NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
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Metagenome / Metatranscriptome Family F105237

Metagenome / Metatranscriptome Family F105237

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Overview Alignments Structure & Topology Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F105237
Family Type Metagenome / Metatranscriptome
Number of Sequences 100
Average Sequence Length 189 residues
Representative Sequence SWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVQEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Number of Associated Samples 52
Number of Associated Scaffolds 100

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 15.00 %
% of genes from short scaffolds (< 2000 bps) 15.00 %
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 (98.000 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(79.000 % of family members)
Environment Ontology (ENVO) Unclassified
(88.000 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(82.000 % 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: 0.00%    β-sheet: 60.54%    Coil/Unstructured: 39.46%
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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A98.00 %
All OrganismsrootAll Organisms2.00 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300006810|Ga0070754_10141159Not Available1158Open in IMG/M
3300006919|Ga0070746_10092334Not Available1519Open in IMG/M
3300007346|Ga0070753_1061640Not Available1516Open in IMG/M
3300007346|Ga0070753_1065135Not Available1467Open in IMG/M
3300007542|Ga0099846_1045941Not Available1663Open in IMG/M
3300010296|Ga0129348_1065460Not Available1299Open in IMG/M
3300017963|Ga0180437_10298728Not Available1226Open in IMG/M
3300018080|Ga0180433_10217369Not Available1545Open in IMG/M
3300022067|Ga0196895_1010949Not Available978Open in IMG/M
3300022187|Ga0196899_1061993Not Available1189Open in IMG/M
3300022187|Ga0196899_1067074Not Available1127Open in IMG/M
3300022198|Ga0196905_1028356Not Available1696Open in IMG/M
3300022198|Ga0196905_1054991Not Available1124Open in IMG/M
(restricted) 3300024520|Ga0255047_10095530All Organisms → Viruses → Predicted Viral1528Open in IMG/M
3300025853|Ga0208645_1096763All Organisms → Viruses → Predicted Viral1233Open 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 → Aqueous79.00%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient5.00%
SeawaterEnvironmental → Aquatic → Marine → Inlet → Unclassified → Seawater3.00%
Hypersaline Lake SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Sediment → Hypersaline Lake Sediment3.00%
Deep SubsurfaceEnvironmental → Aquatic → Marine → Oceanic → Sediment → Deep Subsurface2.00%
MarineEnvironmental → Aquatic → Marine → Coastal → Unclassified → Marine2.00%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water2.00%
SoilEnvironmental → Terrestrial → Soil → Clay → Unclassified → Soil2.00%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater1.00%
SeawaterEnvironmental → Aquatic → Marine → Strait → Unclassified → Seawater1.00%

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
3300004460Marine viral communities from Newfoundland, Canada BC-1EnvironmentalOpen in IMG/M
3300004461Marine viral communities from Newfoundland, Canada BC-2EnvironmentalOpen in IMG/M
3300006400Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_RNA2 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006401Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_RNA1 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
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
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
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
3300007541Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S 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
3300009149Deep subsurface microbial communities from Baltic Sea to uncover new lineages of life (NeLLi) - Landsort_02402 metaGEnvironmentalOpen in IMG/M
3300010296Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.8_DNAEnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
3300010299Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_DNAEnvironmentalOpen in IMG/M
