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 F053981

Metagenome Family F053981

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F053981
Family Type Metagenome
Number of Sequences 140
Average Sequence Length 181 residues
Representative Sequence MKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVEEQYV
Number of Associated Samples 111
Number of Associated Scaffolds 140

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 1.43 %
% of genes from short scaffolds (< 2000 bps) 1.43 %
Associated GOLD sequencing projects 90
AlphaFold2 3D model prediction Yes
3D model pTM-score0.61

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 (97.143 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Oceanic → Unclassified → Marine
(35.714 % of family members)
Environment Ontology (ENVO) Unclassified
(80.714 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(95.714 % of family members)



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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 34.88%    β-sheet: 11.63%    Coil/Unstructured: 53.49%
Feature Viewer
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Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.61
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Low Quality Model:

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


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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 140 Family Scaffolds
PF02384N6_Mtase 30.00
PF07669Eco57I 18.57
PF04851ResIII 5.71
PF13385Laminin_G_3 0.71
PF02672CP12 0.71



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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A97.14 %
All OrganismsrootAll Organisms2.86 %

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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300006867|Ga0075476_10043249All Organisms → Viruses → Predicted Viral1844Open in IMG/M
3300020442|Ga0211559_10000073All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales54147Open in IMG/M
3300025096|Ga0208011_1017407All Organisms → Viruses → Predicted Viral1887Open in IMG/M
3300027859|Ga0209503_10001608Not Available11459Open in IMG/M
3300034418|Ga0348337_027124All Organisms → Viruses → Predicted Viral2718Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine35.71%
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous25.71%
MarineEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Marine14.29%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater5.00%
Surface SeawaterEnvironmental → Aquatic → Marine → Oceanic → Photic Zone → Surface Seawater3.57%
SeawaterEnvironmental → Aquatic → Marine → Strait → Unclassified → Seawater3.57%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh2.86%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water2.14%
Marine Methane Seep SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Marine Methane Seep Sediment2.14%
MarineEnvironmental → Aquatic → Marine → Inlet → Unclassified → Marine0.71%
Microbial MatEnvironmental → Aquatic → Marine → Coastal → Sediment → Microbial Mat0.71%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient0.71%
MarineEnvironmental → Aquatic → Marine → Intertidal Zone → Unclassified → Marine0.71%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine0.71%
Bioluminescent BayEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Sediment → Bioluminescent Bay0.71%
Bioluminescent BayEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Bioluminescent Bay0.71%

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
3300000401Marine microbial community from La Parguera, Puerto Rico - BB Mangrove B LiquidEnvironmentalOpen in IMG/M
3300000422Marine sediment microbial community from La Parguera, Puerto Rico - BB Mangrove A SedimentEnvironmentalOpen in IMG/M
3300001460Marine viral communities from the Pacific Ocean - LP-28EnvironmentalOpen in IMG/M
3300001960Marine microbial communities from South of Charleston, South Carolina, USA - GS014EnvironmentalOpen in IMG/M
3300002484Marine viral communities from the Pacific Ocean - ETNP_2_130EnvironmentalOpen in IMG/M
3300002518Marine viral communities from the Pacific Ocean - ETNP_6_100EnvironmentalOpen in IMG/M
3300005429Marine microbial and viral communities from oxygen minimum zone, Eastern Pacific Ocean - ETNP201310SV76EnvironmentalOpen in IMG/M
3300005593Marine microbial and viral communities from oxygen minimum zone, Eastern Pacific Ocean - ETNP201302SV86EnvironmentalOpen in IMG/M
3300005595Marine microbial and viral communities from oxygen minimum zone, Eastern Pacific Ocean - ETNP201306PF47BEnvironmentalOpen in IMG/M
3300005604Marine microbial and viral communities from oxygen minimum zone, Eastern Pacific Ocean - ETNP201406SV63EnvironmentalOpen in IMG/M
