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 / Metatranscriptome Family F095513

Metagenome / Metatranscriptome Family F095513

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F095513
Family Type Metagenome / Metatranscriptome
Number of Sequences 105
Average Sequence Length 302 residues
Representative Sequence NVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFATHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF
Number of Associated Samples 79
Number of Associated Scaffolds 105

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 7.62 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 58
AlphaFold2 3D model prediction Yes
3D model pTM-score0.29

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 (93.333 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(62.857 % of family members)
Environment Ontology (ENVO) Unclassified
(76.190 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(91.429 % 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: 56.03%    β-sheet: 7.49%    Coil/Unstructured: 36.48%
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: 0.29
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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 105 Family Scaffolds
PF13550Phage-tail_3 0.95



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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A93.33 %
All OrganismsrootAll Organisms6.67 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000116|DelMOSpr2010_c10004534All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage7779Open in IMG/M
3300006867|Ga0075476_10007990All Organisms → Viruses → Predicted Viral4822Open in IMG/M
3300017706|Ga0181377_1000401All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage16402Open in IMG/M
3300017967|Ga0181590_10008981All Organisms → cellular organisms → Bacteria8148Open in IMG/M
3300021375|Ga0213869_10004550All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage8971Open in IMG/M
3300025508|Ga0208148_1008540Not Available3221Open in IMG/M
3300025671|Ga0208898_1017507Not Available3286Open in IMG/M
3300034374|Ga0348335_010752All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage5031Open in IMG/M
3300034375|Ga0348336_022407All Organisms → Viruses → Predicted Viral3213Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous62.86%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh11.43%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater6.67%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient5.71%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water1.90%
Freshwater And MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Freshwater And Marine1.90%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine1.90%
SeawaterEnvironmental → Aquatic → Marine → Strait → Unclassified → Seawater1.90%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine0.95%
Deep OceanEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Deep Ocean0.95%
Marine SedimentEnvironmental → Aquatic → Marine → Coastal → Sediment → Marine Sediment0.95%
Marine Surface WaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Marine Surface Water0.95%
MarineEnvironmental → Aquatic → Marine → Coastal → Unclassified → Marine0.95%
SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Sediment0.95%

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
3300000928Marine plume microbial communities from the Columbia River - 25 PSUEnvironmentalOpen in IMG/M
3300000929Marine plume microbial communities from the Columbia River - 15 PSUEnvironmentalOpen in IMG/M
3300004461Marine viral communities from Newfoundland, Canada BC-2EnvironmentalOpen in IMG/M
3300005837Exploring phylogenetic diversity in Port Hacking ocean in Sydney, Australia - Port Hacking PH4 TJ4-TJ18EnvironmentalOpen in IMG/M
3300006026Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006027Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNAEnvironmentalOpen in IMG/M
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
3300006400Aqueous 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_RNA2 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006401Aqueous 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_RNA1 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
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
3300006916Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24EnvironmentalOpen in IMG/M
3300006919Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21EnvironmentalOpen in IMG/M
3300007234Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNAEnvironmentalOpen in IMG/M
3300007236Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNAEnvironmentalOpen in IMG/M
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007345Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
3300007640Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28EnvironmentalOpen in IMG/M
3300008012Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_<0.8_DNAEnvironmentalOpen in IMG/M
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
3300010316Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.8_DNAEnvironmentalOpen in IMG/M
