NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
x
This website uses cookies to improve user experience. By using NMPFamDB you consent to all cookies in accordance with our privacy policy. OK
Metagenome Family F055690

Metagenome Family F055690

Go to section:
Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
Select file to download:
   Download


Overview

Basic Information
Family ID F055690
Family Type Metagenome
Number of Sequences 138
Average Sequence Length 196 residues
Representative Sequence NTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNIIDKLG
Number of Associated Samples 61
Number of Associated Scaffolds 138

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.72 %
% of genes near scaffold ends (potentially truncated) 97.10 %
% of genes from short scaffolds (< 2000 bps) 99.28 %
Associated GOLD sequencing projects 35
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
Powered by Skylign

Most Common Taxonomy
Group Unclassified (98.551 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(83.333 % of family members)
Environment Ontology (ENVO) Unclassified
(92.029 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(86.232 % of family members)



 ⦗Top⦘

Multiple Sequence Alignments

Select alignment to view:      


 ⦗Top⦘

Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 41.36%    β-sheet: 18.85%    Coil/Unstructured: 39.79%
Feature Viewer
Powered by Feature Viewer


 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 138 Family Scaffolds
PF01844HNH 0.72



 ⦗Top⦘

Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A98.55 %
All OrganismsrootAll Organisms1.45 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000116|DelMOSpr2010_c10068081Not Available1460Open in IMG/M
3300000116|DelMOSpr2010_c10249125Not Available542Open in IMG/M
3300006025|Ga0075474_10116120Not Available856Open in IMG/M
3300006025|Ga0075474_10156223Not Available714Open in IMG/M
3300006025|Ga0075474_10224568Not Available570Open in IMG/M
3300006026|Ga0075478_10170177Not Available674Open in IMG/M
3300006026|Ga0075478_10223370Not Available570Open in IMG/M
3300006027|Ga0075462_10126240Not Available788Open in IMG/M
3300006027|Ga0075462_10236585Not Available543Open in IMG/M
3300006637|Ga0075461_10205969Not Available588Open in IMG/M
3300006802|Ga0070749_10403741Not Available754Open in IMG/M
3300006802|Ga0070749_10461615Not Available695Open in IMG/M
3300006802|Ga0070749_10480238Not Available679Open in IMG/M
3300006802|Ga0070749_10509410All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Chitinophagia → Chitinophagales → Chitinophagaceae → Flavihumibacter → Flavihumibacter petaseus655Open in IMG/M
3300006802|Ga0070749_10586226Not Available602Open in IMG/M
3300006802|Ga0070749_10689919Not Available546Open in IMG/M
3300006802|Ga0070749_10711035Not Available537Open in IMG/M
3300006802|Ga0070749_10711036Not Available537Open in IMG/M
3300006810|Ga0070754_10242673Not Available825Open in IMG/M
3300006810|Ga0070754_10375498Not Available625Open in IMG/M
3300006810|Ga0070754_10383880Not Available617Open in IMG/M
3300006810|Ga0070754_10454327Not Available555Open in IMG/M
3300006810|Ga0070754_10467887Not Available545Open in IMG/M
3300006810|Ga0070754_10471490Not Available542Open in IMG/M
3300006810|Ga0070754_10513128Not Available515Open in IMG/M
3300006867|Ga0075476_10350558Not Available510Open in IMG/M
3300006867|Ga0075476_10358322Not Available503Open in IMG/M
3300006868|Ga0075481_10166799Not Available797Open in IMG/M
3300006868|Ga0075481_10332103Not Available527Open in IMG/M
3300006869|Ga0075477_10248303Not Available717Open in IMG/M
3300006869|Ga0075477_10343727Not Available587Open in IMG/M
3300006869|Ga0075477_10407447Not Available528Open in IMG/M
3300006870|Ga0075479_10358377Not Available567Open in IMG/M
3300006874|Ga0075475_10236953Not Available770Open in IMG/M
3300006874|Ga0075475_10264949Not Available717Open in IMG/M
3300006916|Ga0070750_10073057All Organisms → cellular organisms → Bacteria1621Open in IMG/M
3300006916|Ga0070750_10290090Not Available701Open in IMG/M
3300006916|Ga0070750_10318771Not Available661Open in IMG/M
3300006916|Ga0070750_10466552Not Available520Open in IMG/M
3300006919|Ga0070746_10303401Not Available733Open in IMG/M
3300006919|Ga0070746_10314206Not Available717Open in IMG/M
3300006919|Ga0070746_10412554Not Available604Open in IMG/M
3300007234|Ga0075460_10285835Not Available543Open in IMG/M
3300007236|Ga0075463_10158835Not Available729Open in IMG/M
3300007236|Ga0075463_10276873Not Available538Open in IMG/M
3300007344|Ga0070745_1195351Not Available749Open in IMG/M
3300007344|Ga0070745_1232714Not Available671Open in IMG/M
3300007344|Ga0070745_1262681Not Available622Open in IMG/M
3300007344|Ga0070745_1272241Not Available608Open in IMG/M
3300007344|Ga0070745_1327850Not Available541Open in IMG/M
3300007345|Ga0070752_1259954Not Available672Open in IMG/M
3300007345|Ga0070752_1275366Not Available647Open in IMG/M
