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 F069055

Metagenome / Metatranscriptome Family F069055

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


Overview

Basic Information
Family ID F069055
Family Type Metagenome / Metatranscriptome
Number of Sequences 124
Average Sequence Length 256 residues
Representative Sequence CYACLYNATTDRDIRNGSNDLVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPNPLFFSTFGRKKLFARLYLAFEPTWSPQNDPQYAVVVQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTLTGGNVGRMFSYKQVEFSAEDLPAYVGILIRAQSTSNVGPFGVIVLE
Number of Associated Samples 34
Number of Associated Scaffolds 124

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Archaea
% of genes with valid RBS motifs 1.19 %
% of genes near scaffold ends (potentially truncated) 65.32 %
% of genes from short scaffolds (< 2000 bps) 62.10 %
Associated GOLD sequencing projects 21
AlphaFold2 3D model prediction Yes
3D model pTM-score0.42

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 Archaea (59.677 % of family members)
NCBI Taxonomy ID 2157
Taxonomy All Organisms → cellular organisms → Archaea

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring
(87.903 % of family members)
Environment Ontology (ENVO) Unclassified
(91.935 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Surface (non-saline)
(84.677 % 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: No Secondary Structure distribution: α-helix: 5.68%    β-sheet: 21.97%    Coil/Unstructured: 72.35%
Feature Viewer
Powered by Feature Viewer

Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.42
Powered by PDBe Molstar

Low Quality Model:

This family has a low confidence model (pTM < 0.7) and has not been screened against SCOPe or PDB.


 ⦗Top⦘

Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms67.74 %
UnclassifiedrootN/A32.26 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2100351008|BSEYNP_contig07045__length_980___numreads_12All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D980Open in IMG/M
2100351008|BSEYNP_contig08340__length_831___numreads_8All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D831Open in IMG/M
2119805007|BSDYNP_contig02124__length_2715___numreads_36All Organisms → Viruses → Predicted Viral2715Open in IMG/M
3300003730|Ga0040879_120380All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D535Open in IMG/M
3300005977|Ga0081474_117685All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D883Open in IMG/M
3300006180|Ga0079045_1002487All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1886Open in IMG/M
3300006180|Ga0079045_1003842All Organisms → Viruses → Predicted Viral1412Open in IMG/M
3300006180|Ga0079045_1004574All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1253Open in IMG/M
3300006180|Ga0079045_1006008All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1047Open in IMG/M
3300006180|Ga0079045_1011941All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D683Open in IMG/M
3300006180|Ga0079045_1011942All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D683Open in IMG/M
3300006855|Ga0079044_1015065All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D896Open in IMG/M
3300006857|Ga0079041_1030177All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D627Open in IMG/M
3300006859|Ga0079046_1009635All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1680Open in IMG/M
3300006859|Ga0079046_1017705All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1105Open in IMG/M
3300006859|Ga0079046_1033527All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D706Open in IMG/M
3300006859|Ga0079046_1035442All Organisms → cellular organisms → Bacteria → Proteobacteria → Oligoflexia → Bacteriovoracales → Bacteriovoracaceae → Bacteriovorax → unclassified Bacteriovorax → Bacteriovorax sp. BAL6_X679Open in IMG/M
3300007166|Ga0099835_104210All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1135Open in IMG/M
3300007166|Ga0099835_172787All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D790Open in IMG/M
3300007166|Ga0099835_173698All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D697Open in IMG/M
3300007168|Ga0099838_106233All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D991Open in IMG/M
3300007811|Ga0105111_1006227All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1077Open in IMG/M
3300007812|Ga0105109_1003563All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1686Open in IMG/M
3300007812|Ga0105109_1004238All Organisms → Viruses → Predicted Viral1487Open in IMG/M
3300007812|Ga0105109_1005325All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1258Open in IMG/M
3300007812|Ga0105109_1015029All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D612Open in IMG/M
3300007812|Ga0105109_1015240All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D607Open in IMG/M
3300007813|Ga0105108_100580All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1652Open in IMG/M
3300007813|Ga0105108_101617All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1021Open in IMG/M
3300007813|Ga0105108_101670All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1007Open in IMG/M
3300007813|Ga0105108_101798All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D970Open in IMG/M
3300007813|Ga0105108_102439All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D833Open in IMG/M
3300007813|Ga0105108_102987All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D758Open in IMG/M
3300007814|Ga0105117_1022605All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D757Open in IMG/M
3300007815|Ga0105118_1002759All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1015Open in IMG/M
3300007815|Ga0105118_1004016All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D857Open in IMG/M
3300007815|Ga0105118_1004955All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D779Open in IMG/M
3300007815|Ga0105118_1004992All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D777Open in IMG/M
3300007816|Ga0105112_1001314All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1671Open in IMG/M
3300007816|Ga0105112_1009153All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D678Open in IMG/M
3300013008|Ga0167616_1007859All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1989Open in IMG/M
3300013008|Ga0167616_1022906All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D933Open in IMG/M
3300013008|Ga0167616_1040816All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D623Open in IMG/M
3300013009|Ga0167615_1010194All Organisms → Viruses → Predicted Viral1693Open in IMG/M
3300013009|Ga0167615_1024796All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D998Open in IMG/M
3300013009|Ga0167615_1035512All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D804Open in IMG/M
3300013009|Ga0167615_1035636All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D802Open in IMG/M
3300013009|Ga0167615_1037907All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D773Open in IMG/M
3300013009|Ga0167615_1054919All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D618Open in IMG/M
3300013010|Ga0129327_10102803All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1409Open in IMG/M
3300013010|Ga0129327_10243245All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D918Open in IMG/M
3300013010|Ga0129327_10367294All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D757Open in IMG/M
3300013010|Ga0129327_10402689All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D726Open in IMG/M
3300026625|Ga0208028_100728All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1857Open in IMG/M
3300026625|Ga0208028_101392All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1208Open in IMG/M
3300026625|Ga0208028_102908All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D739Open in IMG/M
3300026762|Ga0208559_102884All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1926Open in IMG/M
3300026762|Ga0208559_105982All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1055Open in IMG/M
3300026762|Ga0208559_108264All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D809Open in IMG/M
3300026762|Ga0208559_110526All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D665Open in IMG/M
3300026762|Ga0208559_112419All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D583Open in IMG/M
3300026768|Ga0208447_106280All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1002Open in IMG/M
3300026768|Ga0208447_112224All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D616Open in IMG/M
3300026813|Ga0208448_100497All Organisms → Viruses → Predicted Viral2796Open in IMG/M
3300026813|Ga0208448_103584All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1049Open in IMG/M
3300026877|Ga0208314_106214All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D2232Open in IMG/M
3300026877|Ga0208314_107066All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D2003Open in IMG/M
3300026877|Ga0208314_118155All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D918Open in IMG/M
3300026877|Ga0208314_120571All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D823Open in IMG/M
3300026877|Ga0208314_123109All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D742Open in IMG/M
3300026882|Ga0208313_102889All Organisms → Viruses → Predicted Viral2860Open in IMG/M
3300026885|Ga0208662_116064All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D939Open in IMG/M
3300026906|Ga0208683_105035All Organisms → Viruses → Predicted Viral2940Open in IMG/M
3300026906|Ga0208683_108350All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1904Open in IMG/M
3300026906|Ga0208683_125401All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D700Open in IMG/M
3300026906|Ga0208683_129406All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D611Open in IMG/M
3300027931|Ga0208312_105592All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D951Open in IMG/M
3300027931|Ga0208312_107797All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D737Open in IMG/M
3300027931|Ga0208312_108542All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D687Open in IMG/M
3300027933|Ga0208549_106659All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D2287Open in IMG/M
3300027933|Ga0208549_109461All Organisms → Viruses → Predicted Viral1698Open in IMG/M
3300027933|Ga0208549_114762All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D1158Open in IMG/M
3300027937|Ga0208151_109374All Organisms → Viruses → Predicted Viral1406Open in IMG/M
3300027937|Ga0208151_113674All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D962Open in IMG/M