3300010370Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_0.6_0.2_DNAEnvironmentalOpen in IMG/M
3300010430Marine sediment microbial communities from Gulf of Thailand under amendment with organic carbon and nitrate - JGI co-assembly of 8 samplesEnvironmentalOpen in IMG/M
3300013010Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.8_DNAEnvironmentalOpen in IMG/M
3300016797Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 041408BS metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300017706Marine viral communities from the Subarctic Pacific Ocean - Lowphox_13 viral metaGEnvironmentalOpen in IMG/M
3300017763Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 33 SPOT_SRF_2012-06-20EnvironmentalOpen in IMG/M
3300017783Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 2 SPOT_SRF_2009-07-10EnvironmentalOpen in IMG/M
3300017952Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405CT 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
3300018041Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041407BS 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
3300020188Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041411US metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020191Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041410US 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
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
3300021373Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO282EnvironmentalOpen in IMG/M
3300021375Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO132EnvironmentalOpen 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
3300022050Aqueous 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 (v3)EnvironmentalOpen in IMG/M
3300022057Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v2)EnvironmentalOpen in IMG/M
3300022068Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (v2)EnvironmentalOpen in IMG/M
3300022167Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (v2)EnvironmentalOpen in IMG/M
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
3300023116Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaGEnvironmentalOpen in IMG/M
3300023180Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaGEnvironmentalOpen in IMG/M
3300025276Marine viral communities from the Global Malaspina Expedition - Malaspina viral metaG Antarct_55 (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
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025687Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
3300025771Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
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
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
3300025818Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025828Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
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
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
3300025887Aqueous 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
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
3300034374Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v4)EnvironmentalOpen in IMG/M
3300034375Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v4)EnvironmentalOpen in IMG/M
3300034418Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v4)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOSpr2010_10004534133300000116MarineEDNTYRVVQENELGYIPIRTVYNAQKVYNNVGSTIIQDVSQIQRSIYGDMAEIYSAITYGAHPTLVVDETTDQLNDGQVGAEPGSVIRVQAGLTGEPSYVYEFASPDLGAIDSIKGLVDSKIEKLSQIAMLRSEDLIKSSRSGEQIEVYDDKLAAQIRKKATNLENSEAKLWDIWFDWTNQTKPADFNVSYNRQFNKKALEHELSEINMSLNVLEKYDAMFTEGSAIRDYPTIEEAEAEARRLGGSGYHSHIREDGLETYMPFATHLEYELATGERTEADTEFKTEMRDKIRMRLSQLLSASTTNSGF*
DelMOSpr2010_1010457223300000116MarineTIYQSTKIYNNVGTTIIQDVAQIQRSIYGDMAEIYSALTYGSHPTLVVDETTDQLNDGQVGAEPGSVIRVQAGLTGTPSYVYEFASPELGAIDSIKDLVDSKIDKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSAQIRRKATNLENSEAKLWDMWFDWTNQNKPADFSISYNRQYNKKALEHELNEISLAMNVLERYENMYDKDIEAPEFATQELAEAEAQRLGGSGFHSHTEEDGSITYMPFSTHQQYEAALGFESDTADSDGFKTEMRNKIRMRLEQLLSATTTSNGF*
OpTDRAFT_1002342513300000928Freshwater And MarineTTVIQDVAGIQRSIYSYLAEIYSAVTYSSHPTLIVDETTSQMNDGSIGAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIEKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRKKAINLENGENKLWDIWFDWTNMSKPEDFGISYNRQYNKKALEHELNEINLTMQLLEKYENMFGDAPVEEFATEAEALGRAQDLGGDGSHSHTKEDGTVIYMPFRSHVELEAALGYVDLEADFKDDVRETIKQRLQQLLNASSTTNGL*
NpDRAFT_1025996313300000929Freshwater And MarineMNDGSIGAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIEKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRKKAINLENGENKLWDIWFDWTNMSKPEDFGISYNRQYNKKALEHELNEINLTMQLLEKYENMFGDAPVEEFATEAEALGRAQDLGGDGSHSHTKEDGTVIYMPFRSHVELEAALGYVDLEADFKDDVRETI
Ga0066223_122506423300004461MarineIKIEDSDAHEIYRVMTADTIDTVFMGKDEDYTAPIDDPELVQIDDSVFMISQPNELGYVPLKTFYQSVKVYNNVGTTVIQDVAGIQRSIYSYLAEIYSAVTYSSHPTLIVDETTSQMNDGSIGAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIEKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRKKAINLENGESKLWDIWFDWTNMSRPENFGISYNRQYNKKALEHELNEINLTMQLLDKYETMFGDAPVEEFATEAEALGRAQELGGDGSHSHTKEDGTVIYMPFRSHVELEAALGYVDLEADFKDDVRETIKQRLQQLLNSSSTTNGL*