3300005605Marine microbial and viral communities from oxygen minimum zone, Eastern Pacific Ocean - ETNP201406SV67EnvironmentalOpen 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
3300006093Marine microbial communities from the Eastern Tropical South Pacific Oxygen Minumum Zone, cruise NBP1315, 2013 - sample NBP189EnvironmentalOpen in IMG/M
3300006735Marine viral communities from the Subarctic Pacific Ocean - 5B_ETSP_OMZ_AT15132_CsCl metaGEnvironmentalOpen in IMG/M
3300006736Marine viral communities from the Subarctic Pacific Ocean - 1_ETSP_OMZ_AT15124 metaGEnvironmentalOpen in IMG/M
3300006737Marine viral communities from the Subarctic Pacific Ocean - 5_ETSP_OMZ_AT15132 metaGEnvironmentalOpen in IMG/M
3300006750Marine viral communities from the Subarctic Pacific Ocean - 19_ETSP_OMZ_AT15317 metaGEnvironmentalOpen in IMG/M
3300006752Marine viral communities from the Subarctic Pacific Ocean - 13_ETSP_OMZ_AT15268 metaGEnvironmentalOpen in IMG/M
3300006789Marine viral communities from the Subarctic Pacific Ocean - 16_ETSP_OMZ_AT15313 metaGEnvironmentalOpen in IMG/M
3300006793Marine viral communities from the Subarctic Pacific Ocean - 17_ETSP_OMZ_AT15314 metaGEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
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
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
3300006924Marine viral communities from the Subarctic Pacific Ocean - 14B_ETSP_OMZ_AT15311_CsCl metaGEnvironmentalOpen 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
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
3300007640Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28EnvironmentalOpen in IMG/M
3300007960Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaGEnvironmentalOpen in IMG/M
3300007963Marine viral communities from the Subarctic Pacific Ocean - 4_ETSP_OMZ_AT15127 metaG (version 2)EnvironmentalOpen 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
3300009550Marine eukaryotic phytoplankton communities from Atlantic Ocean - South Atlantic ANT15 MetagenomeEnvironmentalOpen in IMG/M
3300009593Marine eukaryotic phytoplankton communities from Atlantic Ocean - Tropical Atlantic ANT8 MetagenomeEnvironmentalOpen in IMG/M
3300010149Marine viral communities from the Subarctic Pacific Ocean - 13B_ETSP_OMZ_AT15268_CsCl metaGEnvironmentalOpen in IMG/M
3300010299Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_DNAEnvironmentalOpen in IMG/M
3300010389Marine sediment microbial communities from methane seeps within Baltimore Canyon, US Atlantic Margin - Baltimore Canyon MUC-11 12-14 cmbsfEnvironmentalOpen in IMG/M
3300012920Marine microbial communities from the Costa Rica Dome - CRUD Field 142mm St8 metaGEnvironmentalOpen in IMG/M
3300012928Marine microbial communities from the Costa Rica Dome - CRUD Field 142mm St17 metaGEnvironmentalOpen in IMG/M
3300012936Marine microbial communities from the Costa Rica Dome - CRUD Field 142mm St13 metaGEnvironmentalOpen in IMG/M
3300013722Marine hypoxic microbial communities from the Gulf of Mexico, USA - 2m_Station4_GOM_MetagenomeEnvironmentalOpen in IMG/M
3300017704Marine viral communities from the Subarctic Pacific Ocean - Lowphox_07 viral metaGEnvironmentalOpen in IMG/M
3300017708Marine viral communities from the Subarctic Pacific Ocean - Lowphox_04 viral metaGEnvironmentalOpen in IMG/M
3300017713Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 14 SPOT_SRF_2010-08-11EnvironmentalOpen in IMG/M
3300017719Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 13 SPOT_SRF_2010-07-21EnvironmentalOpen in IMG/M
3300017749Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 15 SPOT_SRF_2010-09-15EnvironmentalOpen in IMG/M
3300017757Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 43 SPOT_SRF_2013-05-22EnvironmentalOpen 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
3300017956Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071403BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017967Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
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
3300020258Marine microbial communities from Tara Oceans - TARA_B100000073 (ERX556061-ERR598949)EnvironmentalOpen in IMG/M
3300020327Marine microbial communities from Tara Oceans - TARA_B100001964 (ERX556115-ERR599070)EnvironmentalOpen in IMG/M
3300020330Marine microbial communities from Tara Oceans - TARA_B100001964 (ERX556097-ERR599147)EnvironmentalOpen in IMG/M
3300020333Marine microbial communities from Tara Oceans - TARA_B100000959 (ERX556081-ERR598953)EnvironmentalOpen in IMG/M
3300020334Marine microbial communities from Tara Oceans - TARA_B100001121 (ERX555938-ERR599091)EnvironmentalOpen in IMG/M
3300020338Marine microbial communities from Tara Oceans - TARA_B100001964 (ERX555920-ERR599099)EnvironmentalOpen in IMG/M
