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 F105060

Metagenome Family F105060

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F105060
Family Type Metagenome
Number of Sequences 100
Average Sequence Length 198 residues
Representative Sequence MSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYA
Number of Associated Samples 61
Number of Associated Scaffolds 100

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 1.00 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 36
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 (99.000 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(82.000 % of family members)
Environment Ontology (ENVO) Unclassified
(94.000 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(81.000 % 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: 12.02%    β-sheet: 25.96%    Coil/Unstructured: 62.02%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 100 Family Scaffolds
PF13385Laminin_G_3 2.00


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A99.00 %
All OrganismsrootAll Organisms1.00 %

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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300025671|Ga0208898_1022622All Organisms → Viruses → Predicted Viral2734Open in IMG/M

Note: Some of these datasets are restricted, as per the data usage policy of the Joint Genome Institute (JGI). Utilizing any of their features below requires obtaining a license from the datasets' corresponding author(s).


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous82.00%
Pelagic MarineEnvironmental → Aquatic → Marine → Pelagic → Unclassified → Pelagic Marine5.00%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine4.00%
Pond WaterEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Pond Water3.00%
SeawaterEnvironmental → Aquatic → Marine → Inlet → Unclassified → Seawater2.00%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment1.00%
Worm BurrowEnvironmental → Aquatic → Marine → Coastal → Sediment → Worm Burrow1.00%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater1.00%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient1.00%

Visualization
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Associated Samples

Note: Some of these datasets are restricted, as per the data usage policy of the Joint Genome Institute (JGI). Utilizing any of their features below requires obtaining a license from the datasets' corresponding author(s).

Taxon OIDSample NameHabitat TypeIMG/M Link
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
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
3300006924Marine viral communities from the Subarctic Pacific Ocean - 14B_ETSP_OMZ_AT15311_CsCl metaGEnvironmentalOpen in IMG/M
3300006929Marine viral communities from the Subarctic Pacific Ocean - 4_ETSP_OMZ_AT15127 metaGEnvironmentalOpen 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
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
3300009000Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_B_H2O_MGEnvironmentalOpen in IMG/M
3300009423Pelagic marine microbial communities from North Sea - COGITO_mtgs_100423EnvironmentalOpen in IMG/M
3300009433Pelagic marine microbial communities from North Sea - COGITO_mtgs_100330EnvironmentalOpen in IMG/M
3300009508Pelagic marine microbial communities from North Sea - COGITO_mtgs_120412EnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
3300021371Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO497EnvironmentalOpen 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
3300022071Aqueous 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 (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
3300022159Aqueous 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 (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
3300024517 (restricted)Seawater microbial communities from Jervis Inlet, British Columbia, Canada - JV7_2_3EnvironmentalOpen in IMG/M
3300024518 (restricted)Seawater microbial communities from Jervis Inlet, British Columbia, Canada - JV7_2_2EnvironmentalOpen in IMG/M
3300025084Marine viral communities from the Subarctic Pacific Ocean - 14B_ETSP_OMZ_AT15311_CsCl metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025108Marine viral communities from the Subarctic Pacific Ocean - 17_ETSP_OMZ_AT15314 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
3300025632Pelagic marine microbial communities from North Sea - COGITO_mtgs_100413 (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
3300025694Pelagic marine microbial communities from North Sea - COGITO_mtgs_120426 (SPAdes)EnvironmentalOpen in IMG/M
3300025751Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
3300025771Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025803Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
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
3300026187Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_C_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
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

Note: Some of these sequences are restricted, as per the data usage policy of the Joint Genome Institute (JGI). Utilizing any of their features below requires obtaining a license from the datasets' corresponding author(s).

