular organisms → Bacteria2273Open in IMG/M
3300015050|Ga0181338_1024455All Organisms → cellular organisms → Bacteria934Open in IMG/M
3300015050|Ga0181338_1030624All Organisms → cellular organisms → Bacteria819Open in IMG/M
3300017697|Ga0180120_10247976All Organisms → cellular organisms → Bacteria724Open in IMG/M
3300017697|Ga0180120_10282360All Organisms → cellular organisms → Bacteria668Open in IMG/M
3300017716|Ga0181350_1103336All Organisms → cellular organisms → Bacteria698Open in IMG/M
3300017761|Ga0181356_1023005All Organisms → cellular organisms → Bacteria2273Open in IMG/M
3300017777|Ga0181357_1141360All Organisms → cellular organisms → Bacteria892Open in IMG/M
3300017788|Ga0169931_10004347All Organisms → cellular organisms → Bacteria22072Open in IMG/M
3300017949|Ga0181584_10077960All Organisms → cellular organisms → Bacteria2292Open in IMG/M
3300017949|Ga0181584_10359685All Organisms → cellular organisms → Bacteria919Open in IMG/M
3300017951|Ga0181577_10036962All Organisms → cellular organisms → Bacteria3516Open in IMG/M
3300017952|Ga0181583_10203425All Organisms → cellular organisms → Bacteria1298Open in IMG/M
3300017952|Ga0181583_10348173All Organisms → cellular organisms → Bacteria932Open in IMG/M
3300017956|Ga0181580_10066288All Organisms → cellular organisms → Bacteria2698Open in IMG/M
3300017956|Ga0181580_10081600All Organisms → cellular organisms → Bacteria2396Open in IMG/M
3300017958|Ga0181582_10079937All Organisms → cellular organisms → Bacteria2397Open in IMG/M
3300017958|Ga0181582_10211053All Organisms → cellular organisms → Bacteria1316Open in IMG/M
3300017962|Ga0181581_10115579All Organisms → cellular organisms → Bacteria1835Open in IMG/M
3300017967|Ga0181590_10059862All Organisms → cellular organisms → Bacteria3028Open in IMG/M
3300017967|Ga0181590_10086206All Organisms → cellular organisms → Bacteria2467Open in IMG/M
3300017967|Ga0181590_10134151All Organisms → cellular organisms → Bacteria1907Open in IMG/M
3300017967|Ga0181590_10345212All Organisms → cellular organisms → Bacteria1070Open in IMG/M
3300017967|Ga0181590_10348224All Organisms → cellular organisms → Bacteria1064Open in IMG/M
3300017968|Ga0181587_10189179All Organisms → cellular organisms → Bacteria1431Open in IMG/M
3300017968|Ga0181587_10691855All Organisms → cellular organisms → Bacteria644Open in IMG/M
3300017969|Ga0181585_10214013All Organisms → cellular organisms → Bacteria1375Open in IMG/M
3300018039|Ga0181579_10030370All Organisms → cellular organisms → Bacteria3721Open in IMG/M
3300018039|Ga0181579_10081027All Organisms → cellular organisms → Bacteria2075Open in IMG/M
3300018421|Ga0181592_10077909All Organisms → cellular organisms → Bacteria2604Open in IMG/M
3300018421|Ga0181592_10118447All Organisms → cellular organisms → Bacteria2044Open in IMG/M
3300018421|Ga0181592_10202991All Organisms → cellular organisms → Bacteria1481Open in IMG/M
3300018421|Ga0181592_10291935All Organisms → cellular organisms → Bacteria1183Open in IMG/M
3300018421|Ga0181592_10527968All Organisms → cellular organisms → Bacteria811Open in IMG/M
3300018424|Ga0181591_10111424All Organisms → cellular organisms → Bacteria2228Open in IMG/M
3300018424|Ga0181591_10219244All Organisms → cellular organisms → Bacteria1487Open in IMG/M
3300018424|Ga0181591_10295034All Organisms → cellular organisms → Bacteria1238Open in IMG/M
3300019784|Ga0181359_1093066All Organisms → cellular organisms → Bacteria1115Open in IMG/M
3300020054|Ga0181594_10023672All Organisms → cellular organisms → Bacteria4577Open in IMG/M
3300020054|Ga0181594_10227171All Organisms → cellular organisms → Bacteria906Open in IMG/M
3300020168|Ga0181588_10155106All Organisms → cellular organisms → Bacteria1107Open in IMG/M
3300020172|Ga0211729_10106255All Organisms → cellular organisms → Bacteria31769Open in IMG/M
3300020183|Ga0194115_10009759All Organisms → cellular organisms → Bacteria9036Open in IMG/M
3300020189|Ga0181578_10301718All Organisms → cellular organisms → Bacteria739Open in IMG/M
3300021379|Ga0213864_10003928All Organisms → cellular organisms → Bacteria6528Open in IMG/M
3300021958|Ga0222718_10000640All Organisms → cellular organisms → Bacteria35761Open in IMG/M
3300021958|Ga0222718_10011616All Organisms → cellular organisms → Bacteria6497Open in IMG/M
3300021961|Ga0222714_10004377All Organisms → cellular organisms → Bacteria13868Open in IMG/M
3300021962|Ga0222713_10087502All Organisms → cellular organisms → Bacteria2261Open in IMG/M
3300021963|Ga0222712_10002635All Organisms → cellular organisms → Bacteria20276Open in IMG/M
3300021963|Ga0222712_10024740All Organisms → cellular organisms → Bacteria4882Open in IMG/M
3300021964|Ga0222719_10105795All Organisms → cellular organisms → Bacteria2050Open in IMG/M
3300021964|Ga0222719_10303159All Organisms → cellular organisms → Bacteria1035Open in IMG/M
3300021964|Ga0222719_10365791All Organisms → cellular organisms → Bacteria910Open in IMG/M
3300022057|Ga0212025_1013678All Organisms → cellular organisms → Bacteria1251Open in IMG/M
3300022158|Ga0196897_1009480All Organisms → cellular organisms → Bacteria1210Open in IMG/M
3300022167|Ga0212020_1036728All Organisms → cellular organisms → Bacteria826Open in IMG/M
3300022173|Ga0181337_1009408All Organisms → cellular organisms → Bacteria1272Open in IMG/M
3300022176|Ga0212031_1006245All Organisms → cellular organisms → Bacteria1548Open in IMG/M
3300022183|Ga0196891_1022466All Organisms → cellular organisms → Bacteria1201Open in IMG/M
3300022187|Ga0196899_1013329Not Available3184Open in IMG/M
3300022187|Ga0196899_1030183All Organisms → cellular organisms → Bacteria1908Open in IMG/M
3300022190|Ga0181354_1002991All Organisms → cellular organisms → Bacteria4113Open in IMG/M
3300022190|Ga0181354_1098668All Organisms → cellular organisms → Bacteria953Open in IMG/M
3300022198|Ga0196905_1013628All Organisms → cellular organisms → Bacteria2640Open in IMG/M
3300022198|Ga0196905_1015810All Organisms → cellular organisms → Bacteria2423Open in IMG/M
3300022200|Ga0196901_1022646All Organisms → cellular organisms → Bacteria2517Open in IMG/M
3300022200|Ga0196901_1037872All Organisms → cellular organisms → Bacteria1853Open in IMG/M
3300022200|Ga0196901_1049987All Organisms → cellular organisms → Bacteria1564Open in IMG/M
3300022200|Ga0196901_1057475All Organisms → cellular organisms → Bacteria1436Open in IMG/M
3300022200|Ga0196901_1061596All Organisms → cellular organisms → Bacteria1377Open in IMG/M
3300022200|Ga0196901_1105435All Organisms → cellular organisms → Bacteria979Open in IMG/M
3300022200|Ga0196901_1117103All Organisms → cellular organisms → Bacteria914Open in IMG/M
3300022200|Ga0196901_1138838All Organisms → cellular organisms → Bacteria818Open in IMG/M
3300022407|Ga0181351_1007563All Organisms → cellular organisms → Bacteria4293Open in IMG/M
3300022935|Ga0255780_10104437All Organisms → cellular organisms → Bacteria1651Open in IMG/M
3300023116|Ga0255751_10095871All Organisms → cellular organisms → Bacteria1860Open in IMG/M
3300023180|Ga0255768_10139628All Organisms → cellular organisms → Bacteria1551Open in IMG/M
3300023180|Ga0255768_10257811All Organisms → Viruses → Predicted Viral1006Open in IMG/M
3300024503|Ga0255152_1042641All Organisms → cellular organisms → Bacteria820Open in IMG/M
3300025057|Ga0208018_107618All Organisms → cellular organisms → Bacteria1631Open in IMG/M
3300025057|Ga0208018_108238All Organisms → cellular organisms → Bacteria1538Open in IMG/M
3300025084|Ga0208298_1000106All Organisms → cellular organisms → Bacteria36442Open in IMG/M
3300025120|Ga0209535_1000042All Organisms → cellular organisms → Bacteria68126Open in IMG/M
3300025151|Ga0209645_1028772All Organisms → cellular organisms → Bacteria2056Open in IMG/M
3300025283|Ga0208048_1045933All Organisms → cellular organisms → Bacteria1080Open in IMG/M
3300025543|Ga0208303_1011700All Organisms → cellular organisms → Bacteria2689Open in IMG/M
3300025630|Ga0208004_1019791All Organisms → cellular organisms → Bacteria2108Open in IMG/M
3300025630|Ga0208004_1048062All Organisms → cellular organisms → Bacteria1162Open in IMG/M
3300025630|Ga0208004_1059428All Organisms → cellular organisms → Bacteria1002Open in IMG/M
3300025630|Ga0208004_1092049All Organisms → cellular organisms → Bacteria731Open in IMG/M
3300025646|Ga0208161_1008328All Organisms → cellular organisms → Bacteria4486Open in IMG/M
3300025671|Ga0208898_1001661All Organisms → cellular organisms → Bacteria14387Open in IMG/M
3300025671|Ga0208898_1015725All Organisms → cellular organisms → Bacteria3546Open in IMG/M
3300025671|Ga0208898_1025096All Organisms → cellular organisms → Bacteria2540Open in IMG/M
3300025671|Ga0208898_1055640All Organisms → cellular organisms → Bacteria1404Open in IMG/M
3300025671|Ga0208898_1068947All Organisms → cellular organisms → Bacteria1186Open in IMG/M
3300025674|Ga0208162_1037457All Organisms → cellular organisms → Bacteria1719Open in IMG/M
3300025674|Ga0208162_1071375All Organisms → cellular organisms → Bacteria1098Open in IMG/M
3300025687|Ga0208019_1000882All Organisms → cellular organisms → Bacteria16326Open in IMG/M
3300025687|Ga0208019_1019770All Organisms → cellular organisms → Bacteria2661Open in IMG/M
3300025687|Ga0208019_1029300All Organisms → cellular organisms → Bacteria2069Open in IMG/M
3300025687|Ga0208019_1057548All Organisms → cellular organisms → Bacteria1318Open in IMG/M
3300025759|Ga0208899_1060925All Organisms → cellular organisms → Bacteria1563Open in IMG/M
3300025759|Ga0208899_1106032All Organisms → cellular organisms → Bacteria1039Open in IMG/M
3300025769|Ga0208767_1187918All Organisms → cellular organisms → Bacteria708Open in IMG/M
3300025818|Ga0208542_1051708All Organisms → cellular organisms → Bacteria1276Open in IMG/M
3300025853|Ga0208645_1131617All Organisms → cellular organisms → Bacteria981Open in IMG/M
3300025872|Ga0208783_10067324All Organisms → cellular organisms → Bacteria1610Open in IMG/M
3300025889|Ga0208644_1025400All Organisms → cellular organisms → Bacteria3649Open in IMG/M
3300025889|Ga0208644_1029738All Organisms → cellular organisms → Bacteria3289Open in IMG/M
3300025889|Ga0208644_1186673All Organisms → cellular organisms → Bacteria913Open in IMG/M
3300027608|Ga0208974_1001312All Organisms → cellular organisms → Bacteria9779Open in IMG/M
3300027608|Ga0208974_1032202All Organisms → cellular organisms → Bacteria1576Open in IMG/M
(restricted) 3300027728|Ga0247836_1001766All Organisms → cellular organisms → Bacteria33354Open in IMG/M
3300027759|Ga0209296_1000728All Organisms → cellular organisms → Bacteria28078Open in IMG/M
3300027814|Ga0209742_10054179All Organisms → cellular organisms → Bacteria1313Open in IMG/M
3300027851|Ga0209066_10090022All Organisms → cellular organisms → Bacteria2064Open in IMG/M
3300027901|Ga0209427_10092757All Organisms → cellular organisms → Bacteria2718Open in IMG/M
3300027901|Ga0209427_10136795All Organisms → cellular organisms → Bacteria2126Open in IMG/M
3300027901|Ga0209427_10548213All Organisms → cellular organisms → Bacteria862Open in IMG/M
3300027917|Ga0209536_100201346All Organisms → cellular organisms → Bacteria2500Open in IMG/M
3300027917|Ga0209536_100218441All Organisms → cellular organisms → Bacteria2392Open in IMG/M
3300027917|Ga0209536_100429647All Organisms → cellular organisms → Bacteria1650Open in IMG/M
3300027917|Ga0209536_100569960All Organisms → cellular organisms → Bacteria1411Open in IMG/M
3300027917|Ga0209536_100652835All Organisms → cellular organisms → Bacteria1308Open in IMG/M
3300027917|Ga0209536_101006628All Organisms → cellular organisms → Bacteria1027Open in IMG/M
3300027917|Ga0209536_102082171All Organisms → cellular organisms → Bacteria679Open in IMG/M
(restricted) 3300028569|Ga0247843_1003162All Organisms → cellular organisms → Bacteria27733Open in IMG/M
(restricted) 3300028569|Ga0247843_1015213All Organisms → cellular organisms → Bacteria7061Open in IMG/M
(restricted) 3300028571|Ga0247844_1010815All Organisms → cellular organisms → Bacteria9085Open in IMG/M
3300029306|Ga0135212_1000746All Organisms → cellular organisms → Bacteria1577Open in IMG/M
3300031539|Ga0307380_10004108All Organisms → cellular organisms → Bacteria19800Open in IMG/M
3300031539|Ga0307380_10030389All Organisms → cellular organisms → Bacteria6253Open in IMG/M
3300031539|Ga0307380_10096416All Organisms → cellular organisms → Bacteria3062Open in IMG/M
3300031539|Ga0307380_10126242All Organisms → cellular organisms → Bacteria2584Open in IMG/M
3300031565|Ga0307379_10225267All Organisms → cellular organisms → Bacteria1899Open in IMG/M
3300031565|Ga0307379_10571889All Organisms → cellular organisms → Bacteria1041Open in IMG/M
3300031565|Ga0307379_10723825All Organisms → cellular organisms → Bacteria889Open in IMG/M
3300031578|Ga0307376_10081009All Organisms → cellular organisms → Bacteria2305Open in IMG/M
3300031578|Ga0307376_10118540All Organisms → cellular organisms → Bacteria1850Open in IMG/M
3300031669|Ga0307375_10123053All Organisms → cellular organisms → Bacteria1832Open in IMG/M