3300020344Marine microbial communities from Tara Oceans - TARA_B100001964 (ERX556104-ERR598987)EnvironmentalOpen in IMG/M
3300020352Marine microbial communities from Tara Oceans - TARA_B100000497 (ERX556084-ERR599144)EnvironmentalOpen in IMG/M
3300020373Marine microbial communities from Tara Oceans - TARA_B100000959 (ERX555949-ERR598946)EnvironmentalOpen in IMG/M
3300020403Marine microbial communities from Tara Oceans - TARA_B100000085 (ERX556015-ERR599145)EnvironmentalOpen in IMG/M
3300020417Marine microbial communities from Tara Oceans - TARA_B100000073 (ERX556034-ERR599082)EnvironmentalOpen in IMG/M
3300020439Marine microbial communities from Tara Oceans - TARA_B100001939 (ERX556062-ERR599029)EnvironmentalOpen in IMG/M
3300020442Marine microbial communities from Tara Oceans - TARA_B100002019 (ERX556121-ERR599162)EnvironmentalOpen in IMG/M
3300020450Marine microbial communities from Tara Oceans - TARA_B100000575 (ERX555933-ERR599077)EnvironmentalOpen in IMG/M
3300020471Marine microbial communities from Tara Oceans - TARA_B100000214 (ERX556063-ERR599002)EnvironmentalOpen in IMG/M
3300020472Marine microbial communities from Tara Oceans - TARA_B100001250 (ERX556017-ERR598995)EnvironmentalOpen in IMG/M
3300021356Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO245EnvironmentalOpen in IMG/M
3300021368Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO550EnvironmentalOpen in IMG/M
3300021389Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO127EnvironmentalOpen in IMG/M
3300021425Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO284EnvironmentalOpen in IMG/M
3300021964Estuarine water microbial communities from San Francisco Bay, California, United States - C33_34DEnvironmentalOpen in IMG/M
3300022057Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v2)EnvironmentalOpen in IMG/M
3300022069Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v2)EnvironmentalOpen in IMG/M
3300022158Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v3)EnvironmentalOpen in IMG/M
3300022176Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v2)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
3300025066Marine viral communities from the Subarctic Pacific Ocean - 15B_ETSP_OMZ_AT15312_CsCl metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025072Marine viral communities from the Subarctic Pacific Ocean - 19_ETSP_OMZ_AT15317 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025084Marine viral communities from the Subarctic Pacific Ocean - 14B_ETSP_OMZ_AT15311_CsCl metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025085Marine viral communities from the Subarctic Pacific Ocean - 14_ETSP_OMZ_AT15311 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025096Marine viral communities from the Subarctic Pacific Ocean - 7_ETSP_OMZ_AT15161 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025098Marine viral communities from the Subarctic Pacific Ocean - 13_ETSP_OMZ_AT15268 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025103Marine viral communities from the Subarctic Pacific Ocean - 16_ETSP_OMZ_AT15313 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025114Marine viral communities from the Subarctic Pacific Ocean - 3_ETSP_OMZ_AT15126 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025120Marine viral communities from the Pacific Ocean - LP-28 (SPAdes)EnvironmentalOpen in IMG/M
3300025132Marine viral communities from the Pacific Ocean - ETNP_2_60 (SPAdes)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
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
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
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
3300026199Marine microbial and viral communities from oxygen minimum zone, Eastern Pacific Ocean - ETNP201306SV51 (SPAdes)EnvironmentalOpen in IMG/M
3300026209Marine microbial and viral communities from oxygen minimum zone, Eastern Pacific Ocean - ETNP201406SV65 (SPAdes)EnvironmentalOpen in IMG/M
3300026260Marine microbial and viral communities from oxygen minimum zone, Eastern Pacific Ocean - ETNP201406SV67 (SPAdes)EnvironmentalOpen in IMG/M
3300027774Marine microbial communities from oxygen minimum zone in mesopelagic equatorial Pacific - METZYME_5_50m (SPAdes)EnvironmentalOpen in IMG/M
3300027859Marine eukaryotic phytoplankton communities from Atlantic Ocean - South Atlantic ANT15 Metagenome (SPAdes)EnvironmentalOpen in IMG/M
3300028287Marine microbial communities from Saanich Inlet, British Columbia, Canada - SI060_120mEnvironmentalOpen in IMG/M
3300029318Marine giant viral communities collected during Tara Oceans survey from station TARA_038 - TARA_Y100000289EnvironmentalOpen 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
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
