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 F077249

Metagenome Family F077249

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F077249
Family Type Metagenome
Number of Sequences 117
Average Sequence Length 125 residues
Representative Sequence MAIQGRKKIKTVTIDNRSVPQGKLKTVKETKMPKVTRRKKVLSGVRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Number of Associated Samples 88
Number of Associated Scaffolds 117

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 83.76 %
% of genes near scaffold ends (potentially truncated) 29.91 %
% of genes from short scaffolds (< 2000 bps) 67.52 %
Associated GOLD sequencing projects 70
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (76.923 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(55.556 % of family members)
Environment Ontology (ENVO) Unclassified
(80.342 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(97.436 % 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: Transmembrane (alpha-helical) Signal Peptide: No Secondary Structure distribution: α-helix: 32.31%    β-sheet: 17.69%    Coil/Unstructured: 50.00%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 117 Family Scaffolds
PF08291Peptidase_M15_3 39.32
PF08299Bac_DnaA_C 35.04
PF03796DnaB_C 7.69
PF12684DUF3799 1.71

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 117 Family Scaffolds
COG0593Chromosomal replication initiation ATPase DnaAReplication, recombination and repair [L] 35.04
COG0305Replicative DNA helicaseReplication, recombination and repair [L] 7.69
COG1066DNA repair protein RadA/Sms, contains AAA+ ATPase domainReplication, recombination and repair [L] 7.69


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A76.92 %
All OrganismsrootAll Organisms23.08 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000116|DelMOSpr2010_c10140714Not Available840Open in IMG/M
3300000117|DelMOWin2010_c10000101Not Available45322Open in IMG/M
3300001778|ACM18_1032564Not Available620Open in IMG/M
3300001830|ACM40_1048979Not Available828Open in IMG/M
3300001846|ACM22_1074980Not Available3555Open in IMG/M
3300001846|ACM22_1089623Not Available1591Open in IMG/M
3300002483|JGI25132J35274_1000945Not Available7764Open in IMG/M
3300006027|Ga0075462_10144783All Organisms → cellular organisms → Bacteria728Open in IMG/M
3300006029|Ga0075466_1016728All Organisms → cellular organisms → Bacteria2423Open in IMG/M
3300006637|Ga0075461_10021178All Organisms → cellular organisms → Bacteria2147Open in IMG/M
3300006802|Ga0070749_10015769Not Available4809Open in IMG/M
3300006802|Ga0070749_10329527All Organisms → cellular organisms → Bacteria851Open in IMG/M
3300006803|Ga0075467_10269498All Organisms → cellular organisms → Bacteria916Open in IMG/M
3300006810|Ga0070754_10024246All Organisms → cellular organisms → Bacteria3483Open in IMG/M
3300006810|Ga0070754_10071350All Organisms → cellular organisms → Bacteria1773Open in IMG/M
3300006867|Ga0075476_10332040Not Available528Open in IMG/M
3300006868|Ga0075481_10040944Not Available1790Open in IMG/M
3300006868|Ga0075481_10171920All Organisms → cellular organisms → Bacteria782Open in IMG/M
3300006869|Ga0075477_10041154All Organisms → cellular organisms → Bacteria2083Open in IMG/M
3300006869|Ga0075477_10077550All Organisms → Viruses → Predicted Viral1444Open in IMG/M
3300006870|Ga0075479_10014382All Organisms → Viruses → Predicted Viral3511Open in IMG/M
3300006870|Ga0075479_10021703All Organisms → cellular organisms → Bacteria2819Open in IMG/M
3300006919|Ga0070746_10018926All Organisms → cellular organisms → Bacteria3796Open in IMG/M
3300006919|Ga0070746_10312598Not Available719Open in IMG/M
3300006920|Ga0070748_1023767All Organisms → cellular organisms → Bacteria2549Open in IMG/M
3300007229|Ga0075468_10020462Not Available2445Open in IMG/M
3300007234|Ga0075460_10064709Not Available1353Open in IMG/M
3300007234|Ga0075460_10194783Not Available691Open in IMG/M
3300007236|Ga0075463_10100298Not Available934Open in IMG/M
3300007236|Ga0075463_10176271Not Available689Open in IMG/M
3300007346|Ga0070753_1185422Not Available776Open in IMG/M
3300007539|Ga0099849_1004752All Organisms → cellular organisms → Bacteria → FCB group6235Open in IMG/M
