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 F075855

Metagenome / Metatranscriptome Family F075855

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F075855
Family Type Metagenome / Metatranscriptome
Number of Sequences 118
Average Sequence Length 159 residues
Representative Sequence RMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Number of Associated Samples 32
Number of Associated Scaffolds 118

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) 98.31 %
% of genes from short scaffolds (< 2000 bps) 94.92 %
Associated GOLD sequencing projects 20
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 (95.763 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(78.814 % of family members)
Environment Ontology (ENVO) Unclassified
(94.068 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(94.915 % 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: 4.61%    β-sheet: 48.68%    Coil/Unstructured: 46.71%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 118 Family Scaffolds
PF01844HNH 26.27
PF11367DUF3168 6.78
PF13539Peptidase_M15_4 0.85


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A95.76 %
All OrganismsrootAll Organisms4.24 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000115|DelMOSum2011_c10175620Not Available614Open in IMG/M
3300000928|OpTDRAFT_10355638Not Available589Open in IMG/M
3300000947|BBAY92_10101049Not Available767Open in IMG/M
3300000949|BBAY94_10214232Not Available518Open in IMG/M
3300006029|Ga0075466_1050268Not Available1231Open in IMG/M
3300006029|Ga0075466_1094162Not Available819Open in IMG/M
3300006029|Ga0075466_1139903Not Available629Open in IMG/M
3300006029|Ga0075466_1154691Not Available588Open in IMG/M
3300006029|Ga0075466_1191449Not Available510Open in IMG/M
3300006803|Ga0075467_10211363Not Available1073Open in IMG/M
3300006803|Ga0075467_10536658Not Available600Open in IMG/M
3300006803|Ga0075467_10589997Not Available568Open in IMG/M
3300006803|Ga0075467_10671732Not Available528Open in IMG/M
3300006803|Ga0075467_10705140Not Available514Open in IMG/M
3300006920|Ga0070748_1077735Not Available1285Open in IMG/M
3300006920|Ga0070748_1158648Not Available839Open in IMG/M
3300006920|Ga0070748_1186359Not Available762Open in IMG/M
3300006920|Ga0070748_1322962Not Available547Open in IMG/M
3300006920|Ga0070748_1327554Not Available542Open in IMG/M
3300006920|Ga0070748_1344444Not Available526Open in IMG/M
3300006920|Ga0070748_1366267Not Available506Open in IMG/M
3300006920|Ga0070748_1370108All Organisms → cellular organisms → Eukaryota → Viridiplantae → Streptophyta → Streptophytina → Embryophyta → Tracheophyta → Euphyllophyta → Spermatophyta → Magnoliopsida → Mesangiospermae → eudicotyledons → Gunneridae → Pentapetalae → rosids → rosids incertae sedis → Vitales → Vitaceae → Viteae → Vitis → Vitis vinifera503Open in IMG/M
3300007276|Ga0070747_1279560Not Available576Open in IMG/M
3300007538|Ga0099851_1220824Not Available685Open in IMG/M
3300007538|Ga0099851_1309542Not Available556Open in IMG/M
3300007538|Ga0099851_1343320Not Available522Open in IMG/M
3300007538|Ga0099851_1344793Not Available520Open in IMG/M
3300007538|Ga0099851_1362214Not Available504Open in IMG/M
3300007540|Ga0099847_1106644Not Available851Open in IMG/M
3300007540|Ga0099847_1125433Not Available772Open in IMG/M
3300007540|Ga0099847_1147792Not Available700Open in IMG/M
3300007540|Ga0099847_1172250Not Available638Open in IMG/M
3300007540|Ga0099847_1191412Not Available598Open in IMG/M
3300007540|Ga0099847_1211965Not Available563Open in IMG/M
3300007540|Ga0099847_1214816Not Available558Open in IMG/M
3300007540|Ga0099847_1225665Not Available542Open in IMG/M
3300007540|Ga0099847_1229659Not Available536Open in IMG/M
3300007540|Ga0099847_1236062Not Available528Open in IMG/M
3300007542|Ga0099846_1173040Not Available770Open in IMG/M
3300007542|Ga0099846_1233031Not Available642Open in IMG/M
3300007542|Ga0099846_1274871Not Available581Open in IMG/M
3300007542|Ga0099846_1276224Not Available579Open in IMG/M
3300007542|Ga0099846_1278612Not Available576Open in IMG/M
3300007542|Ga0099846_1315664Not Available534Open in IMG/M
