NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
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Metagenome / Metatranscriptome Family F033507

Metagenome / Metatranscriptome Family F033507

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F033507
Family Type Metagenome / Metatranscriptome
Number of Sequences 177
Average Sequence Length 163 residues
Representative Sequence MVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVVGVKSATDQSIPYTSSGITIIPED
Number of Associated Samples 36
Number of Associated Scaffolds 177

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Viruses
% of genes with valid RBS motifs 30.11 %
% of genes near scaffold ends (potentially truncated) 35.03 %
% of genes from short scaffolds (< 2000 bps) 71.19 %
Associated GOLD sequencing projects 21
AlphaFold2 3D model prediction Yes
3D model pTM-score0.71

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Predicted Viral (45.763 % of family members)
NCBI Taxonomy ID 10239 (predicted)
Taxonomy All Organisms → Viruses → Predicted Viral

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring
(81.921 % of family members)
Environment Ontology (ENVO) Unclassified
(89.831 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Surface (non-saline)
(76.271 % of family members)



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Multiple Sequence Alignments

Select alignment to view:      


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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Fibrous Signal Peptide: Yes Secondary Structure distribution: α-helix: 2.07%    β-sheet: 41.45%    Coil/Unstructured: 56.48%
Feature Viewer
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Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.71
Powered by PDBe Molstar

Structural matches with SCOPe domains

SCOP familySCOP domainRepresentative PDBTM-score
b.1.15.0: automated matchesd5ffga25ffg0.67218
b.1.29.5: Complement C3 MG4-liked3cu7a43cu70.67171
b.1.29.4: Complement C3 MG3-liked3cu7a33cu70.669
b.1.29.4: Complement C3 MG3-liked2a73a32a730.66509
b.1.29.3: Complement C3 MG2-liked3cu7a23cu70.65461


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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 177 Family Scaffolds
PF01022HTH_5 11.86
PF13450NAD_binding_8 6.21
PF13620CarboxypepD_reg 2.82
PF13412HTH_24 2.26
PF13570PQQ_3 1.69
PF00890FAD_binding_2 1.69
PF14947HTH_45 1.13
PF07282OrfB_Zn_ribbon 1.13
PF01371Trp_repressor 1.13
PF02195ParBc 1.13
PF12323HTH_OrfB_IS605 1.13
PF04434SWIM 0.56
PF02086MethyltransfD12 0.56

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 177 Family Scaffolds
COG0338DNA-adenine methylaseReplication, recombination and repair [L] 0.56
COG3392Adenine-specific DNA methylaseReplication, recombination and repair [L] 0.56
COG4279Uncharacterized protein, contains SWIM-type Zn finger domainFunction unknown [S] 0.56
COG4715Uncharacterized protein, contains SWIM-type Zn finger domainFunction unknown [S] 0.56
COG5431Predicted nucleic acid-binding protein, contains SWIM-type Zn-finger domainGeneral function prediction only [R] 0.56


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms60.45 %
UnclassifiedrootN/A39.55 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2012990007|BEDJCVIAssemblies_1105430059177Not Available814Open in IMG/M
2100351008|BSEYNP_contig03635__length_1745___numreads_22All Organisms → Viruses → Predicted Viral1745Open in IMG/M
2100351008|BSEYNP_contig03843__length_1660___numreads_26All Organisms → Viruses → Predicted Viral1660Open in IMG/M
2100351008|BSEYNP_contig06104__length_1111___numreads_18All Organisms → Viruses → Predicted Viral1111Open in IMG/M
2119805007|BSDYNP_contig05633__length_1270___numreads_19All Organisms → Viruses → Predicted Viral1270Open in IMG/M
2119805007|BSDYNP_contig07501__length_981___numreads_11Not Available981Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1004048All Organisms → Viruses → Predicted Viral2312Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1008418All Organisms → Viruses → Predicted Viral1086Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1009080Not Available995Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1009344All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D963Open in IMG/M
3300001340|JGI20133J14441_1024528All Organisms → Viruses → Predicted Viral1614Open in IMG/M
3300001340|JGI20133J14441_1039780All Organisms → Viruses → Predicted Viral1080Open in IMG/M