3300007345|Ga0070752_1289761Not Available626Open in IMG/M
3300007346|Ga0070753_1242953Not Available655Open in IMG/M
3300007346|Ga0070753_1253210Not Available638Open in IMG/M
3300007346|Ga0070753_1295610Not Available579Open in IMG/M
3300007346|Ga0070753_1356811Not Available514Open in IMG/M
3300007539|Ga0099849_1374753Not Available503Open in IMG/M
3300007640|Ga0070751_1165141Not Available878Open in IMG/M
3300007640|Ga0070751_1237080Not Available697Open in IMG/M
3300007640|Ga0070751_1372973Not Available518Open in IMG/M
3300007640|Ga0070751_1388606Not Available504Open in IMG/M
3300008012|Ga0075480_10471944Not Available608Open in IMG/M
3300008012|Ga0075480_10579119Not Available533Open in IMG/M
3300009001|Ga0102963_1458771Not Available500Open in IMG/M
3300009027|Ga0102957_1363947Not Available536Open in IMG/M
3300010296|Ga0129348_1166523Not Available758Open in IMG/M
3300010297|Ga0129345_1166092Not Available793Open in IMG/M
3300010299|Ga0129342_1211790Not Available685Open in IMG/M
3300010299|Ga0129342_1242066Not Available630Open in IMG/M
3300010299|Ga0129342_1286785Not Available568Open in IMG/M
3300010299|Ga0129342_1286856Not Available568Open in IMG/M
3300010299|Ga0129342_1297221Not Available555Open in IMG/M
3300010300|Ga0129351_1291121Not Available619Open in IMG/M
3300010300|Ga0129351_1390058Not Available520Open in IMG/M
3300010318|Ga0136656_1239545Not Available599Open in IMG/M
3300010389|Ga0136549_10309444Not Available655Open in IMG/M
3300017989|Ga0180432_10844736Not Available632Open in IMG/M
3300017991|Ga0180434_10702558Not Available767Open in IMG/M
3300017991|Ga0180434_11024285Not Available620Open in IMG/M
3300018080|Ga0180433_10691464Not Available759Open in IMG/M
3300018080|Ga0180433_10691465Not Available759Open in IMG/M
3300018080|Ga0180433_10828585Not Available681Open in IMG/M
3300018080|Ga0180433_11207600Not Available548Open in IMG/M
3300022057|Ga0212025_1069601Not Available607Open in IMG/M
3300022065|Ga0212024_1044882Not Available770Open in IMG/M
3300022065|Ga0212024_1079203Not Available584Open in IMG/M
3300022067|Ga0196895_1043742Not Available516Open in IMG/M
3300022067|Ga0196895_1043778Not Available516Open in IMG/M
3300022068|Ga0212021_1114393Not Available552Open in IMG/M
3300022071|Ga0212028_1075095Not Available632Open in IMG/M
3300022167|Ga0212020_1048454Not Available721Open in IMG/M
3300022167|Ga0212020_1049149Not Available716Open in IMG/M
3300022168|Ga0212027_1025415Not Available796Open in IMG/M
3300022168|Ga0212027_1029817Not Available725Open in IMG/M
3300022183|Ga0196891_1101296Not Available506Open in IMG/M
3300022187|Ga0196899_1186815Not Available555Open in IMG/M
3300022187|Ga0196899_1190623Not Available547Open in IMG/M
3300022187|Ga0196899_1210749Not Available510Open in IMG/M
3300025610|Ga0208149_1104930Not Available675Open in IMG/M
3300025630|Ga0208004_1101908Not Available679Open in IMG/M
3300025653|Ga0208428_1135065Not Available671Open in IMG/M
3300025671|Ga0208898_1137665Not Available679Open in IMG/M
3300025671|Ga0208898_1141453Not Available663Open in IMG/M
3300025671|Ga0208898_1182268Not Available529Open in IMG/M
3300025674|Ga0208162_1169588Not Available581Open in IMG/M
3300025674|Ga0208162_1169649Not Available581Open in IMG/M
3300025687|Ga0208019_1185453Not Available556Open in IMG/M
3300025759|Ga0208899_1158646Not Available764Open in IMG/M
3300025759|Ga0208899_1237894Not Available550Open in IMG/M
3300025759|Ga0208899_1238230Not Available550Open in IMG/M
3300025769|Ga0208767_1179101Not Available736Open in IMG/M
3300025769|Ga0208767_1203091Not Available663Open in IMG/M
3300025769|Ga0208767_1257413Not Available540Open in IMG/M
3300025771|Ga0208427_1192065Not Available653Open in IMG/M
3300025810|Ga0208543_1128011Not Available599Open in IMG/M
3300025815|Ga0208785_1164286Not Available500Open in IMG/M
3300025818|Ga0208542_1184450Not Available547Open in IMG/M
3300025828|Ga0208547_1153756Not Available655Open in IMG/M
3300025828|Ga0208547_1171132Not Available605Open in IMG/M
3300025853|Ga0208645_1084161Not Available1369Open in IMG/M
3300025853|Ga0208645_1213642Not Available672Open in IMG/M
3300025853|Ga0208645_1227025Not Available640Open in IMG/M
3300025853|Ga0208645_1235653Not Available621Open in IMG/M
3300025889|Ga0208644_1334638Not Available585Open in IMG/M
3300025889|Ga0208644_1392889Not Available513Open in IMG/M
3300025889|Ga0208644_1399676Not Available506Open in IMG/M
3300025889|Ga0208644_1404905Not Available501Open in IMG/M
3300027917|Ga0209536_102000577Not Available694Open in IMG/M
3300034374|Ga0348335_119621Not Available783Open in IMG/M
3300034375|Ga0348336_137793Not Available748Open in IMG/M
3300034375|Ga0348336_175277Not Available604Open in IMG/M
3300034375|Ga0348336_188224Not Available566Open in IMG/M
3300034375|Ga0348336_210900Not Available508Open in IMG/M
3300034418|Ga0348337_122260Not Available795Open in IMG/M
3300034418|Ga0348337_134239Not Available731Open in IMG/M
3300034418|Ga0348337_141413Not Available697Open in IMG/M