3300007542|Ga0099846_1332297Not Available517Open in IMG/M
3300007542|Ga0099846_1344136Not Available506Open in IMG/M
3300007542|Ga0099846_1351146Not Available500Open in IMG/M
3300010316|Ga0136655_1076113Not Available1026Open in IMG/M
3300010316|Ga0136655_1085545Not Available959Open in IMG/M
3300010316|Ga0136655_1106949Not Available844Open in IMG/M
3300010316|Ga0136655_1136878Not Available733Open in IMG/M
3300010316|Ga0136655_1137338Not Available731Open in IMG/M
3300010316|Ga0136655_1170330Not Available649Open in IMG/M
3300010316|Ga0136655_1194101Not Available604Open in IMG/M
3300010316|Ga0136655_1222239Not Available562Open in IMG/M
3300010368|Ga0129324_10044143Not Available2063Open in IMG/M
3300010368|Ga0129324_10289419Not Available646Open in IMG/M
3300010368|Ga0129324_10375100Not Available551Open in IMG/M
3300010368|Ga0129324_10384055Not Available544Open in IMG/M
3300010368|Ga0129324_10405272Not Available526Open in IMG/M
3300010368|Ga0129324_10422431Not Available513Open in IMG/M
3300012516|Ga0129325_1162189Not Available650Open in IMG/M
3300013010|Ga0129327_10853816Not Available520Open in IMG/M
3300017697|Ga0180120_10310543Not Available629Open in IMG/M
3300017697|Ga0180120_10372133Not Available563Open in IMG/M
3300022053|Ga0212030_1049279Not Available598Open in IMG/M
3300022063|Ga0212029_1051706Not Available595Open in IMG/M
3300022063|Ga0212029_1062827Not Available543Open in IMG/M
3300022063|Ga0212029_1071224Not Available511Open in IMG/M
3300022072|Ga0196889_1013312Not Available1775Open in IMG/M
3300022072|Ga0196889_1043500Not Available883Open in IMG/M
3300022072|Ga0196889_1050872Not Available803Open in IMG/M
3300022169|Ga0196903_1027006Not Available683Open in IMG/M
3300022169|Ga0196903_1040461Not Available543Open in IMG/M
3300022200|Ga0196901_1046003All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Phyllobacteriaceae → Mesorhizobium1647Open in IMG/M
3300022200|Ga0196901_1075448Not Available1211Open in IMG/M
3300022200|Ga0196901_1125906All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria872Open in IMG/M
3300022200|Ga0196901_1132498Not Available843Open in IMG/M
3300022200|Ga0196901_1133242Not Available840Open in IMG/M
3300022200|Ga0196901_1194681Not Available653Open in IMG/M
3300022200|Ga0196901_1218256Not Available604Open in IMG/M
3300022200|Ga0196901_1243339Not Available560Open in IMG/M
3300022200|Ga0196901_1247731Not Available553Open in IMG/M
3300022200|Ga0196901_1251566Not Available547Open in IMG/M
3300022200|Ga0196901_1282857Not Available504Open in IMG/M
3300022200|Ga0196901_1285358Not Available501Open in IMG/M
3300025508|Ga0208148_1022217Not Available1791Open in IMG/M
3300025508|Ga0208148_1049534Not Available1044Open in IMG/M
3300025508|Ga0208148_1070761Not Available809Open in IMG/M
3300025508|Ga0208148_1086091Not Available700Open in IMG/M
3300025508|Ga0208148_1111489Not Available575Open in IMG/M
3300025508|Ga0208148_1116206Not Available557Open in IMG/M
3300025508|Ga0208148_1129385Not Available512Open in IMG/M
3300025543|Ga0208303_1078164Not Available738Open in IMG/M
3300025645|Ga0208643_1005237Not Available5637Open in IMG/M
3300025645|Ga0208643_1017484Not Available2574Open in IMG/M
3300025645|Ga0208643_1047761Not Available1326Open in IMG/M
3300025645|Ga0208643_1097935Not Available808Open in IMG/M
3300025645|Ga0208643_1113190Not Available728Open in IMG/M
3300025645|Ga0208643_1156512Not Available573Open in IMG/M
3300025647|Ga0208160_1044376Not Available1289Open in IMG/M
3300025647|Ga0208160_1047732Not Available1229Open in IMG/M
3300025647|Ga0208160_1148789Not Available568Open in IMG/M
3300025647|Ga0208160_1153019Not Available557Open in IMG/M
3300025647|Ga0208160_1168384Not Available518Open in IMG/M
3300025652|Ga0208134_1087380Not Available888Open in IMG/M
3300025655|Ga0208795_1044983Not Available1329Open in IMG/M
3300025655|Ga0208795_1062754Not Available1069Open in IMG/M
3300025655|Ga0208795_1072650Not Available967Open in IMG/M
3300025655|Ga0208795_1085933All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria864Open in IMG/M
3300025655|Ga0208795_1157072Not Available563Open in IMG/M
