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 F101065

Metagenome Family F101065

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F101065
Family Type Metagenome
Number of Sequences 102
Average Sequence Length 202 residues
Representative Sequence DREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Number of Associated Samples 58
Number of Associated Scaffolds 102

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) 0.00 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 37
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (100.000 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(82.353 % of family members)
Environment Ontology (ENVO) Unclassified
(92.157 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(93.137 % 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: 20.85%    β-sheet: 24.64%    Coil/Unstructured: 54.50%
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 102 Family Scaffolds
PF08291Peptidase_M15_3 1.96
PF05929Phage_GPO 0.98
PF00929RNase_T 0.98



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Phylogeny

NCBI Taxonomy

NameRankTaxonomyDistribution
UnclassifiedrootN/A100.00 %

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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous82.35%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient7.84%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh4.90%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine0.98%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment0.98%
Worm BurrowEnvironmental → Aquatic → Marine → Coastal → Sediment → Worm Burrow0.98%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine0.98%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Sediment → Saline Water And Sediment0.98%

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
3300005613Saline sediment microbial communities from Etoliko Lagoon, Greece - sedimentEnvironmentalOpen in IMG/M
3300006025Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006026Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006027Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNAEnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
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
3300006916Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24EnvironmentalOpen in IMG/M
3300006919Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21EnvironmentalOpen in IMG/M
3300007234Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNAEnvironmentalOpen in IMG/M
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007345Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
3300007540Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007541Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaGEnvironmentalOpen in IMG/M
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
3300010296Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.8_DNAEnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
3300010299Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_DNAEnvironmentalOpen in IMG/M
3300010300Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.2_DNAEnvironmentalOpen in IMG/M
3300010368Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_DNAEnvironmentalOpen 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
3300020168Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071409BT metaG (spades assembly)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
3300022065Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (v2)EnvironmentalOpen in IMG/M
3300022067Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v3)EnvironmentalOpen in IMG/M
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
3300022167Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (v2)EnvironmentalOpen in IMG/M
3300022168Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v2)EnvironmentalOpen in IMG/M
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
3300022198Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300023176Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaGEnvironmentalOpen in IMG/M
3300023180Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaGEnvironmentalOpen in IMG/M
3300025057Marine viral communities from the Gulf of Mexico - 31_GoM_OMZ_CsCl metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025630Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025647Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025687Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
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
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
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
3300025889Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18 (SPAdes)EnvironmentalOpen in IMG/M
3300027917Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR-2-8_12 (SPAdes)EnvironmentalOpen in IMG/M
3300032136Coastal sediment microbial communities from Delaware Bay, Delaware, United States - CS-6 worm burrowEnvironmentalOpen 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_1015158513300000116MarineEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0074649_102968013300005613Saline Water And SedimentQTQAPTGAQDLKIVYPDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCLGRVMDIEHHVVELTLLTDASITQPALCPSAEVSTWSTSPTQPGANDTIDVPRYFYQHFAAILAASAGTFDLIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVFDGGYWS*
Ga0075474_1007267013300006025AqueousAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0075474_1020241613300006025AqueousAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTR
Ga0075474_1027158613300006025AqueousQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASITQPALCPSAEVSTWSTSPSQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAE
Ga0075478_1009887113300006026AqueousYTDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0075478_1011943013300006026AqueousVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0075478_1013368623300006026AqueousVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0075478_1018163413300006026AqueousGIARGTTELELTVPLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQ
Ga0075462_1021871613300006027AqueousPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQD
Ga0075461_1006586413300006637AqueousAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0075461_1013241113300006637AqueousAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEPNGTDEQDDHAHVLDGGFWS*
Ga0075461_1016058613300006637AqueousRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0070749_1028314023300006802AqueousGIARGTTELELTVPLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGFWA*