3300001340|JGI20133J14441_1067373Not Available691Open in IMG/M
3300001340|JGI20133J14441_1076124Not Available622Open in IMG/M
3300005256|Ga0074075_13973All Organisms → Viruses → Predicted Viral1426Open in IMG/M
3300005256|Ga0074075_15092All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D5312Open in IMG/M
3300005257|Ga0074076_100385All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota7222Open in IMG/M
3300005257|Ga0074076_101080All Organisms → Viruses → Predicted Viral3484Open in IMG/M
3300005861|Ga0080006_1085599Not Available764Open in IMG/M
3300005861|Ga0080006_1099745All Organisms → cellular organisms → Archaea982Open in IMG/M
3300005861|Ga0080006_1142137All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota21222Open in IMG/M
3300005861|Ga0080006_1156798All Organisms → Viruses → Predicted Viral2965Open in IMG/M
3300005861|Ga0080006_1180853All Organisms → Viruses → Predicted Viral1273Open in IMG/M
3300005861|Ga0080006_1184889All Organisms → Viruses → Predicted Viral2472Open in IMG/M
3300005861|Ga0080006_1245811All Organisms → Viruses → Predicted Viral1492Open in IMG/M
3300006179|Ga0079043_1008723All Organisms → Viruses → Predicted Viral1038Open in IMG/M
3300006179|Ga0079043_1023272Not Available503Open in IMG/M
3300006180|Ga0079045_1006841All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D968Open in IMG/M
3300006180|Ga0079045_1008627Not Available834Open in IMG/M
3300006180|Ga0079045_1010827Not Available725Open in IMG/M
3300006180|Ga0079045_1011167Not Available711Open in IMG/M
3300006180|Ga0079045_1011393Not Available703Open in IMG/M
3300006180|Ga0079045_1012964Not Available650Open in IMG/M
3300006180|Ga0079045_1019465Not Available515Open in IMG/M
3300006181|Ga0079042_1004675All Organisms → Viruses → Predicted Viral2124Open in IMG/M
3300006859|Ga0079046_1016262All Organisms → Viruses → Predicted Viral1172Open in IMG/M
3300006859|Ga0079046_1017268All Organisms → Viruses → Predicted Viral1124Open in IMG/M
3300006859|Ga0079046_1022192Not Available945Open in IMG/M
3300006859|Ga0079046_1029296All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D776Open in IMG/M
3300006859|Ga0079046_1042421Not Available601Open in IMG/M
3300006859|Ga0079046_1053698Not Available515Open in IMG/M
3300007164|Ga0099836_158715All Organisms → Viruses → Predicted Viral1286Open in IMG/M
3300007811|Ga0105111_1002500All Organisms → Viruses → Predicted Viral1900Open in IMG/M
3300007811|Ga0105111_1007511Not Available960Open in IMG/M
3300007811|Ga0105111_1011424Not Available731Open in IMG/M
3300007811|Ga0105111_1016570Not Available580Open in IMG/M
3300007812|Ga0105109_1003903All Organisms → Viruses → Predicted Viral1580Open in IMG/M
3300007812|Ga0105109_1005846All Organisms → Viruses → Predicted Viral1178Open in IMG/M
3300007812|Ga0105109_1007167All Organisms → Viruses → Predicted Viral1013Open in IMG/M
3300007812|Ga0105109_1008626Not Available889Open in IMG/M
3300007812|Ga0105109_1011288Not Available740Open in IMG/M
3300007812|Ga0105109_1013827Not Available645Open in IMG/M
3300007812|Ga0105109_1015112Not Available610Open in IMG/M
3300007813|Ga0105108_102077Not Available903Open in IMG/M
3300007813|Ga0105108_103377Not Available713Open in IMG/M
3300007815|Ga0105118_1001682All Organisms → Viruses → Predicted Viral1252Open in IMG/M
3300007815|Ga0105118_1006801Not Available670Open in IMG/M
3300007815|Ga0105118_1010055Not Available557Open in IMG/M
3300007816|Ga0105112_1006197Not Available825Open in IMG/M
3300007816|Ga0105112_1009823Not Available655Open in IMG/M
3300013008|Ga0167616_1019826All Organisms → Viruses → Predicted Viral1034Open in IMG/M
3300013008|Ga0167616_1025431Not Available867Open in IMG/M
3300013008|Ga0167616_1033947Not Available708Open in IMG/M
3300013008|Ga0167616_1034927Not Available694Open in IMG/M
3300013008|Ga0167616_1035832Not Available681Open in IMG/M
3300013008|Ga0167616_1036695Not Available670Open in IMG/M
3300013009|Ga0167615_1049861Not Available655Open in IMG/M
3300013009|Ga0167615_1053234Not Available630Open in IMG/M
3300013009|Ga0167615_1065791Not Available555Open in IMG/M
3300013009|Ga0167615_1075116Not Available514Open in IMG/M
3300013009|Ga0167615_1076330Not Available509Open in IMG/M
3300013009|Ga0167615_1076613Not Available508Open in IMG/M
3300013010|Ga0129327_10026254All Organisms → Viruses → Predicted Viral3028Open in IMG/M
3300013010|Ga0129327_10083661All Organisms → Viruses → Predicted Viral1572Open in IMG/M