 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring87.90%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater5.65%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient4.03%
Hypersaline MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hypersaline Mat1.61%
Ferrous Microbial MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat0.81%

Visualization
Powered by ApexCharts



Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2100351008Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_EEnvironmentalOpen in IMG/M
2119805007Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_DEnvironmentalOpen in IMG/M
3300001340Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3BEnvironmentalOpen in IMG/M
3300003730Thermal spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - Beowulf (BE_D) (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005861Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3B (SPADES assembly)EnvironmentalOpen in IMG/M
3300005977Ferrous microbial mat communities from One Hundred Spring Plain, Yellowstone National Park, USAEnvironmentalOpen in IMG/M
3300006180Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_virus_MetaGEnvironmentalOpen in IMG/M
3300006855Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C host_MetaGEnvironmentalOpen in IMG/M
3300006857Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B host_MetaGEnvironmentalOpen in IMG/M
3300006859Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaGEnvironmentalOpen in IMG/M
3300007166Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_top_diel_T=1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300007168Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_top_diel_T=7 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300007811Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Slide_host_7_15EnvironmentalOpen in IMG/M
3300007812Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_6_15EnvironmentalOpen in IMG/M
3300007813Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_6_15EnvironmentalOpen in IMG/M
3300007814Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Slides-mat_host_7_15EnvironmentalOpen in IMG/M
3300007815Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_virus_9_15EnvironmentalOpen in IMG/M
3300007816Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_9_15EnvironmentalOpen in IMG/M
3300013008Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300013009Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300013010Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.8_DNAEnvironmentalOpen in IMG/M
3300026625Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_6_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026627Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C host_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300026762Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_6_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026768Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Slide_host_7_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026813Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_virus_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026877Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026882Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Slides-mat_host_7_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026885Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - OSPB_host_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300026906Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300027931Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300027932Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_virus_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027933Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027937Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B host_MetaG (SPAdes)EnvironmentalOpen in IMG/M