3300025887|Ga0208544_10308076Not Available615Open in IMG/M
3300027917|Ga0209536_102296847Not Available640Open in IMG/M
3300031566|Ga0307378_10087413All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage3290Open in IMG/M
3300031578|Ga0307376_10383541Not Available926Open in IMG/M
3300031673|Ga0307377_10508979Not Available875Open in IMG/M


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous78.81%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient14.41%
SoilEnvironmental → Terrestrial → Soil → Clay → Unclassified → Soil2.54%
Macroalgal SurfaceHost-Associated → Algae → Green Algae → Ectosymbionts → Unclassified → Macroalgal Surface1.69%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment0.85%
Freshwater And MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Freshwater And Marine0.85%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine0.85%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000115Marine microbial communities from Delaware Coast, sample from Delaware MO Summer July 2011EnvironmentalOpen in IMG/M
3300000928Marine plume microbial communities from the Columbia River - 25 PSUEnvironmentalOpen in IMG/M
3300000947Macroalgal surface ecosystem from Botany Bay, Sydney, Australia - BBAY92Host-AssociatedOpen in IMG/M
3300000949Macroalgal surface ecosystem from Botany Bay, Sydney, Australia - BBAY94Host-AssociatedOpen 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
3300006803Aqueous 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
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
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
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 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
3300010316Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_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
3300012516Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_RNA1 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300013010Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.8_DNAEnvironmentalOpen in IMG/M
3300017697Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.2_DNA (version 2)EnvironmentalOpen in IMG/M
3300022053Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaG (v2)EnvironmentalOpen in IMG/M
3300022063Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v2)EnvironmentalOpen in IMG/M
3300022072Aqueous 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 (v3)EnvironmentalOpen in IMG/M
3300022169Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300022200Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300025508Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025543Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaG (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
3300025647Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025652Aqueous 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_31 (SPAdes)EnvironmentalOpen in IMG/M
3300025655Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025887Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Spr_20_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300027917Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR-2-8_12 (SPAdes)EnvironmentalOpen in IMG/M
3300031566Soil microbial communities from Risofladan, Vaasa, Finland - UN-1EnvironmentalOpen in IMG/M
3300031578Soil microbial communities from Risofladan, Vaasa, Finland - TR-2EnvironmentalOpen in IMG/M
3300031673Soil microbial communities from Risofladan, Vaasa, Finland - TR-3EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOSum2011_1017562023300000115MarineIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP*
OpTDRAFT_1035563823300000928Freshwater And MarineTQGGTFGEQGKDQEQDYMFDTFVQQNKVATLDEILTAGSIDTIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTIIAVENTIIDYDIPAGCDVVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP*
BBAY92_1010104923300000947Macroalgal SurfaceAALNIQHNYDTDEYSGDWFEVATARTGLSSGTQGGNQGEQGKEQEQDYMFDTFVQQNKVATLDELLTAGSINTIPIQDFDYDDLRKGDVLYILDAETKLKAGEFIVLTTPNPMDTMIAVETTTIDYDIPAGCDMVFGYRETVVAERVRANIFQMKGNAPDPTLVDYLLDGEFVFYDEHAYCMALHHKNKTSKQNKRTGLKIRNTKSSTIQKRGGTYLYPIK*