3300007539|Ga0099849_1010710All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → unclassified Verrucomicrobiales → Verrucomicrobiales bacterium4108Open in IMG/M
3300007540|Ga0099847_1228515Not Available538Open in IMG/M
3300007542|Ga0099846_1093499Not Available1111Open in IMG/M
3300007960|Ga0099850_1179017Not Available842Open in IMG/M
3300008012|Ga0075480_10170926Not Available1167Open in IMG/M
3300008012|Ga0075480_10327949Not Available770Open in IMG/M
3300009124|Ga0118687_10002324Not Available6807Open in IMG/M
3300010296|Ga0129348_1013681Not Available2947Open in IMG/M
3300010296|Ga0129348_1019877All Organisms → Viruses → Predicted Viral2446Open in IMG/M
3300010297|Ga0129345_1035227Not Available1942Open in IMG/M
3300010299|Ga0129342_1111422Not Available1019Open in IMG/M
3300010299|Ga0129342_1230228Not Available650Open in IMG/M
3300012920|Ga0160423_10004251Not Available11797Open in IMG/M
3300012936|Ga0163109_10416275Not Available984Open in IMG/M
3300017697|Ga0180120_10143123Not Available1017Open in IMG/M
3300017708|Ga0181369_1000063Not Available27052Open in IMG/M
3300017710|Ga0181403_1005231Not Available2838Open in IMG/M
3300017717|Ga0181404_1069180Not Available877Open in IMG/M
3300017725|Ga0181398_1022027Not Available1585Open in IMG/M
3300017726|Ga0181381_1029360Not Available1238Open in IMG/M
3300017727|Ga0181401_1034609Not Available1437Open in IMG/M
3300017748|Ga0181393_1079597Not Available860Open in IMG/M
3300017752|Ga0181400_1024347Not Available1982Open in IMG/M
3300017756|Ga0181382_1173577Not Available553Open in IMG/M
3300017762|Ga0181422_1129450Not Available780Open in IMG/M
3300017769|Ga0187221_1161617Not Available660Open in IMG/M
3300017770|Ga0187217_1091452Not Available1039Open in IMG/M
3300017776|Ga0181394_1015888Not Available2771Open in IMG/M
3300017781|Ga0181423_1377254Not Available514Open in IMG/M
3300017782|Ga0181380_1081207Not Available1135Open in IMG/M
3300017950|Ga0181607_10069925Not Available2300Open in IMG/M
3300017950|Ga0181607_10088916Not Available1975Open in IMG/M
3300017950|Ga0181607_10177862Not Available1268Open in IMG/M
3300018041|Ga0181601_10032423All Organisms → Viruses → Predicted Viral3855Open in IMG/M
3300018041|Ga0181601_10100675Not Available1869Open in IMG/M
3300018048|Ga0181606_10038658All Organisms → Viruses → Predicted Viral3352Open in IMG/M
3300018421|Ga0181592_10580265Not Available763Open in IMG/M
3300018424|Ga0181591_11203005Not Available504Open in IMG/M
3300020053|Ga0181595_10140147Not Available1125Open in IMG/M
3300020053|Ga0181595_10407701Not Available525Open in IMG/M
3300020174|Ga0181603_10005546Not Available8850Open in IMG/M
3300020177|Ga0181596_10018704All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage4987Open in IMG/M
3300020178|Ga0181599_1080460Not Available1519Open in IMG/M
3300020194|Ga0181597_10110748Not Available1491Open in IMG/M
3300021373|Ga0213865_10067343All Organisms → Viruses → Predicted Viral1955Open in IMG/M
3300021425|Ga0213866_10239491Not Available928Open in IMG/M
3300022057|Ga0212025_1027528Not Available947Open in IMG/M
3300022178|Ga0196887_1037207Not Available1314Open in IMG/M
3300022183|Ga0196891_1017739All Organisms → Viruses → Predicted Viral1369Open in IMG/M
3300022187|Ga0196899_1023364Not Available2242Open in IMG/M
3300022187|Ga0196899_1026115Not Available2090Open in IMG/M
3300022187|Ga0196899_1029742Not Available1925Open in IMG/M
3300022187|Ga0196899_1120724Not Available755Open in IMG/M
3300022926|Ga0255753_1164919Not Available979Open in IMG/M
3300025151|Ga0209645_1001029All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium14166Open in IMG/M
3300025151|Ga0209645_1030708All Organisms → Viruses → Predicted Viral1979Open in IMG/M
3300025508|Ga0208148_1017695Not Available2059Open in IMG/M
3300025645|Ga0208643_1044907Not Available1383Open in IMG/M
3300025653|Ga0208428_1016598All Organisms → Viruses → Predicted Viral2471Open in IMG/M
3300025655|Ga0208795_1142447Not Available606Open in IMG/M
3300025671|Ga0208898_1119446Not Available764Open in IMG/M
3300025674|Ga0208162_1004955Not Available6194Open in IMG/M
3300025674|Ga0208162_1016416Not Available2952Open in IMG/M
3300025674|Ga0208162_1033552Not Available1853Open in IMG/M