3300034418Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v4)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOSpr2010_1001060033300000116MarineMKLRHTFGYDCEGLSSLITDNKLSIFFKKLVALGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGISTLDGKPNVIQCKFKADPTKYLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISYKEMARRVDNNVIFWDNLRSIVKEQYD*
BB_Man_B_Liq_inBBDRAFT_100190333300000401Bioluminescent BayMKLQHTFGYDCEDLSSLITDNKLSVFFKKLVALGKQQDPDLYDPLSFMGDGFEWFVEYFLKFFNGDHTLTYTADYEPNLDYDRGIDGRGLSTLDGKPNVIQCKFKADITKYLTNEDNISNVAADATINEGLQYNGKNIIIITSCKGIHPNHAMANVHCISYKEMARRVDNNVIFWDNLRSIVEEQYV*
BB_Man_A_Liq_inBBDRAFT_101571823300000422Bioluminescent BayFKKLVALGKQQDPDLYDPLSFMGDGFEWFVEYFLKFFNGDHTLTYTADYEPNLDYDRGIDGRGLSTLDGKPNVIQCKFKADITKYLTNEDNISNVAADATINEGLQYNGKNIIIITSCKGIHPNHAMANVHCISYKEMARRVDNNVIFWDNLRSIVEEQYV*
JGI24003J15210_1000930643300001460MarineMNLTHKFGYNCKQIDSLISENTLDPFLKKLVVVGKKQDPDFYDPLKFMGDGFEWFVEYFFKFFNGDHILTYTADYEPNKDVDRGIDARGISTLDGLPNVIQSKFRVDPTKYLTNEDDISNVAADAFINEGLKYNGKNVIVITTCKGIHPKHAMANVHCINRDQIKRRVDNNVVFWNNLRTIVSEQNVK*
GOS2230_102918123300001960MarineMKLQHTFGHDCEDLSSLVAENKLSKFFKKLVELAKKQDPDFYDPLKFMGDGFEWFGEYFFKFFNGDHTLTYTANYEPNFDYDRGIDGRGLSTLDGLPNVIQFKFKADPTKYLTNDDNISNVAADATMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISYKDMARRVDNNVIFWDNLRSIVEEQYA*
JGI25129J35166_101483823300002484MarineMKLQHTFGYDCENLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWXVEYFFKFFNGDHTLTYTXDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
JGI25134J35505_1006233013300002518MarineMKLQHTFGYDCEDLSSLIVDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTXDYEPNFECDRGIDARGLSTLDGKPNVIQCKFKADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0066846_1011842323300005429MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0066837_1011412913300005593MarineFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFECDRGIDARGLSTLDGKPNVIQCKFKADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNAIFWDNLRSIVAEQYV*
Ga0066833_1002155023300005595MarineMKLQHTFGYDCENLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0066852_1021809423300005604MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKH
Ga0066850_1001874433300005605MarineMQLQHNAVYDIADLPEIMDVDNVRDLVRNIVQHGARQDKDLYQPLTYMGDCWELFAEFFLKFFNGDHTLTYTADYEPNKSYDRGIDGRGVCTLDGKPNVVQCKFRANPLEWLGNSDNISNVAADATLSEGLVPNGKNIIVFTSCQGVHPKHAMASENVHTITLKEIARRVDTNVVFWDCLKKAVAV*
Ga0075474_1009635623300006025AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRS
Ga0075478_1004916123300006026AqueousMKLQHTFGYDCEDLPSLISDNKLSTFFKKLVAMGKQQDPDLYEPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGLSTLDGKPNVIQCKFKADPTKYLTNEDNISNIAADACMNEGLEYNGKNVIIVTSCKGVHPKHAMANVHCIGYKEMARRVDNNVVFWENLRSIVKEQYAS*
Ga0082019_106888013300006093MarineSISTLIMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0098038_101255643300006735MarineMQLQHTFGYDCEGLSSLIANNKLSSFTKRLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNSQLTNKDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKEQYV
Ga0098033_102022333300006736MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFECDRGIDARGLSTLDGKPNVIQCKFKADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0098037_107395323300006737MarineMQLQHTFGYDCEGLSSLIANNKLSSFTKRLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNSQLTNKDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKEQYAN*
Ga0098058_104811523300006750MarineMKLQHTFGYDCENLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMA
Ga0098058_105080623300006750MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLLFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0098048_104666833300006752MarineMKLQHTFGYDCENLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFLADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0098054_126462113300006789MarineTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0098055_112701713300006793MarineKLVALGKKQDPDLYDPLLFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNSQLTNKDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKEQYAN*
Ga0070749_1017653423300006802AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPNKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVEEQYV*
Ga0070754_1007341523300006810AqueousMKLQHTFGYDCEGLPSLISDNKLSTFFKKLVELGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKEQYVS*
Ga0075476_1004324913300006867AqueousFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVEEQYA*
Ga0075481_1011062523300006868AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVEEQYA*
Ga0075479_1014656023300006870AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISIKEIERRVDNNVVFW
Ga0075475_1027341213300006874AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANV
Ga0070750_1007597313300006916AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCI
Ga0070750_1040998413300006916AqueousVDNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEDDRGIDGRGISTIDGKPNVIQCKFKADPNSQLTNESNISNIAADAVLNEGLQYNGKNVIVVTSCKGVHPKHAMANVHCIGIKEMARRVDNNVVFWDNLRSIVKEQYVN*