BBAY94_1021423223300000949Macroalgal SurfacePVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFIVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPETAGDYLLPGEFVFYDEHAYYKNPIDGFIYKFNGAKINP*
Ga0075466_105026833300006029AqueousTLGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIDRYIYWKEAGQYHRVTGTMHG*
Ga0075466_109416213300006029AqueousQGKEQEKDYMVDTFIQQNKVSTLANALPAGAITEIPMQDFNYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMISVETITTDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNATEPDIITNDYMTDGEFIFIGRYIYWKEAGQYHRVTGTMHG*
Ga0075466_113990323300006029AqueousARTGLSSGTQGGNQGEQGKEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDNLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCDVVFGYRQTVVAERVRANIFQMKGNAPDPTLSNYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKLNP*
Ga0075466_115469113300006029AqueousQEKDYMVDTFIQQNKVSTLANALPAGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPTLSNYLLDGEFVFYDEHAYYKNPIDGFVYKFNGAKLNP*
Ga0075466_119144913300006029AqueousSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETITIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPTLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP*
Ga0075467_1021136333300006803AqueousEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETITIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPTLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP*
Ga0075467_1053665813300006803AqueousGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIDRYIYWKEAGQYHRVTGTMHG*
Ga0075467_1058999713300006803AqueousQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP*
Ga0075467_1067173213300006803AqueousIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPRDVDYLQDGEFVFYDEHAYYKNPIDGFLYKFNGAKLNP*
Ga0075467_1070514013300006803AqueousKYASLSILHNYDTDEYSGDWFEVATARTGLSSGTQGGNQGEQGKEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDNLRKGDVLYILEPETKLKAGEFVVLTTPAAIDTMIAVETSTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPLLGDYLLD
Ga0070748_107773533300006920AqueousEQGKEQEKDYMVDTFIQQNKVSTLANALPAGAITEIPMQDFNYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMISVETITTDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNATEPDIITNDYMTDGEFIFIGRYIYWKEAGQYHRVTGTMHG*
Ga0070748_115864813300006920AqueousTQGGTLGQQGAEQAPERMLDTFIQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKFNP*
Ga0070748_118635913300006920AqueousTARTGLSSGTQGGNQGEQGKEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDNLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCDVVFGYRQTVVAERVRANIFQMKGNAPDPTLSNYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKLNP*
Ga0070748_132296213300006920AqueousDWFEVATARTGLSSGTQGGNQGEQGKDQEKDYMVDTFIQQNTVGVISEVLPVGAITELVLQDFNYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKI
Ga0070748_132755413300006920AqueousWFEVATARTGLTSGTQGGTLGQQGAEQAPERMLDTFIQQNKVGIVSEVLPVGSITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPAAIDTMIAVETSTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKV
Ga0070748_134444413300006920AqueousLPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETITIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPTLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP*
Ga0070748_136626713300006920AqueousSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGEITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKV
Ga0070748_137010813300006920AqueousQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAADPTLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP*
Ga0070747_127956013300007276AqueousALPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNAMDTMIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP*
Ga0099851_122082423300007538AqueousIGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFIVLTTPNPMDTMIAVETTTIDYDIPAGCDMVFGYRQTVVAERVRANIFQMKGNAPDPTLVDYLLDGEFVFYDEHAYYRNPIDGFVYKFNGAKINP*
Ga0099851_130954213300007538AqueousNILHNYDTDEYSGDWFEVATARTGLSSGTQGGNQGGPLGQQGAEQAPERMIDTFVQQNKVGILSDVLTAGSINTIPFQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNAIDTSIAVETITIDYDIPAGCDVVFGYRQTVVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFK
Ga0099851_134332023300007538AqueousITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKFNP*