3300025687|Ga0208019_1098224Not Available903Open in IMG/M
3300025687|Ga0208019_1143443Not Available681Open in IMG/M
3300025751|Ga0208150_1067278Not Available1202Open in IMG/M
3300025751|Ga0208150_1071375Not Available1160Open in IMG/M
3300025759|Ga0208899_1012426All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Autographiviridae → Sednavirus → Synechococcus virus SRIP24632Open in IMG/M
3300025759|Ga0208899_1079884Not Available1279Open in IMG/M
3300025769|Ga0208767_1114891Not Available1045Open in IMG/M
3300025769|Ga0208767_1156701Not Available821Open in IMG/M
3300025771|Ga0208427_1092008Not Available1058Open in IMG/M
3300025803|Ga0208425_1015326Not Available2077Open in IMG/M
3300025806|Ga0208545_1023517Not Available2062Open in IMG/M
3300025810|Ga0208543_1094380Not Available716Open in IMG/M
3300025815|Ga0208785_1075658Not Available876Open in IMG/M
3300025818|Ga0208542_1060138Not Available1160Open in IMG/M
3300025818|Ga0208542_1092631Not Available879Open in IMG/M
3300025840|Ga0208917_1181039Not Available714Open in IMG/M
3300025889|Ga0208644_1025067All Organisms → Viruses → Predicted Viral3678Open in IMG/M
3300025889|Ga0208644_1288898Not Available657Open in IMG/M
3300029448|Ga0183755_1023330Not Available1981Open in IMG/M
3300032277|Ga0316202_10110198Not Available1275Open in IMG/M
3300034375|Ga0348336_078488Not Available1204Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous55.56%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh12.82%
SeawaterEnvironmental → Aquatic → Marine → Strait → Unclassified → Seawater11.97%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient5.13%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine3.42%
Marine PlanktonEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine Plankton3.42%
Surface SeawaterEnvironmental → Aquatic → Marine → Oceanic → Photic Zone → Surface Seawater1.71%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater1.71%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine1.71%
Microbial MatEnvironmental → Aquatic → Marine → Coastal → Sediment → Microbial Mat0.85%
MarineEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Marine0.85%
SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Sediment0.85%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000116Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010EnvironmentalOpen in IMG/M
3300000117Marine microbial communities from Delaware Coast, sample from Delaware MO Winter December 2010EnvironmentalOpen in IMG/M
3300001778Marine plankton microbial communities from the Amazon River plume, Atlantic Ocean - ACM18, ROCA_DNA027_0.2um_3gEnvironmentalOpen in IMG/M
3300001830Marine plankton microbial communities from the Amazon River plume, Atlantic Ocean - ACM40, ROCA_DNA028_0.2um_3lEnvironmentalOpen in IMG/M
3300001846Marine plankton microbial communities from the Amazon River plume, Atlantic Ocean - ACM22, ROCA_DNA119_0.2um_25bEnvironmentalOpen in IMG/M
3300002483Marine viral communities from the Pacific Ocean - ETNP_6_30EnvironmentalOpen in IMG/M
3300006027Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNAEnvironmentalOpen in IMG/M
3300006029Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_<0.8_DNAEnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006803Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_>0.8_DNAEnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
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
3300006919Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21EnvironmentalOpen in IMG/M
3300006920Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_12EnvironmentalOpen in IMG/M
3300007229Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_30_<0.8_DNAEnvironmentalOpen in IMG/M
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
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
3300007540Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007542Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaGEnvironmentalOpen in IMG/M
3300007960Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaGEnvironmentalOpen in IMG/M
3300008012Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300009124Marine sediment microbial communities from methane seeps within Hudson Canyon, US Atlantic Margin - Hudson Canyon PC-16 72 cmbsfEnvironmentalOpen in IMG/M