 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous83.33%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient7.25%
Hypersaline Lake SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Sediment → Hypersaline Lake Sediment5.07%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine1.45%
Pond WaterEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Pond Water1.45%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment0.72%
Marine Methane Seep SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Marine Methane Seep Sediment0.72%

Visualization
Powered by ApexCharts



Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000116Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010EnvironmentalOpen 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
3300006026Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006027Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNAEnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300006868Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006869Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006870Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006874Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006916Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24EnvironmentalOpen in IMG/M
3300006919Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21EnvironmentalOpen in IMG/M
3300007234Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNAEnvironmentalOpen in IMG/M
3300007236Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNAEnvironmentalOpen in IMG/M
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007345Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
3300007640Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28EnvironmentalOpen in IMG/M
3300008012Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300009001Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_C_H2O_MGEnvironmentalOpen in IMG/M
3300009027Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_A_H2O_MGEnvironmentalOpen in IMG/M
3300010296Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.8_DNAEnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
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
3300010389Marine sediment microbial communities from methane seeps within Baltimore Canyon, US Atlantic Margin - Baltimore Canyon MUC-11 12-14 cmbsfEnvironmentalOpen in IMG/M
3300017989Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_MS_2 metaGEnvironmentalOpen in IMG/M
3300017991Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_2 metaGEnvironmentalOpen in IMG/M
3300018080Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_1 metaGEnvironmentalOpen in IMG/M
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
3300022065Aqueous 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 (v2)EnvironmentalOpen in IMG/M
3300022067Aqueous 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 (v3)EnvironmentalOpen in IMG/M
3300022068Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (v2)EnvironmentalOpen in IMG/M
3300022071Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v2)EnvironmentalOpen in IMG/M
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
3300022168Aqueous 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 (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
3300025610Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025630Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025653Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025687Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
3300025771Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025815Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025818Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025828Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025853Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (SPAdes)EnvironmentalOpen in IMG/M
3300025889Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18 (SPAdes)EnvironmentalOpen in IMG/M
3300027917Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR-2-8_12 (SPAdes)EnvironmentalOpen in IMG/M
3300034374Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v4)EnvironmentalOpen in IMG/M
3300034375Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v4)EnvironmentalOpen in IMG/M
3300034418Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v4)EnvironmentalOpen in IMG/M