Ga0070749_1046098013300006802AqueousSQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGFARCLGRVMDLEDHVVELTLLADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0070749_1050333013300006802AqueousVYTDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDNEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTD
Ga0070754_1003954553300006810AqueousLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEPNGTDEQDDHAHVLDGGFWS*
Ga0075476_1010609323300006867AqueousARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0075476_1018202523300006867AqueousQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0075476_1035304713300006867AqueousVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGT
Ga0075477_1013501813300006869AqueousASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0075477_1018314423300006869AqueousTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0070750_1015493513300006916AqueousVYTDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0070750_1036699513300006916AqueousLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQ
Ga0070746_1002561863300006919AqueousVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEPNGTDEQDDHAHVLDGGFWS*
Ga0070746_1021498313300006919AqueousTDQAAGIARGTTELELTVPLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGFWA*
Ga0070746_1032059413300006919AqueousDVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0070746_1038098313300006919AqueousQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAE
Ga0070746_1045430713300006919AqueousASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDG
Ga0075460_1020088113300007234AqueousSPDFKIVYTDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASGGGFRLIAYDPGDSEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDE
Ga0070745_117015613300007344AqueousGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0070752_130403513300007345AqueousVYPGDLVRLDISSADVWSWATSSPSLTGVARCLGRVMDLEDHVVELTLLADASITQPALCPSAEVLTWSTTPTQPGAGDTIDVPRYFYQHFFTLLSLSSSGRIALVAYDPGDSEGVSDIYSINAVADTGSACRLTIGAVVGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGYWS*
Ga0070752_136342813300007345AqueousQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLAGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTSPSQPGANDTIDVPRYFYAHFAGILAASAGSFDVVAYDPGDNEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDD
Ga0070752_139129113300007345AqueousNREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTI
Ga0070753_134743213300007346AqueousSSQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAE
Ga0099851_121992523300007538AqueousPGLAGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTSPSQPGANDTIDVPRYFYAHFAGILAASAGSFDVVAYDPGDNEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0099851_127737013300007538AqueousRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0099849_124945813300007539AqueousSLSPAKTPTRIVVQHQGPDGSPDFKIVYTDQAAGIARGTTELELTVPLADREQLASFATPLVTSRFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSAEVWSWATSSPSLTGVARCLGRVMDLEDHVVELTLLADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACR
Ga0099849_126459513300007539AqueousREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYW
Ga0099849_133720113300007539AqueousQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLAGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTSPSQPGANDTIDVPRYFYAHFAGILAASAGSFDVVAYDPGDNEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQD
Ga0099847_108906423300007540AqueousRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLLADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTYPAEGSGTDEQDDHAHVLDGGYWS*
Ga0099848_130975513300007541AqueousAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLLADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYW
Ga0099848_133924613300007541AqueousVRLDISSADVWSWATSSPGLAGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTSPSQPGANDTIDVPRYFYAHFAGILAASAGSFDVVAYDPGDNEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYW
Ga0070751_102445313300007640AqueousQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEPNGTDEQDDHAHVLDGGFWS*
Ga0070751_125136713300007640AqueousGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYW
Ga0070751_131006113300007640AqueousPLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASGGGFRLIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEG
Ga0075480_1005038843300008012AqueousIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEPNGTDEQDDHAHVLDGGFWS*
Ga0075480_1034891823300008012AqueousNREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0075480_1047459113300008012AqueousRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDNEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0075480_1051797713300008012AqueousGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0075480_1058150513300008012AqueousTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCLGRVMDVENHVVELTLLTDASIEQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYQHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSA
Ga0075480_1062074113300008012AqueousTPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMNIEDHVVELTLLADASLTQPALCPSAEVSTWSTTPTQPGAGDTIDVPRYFYEHFSTLLSLSSSGRIALAAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSP
Ga0129348_101558313300010296Freshwater To Marine Saline GradientARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCLGRVMDVENHVVELTLLTDASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYQHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGSGTDEQDDHAHVLDGGYWS*
Ga0129348_108800113300010296Freshwater To Marine Saline GradientPLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMNIEDHVVELTLLADASLTQPALCPSAEVSTWSTTPTQPGAGDTIDVPRYFYEHFSTLLSLSSSGRIALAAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQDAHAHVLDEGYWS*
Ga0129348_120787613300010296Freshwater To Marine Saline GradientPLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0129345_115615523300010297Freshwater To Marine Saline GradientAAGIARGTTELELTVPLADREQLASFATPLVTSRFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSAEVWSWATSSPSLTGVARCLGRVMDLEDHVVELTLLADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0129342_115072613300010299Freshwater To Marine Saline GradientIVSLAPAKTPTRIVVQHQGPDGSPDFKIVYTDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCLGRVMDVENHVVELTLLTDASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYQHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGSGTDEQDDHAHVLDGGYWS*
Ga0129342_126504813300010299Freshwater To Marine Saline GradientWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS*