3300010296Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.8_DNAEnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
3300010299Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_DNAEnvironmentalOpen in IMG/M
3300012920Marine microbial communities from the Costa Rica Dome - CRUD Field 142mm St8 metaGEnvironmentalOpen in IMG/M
3300012936Marine microbial communities from the Costa Rica Dome - CRUD Field 142mm St13 metaGEnvironmentalOpen 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
3300017708Marine viral communities from the Subarctic Pacific Ocean - Lowphox_04 viral metaGEnvironmentalOpen in IMG/M
3300017710Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 26 SPOT_SRF_2011-09-28EnvironmentalOpen in IMG/M
3300017717Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 27 SPOT_SRF_2011-10-25EnvironmentalOpen in IMG/M
3300017725Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 21 SPOT_SRF_2011-04-29EnvironmentalOpen in IMG/M
3300017726Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 4 SPOT_SRF_2009-09-24EnvironmentalOpen in IMG/M
3300017727Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 24 SPOT_SRF_2011-07-20EnvironmentalOpen in IMG/M
3300017748Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 16 SPOT_SRF_2010-10-21EnvironmentalOpen in IMG/M
3300017752Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 23 SPOT_SRF_2011-06-22EnvironmentalOpen in IMG/M
3300017756Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 5 SPOT_SRF_2009-10-22EnvironmentalOpen in IMG/M
3300017762Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 45 SPOT_SRF_2013-07-18EnvironmentalOpen in IMG/M
3300017769Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 5 SPOT_SRF_2009-10-22 (version 2)EnvironmentalOpen in IMG/M
3300017770Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 15 SPOT_SRF_2010-09-15 (version 2)EnvironmentalOpen in IMG/M
3300017776Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 17 SPOT_SRF_2010-11-23EnvironmentalOpen in IMG/M
3300017781Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 46 SPOT_SRF_2013-08-14EnvironmentalOpen in IMG/M
3300017782Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 3 SPOT_SRF_2009-08-19EnvironmentalOpen in IMG/M
3300017950Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041413US metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018041Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041407BS metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018048Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041412US 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
3300020053Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041401AS metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020174Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041409US metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020177Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041402US metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020178Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041405US metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020194Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041403US metaG (spades assembly)EnvironmentalOpen in IMG/M
3300021373Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO282EnvironmentalOpen in IMG/M
3300021425Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO284EnvironmentalOpen 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
3300022178Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_31 (v3)EnvironmentalOpen in IMG/M
3300022183Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (v3)EnvironmentalOpen in IMG/M
3300022187Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v3)EnvironmentalOpen in IMG/M
3300022926Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041412US metaGEnvironmentalOpen in IMG/M
3300025151Marine viral communities from the Pacific Ocean - ETNP_6_30 (SPAdes)EnvironmentalOpen in IMG/M
3300025508Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025645Aqueous 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_12 (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