Geographical Distribution
Zoom:     Powered by OpenStreetMap



 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOSpr2010_1006808113300000116MarineLKYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLTECVKVINEKFVLNETNKIRKKIIECVIN*
DelMOSpr2010_1024912513300000116MarineWRTNPAFQKELNKKIVTEATVVTVTTEELYQLGKQYNPNTHIVPNALTHKITKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDTALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINXEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKE
Ga0075474_1011612013300006025AqueousKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLQEFNVGNSFWYKNHKDLKSILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIIECVIS*
Ga0075474_1015622313300006025AqueousKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPNKIINDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDTALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFVLNETNKIRKNIIESLG*
Ga0075474_1022456813300006025AqueousNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLINDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIID
Ga0075478_1017017713300006026AqueousVTVTTEELYQLGKQYNLNTYIAPNALPHKITKDYRKKNKVIGWRGSDRHMEDIRHGMKGLIKDERLHYHFIGFSPWYLYDAKINYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLQEFNVGNSLWYKNHKELKAILTKIANNELNEVRNRYLAECVKVINDKYVLNETNKIRKNIIDKLG*
Ga0075478_1022337013300006026AqueousHPHSWRTNPAFQKELNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRNGMKGLVKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYMINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTILT
Ga0075462_1012624013300006027AqueousIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEANVVTVTTKELHQLGKTINPNTHIVPNALTHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFVLNETNKIRKNIIESFG*
Ga0075462_1023658513300006027AqueousGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG*
Ga0075461_1020596913300006637AqueousTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFVLNETNKIRKNIIESFG*
Ga0070749_1040374113300006802AqueousDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRNGMKGLVKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIGPEWLEEFNITHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIIDELG*
Ga0070749_1046161513300006802AqueousPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTEELYQLGKQFNPNTHIVPNALTHKITKDHRNKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNI
Ga0070749_1048023813300006802AqueousFWNPSHPKSLAYIKAAQFAKCKVWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTKELYHLGKQYNENTHIVPNALPHQITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYAYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTIL
Ga0070749_1050941013300006802AqueousPKSLAYIKAAQLAKCKVWIDFDDNWSEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRNKNKVIGWRGSDRHMEDIRNGMKGLIKDERIHYHFIGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKT
Ga0070749_1058622613300006802AqueousQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPNKIINDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDTALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKV
Ga0070749_1068991913300006802AqueousRGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLTECVKVINKKFILNETNKIRKNIIESLG*
Ga0070749_1071103513300006802AqueousDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLEEFNVGHSLWYNNHKELKSILTKIANNELDDVRNRYLTECVKVINEKYVLNETNKIRKNIIDELG*
Ga0070749_1071103613300006802AqueousDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNISHLLWYKNHKELKTILTKIANNELDDIRNRYLAECVKVINEKFILNETNKIRKNIIDELG*
Ga0070754_1024267313300006810AqueousKELNKKIVSEADVVTVTTEELYELGKQFNPNTYIVPNALPNKITNDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNIIECVLN*
Ga0070754_1037549813300006810AqueousNTHIVPNALPNKIINDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDTALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFVLNETNKIRKNIIESLG*
Ga0070754_1038388013300006810AqueousHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLINDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIIDKLG*
Ga0070754_1045432713300006810AqueousALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLTECVKVINQKYILNETNKIRKNIIECVVS*
Ga0070754_1046788713300006810AqueousQLAKCKIWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTEELYQLGKQFNPNTYIVPNALTHKINKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLREYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVG
Ga0070754_1047149013300006810AqueousKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLEEFNVGHSLWYNNHKELKSILTKIANNE
Ga0070754_1051312813300006810AqueousRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIGFLEATSVGAVCIIPEWLQEFNVGNSFWYKNHKELKTILTKIANNELDEVRNRYLNECVKVINEKFILNETNKIRKNIIDELG*
Ga0075476_1035055813300006867AqueousVWIDFDDNWSEIPMYHPHSWRTNPAFQKELNKKIVSIATVVTVTTEELYQLSKTINPNTYIVPNALPHKINKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLE
Ga0075476_1035832213300006867AqueousKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLEEFNVGHSLCY
Ga0075481_1016679913300006868AqueousKIWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEATVITVTTEELYQLGKQFNPNTHIVPNALTHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFVLNETNKIRKNIIESFG*
Ga0075481_1033210313300006868AqueousMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGNSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG*
Ga0075477_1024830313300006869AqueousQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLINDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG*
Ga0075477_1034372713300006869AqueousDNWAEIPMYHPHSWRTNPTFQKELNKKIVSEADVVTVTTEELYQLGKQYNLNTYIAPNALPHKITKDYRKKNKVIGWRGSDRHMEDIRHGMKGLIKDERLHYHFIGFSPWYLYDAKINYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLQEFNVGNSLWYKNHKELK
Ga0075477_1040744713300006869AqueousFQKELNKKIVSEADVVTVTTEELYQLGKQFNPNTIIVPNALPHKITNDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELK
Ga0075479_1035837713300006870AqueousKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPNKIINDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDTALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLA
Ga0075475_1023695313300006874AqueousKSLAYIKAAQLAKCKIWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTEELYQLGKQYNPNTYIVPNALTHKITNDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNISFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLTECVKVINEKFILNETNKIRK
Ga0075475_1026494913300006874AqueousQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPNKIINDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDTALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFVLNETNKIRKNIIESLG*
Ga0070750_1007305713300006916AqueousMKGLIKDSALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLAECVKVINEKYVLNETNKIRKNIIECVIN*
Ga0070750_1029009013300006916AqueousKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRNGMKGLVKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIGPEWLEEFNITHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIIDELG*
Ga0070750_1031877113300006916AqueousPKSLAYIKAAQFAKCKVWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTKELYHLGKQYNENTHIVPNALPHQITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYAYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTIL
Ga0070750_1046655213300006916AqueousIRSGMKGLINDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWTPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLQEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLVECVKVINEKFVLNETNKIRKNIIDELG*
Ga0070746_1030340113300006919AqueousQLAKCKIWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRNGMKGLVKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIGPEWLEEFNITHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNK
Ga0070746_1031420613300006919AqueousQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPYKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNISHLLWYKNHKELKTILTKIANNELDDIRNRYLAECVKVINEKFILNETNKIRKNIIDELG*
Ga0070746_1041255413300006919AqueousALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWTPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLQEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLVECVKVINEKFVLNETNKIRKNIIDELG*
Ga0075460_1028583513300007234AqueousGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLTECVKVINKKFILNETNKIRKNIIESLG*
Ga0075463_1015883513300007236AqueousNPAFQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLTECVKVINKKFILNETNKIRKNIIESLG*
Ga0075463_1027687313300007236AqueousDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG*
Ga0070745_119535113300007344AqueousQLAKCKIWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTEELYELGKQFNPNTLIVPNALTHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNI
Ga0070745_123271413300007344AqueousDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTEELYQLGKQFNPNTHIVPNALTHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLAECVKV
Ga0070745_126268113300007344AqueousKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLEEFNVGHSLCYNNHKELKSILTKINNNELDDIRNRYLTEYVKVIKEKYVLNE*
Ga0070745_127224113300007344AqueousQYNKNTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRNGMKGLVKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIGPEWLEEFNITHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIIDELG*
Ga0070745_132785013300007344AqueousYQLGKQFNPNTIIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNTFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLAECVKVI
Ga0070752_125995413300007345AqueousQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLEEFNVGHSLCYNNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFILNETNKIRKNIIDKLG*
Ga0070752_127536613300007345AqueousQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPNKIINDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDTALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFVLNETNKIRK
Ga0070752_128976113300007345AqueousNPAFQKELNKKIVSEATVITVTTEELYQLGKQFNPNTIIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGYSLWYKNHKELKSILTKIANNELDEVRNRYLAECVKVINEK