Ga0078893_1453557313300005837Marine Surface WaterVTYSSHPTLIVDETTSQMNDGSIGAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIDKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKAINLENGESKLWDIWYDWTNQSRPDGFGVSYNRQYNKKALEHELNEINLTMQLLEKYENMFDDAPSEEYATVEEAVGRAQELGGDGYHSHTKSDGTVIYMPFSSHAEFEAALGYVDLEADFKDDVRETIKQRLQQLLNASSTMNGM*
Ga0075478_1004419613300006026AqueousIPRWRIHTPLDITNWEYAYDIDGNLKLNKVAIKIDDSDVHEVYRLMTPETIDTVFVAKEEEDYIPPQIQGLTQIDEGVFMVSQENELGYIPLKTFYQSTKVFNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL*
Ga0075462_1001251833300006027AqueousDDPALEQLEDNTYRVVQENELGYIPIRTVYNAQKVYNNVGSTIIQDVSQIQRSIYGDMAEIYSAITYGAHPTLVVDETTDQLNDGQVGAEPGSVIRVQAGLTGEPSYVYEFASPDLGAIDSIKGLVDSKIEKLSQIAMLRSEDLIKSSRSGEQIEVYDDKLAAQIRKKATNLENSEAKLWDIWFDWTNQTKPADFNVSYNRQFNKKALEHELSEINMSLNVLEKYDAMFTEGSAIRDYPTIEEAEAEARRLGGSGYHSHIREDGLETYMPFATHLEYELATGERTEADTEFKTEMRDKIRMRLSQLLSASTTNSGF*
Ga0075462_1010453113300006027AqueousIVDETTSQMNDGSIGAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIDKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKAINLENGESKLWDIWFDWTNQTKPEDFGVSYNRQYNKKALEHELNEINLTMQLLEKYENMFDDAPNEEYATVEEAVGRAQQLGGDGYHSHTKSDGGMIYMPFSSHSEFEAALGYVDLEADFKDDVRETIKQRLQQLLNASSTMNGL*
Ga0075466_101023643300006029AqueousRSIYGDMAEIYSSITYGSHPTLVVDETTDQMNDGQVGAEPGAVIRVQAGLTGTPSYVYEFASPDLSAIDSIQKLVDSKIDKLTQIAMLRSEDLIKSSRSGEQIEVYDDKLAALIRKKATNLENAEDKLWDIWFDWTNMTKSEDFGISYNRQFNKKALEHELGEISLSMSVLEKYENMFSETSDIRDYPTEAEAEAEAERLGGSGYHEHTREDGLETYMPFATHLEYELATGERTPVDEEFKNEMRDKIRLRLTQLLSATTTNNGF*
Ga0075503_115436123300006400AqueousVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL*
Ga0075506_180842213300006401AqueousFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL*
Ga0075461_1006505713300006637AqueousRIEDSDEHQIYRIMTPDTIETVFVAKNDEEYTPPQLEGLRQVDEGMYAVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFATHAEYEAAVGFDSTGDEEFKIQVKEKIKERLEQLLNASTTTNGF*
Ga0070749_1017120013300006802AqueousGEKLDNTPLYNWVRLIVAEYNAMLFRNPPQRTLPETPEVNQFLDDVDGEGNSINEFMSLVDMNTTVFGVCHVGCYKPIGSDIPRWRIHTPLDVTNWEYKYRADGSLKLSRVVIKIEDSDLHTVYRVMTPENIDTVFVGKDEENYIVPIDDPQLVRLDDAIYMISQPNELGYVPLRTFYQNTKIYNNVGTTVIQDVAQIQRSIYGDLAEIYASITYSSHPTLIVDETTSQMNNGSLGSEPGSIVTVQAGLTGESPYVYQFVSPQLDSIAQIQSLIDNKIERMTQIAMLRSEDLIRASNSGAQIEVYDDKLAALIRRKATNLENGESKLWDIWFDWTNQVKPNDLSISYNRQYNKRAIELELKELELTMNIMEKYEEMFDDEPTEEYATVEEAIGRAQELGGNGYHSHTEEDGTVIYMP
Ga0070749_1019527113300006802AqueousVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVAGIQRSIYGDLAEIYSAITYSSHPTLIVDETTSQLNDGAIGAEPGSVVTVQAGLTGEPAYVYEFASPELGSIEQIQKLIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRKKATNLENGEQKLWKVWFDWTNQQMPQDYGVSYNRQYNKKALEHELQEINMTMNVLERYSSMFDSDAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTIVYMPFATHEEYEAAIGYTDSTGDEEFKIQVKEKIKERLEQLLNASTTTNGF*
Ga0070754_1002346513300006810AqueousLVDMMTTVYGVVHVECFKPAGSEIPKWKLYAPTDVTNWSYRYDIDGSLILDKMVIRLEDSDYHSVYRYYTNETVETIFVGAEDDYAPPLEDERLEEIGDNSYRIVQENELGYIPIQTIYQSTKIYNNVGSTVIQDCAQIQRSIYGDSAEIYQAITYGAHPTLVVDETTDQLNEGQVGAEPGAVIRVQAGLTGEPSYVYEFASPQLSAISEIRELIDSKIQKLTQIALLRTEDLIKSARSGEQIEVYDDKLAALVRRKAINLENAESKLWNIWFDWTNQNKPDDFAISYNRQYNKKALEHELGELNLAMNVLERYESMSPKAPEEVYNTREEADARARELGGSGFHSHTQEDGSIIYMPFPTHAQFEAAIGFEGDEFKTEMRDKIRMRLEQLLSATTTTNGL*
Ga0070754_1009481123300006810AqueousCYKPIGSDIPKWKIHTPLDVTNWEYTYDIDGNLKLNKVAIRIEDSDEHQIYRVMTPETIETVFVAKDEEEYVPPQLEGLIKVDEGVYMVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVAGIQRSIYGDLAEIYSAITYSSHPTLIVDETTSQLNDGAIGAEPGSVVTVQAGLTGEPAYVYEFASPELGSIEQIQKLIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRKKATNLENGEQKLWKVWFDWTNQQMPQDFGVSYNRQYNKKALEHELQEINMTMNVLERYSSMFDSDAPSEEFSTVEQAIGRVQELGGDGYHSHIEEDGRTVYMPFATHEEYEAAIGYTDSTGDEEFKIQVKEKIKERLEQLLNASTTTNGF*
Ga0075476_1000799083300006867AqueousIDGNLKLDRLVIRLEDSDLHSVFRYYTPETIETVFSGSDEDYLPPINDPRLEQLDEKTYRIVQENELGYIPVKTIYQSTKIYNNVGATIIQDVAQIQRSIYGDMAEIYSAITYGSHPTLVVDETTDQINDGQVGAEPGSVIRVQAGLTGTPAYVYEFVSPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENSEAKLWKIWFDWTNQTMPEDFSISYNRQYNKKALEHELNEISMAMSVLERYENMYDKDIEAPEYATQELAEAEAQRLGGSGFHSHIEEDGSTVYMPFSTHAQYEAALGYDSDRADEDGFRTEMRNKIRMRLEQLLSATTTSNGF*
Ga0075476_1001963313300006867AqueousCYKPAGSEIPRWRIHTPLDITNWEYAYDIDGNLKLNKVAIKIDDSDVHEVYRLMTPETIDTVFVAKEEEDYIPPQIQGLTQIDEGVFMVSQENELGYIPLKTFYQSTKVFNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL*
Ga0075476_1005427523300006867AqueousRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFATHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF*
Ga0075477_1015493513300006869AqueousTNWEYSYDIDGNLKLNKVAIRIEDSDEHQIYRIMTPDTIETVFVAKNDEEYTPPQLEGLRQVDEGMYAVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEED
Ga0075479_1014137313300006870AqueousYSAITYGSHPTLLVDETTSQLNDGAVGSEPGAVITVQAGLTGEPAYVYEFKSPQLDSIKQIQELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSAQIRRKATNLENGEAKLWDIWFDWTNQQKPSNFGISYNRQYNKKALEHELSEINMTMNVLERYQNMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFATHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF*
