NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
x
This website uses cookies to improve user experience. By using NMPFamDB you consent to all cookies in accordance with our privacy policy. OK
Metagenome / Metatranscriptome Family F105257

Metagenome / Metatranscriptome Family F105257

Go to section:
Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
Select file to download:
   Download


Overview

Basic Information
Family ID F105257
Family Type Metagenome / Metatranscriptome
Number of Sequences 100
Average Sequence Length 226 residues
Representative Sequence IFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Number of Associated Samples 71
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) 0.00 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 57
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
Powered by Skylign

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
(59.000 % of family members)
Environment Ontology (ENVO) Unclassified
(60.000 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(94.000 % of family members)


 ⦗Top⦘

Multiple Sequence Alignments

Select alignment to view:      

 ⦗Top⦘

Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: Yes Secondary Structure distribution: α-helix: 0.00%    β-sheet: 51.82%    Coil/Unstructured: 48.18%
Feature Viewer
Powered by Feature Viewer

 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 100 Family Scaffolds
PF05618Zn_protease 14.00
PF03567Sulfotransfer_2 5.00
PF137592OG-FeII_Oxy_5 4.00
PF01227GTP_cyclohydroI 2.00
PF02562PhoH 1.00
PF12327FtsZ_C 1.00
PF00149Metallophos 1.00
PF13521AAA_28 1.00

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 100 Family Scaffolds
COG1702Phosphate starvation-inducible protein PhoH, predicted ATPaseSignal transduction mechanisms [T] 1.00
COG1875Predicted ribonuclease YlaK, contains NYN-type RNase and PhoH-family ATPase domainsGeneral function prediction only [R] 1.00

 ⦗Top⦘

Phylogeny

NCBI Taxonomy

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

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300025674|Ga0208162_1000001All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae242718Open in IMG/M


 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous59.00%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh32.00%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient6.00%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water3.00%

Visualization
Powered by ApexCharts



Associated Samples

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
3300006383Aqueous 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_RNA1 (Metagenome Metatranscriptome)EnvironmentalOpen 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
3300006571Aqueous 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
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
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300006869Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNAEnvironmentalOpen in IMG/M
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
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
3300007236Aqueous 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
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
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
3300010318Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_DNAEnvironmentalOpen in IMG/M
3300012528Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.2_RNA1 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012963Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_RNA1 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012966Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_RNA2 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012967Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_RNA1 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016732Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 101403AT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016739Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071408BT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016741Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071410CT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016743Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071413AT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016746Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 101401AT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016747Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071409BT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016754Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071405BT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016758Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071403BT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016762Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071413CT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016771Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071412BT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016787Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071411AT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300018421Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300019262Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 101412AT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019266Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 101407AT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019267Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071402VT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019271Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 101411XT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019272Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 101405AT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019274Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071405CT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019276Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 101413AT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019277Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071412AT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019280Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071401AT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019281Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071409AT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019282Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071407BT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019283Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 101404CT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300021959Estuarine water microbial communities from San Francisco Bay, California, United States - C33_13DEnvironmentalOpen in IMG/M
3300021960Estuarine water microbial communities from San Francisco Bay, California, United States - C33_9DEnvironmentalOpen in IMG/M
3300021961Estuarine water microbial communities from San Francisco Bay, California, United States - C33_3DEnvironmentalOpen 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
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
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
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
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
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
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
Zoom:     Powered by OpenStreetMap