3300013010|Ga0129327_10105654All Organisms → Viruses → Predicted Viral1389Open in IMG/M
3300013010|Ga0129327_10116363All Organisms → Viruses → Predicted Viral1322Open in IMG/M
3300013010|Ga0129327_10227694All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D947Open in IMG/M
3300013010|Ga0129327_10249987Not Available906Open in IMG/M
3300017469|Ga0187308_12148All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D44471Open in IMG/M
3300017469|Ga0187308_13377All Organisms → cellular organisms → Archaea → Euryarchaeota → Archaeoglobi → Archaeoglobales → unclassified Archaeoglobales → Archaeoglobales archaeon9166Open in IMG/M
3300025503|Ga0209012_1007980All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D5629Open in IMG/M
3300025503|Ga0209012_1015920All Organisms → Viruses → Predicted Viral2974Open in IMG/M
3300025503|Ga0209012_1023518All Organisms → Viruses → Predicted Viral2088Open in IMG/M
3300025503|Ga0209012_1028648All Organisms → Viruses → Predicted Viral1757Open in IMG/M
3300025503|Ga0209012_1042077All Organisms → Viruses → Predicted Viral1248Open in IMG/M
3300025503|Ga0209012_1066577Not Available826Open in IMG/M
3300025503|Ga0209012_1087044Not Available644Open in IMG/M
3300025503|Ga0209012_1090116Not Available624Open in IMG/M
3300026623|Ga0208661_105356All Organisms → Viruses → Predicted Viral1348Open in IMG/M
3300026623|Ga0208661_107632Not Available998Open in IMG/M
3300026625|Ga0208028_100027All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D11556Open in IMG/M
3300026625|Ga0208028_100057All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota7464Open in IMG/M
3300026625|Ga0208028_100206All Organisms → Viruses → Predicted Viral3871Open in IMG/M
3300026625|Ga0208028_100244All Organisms → Viruses → Predicted Viral3572Open in IMG/M
3300026625|Ga0208028_100245All Organisms → Viruses → Predicted Viral3568Open in IMG/M
3300026625|Ga0208028_100307All Organisms → Viruses → Predicted Viral3104Open in IMG/M
3300026625|Ga0208028_100403All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D2617Open in IMG/M
3300026625|Ga0208028_100481All Organisms → Viruses → Predicted Viral2364Open in IMG/M
3300026625|Ga0208028_100543All Organisms → Viruses → Predicted Viral2204Open in IMG/M
3300026625|Ga0208028_100893All Organisms → Viruses → Predicted Viral1639Open in IMG/M
3300026625|Ga0208028_101178All Organisms → Viruses → Predicted Viral1369Open in IMG/M
3300026625|Ga0208028_102167Not Available908Open in IMG/M
3300026625|Ga0208028_103756Not Available623Open in IMG/M
3300026627|Ga0208548_106761All Organisms → Viruses → Predicted Viral1667Open in IMG/M
3300026627|Ga0208548_107650All Organisms → Viruses → Predicted Viral1485Open in IMG/M
3300026762|Ga0208559_100370Not Available11140Open in IMG/M
3300026762|Ga0208559_100426All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D9972Open in IMG/M
3300026762|Ga0208559_100639All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D6928Open in IMG/M
3300026762|Ga0208559_100658All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota6709Open in IMG/M
3300026762|Ga0208559_100945All Organisms → Viruses → Predicted Viral4921Open in IMG/M
3300026762|Ga0208559_101288All Organisms → Viruses → Predicted Viral3755Open in IMG/M
3300026762|Ga0208559_101680All Organisms → Viruses → Predicted Viral3063Open in IMG/M
3300026762|Ga0208559_102830All Organisms → Viruses → Predicted Viral1954Open in IMG/M
3300026762|Ga0208559_105316All Organisms → Viruses → Predicted Viral1156Open in IMG/M
3300026762|Ga0208559_105536All Organisms → Viruses → Predicted Viral1122Open in IMG/M
3300026768|Ga0208447_100799All Organisms → Viruses → Predicted Viral4108Open in IMG/M
3300026768|Ga0208447_113987Not Available554Open in IMG/M
3300026813|Ga0208448_104925Not Available874Open in IMG/M
3300026813|Ga0208448_105217Not Available847Open in IMG/M
3300026813|Ga0208448_107505Not Available687Open in IMG/M
3300026813|Ga0208448_108780Not Available625Open in IMG/M
3300026813|Ga0208448_109861Not Available583Open in IMG/M
3300026813|Ga0208448_111904Not Available521Open in IMG/M
3300026821|Ga0208006_103288All Organisms → Viruses → Predicted Viral2626Open in IMG/M
3300026877|Ga0208314_104677All Organisms → Viruses → Predicted Viral2807Open in IMG/M
3300026877|Ga0208314_107120All Organisms → Viruses → Predicted Viral1990Open in IMG/M
3300026877|Ga0208314_107834All Organisms → Viruses → Predicted Viral1841Open in IMG/M