Ga0070746_1006992423300006919AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVKEQYA*
Ga0070746_1033568423300006919AqueousSSLITENKLSTFFKKLVNLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTAEYEPNMDYDRGIDGRGISTLDGKPNVIQCKFKADPTKYLTNEDNISNVAADATMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHTIGISEMSRRVDNNVVFWNNLREVVSEQYV*
Ga0098051_100606943300006924MarineMQLQHTFGYDCEGLSSLITNNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNSQLTNKDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKEQYAN*
Ga0098051_105467533300006924MarineQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0075463_1016057013300007236AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGISEMARRVDNNVIFWDNLRSIVEEQYA*
Ga0099851_102072943300007538AqueousVKLQHTFGYDCEDISSLISNNNLSSFLKKLIEIGKKQDPDFYPPLTFMGDGFEWFVEYFFKFFNGDHTLTYTANYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKADVNKYLTNEDNISNVAADAVINEGLQYNGKNVIIVTTCKGIHPKHAMANVHCVSYNEMARRVDDNVIFWDNLRRVVVEQYVQKE*
Ga0099849_101016333300007539AqueousMKLQHTFGYDCEEIDFLISENKLDSFLKKLVVLGKKKDPDFYDPLKFMGDGFEWFCEYFFKFFNGDHTLTYTANYEPNLGEDRGIDGRGISTLDGKLNVIQCKFRADPTKYLTNEDNISNVVADAVMNEGLQYNGKNVIIITSCKGVHPKHAMSNVHTIGISEISRRVDNNVVFWDNLRALVSEQYV*
Ga0099849_102871623300007539AqueousMKLQHTFGYDCENLSSLITDNKLSAFLKKLVDLGKKQDPDLYPPLTFMGDGFEWFVEYFLKFFDGDHTLTYTADYEPNLECDRGIDGRGLSTLDGKPNVIQCKFKADVNKYLTNEDNISNVAADAVINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCICYREMARRVDNNIIFWRNLRKIVKDQYGQKE*
Ga0070751_131583513300007640AqueousKLSTFFKKLVELGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKEQYVS*
Ga0099850_120719313300007960AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVEEQYV*
Ga0110931_107045523300007963MarineMKLQHTFGYDCEDLSSLIVDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0075480_1030011523300008012AqueousMKLQHTFGYDCEGLPSLISDNKLSTFFKKLVELGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEM
Ga0075480_1036705523300008012AqueousDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVEEQYA*
Ga0115013_1000636843300009550MarineMQLTHTFGYDCEEIDSLISENTLDKFLRKLVAEGKKQDPDFYDPLTYMGDGFEWFVEYFFKVLDKDHTLTYTSDYYPNTDYDRGIDGRGISTLDGLPNVIQSKFKADPNAYLTNKDNISNIAADATMNEGLQYNGKNVIIITSCKGVHPKHAMANVHCISREQIARRVDNNVPFWDNLRTIVKEQNAK*
Ga0115011_1043724613300009593MarineFLIMKLQHPFVYDSEELPSIVEGNTFAKFVKNLVAVGKNQDPDLYDPLSYMGDGFEFFTEYFFKFFNGDHTLTYTADYEPNMEYDRGIDGRGLSTLDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLEYNGKNVIIITSCKGVHPKHAMANVHCVTYKEIQRRVDNNVIFWDNLRSLIEEQTSEKE*
Ga0098049_101977523300010149MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFLADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV*
Ga0129342_116704523300010299Freshwater To Marine Saline GradientSTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVKEQYA*
Ga0136549_1001854033300010389Marine Methane Seep SedimentMQLQHTFGYDCEDLPSLITDNKLSIFLKKLVELGKKQDPDLYPPLTFMGDGFEWFVEYFFKFFNGDHILTYTANYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKADVNKYLTNEDNISNVAADAFVNEGLQYNGKNVIIVTTCKGIHPKHAMSNVHCISYKEMARRVDNNVIFWDDLRKIIREQYDQKK*
Ga0136549_1002368753300010389Marine Methane Seep SedimentMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNLEYDRGIDGRGVSTLDGKPNVIQCKFKADPNKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISIKEIARRVDNNVVFWDNLRSIVEEQYA*
Ga0136549_1007768443300010389Marine Methane Seep SedimentMKLQHTFGYDCEGLPSLIADNKLSIFFKKLVEMGKKQDPDFYPPLTFMGDGFEWFVEYFFKFFNGDHTLTYTANYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKADVNKYLTNEDNISNVAADAVINEGLQYNGKNVIIVTTCKGIHPKHAMANVHCISYKEMARRVDDNVIFWDNLRRVVVEQYVQKEQT*
Ga0160423_1007398233300012920Surface SeawaterMQLTHTFGYDCEEIDSLISENTLDKFLKKLVALGGKQDPDFYDPLKYMGDGFEWFVEYFFKVLDKDHTLTYTSDYHPNTGYDRGIDGRGISTLDGLPNVIQSKFRADPNAYLTNKDDISNIAADATMNEGLQYNGKNVIIITSCKGVHPKHAMANVHCISREQIARRVDNNVPFWDNLRTIVKEQNAK*
Ga0160423_1009285233300012920Surface SeawaterMKLTHTFGYDCEEIDSLISDNTLDAFLKKLVAEGKKQNPDFYDPLKYMGDGFEWFIEYFFKVLDKDHTLTYTSDYTPNTDYDRGIDGRGISTLDGKPNVIQSKFKADPNTYLTNKDNISNVAADACMNEGLQYNGKNVIIVTTCKGVHPKHTMAEVHCINREQIARRVDHNVPFWDTLRTIVSEQNAK*
Ga0163110_1158498713300012928Surface SeawaterENTLDKFLKKLVTLGGQQDPDFYDPLKYMGDGFEWFVEYFFKVLDKDHTLTYTSDYHPNTGYDRGIDGRGISTLDGLPNVIQSKFRADPNAYLTNKDDISNIAADATMNEGLQYNGKNVIIITSCKGVHPKHAMANVHCISREQIARRVDNNVPFWDNLRTIVKEQNAK*
Ga0163109_1036466313300012936Surface SeawaterMKLQHTFGYDCEEINALISDNTLDSFLKKLVALGKNQDPDFYDPLKFMGDGFEWFIEYFFKFFNGDHTLTYTADYEPNFDYDRGIDGRGRSTIDGKPNVIQSKFKADPTKYLTNEDNISNVAADATMNEGLEYNGKNVIIVTSCKGVHPKHAMVNVHCI
Ga0163109_1040145423300012936Surface SeawaterMKLTHTFGYDCEEIDSLISDNTLDAFLKKLVAEGKKQDPDFYDPLKYMGDGFEWFIEYFFKVLDKDHTLTYTSDYTPNTDYDRGIDGRGISTLDGKPNVIQSKFKADPNTYLTNKDNISNVAADACMNEGLQYNGKNVIIVTTCKGVHPKHTMAEVHCINREQIARRVDHNVPFWDTLRTIVSEQNAK*