 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
Ga0075474_1000675553300006025AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF*
Ga0075474_1001860323300006025AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNLDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYIQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0075504_138967323300006383AqueousFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0075503_154068413300006400AqueousAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNL
Ga0075505_149829113300006571AqueousARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0075461_1006739733300006637AqueousAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0070749_1006215713300006802AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFMLIMLL*
Ga0070749_1007508123300006802AqueousDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVDGIKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFELESDVQFTIGANYSF*
Ga0075476_1000845873300006867AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0075477_1001600913300006869AqueousKILNNRYMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF*
Ga0075477_1008660613300006869AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDID
Ga0075475_1009813813300006874AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0070746_1018771913300006919AqueousNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFAKLPVLSEVADLSIYYMEDIDLDMNGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDLTGDLALESDVQYTIGANYSF*
Ga0075463_1030694413300007236AqueousARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNLDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAY
Ga0070745_100638053300007344AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF*
Ga0070752_102118513300007345AqueousYMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF*
Ga0070752_103368943300007345AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNLDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0070753_100984173300007346AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0099851_101280763300007538AqueousMKKLIFSVMLAAVTSAGNAQVSVNAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVDGIKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF*
Ga0099849_102632843300007539AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFNSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0099848_1005675103300007541AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLFDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYAQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0099848_100930663300007541AqueousMKKLIFSVMLAAVTSAGNAQVSVNAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSDHQHVDGIKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF*
Ga0099846_100438463300007542AqueousMKKLIFSVMLAAVTSAGNAQVSVNAGYTSDFTIMGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF*
Ga0070751_100737773300007640AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF*
Ga0099850_115267413300007960AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYNVDQFGVFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSKVADLSVYYFEDVDLDINGFQIGLSRTYNDVVVENISVTPKLGVYLFDSFDAYYASAKVTYNKYAFKPYAQVAYFDNDLTGDLALKNDVQYTVGFNYSF*
Ga0099850_126176313300007960AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLFDNVNLTPKAGVYLFDSFDAYYASL
Ga0099850_126186613300007960AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLFDNVNLTPKAGVYLFDSFDAYYASL
Ga0129348_103590833300010296Freshwater To Marine Saline GradientMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0129345_120412613300010297Freshwater To Marine Saline GradientMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFD
Ga0129342_107129913300010299Freshwater To Marine Saline GradientMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKV
Ga0136656_100404233300010318Freshwater To Marine Saline GradientMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVDGIKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF*
Ga0136656_103245923300010318Freshwater To Marine Saline GradientMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLFDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYAQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0136656_108114813300010318Freshwater To Marine Saline GradientQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYNVDQFGVFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSKVADLSVYYFEDVDLDINGFQIGLSRTYNDVVVENISVTPKLGVYLFDSFDAYYASAKVTYNKYAFKPYAQVAYFDNDLTGDLALKNDVQYTVGFNYSF*
Ga0129352_1060440413300012528AqueousIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKNYTAHPGSGHDHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF*
Ga0129340_102170013300012963AqueousFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLFVNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIK
Ga0129340_110667113300012963AqueousIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVDGIKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVE
Ga0129341_101907713300012966AqueousIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYA
Ga0129343_121810413300012967AqueousIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEVA
Ga0182057_132761013300016732Salt MarshQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKNYTAHPGSGHDHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALD
Ga0182076_100091913300016739Salt MarshGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0182076_131760513300016739Salt MarshIFSVMLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDV
Ga0182079_126254713300016741Salt MarshMLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDLTGDWALESDVQYTIGANYSF
Ga0182083_152672913300016743Salt MarshFSVMLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDLTGDWALESDVQYTIGANYSF
Ga0182055_140795913300016746Salt MarshLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKNYTAHPGSGHDHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0182078_1053462313300016747Salt MarshLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDMNGFHIGLSRVFDNVLIDNVSVTPKLGAY
Ga0182078_1076504013300016747Salt MarshSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVNNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0182072_126786313300016754Salt MarshAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEV
Ga0182070_143055723300016758Salt MarshVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKNYTAHPGSGHDHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0182084_144802113300016762Salt MarshVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVNNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0182082_131748413300016771Salt MarshAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSV
Ga0182080_121912013300016787Salt MarshAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQNTVGLNYSF
Ga0182080_158380813300016787Salt MarshIFSVMLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDLTGDWALESDVQYTIGANYSF
Ga0181592_1042877613300018421Salt MarshMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGFSRVFENVLVDNVNLTPKAGVYLFDSFDAY