3300026877|Ga0208314_108614All Organisms → Viruses → Predicted Viral1702Open in IMG/M
3300026877|Ga0208314_111238All Organisms → Viruses → Predicted Viral1370Open in IMG/M
3300026877|Ga0208314_112338All Organisms → Viruses → Predicted Viral1266Open in IMG/M
3300026877|Ga0208314_113352All Organisms → Viruses → Predicted Viral1185Open in IMG/M
3300026877|Ga0208314_115428All Organisms → Viruses → Predicted Viral1053Open in IMG/M
3300026877|Ga0208314_118035All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D924Open in IMG/M
3300026877|Ga0208314_118461Not Available906Open in IMG/M
3300026877|Ga0208314_121435Not Available794Open in IMG/M
3300026877|Ga0208314_121597All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D789Open in IMG/M
3300026877|Ga0208314_126758Not Available650Open in IMG/M
3300026906|Ga0208683_102506Not Available5202Open in IMG/M
3300026906|Ga0208683_104392All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota3301Open in IMG/M
3300026906|Ga0208683_104797All Organisms → Viruses → Predicted Viral3067Open in IMG/M
3300026906|Ga0208683_106217All Organisms → Viruses → Predicted Viral2469Open in IMG/M
3300026906|Ga0208683_109474All Organisms → Viruses → Predicted Viral1705Open in IMG/M
3300026906|Ga0208683_109823All Organisms → Viruses → Predicted Viral1655Open in IMG/M
3300026906|Ga0208683_111679All Organisms → Viruses → Predicted Viral1420Open in IMG/M
3300026906|Ga0208683_113362All Organisms → Viruses → Predicted Viral1246Open in IMG/M
3300026906|Ga0208683_113794All Organisms → Viruses → Predicted Viral1210Open in IMG/M
3300026906|Ga0208683_127547Not Available650Open in IMG/M
3300027931|Ga0208312_100022All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota13368Open in IMG/M
3300027931|Ga0208312_100085All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D7968Open in IMG/M
3300027931|Ga0208312_101221All Organisms → Viruses → Predicted Viral2458Open in IMG/M
3300027931|Ga0208312_101232All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D2449Open in IMG/M
3300027931|Ga0208312_101379All Organisms → Viruses → Predicted Viral2303Open in IMG/M
3300027931|Ga0208312_103081All Organisms → Viruses → Predicted Viral1424Open in IMG/M
3300027931|Ga0208312_103672All Organisms → Viruses → Predicted Viral1271Open in IMG/M
3300027931|Ga0208312_104521Not Available1109Open in IMG/M
3300027931|Ga0208312_107932Not Available727Open in IMG/M
3300027931|Ga0208312_108593Not Available683Open in IMG/M
3300027932|Ga0208429_100344All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota7091Open in IMG/M
3300027932|Ga0208429_100482All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D5954Open in IMG/M
3300027932|Ga0208429_100573All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D5312Open in IMG/M
3300027932|Ga0208429_101734All Organisms → Viruses → Predicted Viral2740Open in IMG/M
3300027932|Ga0208429_101947All Organisms → Viruses → Predicted Viral2544Open in IMG/M
3300027932|Ga0208429_102252All Organisms → Viruses → Predicted Viral2319Open in IMG/M
3300027932|Ga0208429_103043All Organisms → Viruses → Predicted Viral1889Open in IMG/M
3300027932|Ga0208429_103367All Organisms → Viruses → Predicted Viral1754Open in IMG/M
3300027932|Ga0208429_104649All Organisms → Viruses → Predicted Viral1408Open in IMG/M
3300027932|Ga0208429_106232Not Available1131Open in IMG/M
3300027932|Ga0208429_113969Not Available625Open in IMG/M
3300027933|Ga0208549_105452All Organisms → Viruses → Predicted Viral2705Open in IMG/M
3300027933|Ga0208549_106098All Organisms → Viruses → Predicted Viral2466Open in IMG/M
3300027933|Ga0208549_111005All Organisms → Viruses → Predicted Viral1497Open in IMG/M
3300027933|Ga0208549_114614Not Available1168Open in IMG/M
3300027933|Ga0208549_120236Not Available882Open in IMG/M
3300027933|Ga0208549_125259Not Available728Open in IMG/M
3300027937|Ga0208151_107486All Organisms → Viruses → Predicted Viral1724Open in IMG/M
3300027937|Ga0208151_125028Not Available516Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring81.92%
Hypersaline MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hypersaline Mat10.73%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient3.39%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater2.82%
Hotspring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hotspring Sediment1.13%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2012990007Hot spring microbial communities from Beowulf East Transect D, Yellowstone National Park, USA - YSTONE2 (BED)EnvironmentalOpen in IMG/M