Geographical Distribution
Zoom:     Powered by OpenStreetMap



 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
BSEYNP_005635302100351008Hot SpringAYPGGGGVDVSGQYNPDKLGSIFVMPQGNTTSACYACLYNATTDRDVRVGSYNLVIDAMQIRIAYFHPAANVMAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISDDAFPNPIFFSTFGRKKLFARLYFAVSGSLVPPSNNPQNDPQYAPVFQIAEFDGNYDYSIGAYYLDNWDVGTLVLGTQEPTTSFNGTIPPTNISIKQVEFSVEDPPAYVGILMRAQSTNAIGPFGVVVLE
BSEYNP_013497102100351008Hot SpringFFYAYGAFSGTTPDHGRWLQAGVLSDIHAAPLNWQGNITLTAAHNGGAIDASGQYNPDKLGSIFVVPQGNTNSACYACLYNTTTDRDIRAGSPALVINAMQIRICYFHPATNVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDYSLKIVMEYIDPQVLRPEHHKKIYITEDWFPNPFYFSTFGRKKLFARLYFDVNTANTQNDPQYAPVFQIAEYDGSYDYSNGAGLLDGLDVGTLVLGSQPPSISLTGVAVSFLSFKEVEFSAEDLPAFVGILARA
BSEYNP_004050002100351008Hot SpringVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKLIYSDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDDFPNPLFFSTFGRKRLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVGLLLREQITNTIYTFGVIVLE
BSDYNP_000420702119805007Hot SpringLGGVYLTQFSFNQSGLSSSHRFSIISPDPLVTTPRVAGQQSAVVFYAYGAFNNITPPHGRYFEALVLSDIHTNPTNWQGNITLDAYPGGGGCDVSGQYNPDKLGSIFVMPQGNTTSACYACLYNATTDRDVRSGSYNLVIDAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISEDAFPNPIFFSTFGRKKLFARLYFAASGSLVPPTNNPQNDPQYAPVFQIAEYDGNYDYSTGAHYLDNWDVGTLVLGTQEPTTSLSGSIPPSQFSIKQVEFSAEDLPAYVGILMKAQSTNAIGPFGVIVLE
JGI20133J14441_105449013300001340Hypersaline MatGYGGLDTTSPDHCKFLQAAVLSDIHTAPLNWQGNLTLDAMNFGGGVDASGQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRAGGLVINAMQIRIAYFHPATNVLAFGSDPISFASGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTAMEYIDPKVLRPEHHKKIYITEDNFNTSFFFSTFGRKKLFARLYFTATSGYIPPTNNPQNDPQYAPVFQLAEYDGNYNYGIGAYYLDALDVGTLVLGTQEPQTSLTGATPSTNTSFKQIEL
Ga0040879_12038013300003730FreshwaterINAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIAEDELPNPFFFSTFGKKKLFARIIINGYPWYPKNDPINAVVLQIAEYDGSYDYSTGAYYYDAVDVGTLVLGTQEPTTNFNGVGPLTSLAFKEAE
Ga0080006_126441323300005861Hypersaline MatYAYGVFDISTPPHGALLQAGVLSDIHTNPTNWQGNITLNAHSNGGGVDVSGQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQVRICYFHPATRVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRSEHHRKIYIVEDDFPDPLFFSTFGKKKLFVRLYLLVGLGQVPPTNNPQNDPQYAPVIQIAEYDGNYDASGFTAGYGSHLDANDVGTLVVGTQEPTTALNGTASPTTNLALKEFEFSAEDLPAYVGILIRAPSTNAIIPYRVIVLE*
Ga0081474_11768523300005977Ferrous Microbial MatDIAGQYNPDKLGSVFVVPQGNTNSACYACLYNATTDRDIRSGSPNLVINAMQIRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYSDFAFDYSLKTVMEYIDPQVLRPENHRKIYIAEDNLPNPVFFSTFGKKKLFARIIINGYPWYPKNDPINAVVLQIAEYDGSYDYSTGAYYYDAVDVGTLVLGTQEPTTNFNGVGPLTSLAFKEAEFSAEDLPAYVGVLMKSEGANPFATYGVIVLE*
Ga0079045_100248713300006180Hot SpringSSHRFSIISPDPLVTTPRVAGQQSAVFFYAFGAFDASTPDHARWIQASVISDIHTNPVNWNGKITLSASKDGGGTDVSGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNDLVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHKKIYIVEDDFPNPLFFSTFGRKRLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVGFLMREQITNTIYPFGVIVLE*
Ga0079045_100384213300006180Hot SpringVMPQGNTTSACYACLYNATTDRDVRVGSYNLVIDAMQIRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYITEDAFPNPLFFSTFGRKKLFARLYFAAGGSLVPPTNNPQNDPQYAPVFQIAEYDGNYDYSTGAHYLDNWDVGTLVLGTQEPTTSLSGSIPPSQFSLKQVEFSAEDPPAYIGILMKAQSTNAIGPFGVIVLE*
Ga0079045_100442313300006180Hot SpringTPRVAGKQSAVVFYAYAPFDGSTPDHGRFLQAGVLSDIHTNPTNWQGNVTLIAAGGGGGVDAGSQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQVRICYFHPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIEEDALPIPAFYFSTFGKKKMFVRLYFSGISGYTPPSISPQNDPQYAPVFQISEYDGNYDADGFTAGFGTHNIANDVGTLILGTQQPTVTLSGAGVDTAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPAGVIVLE*
Ga0079045_100457423300006180Hot SpringVMPQGNTTSACYACLYNATTDRDVRVGSYNLVIDAMQIRIAYFHPAANVMAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISDDAFPNPIFFSTFGRKKLFARLYFAVSGSLVPPSNNPQNDPQYAPVFQIAEFDGNYDYSIGAYYLDNWDVGTLVLGTQEPTTSFNGTIPPTNISIKQVEFSVEDPPAYVGILMRAQSTNAIGPFGVVVLE*
Ga0079045_100600823300006180Hot SpringSYNLVIDAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISEDAFPNPIFFSTFGRKKLFARLYFAASGSLVPPTNNPQNDPQYAPVFQIAEYDGNYDYSTGAHYLDNWDVGTLVLGTQEPTTSLSGSIPPSQFSIKQVEFSAEDLPAYVGILMKAQSTNAIGPFGVIVLE*
Ga0079045_101194113300006180Hot SpringDRDIRNGSNAVVISAMQVRICYFHPAANVLAFGSDPISFAPGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPFYFSTFGKKKMFVRLYFSGIGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGNGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPD
Ga0079045_101194213300006180Hot SpringDRDIRNGSNAVVISAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPFYFSTFGKKKMFVRLYFSGVGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGVGTFNIANDVGTLILGTQQPTVTLSGVGVDSAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPD
Ga0079044_101506523300006855Hot SpringCYACLYNATTDRDIRNGSNAVVISAMQIRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNNFAFDQSLKTVMEYIDPQVLRPENHRKIYIVQDAFPAQFFFSTFGRKKMFGRLHFSQWVPPANPQNDPQYAPVIQIFEYDGNYDANGLNAGFGTFDYVNDAGTLVLGTQIPWMNFTGAGNIANAVLDLIEFSAEDLPSYVGILINVQSGVNNGTPGASGVSFGVIVLE*
Ga0079041_101358223300006857Hot SpringYAFGVFDGSTPDHARWIQAGVLSDIHTNPLNWNGNLTLSAAVHGGGTDVSGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDDFPNPLFFSTFGRKKLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVGFLMREQITNTISTFGVIVLE*
Ga0079041_102318013300006857Hot SpringNTTPPHGRYLEALVLSDIHTSPTNWQGNITLNAAPGGGGCDVSGQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDVRIGSYNLVIDAMQIRIAYFHPATNVMAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYDDFAFDQSLKTVMEYIDPQVLRPENHKKIYISDDAFPNPIFFSTFGRKKLFARLYFAATGSLVPPTNNPQNDPQYAPVFQIAEFDGSYDYSTGAYHLNNNDVGTLVLG
Ga0079041_103017713300006857Hot SpringICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPAFFSTFGKKKMFVRLYFSGITGYTPPSVSPQNDPQYAPVFQISEFDGNYDANGFTAGYGTTNIANDVGTLILGTQQPTVTLSGSGVDNVYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPAG
Ga0079046_100963513300006859Hot SpringSGSNAVVINAMQIRIAYFHPAANVLAFGSDPISFASGVGVIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQALRPEHHRKIYITEDYFPNPIFFSTFGRKKLFARIYFLSGLVPPTNNPQNDPQYAPVFQIAEFDGSYDYSTGIYYLNNWDVGTLVLGTQEPNTSLYGNGPITNIDFKQFEFSVEDLPAYIGILMKAQSTNAIIPEGVIVLE*