3300031673|Ga0307377_10141202All Organisms → cellular organisms → Bacteria1914Open in IMG/M
3300031673|Ga0307377_10500800All Organisms → cellular organisms → Bacteria884Open in IMG/M
3300031673|Ga0307377_10799727All Organisms → cellular organisms → Bacteria652Open in IMG/M
3300031707|Ga0315291_10003497All Organisms → cellular organisms → Bacteria20271Open in IMG/M
3300031707|Ga0315291_10057364All Organisms → cellular organisms → Bacteria4354Open in IMG/M
3300031746|Ga0315293_10020922All Organisms → cellular organisms → Bacteria5858Open in IMG/M
3300031758|Ga0315907_10002422All Organisms → cellular organisms → Bacteria23487Open in IMG/M
3300031758|Ga0315907_10911177All Organisms → cellular organisms → Bacteria644Open in IMG/M
3300031772|Ga0315288_10003091All Organisms → cellular organisms → Bacteria21264Open in IMG/M
3300031772|Ga0315288_10110113All Organisms → cellular organisms → Bacteria3131Open in IMG/M
3300031857|Ga0315909_10093461Not Available2615Open in IMG/M
3300031857|Ga0315909_10140646Not Available2006Open in IMG/M
3300031857|Ga0315909_10281919All Organisms → cellular organisms → Bacteria1254Open in IMG/M
3300031857|Ga0315909_10383946All Organisms → cellular organisms → Bacteria1013Open in IMG/M
3300031951|Ga0315904_10967453All Organisms → cellular organisms → Bacteria679Open in IMG/M
3300031952|Ga0315294_10005116All Organisms → cellular organisms → Bacteria14381Open in IMG/M
3300031952|Ga0315294_10138876All Organisms → cellular organisms → Bacteria2478Open in IMG/M
3300031963|Ga0315901_10002388All Organisms → cellular organisms → Bacteria25795Open in IMG/M
3300032050|Ga0315906_10004490All Organisms → cellular organisms → Bacteria17938Open in IMG/M
3300032053|Ga0315284_10063050All Organisms → cellular organisms → Bacteria5055Open in IMG/M
3300032093|Ga0315902_10288139All Organisms → cellular organisms → Bacteria1565Open in IMG/M
3300032116|Ga0315903_10089219Not Available2980Open in IMG/M
3300033742|Ga0314858_019496All Organisms → cellular organisms → Bacteria1477Open in IMG/M
3300034012|Ga0334986_0001129All Organisms → cellular organisms → Bacteria23264Open in IMG/M
3300034061|Ga0334987_0011606All Organisms → cellular organisms → Bacteria8174Open in IMG/M
3300034374|Ga0348335_004567All Organisms → cellular organisms → Bacteria8777Open in IMG/M
3300034374|Ga0348335_028275All Organisms → cellular organisms → Bacteria2521Open in IMG/M
3300034375|Ga0348336_115414All Organisms → cellular organisms → Bacteria872Open 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).


 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous40.00%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh12.00%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient4.67%
FreshwaterEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater4.33%
SoilEnvironmental → Terrestrial → Soil → Clay → Unclassified → Soil4.33%
Freshwater LakeEnvironmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater Lake3.67%
FreshwaterEnvironmental → Aquatic → Freshwater → Unclassified → Unclassified → Freshwater3.67%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment3.67%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine3.33%
SedimentEnvironmental → Aquatic → Freshwater → Lake → Sediment → Sediment3.00%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water3.00%
Freshwater, PlanktonEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater, Plankton2.00%
FreshwaterEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater2.00%
Freshwater LenticEnvironmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater Lentic1.00%
Mangrove SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Mangrove Sediment1.00%
Freshwater LakeEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake0.67%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine0.67%
Marine Methane Seep SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Marine Methane Seep Sediment0.67%
Freshwater LakeEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake0.33%
LakeEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Lake0.33%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater0.33%
WatershedsEnvironmental → Aquatic → Freshwater → Groundwater → Unclassified → Watersheds0.33%
FreshwaterEnvironmental → Aquatic → Freshwater → River → Unclassified → Freshwater0.33%
FreshwaterEnvironmental → Aquatic → Freshwater → Ice → Unclassified → Freshwater0.33%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine0.33%
MarineEnvironmental → Aquatic → Marine → Coastal → Sediment → Marine0.33%
Marine SedimentEnvironmental → Aquatic → Marine → Coastal → Sediment → Marine Sediment0.33%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater0.33%
Sea-Ice BrineEnvironmental → Aquatic → Marine → Coastal → Unclassified → Sea-Ice Brine0.33%
MarineEnvironmental → Aquatic → Marine → Intertidal Zone → Unclassified → Marine0.33%
Marine SedimentEnvironmental → Aquatic → Marine → Intertidal Zone → Sediment → Marine Sediment0.33%
Pelagic MarineEnvironmental → Aquatic → Marine → Pelagic → Unclassified → Pelagic Marine0.33%
Marine HarborEnvironmental → Aquatic → Marine → Harbor → Unclassified → Marine Harbor0.33%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Saline Water And Sediment0.33%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Sediment → Saline Water And Sediment0.33%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Epilimnion → Saline Water And Sediment0.33%
Deep SubsurfaceEnvironmental → Terrestrial → Deep Subsurface → Unclassified → Unclassified → Deep Subsurface0.33%

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
3300000116Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010EnvironmentalOpen in IMG/M
3300001460Marine viral communities from the Pacific Ocean - LP-28EnvironmentalOpen in IMG/M
3300001934Estuary microbial communities from Chesapeake Bay, Maryland, USA - MOVE858EnvironmentalOpen in IMG/M
3300002053Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR_SMTZEnvironmentalOpen in IMG/M
3300005239Environmental Genome Shotgun Sequencing: Ocean Microbial Populations from the Gulf of MaineEnvironmentalOpen in IMG/M
3300005512Saline surface water microbial communities from Etoliko Lagoon, Greece - halocline_waterEnvironmentalOpen in IMG/M
3300005582Freshwater lentic microbial communities from great Laurentian Lakes, MI, USA - Great Lakes metaG ER15MSRFEnvironmentalOpen in IMG/M
3300005611Saline surface water microbial communities from Etoliko Lagoon, GreeceEnvironmentalOpen in IMG/M
3300005613Saline sediment microbial communities from Etoliko Lagoon, Greece - sedimentEnvironmentalOpen in IMG/M
3300005805Microbial and algae communities from Cheney Reservoir in Wichita, Kansas, USAEnvironmentalOpen in IMG/M
3300006025Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006030Aqueous 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_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006639Deep subsurface shale carbon reservoir microbial communities from Ohio, USA - Utica-2 Time Series FC 2014_7_11EnvironmentalOpen in IMG/M
3300006734Marine viral communities from the Gulf of Mexico - 31_GoM_OMZ_CsCl metaGEnvironmentalOpen in IMG/M
3300006790Marine viral communities from the Gulf of Mexico - 32_GoM_OMZ_CsCl metaGEnvironmentalOpen in IMG/M
3300006793Marine viral communities from the Subarctic Pacific Ocean - 17_ETSP_OMZ_AT15314 metaGEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300006869Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006874Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006916Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24EnvironmentalOpen in IMG/M
3300006919Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21EnvironmentalOpen in IMG/M
3300007234Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNAEnvironmentalOpen in IMG/M
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007345Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
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
3300007734Freshwater viral communities from Lake Soyang, Gangwon-do, South Korea - SYL_2015JanEnvironmentalOpen in IMG/M
3300007900Marine sediment microbial communities from Aarhus Bay station M5, Denmark - 25 cmbsf. Combined Assembly of MM1PM1EnvironmentalOpen in IMG/M
3300007960Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaGEnvironmentalOpen in IMG/M
3300008107Freshwater microbial communities from Harmful Algal Blooms in Lake Erie, Western Basin, USA - Station WLE2, Sample E2014-0046-3-NAEnvironmentalOpen in IMG/M
3300008116Freshwater microbial communities from Harmful Algal Blooms in Lake Erie, Western Basin, USA - Station WLE2, Sample E2014-0106-3-NAEnvironmentalOpen in IMG/M
3300008120Freshwater microbial communities from Harmful Algal Blooms in Lake Erie, Western Basin, USA - Station WLE12, Sample E2014-0108-3-NAEnvironmentalOpen in IMG/M
3300008266Freshwater microbial communities from Harmful Algal Blooms in Lake Erie, Western Basin, USA - Station WLE12, Sample HABS-E2014-0108-C-NAEnvironmentalOpen in IMG/M
3300009155Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_130807_EF_MetaGEnvironmentalOpen in IMG/M
3300009433Pelagic marine microbial communities from North Sea - COGITO_mtgs_100330EnvironmentalOpen in IMG/M
3300009509Mangrove sediment microbial communities from Mai Po Nature Reserve Marshes in Hong Kong, China - Maipo_11EnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
3300010299Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_DNAEnvironmentalOpen in IMG/M
3300010300Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.2_DNAEnvironmentalOpen in IMG/M
3300010318Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_DNAEnvironmentalOpen in IMG/M
3300010354Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_0.6_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
3300010389Marine sediment microbial communities from methane seeps within Baltimore Canyon, US Atlantic Margin - Baltimore Canyon MUC-11 12-14 cmbsfEnvironmentalOpen in IMG/M
3300010392Coastal sediment microbial communities from Rhode Island, USA. Combined Assembly of Gp0121717, Gp0123912, Gp0123935, Gp0139423, Gp0139424, Gp0139388, Gp0139387, Gp0139386, Gp0139385EnvironmentalOpen in IMG/M
3300010412Mangrove sediment microbial communities from Mai Po Nature Reserve Marshes in Hong Kong, China - Maipo_10EnvironmentalOpen in IMG/M
3300011010Freshwater microbial communities from Western Basin Lake Erie, Ontario, Canada - Station 970 - Surface IceEnvironmentalOpen in IMG/M
3300011335Lotic viral community from Han River, Hwacheon, Gangwon-do, South Korea - GumanEnvironmentalOpen in IMG/M
3300012012Freshwater microbial communities from Eastern Basin Lake Erie, Ontario, Canada - Station 879 - Top - Depth 1mEnvironmentalOpen in IMG/M
3300013087Freshwater microbial communities from Lake Malawi, Central Region, Malawi to study Microbial Dark Matter (Phase II) - Malawi_45m_30LEnvironmentalOpen in IMG/M
3300013126 (restricted)Freshwater microbial communities from Kabuno Bay, South-Kivu, Congo ? kab_022012_10mEnvironmentalOpen in IMG/M
3300013131 (restricted)Freshwater microbial communities from Kabuno Bay, South-Kivu, Congo ? kab_092012_10mEnvironmentalOpen in IMG/M
3300013132 (restricted)Freshwater microbial communities from Kabuno Bay, South-Kivu, Congo ? kab_092012_9.5mEnvironmentalOpen in IMG/M
3300013133 (restricted)Sediment microbial communities from Lake Kivu, Rwanda - Sediment s1_kivu2a2EnvironmentalOpen in IMG/M
3300013372Freshwater microbial communities from Lake Erie, Ontario, Canada. Combined Assembly of 10 SPsEnvironmentalOpen in IMG/M
3300014720 (restricted)Freshwater microbial communities from Kabuno Bay, South-Kivu, Congo ? kab_092012_35mEnvironmentalOpen in IMG/M
3300014819Freshwater microbial communities from Lake Lanier in Georgia, USA - LL_1011AEnvironmentalOpen in IMG/M
3300015050Freshwater viral communities from Lake Michigan, USA - Sp13.VD.MM110.S.DEnvironmentalOpen in IMG/M
3300017697Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.2_DNA (version 2)EnvironmentalOpen in IMG/M
3300017716Freshwater viral communities from Lake Michigan, USA - Su13.VD.MM110.DCM.DEnvironmentalOpen in IMG/M
3300017761Freshwater viral communities from Lake Michigan, USA - Fa13.VD.MM110.S.NEnvironmentalOpen in IMG/M
3300017777Freshwater viral communities from Lake Michigan, USA - Fa13.VD.MM110.D.NEnvironmentalOpen in IMG/M
3300017788Freshwater microbial communities from Lake Kivu, Western Province, Rwanda to study Microbial Dark Matter (Phase II) - Kivu_15m_20LEnvironmentalOpen in IMG/M
3300017949Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071406AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017951Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017952Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405CT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017956Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071403BT metaG (megahit assembly)EnvironmentalOpen 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