Ga0129351_131431313300010300Freshwater To Marine Saline GradientTPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMNIEDHVVELTLLADASLTQPALCPSAEVSTWSTTPTQPGAGDTIDVPRYFYEHFSTLLSLSSSGRIALAAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQDAHAHV
Ga0129324_1025986113300010368Freshwater To Marine Saline GradientAASQVLQIVRVRVAPWLEVYPGDLVRLDISSAEVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLLADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS*
Ga0181592_1012158313300018421Salt MarshAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGYWS
Ga0181591_1093933413300018424Salt MarshVPLADREQLAAFATPLVASRFASSQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAE
Ga0181588_1019369123300020168Salt MarshSWATSSPSLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGYWS
Ga0212025_107729513300022057AqueousIAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0212024_107123813300022065AqueousQAAGIARGTTELELTVPLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFSALLSLSSSGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTR
Ga0196895_102514013300022067AqueousTVPLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGYWS
Ga0212026_101518613300022069AqueousGYTDQAAGIARGTTELKLTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0212020_102079223300022167AqueousRIVVKHQGPDGSPDFKIVYTDQAAGIARGTTELELTVPLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFSALLSLSSSGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGFWA
Ga0212027_101638713300022168AqueousDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0196899_103967223300022187AqueousIVYTDQAAGIARGTTELKLTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0196905_108328413300022198AqueousAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDNEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0255772_1017839723300023176Salt MarshIVYTDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGYWS
Ga0255768_1036715313300023180Salt MarshEDAPDFKIVYTDQAAGIARGTTELKLEVPLADREQLAAFATPLVASRFASSQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEPNGTDEQDDHAHVLDGGFWS
Ga0208018_11768223300025057MarineLTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPTQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208004_100277813300025630AqueousREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGFWA
Ga0208004_107428623300025630AqueousTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208160_111960413300025647AqueousATSSPSLTGVARCLGRVMDVENHVVELTLLTDASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYQHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGFWS
Ga0208160_113041913300025647AqueousSQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLAGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTSPSQPGANDTIDVPRYFYAHFAGILAASAGSFDVVAYDPGDNEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208160_114775523300025647AqueousLAGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208898_102936613300025671AqueousLAAFATPLVASRFASSQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEPNGTDEQDDHAHVLDGGFWS
Ga0208898_106891023300025671AqueousDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDNEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208898_110597923300025671AqueousDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS
Ga0208162_108690423300025674AqueousDFKIVYTDQAAGIARGTTELELTVPLADREQLASFATPLVTSRFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSAEVWSWATSSPSLTGVARCLGRVMDLEDHVVELTLLADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS
Ga0208019_117587923300025687AqueousTSSPSLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPVQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208767_126880613300025769AqueousASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGS
Ga0208425_106297923300025803AqueousPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208425_111462513300025803AqueousIVVKHQGPDGSPDFKIVYTDQAAGIARGTTELELTVPLADREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTMLADASITQPALCPSALVLTWSTTPTQPGAGDTIDVPRYFYEHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSAC
Ga0208542_108638013300025818AqueousVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS
Ga0208542_116497913300025818AqueousTSSPSLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDNEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208547_106494723300025828AqueousPDFKIVYTDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208917_107002013300025840AqueousDREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208645_103616213300025853AqueousASRFASSQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEPNGTDEQDDHAHVLDGGFWS
Ga0208645_105630933300025853AqueousANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS
Ga0208644_124801913300025889AqueousIVYTDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGFARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDNEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0208644_126563513300025889AqueousIVYTDQAAGIARGTTELELTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGY
Ga0208644_129789813300025889AqueousPGDLVRLDISSADVWSWATSSPSLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS
Ga0209536_10076078823300027917Marine SedimentDFKIVYTDQAAGIARGTTELKLTVPLANREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYEHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0316201_1055408723300032136Worm BurrowNREQLASFATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPSLTGVARCLGRVMDVENHVVELTLLTDASIEQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYQHFFTLLSLSSSGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEGIGTDEQDDHAHVLDGGFWS
Ga0348335_069427_1_6663300034374AqueousELKLTVPLANREQLASFATPLVAARFAASQVLQILRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTTPIQPGVGDTIDVPRYFYEHFSTLLSLSSTGRFALVAYDPGDSEGVADAYSINAVADTGSACRLTIGAVAGSPTLTANQTRLTYPAEGLGTDEQDDHAHVLDGGYWS
Ga0348336_058484_2_4963300034375AqueousSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDVIAYDPGDSEGVADGYTIDAVTDTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDHAHVLDGGYWS
Ga0348337_042836_1356_19163300034418AqueousRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCLGRVMDLEDHVVELTLLADASIAQPALCPSAEVSTWSTSPTQPGVGDTIDVPRYFYDHFFTLLSLSNAGRFALVAYDPGDSEGVSDVYSINAVADTGSACRLTIAAVAGSPTLTANQTRLTYPAEPNGTDEQDDHAHVLDGGFWS
Ga0348337_171047_2_5803300034418AqueousATPLVAARFAASQVLQIVRVRVAPWLEVYPGDLVRLDISSADVWSWATSSPGLTGVARCIGRVMDLEDHVVELTLIADASITQPALCPSAEVSTWSTDPIQPGANDTIDVPRYFYQHFNAILAASAGSFDLVAYDPGDSEGVADGYTIDAVADTGSVCRLTIDAVNGSPTLTANQTRLTHPAEGSGTDEQDDH


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