Ga0070750_1012930313300006916AqueousKLIVAEYNAILFRNPPQRTLGESPEMLEFINDVDGDGNSINEFMSLVDMYTTVFGVVHVGCYKPIGSDIPKWKIHTPLDVTNWEYTYDIDGNLKLNKVAIRIEDSDEHQIFRVMTPETIETVFVAKDEEEYVPPQLEGLIKVDEGVYMVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVAGIQRSIYGDLAEIYSAITYSSHPTLIVDETTSQLNDGAIGAEPGSVVTVQAGLTGEPAYVYEFASPELGSIEQIQKLIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRKKATNLENGEQKLWKVWFDWTNQQMPQDFGVSYNRQYNKKALEHELQEINMTMNVLERYSSMFDSDAPSEEFSTVEQAIGRAQE
Ga0070750_1016386913300006916AqueousLPPINDPRLEQIDDKTYRIVQENELGYIPVKTIYQSTKIYNNVGATIIQDVAQIQRSIYGDMAEIYSAITYGSHPTLVVDETTDQINDGQVGAEPGSVIRVQAGLTGTPAYVYEFVSPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENSEAKLWKIWFDWTNQTMPEDFSISYNRQYNKKALEHELNEISMAMSVLERYENMYDKDIEAPEYATQELAEAEAQRLGGSGFHSHIEEDGSTVYMPFSTHAQYEAALGYDSDRADEDGFRTEMRNKIRMRLEQLLSATTTSNGF*
Ga0070750_1017337313300006916AqueousPDTIETVFVAKNDEEYTPPQLEGLRQVDEGMYAVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFATHAEYEAAVGFDSTGDEEFKIQVKDKIKERL
Ga0070746_1005508333300006919AqueousASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFATHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF*
Ga0075460_1004473523300007234AqueousRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFASHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF*
Ga0075460_1009193713300007234AqueousLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL*
Ga0075463_1005307523300007236AqueousKWKIHEPTSVTNWSYKYDIDGNLKLDRLVIRLEDSDLHSVFRYYTPETIETVFSGSDEDYLPPINDPRLEQLDEKTYRIVQENELGYIPVKTIYQSTKIYNNVGATIIQDVAQIQRSIYGDMAEIYSAITYGSHPTLVVDETTDQINDGQVGAEPGSVIRVQAGLTGTPAYVYEFVSPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENSEAKLWKIWFDWTNQTMPEDFSISYNRQYNKKALEHELNEISMAMSVLERYENMYDKDIEAPEYATQELAEAEAQRLGGSGFHSHTEEDGSTVYMPFSTHAQYEAALGYDSDRADEDGFRTEMRNKIRMRLEQLLSATTTSNGF*
Ga0070745_101774713300007344AqueousEQIDDNSYRIVQENELGYIPIKTIYQSTKIYNNVGSTIIQDVAQIQRSIYGDMAEIYQGITYGAHPTLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPAYVYEFASPDLTAIDSIKSLVDSKIEKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENAEAKLWDVWFDWTNQQKPEDFSISYNRQYNKKALEHELNEISLAMTVLERYENMYSKEIEAPEYATQEQAEAEAQRLGGSGFHTHTEEDGSIVYMPFATHEEYQAAIGLDSVEAEEDNGFKTEMRNKIRQRLEQLLSATTTDNGF*
Ga0070752_106580823300007345AqueousVHVECFKPAGSEIPKWKLYAPTDVTNWSYRYDIDGSLILDKMVIRLEDSDYHSVYRYYTNETVETIFVGAEDDYAPPLEDERLEEIGDNSYRIVQENELGYIPIQTIYQSTKIYNNVGSTVIQDCAQIQRSIYGDSAEIYQAITYGAHPTLVVDETTDQLNEGQVGAEPGAVIRVQAGLTGEPSYVYEFASPQLSAISEIRELIDSKIQKLTQIALLRTEDLIKSARSGEQIEVYDDKLAALVRRKAINLENAESKLWNIWFDWTNQNKPDDFAISYNRQYNKKALEHELGELNLAMNVLERYESMSPKAPEEVYNTREEADARARELGGSGFHSHTQEDGSIIYMPFPTHAQFEAAIGFEGDEFKTEMRDKIRMRLEQLLSATTTTNGL*
Ga0070752_110639023300007345AqueousVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL*
Ga0070753_111940913300007346AqueousHVGCYKPIGSDIPKWKIHTPLDVTNWEYTYDIDGNLKLAKIAIRIEDSDEHQIYRVMTPDTIETVFVGKDEEEYVPPTIEGLTKIDEGVYMVQQENELGYIPIRTFYQSTKVYNNVGTTIIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGAVITVQAGLTGEPAYVYEFKSPQLDSIKQIQELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSAQIRRKATNLENGEAKLWDIWFDWTNQQKPSNFGISYNRQYNKKALEHELSEINMTMNVLERYQNMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTE
Ga0099849_110940713300007539AqueousEFMSLVDMYTTVYGVCHVECYKPVGSDIPKWKIYQPTDVTNWSYKYDVDGNLKLHNIVLKLEDSDYHSVFRYYTKDTVETVFVGGDDDYLPPIDDPRLEQIDDNSYRIVQENELGYIPIKTIYQSTKIYNNVGSTIIQDVAQIQRSIYGDMAEIYQGITYGAHPTLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPAYVYEFASPDLTAIDSIKSLVDSKIEKLTQIAMLRSEELIKASRSGEQIEVYDDKLAAQIRRKATNLENAEAKLWDVWFDWTNQQKPEDFSISYNRQYNKKALEHELNEISLAMTVLERYENMYSKEIEAPEYATQELAEAEAQRLGGSGFHTHTEEDGSIVYMPFA
Ga0070751_108930123300007640AqueousVVDETTDQINDGQVGAEPGSVIRVQAGLTGTPAYVYEFVSPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENSEAKLWKIWFDWTNQTMPEDFSISYNRQYNKKALEHELNEISMAMSVLERYENMYDKDIEAPEYATQELAEAEAQRLGGSGFHSHIEEDGSTVYMPFSTHAQYEAALGYDSDRADEDGFRTEMRNKIRMRLEQLLSATTTSNGF*
Ga0070751_109811713300007640AqueousNYVKLIVAEYNAILFRNPPQRELPDTPEVEQFLNEVDSDGNSINEFMSLVDMYTTVFGVVHVGCYKPVGSDIPKWKIHTPLDVTNWEYTYDIDGNLKLAKIAIRIEDSDEHQIYRVMTPDTIETVFVGKDEEEYVPPTIEGLTKIDEGVYMVQQENELGYIPIRTFYQSTKVYNNVGTTIIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGAVITVQAGLTGEPAYVYEFKSPQLDSIKQIQELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSAQIRRKATNLENGEAKLWDIWFDWTNQQKPSNFGISYNRQYNKKALEHELSEINMTMNVLERYQNMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVV
Ga0075480_1009929723300008012AqueousPIGSDIPKWKIHTPLDVTNWEYSYDIDGNLKLNKVAIRIEDSDEHQIYRIMTPDTIETVFVAKNDEEYTPPQLEGLRQVDEGMYAVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFATHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF*
Ga0075480_1021849213300008012AqueousDIPKWKIHEPTSVTNWSYKYDIDGNLKLDRLVIRLEDSDLHSVFRYYTPETIETVFSGSDEDYMPPINDPRLEQIDDKTYRIVQENELGYIPVKTIYQSTKIYNNVGATIIQDVAQIQRSIYGDMAEIYSAITYGSHPTLVVDETTDQINDGQVGAEPGSVIRVQAGLTGTPAYVYEFVSPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENSEAKLWKIWFDWTNQTMPEDFSISYNRQYNKKALEHELNEISMAMSVLERYENMYDKDIEAPEYATQELAEAEAQRLGGSGFHSHIEEDGS
Ga0118687_1016103513300009124SedimentIEGLVEIDEGMYMISQPNELGYIPIKTFYQSTKVYNNVGSTVISDVAGIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFVSPQLDSIDQIQKLIDSKIEKLSQIAMLRSEDLIKSSRSGEQIEVYDDKLSAQIRRKATNLENGEAKLWDIWFDWTNQTKPEDFGISYNRQYNKKALEHELREINMTLDVLTRYESMFDSAESEEFTNEADALGRAVELGGTGAHSHEYEDGTVVWMP