Ga0116824_10571713300013722MarineRLVALGKKQDPDIYEPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFDYDRGIDGRGLSTLDGKPNVIQCKFKADPTKYLTNADNISNVAADAVINEGLEFNGKNVIIVTSCKGVHPKHAMANVHCISYNEIERRVDNNVIFWDNLRDIVDSQYVK*
Ga0181371_101556923300017704MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLLFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFEYDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0181369_101289033300017708MarineMKLQHTFGYDCEEIDALISDNTLDSFLKKLVALGKNQDPDFYDPLKFMGDGFEWFIEYFFKFFNGDHTLTYTADYEPNFDYDRGIDGRGRSTIDGKPNVIQSKFKADPTKYLTNEDNISNVAADATMNEGLEYNGKNVIIVTSCKGVHPKHAMANVHCINRDQIKRRVDNNVVFWEDLRSIVKEQINEKV
Ga0181391_105691223300017713SeawaterMNLTHTFGYDCEEIDSLISDNTLDKFLKKLVTLGGQQDPDFYDPLKYMGDGFEWFVEYFFKVLDKDHTLTYTSDYYPNTDYDRGIDGRGTSTLDGLPNVIQSKFKADPNAYLTNKDNISNIAADATMNEGLQYNGKNVIIITSCKGVHPKH
Ga0181390_112373813300017719SeawaterRKRINLNSPDMNLTHTFGYDCEEIDSLISENTLDKFLKKLVTLGGQQDPDFYDPLKYMGDGFEWFVEYFFKVLDKDHTLTYTSDYYPNTDYDRGIDGRGISTLDGLPNVIQSKFKADPNAYLTNKDNISNIAADATMNEGLQYNGKNVIIITSCKGVHPKHAMANVHCISREQIARRVDNNVPFWDNLRTIVKEQNAK
Ga0181392_101885153300017749SeawaterMKLQHTFGYDCEDLSSLIAENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTITYTAEYEPNFEYDRGIDGRGLSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEALQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVEEQYV
Ga0181420_100505543300017757SeawaterMELTHKFGYNCKEIDSLISENTLDPFLKKLVAIGKKQDPDFYEPLKFMGDGFEWFVEYFFKFFNGDHILTYTANYQPNKDVDRGIDGRGISTLDGLPNVIQSKFKANFNDQLNNEDNIANIAGCALVEGIQYNGKNVIIITSCKGVHRNHAMAGFHCINRDQIKQRVDNNVVFWNNLRTIVSEQNGK
Ga0181394_127077713300017776SeawaterVELGKKQDPDFYDPLKFMGDGFEWFGEYFFKFFNGDHTLTYTAEYEPNFDYDRGIDGRGLSTLDGLPNVIQFKFKADLTKYLTNDDNISNVAADATMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISYKEMARRVDNNVIFWDNLRSIVEEQYV
Ga0181580_1073704313300017956Salt MarshLHSISTLLIMKLQHTFGYDCEDLSSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWNNLRSIVEEQYV
Ga0181590_1035082123300017967Salt MarshMKLQHTFGYDCEDLSSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVEEQYA
Ga0181592_1078193713300018421Salt MarshRSRKGCLLLHLRIYYLNMKLPHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISIKEIERRVDNNVVFWNNLRSIVEEQYAQKQAQ
Ga0181591_1031536923300018424Salt MarshMKLQHTFGYDCEDLSSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIIEEQYV
Ga0211529_101485723300020258MarineMQLQHTFGYDCEGLSSLITNNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTLDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKDQYAS
Ga0211573_101869423300020327MarineMKLQHTFGYDCENLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0211572_106078423300020330MarineLGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0211661_108411913300020333MarineVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFLADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0211593_103461323300020334MarineMQLQHTFGYDCEGLSSLITNNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTLDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKDQYAN
Ga0211571_105920813300020338MarineDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0211570_104891423300020344MarineLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0211505_101845423300020352MarineVIMKLQHTFGYDCEGLSSLITDNKLSKFFKKLVDLGKKQDPDFYDPLKFMGDGFEWFGEYFFKFFNGDHTLTYTAEYEPNFDYDRGIDGRGLSTLDGLPNAIQFKFKADLTKYLTNEDNISNVAADATMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISYKEMARRVDNNVIFWDNLRSIVEEQYA
Ga0211660_1012575913300020373MarineIAWLIMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFLADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0211532_1004536923300020403MarineVIMKLQHTFGYDCEDLSSLITENKLSKFFKKLVESGKKQDPDFYDPLSYMGDGFEWFVEYFFKFFNGDHTLTYTANYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKADPTKYLTNEDNISNVAADATMNEGLQYNGKNIIVVTSCRGVHPKHAMANVHCISYKEMARRVDNNVIFWDNLRSIVEEQYV
Ga0211532_1024454213300020403MarineMKLQHPFGYDCEDLSSLVAENKLSKFFKKLVELGKKQDPDFYDPLKFMGDGFEWFGEYFFKFFNGDHTLTYTANYEPNFDYDRGIDGRGLSTLDGLPNAIQFKFKADITKYLTNEDNISNVAADATMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHC
Ga0211528_1004161213300020417MarineMQLQHTFGYDCEGLSSLITNNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNSQLTNKDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKE
Ga0211528_1033879613300020417MarineLIMQLQHTFGYDCEGLSSLITNNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTLDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKE
Ga0211558_1036515613300020439MarineMQLQHTFGYDCEGLSSLITNNKLSSFTKKLVELGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLQYNGKNVIIVTSCQGVHPKHAMANVHCIGIKEMARRVDNNVVFWDNLRSIVEEQYAN
Ga0211559_10000073383300020442MarineMKLQHTFGFDCEEIDSLISDNKLDSFLKKLVALGKKQDPDFYDPLKFMGDGFEWFVEYFLKFFNGDHTLTYTANYEPNFDYDRGIDGRGLSTIDGKPNVIQVKFKANPNTQLTNADNISNIAADATMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIDREKMARRVDNNVIFWNDLRNIVKEQYA
Ga0211559_1000765033300020442MarineMKLQHTFGYDCEDLPSLITDNKLSIFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKVDPTKYLTNEDNISNVAADATMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISYKEMARRVDNNVIFWDNLRSIVEEQYV