Ga0070753_124295313300007346AqueousQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLEEFNVGHSLCYNNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFILNETNKIRKNII
Ga0070753_125321013300007346AqueousKQYNKNTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLINDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIIDKLG*
Ga0070753_129561013300007346AqueousNKITNDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNIIDELG*
Ga0070753_135681113300007346AqueousDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNI
Ga0099849_137475313300007539AqueousELYQLGKQFNPNTLIVPNALTHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELD
Ga0070751_116514113300007640AqueousKIWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTEELYELGKQFNPNTLIVPNALTHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNIIECVIN*
Ga0070751_123708013300007640AqueousIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIGPEWLEEFNITHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKYVLNETNKIRKNIIDELG*
Ga0070751_137297313300007640AqueousKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLTECVKVINEKYVLNETNKIRKNIIESLG
Ga0070751_138860613300007640AqueousKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNISFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLAECVKVINEKYVLNETNKIRKNIIESLG*
Ga0075480_1047194413300008012AqueousNTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNIIDKLG*
Ga0075480_1057911913300008012AqueousDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNTFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLTECVKVINEKFILNETNKIRKNIIESLG*
Ga0102963_145877113300009001Pond WaterVTTEELYQLGKQYNSNTHIVPNALPFKINKDHRKKNKIIGWRGSDRHMEDIRSGMKGLIKDNRLTYHFVGFSPWYLYDANIDYSYTTWSNTLREYFNNLYTINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIA
Ga0102957_136394713300009027Pond WaterDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKAILTKIANNELDEVRNRYLNECVKVINEKYILNETNKIRKNIIESLT*
Ga0129348_116652313300010296Freshwater To Marine Saline GradientKAAQLAKCKVWIDFDDNWSEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNVGHSLWYNNHKELKSILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNI
Ga0129345_116609213300010297Freshwater To Marine Saline GradientAKCKVWIDFDDNWSEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNVGHSLWYNNHKELKSILTKIANNELDMVRNRYLTECVKVINEKYVLNETNKIRKNIIDELG*
Ga0129342_121179013300010299Freshwater To Marine Saline GradientIDFDDNWAEIPMYHPHSWRTNPTFQKELNKKIVSEATVVTVTTEELYQLGKQFNLNTYIVPNALPHKITNDYRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLTECVKVINEK
Ga0129342_124206613300010299Freshwater To Marine Saline GradientTEATVVTVTTEELYQLGKQFNSNTYIVPNALPHKINKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLPECVKIINEKFVLNETNKIRKNII
Ga0129342_128678513300010299Freshwater To Marine Saline GradientKDHRNKNKVIGWRGSDRHMEDIRNGMKGLIKDERLHYHFVGFSPWYLYDAKIDYAYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDKLG*
Ga0129342_128685613300010299Freshwater To Marine Saline GradientKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELNDVRNRYLAECVKVINEKFILNETNKIRKNIIESLG*
Ga0129342_129722113300010299Freshwater To Marine Saline GradientQLAKCKIWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTEELFKLGNQFNPNTHIVPNALPNKITNDHRKKKKVIGWRGSDRHMEDIRHGMKGLIKDDRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCII
Ga0129351_129112113300010300Freshwater To Marine Saline GradientAAQLAKCKVWIDFDDNWSEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNVGHSLWYNNHK
Ga0129351_139005813300010300Freshwater To Marine Saline GradientLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLAECVRVINEKYVLNETNKIRKNIIECVVS*
Ga0136656_123954513300010318Freshwater To Marine Saline GradientNALPNKITNDHRKKKKVIGWRGSDRHMEDIRHGMKGLIKDDRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLPECVKIINEKFVLNETNKIRKNIIESLG*
Ga0136549_1030944413300010389Marine Methane Seep SedimentQLAKCKIWIDFDDNWAEIPMYHPHSWRTNPTFQKELNKKIVSEATVVTVTTEELYQLGKQFNPNTHIVPNALTHNVSKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNE
Ga0180432_1084473613300017989Hypersaline Lake SedimentLGKQYNPNTHIVPNALPHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLTECVKVINEKFILNETNLIRKNIIDSLG
Ga0180434_1070255813300017991Hypersaline Lake SedimentAEIPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTEELYQLGKQFNSNTHIVPNALPFKINKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLQEFNVAHSLWYKNHKELKTILTKIANGELDEVRNRYLTECVKVINEKYVLNETNKIRKNIIESLG
Ga0180434_1102428513300017991Hypersaline Lake SedimentTHIVPNALPHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIADGELDDVRNRYLDECVKVINEKFVLNETNLIRKNIINELG
Ga0180433_1069146413300018080Hypersaline Lake SedimentAAQLAKCKVWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSIATVVTVTTEELYELGKQYNTNTHIVPNALPHKINKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLREYFNNLYTINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIADGELDEVRNRYLAECVKVINEKYVLIETNKIRKNII