Ga0129348_110342013300010296Freshwater To Marine Saline GradientLDVTNWEYTYDIDGNLKLAKIAIRIEDSDEHQIYRVMTPDTIETVFVGKDEEEYVPPTIEGLTKIDEGVYMVQQENELGYIPIRTFYQSTKVYNNVGTTIIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGAVITVQAGLTGEPAYVYEFKSPQLDSIKQIQELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSAQIRRKATNLENGEAKLWDIWFDWTNQQKPADFGVSYNRQYNKKALEHELSEINMTMNVLERYQNMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHIEEDGRTVYMPFATHEEY
Ga0129345_119810813300010297Freshwater To Marine Saline GradientIQDVAQIQRSIYGDMAEIYASVTYGAHPTLVVDETTDQLNDGQVGSGPGEIVRVQAGLTGEPNYVYEFASPDLGGITQIKELVDSKIDKLSQIAMLRSEDIIKSSRSGEQIEVYDDKLAAQIRRKATNLENAESKLWDMWFDWTNQTKPQDFSISYNRQYNKKALEHELNEINLSLNVLEKYENMFGDIVPDETYTTQAEAEARAVQLGGSGSHSHTQEDGTVIYMPFDTHRQYELA
Ga0129342_106883323300010299Freshwater To Marine Saline GradientEEIGDNSYRIVQENELGYIPIQTIYQSTKIYNNVGSTVIQDCAQIQRSIYGDSAEIYQAITYGAHPTLVVDETTDQLNEGQVGAEPGAVIRVQAGLTGEPSYVYEFASPQLSAISEIRELIDSKIQKLTQIALLRTEDLIKSARSGEQIEVYDDKLAALVRRKAINLENAENKLWNIWFDWTNQNKPDDFAISYNRQYNKKALEHELGELNLAMNVLERYESMSPKAPEEVYNTREEADARARELGGSGFHSHTQEDGSIIYMPFPTHAQFEAAIGFEGAEFKTEMRDKIRMRLEQLLSATTTTNGL*
Ga0136655_116109413300010316Freshwater To Marine Saline GradientAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIDKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKAINLENGESKLWDIWFDWTNQTKPEDFGVSYNRQYNKKALEHELNEINLTMQLLEKYENMFDDAPNEEYATVEEAVGRAQQLGGDGYHSHTKSDGGMIYMPFSSHSEFEAALGYVDLEADFKDDVRETIKQRLQQLLNASST
Ga0129336_1021330713300010370Freshwater To Marine Saline GradientLYTTVMGVCHVTCIKPAGSDIPRWRIHTPLDVTNWNYKYDIDGNLVLTDLVILLESNDYHKVYRYFTQTEIHTIFVGNDDDEYAPPIDDVRLEQIDDTTYRIVQPNELGYVPVQTFYQSTKIYNNVGTTVIQDVAQIQRSIYGDMAEIYSAITYSAHPTLVVDETTDQLNDGQVGGEPGSIVKVQSSLTGEPTYVFEYKAPNLDSIAQIRELVDNKVQKLSQIAMLRSEDLIKAANSGAQIEVYDDKLSAMVRRKATNLENGEAKLWDIWFDWLNMPKPEDFSISYNRQYNRRALEIELKEVDLMMATLDKYELLMEGPPEEDKPKMPEELPNIPGRTYADGEAIPVTLPALYVEAGLPGTMPG
Ga0118733_10118662413300010430Marine SedimentLVVDETTDQINDGQIGAEPGSVIRVQSGLTGEPSYVYEFASPQLTAIDSIKTLVDSKIEKMTAISMLRSEDLIKSARSGEQIEVYDDKLAALIRRKATNLESAESRLWDLYFAWTNQNKPEDFAISYNRQFNKKALEHELAEINLSLNVLNKYKETFGIEVPSYNTREEAEAEAQRLGGSGSHSHTRQDGSIEYMPFATHSQYESATGVDSEEAEFEIEMRDKIRKRMLQLIEASTTNNGF*
Ga0129327_1009836223300013010Freshwater To Marine Saline GradientLSETPEIQEFIEDVDGEGNSVNEFMSLVDTWSTIYGVVHVGCYKPVGSDIPKWKLHKPTDVTNWEYTYDRNGNLELSKVAIKIEDSDVHSIYRVMTADTIDTVFMGKDDDYVAPIDDPDLLQLDEAVFMISQPNELGYVPLKTFYQSVKVYNNVGTTVIQDVAGIQRSIYSYLAEIYSAVTYSSHPTLIVDETTSQMNDGSIGAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIDKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKAINLENGESKLWDIWFDWTNQTKPEDFGVSYNRQYNKKALEHELNEINLTMQLLEKYENMFDDAPNEEYATVEEAVGRAQQLGGDGYHSHTKSDGGMIYMPFSSHSEFEAALGYVDLEADFKDDVRETIKQRLQQLLNASSTMNGL*
Ga0182090_160767623300016797Salt MarshDNAEIYSAITYGAHPTLVVDENTDQLNDGQVGAEPGSVIRVQAGRTGEPRYVYEFASPELSAISEIRELIDSKIQKLTQIALLRTEDLIKSAKSGEQIQVYDDKLAALVRRKAINLENAESKLWDMWFDWTNQTKPEDFGVSYNRQYNKKALEHELNELNVAMSVLERYESMSPQAPQETYTSAEEADARARQLGGSGFHSHRQEDGSIIYMPFTTHQQYESALGFTEDEFKTEMRDKIRERLQQLLSATTTTNGF
Ga0181377_100040113300017706MarineLGYIPIQTVYNAQKVYNNVGSTIIQDVSQIQRSIYGDMAEIYSAITYGSHPTLIVDSTTDQLNDGMVGAEPGSVIRVEASLTGTPSYVYEFASPQLDAIDSIKTLVDSKIEKLTQIAMLRSEDLIKSSRSGEQIEVYDDKLAALIRKKATNLENAEDKLWNIWFDWTNMSKPQDFGVSYNRQFNKKALEHELSEINLSMNVLEKYENMFNTGPEEFNTAEAAEARAIELGGSGFHSHADQEGNVIYMPFATHDAFEQATGQSADAEFKNEMRDKIRMRLTQLLSATTTNAGF
Ga0181410_105117413300017763SeawaterNLELDRLVVRMENSDYHSVYRYYTNDTIETVFVGNDDDYMPPIDDAELEIIDDNTYRVVQSNELGYIPIQTVYNAQKVYNNVGSTIIQDVSQIQRSIYGDMAEIYSSITYGSHPTLVVDETTDQMNDGQVGAEPGAVIRVQAGLTGTPSYVYEFASPDLSAIDSIKSLVDSKIDKLTQIAMLRSEDLIKSSRSGEQIEVYDDKLAALIRKKATNLENAEDKLWDIWFDWTNMSKPEDFGISYNRQFNKKALEHELGEINLSMSVLEKYDTMFAQSSDITSYETIAEAEAEAQRLGGSGYHEHTSEEGKVTYMPFATHEEYELASGERSPIDTEFKNEMRDKIRLRLTQLLSATTTNNGF
Ga0181379_103829213300017783SeawaterYGSHPTLVVDETTDQMNDGQVGAEPGAVIRVQAGLTGTPSYVYEFASPDLSAIDSIKSLVDSKIDKLTQIAMLRSEDLIKSSRSGEQIEVYDDKLAALIRKKATNLENAEDKLWDIWFDWTNMSKPEDFGISYNRQFNKKALEHELGEINLSMSVLEKYDNMFTEASDIKDYPTIAEAEAEAQRLGGSGYHEHTSEEGKVTYMPFATHEEYELATGERSPIDTEFKNEMRDKIRLRLTQLLSATTTNNGF
Ga0181583_1025357613300017952Salt MarshRVMTPDTIETVFVAKDEEEYVPPQLEGLVQVDEGIYMVQQENELGYIPLKTFYQSTKVYNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIEQIQKLIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQTRPADFGISYNRQYNKKALEHELSEINMTMNVLERYENMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFASHAEYEAAVGFDSTQDEEFKIQVKDKIKERLEQLLQSTTTTNGF
Ga0181590_10008981133300017967Salt MarshHPTLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPAYVYEFASPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENAEAKLWNIWFDWTNQQKPEDFSISYNRQYNKKALEHELNEISLAMTVLERYENMAGKEIEAPEYATQELAEAEAQRLGGSGFHTHTEEDGSIVYMPFATHEEYEAAIGYDSSQAEEDNGFKTEMRNKIRQRLEQLLSATTTDNGF
Ga0181601_1003880153300018041Salt MarshNDGQVGAEPGSVIRVQAGLTGEPSYVYEFASPELSAISEIRELIDSKIQKLTQIALLRTEDLIKSAKSGEQIQVYDDKLAALVRRKAINLENAESKLWDMWFDWTNQTKPEDFGVSYNRQYNKKALEHELNELNVAMSVLERYESMSPQAPQETYTSAEEADARARQLGGSGFHSHRQEDGSIIYMPFTTHQQYESALGFTEDEFKTEMRDKIRERLQQLLSATTTTNGF
Ga0181591_1021928713300018424Salt MarshIYNNVGSTIIQDCAQIQRSIYGDMAEIYQGITYGAHPTLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPAYVYEFASPDLTAIDSIKSLVDSKIEKLTQIAMLRSEELIKASRSGEQIEVYDDKLAAQIRRKATNLENAEAKLWDVWFDWTNQQKPEDFSISYNRQYNKKALEHELNEISLAMTVLERYENMYSKEIEAPEYATQELAEAEAQRLGGSGFHTHTEEDGSIVYMPFATHEEYEAAIGLDSVEAEEDNGFKTEMRNKIRQRLEQLLSATTTDNGF