Protein ID Sample Taxon ID Habitat Sequence
Ga0075474_1015624513300006025AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKNEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLG
Ga0075474_1022007513300006025AqueousSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDETMVLASTNQGSKDEMDIGDSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWV
Ga0075478_1012117213300006026AqueousMSLPRYFSNHASAFKPLGSGGTLLLVDKKTFRSGDPNNPTWEITDVWQGHPTVIVHARDNPSIYFDDSSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTT
Ga0075478_1023914613300006026AqueousRHYPDKSMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVG
Ga0075462_1012893113300006027AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLTGTNQGSKDEMDVGEAGLIRWHKPLPNGAYVYPTGYSIDELNYFASEYA
Ga0075461_1024900813300006637AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPTWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVG
Ga0070749_1019554313300006802AqueousMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTNPSTYFNDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVTAAFNFSLWPKMFSN
Ga0070749_1036033823300006802AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQ
Ga0070749_1053228613300006802AqueousGTLLLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLPSTNQGSKDEMDVGEAGLIRWHKPLPNNAYVYPTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVT
Ga0070749_1058670713300006802AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDETMVLASTNQGSKDEMDIGDSGLIRWHKPLPNGAYVYTTGYSIDEL
Ga0070754_1028041823300006810AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIA
Ga0070754_1045172513300006810AqueousFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQ
Ga0075476_1025007213300006867AqueousASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQE
Ga0075481_1005723213300006868AqueousMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGESGLIRW
Ga0075481_1006620523300006868AqueousMSLPRYFSNHASAFKPLGSGGTLLLVDKKTFRSGDPNNPTWEITDVWQGHPTVIVHARDNPSIYFDDSSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKNEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLG
Ga0075481_1024894713300006868AqueousRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIAETMVLPSTNQGSKDEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVTAAFNFSL
Ga0075481_1030794513300006868AqueousRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLG
Ga0075477_1030781513300006869AqueousRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVTAAFNFSLW
Ga0075477_1038258913300006869AqueousSGDPNNPTWEITDVWQGHPTVIVHARDNPSIYFDDSSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKNEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLG
Ga0075479_1013440423300006870AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIAETMVLPSTNQGSKDEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVTAAFN
Ga0075479_1015625423300006870AqueousMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDEL
Ga0075479_1018514923300006870AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDEL
Ga0075479_1028828413300006870AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVHARDNPSIYFDDSSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKNEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLG
Ga0075475_1027640113300006874AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEITDVWQGHPTVIVHARDNPSIYFDDSSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKNEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLG
Ga0070750_1021521923300006916AqueousMSLPRYFSNHATAFKPLGSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVVVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDETMVLS
Ga0070750_1024335123300006916AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEITDVWQGHPTVVVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIILDSARPGWTNMIEHFVDYHRNNLNDRVFNFAQVQMIPATVIGSGDTQGSLDDMD
Ga0070750_1038833323300006916AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDETMVLASTNQGSK
Ga0070750_1049346913300006916AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEITDVWQGHPTVVVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPA
Ga0070746_1015188723300006919AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEITDVWQGHPTVVVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIILDSARPGWTNMIEHFVDYHRNNLNDRVFNFAQVQMIPATVIGSGDTQGSLDDMDIGAAGLIKWHKPLESGAWVYPVTGYSIDDLNLLAAKYAQAFLLGQEAYQEPQWVIRNEVTVSAAF
Ga0070746_1028373523300006919AqueousMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTNPSTYFNDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTT
Ga0070746_1029428723300006919AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVG
Ga0098051_107159513300006924MarineMPYYTADSSSGVYKPFSSGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVSNAKINPSQYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIEATEVNESADPPQVQGSMEEMNQGNLGLIRWHLPLQSGAWIYPTTGLSLFELNQLASKYAQAFLLGQEAFQEPQWVIRNE
Ga0098036_118070723300006929MarineMSHYFSADLSNSSYKPFANDGSLALVNKSTFKSGDPNNPTWEITDKWMGHPTVVVNAKNNPSAYFPDASWIKGLSTTESGPYWEIEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIEATEVD
Ga0075460_1024013813300007234AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEITDVWQGHPTVVVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLADTNQGSKDEMDVGEAGLIRWHKPLPNGAYVY
Ga0070745_116736613300007344AqueousMSLPRYFSNHATEFKPLSSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTNPSTYFNDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKD
Ga0070745_117427323300007344AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEITDVWQGHPTVVVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMI
Ga0070745_136687813300007344AqueousGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDETMVLASTNQGSKDEMDIGDSGLIRWHKPLPNGAYVYTTGYSIDEL
Ga0070752_112714213300007345AqueousMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVTA
Ga0070753_135894013300007346AqueousMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTNPSTYFNDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNF
Ga0070751_118768313300007640AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEITDVWQGHPTVVVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIILDSARPGWTNMIEHFVDYHRNNLNDRVFNFAQVQMIPATVI
Ga0099850_118800613300007960AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPSVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIILDSARPGWTNMIEHFVDYHRNNLNDRVFNFAQVQMIPATVIGSGDTQGSLDDMDIGAAGLIKWHKPLESGAWVYPVTGYS
Ga0075480_1027263623300008012AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQE
Ga0075480_1043528913300008012AqueousMSLPRYFSNHASAFKPLGSGGTLLLVDKKTFRSGDPNNPTWEITDVWQGHPTVIVHARDNPSIYFDDSSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKNEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLL
Ga0102960_120922513300009000Pond WaterMPYYTADSSSGVYKPFANGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVSNAKINPAQYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIEATEVNKAADPPQVQGSMEEMNQGNLGLIRWHLPLESGAWIY
Ga0115548_105878923300009423Pelagic MarineMPYYTADTDSGVYKPFANGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVTNAKNNPSSYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARAGWTNMIEHFVDYHRNNLNDRVFNFDQVKMIEKTEYDPDADPEQTQG
Ga0115545_103581513300009433Pelagic MarineMPYYTADTDSGVYKPFANGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVSNAKINPAQYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIEATEVNEAADPPQVQGSMEEMNQGNLGLIRWHLPLESGAWIYPTTGLSLFELNQLAAKYAQAFLLGQEA
Ga0115567_1024137413300009508Pelagic MarineMPYFVKDPSSGVYKPFANGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVTNAKNNPSSYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARAGWTNMIEHFVDYHRNNLNDRVFNFDQVKMIEKTEYDPDADPEQTQGSMEQMDSGPNGLIRWHRPLPNGAWIYPTTGLSLFELNQLAAKYAQAFLLGQEAFQEPQWVIRNEVTVTAAFNFSLWPAMFQNVNR
Ga0129345_101468113300010297Freshwater To Marine Saline GradientMSLPRYFSNHASAFKPLGSGGTLLLVDKKTFRSGDPNNPTWEITDVWQGHPTVIVHARDNPSIYFDDASWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIILDSARPGWTNMIEHFVDYHRNNLNDRVFNFAQVQMIPATVIGSGDTQGSLDDMDIGAAGLIKWHKPLESGAWVYPVTGYSIDDLNLLAAKYAQAFLLGQEAYQEPQWVIRNEVTVSAAFNFSLWPKMFLNVNRM
Ga0213863_1030053813300021371SeawaterMPYYTADSSSGVYKPFSSGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVTNAKNNPASYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIE
Ga0212026_103121323300022069AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKNEMDVGEAGLIRWHKPLPNGAYVS
Ga0212026_104387923300022069AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTG
Ga0212028_108991013300022071AqueousMSLPRYFSNHASAFKPLGSGGTLLLVDKKTFQSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDETMVLASTNQG
Ga0196897_101772513300022158AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTV
Ga0196893_101393113300022159AqueousPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIAETMVLPSTNQGSKDEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVTAAFNFSLWPK
Ga0212020_107736813300022167AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLTGTNQGSKGEMD
Ga0212027_101954213300022168AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVTAAF
Ga0196891_105040313300022183AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDETMVLASTNQGSKDEMDIGDSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWV
Ga0196891_106978313300022183AqueousNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDA
Ga0196891_109073513300022183AqueousSAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEITDVWQGHPTVVVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIILDSARPGWTNMIEHFVDYHRNNLNDRVFNFAQVQMIPATVIGSGDTQGSLDDMDIGAAGLIKWHKPLESGAWV
Ga0196899_111913213300022187AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQM
(restricted) Ga0255049_1004563033300024517SeawaterMSHYFSADLSNSSYKPFANGGSLALVNKSTFKSGDPNNPTWEITDKWMGHPTVVVNAKNNPSAHFPDASWIKGLSTTETGPYWEIEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIEATEVDKTTVPPQTQGSMNKMNQGNDGLIRWHLPLESGAWIYPVTGLSLFE
(restricted) Ga0255048_1006922323300024518SeawaterMSHYFSADLSNSSYKPFANGGSLALVNKSTFKSGDPNNPTWEITDKWMGHPTVVVNAKNNPSAHFPDASWIKGLSTTESGPYWEIEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIEATEVDKTTVPPQTQGSMNKMNQGNDGLIRWHLPLESGAWIYPVTGLSLFELNQLAAKYAQAFLLGQEAFQEPQ
Ga0208298_105644613300025084MarineMPYYTTDPSSGVYKPFANGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVSNAKINPAQYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIEATEVNESADPPQVQGSMEEMNQGNLGLIRWHLPLQSGAWIYPTTGLSLFELNQLASKYAQAFLLGQEAFQEPQW
Ga0208793_1006642103300025108MarineMPYYTADSSSGVYKPFSSGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVSNAKINPSQYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIEATEVNESADPPQVQGSMEEMNQGNLGLIRWHLPLQSGAWIYPTTGLSLFELNQLASKYAQAFLLGQEAFQE
Ga0208004_110921913300025630AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLTGTNQGSKDEMDVGEAGLIRWHKPLPNGAYVYPTGYSIDE
Ga0209194_100316413300025632Pelagic MarineMPYYTADSSSGVYKPFANGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVSNAKINPAQYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIEATEVNEAADPPQVQGSMEEMNQGNLGLIRWHLPLESGAWIYPTTGLSLFELNQLAAKYAQAFLLGQEAFQEPQWVIRNEV
Ga0208898_102262213300025671AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQV
Ga0208898_113281013300025671AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIAETMVLPSTNQGSKDEMDVGEAGLIRW
Ga0209406_109282923300025694Pelagic MarineMPYFVKDPSSGVYKPFANGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVTNAKNNPSSYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARAGWTNMIEHFVDYHRNNLNDRVFNFDQVKMIEKTEYDPDADPEQTQGSMEQMDSGPNGLIRWHRPLPNGAWIYPTTGLSLFELNQLAAKYAQAFLLGQEAFQEPQWVIRNEVTVTAAFNFSLWPAMFQNVN
Ga0208150_115647813300025751AqueousMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQ
Ga0208150_127023213300025751AqueousQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQD
Ga0208899_105054823300025759AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYF
Ga0208899_112407923300025759AqueousMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTNPSTYFNDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVSAAFNFSLWPKMFSN
Ga0208767_118723013300025769AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQD
Ga0208767_123978813300025769AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDETMVLASTNQGSKDEMDIGDSG
Ga0208427_121561013300025771AqueousDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVSAAF
Ga0208427_123891213300025771AqueousEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNE
Ga0208425_111935013300025803AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRI
Ga0208785_112347813300025815AqueousDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVTAAFNFSL
Ga0208547_119671513300025828AqueousFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKA
Ga0208917_102557913300025840AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVTAAFNFSLWPKMFSNV
Ga0208645_117730613300025853AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIAETMVLPSTNQGSKDEMDVGEAG
Ga0208644_125125913300025889AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPTWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLADTNQGSKDEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWV
Ga0208644_128911613300025889AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLG
Ga0209932_102953813300026183Pond WaterMPYYTADSSSGVYKPFANGGTLSLVDKSTFKSGDPNNPTWEITDKWMGHPTVVSNAKINPAQYFPDASWIKELSTKESGPYWEVEVKYGNIELLSTWTLDSNMIEPRISTHPNAILLDKARPGWTNMIEHFVDFHRNNLNDRVFNFDQVKMIEATEVNKAADPPQVQGSMEEMNQGNLGLIR
Ga0209929_115266213300026187Pond WaterMPHYFTDGTSSYKPLSSGGTLQLVDKSSFRSGDPNNPTWQVTDKWQGHPTVVSAAKNSPQFYFSDPSWIKGITTKETGLYWEIEVQYGNIELLSTWTLDSNMIEPRISTHPNAIILDQARAGWTNMIEHFVDYHRNNLNDRVFNFDQVKMIPATQVTDSQPQGDLADMNQGAS
Ga0209536_10023323843300027917Marine SedimentMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDDSSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIILDSARPGWTNMIEHFVDYHRNNLNDRVFNFAQVQMIPATVIGSGDTQGNLDDMDIGAAGLIKWHKPLESGAWVYPVTGYSIDDLNLLAAKYAQAFLLGQEAYQEPQWVIRNEVTVSAAFNFSLWPKMFLNVNRMFTS
Ga0316201_1073776013300032136Worm BurrowMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGESGLIRWHKPLP
Ga0348335_020881_2471_31513300034374AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGKSGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRN
Ga0348335_033521_1454_22123300034374AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKNEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVTAAFNFSLWPKMFSNVNRMFTP
Ga0348335_110948_291_8363300034374AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIAETMVLPSTNQGSKDEMDVGEAGLIRWHK
Ga0348335_179106_1_5403300034374AqueousFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKA
Ga0348336_087969_3_5123300034375AqueousMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQGSKDEM
Ga0348336_096180_394_10173300034375AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPGTYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKDEMDVGESGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYA
Ga0348336_109636_290_9103300034375AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIAETMVLPSTNQGSKDEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEY
Ga0348336_120970_190_8373300034375AqueousMSLPRYFSNHASAFKPLGSGGTLLLVDKKTFRSGDPNNPTWEITDVWQGHPTVIVHARDNPSIYFDDSSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFAQVQMIPATMVLPSTNQGSKNEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQD
Ga0348336_136573_1_6753300034375AqueousMSLPRYFSNHASAFKPLGSGGTLLLVDKKTFRSGDPNNPNWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLTGTNQGSKDEMDVGEAGLIRWHKPLPNGAYVYPTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVI
Ga0348337_095114_285_9893300034418AqueousMSLPRYFSNHASAFKPLGSGGTLMLVDKKTFRSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIAETMVLPSTNQGSKDEMDVGEAGLIRWHKPLPNGAYVYTTGYSIDELNYFASEYAKAWLLGQDAYQEPQWVIRNEVTVSAAF
Ga0348337_159685_2_4933300034418AqueousMSLPRYFSNHATAFKPLSSGGTLMLVDKKTFQSGDPNNPTWEVTDVWQGHPTVIVHARDNPSIYFDHPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLSSTNQ
Ga0348337_172563_17_5773300034418AqueousMLVDKKTFQSGDPNNPTWEITDVWQGHPTVIVDARTYPSNYFPDPSWIKDLSTKEKGPIWEAEVKYGNIELLSTWTLDSNMIEPRISTHPNAIELEKARPGWVNMIEHFVDYHKNNLNDRIFNFRQVQMIDATMVLTGTNQGSKGEMDVGEAGLIRWHKPLPNGAYVYPTGYSIDELNYFASEYAKA

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Biomedical Sciences Research Center "Alexander Fleming"
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