Ga0211641_1002802633300020450MarineMKLQHTFGFDCEEIDSLISDNKLDSFLKKLVALGKKQDPDFYDPLKFMGDGFEWFGEYFFKFFNGDHTLTYTANYEPNFDYDRGIDGRGLSTLDGLPNVIQFKFKADITKYLTNEDNISNVAADATMNEGLQYNGKNVIIVTSCKGVHPKHAMANAHCIDREKMARRVDNNVIFWDNLRSIVKEQYA
Ga0211614_1013148233300020471MarineMKLQHPFVYDSEELPSIVEGNTFAKFVKNLVAVGKTQDPDLYDPLSYMGDGFEFFTEYFFKFFNGDHTLTYTADYEPNMDYDRGIDGRGLSTLDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLEYNGKNVIIITSCKGVHPKHAMANVHCVTYKEIQRRVDNNVIFWDNLRSLIEDQNSEKE
Ga0211579_1031838213300020472MarineEDILKIVDVNNVKQLVKNIAAYGNKQDPDLYEPLKYMGDCWELFSEYFFKYFNGDHTLTYTVDYEPNMEYDRGIDARGTSTIDGKPNVIQDKFKVDPTVYLNNNDNISNIVADAVINESLQYNGKNIIVFTSCRGVHPKHAMTNVHCIGIKQIARRVDNNPVFWDTFKKVIEETTVNIL
Ga0213858_1001064243300021356SeawaterMKLQHTFGYDCEGLSSLITENKLSTFFRKLVNLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKADPNKYLTNDDNISNVAADATINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISYKEMARRVDNNVIFWDNLRSIVAEQYV
Ga0213858_1031172023300021356SeawaterMKLTHTFGYDCEEIDSLISENTLDKFLKKLVAAGKKQDPDFYDPLKYMGDGFEWFIEYFFKVLDKDHTLTYTSDYTPNTDYDRGIDGRGISTLDGKPNVIQSKFKADPNTYLTNKDNISNVAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMAEVHCINREQIARRVDNNVPFWDTLRTIVSEQNAK
Ga0213860_1001901623300021368SeawaterMKLQHTFGYDCEGLPSLITDNKLSVFFNKLVALGKQQDPDFYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKADPNKYLTNDDNISNVAADATINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISYKEMARRVDNNVIFWDNLRSIVAEQYV
Ga0213860_1011431923300021368SeawaterMKLQHPFGYDCEDLSSLIVENKLSTFFKKLVNLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTAEYEPNMDYDRGIDGRGISTLDGKPNVIQCKFKADPTKYLTNEDNISNVAADATMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHTIGISEMSRRVDNNVVFWNNLREVVSEQYV
Ga0213860_1011939913300021368SeawaterLVNLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFRADPNKYLTNDDNISNVAADATINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISYNEMARRVDNNVIFWDNLRRIVEEQYV
Ga0213868_1001505363300021389SeawaterMKLQHTFGYDCEGLPSLIVDNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEDDRGIDGRGISTIDGKPNVIQCKFKVDPNSQLTNESNISNIAADAVLNEGLQYNGKNVIVVTSCKGVHPKHAMANVHCIGIKEMARRVDNNVVFWDNLRSIVKEQYVN
Ga0213866_1001315843300021425SeawaterMKLQHTFGYDCEDLSSLITENQLSKFFKKLIVLGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKADPTKYLTNEDNISNIAADTCMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCITYKEMARRVDNNVIFWDNLRSIVEEQYV
Ga0222719_1012519823300021964Estuarine WaterMQLQHTFGYDCEDLPSLITDNKLSIFLKKLVELGKKQDPDLYPPLTFMGDGFEWFVEYFFKFFNGDHILTYTANYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKADVNKYLTNEDNISNVAADAFVNEGLQYNGKNVIIVTTCKGIHPKHAMSNVHCISYKEMARRVDNNVIFWDDLRKIIREQYDQKK
Ga0222719_1014785723300021964Estuarine WaterMKLQHTFGYDCEEINFLISENKLDSFLKKLMLLGKKKDPDFYDPLKFMGDGFEWFCEYFFKFFNGDHTLTYTANYEPNLGEDRGIDGRGISTLDGKLNVIQCKFRADPTKYLTNEDNISNVVADAVMNEGLQYNGKNVIIITSCKGVHPKHAMSNVHTIGISEISRRVDNNVVFWDNLRALVSEQYV
Ga0222719_1026148423300021964Estuarine WaterMKLQHTFGYDCEGLPSLIADNKLSIFFKKLVEMGKKQDPDFYPPLTFMGDGFEWFVEYFFKFFNGDHTLTYTANYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKADVNKYLTNEDNISNVAADAVINEGLQYNGKNVIIVTTCKGIHPKHAMANVHCISYKEMARRVDDNVIFWDNLRRVAVEQYVQKE
Ga0212025_108256513300022057AqueousGTFGYDCEDLPSLISDNKLSTFFKKLVAMGKQQDPDLYEPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGLSTLDGKPNVIQCKFKADPTKYLTNEDNISNIAADACMNEGLEYNGKNVIIVTSCKGVHPKHAMANVHCIGYKEMARRVDNNVVFWENLRSIVKEQYAS
Ga0212026_106342713300022069AqueousKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVEEQYA
Ga0196897_104632613300022158AqueousKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPNKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNV
Ga0212031_100111833300022176AqueousVKLQHTFGYDCEDISSLISNNNLSSFLKKLIEIGKKQDPDFYPPLTFMGDGFEWFVEYFFKFFNGDHTLTYTANYEPNLEYDRGIDGRGLSTLDGKPNVIQCKFKADVNKYLTNEDNISNVAADAVINEGLQYNGKNVIIVTTCKGIHPKHAMANVHCVSYNEMARRVDDNVIFWDNLRRVVVEQYVQKE
Ga0196899_1003215133300022187AqueousMKLQHTFGYDCEDLPSLISDNKLSTFFKKLVAMGKQQDPDLYEPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGLSTLDGKPNVIQCKFKADPTKYLTNEDNISNIAADACMNEGLEYNGKNVIIVTSCKGVHPKHAMANVHCIGYKEMARRVDNNVVFWENLRSIVKEQYAS
Ga0196899_106953013300022187AqueousMKLQHTFGYDCEGLPSLISDNKLSTFFKKLVELGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKEQYVS
Ga0196899_111557823300022187AqueousTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPNKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVEEQYA
Ga0208012_101425623300025066MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208920_102791823300025072MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKE
Ga0208298_101388023300025084MarineMQLQHTFGYDCEGLSSLITNNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNSQLTNKDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKEQYAN
Ga0208298_104751823300025084MarineFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208792_104749713300025085MarineNSSCIQRNVLLYRRSHQMKLQHTFGYDCEDLSSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208011_101615823300025096MarineMKLQHTFGYDCEDLSSLIVDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208011_101740733300025096MarineMKLQHTFGYDCENLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEISRRVDNNVIFWDNLRSIVAEQYV
Ga0208011_103355423300025096MarineMKLQHTFGYDCEDLSSLIVDNKASTFFKKLVALGKKQDPDLYDPLLFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208011_104641623300025096MarineMKLQHTFGYDCENLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208011_106279323300025096MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208011_107110323300025096MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFEYDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208011_108238523300025096MarineLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208011_108894513300025096MarineKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208011_109781513300025096MarineQHTFGYDCENLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208434_103940123300025098MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFLADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208013_110225523300025103MarineLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208433_107500613300025114MarineHQMKLQHTFGYDCENLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0209535_101490123300025120MarineMNLTHKFGYNCKQIDSLISENTLDPFLKKLVVVGKKQDPDFYDPLKFMGDGFEWFVEYFFKFFNGDHILTYTADYEPNKDVDRGIDARGISTLDGLPNVIQSKFRVDPTKYLTNEDDISNVAADAFINEGLKYNGKNVIVITTCKGIHPKHAMANVHCINRDQIKRRVDNNVVFWNNLRTIVSEQNVK
Ga0209232_118158913300025132MarineMQLQHTFGYDCEGLSSLITNNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNSQLTNKDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDNLRSIVKEQYVK
Ga0208149_104728223300025610AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVKEQYA
Ga0208428_104759423300025653AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVEEQYA
Ga0208898_103071233300025671AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPNKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVEEQYV
Ga0208162_100775543300025674AqueousMKLQHTFGYDCEEIDFLISENKLDSFLKKLVVLGKKKDPDFYDPLKFMGDGFEWFCEYFFKFFNGDHTLTYTANYEPNLGEDRGIDGRGISTLDGKLNVIQCKFRADPTKYLTNEDNISNVVADAVMNEGLQYNGKNVIIITSCKGVHPKHAMSNVHTIGISEISRRVDNNVVFWDNLRALVSEQYV
Ga0208427_103206133300025771AqueousMKLQHTFGYDCEDLPSLISDNKLSTFFKKLVAMGKQQDPDLYEPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGLSTLDGKPNVIQCKFKADPTKYLTNEDNISNIAADACMNEGLEYNGKNVIIVTSCKGVHPKHAMANVHCIGYKEMARRVDNNVVF
Ga0208547_100631623300025828AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPNKQLTNEDNISNIAADACMNEGLQYNGKNVIIITSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVEEQYA
Ga0208645_102595343300025853AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPNKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVVFWDNLRSIVKEQYA
Ga0208638_105339423300026199MarineMKLQHTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0207989_106298213300026209MarineTFGYDCEDLSSLITDNKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0208408_115294213300026260MarineKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTSDYEPNFECDRGIDARGLSTLDGKPNVIQCKFSADPTKQLTNEDNISNIVADACINEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVAEQYV
Ga0209433_1029313423300027774MarineMQLQHTFGYDCEGLSSLITNNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTLDGKPNVIQCKFKADPNKYLTNEDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANV
Ga0209503_1000160853300027859MarineMQLTHTFGYDCEEIDSLISENTLDKFLRKLVAEGKKQDPDFYDPLTYMGDGFEWFVEYFFKVLDKDHTLTYTSDYYPNTDYDRGIDGRGISTLDGLPNVIQSKFKADPNAYLTNKDNISNIAADATMNEGLQYNGKNVIIITSCKGVHPKHAMANVHCISREQIARRVDNNVPFWDNLRTIVKEQNAK
Ga0257126_1000991403300028287MarineMKLIHTFGYDCEEIDSLISENTLDKFLKKLVAAGKKQDPDFYDPLKYMGDGFEWFIEYFFKVLDKDHTLTYTSDYTPNTDYDRGIDGRGISTLDGLPNVIQHKFKADRNTYLTNKDNISNVAADATMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCISREQIALRVDNNVPFWDTLRTIVSEQNAK
Ga0185543_102452723300029318MarineMQLQHTFGYDCEGLSSLITNNKLSSFTKKLVDLGKQQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNYDYDRGIDGRGISTIDGKPNVIQCKFKADPNSQLTNKDNISNVAADATMNEGLEYNGKNVIIVTSCQGVHPKHAMANVHCIGYKEMARRVDNNVVFWDN
Ga0316202_1014344023300032277Microbial MatMELTHKFGYNCKEIDSLISENTLDPFLKKLVAVGKKQDPDFYEPLKFMGDGFEWFVEYFFKFFNGDHILTCTANYQPNKDVDRGIDGRGISTLDGLPNVIQSKFKANFNAQLNNEDNVANIAGCALAEGIQYNGKNVIIITSCKGVHRNHAMAGFHCINRDQIKRRVDNNVVFWNNLRTIVSEQNAK
Ga0348335_111072_3_4823300034374AqueousMKLQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIG
Ga0348337_027124_2_5563300034418AqueousQHTFGYDCEDLPSLITENKASTFFKKLVALGKKQDPDLYDPLSFMGDGFEWFVEYFFKFFNGDHTLTYTADYEPNFEYDRGIDGRGVSTLDGKPNVIQCKFKADPTKQLTNEDNISNIAADACMNEGLQYNGKNVIIVTSCKGVHPKHAMANVHCIGIKEIARRVDNNVIFWDNLRSIVEEQYA


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