Ga0079046_101467823300006859Hot SpringSAVVFYAYAPFDGSTPDHGRFLQAGVLSDIHTNPTNWQGNVTLIAAGGGGGVDAGSQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQVRICYFHPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIEEDALPIPAFYFSTFGKKKMFVRLYFSGISGYTPPSISPQNDPQYAPVFQISEYDGNYDADGFTAGFGTHNIANDVGTLILGTQQPTVTLSGAGVDTAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPAGVIVLE*
Ga0079046_101770523300006859Hot SpringGGGVDAGGQYNADKLGSIFVVPQGNTTSACYACLYNAATDRDVRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDVFPYSFFFSTFGRKKLFVRIYNTPASNTVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDLPSYVGILMRAQNPNSIVASGVIVLE*
Ga0079046_101801723300006859Hot SpringSAVVFYAYAPFDGSTPDHGRFLQAGVLSDIHTNPTNWQGNTTLIAAGGGGGVDAGGQYNPDKLGSIFVIPQGNTTSACYACLYNATTDRDIRNGSNAVVISAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPFYFSTFGKKKMFVRLYFSGVGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGVGTFNIANDVGTLILGTQQPTVTLSGVGVDSAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPDGVIVLE*
Ga0079046_103352723300006859Hot SpringSAMQVRICYFHPAANVLAFGSDPISFAPGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIAEDGLPNPVFFSTFGKKKLFARIIINGYPWYPKNDPINAVVLQIAEYDGSYDYSTGAYYYDAVDVGTLVLGTQEPTTNFNGVGPLTSLAFKEAEFSAEDLPAYVGILMKSEGANPFATYGVIVLE*
Ga0079046_103544213300006859Hot SpringVINAMQIRICYFHPATNVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDYSLKIVMEYIDPQVLRPEHHKKIYITEDWFPNPFYFSTFGRKKLFARLYFDVNTANTQNDPQYAPVFQIAEYDGSYDYSNGAGLLDGLDVGTLVLGSQPPSISLTGVAVSFLSFKEVEFSAEDLPAFVGILARAESTNPIGPEGVIVLE*
Ga0099835_10421023300007166FreshwaterCYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPNPLFFSTFGRKKLFARLYLAFEPTWSPQNDPQYAVVVQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTLTGGNVGRMFSYKQVEFSAEDLPAYVGILIRAQSTSNVGPFGVIVLE*
Ga0099835_11425923300007166FreshwaterWIQAGVLSDIHTNPVNWQGNITLTAAANGGGVDVAGQYNHDKLGSIFVVPQGNTNSACYACLYNATTDRDIRSGSNNLVINAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISEDAFPNPIFFSTFGRKKLFARLYFAASGSLVPPTNNPQNDPQYAPVFQIAEYDGNYDYSTGAHYLDNWDVGTLVLGTQEPTTSLSGSIPPSQFSLKQVEFSAEDPPAYVGILMKAQSTNTIAPFGVIVLE*
Ga0099835_16682413300007166FreshwaterVAGQQSAVFFYGYGVFDYYTPDHVRWIQAGVLSDIHTNPTNWQGNLTLYAASNGGGVDAGGQYNADKLGSIFVVPQGNTTSACYACLYNATTDRDIRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPFSFFFSTFGRKKLFARIYNTPASNSVPPTDNPQNDPQYAFVLQISEYDGNYDADAFAAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDL
Ga0099835_17278713300007166FreshwaterPQGNTNSACYACLYNTTTDRDIRAGSPNLVINAMQIRICYFHPATNVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDYSLKIVMEYIDPQVLRPEHHKKIYITEDWFPNPFYFSTFGRKKLFARLYFDVNTANTQNDPQYAPVFQIAEYDGSYDYSNGAGLLDGLDVGTLVLGSQPPSISLTGVAVSFLSFKEVEFSAEDLPAFVGILARAESTNPIGPEGVIVLE*
Ga0099835_17369813300007166FreshwaterQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKLIYSDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDDFPNPLFFSTFGRKRLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVGLLLREQITNTIYPFGVIVLE*
Ga0099838_10623323300007168FreshwaterDRDVRSGSYNLVIDAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISEDAFPNPIFFSTFGRKKLFARLYFAASGSLVPPTNNPQNDPQYAPVFQIAEYDGNYDYSTGAHYLDNWDVGTLVLGTQEPTTSLSGSIPPSQFSLKQVEFSAEDPPAYVGILMKAQSTNTIAPFGVIVLE*
Ga0105111_100510413300007811Hot SpringHRFSIISPDPLVTTPRVAGQQSAVFFYGYGIFDNYTPDHVRWIQAGVLSDIHTNPTNWQGNLTLHAASDGGGVDAGGQYNADKLGSIFVVPQGNTTSACYACLYNATTDRDIRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTAMEYIDPQVLRPEHHRKIYITEDTWPNPIFFSTFGKKKLFARIYFIVASGVVPPTNNPQNDPQYAPIIQIAEFDGSFDYSTGAYYLNNDDVGTLVLGTQEPTVGLNGAGPTTNIDIKQVEFSAEDLPAYMGILMRAQSTNSIGPEGVIVLE*
Ga0105111_100622723300007811Hot SpringCYACLYNATTDRDIRNGSNDLVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPNPLFFSTFGRKKLFARLYLAFEPTWSPQNDPQYAVVVQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTLTGGNVGRMFSYKQVEFSAEDLPAYVGILIRAQSTSNVGPFGVIVLE*
Ga0105109_100356313300007812Hot SpringCLYNAATDRDVRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDVFPYSFFFSTFGRKKLFARIYNTPASNTVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDLPSYVGILMRAQNPNSIVASGVIVLE*
Ga0105109_100423813300007812Hot SpringTDRDVRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPFSFFFSTFGRKKLFARIYNTPASNSVPPTDNPQNDPQYAFVLQISEYDGNYDADAFAAGDGTMLTANDVGTLVLGTQQPTVTLSSRGVYSPYNIFKQVEFSVEDLPSYVGILMRAQSPNFIVSSGVIVLE*
Ga0105109_100532513300007812Hot SpringLVIDAMQIRIAYFHPAANVMAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISDDAFPNPIFFSTFGRKKLFARLYFAVSGSLVPPSNNPQNDPQYAPVFQIAEFDGNYDYSIGAYYLDNWDVGTLVLGTQEPTTSFNGTIPPTNISIKQVEFSVEDPPAYVGILMRAQSTNAIGPFGVVVLE*
Ga0105109_100844213300007812Hot SpringQALFNGPTTSHRFSIISPDPLVTTPRVAGQQSAVVFLAYGAFDASTPDHGRWLGAAVLSDIHTNPTNWHGNITFTATSSTSFGGAVDVAGQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNDLVINAMQIRICYFQPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYSDFAFDQSLKTVMEYIDPQVLRPENHKKIYITEDPFPNPLFFSTFGRKKLFVRLYLAFEPTWSPQNDPQYAVVLQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVT
Ga0105109_101502913300007812Hot SpringIRNGSNAVVISAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDGLPIPVYFSTFGKKKMFVRLYFSGISVYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGFGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYYNFKQVEFSAED
Ga0105109_101524013300007812Hot SpringNVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPFYFSTFGKKKMFVRLYFSGVGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGVGTFNIANDVGTLILGTQQPTVTLSGVGVDSAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPDG
Ga0105108_10058013300007813Hot SpringAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPFSFFFSTFGRKKLFARIYNTPASNSVPPTDNPQNDPQYAFVLQISEYDGNYDADAFAAGDGTMLTANDVGTLVLGTQQPTVTLSSRGVYSPYNIFKQVEFSVEDLPSYVGILMRAQSPNFIVSSGVIVLE*
Ga0105108_10161713300007813Hot SpringGSYNLVIDAMQIRIAYFHPAANVMAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISDDAFPNPIFFSTFGRKKLFARLYFAVSGSLVPPSNNPQNDPQYAPVFQIAEFDGNYDYSIGAYYLDNWDVGTLVLGTQEPTTSFNGTIPPTNISIKQVEFSVEDPPAYVGILMRAQSTNAIGPFGVVVLE*