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
3300000346Ferric oxide microbial mat communities from Beowulf Spring, Yellowstone National Park, USA - T=65-68EnvironmentalOpen in IMG/M
3300001340Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3BEnvironmentalOpen in IMG/M
3300005256Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_EEnvironmentalOpen in IMG/M
3300005257Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_DEnvironmentalOpen 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
3300006179Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C virus_MetaGEnvironmentalOpen in IMG/M
3300006180Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_virus_MetaGEnvironmentalOpen in IMG/M
3300006181Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B nyco_MetaGEnvironmentalOpen in IMG/M
3300006859Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaGEnvironmentalOpen in IMG/M
3300007164Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_top_diel_T=3 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
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
3300017469Hotspring sediment microbial communities from Obsidian Pool, Yellowstone National Park, Wyoming, USA ? Obsidian 4. Combined Assembly of Gp0212719, Gp0212720EnvironmentalOpen in IMG/M
3300025503Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3B (SPAdes)EnvironmentalOpen in IMG/M
3300026623Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C virus_MetaG (SPAdes)EnvironmentalOpen 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
3300026821Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B nyco_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300026877Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (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
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
BEDJCVIAssemblies_1196002012990007Hot SpringCLDYGDGYGGVLLSPQYLTTFLSGFTLIVFMARSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPVLNGYYYCGLQMGNQSVQYDWTLNISATPTSLASGVTVFVEITYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVTSVKLASDQPISYTSSGITIIPED
BSEYNP_008648302100351008Hot SpringMVRSKVVGVATSTTSTEGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYDWTLNVSATPTSLASGATVFVEVTYFDTLPNKPYYTETYPFTLNSNGEASGEFSVCMVPVTIFPESSVGIKVTSVKSTSDQPISYTSSGITIIPED
BSEYNP_011789702100351008Hot SpringMSVFPLFVFVVKSNIAEVVASTTSSVGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPGKPYYSETYPFTLNSNGQDSQEFSACMVPSTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
BSEYNP_000122402100351008Hot SpringMVRSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVSVEITYFDTYPSKPYYTETWPFTLNSNGQDSGEFSACMVPSTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
BSDYNP_007853002119805007Hot SpringMVKSNIAELVASTTSSGSGGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQLGNQSVLYTWTLNVSATPVSLASGATVSVEITYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESTSGQPINYTSSSISIIPQ
BSDYNP_005998602119805007Hot SpringTLFVFMVRSKVVGVATSTTSTEGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYDWTLNVSATPTSLASGATVFVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVTSVKLASDQPISYTSSGITIIPED
BeoS_FeMat_6568CDRAFT_100404843300000346FreshwaterMVKSNIAEVVTSTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPSKPYYTETWPFTLNSNGQDSQEFSACMVPSTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ*
BeoS_FeMat_6568CDRAFT_100841813300000346FreshwaterLTVNLSITCPSSANGCNVNQVGSTYYLYGVLDGYYYCGLQMGXQSVQYMWTLNISXTPVSLASGATVSVEISYFDTLPNKPYYTETWAFTLNSNGQASGEFSXCMVPVTIFPESSVGIKVTSVKSASAQPINYTSSSIGIIPE*
BeoS_FeMat_6568CDRAFT_100908023300000346FreshwaterMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPPSATGCNVIQQGGVYYLSPILNGYYYCGLQMGNRSVLYTWTLNVSATPVSLASGATVSVEITYFDTLPNKPSYTETWSFTLNSNGQASGEFSACITPVNVFPESSVGIKVVGVKSATAQPVNYTSSSISIIPQ*
BeoS_FeMat_6568CDRAFT_100934423300000346FreshwaterVVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNINQVDGVYYLYGVLDGYYYCGLQMNNQSVRYDWTLNISATPTSLASGATVSIEVTYFDTYPGRPYYTETWGFTLNSNGQALGEFSVCMVPVTIFPESSVGIKVVGVKSATDQSIPYTSSTITIIPE*
JGI20133J14441_102452843300001340Hypersaline MatMVRSKVVGVVTSTTSSVGTLTVNLSVTCPSSANGCNVNQVDSVYYLYPILNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGAAVFVEISYFDTLPNKPSYTETWPFTLNYNGEASQEFSACITPVNVFPESS
JGI20133J14441_103978013300001340Hypersaline MatMVKSNVLDVNVVQSTTSSGTLTVNLGVTCPSSASGCNVNQVDGVYYLYPVPNGYYYCGLQMGNQSVKYAWTLNVSATPVSLASGATVSVEISYFGTYPGKPYYTETWPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVV
JGI20133J14441_106737313300001340Hypersaline MatVNLGVTCPSSANGCNVNQIGSTYYLSPVLNGYYYCGLQRGNQSVQYTWTLNVSATPVSLASGATVSVEISYFDIYPGKPYYTETWSFTLNSNGEASQTFSACITPVSVFPESSVGVEVVGVKSTTDQPIPYTSSGITIIPE*
JGI20133J14441_107612413300001340Hypersaline MatVLPQSNVKHNNFLNGFPLLVSMVKSNVLDVDVVQSTTSSGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYNWTLNVSATPVSLASGATVSVEVTYFDTYPGKPYYTETWAFTLNSNGEASQTFSACMVPSSIFPESSVGIKVVGVKSTTDQSIPYTSSGVTI
Ga0074075_1397323300005256Hot SpringMVRSKVVGVATSTTSTEGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYDWTLNVSATPTSLASGATVFVEVTYFDTLPNKPYYTETYPFTLNSNGEASGEFSVCMVPVTIFPESSVGIKVTSVKSTSDQPISYTSSGITIIPED*
Ga0074075_1509223300005256Hot SpringMVRSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVSVEITYFDTYPSKPYYTETWPFTLNSNGQDSGEFSACMVPSTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ*
Ga0074076_10038543300005257Hot SpringMVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNVNQVGSTYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSIEITYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPVTIFPESSVGIKVTSVKSASAQPINYTSSSIGIIPE*
Ga0074076_10108053300005257Hot SpringVVGVATSTTSTEGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYDWTLNVSATPTSLASGATVFVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVTSVKLASDQPISYTSSGITIIPED*
Ga0080006_108559913300005861Hypersaline MatMVKSNVLDVNVVQSTTSSGTLTVNLGVTCPSSASGCNVNQVDGVYYLYPVPNGYYYCGLQMGNQSVKYAWTLNVSATPVSLASGATVSVEISYFGTYPGKPYYTETWPFTLNSNGEASQEFSACMVPSPIFPESSVGVKVVGVKSATDQPIPYTSSGITIIPE*
Ga0080006_109974523300005861Hypersaline MatMSVFTLFVFMVKSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQQGSVYYLNPDADGYYFCGLQLGNQSVQYSWTLHVSATPTSLASGVTVFVEVTYFDTYPGRPYYSETWPFTLNSNGEASQEFSACMVPSSIFPESSVGVKVVGVKSASDQSIPYTSSGITIIPQ*
Ga0080006_114213773300005861Hypersaline MatMVKSNIAELDASTSSGGTLTVDLSVSCPSSATGCNVSQIGNTYYLYPVLNGYYPCGLRLGNQSVQYTWTLNVSATPTSLANGVNVFVEFVYTDTLPNNPSYTVDWVFTLDSNGQASQSFGACITPVNVFPESGVGVRVTGVKSASGQPISYTSSAIGIVPED*
Ga0080006_115679843300005861Hypersaline MatMVKSNVLDVNVVASTTTSSGLGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYTCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEISYFDTLPNKPSYTENWFFTLNSNGEASQTFSACITPVNVFPESSVGIRVTGVKSASAQPINYTSSSISIIPQ*
Ga0080006_118085323300005861Hypersaline MatMVKSNVLDVDVVQSTTSSGTLTVNLGVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYNWTLNVSATPVSLASGATMSVEVTYFDTYPGKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVVGVKSTTDQSIPYTSSGVTIIPE*
Ga0080006_118488953300005861Hypersaline MatVVGVVTSTTSSVGTLTVNLSVTCPSSANGCNVNQVDSVYYLYPILNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGAAVFVEISYFDTLPNKPSYTETWPFTLNYNGEASQEFSACITPVNVFPESSVGIRVTGVKSASAQSINYTSSSISIIPQ*
Ga0080006_124581133300005861Hypersaline MatVRNLCVLPQGNVKHNRFLNGFPLFVLMVKSNVLDVYVVQSTTSSGTLTVNLGVTCPSSANGCNVNQIGSTYYLSPVLNGYYYCGLQRGNQSVQYTWTLNVSATPVSLASGATVSVEISYFDIYPGKPYYTETWSFTLNSNGEASQTFSACITPVSVFPESSVGVEVVGVKSTTDQPIPYTSSGITIIPE*
Ga0079043_100872323300006179Hot SpringMVKSNIAELVASTTSSGSEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQLGNQSVQYTWTLNVSATPTSLANGATVSVETTYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESASGQPINYTSSSITIIPQ*
Ga0079043_102327213300006179Hot SpringMVKSNIAEVIASTTSSGSGGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLNGYYYCGLQMNNQSVRYDWILNVSATPVSLASGATVSVEVTYFDTYPGKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVVGVKSATD
Ga0079045_100684123300006180Hot SpringMVRSKVVGVATSTTSTEGTLTVNLSVTCPSSATGCNVNQIDGVYYLYPVLDGYYYCGLQMGNQSVQYNWTLNISATPVSLANGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGIKVVGVKSATAQSIPYTSSGITIIPED*
Ga0079045_100862713300006180Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISANPVSLASGATVFVEVTYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATD
Ga0079045_101082713300006180Hot SpringSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYTCGLQMNNQSVRYNWTLNVSATPVSLASGATVSVEITYFDTYPGRPYYTETWSFTLNSNGQASGEFSACITPVNVFPESSVGIRVTSVESTSGQPINYTSSSITIIPQ*
Ga0079045_101116723300006180Hot SpringLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPGKPYYSETYPFTLNSNGQDSQEFSACMVPSTIYPESSVGVKVVEVKSATDQSIPYTSSGITIIPQ*
Ga0079045_101139313300006180Hot SpringMSVPHL*KLYECLPLFVFVVKSNVLDVNVVQSTTSSGTLTVNLSVTCPSSANGCNVNQVGSTYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEITYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPSSVSPESSVGIKVTSVESASAQPINYTSSGITIIPE*SKLNPFLLFYQVYALFP*YLPQWVSI*