Ga0180433_1069146513300018080Hypersaline Lake SedimentAAQLAKCKVWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTQELYELGKQFNPNTHIVPNSLPHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLQEFNVGHSLWYKNHKELKSILTKIADGELDEVRNRYLAECVKVINEKYVLIETNKIRKNII
Ga0180433_1082858513300018080Hypersaline Lake SedimentAFQKELNKKIVSEATVVTVTTEDLYQLGKQYNTNTHIIPNALPFKINKDYRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNIGYSLWYKNHKELKSILTKIANNELDEVRNRYLTECVNIINEKFILNETNKIRKNIIESLG
Ga0180433_1120760013300018080Hypersaline Lake SedimentGKQYNPNTHIVPNALPHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIADGELDEVRNRYLAECVKVINEKYVL
Ga0212025_106960113300022057AqueousPAYQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPNKIINDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDTALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVN
Ga0212024_104488213300022065AqueousKNPHSWRTNPAFQKELNKKIVSEATVITVTTEELYQLGKQFNPNTHIVPNALTHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFVLNETNKIRKNIIESFG
Ga0212024_107920313300022065AqueousKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNISHLLWYKNHKELKTILTKIANNELDDIRNRYLAECVKVINEKFILNETNKIRKNIIDELG
Ga0196895_104374213300022067AqueousHKITKDYRKKNKVIGWRGSDRHMEDIRHGMKGLIKDERLHYHFIGFSPWYLYDAKINYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLQEFNVGNSLWYKNHKELKAILTKIANNELNEVRNRYLAECVKVINDKYVLNETNK
Ga0196895_104377813300022067AqueousKLGKQFNPNTIIVPNALPHKINKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYL
Ga0212021_111439313300022068AqueousGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG
Ga0212028_107509513300022071AqueousNTIIVPNALPHKINKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNIGHSLWYKNHKELKSILTKIANNELDDVRNRYLTECVKVINEKYVLNETNKIRKNIIDELG
Ga0212020_104845423300022167AqueousLNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLINDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIIDKLG
Ga0212020_104914913300022167AqueousNKKIVSEATVVTVTTEELYQLSKTINPNTYIVPNALPHKINKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFILNETNKIRKNIIDNLG
Ga0212027_102541513300022168AqueousDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTEELYQLGKQYNPNTYIVPNALTHKITNDYRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGNSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG
Ga0212027_102981713300022168AqueousLNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALTHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFVLNETNKIRKNIIESFG
Ga0196891_110129623300022183AqueousEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG
Ga0196899_118681513300022187AqueousTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLINDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKN
Ga0196899_119062313300022187AqueousNTIIVPNALPHKINKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLTECVKVINEKYVLNETNKI
Ga0196899_121074913300022187AqueousMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFILNETNKIRKNIIDNLG
Ga0208149_110493013300025610AqueousVTVTTEELYQLGKQYNLNTYIAPNALPHKITKDYRKKNKVIGWRGSDRHMEDIRHGMKGLIKDERLHYHFIGFSPWYLYDAKINYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLQEFNVGNSLWYKNHKELKAILTKIANNELNEVRNRYLAECVKVINDKYVLNETNKIRKNIIDKLG
Ga0208004_110190813300025630AqueousVSEADVVTVTTEELYELGKQFNPNTYIVPNALPNKITNDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFVLNETNKIRKNIIESLG
Ga0208428_113506513300025653AqueousTVTSEELYQLSKTINPNTYIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGNSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG
Ga0208898_113766513300025671AqueousDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTEELYQLGKQFNPNTHIVPNALTHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLAECVKVINE
Ga0208898_114145313300025671AqueousHPKSLAYIKAAQLAKCKVWIDFDDNWSEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRNKNKVIGWRGSDRHMEDIRNGMKGLIKDKRIHYHFIGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTI
Ga0208898_118226823300025671AqueousHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKYVLNETNKIRKNIIDKLG
Ga0208162_116958813300025674AqueousDFDDNWSEIPMYHPHSWRTNPAFQKELNKKIVSEATVVTVTTEELYELGKQFNPNTYIVPNALPNKITNDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNLFNASVSNIAWLEATSVGAVAIAPSWLPEFDYAPSLRYKN
Ga0208162_116964913300025674AqueousKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNVGHSLWYNNHKELKSILTKIANNELDDVRNRYLTECVKVINEKYVLNETNKIRKNIIDELG
Ga0208019_118545313300025687AqueousIGWRGSDRHMEDIRNGMKGLVKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFVLNETNKIRKNIIESFG
Ga0208899_115864613300025759AqueousSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLAECVKVINEKYVLNETNKIRKNIIECVIN
Ga0208899_123789413300025759AqueousWRGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG
Ga0208899_123823013300025759AqueousWRGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLTECVKVINKKFILNETNKIRKNIIESLG
Ga0208767_117910113300025769AqueousRTNPAFQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPYKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNISHLLWYKNHKELKTILTKIANNELDDIRNRYLAECVKVINEKFILNETNKIRKNIIDELG