Ga0099851_134479313300007538AqueousGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFNYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIDRYIYWKESGQYHRVTGTMHG*
Ga0099851_136221413300007538AqueousDYDDLRKGDVLYILEPETKLKAGEFIVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNALNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKV*
Ga0099847_110664413300007540AqueousQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYKNPIDGFLYKFNGAKLNP*
Ga0099847_112543313300007540AqueousGLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGEITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPTLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKINP*
Ga0099847_114779223300007540AqueousEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIISVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYRNPIDGFVYKFNGAKLNP*
Ga0099847_117225023300007540AqueousTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETVEIDYEIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDEHAYYKNPIDGFLYKFNGAKINP*
Ga0099847_119141213300007540AqueousNKKYAALNILHNYDTDEYSGDWFEVATARTGLSSGTQGGNQGGPLGQQGSEQAPERMLDTFIQQNTVGIISEVLPVGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNATEPDILLNDYMTDGEFIFIGRYIYWKESGQYHR
Ga0099847_121196523300007540AqueousLPAGSITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP*
Ga0099847_121481613300007540AqueousNKKYAALNIQHNYDTDEYSGDWFEVATARTGLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTIGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPRDVDYLQDGEFVFYDEHAYY
Ga0099847_122566513300007540AqueousMGGVEGFYYPIQTLNYNGKKYAALNIQHNYDTDEYSGDWFEVATARTGLSSGTQGGNQGGPLGQQGSEQAPERMLDTFIQQNTIGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMIAVETVEIDYDIPAGCEIVFGYRQTVVAERVRANIFQMK
Ga0099847_122965913300007540AqueousNKKYAALNILHNYDTDEYSGDWFEVATARTGLSSGTQGGNQSGPLGQQGSEQAPERMLDTFIQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPRDVDYLQDG
Ga0099847_123606213300007540AqueousRTGLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGIISEVLPVGAITEIVLQDFDYDDLRKGDVLYVLEPETKLKAGEFTVLTTPASMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAEKVRANIFQMKGNAPNPETAGNYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKIN
Ga0099846_117304013300007542AqueousSEQAPERMLDTFIQQNTVGIISEVLPVGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGSEIVFGYRQTIVSERVRANIFQMKGNALNPETAGDYLLAGEFVFYDKHAYFKSPIDGFLYKFNGAKFNP*
Ga0099846_123303113300007542AqueousEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDDIRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIISVETVTIDYDIPAGCEIVFGYRQTVVSEKVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP*
Ga0099846_127487113300007542AqueousDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETITIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPTLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP*
Ga0099846_127622413300007542AqueousFIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPRDVDYLQDGEFVFYDEHAYYKNPIDGFLYKFNGAKLNP*
Ga0099846_127861213300007542AqueousTGLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNATEPDIITNDYMTDGEFIFIGRYIYWKEAGQYHRVTGTMHG*
Ga0099846_131566413300007542AqueousGFYYPIQTLNYNNKKYASLSILHNYDTDEYSGDWFEVATARTGLTSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDP
Ga0099846_133229713300007542AqueousQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFIVLTTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPTLVDYLLDGEFVFYDEHAYYRNPIDGFVYKFNGAKINP*
Ga0099846_134413613300007542AqueousKEQEKDYMVDTFIQQNKVSTLANALPAGAITEIPMQDFDYDNLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYRNPIDGFVYKFNGAKLNP*
Ga0099846_135114613300007542AqueousTQGGNQGGPLGQQGSEQAPERMLDTFIQQNTIGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMIAVETVEIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKF
Ga0136655_107611333300010316Freshwater To Marine Saline GradientGTQGGTLGQQGAEQAPERMLDTFIQQNKVGIVSEVLPVGSITEIVLQDFDYDDLRKGDVLYVLEPETKLKAGEFTVLTTPAAMDTIIAVETVTIDYDIPAGADVVFGYRQTVVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKFNP*