Ga0079045_101296413300006180Hot SpringMARSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPEANGYYTCGLQMNNQSVRYNWTLNVSATPVSLASGATVSVEVTYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVTSVESASAQPINYTSSGITIIPE
Ga0079045_101946513300006180Hot SpringVKSNVLDVDVVQSTTSSGTLTVNLSVTSGSGVIQQGSVYYLNPEANGYYTCGLQMNNQSVRYTWTLNVSATPTSLASGATVSVEVTYFDTYPGRPYYTETYPFTLNSNGQASGEFSVCMVPSTIYPESSVGIKVTSVESASAQPINYTSSGITIIPE*
Ga0079042_100467533300006181Hot SpringVKHNKYLSFFTLFVFMVKSNIAEVVASTTSSGLGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVTSVKSTSDQPISYTSSGITIIPED
Ga0079046_101626223300006859Hot SpringMKIYWKKIKLMLKDNSHTSENFMSAFPLFTFVVKSNVLDVDVVQSTTSSGTLTVNLSITCPSSANGCNVNQVGSTYYLYGVLNGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEISYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVTSVKSASAQPINYTSSSIGIIPE*
Ga0079046_101726823300006859Hot SpringVRNLCVLPQSDVKHNKYLSGFPLFVLMVKSNITEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLNISATPVSLASGATVSVEVGYFDTYPGKPYYSETYPFTLNSNGQASGGFSVCMVPVTIYPESSVGVKVVGVKSATDQSIPYTSSSISIIPQ*
Ga0079046_102219223300006859Hot SpringMARSKVVGVATSTTSTEGTLTVSLSVTCPSLATGCNVNQIDGVYYLYPVLDGYYYCGLQMGNQSVQYNWTLNISATPVSLANGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGIKVVGVKSATAQSIPYTSSGITIIPED*
Ga0079046_102929613300006859Hot SpringMVKSNVLDVDVVQSTTSSGTLTVNLSVTSGSGVIQQGSVYYLNPEANGYYTCGLQMNNQSVRYNWTLNISATPTSLASGATVSVEVTYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPSTIYPESSVGIKVTSVESASAQPINYTSSGITIIPE*
Ga0079046_104242113300006859Hot SpringLSGFHLFVSMVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNVNQVGSTYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEITYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPSSVSPESSVGIKVTSVESASAQPINYTSSGITIIPE*
Ga0079046_105369813300006859Hot SpringPSSATGCSVIQQGGVYYLYPVLNGYYTCGLQMNNQSVRYTWILNVSATPVSLASGATVSVEITYFDTLPNKPSYTETWSFTLDSNGEASQEFSVCITPVNVFPESSVGIKVVGVKSATAQPFNYTSSSISIIPQ*
Ga0099836_15871513300007164FreshwaterVGVATSTTSTEGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYDWTLNVSATPTSLASGATVFVEVTYFDTLPNKPYYTETYPFTLNSNGQDSGEFSVCMVPSTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ*
Ga0105111_100250023300007811Hot SpringMARSKVVGVATSTTSTEGTLTVSLSVTCPSLATGCNVNQIDGVYYLYPVLDGYYYCGLQMGNQSVQYSWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED*
Ga0105111_100751123300007811Hot SpringMARSKVEGVATSTTSTEGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYNWTLNISATPVSLANGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGVKVVGVKSATAQSIPYTSSGITIIPED*
Ga0105111_101142413300007811Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPSKPYYTETYPFTLNSNGQDSGEFSTCMVPNTIFPESSVGVKVVGVKSATD
Ga0105111_101657013300007811Hot SpringTSSGSWGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQLGNQSVQYSWTLHVSATPTSFANGVTVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQDFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPED*
Ga0105109_100390333300007812Hot SpringMVRSKVVGVATSTTSTEGTLTVSLSVTCPSLATGCNVNQIDGVYYLYPVLNGYYYCGLQMGNQSVQYNWILNVSATPVSLASGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED*
Ga0105109_100584613300007812Hot SpringMARSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQSSVYYLNPNADGYYFCGLQMGNQSVQYSWTLHVSATPTSLANGATVSVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQDFSACMVPSTIYPESSVGIKVVGVRSATDQSIPYTSSGITIIPED*
Ga0105109_100716723300007812Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSVCMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ*
Ga0105109_100862613300007812Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISANPVSLASGATVFVEVTYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQ
Ga0105109_101128813300007812Hot SpringMARSKVVGVATSTTSTEGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYDWTLNISATPTSLASGATVFVEITYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMAPVTIFPESSVGIKVVGVKSATDQSIPYTSSGITIIPQ*
Ga0105109_101382713300007812Hot SpringHNKFLSGFHLFVFMVRSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQMGNQSVQYSWTLHVSATPTSFANGVTVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQDFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPED*
Ga0105109_101511213300007812Hot SpringHNKFLSGFHLFVFMVRSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQMGNQSVQYDWTLHVSATPTSLANGVTVSVEVTYFDTYPGRPYYTETYPFTLNSNGQDSQEFSACMVPVTIFPESSVGIKVVGVRSATDQSIPYTSSGITIIPED*
Ga0105108_10207713300007813Hot SpringMVKSNIAEVVTSTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPSKPYYTETYPFTLNSNGQDSGEFSTCMVPNTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ*