3300017968Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071409AT 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
3300019784Freshwater viral communities from Lake Michigan, USA - Fa13.VD.MM15.S.DEnvironmentalOpen in IMG/M
3300020054Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071413BT metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020168Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071409BT metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020172Freshwater lake microbial communities from Lake Erken, Sweden - P4710_102 megahit1EnvironmentalOpen in IMG/M
3300020183Freshwater microbial communities from Lake Tanganyika, Tanzania - TA2015002 Mahale S4 surfaceEnvironmentalOpen in IMG/M
3300020189Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071401CT 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
3300021961Estuarine water microbial communities from San Francisco Bay, California, United States - C33_3DEnvironmentalOpen in IMG/M
3300021962Estuarine water microbial communities from San Francisco Bay, California, United States - C33_649DEnvironmentalOpen in IMG/M
3300021963Estuarine water microbial communities from San Francisco Bay, California, United States - C33_657DEnvironmentalOpen 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
3300022158Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v3)EnvironmentalOpen in IMG/M
3300022167Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (v2)EnvironmentalOpen in IMG/M
3300022173Freshwater viral communities from Lake Michigan, USA - Sp13.VD.MM15.D.DEnvironmentalOpen 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
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
3300022190Freshwater viral communities from Lake Michigan, USA - Fa13.VD.MM15.S.NEnvironmentalOpen 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
3300022407Freshwater viral communities from Lake Michigan, USA - Su13.VD.MM15.S.DEnvironmentalOpen in IMG/M
3300022935Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405AT 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
3300024503Freshwater microbial communities from Altamaha River, Georgia, United States - Atl_Yuk_RepC_8hEnvironmentalOpen in IMG/M
3300025057Marine viral communities from the Gulf of Mexico - 31_GoM_OMZ_CsCl metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025084Marine viral communities from the Subarctic Pacific Ocean - 14B_ETSP_OMZ_AT15311_CsCl metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025120Marine viral communities from the Pacific Ocean - LP-28 (SPAdes)EnvironmentalOpen in IMG/M
3300025151Marine viral communities from the Pacific Ocean - ETNP_6_30 (SPAdes)EnvironmentalOpen in IMG/M
3300025283Freshwater microbial communities from Lake Malawi, Central Region, Malawi to study Microbial Dark Matter (Phase II) - Malawi_45m_30L (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
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025687Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
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
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
3300025872Aqueous 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_D_>0.8_DNA (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
3300027608Freshwater lentic microbial communities from great Laurentian Lakes, MI, USA - Great Lakes metaG ER15MSRF (SPAdes)EnvironmentalOpen in IMG/M
3300027728 (restricted)Freshwater microbial communities from meromictic Lake La Cruz, Castile-La Mancha, Spain - LaCruzMarch2015_14mEnvironmentalOpen in IMG/M
3300027759Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_130206_EF_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027814Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR-3-8_10 (SPAdes)EnvironmentalOpen in IMG/M
3300027851Freshwater microbial communities in response to fracking from Pennsylvania, USA - Allegheny Zone_MetaG_DW_15 (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
3300028571 (restricted)Freshwater microbial communities from meromictic Lake La Cruz, Castile-La Mancha, Spain - LaCruzMarch201714.5m_1EnvironmentalOpen in IMG/M
3300029306Marine harbor viral communities from the Indian Ocean - SCH3EnvironmentalOpen 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
3300031707Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G12_20EnvironmentalOpen in IMG/M
3300031746Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G13_20EnvironmentalOpen in IMG/M
3300031758Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 12 MA123EnvironmentalOpen in IMG/M
3300031772Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G11_20EnvironmentalOpen in IMG/M
3300031857Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 2 MA125EnvironmentalOpen in IMG/M
3300031951Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 12 MA120EnvironmentalOpen in IMG/M
3300031952Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G13_40EnvironmentalOpen in IMG/M
3300031963Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 2 MA116EnvironmentalOpen 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
3300032093Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 12 MA117EnvironmentalOpen in IMG/M
3300032116Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 2 MA119EnvironmentalOpen in IMG/M
3300033742Sea-ice brine viral communities from Beaufort Sea near Barrow, Alaska, United States - 2018 seawaterEnvironmentalOpen in IMG/M
3300034012Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME18Aug2017-rr0027EnvironmentalOpen in IMG/M
3300034061Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME02Sep2004-rr0028EnvironmentalOpen 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

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
DelMOSpr2010_10001536163300000116MarineMVYAPQTNWKYDKNLYHPIQSGPQRTGDDLNLRDTYLTISSGYVFTSDTQQTWFGVDDEGADFGRIPVGPPNVSGFLTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTTYGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGIAHPTVASPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
DelMOSpr2010_1000799023300000116MarineMVYTPQSNWKYDKNLYHPIQSGPQRTGNDQNLTDTYLTISSGYIPPSNIQQTWNGVLDQGADFGRIPVGPPNLSGYFSTEWKAITPAPSGYWTNYENVNPRASGLLTSYEGYRQQGLYSTANSTVQTALGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNTNTSDGGGITGGAVAQPRIAAPALTNPTNDESGSRAAWVYHYPVYCQTFTESRYTGVPGQMGAPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPSVNSSNQKSV*
JGI24003J15210_10000040343300001460MarineMVYTPQSNWKYDKNLYHPIQSGPQRTGNDQNLTDTYLTISSGYIPPSNIQQTWNGVLDQGADFGRIPVGPPNLSGYFSTEWKAITPAPSGYWTNYENVNPRASGLLTSYEGYRQQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNTNTSDGGGITGGAVAQPRIAAPALTNPTNDQSGSRAAWVYHYPVYCQTFTESRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPSVNSSNQKSL*
GOS2267_10215113300001934MarineQTWNGVIDEGADFGRIPVGPPNTSGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRSFGTHTWYGEQVPENQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPVYCQSLTETRYSGVPGQMGAPTRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
SMTZ23_1006886823300002053Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGDDRNLIDTYLTVSSGYVPPSGIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRVASPSLTNPTNDTSGSRAAWVYHHPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGESVRNMVRTFSPGTKI*
Ga0073579_1188925283300005239MarineMVYTPQSNWKYDKNLYHPIQSGPQRTGNDQNLTDTYLTISSGYIPPSNIQQTWNGVLDQGADFGRIPVGPPNLSGYFSTEWKAITPAPSGYWTNYENVNPRASGLLTSYEGYRQQGLYSTANSTVQTALGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNTNTSDGGGITGGAVAQPRIAAPALTNPTNDQSGSRAAWVYHYPVYCQTFTESRYTGVPGQMGAPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPSVNSSNQKSV*
Ga0074648_101418473300005512Saline Water And SedimentMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVKDTYVTVSSGYVTPSGINQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGFWTNYNNSYAAGSGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPTDNTSSTGGITGGPNSYERVKTPMLTNPTNDTSGSRASWQYNYPVYCKTYVEAVRSEVPGSMSVVTRTSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKGI*
Ga0049080_1001265443300005582Freshwater LenticMVYTPFTNWKYDKNLYHRVQSGPQRTNDDLNLTDTYAVVGSGYTYPGGTQQTWFGVNYQGADFGLVPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSIAGRTVQTALSPEPGLRNFGVYTWFGAGVPDNQNYAPFKTPSSNSPYVYDENTGGFVGDGITGGPGSFQRVRYPSLTNPTNDTSGSRAAWVYNYPVYCQVFTEAVRSTVPGQMSVVTRTNYRHKSTRYVPNYGSIYGVLGEGVRNMIRRVGPSN*
Ga0074647_101877113300005611Saline Water And SedimentMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVKDTYVTVSSGYVTPSGINQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGFWTNYNNSYAAGSGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPTDNTSSTGGITGGPNSYERVKTPMLTNPTNDTSGSRASWQYNYPVYCKTYVEAVRSEVPGSMSVVTRTSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKGV*
Ga0074649_104220323300005613Saline Water And SedimentMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVKNTYVTISSGYVTPSGINQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGFWTDYNNSYAAGSGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPTDNTSSTGGITGGPNSYERVKTPMLTNPTNDTSGSRASWQYNYPVYCKTYVEAVRSEVPGSMSVVTRTSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKGI*
Ga0079957_100864183300005805LakeMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVISSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQNALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRTSYRGKSTRYVPNYGSVYGVLGEGIRNLVRTFSPGVNSSNQKSV*
Ga0075474_1000907233300006025AqueousMTYNAQTNWKYDRNLYHKIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNAYPHASGLITIYDGYRQQGLFSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYSPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNLVRTFSPGVNSSNQKSV*
Ga0075474_1003418213300006025AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSA
Ga0075474_1004346213300006025AqueousVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKST*
Ga0075470_1005055823300006030AqueousMAYIPQSNWKYDNSLYHHIQSGPQRTGDDLDLRDTYVVVSSGYVPPSGVQQTWYGVNDVGADFGRIALGPPNISGYFSTEWRAVPPAVSGYWTNYENTQIHASGLLDSYVGYRAQGLYSTANATVQTAFGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYASVYGVLGEGVRNLVRNYSPGTKI*
Ga0075461_1000465843300006637AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYSTVSSGYVTPSGISQTWYGVIDEGTDFGRVPVGPPNLSGYFTSEWRAVPPAVSGYWNDFNDTYLGFSPYLIGDNIYPSLLDIYEGFRAQSLISTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFKTPSSNDNTVDGGGITGGAVTHPTVKSPTLTNPTNDTTGSRAAWVYHYPIYCQSFTETRYSGVPGQMGAPTRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0075461_1001342333300006637AqueousVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKSI*
Ga0075461_1005943223300006637AqueousPLTNWKYDKNLYHPIQSGPQRTGDDLNLRNTYVVVSSGYVYPSGVQQTWTGVNLQGADFGRIPVGPPNSSGYLNTEWRAVPAAVSGYWTDYTNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDNQNYAPFQTPSNNTDIEGGITGGPGSFERVRTPMLTNPTNDTTGSRAAWEYNYPVYCRTYAEAVRSTAPGQMSSVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI*
Ga0075461_1007454723300006637AqueousTVSSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGVPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0075461_1008185013300006637AqueousMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRTSYRGKSTRYVPNYGSVYGVLGEGIRNLVRTFSPGVNSSNQKSV*
Ga0079301_112473213300006639Deep SubsurfaceLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASIPDNQNYDPFKTPNSNNPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRKVAG*
Ga0098073_100362913300006734MarineMVYTPQTNWKYDNSLYHPIQSGPQRTGDDLDLRDTYLTSSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNVSGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAFGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTRPTLRSPTLTNPTNDTTGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRSFSPGTKI*
Ga0098073_100650323300006734MarineMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLDLRNTYLTVSSGYVTPLGVQQTWLGVVDEGADFGRILVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTASGPEPGLRNFGTHIWYGEQIPDNQLYSPFQTPGSNDNTLDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPVYIQSFTETRYSGAPGQMGAPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0098074_107809123300006790MarineMTYTPQSNWKYDKNLYHPIQSGPQRTGDDQDLTDTYATISSGYVTPSGVKTTWDGVIDQGADFGRIPVGPPNLSGYFSTEWKAVTPAPSGYWTNYENVYPHASGLLTSYQGYRQQGLYSTANARVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPRSNTNASDGGGITGGAVSQPRVNAPALTNPTNDQSGSRAAWVYHYPVYCQTFTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYG
Ga0098055_1000753193300006793MarineMVYIPTSNWKYDKSLYHSIQSGPQRTGDNLDRTDTYLTFSSGYVMPNGVQQTYESVSSEGADFGVIRVGPPNISGYFNTEWKAVPPAISGYWTNYDNVNPHASGLLDSYVGFRAQGLYKTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQIYSPFQTPRSNDNSSEGGGITGGGITQPRLRAPALTNPTNDTTGSRAAWVYHYPIYCQSLVETRYSSAPGQMGSPTRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKGI*