Ga0105108_10167013300007813Hot SpringGSYNLVIDAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISEDAFPNPIFFSTFGRKKLFARLYFAVSGSLVPPTNNPQNDPQYAPVFQIAEYDGNYDYSTGAHYLDNWDVGTLVLGTQEPTTSLSGSIPPSQFSLKQVEFSAEDPPAYVGILMKAQSTNTIAPFGVIVLE*
Ga0105108_10179813300007813Hot SpringAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDVFPYSFFFSTFGRKKLFARIYNTPASNTVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDLPSYVGILMRAQNPNSIVASGVIVLE*
Ga0105108_10243913300007813Hot SpringAFGSDPISFAPGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPFYFSTFGKKKMFVRLYFSGVGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGNGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPDGVIVLE*
Ga0105108_10298713300007813Hot SpringYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPNPLFFSTFGRKKLFARLYLAFEPTWSPQNDPQYAVVVQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTLTGGNVGRMFSYKQVEFSAEDLPAYVGILIRAQSTSNVGPFGVIVLE*
Ga0105117_102260513300007814Hot SpringFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYSDFAFDQSLKTVMEYIDPQVLRPENHKKIYISEDDFPNPLFFSTFGRKRLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVGFLMREQITNTISTFGVIVLE*
Ga0105118_100163213300007815Hot SpringTTDTEIRTPLTSSQFLGGVNFIPDAAQGAATSSHRFSIISPDPLVTTPRVAGKQSAVVFYAYAPFDGSTPDHGRFLQAGVLSDIHTNPTNWQGNVTLIAANGGGGVDAGGQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQIRICYFHPAANIVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDGLPIPLYFSTFGKKKMFVRLYFSGIGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGFGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYDNFKQVEFSAEDLPSYVGILVKFQSTNPIVGSAGVIVLE*
Ga0105118_100248923300007815Hot SpringYAFGTFDNSTPAHGKWLQAGVLSDIHTSPTNWQGNITLNAAGGGGGVDVGGQYNPDKLGSIFVVPQGNTTSACYACLYNATSDRDIRSGSNAVVINAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHNKIYITEDTWPNPIFFSTFGRKKLFARIYFIVVSGVVPPTNNPQNDPQYAPVIQIAEFDGSFDYSTGAYYLNNNDVGTLVLGTQEPTVGLNGAGPTTNIDIKQVEFSAEDLPAYMGILMRAQSTNYIAPEGVIVLE*
Ga0105118_100275913300007815Hot SpringACLYNATTDRDIRNGSNAVVINAMQVRICYFHPATYVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHKKIYITEDNFPNPLFFSTFGRKKLFARLYLSIGFGQSPQNDPQNASVFQIAEYNGNYDADGFTAGLGSSLDANDVGTLVVGTQEPTVSLVGVSPSAPIVLKQVEFSAEDLPAYVGILIRSQNPNIIFPYGVIVLE*
Ga0105118_100401613300007815Hot SpringCYACLYNATTDRDIRDNSNPLVLSAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNYFAFDQSLKTVMEYIDPQVLRPENHRKIYITEDPFPNPLFFSTFGRKKLFARLYFVSASSSFMPPSTNPQNDPQYAPVFQLAEYDGNYDYSSGAYHFDANDVGTLVLGTQEPTVSLAGVGPVSAVVLKQVEFSAEDLPAYVGILMRAQSTNTILPYGVIVLE*
Ga0105118_100487713300007815Hot SpringMQAGVLSDIHTNPTNWQGNITINAYWNGGGVDVSGQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQIRICYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDDFPNPLFFSTFGRKKLFVRLYFVASSGLVPPSNNPQNDPQYAPVIQIAEYDGNYDVDGFTAGYGSHLDANDVGTLVVGTQEPATTLNGVALPTSIA
Ga0105118_100495513300007815Hot SpringMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTAMEYIDPQVLRPEHHNKIYITEDTWPNPIFFSTFGRKKLFARIYFIVASGIVPPTNNPQNDPQYAPVIQIAEFDGSYDHSTGAYYLNNNDVGTLVLGTQEPTVGLNGARPTTNIDIKQVEFSAEDLPAYMGILMRAQSTNAIAPEGVIVLE*
Ga0105118_100499223300007815Hot SpringVVINAMQIRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDDFPNPLFFSTFGRKKLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDVDAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRVGLYKQVEFSVEDLPAYVGFLMREQITNTISTFGVIVLE*
Ga0105112_100131443300007816Hot SpringRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDVFPYSFFFSTFGRKKLFARIYNTPASNTVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDLPSYVGILMRAQNPNSIVASGVIVLE*
Ga0105112_100199123300007816Hot SpringQSGLSSSHRFSIISPDPLVTTPRVAGKQSAVVFYAYGAFDNITPPHGRYLEALVLSDIHTNPTNWQGNITLTAYPGGGGLDVSGQYNPDKLGSIFVMPQGNTTSACYACLYNATTDRDVRVGSYNLVIDAMQIRIAYFHPAANVMAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISDDAFPNPIFFSTFGRKKLFARLYFAVSGSLVPPSNNPQNDPQYAPVFQIAEFDGNYDYSIGAYYLDNWDVGTLVLGTQEPTTSFNGTIPPTNISIKQVEFSVEDPPAYVGILMRAQSTNAIGPFGVVVLE*
Ga0105112_100275523300007816Hot SpringSQFLGGVYLTQFSFNQSGLSSSHRFSIISPDPLVTTPRVAGQQSAVVFYAYGAFNNITPPHGRYFEALVLSDIHTNPTNWQGNITLDAYPGGGGCDVSGQYNPDKLGSIFVMPQGNTTSACYACLYNATTDRDVRSGSYNLVIDAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISEDAFPNPIFFSTFGRKKLFARLYFAVSGSLVPPTNNPQNDPQYAPVFQIAEYDGNYDYSTGAHYLDNWDVGTLVLGTQEPTTSLSGSIPPSQFSLKQVEFSAEDPPAYVGILMKAQSTNTIAPFGVIVLE*
Ga0105112_100530813300007816Hot SpringHRFSIISPDPLVTTPRVAGKQSAVVFYAYGAFNNITPPHGRYLEALVLSDIHTNPTNWQGNITLNAYPGGGGCDVSGQYNPDKLGSIFVMPQGNTTSACYACLYNATTDRDVRSGSYNLVIDAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYITEDAFPNPIFFSTFGRKKLFARLYFAASGSLVPPTNNPQNDPQYAPVFQIAEFDGNYDYSTGAHYLDNWDVGTLVLGTQEPTTSLSGSIPPSQ
Ga0105112_100915323300007816Hot SpringSGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIAEDNLPNPVFFSTFGKKKLFARIIINGYPWYPKNDPINAVVLQIAEYDGSYDYSTGAYYYDAVDVGTLVLGTQEPTTNFNGVGPLTSLAFKEAEFSAEDLPAYVGILMKSEGANPFATYGVIVLE*
Ga0167616_100785943300013008Hot SpringGGVDAGGQYNADKLGSIFVVPQGNTTSACYACLYNATTDRDIRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDVFPYSFFFSTFGRKKLFARIYNTPASNTVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDLPSYVGILMRAQNPNSIVASGVIVLE*
Ga0167616_101656823300013008Hot SpringYLTQFSFNQSGLSSSHRFSIISPDPLVTTPRVAGKQSAVVFYAYGAFNNITPPHGRYFEALVLSDIHTNPTNWQGNITLTAYPGGGGLDVSGQYNPDKLGSIFVMPQGNTTSACYACLYNATTDRDVRVGSYNLVIDAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISEDAFPNPIFFSTFGRKKLFARLYFAASGSLVPPTNNPQNDPQYAPVFQIAEYDGNYDYSTGAHYLDNWDVGTLVLGTQEPTTSLSGSIPPSQFSLKQVEFSAEDPPAYVGILMKAQSTNTIAPFGVIVLE*
Ga0167616_102290613300013008Hot SpringVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQIRICYFHPAANIVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDGLPIPLYFSTFGKKKMFVRLYFSGIGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGFGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYDNFKQVEFSAEDLPSYVGILVKFQSTNPIVGSAGVIVLE*
Ga0167616_102719513300013008Hot SpringDPLVTTPRVAGQQSAVFFYAYEIFDTSTPDHGGFLQAGVISDIHTNPTNWQGNLTVNAASFGGGVDISGQYNPDKLGSIFVVPQGNTNSASYACLYNATTDRDIRNGSNAVVINAMQIRIAYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQILRPERHRKIYIVENDFPNPLIFSTFGRKKLFARIYFVPSSSNVPPSNSPQNDPQYAPVFQIAEYDRTYDVDALNAGYGMLLDVNDVGTLV