3300010300Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.2_DNAEnvironmentalOpen in IMG/M
3300017719Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 13 SPOT_SRF_2010-07-21EnvironmentalOpen in IMG/M
3300017963Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_3_D_1 metaGEnvironmentalOpen in IMG/M
3300017989Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_MS_2 metaGEnvironmentalOpen in IMG/M
3300018080Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_1 metaGEnvironmentalOpen in IMG/M
3300021356Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO245EnvironmentalOpen in IMG/M
3300021964Estuarine water microbial communities from San Francisco Bay, California, United States - C33_34DEnvironmentalOpen in IMG/M
3300022050Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (v3)EnvironmentalOpen in IMG/M
3300022067Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v3)EnvironmentalOpen in IMG/M
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
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
3300022176Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v2)EnvironmentalOpen in IMG/M
3300022187Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v3)EnvironmentalOpen in IMG/M
3300022198Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300024262Deep subsurface microbial communities from Baltic Sea to uncover new lineages of life (NeLLi) - Landsort_02402 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300024517 (restricted)Seawater microbial communities from Jervis Inlet, British Columbia, Canada - JV7_2_3EnvironmentalOpen in IMG/M
3300024520 (restricted)Seawater microbial communities from Jervis Inlet, British Columbia, Canada - JV7_2_1EnvironmentalOpen 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
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
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
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
3300027861 (restricted)Seawater microbial communities from Saanich Inlet, British Columbia, Canada - Na_anoxic_12_MGEnvironmentalOpen in IMG/M
3300031565Soil microbial communities from Risofladan, Vaasa, Finland - UN-2EnvironmentalOpen in IMG/M
3300031673Soil microbial communities from Risofladan, Vaasa, Finland - TR-3EnvironmentalOpen 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
Ga0066222_100953513300004460MarinePNDGSTINQIAEINISSYTNKLISVPLNRTFLYANALVPPSSTQLSKYSGFMAKHSSLGKMYFYFEDRCNVEEFVFINKYGVKENIKFQTYTYESINTKSDSYRVGGYTHTGNTNYFNTSANNVKINQDILEDYEVRGQMFPTKHMGELQDFVSSPLQWVVDNGELVPINVLDGGFKMAVKSRGVEFNFKYRKAQTKPSFI*
Ga0066223_100034723300004461MarineQIAEINISSYTNKLISVPLNRTFLYANALVPPSSTQLSKYSGFMAKHSSLGKMYFYFEDGCNVEEFVFINKYGVKENIKFQTYTYESINTKSDSYRVGGYTHTGNTNYFNTSANNVKINQDILEDYEVRGQMFPTKHIGELQDFVSSPLQWVVDNGELVPINILDGGFKMAVKSRGVEFNFKYRKAQTKPSFI*
Ga0075503_163995013300006400AqueousANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK*
Ga0075506_171349113300006401AqueousAGFKASHASLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK*
Ga0070749_1023128613300006802AqueousVLFPQMNGLAAPHINLATYNENRPNKNSTIIQNLRLDTSPYVNKLISVPLNESFIVSNFSVFGGGFIASFISFKLTRAFNTNAIFYYFDDRCKVKEFTFINRYGVKENIKFETYDYESVRTSSESYLVGGYTHLGFTNYFNTSANNVKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLHAIIENGEFRPINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSFK*
Ga0070749_1054953513300006802AqueousLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0070749_1079080713300006802AqueousGFKASHASLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVASPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070754_1014115923300006810AqueousANGFIPPSGGIFLKFGGFKVSHAALGDMFYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070754_1018339223300006810AqueousTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSFK*
Ga0070754_1019774113300006810AqueousTTYKGFRVQHNSLGRMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK*
Ga0070754_1031500523300006810AqueousGKTPVKQYAYIDVASWQGRLISVPLNRTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVQEFMFINKYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070754_1035784913300006810AqueousSSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHASLGDMYYYAEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070754_1035976023300006810AqueousDISSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVEEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070754_1042411613300006810AqueousSSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK*
