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 F050770

Metagenome Family F050770

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F050770
Family Type Metagenome
Number of Sequences 145
Average Sequence Length 193 residues
Representative Sequence NQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHM
Number of Associated Samples 71
Number of Associated Scaffolds 145

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) 0.69 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 45
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 (99.310 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(86.207 % of family members)
Environment Ontology (ENVO) Unclassified
(91.724 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(86.897 % 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: 44.55%    β-sheet: 15.35%    Coil/Unstructured: 40.10%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 145 Family Scaffolds
PF03592Terminase_2 0.69
PF08241Methyltransf_11 0.69
PF04820Trp_halogenase 0.69

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 145 Family Scaffolds
COG3728Phage terminase, small subunitMobilome: prophages, transposons [X] 0.69


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A99.31 %
All OrganismsrootAll Organisms0.69 %

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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000116|DelMOSpr2010_c10021265All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → unclassified Cellvibrionales → Cellvibrionales bacterium TMED493162Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous86.21%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient4.83%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh4.14%
FreshwaterEnvironmental → Aquatic → Freshwater → River → Unclassified → Freshwater0.69%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment0.69%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water0.69%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine0.69%
Pond WaterEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Pond Water0.69%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Sediment → Saline Water And Sediment0.69%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Epilimnion → Saline Water And Sediment0.69%

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
3300001419Saline surface water microbial communities from Etoliko Lagoon, Greece - halocline water (15 m)EnvironmentalOpen in IMG/M
3300001748Saline surface water microbial communities from Etoliko Lagoon, Greece - surface water (0 m)EnvironmentalOpen 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
3300006029Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_<0.8_DNAEnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300006868Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006869Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006870Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006874Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006916Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24EnvironmentalOpen in IMG/M
3300006919Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21EnvironmentalOpen in IMG/M
3300006920Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_12EnvironmentalOpen in IMG/M
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
3300007276Aqueous 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_31EnvironmentalOpen 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
3300007542Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaGEnvironmentalOpen in IMG/M
3300007640Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28EnvironmentalOpen in IMG/M
3300007960Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaGEnvironmentalOpen in IMG/M
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
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
3300010318Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_DNAEnvironmentalOpen in IMG/M
3300010368Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_DNAEnvironmentalOpen in IMG/M
3300013010Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.8_DNAEnvironmentalOpen in IMG/M
3300017951Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT 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
3300017969Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071407BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018416Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 011502XT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300019751Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW18Oct16_MGEnvironmentalOpen in IMG/M
3300021958Estuarine water microbial communities from San Francisco Bay, California, United States - C33_27DEnvironmentalOpen 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
3300022158Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v3)EnvironmentalOpen in IMG/M
3300022167Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (v2)EnvironmentalOpen in IMG/M
3300022168Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v2)EnvironmentalOpen in IMG/M
3300022183Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (v3)EnvironmentalOpen in IMG/M
3300022187Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v3)EnvironmentalOpen in IMG/M
3300023176Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaGEnvironmentalOpen in IMG/M