Ga0136655_108554513300010316Freshwater To Marine Saline GradientGQQGAEQAPERMIDTFVQQNKVGILSDVLTAGSINTIPFQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPIDTMIAVETITIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPTLGDYLLDGEFVFYDEHAYYKNPIDGFVYKFNGAKLNP*
Ga0136655_110694913300010316Freshwater To Marine Saline GradientQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCEIVFGYRQTIVSERVRANIFQMKGNALNPETAGDYLLAGEFVFYDKHAYFKSPIDGFLYKFNGAKFNP*
Ga0136655_113687823300010316Freshwater To Marine Saline GradientLDTFIQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYKNPIDGFLYKFNGAKLNP*
Ga0136655_113733823300010316Freshwater To Marine Saline GradientGDVLYVLEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP*
Ga0136655_117033023300010316Freshwater To Marine Saline GradientDWFEVATARTGLSSGTQGGNQGEQGKEQEKDYMVDTFIQQNTVGVISEVLPVGAITELVLQDFNYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIGRYIYWKEAGQYHRVTGTMHG*
Ga0136655_119410113300010316Freshwater To Marine Saline GradientFYYPIQTLNYNNKKYAALNIQHNYDTDEYSGDWFEVATARTGLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTIGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPRDVDYLQDGEFVFYDEHAYYKNPI
Ga0136655_122223913300010316Freshwater To Marine Saline GradientASLSILHNYDTDEYSGDWFEVATARTGLTSSTQGGTFGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNAIDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYRNPIDG
Ga0129324_1004414363300010368Freshwater To Marine Saline GradientFIQQNKVSTLANALPAGAITEIPMQDFDYDDLRKGDVLYILEPETKLKTGEFTVLTTPASMDTMIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIDRYIYWKESGQYHRVTGTMHG*
Ga0129324_1028941913300010368Freshwater To Marine Saline GradientQQGAEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFNYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIGRYIYWKEAGQYHRVTGTMHG*
Ga0129324_1037510013300010368Freshwater To Marine Saline GradientYDTDEYSGDWFEVATARTGLSSGTQGGNQGGPLGQQGSEQAPERMLDTFIQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETVTIDYDIPAGCEIVFGYRQTIVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYD
Ga0129324_1038405513300010368Freshwater To Marine Saline GradientKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP*
Ga0129324_1040527213300010368Freshwater To Marine Saline GradientSLSILHNYDTDEYSGDWFEVATARTGLTSITQGGTLGQQGLEQAPERMLDTFIQQNTVGIISEVLPVGAITEIVLQDFDYDDLRKGDVLYVLEPETKLKAGEFTVLTTPASMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAEKVRANIFQMKGNAPNPETAGDYLLAGEFVF
Ga0129324_1042243113300010368Freshwater To Marine Saline GradientWFEVATARTGLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTIGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPLLGDYLLDGEFVFYDEHAYYKNPIDGF
Ga0129325_116218913300012516AqueousVLSAGSIDNIQFQDFDYDDLRKGDVLYILDPETKLKAGEFVVLDTPNPMDTIIAVETVAIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKFNP*
Ga0129327_1085381613300013010Freshwater To Marine Saline GradientVEGFYYPIQTLNYNNKKYASLSILHNYDTDEYSGDWFEVATARTGLSSGTQGGTLGKQGVEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQM
Ga0180120_1031054313300017697Freshwater To Marine Saline GradientTELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPIDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP
Ga0180120_1037213313300017697Freshwater To Marine Saline GradientRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIISVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYRNPIDGFVYKFNGAKLNP
Ga0212030_104927923300022053AqueousPFIQQNKVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFIVLTTPAAIDTMIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYKNPIDGFVYKFNGAKLNP
Ga0212029_105170623300022063AqueousTSEVVQTGSIDNIPFQDFDYDDLRKGDVLFILDPETKLKAGEFVVLDTPNPMDTIINVENTTIDYDIPAGADVVFGYRQTVVAERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYRNPIDGFVYKFNGAKLNP
Ga0212029_106282713300022063AqueousIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETITIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPTLGDYLLDGEFVFYDEHAYYKNPIDGFVYKFNGAKLNP
Ga0212029_107122413300022063AqueousQNTVGIISEVLPVGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP
Ga0196889_101331253300022072AqueousANALPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETITIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPTLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0196889_101596013300022072AqueousTFIQQNKVSTLANALPAGAITEIPMQDFNYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMISVETITTDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNATEPDIITNDYMTDGEFIFIGRYIYWKEAGQYHRVTGTMHG
Ga0196889_104350023300022072AqueousKEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIISVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYRNPIDGFVYKFNGAKLNP
Ga0196889_105087213300022072AqueousANALPAGSITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0196903_102700613300022169AqueousDEYSGDWFEVATARTGLSSGTQGGNQGGPLGQQGSEQAPERMLDTFIQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIIAVETVAIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP
Ga0196903_104046113300022169AqueousGLSSGTQGGNQGGPLGQQGSEQAPERMLDTFIQQNTVGIISEVLPVGAITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCEIVFGYRQTIVSERVRANIFQMKGNALNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKFNP
Ga0196901_104600353300022200AqueousGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP
Ga0196901_107544813300022200AqueousVSTLANALPAGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNAIDTMIAVETITTDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPTLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0196901_112568413300022200AqueousFIQQNTVGVISEVLPVGAITELVLQDFNYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIGRYIYWKEAGQYHRVTGTMHG
Ga0196901_112590623300022200AqueousRMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0196901_113249813300022200AqueousYSGDWFEVATSRTGLSSGTQGGNQGEQGKEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDDIRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIISVETVTIDYDIPAGCEIVFGYRQTVVSEKVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP
Ga0196901_113324223300022200AqueousSDEYSGDWFEVATARTGLTSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPRDVDYLQDGEFVFYDEHAYYKNPIDGFLYKFNGAKLNP
Ga0196901_119468123300022200AqueousEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYRNPIDGFVYKFNGAKLNP
Ga0196901_121825613300022200AqueousFYLPIQTLNYNGKKYASLSILHNYDTDEYSGDWFEVATARTGLSSGTQGGNQGEQGKDQEKDYMVDTFIQQNKVSTLANALPAGAITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETITTDYDIPAGADVVFGYRQTVVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSP
Ga0196901_124333923300022200AqueousQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP
Ga0196901_124773113300022200AqueousLNYNNKKYAALNIQHNYDTDEYSGDWFEVATARTGLSSGTQGGNQGGPLGQQGSEQAPERMLDTFIQQNTIGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFIVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNALNPETAGDYLLAGE
Ga0196901_125156613300022200AqueousLPVGAITELVLQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIIAVETVAIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP
Ga0196901_128285713300022200AqueousTFIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0196901_128535813300022200AqueousKYASLSILHNYDTDEYSGDWFEVATARTGLSSGTQGGTLGKQGVEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPIDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETA
Ga0208148_102221713300025508AqueousSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETITIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPTLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0208148_104953413300025508AqueousLSSGTQGGNQGEQGKEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIISVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYRNPIDGFVYKFNGAKLNP
Ga0208148_107076113300025508AqueousTQGGNQGEQGKEQEKDYMVDTFIQQNKVSTLANALPAGAITEIPMQDFNYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMISVETITTDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNATEPDIITNDYMTDGEFIFIGRYIYWKEAGQYHRVTGTMHG
Ga0208148_108609123300025508AqueousSSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIDRYIYWKEAGQYHRVTGTMHG
Ga0208148_111148923300025508AqueousKEQEKDYMVDTFIQQNKVSTLANALPAGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPTLSNYLLDGEFVFYDEHAYYKNPIDGFVYKFNGAKLNP
Ga0208148_111620623300025508AqueousGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP
Ga0208148_112938513300025508AqueousQEKDYMVDTFIQQNKVSTLANALPAGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNATEPDIITNDYMTDGEFIFIGRYIYWKEAGQYHRVTGTMHG