Ga0181591_1059419613300018424Salt MarshTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIEQIQKLIDNKVEKLSQIAMLRSEDLVKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQTRPADFGVSYNRQYNKKALEHELSEINMTMNVLERYENMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFRSHAEYEAAIGFDSTQDEEFKIQVKDKIKERLEQLLQSTTTTNGF
Ga0181605_1017543413300020188Salt MarshKYDINGNLKLDKMVFTLEDSDYHSVYRYYTNETIETVFIGNDEEDYFPPVDDERLEQLEDNIYRIVQENELGYIPVKTIYQSTKIYNNIGSTVIQDVAQIQRSIYGDNAEIYSAITYGAHPTLVVDENTDQLNDGQVGAEPGSVIRVQAGLTGEPSYVYEFASPELSAISEIRELIDSKIQKLTQIALLRTEDLIKSAKSGEQIQVYDDKLAALVRRKAINLENAESKLWDMWFDWTNQTKPEDFGVSYNRQYNKKALEHELNELNVAMSVLERYESMSPQAPQETYTSAEEADARARQLGGSGFHSHRQEDGSIIYMPFTTHQQYESA
Ga0181604_10005135173300020191Salt MarshKTIYQSTKIYNNIGSTVIQDVAQIQRSIYGDNAEIYSAITYGAHPTLVVDENTDQLNDGQVGAEPGSVIRVQAGLTGEPSYVYEFASPELSAISEIRELIDSKIQKLTQIALLRTEDLIKSAKSGEQIQVYDDKLAALVRRKAINLENAESKLWDMWFDWTNQTKPEDFGVSYNRQYNKKALEHELNELNVAMSVLERYESMSPQAPQETYTSAEEADARARQLGGSGFHSHRQEDGSIIYMPFTTHQQYESALGFTEDEFKTEMRDKIRERLQQLLSATTTTNGF
Ga0181597_1003625953300020194Salt MarshAQIQRSIYGDNAEIYSAITYGAHPTLVVDENTDQLNDGQVGAEPGSVIRVQAGLTGEPSYVYEFASPELSAISEIRELIDSKIQKLTQIALLRTEDLIKSAKSGEQIQVYDDKLAALVRRKAINLENAESKLWDMWFDWTNQTKPEDFGVSYNRQYNKKALEHELNELNVAMSVLERYESMSPQAPQETYTSAEEADARARQLGGSGFHSHRQEDGSIIYMPFTTHQQYESALGFTEDEFKTEMRDKIRERLQQLLSATTTTNGF
Ga0213858_1030736313300021356SeawaterHPTLVVDETTSQLNDGSLGSEPGSIVNVQAGLTGEQNYTFEFVSPSTAAIDSIMKLVDSKIDKMTAISMLRSEDLIKSARSGEQIEVYDDKLAALIRRKATNLESAESKLWNLYFAWTNQNRPEDFAISYNRQFNKKALEHELSEINMSLQVLNKYKETFGVEAPSYETREEAEAEAQRLGGSGSHSHTTEDGSIIYMPFRTHAEYELAIGMDNEESEFEIEMRDKIRKRMLQLIEASTTNNGF
Ga0213860_1029918113300021368SeawaterIVDETTSQMNDGSIGAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIDKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKAINLENGESKLWDIWYDWTNQSRPEGFGVSYNRQYNKKALEHELNEINLTMQLLEKYENMFDDAPSEEFATVEEAVGRAQQLGGDGFHSHTKDNGTVVYMPFNSHAEYEAALGYVDLDATFKDDVRETIKQRLQQLLES
Ga0213865_1003382933300021373SeawaterIDEEEQTYRVIQENELGYIPIKTVYNSQKVYNNVGSTIIQDCSQIQRSIYGDMAEIYSSITYSAHPSLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPNYVYSFVSPELTAVDSIKALVDSKIEKLTQIAMLRSEDLIKSARSGEQIEVYDDKLAAQIRKKATNLENAEAKLWDIWFDWTNMSKPEDFGISYNRQFNKKALEHELAEINLSMSVLEKYENMFTEASSIQDYPTIAEAEAEAQRLGGSGYHEHTREDGLVTYMPFATHLEYELATGERSPQDEEFKNEMRDKIRMRLSQLLSQTTTNNGF
Ga0213869_1000455013300021375SeawaterYRVVQENELGYIPIRTVYNAQKVYNNVGSTIIQDVSQIQRSIYGDMTEIYSAITYGAHPTLVVDETTDQLNDGQVGAEPGSVIRVQAGLTGEPSYVYEFASPDLGAIDSIKGLVDSKIEKLSQIAMLRSEDLIKSSRSGEQIEVYDDKLAAQIRKKATNLENSEAKLWDIWFDWTNQTKPADFNVSYNRQFNKKALEHELSEINMSLNVLEKYDAMFTEGSAIRDYPTIEEAEAEARRLGGSGYHSHIREDGLETYMPFATHLEYELATGERTEADTEFKTEMRDKIRMRLSQLLSASTTNSGF
Ga0213869_1021321913300021375SeawaterLEESDNHAVYRHYTEDTIETLFVGAEDNDDYEPPIDDPALEQIDENSYRVSQPNELGFIPMVQIYNSHKIYNNVGSTIIQDVAQIQRSIYGDLAEIYAGITYSSHPTLVVDETTDQLNDGQVGAEPGAIIRVQAGLTGEPSYVYEYASPELSAIDQIQKLIDSKIEKLSQIAMLRSEDLIKSSRSGEQIEVYDDKLAAVIRRKATNLENAESKLWDIWYAWTNQTKPENFNVSYNRQFNKKALEHELNEINMSLNVLDKYEQMFADGSSIRDYETIAEAEAEASRLGG
Ga0213868_1025520113300021389SeawaterVHVGCYKPIGSDIPKWKIHAPTEVTNWAYSYDIDGNLKLKEMVVKLEESDYHSVFRYYTPETIETVFVGNEEDYLPPIDDPALEQLEDNIYRVVQENELGYIPIRTVYNAQKVYNNVGSTIIQDVSQIQRSIYGDMAEIYSAITYGAHPTLVVDETTDQLNDGQVGAEPGSVIRVQAGLTGEPSYVYEFASPDLGAIDSIKGLVDSKIEKLSQIAMLRSEDLIKSSRSGEQIEVYDDKLAAQIRKKATNLENSEAKLWDIWFDWTNQTKPADFNVSYNRQFNKKALEHELSEINMSLNVLEKYDAMFTEGSAIRDYPTIEEAEAEARRLGGSGYHSHIRE
Ga0213866_1029611113300021425SeawaterIQRSIYGDMAEIYSSITYSAHPSLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPNYVYSFVSPELTAVDSIKALVDSKIEKLTQIAMLRSEDLIKSARSGEQIEVYDDKLAAQIRKKATNLENAEAKLWDIWFDWTNMSKPEDFGISYNRQFNKKALEHELAEINLSMSVLEKYENMFTEASSIQDYPTIAEAEAEAQRLGGSGYHEHTREDGLVTYMPFATHLEYELATGERSPQDEEFKNEMRDKIRMRLSQLLSQTTTNNGF
Ga0222719_1016921013300021964Estuarine WaterNLILDSVVIKLEESENHSVYRHYTAEKIETIFMGAEDNDDYEPPVNDPLLEQIDENAYRISQPNELGFIPMVQIYNSHKVYNNVGSTIIQDVAQIQRSIYGDLAEVYSSITYSSHPTLVVDETTDQINDGQVGAEPGAIIRVQAGLTGEPSYVYEYASPDLSAVDQIQRLIDSKIDKLSQIAMLRSEDLIKSSRSGEQIEVYDDKLAAVIRRKATNLENSETKLWDIWYAWTNQTKPENFNVSYNRQFNKKALEHELSEINMSLNVLEKYDAMFAEGSNIRDYETIAQAEEEAQRLGGSGYHSHTREDGVVTYMPFATHLEYELATGERSEADTEFKTEMRDKIRMRLSQLLSATTTNGG
Ga0222719_1042855113300021964Estuarine WaterTTDQLNDGQVGAEPGAVMRVQAGLTGEPAYVYEFVSPELNSIDQIMKLIDSQIDKLIQISMLRSEDLIKSSRSGEQIEVYDDKLAALIRRKATNLENMESRLWDIYFAWTNQNRPEDFSISYNRQFNKKALEHELNEVNIMMNVLEKYRQAFAGTTSFKAEKFATSVEAEQRANELGGSGFHSHDEDGTTIYMPFNSHEEYERALERANPGVDYEEDNDFEETMRDKIRQRLEQLLEASTTNNGL
Ga0196883_101385613300022050AqueousFSHPTLVVDETTDQINDGQVGAEPGSVIRVQAGLTGTPAYVYEFVSPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENSEAKLWKIWFDWTNQTMPEDFSISYNRQYNKKALEHELNEISMAMSVLERYENMYDKDIEAPEYATQELAEAEAQRLGGSGFHSHTEEDGSTVYMPFSTHAQYEAALGYDSDRADEDGFRTEMRNKIRMRLEQLLSATTTSNGF
Ga0212025_101190113300022057AqueousITYGAHPTLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPAYVYEFASPDLTAIDSIKSLVDSKIEKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENAEAKLWDVWFDWTNQQKPEDFSISYNRQYNKKALEHELNEISLAMTVLERYENMYSKEIEAPEYATQEQAEAEAQRLGGSGFHTHTEEDGSIVYMPFATHEEYQAAIGLDSVEAEEDNGFKTEMRNKIRQRLEQLLSATTTDNGF