3300025543Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025610Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025645Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_12 (SPAdes)EnvironmentalOpen in IMG/M
3300025653Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025687Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025751Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
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
3300025815Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
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
3300026183Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_B_H2O_MG (SPAdes)EnvironmentalOpen in IMG/M
3300027917Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR-2-8_12 (SPAdes)EnvironmentalOpen in IMG/M
3300034374Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v4)EnvironmentalOpen in IMG/M
3300034375Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v4)EnvironmentalOpen in IMG/M
3300034418Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v4)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOSpr2010_1002126513300000116MarineLFQVSLELANDAAEPIFELAELFDLGISQIDKKKKNQVPTLRTTLSSVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSNXFXLAKRLXYRRRGSRRLRIFNCIYVSMSRM*
JGI11705J14877_1009345233300001419Saline Water And SedimentYKTYALACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDENKHKVVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
JGI11772J19994_104104113300001748Saline Water And SedimentMDGDLSIFSRTNNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRQKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYALACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDS
Ga0075474_1015159113300006025AqueousRTNNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFH
Ga0075474_1016868113300006025AqueousAKGYFLDERNKAYWAGMMDGDISIFSRTNNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRARFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNL
Ga0075474_1018883213300006025AqueousFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAI
Ga0075474_1019134523300006025AqueousFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFEDNNYELGSENARKGSMSYRKYHSTPELKKKWDDSHLKTVRDIRIKNGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
Ga0075474_1020731513300006025AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYR
Ga0075474_1023903513300006025AqueousQVSLELANDAAEPIFELAELFDLGISQIDKKKKNQVPTLKTTLSSVKAIVFCYNIYEYIHCTERRNRFRIFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIR
Ga0075478_1015602013300006026AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGK
Ga0075478_1024277413300006026AqueousFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYR
Ga0075478_1025615313300006026AqueousYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKN
Ga0075462_1017299833300006027AqueousLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHMSN*
Ga0075462_1017929213300006027AqueousWAGMMDGDISIFSRTNNKDLFQVSLELANDAAEPVFELAELFDLGITHIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNL
Ga0075462_1022602213300006027AqueousTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAI
Ga0075466_109736833300006029AqueousTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHMSN*
Ga0075461_1016919913300006637AqueousIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN*
Ga0075461_1023741023300006637AqueousLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILKPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
Ga0070749_1052941413300006802AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKH
Ga0070749_1070385413300006802AqueousRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYVAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILEPLKQFFIDNNYELGCENARKGRMSYKKYHSTPELKKKWDDSHLKTARDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQY
Ga0070749_1070385513300006802AqueousRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQY
Ga0070754_1039184313300006810AqueousELAELFDLGITHIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYVAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQ
Ga0070754_1041733813300006810AqueousFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKI
Ga0070754_1042609113300006810AqueousSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHM
Ga0075476_1020388513300006867AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFH
Ga0075476_1022329423300006867AqueousTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN*
Ga0075476_1026536113300006867AqueousFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQ
Ga0075476_1028347813300006867AqueousSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN*
Ga0075476_1031787513300006867AqueousWAGMMDGDISIFSRTDNKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLKTTLSSVKAIVFCYNIYEYIHCTERRNRFRIFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKK
Ga0075481_1022140413300006868AqueousFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN*
Ga0075481_1022813413300006868AqueousGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHMSN*
Ga0075481_1034646613300006868AqueousRRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFH
Ga0075477_1033309013300006869AqueousLANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIK
Ga0075477_1039295913300006869AqueousFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLY
Ga0075477_1044008713300006869AqueousYIHCTERRARFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVA
Ga0075479_1026712613300006870AqueousRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFEDNNYELGSENARKGSMSYRKYHSTPELKKKWDDSHLKTVRDIRIKNGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
Ga0075479_1027393213300006870AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQ
Ga0075479_1028240213300006870AqueousERNKAYWAGMMDGDISIFSRTDNKDLFQVSLELANDAAEPVFELAELFDLGISQIDKKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRARFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQ
Ga0075479_1034645113300006870AqueousKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN*
Ga0075479_1043460413300006870AqueousRTNNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKK
Ga0075475_1024003813300006874AqueousHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHMSN*
Ga0075475_1033748113300006874AqueousFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYI
Ga0075475_1040570213300006874AqueousSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVA
Ga0070750_1033907923300006916AqueousGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFEDNNYELGSENARKGSMSYRKYHSTPELKKKWDDSHLKTVRDIRIKNGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
Ga0070750_1044200813300006916AqueousYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFH
Ga0070746_1031060213300006919AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHM
Ga0070746_1048997413300006919AqueousELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRV
Ga0070748_113625013300006920AqueousLGITHIDKKKKNQVPTLRTTLSCVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
Ga0075460_1026537413300007234AqueousSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMF
Ga0075460_1026618113300007234AqueousLANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYR
Ga0075460_1029343213300007234AqueousTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYVAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILEPLKQFFIDNNYELGCENARKGRMSYKKYHSTPELKKKWDDSHLKTARDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQ
Ga0075460_1029343413300007234AqueousTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQ
Ga0070747_131221513300007276AqueousQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVR
Ga0070745_120707513300007344AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHM
Ga0070745_126831413300007344AqueousFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQY
Ga0070752_127333813300007345AqueousSRTDNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKH
Ga0070752_132895713300007345AqueousELAELFDLGITHIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYVAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKH
Ga0070753_131986913300007346AqueousKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMD
Ga0070753_132211213300007346AqueousELAELFDLGITHIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYVAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYE
Ga0099851_122095713300007538AqueousNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYVAGLFDSEGNAEMELRQKGKYKSYALACKITNSDESILEPLKQFFKHNNYELGSENARKGPMSYRKYHSTPELKKKWDDSHLKMVKDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
Ga0099851_133882013300007538AqueousTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSM
Ga0099849_136109813300007539AqueousNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVA
Ga0099847_108785313300007540AqueousISIFSRTDNKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLKTTLSSVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDKPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFKDNNYELGSENARKGRMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN*
Ga0099847_114164813300007540AqueousANDAAEPVFELAELFDLGITHIDKKKKNQVPTLRTTLSSVKAIVFCYNIYEYIHCTERRNRFRTFLKSSGFGDEVLDRPVRPMTWDYIAGLFDSEGNAEMELRQKGKYKAYAFTCKITNSDESILEPLKQFFIDNNYELGTENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
Ga0099846_134218013300007542AqueousFDSEGNAEMELRQKGKYKTYTLACKITNSDESILKPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
Ga0070751_123142413300007640AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNG
Ga0070751_133507913300007640AqueousLFQVSLELANDAAEPIFELAELFDLGISQIDKKKKNQVPTLKTTLSSVKAVVFCYNIYEYIHCAERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRI
Ga0099850_122333713300007960AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYVAGLFDSEGNAEMELRQKGKYKSYALACKITNSDESILEPLKQFFKHNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVKDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN*
Ga0099850_131342913300007960AqueousLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVVFCYNIYEYIHCTERRNRFRIFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELM
Ga0099850_135647013300007960AqueousPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILKPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
Ga0075480_1039514413300008012AqueousFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLKTTLSSVKAVVFCYNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAI
Ga0075480_1051982613300008012AqueousSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKM
Ga0075480_1060583913300008012AqueousVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKP
Ga0129348_124442113300010296Freshwater To Marine Saline GradientFLDERNKAYWAGMMDGDISIFSRTDNKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYVAGLFDSEGNAEMELRQKGKYKSYALACKITNSDESILKPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWD
Ga0129342_123287813300010299Freshwater To Marine Saline GradientIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKAYAFTCKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN*
Ga0129342_130570813300010299Freshwater To Marine Saline GradientRAKGYFLDERNRAYWAGMMDGDISIFSRTDNKNLFQVSLELANDAAEPIFELAELFDLGISQIDKKKKNQVPTLKTTLSSVKAVVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKHNNYEL
Ga0136655_123844823300010316Freshwater To Marine Saline GradientRQKGKYKAYAFACKITNSDESILKPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN*
Ga0136656_114747233300010318Freshwater To Marine Saline GradientVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN*
Ga0129324_1043628113300010368Freshwater To Marine Saline GradientAHPLFERAKGYFLDERNKAYWAGMMDGDISIFSRTDNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPIKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNS
Ga0129327_1086257613300013010Freshwater To Marine Saline GradientYNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPIKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILKPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMARDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVA
Ga0181577_1085154313300017951Salt MarshSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0181590_1018466813300017967Salt MarshMTWDYIAGLFDSEGNAEMELRQKGKYKSYALACKITNSDESILKPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0181590_1047392213300017967Salt MarshMTWDYIAGLFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFKDNNYELGSENARKGRMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSKNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0181585_1064957013300017969Salt MarshKYGETAHPLFERAKGYFLDERNKAYWAGMMDGDISIFSRTDNKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLKTTLSSVKAIVFCYNIYEYIHCTERRNRFRIFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFIDQGYELGSENARKGPMSYKKYHSTPELKKKWEDSHLKTVRDIRIKP
Ga0181553_1015512233300018416Salt MarshGMMDGDISIFSRTENKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFKDNNYELGSENARKGRMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0194029_102056313300019751FreshwaterSVKAVIFCFNIYEYIHCTERRNRFKTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0222718_1011110833300021958Estuarine WaterANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAIIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPKIKIKHKIQSMKDTQQYIEMDVAIRGKNGKMFHMSN
Ga0212025_109245813300022057AqueousKPMIWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFEDNNYELGSENARKGSMSYRKYHSTPELKKKWDDSHLKTVRDIRIKNGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0196897_102826523300022158AqueousLSSVKAVVFCYNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0212020_105384113300022167AqueousPLFERAKGYFLDERNKAYWAGMMDGDISIFSRTDNKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKF
Ga0212027_102609113300022168AqueousSRTDNKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0212027_104230713300022168AqueousKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFEDNNYELGSENARKGSMSYRKYHSTPELKKKWDDSHLKTVRDIRIKNGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0196891_102763113300022183AqueousSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFEDNNYELGSENARKGSMSYRKYHSTPELKKKWDDSHLKTVRDIRIKNGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0196891_106263713300022183AqueousFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0196891_106753513300022183AqueousKGYFLDERNRAYWAGMMDGDISIFSRTDNKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVR
Ga0196899_105890213300022187AqueousFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0196899_111263723300022187AqueousNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHMSN
Ga0196899_114174013300022187AqueousRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFEDNNYELGSENARKGSMSYRKYHSTPELKKKWDDSHLKTVRDIRIKNGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0196899_116433813300022187AqueousNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHM
Ga0196899_118270913300022187AqueousTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKN
Ga0255772_1035612933300023176Salt MarshRTKKKYKSYTMACKITNSDESILKPLKQFFIDQGYELGSENARKGVMSYRKYHSTPELKKQWDESHLKVVRDIRIKNGKFSENLNRIYKELIPRKKINYKIQSMKDTRLYIKMDKGIRGNGKMFHMSN
Ga0208303_104281413300025543AqueousFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILKPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0208303_106981913300025543AqueousAGMMDGDISIFSRTDNKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLRTTLSSVKAIVFCYNIYEYIHCTERRNRFRTFLKSSGFGDEVLDRPVRPMTWDYIAGLFDSEGNAEMELRQKGKYKAYAFTCKITNSDESILEPLKQFFIDNNYELGTENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0208303_107761223300025543AqueousNIYEYIHCTERRNRFRIFLNNSGFGDQILDRPVKPMTWDYIAGLFDSEGNAEMELRKKGKYRSYTLACKITNSDESILEPLKQFFKDHNYELGSENARKGSMSYKKYHSTPELKKKWDEHRYKVVRDIRIKNGKFSQNLYRIYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0208149_103664813300025610AqueousFSRTNNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRARFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0208149_109390113300025610AqueousFSRTNNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNG
Ga0208643_111992613300025645AqueousYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0208428_110273523300025653AqueousDISIFSRTENKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0208898_109839013300025671AqueousRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHMSN
Ga0208898_115284613300025671AqueousTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0208162_119821013300025674AqueousGMMDGDISIFSRTDNKNLFQVSLELANDAAEPIFELAELFDLGISQIDKKKKNQVPTLKTTLSSVKAVVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENAR
Ga0208019_118531113300025687AqueousLDKPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILKPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0208150_117568113300025751AqueousPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHM
Ga0208150_127281413300025751AqueousNIYEHIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEM
Ga0208899_109065313300025759AqueousTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0208767_124242213300025769AqueousIFELAELFDLGISQIDKKKKNQVPTLKTTLSSVKAIVFCYNIYEYIHCTERRNRFRIFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPR
Ga0208767_126062713300025769AqueousTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYI
Ga0208425_108689213300025803AqueousRTDNKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0208543_108494313300025810AqueousFSRTDNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0208785_109347923300025815AqueousELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRARFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0208785_110500013300025815AqueousELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHMSN
Ga0208785_116256813300025815AqueousNDAAEPVFELAELFDLGITHIDKKKKNQVPTLKTTLSSVKAVVFCYNIYEYIHCTERRNRFRIFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSH
Ga0208547_108889623300025828AqueousVFELAELFDLGITHIDKKKKNQVPTLKTTLSSVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYALACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0208547_115806323300025828AqueousAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0208547_118613613300025828AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFSDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIK
Ga0208917_119194413300025840AqueousTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHMSN
Ga0208645_109085433300025853AqueousRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0208645_118684123300025853AqueousSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSDNARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHMSN
Ga0208644_129894213300025889AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKH
Ga0209932_112652413300026183Pond WaterEIAHPLFERAKGYFLDERNKAYWAGMMDGDISIFSRTNNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAIIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQF
Ga0209536_10183309523300027917Marine SedimentTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFKDNNYELGSENARKGRMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0348335_117420_68_7963300034374AqueousNKNLFQVSLELANDAAEPVFELAELFDLGITHIDKKKKNQVPTLRTTLSGVKAIVFCYNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0348335_123892_2_6553300034374AqueousFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0348335_189675_1_5103300034374AqueousYIHCTERRNRFRIFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKG
Ga0348335_192049_1_5043300034374AqueousGITHIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYVAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQN
Ga0348336_028895_265_10323300034375AqueousMMDGDLSIFSRTDNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKNKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTKRRARFKTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKSYTLACKITNSDESILESLKKFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIKMDVAIKGKNGKMFHMSN
Ga0348336_064205_835_13353300034375AqueousLKNSGFGDEVLDRPVKPMTWDYIAGIFDSEGNAEMELRQKGKYKAYAFACKITNSDESILEPLKQFFIDNNYELGTENARKGRMSYKKYHSTPELKKKWEDSHLKTVRDIRIKPGKFSHNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0348336_107011_442_9303300034375AqueousGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0348336_112070_15_7823300034375AqueousMMDGDISIFSRTNNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0348336_191520_2_5563300034375AqueousKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILEPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQ
Ga0348337_120214_77_8053300034418AqueousNKDLFQVSLELANDAAEPVFELAELFDLGISQIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDKPVKPMTWDYVAGLFDSEGNAEMELRKRGKYKTYALACKITNSDESILEPLKQFFINNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIQMDVAIKGKNGKMFHMSN
Ga0348337_142774_23_6913300034418AqueousMMDGDISIFSRTDNKNLFQVSLELANDAAEPVFELAELFDLGISQIDKKKKNQVPTLKTTLSSVKAVVFCFNIYEYIHCTERRNRFRTFLKNSGFGDEVLDRPVKPMTWDYIAGLFDSEGNAEMELRQRGKYKAYVLACKITNSDESILEPLKQFFKDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKI
Ga0348337_172844_155_5533300034418AqueousMELRQKGKYKTYTLACKITNSDESILKPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIKGKNGKMFHMSN
Ga0348337_189911_3_5243300034418AqueousGITHIDRKKKNQVPTLKTTLSSVKAVIFCFNIYEYIHCTERRNRFRTFLKNSGFGDDILDRPVKPMTWDYVAGLFDSEGNAEMELRQKGKYRSYTLACKITNSDESILKPLKQFFIDNNYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKTVRDIRIKPGKFSQNLYRVYE
Ga0348337_195614_1_5103300034418AqueousEYIHCTERRARFRTFLKNSGFGDDILDRPVKPMTWDYIAGLFDSEGNAEMELRQKGKYKTYTLACKITNSDESILEPLKQFFIDNKYELGSENARKGPMSYKKYHSTPELKKKWDDSHLKMVRDIRIKPGKFSQNLYRVYEELMPRIKIKHKIQSMKDTQQYIEMDVAIK


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