Ga0070749_1002911633300006802AqueousVVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGIIDEGADFGRVPVGPPNTSGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDNQLYSPFKTPGSNDNTEDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPVYCQSLTETRYSGVPGQMGAPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1004235223300006802AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1005571343300006802AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGVPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1005597823300006802AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLNLRNTYVVVSSGYVYPSGVQQTWTGVNLQGADFGRIPVGPPNSSGYLNTEWRAVPAAVSGYWTDYTNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDNQNYAPFQTPSNNTDIEGGITGGPGSFERVRTPMLTNPTNDTTGSRAAWEYNYPVYCRTYAEAVRSTAPGQMSSVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1006125543300006802AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWNGVIDEGADFGRIPVGPPNTSGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRSFGTHTWYGEQVPENQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPVYCQSLTETRYSGVPGQMGAPTRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1006730333300006802AqueousMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPDNQNYSPFQTPSNNTSTEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSTAPGQMSSVTRFSYRGKSTRYVPNYGSTYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1007946843300006802AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYVTVSSGYVTPSGISQTWFGVLDEGADFGRIPVGPPNLSGYFTTEWRAVPPAISGYWTNYENVNPHGSGVLDSYLGFRAQGLYSTANATVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPRVRAPALTNPTNDTSGSRAAWVYHRPIYCQSFTETRYTGVPGQMGIPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1008472423300006802AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVIDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQSAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1012990523300006802AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLTDTYLTISSGYVTPSGISQTWNGVIDQGADFGRIPVGPPNASGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVSHPTNRAPTLTNPTNDTTGSRAAWVYHYPIHCQSFTETRYSGVPGQMGIPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1013937823300006802AqueousMVYTPQTNWKYDKSLYHPIQSGPQRTGDNLNLTDTYLTISSGYVTPLGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTSYENTQPHASGLLNIYEGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTTGGGGITGGGVSHPTLRSPTLTNPTNDTTGSRAAWVYHYPIYCQSFTETRYTGVPGQMGQPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1017781323300006802AqueousMVYTPQTNWKYDKNLYHSIQSGPQRTGDDLNLTDTYLTSSSGYVTPSGISQTWFGVNDEGVDFGLIPVGPPNLSGYFTTDWRAVTPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFKTPSSNDNTIDGGGITGGGVTNPTLRAPRLTNPSNDTTGSRAAWVYHNPIYCQAFTETRYTGVPGQMGQPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070749_1025903313300006802AqueousRRMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRTSYRGKSTRYVPNYGSVYGVLGEGIRNLVRTFSPGVNSSNQKSV*
Ga0070749_1029504913300006802AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSAVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV*
Ga0070749_1039826313300006802AqueousNLTDTYLTVSSGYVTPSGISQTWYGVINEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANANVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGITHPTVRSPALTNPTNDTSGSRAAWVYHYPIYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070754_1012620423300006810AqueousQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSAVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV*
Ga0075476_1015818013300006867AqueousKKGRRMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRTSYRGKSTRYVPNYGSVYGVLVDGIRNLVRTFSPGVNSSNQKSV*
Ga0075477_1006515043300006869AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMV
Ga0075477_1006607313300006869AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLTDTYLTISSGYVTPSGVSQTWNGVIDQGADFGRIPVGPPNASGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVSHPTNRAPTLTNPTNDTTGSRAAWVYHYPIHCQSFTETRYSGVPGQMGIPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0075477_1020224123300006869AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVP
Ga0075475_1005799843300006874AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVKDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMSAVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV*
Ga0070750_1004025113300006916AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRT
Ga0070750_1011085623300006916AqueousDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGSMSAVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKGI*
Ga0070750_1032352313300006916AqueousSGISQTWYGVIDEGTDFGRVPVGPPNLSGYFTSEWRAVPPAVSGYWNDFNDTYLGFSPYLIGDNIYPSLLDIYEGFRAQSLISTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFKTPSSNDNTVDGGGITGGAVTHPTVKSPTLTNPTNDTTGSRAAWVYHYPIYCQSFTETRYSGVPGQMGAPTRNSYRGKSLRYVPNYGSVYGVLGEG
Ga0070746_1002541853300006919AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGVPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070746_1008090343300006919AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLTDTYLTISSGYVTPSGVSQTWNGVIDQGADFGRIPVGPPNASGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGISHPTNRAPTLTNPTNDTTGSRAAWVYHYPIHCQSFTETRYSGVPGQMGIPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070746_1011633623300006919AqueousDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI*
Ga0075460_1002650633300007234AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSAVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV*
Ga0075460_1007767613300007234AqueousLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI*
Ga0075460_1009467513300007234AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGAPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070745_108861523300007344AqueousVVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGIIDEGADFGRVPVGPPNTSGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRSFGTHTWYGEQVPENQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPVYCQSLTETRYSGVPGQMGAPTRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070745_114902213300007344AqueousSQTWNGVIDQGADFGRIPVGPPNASGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVSHPTNRAPTLTNPTNDTTGSRAAWVYHYPIHCQSFTETRYSGVPGQMGIPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070752_101517353300007345AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVIDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQSAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYT
Ga0070753_102683633300007346AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGAPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0070753_103331633300007346AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSYRG
Ga0070753_104098143300007346AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLTDTYLTISSGYVTPSGVSQTWNGVIDQGADFGRIPVGPPNASGYFTSEWRAVPPAVSGYWSNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVSHPTNRAPTLTNPTNDTTGSRAAWVYHYPIHCQSFTETRYSGVPGQMGIPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0099851_101952423300007538AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI*
Ga0099851_104757743300007538AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVNDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQSAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQAPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGIRNMVRTFSPGTNL*
Ga0099851_105030623300007538AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGSIPVGPPNISGFLNTEWRFVPPAVSGYWNDYNNSYIAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV*
Ga0099851_105744413300007538AqueousMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVISSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRTSYRGKSTRYVPNYGSVYGVLGEGIRNLVRTFSPGVNSSNQKSV*
Ga0099851_114421413300007538AqueousMVYTPQTNWKYDNSIYHPIQSGPQRTGDDLDLRDTYLTISSGYVPPVGVQQTWVGVIDEGADFGRVPVGPPNISGYFNTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTSNATVQTALGPQPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPTLTNPTNDTSGSRTAWVYHYPIYCQSLTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0099851_114885313300007538AqueousMVYTPQTNWKYDNSLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNVSGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVAHPTLRSPTLTNPTNDTTGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSP
Ga0099851_115991913300007538AqueousRDTYLTISSGYVTPSGVSQTWYGVLDEGVDFGKIPVGPPNISGYFTTEWRAVPPAVSGYWTEYQNTNPHASGLLDSYVGFRAQGLYNTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFKTPSSNDNSLDGGGITGGGVTHPATRSPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYSGAPGQMGIPVRNSYRGKSLRYVPNYGSTYGVLGEGVRNMVRTFSPGTNL*
Ga0099849_102594943300007539AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYRTVSSGYVTPSGINQTWYGVLDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWNNFNNTYLGFVPLFVGDTEYPGLLDIYDGFRAQSLTSTSNATVQTALGPQPGLRDFGAYTWFGPAVPDNQNYTPFNTPKGNEPYAYNEDTGKFEGQGLTGGPGTYQRVQFPMLTNPTNDKSGSRAAWVYHYPVYCRTFVESVRTGVPGQMDTVLRTSYRGKSVRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0099849_103068633300007539AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSI
Ga0099849_111899023300007539AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVNLQGADFGRIPVGPPNISGYLNTEWKAVPAALSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFKTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAIRSSAPGQMSAVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0099849_112959713300007539AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTVSSGYVTPSGISQTWYGVLDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNKSPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGIRNMVRTFSPGTNL*
Ga0099849_115690613300007539AqueousLTDTYLTISSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANANVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPALTNPTNDTSGSRAAWVYHYPIHCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0099849_122157213300007539AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGSIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMSTVTRSSYRGKS
Ga0099847_101071823300007540AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0099847_103470013300007540AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVNLQGADFGRIPVGPPNISGYLNTEWKAVPAALSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFKTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGEMSAVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSP
Ga0099848_102006043300007541AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGAPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKT*
Ga0099848_103675333300007541AqueousMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGHIPLAPPNISGYLTTDWKAVPPAVSGYWSEYTNTYPHASGLLTIYDGYRQQGLYNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYSPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNLVRTFSPGVNSSNQKSV*
Ga0099848_103833523300007541AqueousMVYTPQTNWKYDNSLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGLNQTWNGVLDEGADFGRIPVGPPNISGYFTTDWRAVPPAASGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYTPFQTPKSNDNTLDGGGITGGGVTHPTLRSPTLTNPTNDTTGSRAAWVYHYPVYCQSLTETRYSGVPGQMGQPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRSFSPGTKI*
Ga0099848_106340823300007541AqueousMTYSPQTNWKYDKSLYHPIQSGPQRTGDNLNITNTYLVVSSGYVYPSGVQQTWTGVNLEGADFGRIPVGPPNISGFLNTEWRAVPPAVSGYWTQYQNTNPHASGLLDSYVGFRAQGLYSVAGRSVQTALGPQPGLRTFGTYTWFGAAVPDNQGYAPFDTPFSNQPYAYNESTGAFEGGGTTGGPGSFQRVRYPVLTNPTNDTSGSRAAWVYNPPVYCQVYTEAVRSTLPGQMSVVLRSNYRGKSTRYVPNYGSVYGVLGEGVRSMIRTYSPSTKI*
Ga0099848_106559413300007541AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYLTVSSGYVTPQGVQQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGYRAQGLYSTANATVQTALSPQPGLRNFGTHIWYGEQIPDNQLYSPFQTPSSNDNTIDGGGITGGGVTHPAVRSPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYTGVPGQMGQPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0099848_111424113300007541AqueousMVYTPQTNWKYDNSLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNVSGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVAHPTLRSPTLTNPTNDTTGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRSFSPGTKI*
Ga0099846_104722023300007542AqueousGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV*
Ga0099846_105737313300007542AqueousMVYTPQTNWRYDNNLYHPIQSGPQRTGNNLNLTDTYLTISSGYVTPSGISQTWYGVIDDGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANANVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGITHPTVRSPALTNPTNDTSGSRAAWVYHYPIYCQSFTETRYTGVPGQMGSPVRNSYRGK
Ga0099846_106671613300007542AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGKQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGAPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0099846_118460113300007542AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYRTVSSGYVTPSGINQTWYGVLDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWNNFNNTYLGFVPLFVGDTEYPGLLDIYDGFRAQSLTSTSNATVQTALGPQPGLRDFGAYTWFGPAVPDNQNYTPFNTPKGNEPYAYNEDTGKFEGQGLTGGPGTYQRVQFPMLTNPTNDKSGSRAAWVYHY
Ga0070751_104639233300007640AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVIDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQSAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRY
Ga0104986_1915363300007734FreshwaterMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVDLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASVPDNQNYDPFKTPNSNNPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRKVAG*
Ga0111031_113518813300007900Marine SedimentMPNGVQQTYESVSSEGADFGVIRVGPPNISGYFNTEWRAVPPAISGYWTNYDNVNPHASGLLDSYVGFRAQGLYKTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQIYSPFQTPRSNDNSSEGGGITGGGVTQPRLRAPALTNPTNDTTGSRAAWVYHYPIYCQSLIETRYSSAPGQMGSPTRNSYRGKSSRYVPNYGSIYGKLGEGVRNMVRTFSP