Ga0212021_102582223300022068AqueousTTVIQDVAGIQRSIYSYLAEIYSAVTYSSHPTLIVDETTSQMNDGSIGAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIDKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKAINLENGESKLWDIWFDWTNQTKPEDFGVSYNRQYNKKALEHELNEINLTMQLLEKYENMFDDAPNEEYATVEEAVGRAQQLGGDGYHSHTKSDGGMIYMPFSSHSEFEAALGYVDLEADFKDDVRETIKQRLQQLLNASSTMNGL
Ga0212020_103492513300022167AqueousVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGISYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNS
Ga0196899_106952423300022187AqueousVFNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL
Ga0255753_120560213300022926Salt MarshQDVAQIQRSIYGDNAEIYSAITYGAHPTLVVDENTDQLNDGQVGAEPGSVIRVQAGLTGEPSYVYEFASPELSAISEIRELIDSKIQKLTQIALLRTEDLIKSAKSGEQIQVYDDKLAALVRRKAINLENAESKLWDMWFDWTNQTKPEDFGVSYNRQYNKKALEHELNELNVAMSVLERYESMSPQAPQETYTSAEEADARARQLGGSGFHSHRQEDGSIIYMPFTTHQQYESALGFTEDEFKTEMRDKIRERLQQLLSATTTTNGF
Ga0255751_1013143323300023116Salt MarshECYKPVGSDIPKWKIYQPTDVTNWSYTYDIDGNLKLSKIVLKLEDSDYHSVFRYYTKDTVETVFVGGEEDYIPPIDDPRLEQIDDTTYRIVQENELGYIPIKTIYQSTKIYNNVGSTIIQDVSQIQRSIYGDMAEIYQAITYGAHPTLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPAYVYEFASPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENAEAKLWNVWFDWTNQQKPEDFSISYNRQYNKKALEHELNEISLAMTVLERYENMAGKEIEAPEYATQELAEAEAQRLGGSGFHTHTEEDGSIVYMPFATHEEYEAAIGYDSSQAEEDNGFKTEMRNKIRQRLEQLLSATTTDNGF
Ga0255768_1011640823300023180Salt MarshTYDIDGNLKLSKIVLKLEDSDYHSVFRYYTKDTVETVFVGGEEDYIPPIDDPRLEQIDDTTYRIVQENELGYIPIKTIYQSTKIYNNVGSTIIQDVSQIQRSIYGDMAEIYQAITYGAHPTLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPAYVYEFASPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENAEAKLWNVWFDWTNQQKPEDFSISYNRQYNKKALEHELNEISLAMTVLERYENMAGKEIEAPEYATQELAEAEAQRLGGSGFHTHTEEDGSIVYMPFATHEEYEAAIGYDSSQAEEDNGFKTEMRNKIRQRLEQLLSATTTDNGF
Ga0208814_107642013300025276Deep OceanEETEQHIVYRHITPEYIDTIFVGNNEDYTPPIDSDLIEAIDEDTYRIRQENELGVVPLVTTYQNVKVFNNIGTTVIQDVAQIQRSVYGDMAEIYSAITYGAHPTLVVDETTDQLNDGQIGAEPGSVIRVQSGLTGEPNFVYQFASPELTAIDSIKDLVDSKIDKMTAISMLRSEDLIKSARSGEQIEVYDDKLAALIRRKATNLESAESRLWDLYFQWTNQTKPEDFAISYNRQFNKKALEHELAEINLSLQVLNNYKETFGIKVPSYNTREEAEAEALRLGGSGSHSHNREDGSMEYM
Ga0208148_100854013300025508AqueousQRSIYGDMAEIYSSITYGSHPTLVVDETTDQMNDGQVGAEPGAVIRVQAGLTGTPSYVYEFASPDLSAIDSIQKLVDSKIDKLTQIAMLRSEDLIKSSRSGEQIEVYDDKLAALIRKKATNLENAEDKLWDIWFDWTNMTKSEDFGISYNRQFNKKALEHELGEISLSMSVLEKYENMFSETSDIRDYPTEAEAEAEAERLGGSGYHEHTREDGLETYMPFATHLEYELATGERTPVDEEFKNEMRDKIRLRLTQLLSATTTNNGF
Ga0208898_101750713300025671AqueousIVQENELGYIPVKTIYQSTKIYNNVGATIIQDVAQIQRSIYGDMAEIYSAITYGSHPTLVVDETTDQINDGQVGAEPGSVIRVQAGLTGTPAYVYEFVSPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENSEAKLWKIWFDWTNQTMPEDFSISYNRQYNKKALEHELNEISMAMSVLERYENMYDKDIEAPEYATQELAEAEAQRLGGSGFHSHIEEDGSTVYMPFSTHAQYEAALGYDSDRADEDGFRTEMRNKIRMRLEQLLSATTTSNGF
Ga0208898_105788023300025671AqueousNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL
Ga0208162_107153413300025674AqueousSINEFMSLVDMYTTVFGVVHVGCYKPIGSDIPKWKIHTPLDVTNWEYTYDIDGNLKLNKVAIRIEDSDEHQIFRVMTPDTIETVFVAKDEEEYVPPQLEGLVQVDEGIYMVQQENELGYIPLKTFYQSTKVYNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIEQIQKLIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYM
Ga0208162_112671213300025674AqueousNVGSTIIQDCAQIQRSIYGDMAEIYQGITYGAHPTLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPAYVYEFASPDLTAIDSIKSLVDSKIEKLTQIAMLRSEELIKASRSGEQIEVYDDKLAAQIRRKATNLENAEAKLWDVWFDWTNQQKPEDFSISYNRQYNKKALEHELNEISLAMTVLERYENMYSKEIEAPEYATQELAEAEAQRLGGSGFHTHTEEDGSIVYMPFATHEEY
Ga0208019_105630723300025687AqueousVLKLEDSDYHSVFRYYTKDTVETVFVGGDDDYLPPIDDPRLEQIDDNSYRIVQENELGYIPIKTIYQSTKIYNNVGSTIIQDCAQIQRSIYGDMAEIYQGITYGAHPTLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPAYVYEFASPDLTAIDSIKSLVDSKIEKLTQIAMLRSEELIKASRSGEQIEVYDDKLAAQIRRKATNLENAEAKLWDVWFDWTNQQKPEDFSISYNRQYNKKALEHELNEISLAMTVLERYENMYSKEIEAPEYATQELAEAEAQRLGGSGFHTHTEEDGSIVYMPFATHDLYEAAIGLDSVEAEEDNGFKTEMRNKIRQRLEQLLSATTTDNGF
Ga0208899_103431913300025759AqueousYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL
Ga0208899_113801913300025759AqueousNLKLNKVAIRIEDSDEHQIFRVMTPETIETVFVAKDEEEYVPPQLEGLIKVDEGVYMVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVAGIQRSIYGDLAEIYSAITYSSHPTLIVDETTSQLNDGAIGAEPGSVVTVQAGLTGEPAYVYEFASPELGSIEQIQKLIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRKKATNLENGEQKLWKVWFDWTNQQMPQDFGVSYNRQYNKKALEHELQEINMTMNVLERYSSMFDSDAPSEEFSTV
Ga0208767_102643843300025769AqueousQSTKIYNNVGSTVIQDCAQIQRSIYGDSAEIYQAITYGAHPTLVVDETTDQLNEGQVGAEPGAVIRVQAGLTGEPSYVYEFASPQLSAISEIRELIDSKIQKLTQIALLRTEDLIKSARSGEQIEVYDDKLAALVRRKAINLENAESKLWNIWFDWTNQNKPDDFAISYNRQYNKKALEHELGELNLAMNVLERYESMSPKAPEEVYNTREEADARARELGGSGFHSHTQEDGSIIYMPFPTHAQFEAAIGFEGDEFKTEMRDKIRMRLEQLLSATTTTNGL
Ga0208767_110366813300025769AqueousDGEGNSVNEFMNLVDTWSTIYGVVHVGCYKPLGSDIPKWKLHKPTDVTNWEYTYDRNGNLTLSKVAIKIEDSDVHEIYRVMTADTIDTVFMGKDEDYAAPIDDPELVQIDDSVYMISQPNELGYVPLKTFYQSVKVYNNVGTTVIQDVAGIQRSIYSYLAEIYSAVTYSSHPTLIVDETTSQMNDGSIGAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIEKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRKKAINLENGESKLWDIWFDWTNMSRPEDFGISYNRQYNKKALEHELNEINLTMQLLEKYENMFGDAPVEEFATEAEAIGRAQELGGDGSHSHTKEDGTVIYMPFRSHIEF