Ga0208767_120309113300025769AqueousHPKSLAYIKAAQLAKCKVWIDFDDNWSEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRNKNKVIGWRGSDRHMEDIRNGMKGLIKDERIHYHFIGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTI
Ga0208767_125741313300025769AqueousSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLEEFNVGHSLWYNNHKELKSILTKIANNELDDVRNRYLTECVKVINEKYVLNETNKIRKNIIDELG
Ga0208427_119206513300025771AqueousQLAKCKIWIDFDDNWAEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTEELYQLGKQFNPNTIIVPNALPHKITNDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTILTKIANNE
Ga0208543_112801123300025810AqueousSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLQEFNVGNSFWYKNHKDLKSILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIIECVIS
Ga0208785_116428613300025815AqueousKELNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRNGMKGLVKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLW
Ga0208542_118445013300025818AqueousRGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG
Ga0208547_115375613300025828AqueousKSLAYIKAAQLAKCKVWIDFDDNWSEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRNKNKVIGWRGSDRHMEDIRNGMKGLIKDKRIHYHFIGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTI
Ga0208547_117113213300025828AqueousNALTHKITNDYRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNISFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLAECVKVINEKYVLNETNKIRKNIIESLG
Ga0208645_108416113300025853AqueousQKQLNKKIVSEADVVTVTTEELYELGKQFNPNTYIVPNALPNKITNDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNIIECVLN
Ga0208645_121364213300025853AqueousFQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLEEFNVGHSLCYNNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFILNETNKIRKNIIDKLG
Ga0208645_122702513300025853AqueousSKTINLNTYIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNAFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKYVLNETNKIRKNIIDKLG
Ga0208645_123565313300025853AqueousTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLINDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIIDKLG
Ga0208645_125634023300025853AqueousSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDEVRNRYLTECVKVINQKYILNETNKIRKNIIECVVS
Ga0208644_133463813300025889AqueousDNWSEIPMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRNKNKVIGWRGSDRHMEDIRNGMKGLIKDERIHYHFIGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELK
Ga0208644_139288913300025889AqueousAFQKELNKKIVSEADVVTVTTKELHQLGKQYNKNTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRNGMKGLVKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWY
Ga0208644_139967613300025889AqueousMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGNSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG
Ga0208644_140490513300025889AqueousGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNIIDELG
Ga0209536_10200057713300027917Marine SedimentLAKCKVWIDFDDNWAEIPMYHPHSWRTNPAFQRELNKKIVSEATVVTVTTEELYLLGKQFNPNTIIVPNALPHKITNDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVK
Ga0348335_119621_39_7463300034374AqueousMYHPHSWRTNPAYQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPNKIINDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDTALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFVLNETNKIRKNIIESLG
Ga0348336_137793_4_7113300034375AqueousMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNDGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG
Ga0348336_175277_5_5683300034375AqueousVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLINDKRLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIVPEWLQEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLAECVKVINEKFILNETNKIRKNIIDKLG
Ga0348336_188224_1_5643300034375AqueousSWRTNPAFQKELNKKIVSEATVVTVTTEELYQLGKQFNPNTHIVPNALTHKISKDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDSALQYHFVGFSPWYLYDAKIDYSYTTWSNSLREYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYNNHKELKSILTK
Ga0348336_210900_38_4963300034375AqueousMKGLIKDPALQYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDDVRNRYLAECVKVINEKYVLNETNKIRKNIIDELG
Ga0348337_122260_52_7593300034418AqueousMYHPHSWRTNPAFQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPHKITKDHRKKNKVIGWRGSDRHMEDIRSGMKGLIKDERLHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIALLEATSVGAVCIIPEWLEEFNVGHSLCYNNHKELKSILTKIANNELDDVRNRYLTECVKVINEKFILNETNKIRKNIIDKLG
Ga0348337_134239_2_6943300034418AqueousSWRTNPAYQKELNKKIVSEADVVTVTTNELYQLGEQYNENTHIVPNALPNKIINDHRKKNKVIGWRGSDRHMEDIRHGMKGLIKDTALQYHFVGFSPWYLYDANIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIIPEWLEEFNVGHSLWYKNHKELKSILTKIANNELDDVRNRYLAECVKVINEKFVLNETNKIRKNIIESLG
Ga0348337_141413_182_6613300034418AqueousMEDIRHGMKGLIKDPALHYHFVGFSPWYLYDAKIDYSYTTWSNSLQEYFNNLYTINMEYCWIPMINNVFNRSVSNIAFLEATSVGAVCIVPEWLEEFNVGHSLWYKNHKELKTILTKIANNELDEVRNRYLTECVKVINEKFILNETNKIRKNIIDELG


 ⦗Top⦘


© Pavlopoulos Lab, Bioinformatics & Integrative Biology | B.S.R.C. "Alexander Fleming" | Privacy Notice
Make sure JavaScript is enabled in your browser settings to achieve functionality.