Ga0099850_106602233300007960AqueousMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVISSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRTSYRGKSTRYVPNYGSV*
Ga0099850_120501613300007960AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGSIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMS
Ga0099850_122403413300007960AqueousISQTWYGIIDEGIDFGKVPVGPPNLSGYFTTDWRAVPPAISGYWTDYQNVLPHSSGLLDTYAGFRAQGLYSVANATVQTAYGPRPGLRNFGTHIWYGEQIPDNQNYDPFKTPSSNDNSLDGGGITGGGVTHPATRSPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYSGAPGQMGIPVRNSYRGKSLRYAPNYGSTYGVLGEGVRNMVRTFSPGTNL*
Ga0099850_123170813300007960AqueousDTYLTISSGYVTPSGISQTWYGVVGEGADFGRIPVGPPNVSGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVAHPTLRSPTLTNPTNDTTGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0114340_1001783103300008107Freshwater, PlanktonMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLDLTDTYLVVSSGFVTPLGFTQTWYGVNDQGADFGRIPVGPPNLSGYFTTEWKAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFQTPASNDNTIEGGGITGGGVTHPTNQSPTLTNPTNDTSGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPARNSYRGKSLRYAPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0114350_100150843300008116Freshwater, PlanktonMVYAPQTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPLGVQQTWLGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTALGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYSGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRRFSPGTKI*
Ga0114355_105491833300008120Freshwater, PlanktonKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYITPLGVQQTWLGVIDEGADFGRIPVGPPSISGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTALGPQPGLRNFGTHIWYGEQIPDNQLYAPFQTPSSNDNTIDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYSGVPGQMGAPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRKFSPGTKI*
Ga0114363_102751843300008266Freshwater, PlanktonQTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPLGVQQTWLGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTALGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYSGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRRFSPGTKI*
Ga0114363_103750013300008266Freshwater, PlanktonQTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYITPLGVQQTWLGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTALGPQPGLRNFGTHIWYGEQIPDNQLYAPFQTPSSNDNTIDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYSGVPGQMGAPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRKFSPGTKI*
Ga0114363_108316013300008266Freshwater, PlanktonMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLDLTDTYLVVSSGFVTPLGFTQTWYGVNDQGADFGRIPVGPPNLSGYFTTEWKAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFQTPASNDNTIEGGGITGGGVTHPTNQSPTLTNPTNDTSGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPARNSYRGKSLRYAPNYGSV
Ga0114968_10000084293300009155Freshwater LakeMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASVPDNQNYDPFKTPNSNNPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRKVAG*
Ga0115545_108511623300009433Pelagic MarineMPNGVQQTYESVSSEGADFGVIRVGPPNISGYFNTEWRAVPPAISGYWTNYDNVNPHASGLLDSYVGFRAQGLYKTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQIYSPFQTPRSNDNSSEGGGITGGGVAQPRLRAPALTNPTNDTTGSRAAWVYHYPIYCQSLIKTRYSSAPGQMGSPTRNSYRGKSSRYVPNYGSIYGKLGEGVRNMVRTFSPGVNSSNQKGI*
Ga0123573_1004193043300009509Mangrove SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYIVISSGYVPPSGVQQTWVGVNLQGADFGRIPVGPPNSSGYLTTEWKAVPAALSGYWTDYTNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSNNTNTEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSTVPGQMSAVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0123573_1047673833300009509Mangrove SedimentMVYTPQTNWKYDKNLYHSIQSGPQRTGDNLNLTDTYLTVSSGYTTPSGISQTWNGVLDVGADFGRVPVGPPNISGYFDTKWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTSNATVQTALGPQPGLRNFGTHVWYGEQVPDNQLYSPFQTPGSNDNTLDGGGITGGGVTHPTNRSPTLTNPTNDTSGSRAAWVYHRPIYCQSFTETRYTNVPGQMGIPARNSYRGKSLRY
Ga0129345_104638523300010297Freshwater To Marine Saline GradientMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSNVQTAFGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPALTNPTNDTSGSRAAWVYHYPIHCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0129345_108258823300010297Freshwater To Marine Saline GradientMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPDNQNYSPFQTPSNNTSTEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSTAPGQMSSVTRFSYRGKSTRYV
Ga0129342_101519043300010299Freshwater To Marine Saline GradientMVYTPQTNWKYDKNLYHPIQSGPQRTASDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI*
Ga0129342_101619443300010299Freshwater To Marine Saline GradientMVYTPQTNWRYDNNLYHPIQSGPQRTGNNLNLTDTYLTISSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANANVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPALTNPTNDTSGSRAAWVYHYPIHCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0129342_101998733300010299Freshwater To Marine Saline GradientMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGSIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV*
Ga0129351_101966233300010300Freshwater To Marine Saline GradientMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGSIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV*
Ga0136656_115405213300010318Freshwater To Marine Saline GradientTISSGYVIPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANANVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPALTNPTNDTSGSRAAWVYHYPIHCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0129333_1002157063300010354Freshwater To Marine Saline GradientMTYSPQTNWKYDKSLYHPIQSGPQRTGDNLNITNTYLVVSSGYVYPSGVQQTWTGVNLEGADFGRIPVGPPNISGFLNTEWRAVPPAVSGYWTQYQNTNPHASGLLDSYVGFRAQGLYSVAGRSVQTALGPQPGLRTFGTYTWFGAAVPDNQGYAPFDTPFSNQPYEYNESTGAFEGGGTTGGPGSFQRVRYPVLTNPTNDTSGSRAAWVYNPPVYCQVYTEAVRSTLPGQMSVVLRSNYRGKSTRYVPNYGSVYGVLGEGVRSMIRTYSPSTKI*
Ga0129333_1019743723300010354Freshwater To Marine Saline GradientMTYNAQTNWKYDRNLYHKIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNAYPHASGLITIYDGYRQQGLFSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYSPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGIRNLVRTFSPGVNSSNQKSV*
Ga0129333_1031406333300010354Freshwater To Marine Saline GradientMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYLTVSSGYVPPSGVQQTWYGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAYGPQPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTIDGGGITGGGVTHPTVASPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYTGVPGQMGQPVRNSYRGKSLMYVPNYGSVYGVLGEGIRNMVRRFSPGTKI
Ga0129324_1005123323300010368Freshwater To Marine Saline GradientMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVNLQGADFGRIPVGPPNTSGYLNTEWRAVPAALSGYWTEYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAIRSSAPGQMSAVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0129324_1024361513300010368Freshwater To Marine Saline GradientMVYTPQTNWKYDKNLYHSIQSGPQRTGDDLNLTNTYLTSSSGYVTPSGISQTWFGVNDEGVDFGLIPVGPPNLSGYFTTDWRAVTPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFKTPSSNDNTIDGGGITGGGVTNPTLRAPRLTNPSNDTTGSRAAWVYHNPIYCQAFTETRYTGVPGQMG
Ga0136549_1001626863300010389Marine Methane Seep SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGDDQNLIDNYLTVSSGYVPPSGIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRVASPSLTNPTNDTSGSRAAWVYHHPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0136549_1004279143300010389Marine Methane Seep SedimentMVYAPQTNWKYDKNLYHPIQSGPQRTGSDLNLTDTYLTISSGYVPPSGVQQTWYGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTSYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAYGPEPGLRNFGTHTWYGEQVPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPTVASPALTNPTNDTSGSRAAWVYHYPVYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI*
Ga0118731_10221212423300010392MarinePPSNIQQTWNGVLDQGADFGRIPVGPPNLSGYFSTEWKAITPAPSGYWTNYENVNPRASGLLTSYEGYRQQGLYSTANSTVQTALGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNTNTSDGGGITGGAVAQPRIAAPALTNPTNDQSGSRAAWVYHYPVYCQTFTESRYTGVPGQMGAPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPSVNSSNQKSV*
Ga0136852_1111491013300010412Mangrove SedimentMVYTPQTNWKYDKNLYHSIQSGPQRTGDNLNLTDTYLTVSSGYTTPSGISQTWNGVLDVGADFGRVPVGPPNISGYFDTKWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTSNATVQTALGPQPGLRNFGTHVWYGEQVPDNQLYSPFQTPGSNDNTLDGGGITGGGVMHPTNRSPTLTNPTNDTSGSRAAWVYHRPIYCQSFTETRYTNVPGQM
Ga0139557_104033213300011010FreshwaterSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRNVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGSTGGPGTYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGIRNTIRKIG*
Ga0153698_139913300011335FreshwaterSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVDLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGANVPDNQNYDPFKTPNSNNPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRKVAG*
Ga0153799_101407713300012012FreshwaterMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGANIPDNQNYDPFKTPNSNNPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLG
Ga0163212_104444333300013087FreshwaterMVYTPLTNWKYDKSLYHRVQSGPQRTGDDLNLTDTYAVVGESYIYASGEQQTWFGVNDQGADFGLIPVGPVNLSGYLNTDWRAVPPAVSGYWTNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPGLRNFGMYTWFGAAVPDNQNYDPFNTPSINSPYEYDEATGAFAGNGITGGPGSFQRVRYPSITNPTNDTSGSRAAWVYNYPVYCQVFTEAVRSTAPGQMSVVTRTSYRGKSTRYVPNYGSIYGVLGEGVRGMIRRYSPGTKI*
(restricted) Ga0172367_10000371673300013126FreshwaterMVYTPFTNWRYDKNLYHRVQSGPQRTSDDLNFTDTYAVVGSGYTYPSGTQQTWFGVNYQGADFGLIPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPGLRNFGVYTWFGAGIPDNQNYAPFKTPSSNEPYRYDEDTGEFVGEGITGGPGSFQRVRYPSLTNPTNDTSGSRAAWIYNYPVYCQVFTEAVRSTAPGQMSVVTRTNYRGKSTRYVPNYGSVYGVLGEGVRNMIRRVGPSS*
(restricted) Ga0172373_10001071353300013131FreshwaterMVYTPFTNWRYDKNLYHRVQSGPQRTSDDLNLTDTYAVVGSGYTYPSGTQQTWFGVNYQGADFGLIPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPGLRNFGVYTWFGAGIPDNQNYAPFKTPSSNEPYRYDEDTGDFVGEGITGGPGSFQRVRYPSLTNPTNDTSGSRAAWIYNYPVYCQVFTEAVRSTAPGQMSVVTRTNYRGKSTRYVPNYGSVYGVLGEGVRNMIRRVGPSS*
(restricted) Ga0172372_10001134253300013132FreshwaterMVYTPFTNWRYDKNLYHRVQSGPQRTSDDLNLTDTYAVVGSGYTYPSGTQQTWFGVNYQGADFGLIPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPGLRNFGVYTWFGAGIPDNQNYAPFKTPSSNEPYRYDEDTGEFVGEGITGGPGSFQRVRYPSLTNPTNDTSGSRAAWIYNYPVYCQVFTEAVRSTAPGQMSVVTRTNYRGKSTRYVPNYGSVYGVLGEGVRNMIRRVGPSS*
(restricted) Ga0172362_1023305113300013133SedimentLFFMVYTPFTNWRYDKNLYHRVQSGPQRTSDDLNLTDTYAVVGSGYTYPSGTQQTWFGVNYQGADFGLIPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPGLRNFGVYTWFGAGIPDNQNYAPFKTPSSNEPYRYDEDTGEFVGEGITGGPGSFQRVRYPSLTNPTNDTSGSRAAWIYNYPVYCQVFTEAVRSTAPGQMSVVTRTNYRGKSTRYVPNYGSVYGVLGEGVRNMIRRVGPSS*
Ga0177922_1028681713300013372FreshwaterMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGANIPDNQNYDPFKTPNSNNPYEYDPDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRS
Ga0177922_1108782133300013372FreshwaterVTYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRNVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGSTGGPGTYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGIRNTIRKIG*
(restricted) Ga0172376_10001271113300014720FreshwaterMVYTPFTNWRYDKNLYHRVQSGPQRTSDDLNLTDTYAVVGSGYTYPSGTQQTWFGVNYQGADFGLIPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPGLRNFGVYTWFGAGIPDNQNYAPFKTPSSNEPYRYDEDTGDFVGEGITGGPGSFQRVRYPSLTNPTNDTSGSRAAWIYNYPVYCQVFTEAVRSTAPGQMSVVTRTNYRGKSTRYVPNYGSVYVVLGEGVRNMIRRVGPSS*
Ga0119954_1000429193300014819FreshwaterMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVISSGYILPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQAGLKDFGTYTWFGASIPDNQNYDPFKTPSSNTPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPKYGSVYGVLGEGVRNMVRKVAG*
Ga0181338_100490413300015050Freshwater LakeVTYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRNVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGITGGPGTYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGIRNTIRKIG*
Ga0181338_102445513300015050Freshwater LakeTLVTYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGSYTWFGTGVPDGQAYSPFNTPNINEPYRYDADVGEFVGEGSTGGPGSYQRVRYPVLTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGVRNTIRKLG*
Ga0181338_103062413300015050Freshwater LakePFTNWKYDKNLYHRVQSGPQRTNDDLNLTDTYAVVGSGYTYPGGTQQTWFGVNYQGADFGLVPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSIAGRTVQTALSPEPGLRNFGVYTWFGAGVPDNQNYAPFKTPSSNSPYVYDENTGGFVGDGITGGPGSFQRVRYPSLTNPTNDTSGSRAAWVYNYPVYCQVFTEAVRSTVPGQMSVVTRTNYRHKSTRYVPNYGSIYGVLGEGVRNMIRRVGPSN*
Ga0180120_1024797613300017697Freshwater To Marine Saline GradientMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPN
Ga0180120_1028236013300017697Freshwater To Marine Saline GradientRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGSIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSAVTRSSYRGKSTRYVLNYGSVYG
Ga0181350_110333613300017716Freshwater LakeSSGYLLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASIPDNQNYDPFKTPNSNNPYEYDPDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRKVAG
Ga0181356_102300513300017761Freshwater LakeVTYTPLTNWKYDKSLYHPTQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGSYTWFGTGVPDGQAYSPFNTPNINEPYRYDADVGEFVGEGSTGGPGSYQRVRYPVLTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGVRNTIRKLG
Ga0181357_114136013300017777Freshwater LakeKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGSYTWFGTGVPDGQAYSPFNTPNINEPYRYDADVGEFVGEGSTGGPGSYQRVRYPVLTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGVRNTIRKLG
Ga0169931_10004347113300017788FreshwaterMVYTPFTNWRYDKNLYHRVQSGPQRTSDDLNLTDTYAVVGSGYTYPSGTQQTWFGVNYQGADFGLIPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPGLRNFGVYTWFGAGIPDNQNYAPFKTPSSNEPYRYDEDTGEFVGEGITGGPGSFQRVRYPSLTNPTNDTSGSRAAWIYNYPVYCQVFTEAVRSTAPGQMSVVTRTNYRGKSTRYVPNYGSVYGVLGEGVRNMIRRVGPSS
Ga0181584_1007796013300017949Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSAVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV
Ga0181584_1035968513300017949Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSA
Ga0181577_1003696243300017951Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV
Ga0181583_1020342523300017952Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSAVTRSSYRSKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV
Ga0181583_1034817313300017952Salt MarshIGGEKLVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKST
Ga0181580_1006628823300017956Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGSNVPDNQHYAPLQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGSMSAVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKGI
Ga0181580_1008160033300017956Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0181582_1007993733300017958Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGSMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV
Ga0181582_1021105313300017958Salt MarshNLRYIGGEKLVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKST
Ga0181581_1011557943300017962Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMSAVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV
Ga0181590_1005986223300017967Salt MarshVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKST
Ga0181590_1008620623300017967Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVNLQGADFGRIPVGPPNISGYLNTEWKAVPAALSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0181590_1013415133300017967Salt MarshMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVIDEGADFGTIPVGPPNSSGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQAAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGI
Ga0181590_1034521213300017967Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVILSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGSVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGSMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV
Ga0181590_1034822413300017967Salt MarshPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0181587_1018917933300017968Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGSNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSAVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV
Ga0181587_1069185513300017968Salt MarshLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSYRGKSTRYVPNYGS
Ga0181585_1021401313300017969Salt MarshPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0181579_1003037023300018039Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0181579_1008102743300018039Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGSMSTVTRSSYRGKSTRYVPNYGSVYGVLGE
Ga0181592_1007790943300018421Salt MarshVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKSI
Ga0181592_1011844733300018421Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGS
Ga0181592_1020299113300018421Salt MarshISQTWYGVIDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQSAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGIRNMVRTFSPGTNL
Ga0181592_1029193513300018421Salt MarshDDLDLRDTYLVVSSGYVYPSGVQQTWTGVNLQGADFGRIPVGPPNSSGYLNTEWRAVPSAVSGYWTDYTNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDNQNYAPFQTPSNNTNIEGGITGGPGSFERVRTPMLTNPTNDTTGSRAAWEYNYPVYCRTYAEAVRSTAPGQMSSVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0181592_1052796813300018421Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSNRGKSTRYVPNYGSIYGVLGEGVR
Ga0181591_1011142433300018424Salt MarshGNKAMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0181591_1021924423300018424Salt MarshMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLVVSSGYVYPSGVQQTWTGVNLQGADFGRIPVGPPNSSGYLNTEWRAVPSAVSGYWTDYTNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDNQNYAPFQTPSNNTNIEGGITGGPGSFERVRTPMLTNPTNDTTGSRAAWEYNYPVYCRTYAEAVRSTAPGQMSSVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0181591_1029503423300018424Salt MarshIGSKTMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYIVISSGYVPPSGVQQTWVGVNLQGADFGRIPVGPPNSSGYLTTEWKAVPAALSGYWTDYTNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSNNTNTEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSTVPGQMSAVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0181359_109306613300019784Freshwater LakeVTYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGSYTWFGTGVPDGQAYSPFNTPNINEPYRYDADVGEFVGEGSTGGPGSYQRVRYPVLTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGVRNTIRKLG
Ga0181594_1002367223300020054Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0181594_1022717113300020054Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYVAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVP
Ga0181588_1015510613300020168Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRF
Ga0211729_1010625583300020172FreshwaterMVYTPQTNWKYDKSLYHPIQSGPQRTGDDLDLTDTYLVVSSGYVTPLGFTQTWYGVNDQGADFGRIPVGPPNLSGYFTTEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFQTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSLTETRYTGVPGQMGSPARNSYRGKSLRYAPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0194115_1000975943300020183Freshwater LakeMVYTPLTNWKYDKSLYHRVQSGPQRTGDDLNLTDTYAVVGESYIYASGEQQTWFGVNDQGADFGLIPAGPVNLSGYLNTDWRAVPPAVSGYWTNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPGLRNFGMYTWFGAAVPDNQNYDPFNTPSINSPYEYDEATGAFAGNGITGGPGSFQRVRYPSITNPTNDTSGSRAAWVYNYPVYCQVFTEAVRSTAPGQMSVVTRTSYRGKSTRYVPNYGSIYGVLGEGVRGMIRRYSPGTKI
Ga0181578_1030171813300020189Salt MarshVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0213864_1000392833300021379SeawaterMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTISSGYVPPVGVQQTWVGVIDEGADFGRVPVGPPNISGYFNTEWEAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTSNATVQTALGPQPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPTLTNPTNDTSGSRAAWVYHYPIYCQSLTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0222718_10000640223300021958Estuarine WaterMVYIPTTNWKYDKSLYHAIQSGPQRTGDNLDRTDTYLTFSSGYVMPNGVQQTYESVSSEGADFGVIRVGPPNISGYFNTEWRAVPPAISGYWTNYDNVNPHASGLLDSYVGFRAQGLYKTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPRSNDNSSEGGGITGGGVTQPRLRAPALTNPTNDTTGSRAAWVYHYPIYCQSLIETRYSSAPGQMGSPTRNSYRGKSSRYVPNYGSIYGKLGEGVRNMVRTFSPGVNSSNQKSI
Ga0222718_1001161673300021958Estuarine WaterMVYTPQSNWKYDKNLYHPIQSGPQRTGNDQNLTDTYLTISSGYIPPSNIQQTWNGVLDQGADFGRIPVGPPNLSGYFSTEWKAITPAPSGYWTSYENVNPRASGLLTSYEGYRQQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNTNAFDGGGITGGAVAQPRIAAPALTNPTNDQSGSRAAWVYHYPVYCQTFTESRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPSVNSSNQKSL
Ga0222714_1000437743300021961Estuarine WaterMTYNAQTNWKYDRNLYHKIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNAYPHASGLITIYDGYRQQGLFSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYSPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNLVRTFSPGVNSSNQKSV
Ga0222713_1008750233300021962Estuarine WaterTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASVPDNQNYDPFKTPNSNNPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRKVAG
Ga0222712_1000263533300021963Estuarine WaterMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASVPDNQNYDPFKTPNSNNPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNIIRKVAG
Ga0222712_1002474013300021963Estuarine WaterYLERYFFMVYTPFTNWKYDKNLYHRVQSGPQRTGDDLDLTDTYAVVGSGYVYPSGVQQTWFGVNDQGADFGLIPVGPPNISGYFNTNWRAVPPAVSGYWTNYENVLPHASGLLDTYLGYRAQGLLSVAGRTVQTALSPQPGFRDFGTYTWFGANVPDNQNYAPFKTPIGNNPYEYDPDLGKFVGEGITGGPGSFQRVRYPALTNPLNDTSGSRAAWVYSYPVYCQVFTEAVRSTEPGQMSVINRTSYRGKSTRYVPNYGSPYGVLGEGVRGMIRRYSPGTRI
Ga0222719_1010579513300021964Estuarine WaterLYHPIQSGPQRTGDDLNLRDTYLTISSGYVFTSDTQQTWFGVDDEGADFGRIPVGPPNVSGFLTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTTYGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGIAHPTVASPTLTNPTNDTSGSRAAWVYHYPVHCQSFTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0222719_1030315923300021964Estuarine WaterMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLTDTYLTISSGYVTPSGVSQTWNGVIDQGADFGRIPVGPPNASGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPTVASPSLTNPTNDTSGSRAAWVYHHPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0222719_1036579123300021964Estuarine WaterNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKSI
Ga0212025_101367833300022057AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSAVTRSSYRGKSTRYVPNYGSIYGVLGEGVRNMVRT
Ga0196897_100948013300022158AqueousPMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSAVTRSSYRGKSTRYVPNYGSVYGAHL
Ga0212020_103672813300022167AqueousMTYNAQTNWKYDRNLYHKIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNAYPHASGLITIYDGYRQQGLFSVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYSPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRSSYRGKSTRYVPNYGSV
Ga0181337_100940823300022173Freshwater LakeVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRNVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGITGGPGTYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGIRNTIRKIG
Ga0212031_100624513300022176AqueousMVYTPQTNWKYDNSIYHPIQSGPQRTGDDLDLRDTYLTISSGYVPPVGVQQTWVGVIDEGADFGRVPVGPPNISGYFNTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTSNATVQTALGPQPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPTLTNPTNDTSGSRTAWVYHYPIYCQSLTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYGSVY
Ga0196891_102246613300022183AqueousLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKST
Ga0196899_101332933300022187AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0196899_103018323300022187AqueousMVYTPLTNWKYDKNLYHPVQSGPQRTGDDLDIRNTYVVVSSGYVYPSGVQQTWVGVNLEGADFGNIPVGPPNSSGYLNTEWRSVPAALSGYWTDYNNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWYGASVPDNQNYSPFQTPSNNTSTEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSTAPGQMSSVTRFSYRGKSTRYVPNYGSTYGVLGEGVRNMVRTFSPGTKI
Ga0181354_100299123300022190Freshwater LakeVTYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRNVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGITGGPGTYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGIRNTIRKIG
Ga0181354_109866813300022190Freshwater LakeVTYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGSYTWFGTGVPDGQAYSPFNTPNINEPYRYDADVGEFVGEGSTGGPGSYQRVRYPVLTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMG
Ga0196905_101362823300022198AqueousMVYTPQTNWRYDNNLYHPIQSGPQRTGNNLNLTDTYLTISSGYVTPSGISQTWYGVIDDGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANANVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPALTNPTNDTSGSRAAWVYHYPIHCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0196905_101581043300022198AqueousMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVISSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRTSYRGKSTRYVPNYGSVYGVLGEGIRNLVRTFSPGVNSSNQKSV
Ga0196901_102264643300022200AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVNDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQSAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQAPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGIRNMVRTFSPGTNL
Ga0196901_103787223300022200AqueousMVYTPQTNWKYDNSIYHPIQSGPQRTGDDLDLRDTYLTISSGYVPPVGVQQTWVGVIDEGADFGRVPVGPPNISGYFNTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTSNATVQTALGPQPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPTLTNPTNDTSGSRTAWVYHYPIYCQSLTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0196901_104998723300022200AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYVTVSSGYVTPSGISQTWFGVLDEGADFGRIPVGPPNLSGYFTTEWRAVPPAISGYWTNYENVNPHGSGVLDSYLGFRAQGLYSTANATVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPRVRAPALTNPTNDTSGSRAAWVYHRPIYCQSFTETRYTGVPGQMGIPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0196901_105747523300022200AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0196901_106159613300022200AqueousMTYSPQTNWKYDKSLYHPIQSGPQRTGDNLNITNTYLVVSSGYVYPSGVQQTWTGVNLEGADFGRIPVGPPNISGFLNTEWRAVPPAVSGYWTQYQNTNPHASGLLDSYVGFRAQGLYSVAGRSVQTALGPQPGLRTFGTYTWFGAAVPDNQGYAPFDTPFSNQPYEYNESTGAFEGGGTTGGPGSFQRVRYPVLTNPTNDTSGSRAAWVYNPPVYCQVYTEAVRSTLPGQMSVVLRSNYRGKSTRYVPNYGSVYGVLGEGVRSMIRTYSPSTKI
Ga0196901_110543513300022200AqueousMVYTPQTNWKYDKNLYHSIQSGPQRTGDDLNLTDTYLTSSSGYVTPSGISQTWFGVNDEGVDFGLIPVGPPNLSGYFTTDWRAVTPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFKTPSSNDNTIDGGGITGGGVTNPTLRAPRLTNPSNDTTGSRAAWVYHNPIYCQAFTETRYTGVPGQMGQ
Ga0196901_111710323300022200AqueousMVYTPQTNWKYDNSLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNVSGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVAHPTLRSPTLTNPTNDTTGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRSFSPGTKI
Ga0196901_113883813300022200AqueousQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKST
Ga0181351_100756353300022407Freshwater LakeMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYLTVSSGYVPPSGVQQTWYGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANASVQTAYGPEAGLRNFGTHIWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPAIASPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRRFSPGTKI
Ga0255780_1010443713300022935Salt MarshMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMS
Ga0255751_1009587113300023116Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAV
Ga0255768_1013962813300023180Salt MarshTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSSPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0255768_1025781113300023180Salt MarshMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTNTYLVISSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNISGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNTSVDGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNHPAYCRTYAEAIRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTF
Ga0255152_104264113300024503FreshwaterYAPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYLVVSSGYVPPSGVQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYQNTQPHASGLLDSYVGFRAQGIYTNANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQVYSPFQTPSSNDNTIDGGGITGGGVTHPTVASPSLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYSGVPGQMGAPVRFSYRGKSLRYVPNYGSIYGVLGEGVRNMVRKFSPGTKI
Ga0208018_10761843300025057MarineMVYTPQTNWKYDNSLYHPIQSGPQRTGDDLDLRDTYLTSSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNVSGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAFGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTRPTLRSPTLTNPTNDTTGSRAAWVYHYPIYCQSLTETRYTG
Ga0208018_10823823300025057MarineMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLDLRNTYLTVSSGYVTPLGVQQTWLGVVDEGADFGRILVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTASGPEPGLRNFGTHIWYGEQIPDNQLYSPFQTPGSNDNTLDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPVYIQSFTETRYSGAPGQMGAPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208298_1000106303300025084MarineMVYIPTSNWKYDKSLYHSIQSGPQRTGDNLDRTDTYLTFSSGYVMPNGVQQTYESVSSEGADFGVIRVGPPNISGYFNTEWKAVPPAISGYWTNYDNVNPHASGLLDSYVGFRAQGLYKTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQIYSPFQTPRSNDNSSEGGGITGGGITQPRLRAPALTNPTNDTTGSRAAWVYHYPIYCQSLVETRYSSAPGQMGSPTRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKGI
Ga0209535_1000042943300025120MarineMVYTPQSNWKYDKNLYHPIQSGPQRTGNDQNLTDTYLTISSGYIPPSNIQQTWNGVLDQGADFGRIPVGPPNLSGYFSTEWKAITPAPSGYWTNYENVNPRASGLLTSYEGYRQQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNTNTSDGGGITGGAVAQPRIAAPALTNPTNDQSGSRAAWVYHYPVYCQTFTESRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPSVNSSNQKSL
Ga0209645_102877223300025151MarineMTYTPQSNWKYDKNLYHPIQSGPQRTGNDQDLTDTYATISSGYVTPSGVKTTWEGVIDQGADFGRIPVGPPNLSGYFSTEWKAVTPAPSGYWTNYENVYPHASGLLTSYQGYRQQGLYSTANARVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPRSNTNASDGGGITGGAVSQPRVNAPALTNPTNDQSGSRAAWVYHYPVYCQTFTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKNI
Ga0208048_104593313300025283FreshwaterMVYTPLTNWKYDKSLYHRVQSGPQRTGDDLNLTDTYAVVGESYIYASGEQQTWFGVNDQGADFGLIPVGPVNLSGYLNTDWRAVPPAVSGYWTNYENVLPHASGLLDTYLGYRAQGLYSVAGRTVQTALSPQPGLRNFGMYTWFGAAVPDNQNYDPFNTPSINSPYEYDEATGAFAGNGITGGPGSFQRVRYPSITNPTNDTSGSRAAWVYNYPVYCQVFTEAVRSTAPGQMSVVTRTSYRGKSTRYVPNYGSIYGVLGEGVRGMIRRYSPGTKI
Ga0208303_101170023300025543AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPVVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSNVPGSMSAVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKGI
Ga0208004_101979133300025630AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYSTVSSGYVTPSGISQTWYGVIDEGTDFGRVPVGPPNLSGYFTSEWRAVPPAVSGYWNDFNDTYLGFSPYLIGDNIYPSLLDIYEGFRAQSLISTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFKTPSSNDNTVDGGGITGGAVTHPTVKSPTLTNPTNDTTGSRAAWVYHYPIYCQSFTETRYSGVPGQMGAPTRNSYRGKSLRY
Ga0208004_104806213300025630AqueousSGYVYPSGVQQTWTGVNLQGADFGRIPVGPPNSSGYLNTEWRAVPAAVSGYWTDYTNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDNQNYAPFQTPSNNTDIEGGITGGPGSFERVRTPMLTNPTNDTTGSRAAWEYNYPVYCRTYAEAVRSTAPGQMSSVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0208004_105942813300025630AqueousMTYNAQTNWKYDKNLYHRIQSGPQRTADNQDVVDTYVVVSSGYVTPSGIKQSWYGVNLEGADFGNIPLAPPNISGYLTTDWKAVPPAVSGYWSDYTNTYPHASGLITIYDGYRQQGLFNVAGRTVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPVYCKTFVEAVRSDVPGSMSTVTRTSYRGKSTRYVPNYGSVYGVLGEGIRNLVRTFSPGVNSSNQKSV
Ga0208004_109204913300025630AqueousTVSSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGVPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208161_100832873300025646AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGAPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKT
Ga0208898_100166123300025671AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVIDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQSAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208898_101572523300025671AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYSTVSSGYVTPSGISQTWYGVIDEGTDFGRVPVGPPNLSGYFTSEWRAVPPAVSGYWNDFNDTYLGFSPYLIGDNIYPSLLDIYEGFRAQSLISTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFKTPSSNDNTVDGGGITGGAVTHPTVKSPTLTNPTNDTTGSRAAWVYHYPIYCQSFTETRYSGVPGQMGAPTRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208898_102509653300025671AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLNLRNTYVVVSSGYVYPSGVQQTWTGVNLQGADFGRIPVGPPNSSGYLNTEWRAVPAAVSGYWTDYTNVNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRDFGAYTWFGASVPDNQNYAPFQTPSNNTDIEGGITGGPGSFERVRTPMLTNPTNDTTGSRAAWEYNYPVYCRTYAEAVRSTAPGQMSSVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0208898_105564013300025671AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLTDTYLTISSGYVTPSGVSQTWNGVIDQGADFGRIPVGPPNASGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVSHPTNRAPTLTNPTNDTTGSRAAWVYHYPIHCQSFTETRYSGVPGQMGIPARNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208898_106894723300025671AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGAPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208162_103745743300025674AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGSDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSNVQTAFGPQPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPALTNPTNDTSGSRAAWVYHYPIHCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208162_107137523300025674AqueousGLKQTWYGVNDEGADLGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV
Ga0208019_1000882233300025687AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYRTVSSGYVTPSGINQTWYGVLDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWNNFNNTYLGFVPLFVGDTEYPGLLDIYDGFRAQSLTSTSNATVQTALGPQPGLRDFGAYTWFGPAVPDNQNYTPFNTPKGNEPYAYNEDTGKFEGQGLTGGPGTYQRVQFPMLTNPTNDKSGSRAAWVYHYPVYCRTFVESVRTGVPGQMDTVLRTSYRGKSVRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208019_101977023300025687AqueousMGYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVLSSGYVTPSGLKQTWYGVNDEGADFGSIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGNVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGAMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV
Ga0208019_102930043300025687AqueousMVYTPQTNWRYDNNLYHPIQSGPQRTGNNLNLTDTYLTISSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANANVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPALTNPTNDTSGSRAAWVYHYPIHCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208019_105754813300025687AqueousKYDKNLYHPIQSGPQRTGSDLNLTNTYLVVSSGYVPPSGVQQTWVGVDLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0208899_106092543300025759AqueousVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKS
Ga0208899_110603223300025759AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLDLTDTYSTVSSGYVTPSGISQTWYGVIDEGTDFGRVPVGPPNLSGYFTSEWRAVPPAVSGYWNDFNDTYLGFSPYLIGDNIYPSLLDIYEGFRAQSLISTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFKTPSSNDNTVDGGGITGGAVTHPTVKSPTLTNPTNDTTGSRAAWVYHYPIYCQSFTETRYSGVPGQMGAPTRNSYRGKSLRYVPNYGSVYGVLGEGVRNMV
Ga0208767_118791813300025769AqueousGISQTWYGVIDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGVPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208542_105170813300025818AqueousNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKSI
Ga0208645_113161713300025853AqueousSSGYVTPSGISQTWYGVIDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQSAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208783_1006732413300025872AqueousWKYDNSLYHHIQSGPQRTGDDLDLRDTYVVVSSGYVPPSGVQQTWYGVNDVGADFGRIALGPPNISGYFSTEWRAVPPAVSGYWTNYENTQIHASGLLDSYVGYRAQGLYSTANATVQTAFGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYASVYGVLGEGVRNLVRNYSPGTKI
Ga0208644_102540023300025889AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVVDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGVPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208644_102973823300025889AqueousVVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGIIDEGADFGRVPVGPPNTSGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDNQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPVYCQSLTETRYSGVPGQMGAPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208644_118667313300025889AqueousQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWNGVIDEGADFGRIPVGPPNTSGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRSFGTHTWYGEQVPENQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPVYCQSLTETRYSGVPGQMGAPTRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0208974_100131213300027608Freshwater LenticVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGANIPDNQNYDPFKTPNSNNPYEYDPDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRKVAG
Ga0208974_103220223300027608Freshwater LenticMVYTPFTNWKYDKNLYHRVQSGPQRTNDDLNLTDTYAVVGSGYTYPGGTQQTWFGVNYQGADFGLVPVGPVNISGYLNTDWRAVPPAVSGYWSNYENVLPHASGLLDTYLGYRAQGLYSIAGRTVQTALSPEPGLRNFGVYTWFGAGVPDNQNYAPFKTPSSNSPYVYDENTGGFVGDGITGGPGSFQRVRYPSLTNPTNDTSGSRAAWVYNYPVYCQVFTEAVRSTVPGQMSVVTRTNYRHKSTRYVPNYGSIYGVLGEGVRNMIRRVGPSN
(restricted) Ga0247836_1001766133300027728FreshwaterMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVDLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASVPDNQNYDPFKTPNSNTPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRKVAG
Ga0209296_1000728363300027759Freshwater LakeMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVLSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGANIPDNQNYDPFKTPNSNNPYEYDPDLGAFVGEGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRKVAG
Ga0209742_1005417923300027814Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGDDRNLIDTYLTVSSGYVPPSGIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRVASPSLTNPTNDTSGSRAAWVYHHPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0209066_1009002243300027851WatershedsMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYLTVSSGYVPPSGVQQTWYGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAYGPQPGLRNFGTHTWYGEQIPDNQNYSPFQTPSSNDNTLDGGGITGGGVTHPTVASPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGQPVRNSYRGKSLMYVPNYGSVYGVLGEGIRNMVRRFSPGTKI
Ga0209427_1009275743300027901Marine SedimentMVYTPQTNWKYDNSLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGINQTWNGVLDEGADFGRIPVGPPNISGYFTTDWRAVPPAASGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTALGPQPGLRNFGTHTWYGEQVPDNQLYTPFQTPKSNDNTLDGGGITGGGVTHPTLRSPTLTNPTNDTTGSRAAWVYHYPVYCQSLTETRYSGVPGQMGQPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRSFSPGTKI
Ga0209427_1013679513300027901Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLRDTYLTISSGYVTPSGISQTWYGVSDEGADFGHIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPTVRSPALTNPTNDTSGSRAAWVYHYPIHCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0209427_1054821313300027901Marine SedimentSSGYVPPSGVQQTWVGVNLQGADFGRIPVGPPNSSGYLNTEWRAVPPAVSGYWTDYSNSNPHASGLLDSYLGFRAQGLYHTANSNVQTALGPQPGLRNFGAYTWFGASVPDNQNYAPFQTPSSNSSIEGGITGGPGSFERVRTPILTNPTNDTSGSRAAWEYNYPAYCRTYAEAVRSSVPGQMSAVTRFSYRGKSTRYVPNYGSIYGVLGEGVRNMVRTFSPGTKI
Ga0209536_10020134623300027917Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLRDTYLTISSGYVFTSDTQQTWFGVNDEGADFGRIPVGPPNISGFLTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGITHPTVASPTLTNPTNDTSGSRAAWVYHYPVHCQSFTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0209536_10021844123300027917Marine SedimentMVYTPQTNWKYDNSLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNVSGYFTSEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVAHPTLRSPTLTNPTNDTTGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRSFSPGTKI
Ga0209536_10042964723300027917Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLRDTYLTISSGYVTPSGISQTWYGVSDEGADFGHIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSDNDNTIDGGGITGGGVTHPTVRSPSLTNPTNDTSGSRAAWVYHYPIHCQSFTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0209536_10056996013300027917Marine SedimentMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANANVQTAFGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGITHPTVRSPALTNPTNDTSGSRAAWVYHYPIYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0209536_10065283523300027917Marine SedimentMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVNDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQSAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGIRNMVRTFSPGTNL
Ga0209536_10100662813300027917Marine SedimentPQRTGDDRNLIDTYLTVSSGYVPPSGIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRVASPSLTNPTNDTSGSRAAWVYHHPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGESVRNMVRTFSPGTKI
Ga0209536_10208217113300027917Marine SedimentVVSGTAGSSNSQVIFTVPTTAPTTLYYLGAGTSGIGGAFRVVTPFETRPWYYSTEWRSVPTAVSGYWSDSNNPAPHATGILDSYVGYRAQGLFSIANATIQSAYGPQPGLRNFGTQTWYGEQIPDNQLYSPFKTPGSNDNTIDGGGITGGGVTHPRLRSPSLTNPTNDTTGSRAAWVYHHPIYCQSFTETRYTGVPGQMGAPVRNSYRGKSSRYVPNYGSVYGVL
(restricted) Ga0247843_1003162113300028569FreshwaterVAYTPLTNWRYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSIAGRNVQTALGPQPGLRDFGVYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGSTGGPGSYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGVRNTIRKIG
(restricted) Ga0247843_1015213123300028569FreshwaterMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVVSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASVPDNQNYDPFKTPNSNTPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRK
(restricted) Ga0247844_1010815123300028571FreshwaterMVYTPLTNWRYDNSLYHRIQSGPQRTGDNLNLTDTYKVVSSGYMLPSGVQQTWFGVNLEGADFGLIPVGPPNISGYLNTEWRAVPPAISGYWTNYENTLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLKDFGTYTWFGASVPDNQNYDPFKTPNSNTPYEYDSDLGAFVGNGITGGPGSFQRVRYPALTNPTNDTSGSRAAWVYSPPVYCQVFTEAIRSDLPGQMSVVSRTSYRGKSTRYVPNYGSVYGVLGEGVRNMIRKVAG
Ga0135212_100074623300029306Marine HarborMVYTPFTNWKYDKSLYHPVQSGPQRTGSDLNLTDTYLTFSSGYVTPSGISQTYEAVLDEGADFGRIPVGPPNISGYFDTEWRAVTPAVSGYWTNYENTLPHASGLLDSYVGFRAQGLYKTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNDNTIDGGGITGGGVSQPRVNAPALTNPTNDTTGSRAAWVYHYPVYCQSFIESRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSIYGKLGEGVRNMIRTFSPGTNL
Ga0307380_10004108153300031539SoilMSYTPQTNWKYDKNLYHRIQSGPQRTADNLDVRDTYVVVSSGYVTPSGLKQTWYGVNDEGADFGNIPVGPPNISGFLNTEWRFVPPAVSGYWTDYNNSYAAASGLLTVYDGFRAQGLYSVAGRTVQTALGPQPGLRNFGAYTWFGGSVPDNQNYAPFQTPSDNTSSTGGITGGPGSYERVKTPMLTNPTNDTSGSRAAWQYNYPAYCKTYVESVRSDVPGSMSTVTRSSYRGKSTRYVPNYGSVYGVLGEGVRNMVRTFSPGVNSSNQKSV
Ga0307380_1003038953300031539SoilMVYIPTSNWKYDKSLYHSIQSGPQRTGDNLDRTDTYLTFSSGYVMPNGVQQTYESVSSEGADFGVIRVGPPNISGYFNTEWRAVPPAISGYWTNYENVNPHASGLLDSYVGFRAQGLYRTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQIYSPFQTPRSNDNSSEGGGITGGGVTQPRLRAPALTNPTNDTTGSRAAWVYHYPIYCQSLIETRYSSAPGQMGSPTRNSYRGKSSRYVPNYGSIYGKLGEGVRNMVRTFSPGVNSSNQKSI
Ga0307380_1009641623300031539SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDRNLTDTYLTVSSGYVPPSGIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTSYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRIASPSLTNPTNDTSGSRAAWVYHHPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0307380_1012624243300031539SoilMVYTPQSNWKYDKNLYHPIQSGPQRTGNDQNLTDTYLTISSGYIPPSNIQQTWNGVLDQGADFGRIPVGPPNLSGYFSTEWKAITPAPSGYWTNYENVNPRASGLLTSYEGYRQQGLYSTANSTVQTALGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNTNTFDGGGITGGAVAQPRIAAPALTNPTNDQSGSRAAWVYHYPVYCQTFTESRYTGVPGQMGAPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPSVNSSNQKSV
Ga0307379_1022526743300031565SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLIDTYLTVSSGYIPPSGIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRVASPSLTNPTNDTSGSRASWVYHHPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYV
Ga0307379_1057188923300031565SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDRNLIDTYLTVSSGYVPPSGVQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDDEGEVVGGGITGGGVTHPRVAAPSLTNPTNDTSGSRAAWVYHHPVYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0307379_1072382513300031565SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDRNLTDTYLTVSSGYVPPSGVQQTWFGVNDAGADFGRIPVGPPNISGYFTTDWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRVASPSLTNPTNDTSGSRAAWVYHHPVYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0307376_1008100933300031578SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDRNLIDTYLTVSSGYVPPSGVQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRIASPSLTNPTNDTSGSRAAWVYHHPVYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0307376_1011854013300031578SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLIDTYLTVSSGYIPPSGIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRVASPSLTNPTNDTSGSRASWVYHHPVYCQSFTETRYTGVPGQMGSPVRNS
Ga0307375_1012305313300031669SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDRNLIDTYLTVSSGYVPPSGVQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLNDEGEVVGGGITGGGVTHPRIASPSLTNPTNDTSGSRAAWVYHHPVYCQ
Ga0307377_1014120213300031673SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLNLIDTYLTVSSGYIPPSGIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRVASPSLTNPTNDTSGSRASWVYHHPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGS
Ga0307377_1050080013300031673SoilMVYTPQTNWKYDKNLYHPIQSGPQRTGDDRNLTDTYLTVSSGYVPPSGIQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAVSGYWTSYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLDGGGITGGGVTHPRIASPSLTNPTNDTSGSRAAWVYHHPVYCQSFTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYGS
Ga0307377_1079972713300031673SoilYHPIQSGPQRTGDDRNLIDTYLTVSSGYVPPSGVQQTWFGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGIYSTANASVQTAYGPEPGLRNFGTHTWYGEQIPDNQIYSPFQTPSSNDNTLNDEGEVVGGGITGGGVTHPRVASSSLTNPTNDTSGSRAAWVYHHPVYCQSFTETRYTGVPGQMGS
Ga0315291_10003497293300031707SedimentMVYAAQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYLTISSGYVPPSGVQQTWYGVNDEGADFGRIPVGPPNLNGYFTTDWRAVPPAISGYWTNYENIQPHASGLLDSYVGFRAQGIYSNANASVQTAYGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTVDGGGITGGGVTHPTIASPTLTNPTNDTSGSRAAWVYHHPVYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYASIYGVLGEGVRNMVRTFSPGTKI
Ga0315291_1005736423300031707SedimentVAYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGITGGPGTYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGIRNTIRKIG
Ga0315293_1002092273300031746SedimentVAYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRNVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGITGGPGTYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGIRNTIRKIG
Ga0315907_1000242273300031758FreshwaterMVYAPQTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPLGVQQTWLGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTALGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYSGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRRFSPGTKI
Ga0315907_1091117713300031758FreshwaterVSSGFVTPLGFTQTWYGVNDQGADFGRIPVGPPNLSGYFTTEWKAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFQTPASNDNTIEGGGITGGGVTHPTNQSPTLTNPTNDTSGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPARNSYRGKSLRYAPNYGSVYGVLGE
Ga0315288_10003091303300031772SedimentMVYAAQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYLTISSGYVPPSGVQQTWYGVNDEGADFGRIPVGPPNLNGYFTTDWRAVPPAISGYWTNYENIQPHASGLLDSYVGFRAQGIYSNANASVQTAYGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTVDGGGITGGGVTHPTIASPTLTNPTNDTSGSRAAWVYHHPVYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYAFIYGVLGEGVRNMVRTFSPGTKI
Ga0315288_1011011323300031772SedimentVAYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGSTGGPGTYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGIRNTIRKIG
Ga0315909_1009346123300031857FreshwaterVYAPQTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYITPLGVQQTWLGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTALGPQPGLRNFGTHIWYGEQIPDNQLYAPFQTPSSNDNTIDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYSGVPGQMGAPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRKFSPGTKI
Ga0315909_1014064613300031857FreshwaterVYAPQTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPLGVQQTWLGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTALGPQPGLRNFGTHTWYGEQIPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYSGVPGQMGSPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRRFSPGTKI
Ga0315909_1028191923300031857FreshwaterMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLDLTDTYLVVSSGFVTPLGFTQTWYGVNDQGADFGRIPVGPPNLSGYFTTEWKAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFQTPASNDNTIEGGGITGGGVTHPTNQSPTLTNPTNDTSGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPARNSYRGKSLRYAPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0315909_1038394613300031857FreshwaterMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLDLTDTYLVVSSGYVTPLGFTQTWYGVNDQGADFGRIPVGPPNLSGYFTTEWKAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFQTPASNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSLTETRYTGVPGQMGSPARNSYRGKSLRYAPNYGSVYGVLGEGVRNMVRRFSPGTKI
Ga0315904_1096745313300031951FreshwaterTGDDLDLTDTYLVVSSGYVTPLGFTQTWYGVNDQGADFGRIPVGPPNLSGYFTTEWKAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFQTPASNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSLTETRYTGVPGQMGSPARNSYRGKSLRYAPNYGSVYGVLG
Ga0315294_10005116183300031952SedimentMVYAAQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYLTISSGYVPPSGVQQTWYGVNDEGADFGRIPVGPPNLNGYFTTDWRAVPPAISGYWTNYENIQPHASGLLDSYVGFRAQGIYSNANASVQTAYGPEPGLRNFGTHTWYGEQVPDNQLYSPFQTPSSNDNTVDGGGITGGGVTHPTIASPTLTNPTNDTSGSRAAWVYHYPVYCQSLTETRYTGVPGQMGSPVRNSYRGKSLRYVPNYASIYGVLGEGVRNMVRTFSPGTKI
Ga0315294_1013887613300031952SedimentPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFKGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRTVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGSTGGPGTYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGIRNTIRKIG
Ga0315901_10002388123300031963FreshwaterMVYTPQTNWKYDKNLYHPIQSGPQRTGDDLDLTDTYLVVSSGFVTPLGFTQTWYGVSDQGADFGRIPVGPPNLSGYFTTEWKAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGLRNFGTHTWYGEQIPDNQLYSPFQTPASNDNTIEGGGITGGGVTHPTNQSPTLTNPTNDTSGSRAAWVYHYPIYCQSLTETRYTGVPGQMGSPARNSYRGKSLRYAPNYGSVYGVLGEGVRNMVRTFSPSTKI
Ga0315906_1000449013300032050FreshwaterITPLGVQQTWLGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTALGPQPGLRNFGTHIWYGEQIPDNQLYAPFQTPSSNDNTIDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYSGVPGQMGAPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRKFSPGTKI
Ga0315284_1006305073300032053SedimentPVAYTPLTNWKYDKSLYHPIQSGPQRTGDNQNLTNTYKLVSSGYILPNGVQQNWFGVNFEGADFGRIPVGPVNISGYLNTEWRAVPPAVSGYWTNYENSLPHASGLLDTYVGFRAQGRYSVAGRNVQTALGPQPGLRDFGAYTWFGAGVPDNQAYSPFNTPSSNEPYRYDADLGEFVGEGITGGPGTYQRVRYPALTNPTNDDSGSRAAWVYSPPVYCQVFTEASRSNLPGQMGVVVRSQYRGKSTRYVPNYGSVYGVLGEGIRNTIRKIG
Ga0315902_1028813943300032093FreshwaterMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTDTYLTVSSGYVPPSGVQQTWYGVNDEGADFGRIPVGPPNISGYFTTDWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANASVQTAYGPEAGLRNFGTHIWYGEQVPDNQLYSPFQTPSSNDNTLDGGGITGGGVTHPAIASPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYTGVPGQMGQPVRNSYRGKSLRYVPNYGSVYGVLGEGVR
Ga0315903_1008921923300032116FreshwaterMVYAPQTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYITPLGVQQTWLGVIDEGADFGRIPVGPPNISGYFTTEWRAVPPAISGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANATVQTALGPQPGLRNFGTHIWYGEQIPDNQLYAPFQTPSSNDNTIDGGGITGGGVTHPSVASPTLTNPTNDTSGSRAAWVYHYPVYCQSFTETRYSGVPGQMGAPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRKFSPGTKI
Ga0314858_019496_369_11903300033742Sea-Ice BrineMVYTPQSNWKYDKNLYHPIQSGPQRTGNDQNLTDTYLTISSGYIPPSNIQQTWNGVLDQGADFGRIPVGPPNLSGYFSTEWKAITPAPSGYWTNYENVNPRASGLLTSYEGYRQQGLYSTANSTVQTALGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPGSNTNASDGGGITGGAVAQPRIAAPALTNPTNDQSGSRAAWVYHYPVYCQTFTESRYTGVPGQMGAPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPSVNSSNQKSV
Ga0334986_0001129_15764_165673300034012FreshwaterMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTNTYLTISSGYVTPSGINQTWYGVLDEGADFGLIPVGPPNLSGYFTTDWKAVPPAPSGYWTNYENVLPHSSGLLDTYVGFRAQGLYRVANATVQTAYGPRPGLRNFGTHIWYGEQIPDNQNYDPFKTPSSNDSSLDGGGITGGGVTHPATRSPTLTNPTNDTSGSRAAWVYHYPIYCQSFTETRYTGVPGQMGIPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0334987_0011606_2120_29233300034061FreshwaterMVYTPQTNWKYDKNLYHPIQSGPQRTGDNLNLTNTYLTISSGYVTPSGINQTWYGVLDEGADFGLIPVGPPNLSGYFTTDWKAVPPAPSGYWTNYENVLPHSSGLLDTYVGFRAQGLYRVANATVQTAYGPRPGLRNFGTHIWYGEQIPDNQNYDPFKTPSSNDSSLDGGGITGGGVTHPATRSPTLTNPTNNTSGSRAAWVYHYPIYCQSFTETRYTGVPGQMGIPVRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0348335_004567_3577_44763300034374AqueousLGKHRTLSFLNIVRRVNLRYIGGEKFVVYTPFTNWKYDKNLYHPTQSGPQRTGSNLNLTDTYVTFSSGYVTPSGISQTWYAVNDEGADFGNVPVGPPNLSGYFTTEWRAVPPAISGYWTNYENTAPHSSGMLDSYVGFRAQGLYSTANSTVQTAIGPQPGLRNFGSFTWYGEQVPDNQLYSPFQTPSSNDNSIDGGGITGGGVAQPRVAAPALTNPTNDTTGSRAAWVYHYPVYCKTYTETRYTGVPGQMGSPVRNSYRGKSSRYVPNYGSVYGKLGEGVRNMVRTFSPGVNSSNQKSI
Ga0348335_028275_612_14153300034374AqueousMVYTPQTNWKYDKNLYHPIQSGPQRTGNDLNLTDTYLTVSSGYVTPSGISQTWYGVIDEGADFGRIPVGPPNISGYFTSEWRAVPPAVSGYWTNYENTLPHASGLLDTYVGFRAQGLYSTANATVQTAFGPRPGFRNFGTHTWYGEQVPDTQLYSPFKTPGSNDNTIDGGGITGGGVTHPTNQSPTLTNPTNDDTGSRAAWVYHYPIYCQSLTETRYSGVPGQMGVPSRNSYRGKSLRYVPNYGSVYGVLGEGVRNMVRTFSPGTKI
Ga0348336_115414_1_6453300034375AqueousMVYTPLTNWKYDKNLYHPIQSGPQRTGDDLDLRDTYLTISSGYVTPSGISQTWYGVIDEGADFGTIPVGPPNSSGYFTTEWRAVPPAVSGYWTNYENTQPHASGLLDSYVGFRAQGLYSTANSTVQSAFGPQPGLRNFGTHTWYGEQVPDNQNYAPFKTPGSNDNTLDGGGITGGGVSHPTNQSPTLTNPTNDTSGSRAAWVYHYPVYCQSFTET

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