Ga0167616_104081613300013008Hot SpringINAMQIRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIEEDALPIPAFYFSTFGKKKMFVRLYFSGISGYTPPSISPQNDPQYAPVFQISEYDGNYDADGFTAGFGTHNIANDVGTLILGTQQPTVTLSGAGVDTAYYNFKQVEFSAEDLPSYVGILVKFQ
Ga0167615_101019443300013009Hot SpringALVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYISEDNFPNPLFFSTFGRKKLFVRLYFLAGSGLVPPSNNPQNDPQYAPVIQIAEYDGNYDADGFTAGYGSFLNVNDVGTLVVGTQEPTTALNGVAPPGTITFKQFEFSAEDLPAYVGILIRAQSTNTIYPFGVIVLE*
Ga0167615_102479623300013009Hot SpringMQIRIAYFHPAANVMAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYSDFAFDYSLKTVMEYIDPQVLRPENHKKIYISDDAFPNPIFFSTFGRKKLFVRLYFAVSGSLVPPTNNPQNDPQYAPVFQIAEYDGNYDYSTGAHYLDANDVGTLVLGTQEPTTSLSGSIPPSQISIKQVEFSAEDLPAYVGILMKAQSTNGIAPFGVIVLE*
Ga0167615_103261813300013009Hot SpringSQFLGGVYLTQFSFNQSGLSSSHRFSIISPDPLVTTPRVAGKQSAVVFYAYGAFNNITPPHGRYLEALVLSDIHTNPTNWQGNITLNAYPGGGGCDVSGQYNPDKLGSIFVMPQGNTTSACYACLYNATTDRDVRSGSYNLVIDAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYITEDAFPNPLFFSTFGRKKLFARLYFAASGSLVPPTNNPQNDPQYAPVFQIAEYDGN
Ga0167615_103460713300013009Hot SpringTTPRVAGQQSAVFFYAYEIFDTSTPDHGGFLQAGVISDIHTDPTNWQGNLTVNAASFGGGVDISGQYNPDKLGSIFVIPQGNTNSASYACLYNATTDRDVRNGSNAVVINAMQIRIAYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPERHRKIYIVENDFPNPLIFSTFGRKKLFARIYFVPSSSNVPPSNNPQNDPQYAPVFQIAEYDRTYDVDALNAGYGMLLDVNDVGTLVL
Ga0167615_103466113300013009Hot SpringTTPRVAGQQSAVFFYAYEIFDTSTPDHGGFLQAGVISDIHTNPTNWQGNLTVNAASFGGGVDISGQYNPDKLGSIFVVPQGNTNSASYACLYNATTDRDIRNGSNAVVINAMQIRIAYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQILRPERHRKIYIVENDFPNPLIFSTFGRKKLFARIYFVPSSSNVPPSNSPQNDPQYAPVFQIAEYDRTYDVDALNAGYGMLLDVNDVGTLV
Ga0167615_103551223300013009Hot SpringYNATTDRDIRSGSPNLVINAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIAEDELPNPFFFSTFGKKKLFARIIINGYPWYPKNDPINAVVLQIAEYDGSYDYSTGAYYYDAVDVGTLVLGTQEPTTNFNGVGPLTSLAFKEAEFSAEDLPAYVGILMKSEGANPFATYGVIVLE*
Ga0167615_103563613300013009Hot SpringMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTAMEYIDPQVLRPENHKKIYISNDPFLPIPFFFSTFGRKKLFARLYFGLFASKPVPPTNNPQNDPQYAPVFQIFEYDGNYDYSTGAYYLDAVDTGTLVVGTQQPTTNFSNVSVANIINLKQVEFSAEDLPAYIGILIKAQSTNTIVPYGVIVLE*
Ga0167615_103790713300013009Hot SpringDIRNGSNDLVINAMQIRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHKKIYITEDAFPNNPFFFSTFGRKKLFVRLYFNNVANPQNDPQYALVFQISEYDGNYDADAFNAGYGSFLEGNDVGTLVLGTQQPATTLAGSAISSISFKQVEFSAEDLPAYVGILTKTQSTSSIIPWGVIVLE*
Ga0167615_105491913300013009Hot SpringTTDRDIRNGSNAVVISAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPFYFSTFGKKKMFVRLYFSGVGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGVGTFNIANDVGTLILGTQQPTVTLSGVGVDSAYYNFKQVEFSA
Ga0129327_1010280323300013010Freshwater To Marine Saline GradientFYAFGAFDNSTPAHGKWLQAGVLSDIHTSPTNWQGNITLNAAGGGGGVDVSGQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRSGSNAVVINAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTAMEYIDPQVLRPEHHRKIYITEDTWPNPIFFSTFGKKKLFARIYFIVSSGVVPPTNNPQNDPQYAPIIQIAEFDGSFDYSTGAYYLNNDDVGTLVLGTQEPTVGLNGAGPTTNIDIKQVEFSAEDLPAYMGILMRAQSTNSIGPEGVIVLE*
Ga0129327_1013910913300013010Freshwater To Marine Saline GradientPLTSSQFLGGVGYLQALYNGPITSSHRFSIISPDPLVTTPRVAGQQSAVIFLAFGAFDASTPDHARWIQASVISDIHTNPVNWSGKITLSASEHGGGTDVSGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNDLVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDGLPIPLYFSTFGKKKMFVRLYFSGISGYTPPSISPQNDPQYAPVFQISEYDGNYDAKGFTAGFGTFNIANDVGTLILGTQQPTVTLSGAGVDSVYYNFKQVEFSAEDLPSYVGILVKFQSTNPIVGSAGVIVLE*
Ga0129327_1024324513300013010Freshwater To Marine Saline GradientGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNALVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPNPLFFSTFGRKKLFARLYLAFEPTWSPQNDPQYAVVVQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTLTGGNVGRMFSYKQVEFSAEDLPAYVGILIRAQSTSNVGPFGVIVLE*
Ga0129327_1036729423300013010Freshwater To Marine Saline GradientVVINAMQVRICYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDDSPNPLFFSTFGRKKLFVRLYFVAGSGIVPPSNNPQNDPQYAPVIQIAEYDGNYDVDGFTAGYGSHLDANDVGTLVVGTQEPATTLNGVALPTSIAFKQFEFSAEDLPAYVGILIRAQSTNTIYPYGVIVLE*
Ga0129327_1040268923300013010Freshwater To Marine Saline GradientRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKLIYSDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDDFPNPLFFSTFGRKRLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVGLLLREQITNTIYTFGVIVLE*
Ga0208028_10072823300026625Hot SpringVISDIHTNPVNWSGKITLSASEHGGGTDVSGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNDLVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPNPLFFSTFGRKKLFARLYLAFEPTWSPQNDPQYAVVVQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTLTGGNVGRMFSYKQVEFSAEDLPAYVGILIRAQSTSNVGPFGVIVLE
Ga0208028_10139213300026625Hot SpringSIFVVPQGNTTSACYACLYNATTDRDIRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDVFPYSFFFSTFGRKKLFARIYNTPASNTVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDLPSYVGILMRAQNPNSIVASGVIVLE
Ga0208028_10246213300026625Hot SpringLTQFSFNQSGLSSSHRFSIISPDPLVTTPRVAGKQSAVVFYAYGAFNNITPPHGRYLEALVLSDIHTNPTNWQGNITLNAYPGGGGCDVSGQYNPDKLGSIFVMPQGNTTSACYACLYNATTDRDVRSGSYNLVIDAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYITEDAFPNPLFFSTFGRKKLFARLYFAASGSLVPPTNNPQNDPQYAPVFQIAEYDGNY
Ga0208028_10290813300026625Hot SpringGGGTDVSGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNDLVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHKKIYIVEDDFPNPLFFSTFGRKRLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVG
Ga0208548_11109513300026627Hot SpringLNWNGNLTLSAATHGGGVDVDGQYNPDKMGSIFVVPQGNTTSACYACLYNAATDRDIRNGSNAVVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNNFAFDQSLKTVMEYIDPQVLRPENHRKIYIVQDAFPAQFFFSTFGRKKMFGRLHFSQWVPPANPQNDPQYAPVIQIFEYDGNYDANGLNAGFGTFDYVNDAGTLVLGTQIPWMNFTGAGNIANAVLDLIEFSAEDLPSYVGILINVQSGVNNGTPGASGVSFGVIVLE
Ga0208559_10288443300026762Hot SpringYNADKLGSIFVVPQGNTTSACYACLYNATTDRDIRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDVFPYSFFFSTFGRKKLFARIYNTPASNTVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDLPSYVGILMRAQNPNSIVASGVIVLE