Ga0208427_104695313300025771AqueousYDIDGNLKLNKVAIRIEDSDEHQIYRIMTPDTIETVFVAKNDEEYTPPQLEGLRQVDEGMYAVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYQNMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFATHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF
Ga0208427_120800013300025771AqueousVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGISYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTN
Ga0208425_106032613300025803AqueousRSIYGDMAEIYSAITYGSHPTLVVDETTDQINDGQVGAEPGSVIRVQAGLTGTPAYVYEFVSPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENSEAKLWKIWFDWTNQTMPEDFSISYNRQYNKKALEHELNEISMAMSVLERYENMYDKDIEAPEYATQELAEAEAQRLGGSGFHSHTEEDGSTVYMPFSTHAQYEAALGYDSDRADEDGFRTEMRNKIRMRLEQLLSATTTSNGF
Ga0208543_103442113300025810AqueousNTPLYNYVKLVVAEYNALLFRNPPQRTLPDTPEINTFLQDVDGEENSIGEFMSLVDMYTTVFGVCHVGCYKPAGSEIPRWRIHTPLDITNWEYAYDIDGNLKLNKVAIKIDDSDVHEVYRLMTPETIDTVFVAKEEEDYIPPQIQGLTQIDEGVFMVSQENELGYIPLKTFYQSTKVFNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIG
Ga0208542_101936933300025818AqueousQIFRVMTPDTIETVFVAKNDEEYTPPQLEGLRQVDEGMYAVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFASHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF
Ga0208547_105881313300025828AqueousTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL
Ga0208917_113207923300025840AqueousVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL
Ga0208917_115003113300025840AqueousTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFATHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF
Ga0208645_114786013300025853AqueousIRIEDSDEHQIFRVMTPETIETVFVAKDEEEYVPPQLEGLIKVDEGVYMVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVAGIQRSIYGDLAEIYSAITYSSHPTLIVDETTSQLNDGAIGAEPGSVVTVQAGLTGEPAYVYEFASPELGSIEQIQKLIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRKKATNLENGEQKLWKVWFDWTNQQMPQDFGVSYNRQYNKKALEHELQEINMTMNVLERYSSMFDSDAPSEEFSTVEQAIGRVQELGGDGYHSHTEEDG
Ga0208544_1003742913300025887AqueousPTDVTNWEYTYDRNGNLELSKVAIKIEDSDVHSIYRVMTADTIDTVFMGKDDDYVAPIDDPDLLQLDEAVFMISQPNELGYVPLKTFYQSVKVYNNVGTTVIQDVAGIQRSIYSYLAEIYSAVTYSSHPTLIVDETTSQMNDGSIGAEPGSVVTVQAGLTGETAYVYEFASPQLDSIEQIQKLIDSQIDKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKAINLENGESKLWDIWFDWTNQTKPEDFGVSYNRQYNKKALEHELNEINLTMQLLEKYENMFDDAPNEEYATVEEAVGRAQQLGGDGYHSHTKSDGGMIYMPFSSHSEFEAALGYVDLEADFKDDVRETIKQRLQQLLNASSTMNGL
Ga0208644_101581713300025889AqueousGLTQIDEGVFMVSQENELGYIPLKTFYQSTKVFNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL
Ga0208644_108036623300025889AqueousNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFATHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF
Ga0348335_010752_4101_50303300034374AqueousDKTYRIVQENELGYIPVKTIYQSTKIYNNVGATIIQDVAQIQRSIYGDMAEIYSAITYGSHPTLVVDETTDQINDGQVGAEPGSVIRVQAGLTGTPAYVYEFVSPELTAIDSIKGLVDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENSEAKLWKIWFDWTNQTMPEDFSISYNRQYNKKALEHELNEISMAMSVLERYENMYDKDIEAPEYATQELAEAEAQRLGGSGFHSHIEEDGSTVYMPFSTHAQYEAALGYDSDRADEDGFRTEMRNKIRMRLEQLLSATTTSNGF
Ga0348335_019803_2208_32213300034374AqueousMTPDTIETVFVAKNDEEYTPPQLEGLRQVDEGMYAVEQENELGYIPLKTFYQSTKVYNNVGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLIVDETTSQLNDGAVGAEPGAVITVQAGLTGEPAYVYEFASPELGSIKQIQELIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENGESKLWNIWFDWTNQQRPADFGISYNRQYNKKALEHELSEINMTMNVLERYESMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVVYMPFASHAEYEAAVGFDSTGDEEFKIQVKDKIKERLEQLLQSTTTTNGF
Ga0348335_103899_16_8853300034374AqueousMTPDTIETVFVGKDEEEYVPPTIEGLTKIDEGVYMVQQENELGYIPIRTFYQSTKVYNNVGTTIIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGAVITVQAGLTGEPAYVYEFKSPQLDSIKQIQELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSAQIRRKATNLENGEAKLWDIWFDWTNQQKPSNFGISYNRQYNKKALEHELSEINMTMNVLERYQNMFSESAPSEEFSTVEQAIGRAQELGGDGYHSHTEEDGTVIYM
Ga0348335_105838_1_8703300034374AqueousLKTFYQSTKVYNNVGTTVIQDVAGIQRSIYGDLAEIYSAITYSSHPTLIVDETTSQLNDGAIGAEPGSVVTVQAGLTGEPAYVYEFASPELGSIEQIQKLIDNKVEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRKKATNLENGEQKLWKVWFDWTNQQMPQDFGVSYNRQYNKKALEHELQEINMTMNVLERYSSMFDSDAPSEEFNTVEQAIGRAQELGGDGYHSHTEEDGTIVYMPFATHEEYEAAIGYTDSTGDEEFKIQVKEKIKERLEQLLSSTTTTN
Ga0348336_006843_6762_75923300034375AqueousGTTVIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGSIITVQAGLTGEPAYVYEFRSPQLDSIQQIKELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSALIRRKATNLENGESKLWDIWFDWTNQQRPADFGVSYNRQYNKKALEHELNEINLTMSVLEKYESMMTRAPSEEFASEAEAIGRAQELGGDGAHSHVEDGVTVYMPFRTHAEYESAIGFQSESIDETFKADMLDKVKQRLEQLLNASSTTNSL
Ga0348336_022407_14_8023300034375AqueousMAEIYQGITYGAHPTLVVDETTDQLNDGQVGAEPGAVIRVQAGLTGTPAYVYEFASPDLTAIDSIKSLVDSKIEKLTQIAMLRSEDLIKASRSGEQIEVYDDKLAAQIRRKATNLENAEAKLWDVWFDWTNQQKPEDFSISYNRQYNKKALEHELNEISLAMTVLERYENMYSKEIEAPEYATQEQAEAEAQRLGGSGFHTHTEEDGSIVYMPFATHEEYQAAIGLDSVEAEEDNGFKTEMRNKIRQRLEQLLSATTTDNGF
Ga0348337_085319_1_10833300034418AqueousVEQFLNEVDSDGNSINEFMSLVDMYTTVFGVVHVGCYKPVGSDIPKWKIHTPLDVTNWEYTYDIDGNLKLAKIAIRIEDSDEHQIYRVMTPDTIETVFVGKDEEEYVPPTIEGLTKIDEGVYMVQQENELGYIPIRTFYQSTKVYNNVGTTIIQDVASIQRSIYGDLAEIYSAITYGSHPTLLVDETTSQLNDGAVGSEPGAVITVQAGLTGEPAYVYEFKSPQLDSIKQIQELIDSKIEKLSQIAMLRSEDLIKASRSGEQIEVYDDKLSAQIRRKATNLENGEAKLWDIWFDWTNQQKPSNFGISYNRQYNKKALEHELSEINMTMNVLERYQNMFSESAPSEEFSTVEQAIGRAQEL


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