Ga0182066_137665613300019262Salt MarshFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVVLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVNNVNLTP
Ga0182061_108432613300019266Salt MarshAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKNYTAHPGSGHDHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKA
Ga0182069_147853713300019267Salt MarshIFSVMLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAI
Ga0182069_148154213300019267Salt MarshIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0182065_108697513300019271Salt MarshVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0182059_162129813300019272Salt MarshIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKNYTAHPGSGHDHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0182073_116459313300019274Salt MarshQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVNNVNLTPKA
Ga0182067_115714513300019276Salt MarshVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKNYTAHPGSGHDHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVNNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYV
Ga0182081_110460813300019277Salt MarshSVMLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDMNGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDLTGDWALESDVQYTI
Ga0182068_100811813300019280Salt MarshMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSV
Ga0182068_123534313300019280Salt MarshIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDND
Ga0182077_131903113300019281Salt MarshVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0182077_154453613300019281Salt MarshIFSVMLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDLTGDWALESDVQYTIGANYSF
Ga0182075_152059313300019282Salt MarshTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0182075_154508713300019282Salt MarshFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKNYTAHPGSGHDHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQI
Ga0182075_166431113300019282Salt MarshVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDL
Ga0182058_132988613300019283Salt MarshFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKNYTAHPGSGHDHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNLDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYIQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0222716_1001985883300021959Estuarine WaterMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDMNGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDLTGDLALESDVQYTIGANYSF
Ga0222715_1030648613300021960Estuarine WaterMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLLTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDMNGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDLTGDLALESDVQYTIGANYS
Ga0222714_1067864113300021961Estuarine WaterLAAVTSAGNAQVSVDAGYTSDFTIAGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDMNGFHIGL
Ga0212031_107062413300022176AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGS
Ga0196899_100518173300022187AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0196899_101113263300022187AqueousNNSYMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF
Ga0196899_117958313300022187AqueousLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYL
Ga0196905_1000149273300022198AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLFDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYAQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0196905_100077853300022198AqueousMKKLIFSVMLAAVTSAGNAQVSVNAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVDGIKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF
Ga0208004_101584533300025630AqueousSIAGTSTGSGTFTTVAQDSTSGDGYGAEFTITADGAGGYTLDAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0208898_101634363300025671AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLKDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF
Ga0208898_108830313300025671AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNLDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYIQVSYFDNDLT
Ga0208162_10000011203300025674AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGIKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0208899_104411543300025759AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYAS
Ga0208899_116107213300025759AqueousGTARAKNTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFANLPVLSEVADLSIYYIEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF
Ga0208767_127975513300025769AqueousSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGSGHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLEMDGFQIGLSRVFENVLVDNVNLTPKAG
Ga0208427_100709983300025771AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTP
Ga0208427_112454423300025771AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNLDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYIQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0208785_106731023300025815AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNLDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIKPYIQ
Ga0208547_100211263300025828AqueousMYMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNLDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0208547_102196313300025828AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYLE
Ga0208917_100143313300025840AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF
Ga0208917_114124023300025840AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQI
Ga0208644_109598523300025889AqueousIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNLDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLIADYTKYAIKPYIQVSYFDNDLTGDLALDNDVQYTVGLNYSF
Ga0348335_002618_4697_54523300034374AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVEAVYHLVNGPLQDSFQYGIGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF
Ga0348335_053375_3_5003300034374AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDID
Ga0348336_003348_8037_87923300034375AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYSPHAGSGHQHVNGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGVYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF
Ga0348336_042710_1345_19623300034375AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLNLDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYY
Ga0348337_008569_2301_30563300034418AqueousMKKLIFSVMLAAVTSAGNAQVSVDAGYTSDFTIMGTARAKDTAVIGVQGVKDLGKGFTLYGFNYFLPTNDGRSKSYTDHPGSGHQHVDGVKNALETSSQNHFGVGLAYDVNQLGAFSFTADVQAVYHLVNGPLQDSFQYGVGATFAKLPVLSEVADLSIYYMEDIDLDINGFHIGLSRVFDNVLIDNVSVTPKLGAYLFDSFDAYYASAKVGYNKYAIKPYVEVAYFDNDATGDFALESDVQFTIGANYSF
Ga0348337_016994_2013_27683300034418AqueousMKKLIFSVLLAAVTTAGNAQVSVDAGYTSDFTIAGTARAKDTAVIGITGAKALGKGFTLYGFNYFLPTNDGRSKSYTDHVGTNHQHVDGVKNALETSSQNHFGVGLAYDVNSLGDFSFTADVQAVYHLVNGPLQDSFQYGIGATFDSLPLISKVASVSVYYMEDIDLDMDGFQIGLSRVFENVLVDNVNLTPKAGVYLFDSFDAYYASLRADYTKYAIRPYVQVSYFDNDLTGDLALDNDVQYTVGLNYSF

 ⦗Top⦘


Bioinformatics & Integrated Biology Lab
Institute for Fundamental Biomedical Research
Biomedical Sciences Research Center "Alexander Fleming"
© Pavlopoulos Lab, Bioinformatics & Integrative Biology | B.S.R.C. "Alexander Fleming" | Privacy Notice
Make sure JavaScript is enabled in your browser settings to achieve functionality.