Ga0208303_107816423300025543AqueousQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEHAYYKNPIDGFLYKFNGAKLNP
Ga0208643_100523713300025645AqueousLSSGTQGGNQGEQGKEQEKDYMVDTFIQQNKVSTLANALPAGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPTLSNYLLDGEFVFYDEHAYYKNPIDGFVYKFNGAKLNP
Ga0208643_101748413300025645AqueousKEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP
Ga0208643_104776143300025645AqueousTLANALPAGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0208643_109793523300025645AqueousLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGEITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0208643_111319023300025645AqueousLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIDRYIYWKEAGQYHRVTGTMHG
Ga0208643_115651213300025645AqueousKKYASLSILHNYDTDEYSGDWFEVATARTGLTSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYD
Ga0208160_104437613300025647AqueousLSSGTQGGNQGEQGKEQEKDYMVDTFIQQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0208160_104773213300025647AqueousQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKINP
Ga0208160_114878913300025647AqueousIQTLNYNGKKYASLSILHNYDTDEYSGDWFEVATAKGGLSTGTQGGNQGEQGKDQEKDYMFDTFVQQNKVATTSEVVQTGSIDNIPFQDFDYDDLRKGDVLFILDPETKLKAGEFVVLDTPNPMDTIINVENTTIDYDIPAGADVVFGYRQTVVAERVRANIFQMKGNAADPRDVDYLQDGEFVFYDEH
Ga0208160_115301913300025647AqueousLSSGTQGGNQGEQGKEQEKDYMVDTFIQQNKVSTLANALPAGAITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTMIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKFNP
Ga0208160_116838423300025647AqueousQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFIVLTTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPTLVDYLLDGEFVFYDEHAYYRNPIDGFVYKFNGAKINP
Ga0208134_108738023300025652AqueousNGKKYASLSILHNYDTDEYSGDWFEVATARTGLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIDRYIYWKEAGQYHRVTGTMHG
Ga0208795_104498313300025655AqueousNKKYASLSILHNYDTDEYSGDWFEVATARTGLSSGTQGGPLGQQGSEQAPERMLDTFIQQNTVGIISEVLPVGAITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNAIDTMIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNALNPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKLNP
Ga0208795_106275413300025655AqueousIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTMIAVETITIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAADPTLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0208795_107265013300025655AqueousFGQQGAEQAPERMLDTFIQQNTVGVISEVLPVGAITELVLQDFNYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNATEPDIITNDYMVDGEFIFIGRYIYWKEAGQYHRVTGTMHG
Ga0208795_108593313300025655AqueousQNKVSTLANALPAGSITEIPMQDFDYDDLRKGDVLYILEPETKLKAGEFVVLNTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0208795_115707213300025655AqueousPAGSITEIPMQDFDYDDLRKGDVLYVLEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVSERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0208544_1030807613300025887AqueousYSGDWFEVATARTGLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIAVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPRDVDYLQDGEFVFYDEHAYYKNPIDGFLYKFNGAKLNP
Ga0209536_10229684723300027917Marine SedimentYSGDWFEVATARTGLSSGTQGGTLGQQGAEQAPERMLDTFIQQNTVGIISEVLPVGAITELVLQDFDYDDLRKGDVLYILEPETKLKAGEFVVLTTPNPMDTIIQVETVTIDYDIPAGCEIVFGYRQTVVAERVRANIFQMKGNAPDPLLGDYLLDGEFVFYDEHAYYKNPIDGFLYKFNGAKVNP
Ga0307378_10087413103300031566SoilYDDLRKGDVLYILDAETKLKAGEFVVLTTPNAIDTSIAVETITIDYDIPAGCDVVFGYRQTVVAERVRANIFQMKGNAPDPETEGDYLLAGEFVFYDKHAYYKNPIDGFLYKFNGAKVNP
Ga0307376_1038354113300031578SoilTQGGTFGEQGKDQEQDYMFDTFVQQNKVATLDELLTAGSINNIPLQDFDYDDLRKGDVLYILDAETKLKAGEFVVLTTPNAIDTSIAVETITIDYDIPAGCDVVFGYRQTVVAERVRANIFQMKGNALDPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKFNP
Ga0307377_1050897923300031673SoilGTQGGTFGEQGKDQEQDYMFDTFVQQNKVATLDELLTAGSINNIPLQDFDYDDLRKGDVLYILDAETKLKAGEFVVLTTPNAIDTSIAVETITIDYDIPAGCDVVFGYRQTVVAERVRANIFQMKGNALDPETAGDYLLAGEFVFYDKHAYFKSPYDGFLYKFNGAKFNP

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Bioinformatics & Integrated Biology Lab
Institute for Fundamental Biomedical Research
Biomedical Sciences Research Center "Alexander Fleming"
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