Ga0070754_1042870913300006810AqueousLISVPLNESFIVSNFSVFGGGFIASFISFKLTRAFNTNAIFYYFDDRCKVKEFTFINRYGVKENIKFETYDYESVRTSSESYFVGGYTHLGFTNYFNTSANNVKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLHAIIENGEFRPINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSFK**
Ga0070754_1044636013300006810AqueousWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVQEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070754_1046551713300006810AqueousLISVPLNESFIVSNFSVFGGGFIASFISFKLTRAFNTNAIFYYFDDRCKVQEFMFINQYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRRKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK
Ga0070754_1049401013300006810AqueousTTYKGFRVQHNSLGRMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGNYTHTGNTNYFNTSANNVKVNQSIVEDYQVRGNFFTSRHKGELQDFVSSPLQWVVDNGELKPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0075475_1044456813300006874AqueousFIIANAFILPFGGIFLKFTGFKVSHAALGDMYYYVDDRCKVQEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK*
Ga0070750_1016188913300006916AqueousDKPNQYTTPKQFAEIDISSWTNRLISVPLNKTFLAANALVPPSSTPLSKYAGFKASHASLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070746_1009233423300006919AqueousFAQSPSISIVTYRADKPNQYTTPLQFATIDISSWTNKLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVQEFLFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVASPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070746_1052990413300006919AqueousTPKQFAEIDISSWTNRLISVPLNRTFLATNALVPPSSTPLSKYAGFKASHASLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGS
Ga0070745_102988113300007344AqueousTTPLQFATIDISSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVEEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070745_114695223300007344AqueousIDISSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKASHASLGDMYYYVEDRCKVNEFLFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070745_124640413300007344AqueousGRLISVPLNRTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVQEFMFINKYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070745_124943713300007344AqueousTYEADKPNQYTTPKQFAEIDISSWTNRLISVPLNRTFLATNALVPPSSTPLSKYAGFKASHAGLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQAKPSFK*
Ga0070745_125847413300007344AqueousLISVPLNESFIVSNFSVFGGGFIASFISFKLTRAFNTNAIFYYFDDRCKVKEFTFINRYGVKENIKFETYDYESVRTSSESYLVGGYTHLGFTNYFNTSANNVKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLHAIIENGEFRPINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSFK
Ga0070745_131774313300007344AqueousTTPLQFATIDISSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVQEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFN
Ga0070745_134935513300007344AqueousSSWTNMLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMFYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFN
Ga0070752_102169233300007345AqueousVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMFYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070752_116303723300007345AqueousWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK*
Ga0070752_139287513300007345AqueousTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVDKSRGIDFNFKYRYAQ
Ga0070753_106164023300007346AqueousSSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHASLGDMYYYAEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNEELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070753_106513523300007346AqueousSISIVTYNADKPNQYTTPLQFATIDISSWTGRLISVPLNSTFILANGFIPPSGGIFLNFGGFKVSHASLGDMYYYVEDRCKVQEFVFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070753_120246313300007346AqueousLRITTYNATKPNGKTPVKQYAYIDVASWQGRLISVPLNRTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVQEFMFINKYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070753_130144513300007346AqueousTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK*
Ga0070753_137051213300007346AqueousLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMFYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFN
Ga0099851_129826513300007538AqueousFAQSSQISIVTYEADKPNQYTTPKQFAEIDISSWTNRLISVPLNRTFLATNALVPPSSTPLSKYAGFKASHASLGDMYYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGEIRPINVLD
Ga0099849_125591113300007539AqueousNDGINRKGMLYGSELFNGSFAPKYKGAYDRCVIFVTSSIINLETYSDEKPNNGSTILQYAELSLASYLNKLISIPLNESFVISNFTISGGGFFASFNGFRIRYNSNVMYYYVEDRCKVQEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELR
Ga0099848_102181713300007541AqueousQGAYDRCVVFAQSPQISIVTYDADKPNQYTTPKQFAEIDISSWTNRLISVPLNRTFLATNALVPPSSTPLSKYAGFKASHAALGDMYYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0099848_113755013300007541AqueousQFAEIDISSWTNRLISVPLNRTFLAANALVPPSSTPLSKYAGFKASHAGLGDMYYYVEDRCKVQEFLFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQAIVDNGEIRPINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSFK*
Ga0099846_104594123300007542AqueousAQSPSIDIVTYLANKPNQYTTPLQFAEIDISSWTNRLISVPLNRTFLASNALVPPFNTILSDYAGFKASHNKLGNMYYYVEDRCKVKEFTFINKYGVKENVKFETYDYESVKTSSESYLVGGYTHTGDINFFSTSADNFKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLQAIVENGELRPINVLDGSFKLVEKSRGINFNFKYRYAQKKPSFK*
Ga0070751_101864133300007640AqueousQFATIDISSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVEEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070751_128107713300007640AqueousWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHASLGDMYYYAEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070751_128605813300007640AqueousSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVQEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0070751_132524613300007640AqueousLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMFYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNEELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0070751_136232413300007640AqueousLISVPLNESFIVSNFSVFGGGFIASFISFKLTRAFNTNAIFYYFDDRCKVQEFMFINQYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTK
Ga0099850_106559823300007960AqueousFLASNALVPPFNTILSDYAGFKASHNKLGNMYYYVEDRCKVKEFTFINKYGVKENVKFETYDYESVKTSSESYLVGGYTHTGDINFFSTSADNFKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLQAIVENGELRPINVLDGSFKLVEKSRGINFNFKYRYAQKKPSFK*
Ga0114918_1066231013300009149Deep SubsurfaceTFVTGNFLVVGGGIIMRFDAFKLKRLGSTNAIFYYFEDRCNIEEFVFINKYGVKENIKFQTYTYESINTKSDSYRVGGYTHTGNTNYFNTSANNVKINQDILEDYEVRGQMFPTKHIGELHDFVASPLQWVVDNGELVPINILDGGFKMAVKSRGVEFNFKYRKAQTKPSFI*
Ga0129348_106546023300010296Freshwater To Marine Saline GradientQYTTPKQFAEIDISSWTNKLISVPLNRTFLATNALVPPSSTPLSKYAGFKASHASLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVASPLQWVVDNEELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0129345_111785513300010297Freshwater To Marine Saline GradientIINLETYSDEKPNNGSTILQYAELSLASYLNKLISIPLNESFVISNFTISGGGFFASFNGFRIRYNSNVMYYYVEDRCKVQEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0129342_117835413300010299Freshwater To Marine Saline GradientPKYQGAYDRCVVFAQSPQISIVTYEADKPNQYTTPKQFAEIDISSWTNRLISVPLNRTFLASNALVPPFNTILSDYAGFKASHNKLGNMYYYVEDRCKVKEFTFINKYGVKENVKFETYDYESVKTSSESYLVGGYTHTGDINFFSTSADNFKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLQAIVENGELRPINVLDGSFKLVEKSRGINFNFKYRYAQKKPSFK*
Ga0129342_128452413300010299Freshwater To Marine Saline GradientFVTSSIINLETYSDEKPNNGSTILQYAELSLASYLNKLISIPLNESFVISNFTISGGGFFASFNGFRIRYNSNVMYYYVEDRCKVQEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGS
Ga0129351_116848313300010300Freshwater To Marine Saline GradientISSWTNKLISVPLNRTFLATNALVPPSSTPLSNYAGFKASHASLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK*
Ga0181390_102559723300017719SeawaterVPLNRTFILANGFIPPSGGIFLKLSGFRASHAGLGDMYFYFEDRCNIEEFVFINKYGVKENIKFQTYKYESINTKSDSYRVGGYTHTGNTNYFNTSANNVKINQDILEDYEVRGQMFPTKHMGELQDFVSSPLQWVVDNGELVPINILDGGFKMAIKSRGVEFNFKYRKAQTKPSFI
Ga0180437_1029872813300017963Hypersaline Lake SedimentSFAPKYQGAYDRCVVFAQSAQISIVTYEADKPNQYTTPKQFAEIDISSWTNRLISVPLNRTFLAANALVPPSSTPLSKYAGFKASHAGLGDMYYYVEDRCSVSEFLFINRYGVKENIKFESYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYQVKGNFFTSKHKGELQDFVSSPLQAIVVNGEIRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0180432_1096234413300017989Hypersaline Lake SedimentTPKQFAEIDISSWTNRLISVPLNRTFLASNALVPPSSTPLSKYAGFKASHAGLGDMYYYVEDRCSVSEFLFINRYGVKENIKFESYDYESVKTSSESYLVGGYTHTGSINYFNTSANNVKVNQSIVEDYEVRGNFFTSKHKGELQDFVASPLQWVVDNGELRPINVLDGSFKLVDKSRGIDFNFKYRYAQTKPS