Ga0208559_10598213300026762Hot SpringDIRNGSNAVVISAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPFYFSTFGKKKMFVRLYFSGVGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGVGTFNIANDVGTLILGTQQPTVTLSGVGVDSAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPDGVIVLE
Ga0208559_10738213300026762Hot SpringSVISDIHTNPVNWNGKITLSASEDGGGTDVSGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNDLVINAMQIRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDDFPNPLFFSTFGRKRLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVGFLMREQITNTIYPFGVIVLE
Ga0208559_10826413300026762Hot SpringDIRNGSNAVVISAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDGLPIPVYFSTFGKKKMFVRLYFSGISVYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGFGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPDGVIVLE
Ga0208559_11052613300026762Hot SpringPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIEEDPLPIPAFYFSTFGKKKMFVRLYFSGISGYTPPSNSPQNDPQYAPVFQISEYDGNYDADGFTAGFGTDNIANDVGTLILGTQQPTVTLSGSGVDTAYHNFKQVEFSAEDLPSYVGMLVKFQSTNPIAGPAGVIVLE
Ga0208559_11241913300026762Hot SpringAANVLAFGSDPISFAPGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDSLPNPVYFSTFGKKKMFVRLYFSGIGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGNGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYYNFKQVEFSAEDLPSYVGILVKFQ
Ga0208447_10628023300026768Hot SpringINAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTAMEYIDPQVLRPEHHRKIYITEDTWPNPIFFSTFGKKKLFARIYFIVASGVVPPTNNPQNDPQYAPIIQIAEFDGSFDYSTGAYYLNNDDVGTLVLGTQEPTVGLNGAGPTTNIDIKQVEFSAEDLPAYMGILMRAQSTNSIGPEGVIVLE
Ga0208447_11222413300026768Hot SpringVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPNPLFFSTFGRKKLFARLYLAFEPTWSPQNDPQYAVVVQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTLTGGNVGRMFSYKQVEFSAEDLPAYVGILIRAQSTSNVGPFGV
Ga0208448_10049753300026813Hot SpringGQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRDNSNPLVLSAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNYFAFDQSLKTVMEYIDPQVLRPENHRKIYITEDPFPNPLFFSTFGRKKLFARLYFVSASSSFMPPSTNPQNDPQYAPVFQLAEYDGNYDYSSGAYHFDANDVGTLVLGTQEPTASLAGVGPVSAVVLKQVEFSAEDLPAYVGILMRAQSTNTILPYGVIVLE
Ga0208448_10235013300026813Hot SpringYAYGVFDGSTPDHGRFLQAGVLSDIHTNPTNWQGNTTLIAAGAGGGVDAGEQYNPDKLGSIFVIPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQIRICYFHPAANIVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPFYFSTFGKKKMFVRLYFSGITGYTPPSISPQNDPQYAPVFQISEYDGNYDAKGFTAGFGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYGNFKQVEFSAEDLPSYVGILVKFQSTKPIAGPGGVIVLE
Ga0208448_10344013300026813Hot SpringLMQAGVLSDIHTNPTNWQGNITINAYWNGGGVDVSGQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQIRICYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDDFPNPLFFSTFGRKKLFVRLYFVASSGLVPPSNNPQNDPQYAPVIQIAEYDGNYDVDGFTAGYGSHLDANDVGTLVVGTQEPATTLNGVALPTSIALKQFEFSAEDLPAYVGILVRAQSTNTIYPYGVIVLE
Ga0208448_10358423300026813Hot SpringACLYNATTDRDIRNGSNAVVINAMQVRICYFHPATYVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHKKIYITEDNFPNPLFFSTFGRKKLFARLYLSIGFGQSPQNDPQNASVFQIAEYNGNYDADGFTAGLGSSLDANDVGTLVVGTQEPTVSLVGVSPSAPIVLKQVEFSAEDLPAYVGILIRSQNPNIIFPYGVIVLE
Ga0208314_10316553300026877Hot SpringVTTPRVAGQQSAVFFYAYEIFDTSTPDHGGFLQAGVISDIHTNPTNWQGNLTVNAASFGGGVDISGQYNPDKLGSIFVVPQGNTNSASYACLYNATTDRDIRNGSNAVVINAMQIRIAYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQILRPERHRKIYIVENDFPNPLIFSTFGRKKLFARIYFVPSSSNVPPSNSPQNDPQYAPVFQIAEYDRTYDVDALNAGYGMLLDVNDVGTLVLGTQEPTINLSGVGSPTFSSIKVVEFSAEDLPAYVGILMKTQNTNPIRPEGVIVLE
Ga0208314_10336563300026877Hot SpringAGQQSAVFFYGYGIFDNYTPDHVRWIQAGVLSDIHTNPTNWQGNLTLYAASNGGGVDAGGQYNADKLGSIFVVPQGNTTSACYACLYNAATDRDVRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPFSFFFSTFGRKKLFARIYNTPASNSVPPTDNPQNDPQYAFVLQISEYDGNYDADAFAAGDGTMLTANDVGTLVLGTQQPTVTLSSRGVYSPYNIFKQVEFSVEDLPSYVGILMRAQSPNFIVSSGVIVLE
Ga0208314_10621413300026877Hot SpringVPQGNTTSACYACLYNATTDRDIRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDVFPYSFFFSTFGRKKLFARIYNTPASNTVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDLPSYVGILMRAQNPNSIVASGVIVLE
Ga0208314_10706633300026877Hot SpringYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPNPLFFSTFGRKKLFARLYLAFEPTWSPQNDPQYAVVVQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTLTGGNVGRMFSYKQVEFSAEDLPAYVGILIRAQSTSNVGPFGVIVLE
Ga0208314_11498013300026877Hot SpringPFDASTPDHARWIQASVISDIHTNPLNWNGNLTLSASEHGGAVDLAGQYNPDKMGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQIRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISEDDFPNPLFFSTFGRKKLFARLYFPFEPTWSPQNDPQYAVVLQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTFTGGNVGRMFAYKQAEFSVEDLPAYVGILIEAQSTSNVGPFGVIVLE
Ga0208314_11815513300026877Hot SpringYACLYNATTDRDIRNGSNAVVINAMQIRICYFHPAANIVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDGLPIPLYFSTFGKKKMFVRLYFSGIGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGFGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYDNFKQVEFSAEDLPSYVGILVKFQSTNPIVGSAGVIVLE
Ga0208314_11989313300026877Hot SpringAHGKWLQAGVLSDIHTSPTNWQGNITLNAAGGGGGVDVSGQYNPDKLGSIFVVPQGNTTSACYACLYNATSDRDIRSGSNAVVINAMQIRIAYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHNKIYITEDTWPNPIFFSTFGRKKLFARIYFIVVSGVVPPTNNPQNDPQYAPVIQIAEFDGSFDYSTGAYYLNNNDVGTLVLGTQEPTVGLNGAGPTTNIDIKQVEFSAEDLPAYMGILMRA
Ga0208314_12009213300026877Hot SpringVTTPRVAGQQSAVFFYAYEIFDTSTPDHGGFLQAGVISDIHTDPTNWQGNLTVNAASFGGGVDISGQYNPDKLGSIFVIPQGNTNSASYACLYNATTDRDVRNGSNAVVINAMQIRIAYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPERHRKIYIVENDFPNPLIFSTFGRKKLFARIYFVPSSSNVPPSNNPQNDPQYAPVFQIAEYDRTYDVDALNAGYGMLLDVNDVGTLVLGTQEPTI
Ga0208314_12057113300026877Hot SpringGGGVDAGSQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQVRICYFHPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIEEDALPIPAFYFSTFGKKKMFVRLYFSGISGYTPPSISPQNDPQYAPVFQISEYDGNYDADGFTAGFGTHNIANDVGTLILGTQQPTVTLSGAGVDTAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPAGVIVLE
Ga0208314_12310913300026877Hot SpringDGGGTDVSGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNDLVINAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDDFPNPLFFSTFGRKRLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVG
Ga0208313_10288913300026882Hot SpringAVIFYAYGVFDGSTPDHGRFLQAGVLSDIHTNPTNWQGNTTLIAAGVGGGVDAGEQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRSGSNAVVINAMQIRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDGLPIPLYFSTFGKKKMFVRIYFSGIGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGFGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYYNFKQVEFSAEDLPSYVGILVKFQSTKPIAVPDGVIVLE
Ga0208313_11146213300026882Hot SpringAVIFYAYGVFDGSTPDHGRFLQAGVLSDIHTNPTNWQGNTTLIAAGAGGGVDAGEQYNPDKLGSIFVIPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQIRICYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDDFPNPLFFSTFGRKKLFVRLYFVASSGLVPPSNNPQNDPQYAPVIQIAEYDGNYDVDGFTAGYGSHLDANDVGTLVVGTQEPATTLNGVALPTSIALKQFEFSAEDLPAYVGILVRAQSTNTIYPYGVIVLE
Ga0208662_11606413300026885Hot SpringMQIRICYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDDFPNPLFFSTFGRKKLFVRLYFVASSGLVPPSNNPQNDPQYAPVIQIAEYDGNYDVDGFTAGYGSHLDANDVGTLVVGTQEPATTLNGVALPTSIALKQFEFSAEDLPAYVGILVRAQSTNTIYPYGVIVLE
Ga0208683_10503553300026906Hot SpringGKITLSASEDGGGTDVSGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNDLVINAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDDFPNPLFFSTFGRKRLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVGFLMREQITNTIYPFGVIVLE
Ga0208683_10835013300026906Hot SpringACLYNAATDRDVRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDVFPYSFFFSTFGRKKLFARIYNTPASNTVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDLPSYVGILMRAQNPNSIVASGVIVLE
Ga0208683_12063713300026906Hot SpringSTPDHARWIQASVISDIHTNPLNWNGNLTLSASEHGGAVDLAGQYNPDKMGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQIRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYISEDDFPNPLFFSTFGRKKLFARLYFPFEPTWSPQNDPQYAVVLQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTFTGGNVGRMFSYKQAEFSVEDPPAYVGI
Ga0208683_12151513300026906Hot SpringVTTPRVAGQQSAVFFYAYEIFDTSTPDHGGFLQAGVISDIHTDPTNWQGNLTVNAASFGGGVDISGQYNPDKLGSIFVIPQGNTNSASYACLYNATTDRDVRNGSNAVVINAMQIRIAYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPERHRKIYIVENDFPNPLIFSTFGRKKLFARIYFVPSSSNVPPSNNPQNDPQYAPVFQIAEYDRTYDVDALNAGYGMLLDVNDVGTL
Ga0208683_12540113300026906Hot SpringDVSGQYNPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRDNSNPLVLSAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNYFAFDQSLKTVMEYIDPQVLRPENHRKIYITEDPFPNPLFFSTFGRKKLFARLYFVAVSGLVPPSTNPQNDPQYAPVFQLAEYDGNYDYSSGAYHFDANDVGTLVLGTQEPTASLAGVGPVSAVVLKQVEFS
Ga0208683_12940613300026906Hot SpringTTDRDIRNGSNAVVINAMQIRICYFHPAANIVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHRKIYIVEDGLPIPLYFSTFGKKKMFVRLYFSGIGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGFGTFNIANDVGTLILGTQQPTVTLSGAGVDSAYDNFKQVE
Ga0208312_10559213300027931Hot SpringDGGGTDVSGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNALVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPNPLFFSTFGRKKLFARLYLAFEPTWSPQNDPQYAVVVQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTLTGGNVGRMFSYKQVEFSAEDLPAYVGILIRAQSTSNVGPFGVIVLE
Ga0208312_10779713300027931Hot SpringCLYNATTDRDIRNGSNDLVINAMQIRICYFQPATQVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYSDFAFDQSLKTVMEYIDPQVLRPENHKKIYITEDPFPNPLFFSTFGRKKLFVRLYLAFEPTWSPQNDPQYAVVLQISEIDGNYDADAMTAGLGSFLDANDVGTLVLGTQQPTVTFTGGNVGRMFSYKQAEFSVEDPPAYVGILIRAQSTNTIYPYGVIVLE
Ga0208312_10854213300027931Hot SpringNATTDRDIRNGSYALVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPEHHKKIYITEDAFPNNPFFFSTFGRKKLFVRLYFNNVANPQNDPQYALVFQISEYDGNYDADAFNAGYGSFLEGNDVGTLVLGTQQPATTLAGSAISSISFKQVEFSAEDLPAYVGILTKTQSTSSIIPWGVIVLE
Ga0208429_10543713300027932Hot SpringTTPRVAGKQSAVVFYAYGIFDGSTPDHGKFLQAGVLSDIHTNPTNWQGNTTLIAAVAGGGVDAGGQYNPDKLGSIFVIPQGNTTSACYACLYNATTDRDIRNGSNAVVISAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPFYFSTFGKKKMFVRLYFSGVGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGVGTFNIANDVGTLILGTQQPTVTLSGVGVDSAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPDGVIVLE
Ga0208549_10583513300027933Hot SpringLYTPDHARWIQAGVLSDIHTNPTNWQGNLTLHAASDGGGVDAGGQYNADKLGSIFVVPQGNTTSACYACLYNAATDRDVRSGSNNVVINAMQIRIAYFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDVFPYSFFFSTFGRKKLFVRIYNTPASNTVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLSGQGVYSQFLIFKQVEFSAEDLPSYVGILMRAQNPNSIVASGVIVLE
Ga0208549_10665913300027933Hot SpringFHPAANVLAFGSDPISFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPFSFFFSTFGRKKLFARIYNTPASNSVPPTDNPQNDPQYAFVLQISEYDGNYDADAFAAGDGTMLTANDVGTLVLGTQQPTVTLSSRGVYSPYNIFKQVEFSVEDLPSYVGILMRAQSPNFIVSSGVIVLE
Ga0208549_10946113300027933Hot SpringGCDVSGQYNPDKLGSIFVMPQGNTTSACYACLYNATTDRDVRVGSYNLVIDAMQIRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYITEDAFPNPLFFSTFGRKKLFARLYFAAGGSLVPPTNNPQNDPQYAPVFQIAEYDGNYDYSTGAHYLDNWDVGTLVLGTQEPTTSLSGSIPPSQFSLKQVEFSAEDPPAYIGILMKAQSTNAIGPFGVIVLE
Ga0208549_11476223300027933Hot SpringLGSIFVIPQGNTTSACYACLYNATTDRDIRNGSNAVVISAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHRKIYIVEDGLPIPFYFSTFGKKKMFVRLYFSGVGGYTPPSISPQNDPQYAPVFQISEYDGNYDANGFTAGVGTFNIANDVGTLILGTQQPTVTLSGVGVDSAYYNFKQVEFSAEDLPSYVGILVKFQSTNPIAGPDGVIVLE
Ga0208151_10937443300027937Hot SpringFATGVGTIGHCRPQFTTYPDGIPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDNFPYSFFFSTFGRKKLFARIYNTPASNQVPPTDNPQNDPQNAFVLQISEYDGNYDADALTAGDGTMLTANDVGTLVLGTQQPTVTLHGQGAYSLFINFKQVEFSAEDLPSYVGILMRAQSPNAIVAGGVIVLE
Ga0208151_11317013300027937Hot SpringTNPLNWNGNLTLSAAVHGGGTDVSGQYYPDKLGSIFVVPQGNTTSACYACLYNATTDRDIRNGSNAVVINAMQVRICYFHPAANVLAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNDFAFDQSLKTVMEYIDPQVLRPENHKKIYIVEDDFPNPLFFSTFGRKKLFARFYLSIYPTSYQQNDPQCAVVLQITEIDGNYDADAMTAGLGSFLDANDVGTLVLGMQQPIVTLTGGNVGRAGLYKQVEFSVEDLPAYVGFLMREQITNTISTFGVIVLE
Ga0208151_11367413300027937Hot SpringNTTSACYACLYNATTDRDIRNGSNAVVINAMQVRICYFHPAANVVAFGSDPISFASGVGTIGHCRPQFTTYPDGVPKIIYNNFAFDQSLKTVMEYIDPQVLRPENHRKIYIVQDAFPAQFFFSTFGRKKMFGRLHFSQWVPPANPQNDPQYAPVIQIFEYDGNYDANGLNAGFGTFDYVNDAGTLVLGTQIPWMNFTGAGNIANAVLDLIEFSAEDLPSYVGILINVQSGVNNGTPGASGVSFGVIVLE


 ⦗Top⦘


© 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.