3300025655Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 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
3300025751Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
3300025771Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025803Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025806Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_30_<0.8_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
3300025840Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
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
3300029448Marine viral communities collected during Tara Oceans survey from station TARA_023 - TARA_E500000082EnvironmentalOpen in IMG/M
3300032277Microbial mat bacterial communities from mineral coupon in-situ incubated in ocean water Damariscotta River, Maine, United States - 3-month pyrrhotiteEnvironmentalOpen 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

Protein ID Sample Taxon ID Habitat Sequence
DelMOSpr2010_1014071413300000116MarineMAIQGRKKIKAVTIDNRNVPQGNLKTVKETKIPKVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
DelMOWin2010_10000101443300000117MarineMAIQGRKKIKPITIDNRTVPEVKLKKVKVVAMPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
ACM18_103256413300001778Marine PlanktonQGRKKIKPIIIDNRTVPEPKLKKVKVVTMPKVERSRKKVLSRDKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDKNLD*
ACM40_104897913300001830Marine PlanktonVAIQGRKKIKTVIIDNRTVPEPKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTXQPDLYESIAALMLAIIGVIQTIK
ACM22_107498083300001846Marine PlanktonVAIQGRKKIKTLIIDNRTVPEAKLKKVKVVAMPKVERSRKKVLSRDKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDKNLD*
ACM22_108962343300001846Marine PlanktonMAIQGRKKIKTVTIDNRSVPQGQLVKVKETKMPEMKHRKKVLSRERVITIIDFTVFIINKRPITMTWNWLKARLKEPSTYQGVTAIAGAIGVSIQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK*
JGI25132J35274_100094583300002483MarineMAIQGRKKIKPITIDNRTVPEAKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVVQTIKKEKEDDKNLD*
Ga0075462_1014478313300006027AqueousMAIQGRKKIKTVTIDNRNIPQGNLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGV
Ga0075466_101672863300006029AqueousMAIQGRKKIKAVTIDNRSVPQGNLQKVKETKMPKVIRRKKVLSRSRIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSVQPDLYESIAALMLAIIGVIQTIKKEKKEDEKP*
Ga0075461_1002117853300006637AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKIPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0070749_1001576973300006802AqueousVAIQRRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0070749_1032952723300006802AqueousVAIQRRKKIKTVTIDNRSVPQGKFQTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0075467_1026949823300006803AqueousMAIQGRKKIKAVTIDNRSVPQGNLQKVKETKMPKVIRRKKVLSRSRIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSVQPDLYESIAALMLAIIGVIQTIKKEK
Ga0070754_1002424673300006810AqueousMAIQGRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKGDDNLHNKNP*
Ga0070754_1007135023300006810AqueousMAIQRRKKIKTVTIDNRSVPKGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0075476_1033204013300006867AqueousMAIQGRKKIKTVTIDNRSVPQGKLKTVKETKMPEVTRRKKVLSRERVLPIIDFTVHLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0075481_1004094423300006868AqueousMAIQGRKKIKTVTIDNRNIPQGNLKTVKETKMPEVTRRKKVLSRERIVPIIDFTVFIINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0075481_1017192013300006868AqueousMAIQGRKKIKPITIDNRTVPEVKLKKVKVVAMPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQT
Ga0075477_1004115413300006869AqueousMAIQGRKKIKTVTIDNRNIPQGNLKTVKETKMPEVTRRKKVLSRERILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0075477_1007755033300006869AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0075479_1001438253300006870AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0075479_1002170313300006870AqueousIQRRKKIKPITIDNRTVPEVKLKKVKVVAMPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0070746_1001892673300006919AqueousVAIQRRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0070746_1031259823300006919AqueousVAIQRRKKIKTVTIDNRNIPQGNLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0070748_102376733300006920AqueousMAIQGRKKIKSVTIDNRSVPQGNLQKVKETKMPKVIRRKKVLSRSRIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0075468_1002046223300007229AqueousMAIQRRKKIKPITIDNRTVTEPKLKKVKVVALPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0075460_1006470923300007234AqueousVAIQRRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0075460_1019478313300007234AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0075463_1010029823300007236AqueousVAIQRRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEVK*