Ga0180433_1021736923300018080Hypersaline Lake SedimentNFSHKYQGKYDRCVIFVPSAASFDVLRITTYNATKPNGKTPVKQYAYIDVASWKGRLISVPLNRTFLNANCQLVFSPFPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCSVSEFMFINKYGVKENIKFESYGYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYQVKGNFFTSKHKGELQDFVASPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0213858_1001903633300021356SeawaterYAGFKASHAGLGDMYYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYSHLGNNNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQAIVDNGEIRPINVLDGSFKLVEKSRGIDFNFKYRYAQKKPSFK
Ga0222719_1034246523300021964Estuarine WaterIDISSWTNRLISVPLNRTFLATNALVPPSSTPLSKYAGFKASHASLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYNYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0222719_1058012413300021964Estuarine WaterNQYTTPKQFAEIDISSWTNRLISVPLNRTFLSANALVPPSSTPLSKYAGFKASHAALGDMYYYVDGRCNVKEFCFINKYGVKENITFETYDYDSVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSKHKGELQDFVASPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0196883_102097613300022050AqueousKFLKFGGFKVSHAALGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK
Ga0196895_101094923300022067AqueousNRTFLNANCQLVFSPFPPQPFSTTYKGFRVQHNSRGRMYYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVIDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0212028_102801023300022071AqueousFAEIDISSWTNRLISVPLNRTFLATNALVPPSSTPLSKYAGFKASHASLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0196897_100096533300022158AqueousDVASWQGRLISVPLNRTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGNYTHTGNTNYFNTSANNVKVNQSIVEDYQVRGNFFTSRHKGELQDFVSSPLQWVVDNGELKPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0212020_109015113300022167AqueousRVQHNSLGRMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGNYTHTGNTNYFNTSANNVKVNQSIVEDYQVRGNFFTSRHKGELQDFVSSPLQWVVDNGELKPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0212031_100009333300022176AqueousANKPNQYTTPLQFAEIDISSWTNRLISVPLNRTFLASNALVPPFNTILSDYAGFKASHNKLGNMYYYVEDRCKVKEFTFINKYGVKENVKFETYDYESVKTSSESYLVGGYTHTGDINFFSTSADNFKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLQAIVENGELRPINVLDGSFKLVEKSRGINFNFKYRYAQKKPSFK
Ga0196899_106199313300022187AqueousKLISVPLNESFIVSNFSVFGGGFIASFISFKLTRAFNTNAIFYYFDDRCKVKEFTFINRYGVKENIKFETYDYESVRTSSESYLVGGYTHLGFTNYFNTSANNVKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLHAIIENGEFRPINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSF
Ga0196899_106707413300022187AqueousKLISVPLNESFIVSNFSVFGGGFIASFISFKLTRAFNTNAIFYYFDDRCKVQEFMFINQYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSF
Ga0196899_109352523300022187AqueousPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK
Ga0196905_102835623300022198AqueousAQSPSIDIVTYLANKPNQYTTPLQFAEIDISSWTNRLISVPLNRTFLASNALVPPFNTILSDYAGFKASHNKLGNMYYYVEDRCKVKEFTFINKYGVKENVKFETYDYESVKTSSESYLVGGYTHTGDINFFSTSADNFKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLQAIVENGELRPINVLDGSFKLVEKSRGINFNFKYRYAQKKPSFK
Ga0196905_105499123300022198AqueousISSWTGRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVQEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0196905_115610513300022198AqueousFAEIDISSWTNRLISVPLNRTFLATNALVPPSSTPLSNYAGFKASHASLGDMYYYVEDRCNVQEFIFINRYGVKENIKFETYQYESVKTSSESYLAGGYTHLGNTNYFNTSANNYKVNQSIVEDYEVKGNFFTSRHKGELQDFVSSPLQAIVISGELRLINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSFK
Ga0210003_103363433300024262Deep SubsurfaceYVDKLISVPLNNSFIVSNFSVFGGGLIAFIKSFKLTRAFSTNAMFYYKEDRCNINEFVFINKYGVKENIKFQTYTYESINTKSDSYRVGGYTHTGNTNYFNTSANNVKINQDILEDYQVKGQMFHTKHMGELQDFVSSPLQWVLDNGELIPINVLDGGFKMAVKSRGVEFNFKYRKAQTKPSFI
(restricted) Ga0255049_1034156123300024517SeawaterLNRTFLATNALVPPSSTPLSKYAGFKASHASLGDMYYYVEDRCKVQEFVFINRYGVKENIKFETYDYESVKTSSESYLAGGYTHTGNTNFFNTSATNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPIQAIVINGEIRPINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSFK
(restricted) Ga0255047_1009553013300024520SeawaterGSELFNGSFAPKYQGAYDRCVVFAQSPSISIVTYEADKPNQYTTPKQFAEIDISSWTNRLISVPLNRTFLAANALVPPSSTPLSKYAGFKASHAALGDMYYYVEDRCSVSEFMFINQYGVKENIKFESYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLQAIVVNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0208428_107623523300025653AqueousISSWTNRLISVPLNRTFLATNALVPPSSTPLSKYAGFKASHASLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0208898_101701913300025671AqueousSTTYKGFRVQHNSLGRMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK
Ga0208898_102403823300025671AqueousPKYKGAYDRCVVFAQSPSISIVTYNADKPNQYTTPLQFATIDISSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVEEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0208898_102425423300025671AqueousVLRITTYNATKPNGKTPVKQYAYIDVASWQGRLISVPLNRTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVQEFMFINKYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0208898_109751813300025671AqueousISSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK
Ga0208899_119779113300025759AqueousPKYQGAYDRCVVFAQSPSISIVTYNADKPNQYTTPKQFAEIDISSWTNRLISVPLNRTFLAANALVPPSSTPLSKYAGFKASHASLGDMYYYVEDRCKVNEFVFINKYGVKENIKFETYDYKSVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGID
Ga0208899_121070813300025759AqueousTPVKQYAYIDVASWQGRLISVPLNRTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSFK
Ga0208427_124546313300025771AqueousNRTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVQEFMFINKYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK
Ga0208645_104867413300025853AqueousDISSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVEEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0208645_109676313300025853AqueousQYAYIDVASWQGRLISVPLNRTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSFK
Ga0208645_128046713300025853AqueousSTTYKGFRVQHNSLGRMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGNYTHTGNTNYFNTSANNVKVNQSIVEDYQVRGNFFTSRHKGELQDFVSSPLQWVVDNGELKPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0208644_119473813300025889AqueousSVPLNESFIVSNFSVFGGGFIASFISFKLTRAFNTNAIFYYFDDRCKVQEFMFINQYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK
Ga0208644_136116413300025889AqueousNALVPPSSTPLSKYAGFKASHASLGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVASPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
(restricted) Ga0233415_1001486013300027861SeawaterAFKLKRLGSTNAIFYYFEDRCNVEEFVFINKYGVKENIKFQTYTYESINTKSDSYRVGGYTHTGNTNYFNTSANNVKINQDILEDYEVRGQMFPTKHIGELQDFVSSPLQWVVDNGELVPINVLDGGFKMAVKSRGVEFNFKYRKAQTKPSFI
Ga0307379_1067877523300031565SoilRKGMLFVSELSGGDFAPKFQGEYDRCVVFAQSPQINITTYNVNKPNQSSTPLQIAQINISSYTNKLISVPLNRTFILANGFIPPSGGVFLKLSGFRASHAGLGDMYFYFEDRCNIEEFVFINKYGVKENIKFQTYTYESINTKSDSYRVGGYTHTGNTNYFNTSANNIKINQDILEDFEVKGQMFPTKHNGELQDFASSPLQWVVKNSELIPINVLDGSFKSVIKSRGVEFNFKYRLAQTKPSFI
Ga0307377_1047774323300031673SoilYQGAYDRCVVFAQSPQISIVTYDADKPNQYTTPKQFAEIDISSWTNRLISVPLNRTFLASNALVPPAGTFLSKYSGFKASHASLGDMYYYAEDRCNVQEFMFINRYGVKENIKFESYNYESVKASSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSKHKGELQDFVASPLQWVVDNGELRPINVLDGSFKLVDKSRGIDFNFKYRYAQTKPSFK
Ga0348335_017190_1_5433300034374AqueousLISVPLNESFIVSNFSVFGGGFIASFISFKLTRAFNTNAIFYYFDDRCKVQEFMFINQYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK
Ga0348335_019596_23_5563300034374AqueousVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMFYYVEDRCKVQEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0348335_026416_76_6513300034374AqueousVASWQGRLISVPLNRTFLNANCQLVFTPYPPQPFSTTYKGFRVQHNSLGRMYYYVEDRCKVQEFMFINKYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0348335_027483_38_5713300034374AqueousVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVEEFMFINKYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0348335_033741_1585_21993300034374AqueousADKPNQYTTPLQFATIDISSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK
Ga0348335_105741_1_6543300034374AqueousFAQSPSISIVTYNADKPNQYTTPLQFATIDISSWTNRLISVPLNSTFILANGFIPPSGGIFLKFGGFKVSHASLGDMYYYAEDRCKVNEFMFINRYGVKENIKFETYDYESVKTSSESYLVGGYTHTGNTNYFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVEKSRGIDFNFKYRYAQTKPSFK
Ga0348336_107697_3_5243300034375AqueousESFIVSNFSVFGGGFIASFISFKLTRAFNTNAIFYYFDDRCKVKEFTFINRYGVKENIKFETYDYESVRTSSESYLVGGYTHLGFTNYFNTSANNVKVNQSIVEDYEVRGNFFTSKHKGELQDFVSSPLHAIIENGEFRPINVLDGSFKLVDKSRGIDFNFKYRYAQKKPSFK
Ga0348337_171638_10_5433300034418AqueousVPLNSTFILANGFIPPSGGIFLKFGGFKVSHAALGDMYYYVEDRCKVNEFMFINRYGVKENIKFETYEYESVKTSSESYLVGGYTHTGNTNFFNTSANNVKVNQSIVEDYEVRGNFFTSRHKGELQDFVSSPLQWVVDNGELRPINVLDGSFKLVQKSRGIDFNFKYRYAQTKPSFK

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Biomedical Sciences Research Center "Alexander Fleming"
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