Ga0075463_1017627123300007236AqueousMAIQGRKKIKTVTIDNRNIPQGNLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0070753_118542213300007346AqueousMAIQRRKKIKTVTIDNRSVPKGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0099849_100475293300007539AqueousMAIQGRKKIKTVTIDNRSVPQGKLKTVKETKMPEVTRRKKVLSRERILPIIEFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0099849_101071073300007539AqueousVAIQGRKKIKPIITDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0099847_122851513300007540AqueousAIQGRKKIKAVTIDNRSVPQGNLQKVKETKMPKVIRRKKVLSRSRIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0099846_109349913300007542AqueousMAIQGRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0099850_117901713300007960AqueousVAIQRRKKIKTVTIDNRSVPQGKFQTVKETKIPEVTRRKKVLSGVRILPIIDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNS*
Ga0075480_1017092623300008012AqueousMAIQGRKKIKPITIDNRTVPEVKLKKVKVVAMPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKGDDNLHNKNP*
Ga0075480_1032794913300008012AqueousKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKGDDNLHNKNP*
Ga0118687_1000232453300009124SedimentMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKMPEVTRRKKVLSRKRILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0129348_101368173300010296Freshwater To Marine Saline GradientVKLKKVKVVTMPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP*
Ga0129348_101987743300010296Freshwater To Marine Saline GradientMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKMPEVTRRKKVLSRERILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTIQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0129345_103522713300010297Freshwater To Marine Saline GradientMAIQGRKKIKTVTIDNRSVPQGKLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0129342_111142233300010299Freshwater To Marine Saline GradientDNRSVPQGKLKTVKETKIPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK*
Ga0129342_123022823300010299Freshwater To Marine Saline GradientRKKIKTVTIDNRSVPQGKLKTVKETKIPEVTRRKKVLSGVRILPIIDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNS*
Ga0160423_1000425153300012920Surface SeawaterMAIQRRKEITTFIIDNRTIPEAEIKKVKTVPMPKVKKSRKKVLSRDKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSIQPDLYESIAALMVAIIGVIQTIKKEKEDDKPKSA*
Ga0163109_1041627523300012936Surface SeawaterMAIQRRKEITTFIIDNRTIPEAEIKKVKTVPMPKVKKSRKKVLSRDKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSIQPDLYESIAALMVAIIGVIQTIKKEKTKPEKK*
Ga0180120_1014312313300017697Freshwater To Marine Saline GradientDNRTVPEVKLKKVKVVAMPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0181369_1000063463300017708MarineMAIQGRKKIKPITIDNRTVPEAKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVVQTIKKEKEEDKP
Ga0181403_100523163300017710SeawaterMAIQGRKKIKPITIDNRTVPEAKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVVQTIKKEKKEDKP
Ga0181404_106918013300017717SeawaterKMAIQGRKKIKPITIDNRTVPEAKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVVQTIKKEKEEDKP
Ga0181398_102202733300017725SeawaterMAIQRRKKIKPITIDNRTVPEPKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLPNKNP
Ga0181381_102936043300017726SeawaterMAIQGRKKIKPITIDNRTVPEVKLKKVKVVTMPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0181401_103460923300017727SeawaterMAIQGRKKIKPITIDNRTVPEAKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLPNKNP
Ga0181393_107959733300017748SeawaterMAIQGRKKIKAVTIDNRNVPQGKLQKVKETKAPKVIRKKKVLSRSRIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSIQPDLYESIAALMVAIIGVIQTIK
Ga0181400_102434753300017752SeawaterMAIQRRKKIKPITIDNRTVPEPKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDDLPNKNP
Ga0181382_117357713300017756SeawaterMAIQGRKKIKPITIDNRTVPEAKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVVQTIKKEKEEDKP
Ga0181422_112945023300017762SeawaterMAIQGRKKIKAVTIDNRSVPQGNLESVKETKLPKVIRKKKVLSRERIIPIIDFTVFIINKRAITMSWNWLKARLKEPSTYQGVTAIAGAIGVSVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLPNKNP
Ga0187221_116161713300017769SeawaterMAIQGRKKIKPITIDNRTVPEAKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0187217_109145223300017770SeawaterMAIQRRKKIKPITIDNRTVPEAKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVVQTIKKEKEEDKP
Ga0181394_101588843300017776SeawaterMAIQRRKKIKPITIDNRTVPEPKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDDLPNKNP
Ga0181423_137725413300017781SeawaterMAIQGRKKIKAVTIDNRNVPQGDLKTVKETKLPKVIRRKKVLSRERIVPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVVQTIKKEKEEDKP
Ga0181380_108120713300017782SeawaterMAIQRRKKIKPITIDNRTVPEPKLKKVKVVAMPRVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNL
Ga0181607_1006992573300017950Salt MarshMAIQGRKKIKTVTIDNRSVPQGKFQSVKETKMPEVTRRKKVLSRGRILPIIDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVSVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0181607_1008891613300017950Salt MarshMAIQRRKKIKTVTIDNRSVPQGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLA
Ga0181607_1017786233300017950Salt MarshMAIQGRKKIKTVTIDNRSVPQGKLNTVKETKIPEITRRKKVLSRERILPIIDFTVFIINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0181601_1003242363300018041Salt MarshMAIQRRKKIKTVTIDNRSVPQGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0181601_1010067513300018041Salt MarshWQMAIQRRKKIKTVTIDNRSVPQGKLNTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVSVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0181606_1003865813300018048Salt MarshMAIQRRKKIKTVTIDNRSVPQGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVI
Ga0181592_1058026513300018421Salt MarshKMAIQGRKKIKAVTIDNRSVPQGKIKGVKQTKMPEVTRRKKVLSRERIVPIIDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEVK
Ga0181591_1120300513300018424Salt MarshMAIQGRKKIKAVTIDNRNVPQGNLKTVKETKIPKVTRRKKVLSRERIVPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTIQPDLYESIAALMLAIIGVIQTIKKEKEDDNLPNKNP
Ga0181595_1014014723300020053Salt MarshMAIQGRKKIKTVTIDNRSVPQGKFQSVKETKMPEVTRRKKVLSRGRILPIIDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVSVQPDMYESIAALMLAIIGVIQTIKKE
Ga0181595_1040770113300020053Salt MarshKTVTIDNRSVPQGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKN
Ga0181603_10005546213300020174Salt MarshMGVSRRKVKATIIDNRSVPQGVLKSVKETPMPKTKKVLSRWRIVPIIDFTVFIINKRPITMIWKWLKERLQEPSTYQGVTAIAGAIGVTVQPDMYEAISALVLAIIGLIQTIKKEPKQ
Ga0181596_1001870423300020177Salt MarshMAIQGRKKIKTVTIDNRSVPQGKFQSVKETKMPEVTRRKKVLSRGRILPIIDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0181599_108046013300020178Salt MarshIQGRKKIKTVTIDNRSVPQGKFQSVKETKMPEVTRRKKVLSRGRILPIIDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVSVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0181597_1011074813300020194Salt MarshIQRRKKIKTVTIDNRSVPQGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0213865_1006734313300021373SeawaterMAIQGRKKIKAVTIDNRNVPQGNLKTVKETKIPKVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAI
Ga0213866_1023949113300021425SeawaterKKVKVVALPKVERSRKKVLSRSRIIGIMDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLPNKNP
Ga0212025_102752813300022057AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKIPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQT
Ga0196887_103720743300022178AqueousMAIQGRKKIKSVTIDNRSVPQGNLQKVKETKMPKVIRRKKVLSRSRIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSVQPDLYESIAALMLAIIGVIQTIKKEKKEDEKP
Ga0196891_101773923300022183AqueousVAIQRRKKIKTVTIDNRNIPQGNLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTIQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0196899_102336423300022187AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKIPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0196899_102611553300022187AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKMPEVTRRKKVLSRKRILPIIDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0196899_102974253300022187AqueousMAIQRRKKIKTVTIDNRSVPKGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0196899_112072413300022187AqueousMAIQGRKKIKPITIDNRTVPEVKLKKVKVVAMPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKE
Ga0255753_116491923300022926Salt MarshMAIQRRKKIKTVTIDNRSVPQGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGV
Ga0209645_1001029103300025151MarineMAIQGRKKIKPITIDNRTVPEAKLKKVKVVAMPKVERSRKKVLSRAKIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVVQTIKKEKEDDKNLD
Ga0209645_103070843300025151MarineMAIQGRKKIKAVTIDNRSVPQGKIKGVKQTKMPEVTRRKKVLSRERIVPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEEK
Ga0208148_101769553300025508AqueousMAIQGRKKIKAVTIDNRSVPQGNLQKVKETKMPKVIRRKKVLSRSRIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSVQPDLYESIAALMLAIIGVIQTIKKEKKEDEKP
Ga0208643_104490723300025645AqueousMAIQGRKKIKAVTIDNRSVPQGNLQKVKETKMPKVIRRKKVLSRSRIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0208428_101659823300025653AqueousMAIQGRKKIKTVTIDNRNIPQGNLKTVKETKMPEVTRRKKVLSRERIVPIIDFTVFIINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0208795_114244713300025655AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKMPEVTRRKKVLSRERILPIIEFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0208898_111944623300025671AqueousMAIQGRKKIKTVTIDNRSVPQGKLKTVKETKMPKVTRRKKVLSGVRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0208162_100495573300025674AqueousVAIQGRKKIKPIITDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0208162_101641643300025674AqueousMAIQGRKKIKPITIDNRTVPEVKLKKVKVVAMPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0208162_103355233300025674AqueousMAIQGRKKIKTVTIDNRSVPQGKLKTVKETKMPEVTRRKKVLSRERILPIIEFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0208019_109822423300025687AqueousVPQGKFQTVKETKIPEVTRRKKVLSGVRILPIIDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNS
Ga0208019_114344323300025687AqueousVAIQRRKKIKTVTIDNRTVPEIKLKKVVPVPVPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPE
Ga0208150_106727823300025751AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0208150_107137523300025751AqueousMAIQGRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKGDDNLHNKNP
Ga0208899_101242623300025759AqueousVPQGKFQTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0208899_107988423300025759AqueousVAIQRRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0208767_111489123300025769AqueousVAIQRRKKIKTVTIDNRSVPQGKFQTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0208767_115670113300025769AqueousMAIQGRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKED
Ga0208427_109200823300025771AqueousMGVSRKKVKATIIDNRSVPKGVLKSVKETPVPKTKKVLSRWRIVPIIDLTVFIINKRPITMIWNWLKERLQEPSTYQGVTAIAGAIGVTVQPDMYEAISALVLAIIGLIQTIKKEPKQQA
Ga0208425_101532643300025803AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKMPEVTRRKKVLSRKRILPIIDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0208545_102351723300025806AqueousMAIQGRKKIKSVTIDNRSVPQGNLQKVKETKMPKVIRRKKVLSRSRIIGIMDFTVYLINKRAVTMTWTWLKARLKEPSTYQGVTAIAGAIGVSVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0208543_109438023300025810AqueousMAIQGRKKIKTVTIDNRNIPQGNLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0208785_107565813300025815AqueousAIQRRKKIKTVTIDNRSVPKGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0208542_106013833300025818AqueousVAIQRRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0208542_109263123300025818AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKIPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0208917_118103923300025840AqueousMAIQGRKKIKTVTIDNRNIPQGKLKTVKETKMPEVTRRKKVLSRERILPIIDFTVFIINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTIQPDMYESIAALMLAIIGVIQTIKKEKPEPEAK
Ga0208644_102506713300025889AqueousMAIQRRKKIKTVTIDNRSVPKGKFQTVKETKMPEVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIK
Ga0208644_128889823300025889AqueousVAIQRRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAII
Ga0183755_102333043300029448MarineMAIQGRKKIKAVTIDNRSVPQGNLKKVKETKMPKVIRRKKVLSRGKIIGILDFTVYLINKRAVTMTWNWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDKP
Ga0316202_1011019823300032277Microbial MatMAIQGRKKIKAVTIDNRNVPQGNLKTVKETKIPKVTRRKKVLSRDRILPIIDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDLYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP
Ga0348336_078488_478_8733300034375AqueousMAIQGRKKIKPIIIDNRTVPEAKLKKVKVVALPKVERSRKKVLSRGKIIGILDFTVYLINKRAVTMTWTWLKSRLKEPSTYQGVTAIAGAIGVTVQPDMYESIAALMLAIIGVIQTIKKEKEDDNLHNKNP


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