Ga0105108_10337713300007813Hot SpringMVRSKVVGVATSTTSTEGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLNGYYTCGLQMNNQSVQYSWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED*
Ga0105118_100168213300007815Hot SpringMSVFTLFVSMVKSNVLDVNVVKSTTSSVGTLTVNLSVTSGSGVTQIDGVYYLSPEVNGYYTCGLQMNNQSVRYSWTLHVSATPTSLADGATVFVEVTYFDTYPGRSYYSETYPFTLDSNGQDSQEFSTCMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ*
Ga0105118_100680113300007815Hot SpringMVKSNIAELVASTTSSGSGGTLTVNLSVTCPSSATGCSVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYTWTLHVSATPTSLANGATVFVEVTYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIF
Ga0105118_101005513300007815Hot SpringMVKSNIAEVVASTTSLGSGSGGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYTCGLQMNNQSVRYDWTLNVSATPVSLASGATVSVEVTYFDTYPGKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESATAQPINYTSSS
Ga0105112_100619723300007816Hot SpringMSVFPLFVFVVKSNIAEVVASTTSSVGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPGKPYYSETYPFTLNSNGQDSQEFSACMVPSTIYPESSVGVKVVEVKSATDQSIPYTSSGITIIPQ*
Ga0105112_100982313300007816Hot SpringMARSKVVGVATSTSAEGTLTVNLSITSGSGVIQQGSVYYLSPNADGYYFCGLQMGNQSVQYSWTLHVSATPTSLANGVTVSVEVTYFDTYPGRPYYSETYPFTLDSNGQDSQDFSTCMMPVTIFPESSVGIKVVGVKSATDQSIPYTSSGITIIPED*
Ga0167616_101982623300013008Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTYPNKPYYTETWVFTLNSNGQASGEFSVCMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ*
Ga0167616_102543123300013008Hot SpringMVKSNIAEVVASTTSSGSGSGGTLTVNLSVTCPPSATGCSVIQQGGVYYLYPVLNGYYTCGLQMNNQSVRYDWTLNVSATPVSLASGATVFVEVTYFDTLPNKPYYSETYPFTLNSDGQASGEFSVCMVPVTIFPESSVGIRVTSVESATAQPINYTS
Ga0167616_103394713300013008Hot SpringMARSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNVDGYYFCGLQMGNQSVQYTWTLHVSATPTSLANGVTVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQDFSACMMPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED*
Ga0167616_103492723300013008Hot SpringVKHNRFLNGFPLFVFVVKSNILDVDVVQSTTSSGTLTVNLSITCPSSANGCNVNQVDGIYYLYGVLDGYYYCGLQMGNQSVQYTWTLNISATPTSLASGATVFVKITYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVVGVKSTTDQSIPYTSSGITIIPE*
Ga0167616_103583213300013008Hot SpringMSVFPLFVFMVKSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEITYFDTYSSKPYYTETWPFTLNSNGEASQEFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ*
Ga0167616_103669513300013008Hot SpringGVLLSPQYLTTFLSGFTLIVFMARSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQSSVYYLNPNADGYYFCGLQMGNQSVQYSWTLHVSATPTSLANGATVSVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQDFSACMVPSTIYPESSVGIKVVGVRSATDQSIPYTSSGITIIPED*
Ga0167615_104986113300013009Hot SpringDVVQSTTSSGTLTVNLSVTCPSSANGCNVNQVGSTYYLYGVFDGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVFVEVTYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPVTIFPESSVGIKVTSVKSASAQPINYTSSSIGIIPE*
Ga0167615_105323413300013009Hot SpringLVLFVLMVKSNIAELVASTTSSGSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYTCGLQMNNQSVRYTWILNVSATPVSLASGATVSVEITYFDTLPNKPSYTETWSFTLDSNGEASQEFSVCITPVNVFPESSVGIKVVGVKSATAQPFNYTSSSISIIPQ*
Ga0167615_106579113300013009Hot SpringMARSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNVDGYYFCGLQMGNQSVQYTWTLHVSATPTSLANGVTVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQDFSACMMPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIP
Ga0167615_107511613300013009Hot SpringGNGDGHRGVRVMVKSNIAEVVASTTSSGSGSGGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYTCGLQMNNQSVRYDWTLNVSATPVSLASGATVSVEVTYFDTYPGKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESATAQPINYTSSS
Ga0167615_107633013300013009Hot SpringGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYSWTLHVSATPTSLADGATVFVEVTYFDTYPGRPYYSETYPFTLDSNGQDSQEFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSSISIIPQ*
Ga0167615_107661313300013009Hot SpringGNGDGHRGVRVMVKSNIAEVVASTTSSGSGSGGTLTVNLSVTCPPSATGCSVIQQGGVYYLYPVLNGYYTCGLQMNNQSVRYDWTLNVSATPVSLASGATVFVEVTYFDTLPNKPYYSETYPFTLNSDGQASGEFSVCMVPVTIFPESSVGIRVTSVESATAQPINYTS
Ga0129327_1002625463300013010Freshwater To Marine Saline GradientVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNINQVDGVYYLYGVLDGYYYCGLQMNNQSVRYDWTLNISATPTSLASGATVSIEVTYFDTYPGRPYYTETWGFTLNSNGQALGEFSVCMVPVTIFPESSVGIKVVGVKSATDQSIPYTSSTITIIPE*
Ga0129327_1008366133300013010Freshwater To Marine Saline GradientMSVFPLFVFMVKSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPSKPYYTETYPFTLNSNGQDSGEFSTCMVPNTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ*
Ga0129327_1010565423300013010Freshwater To Marine Saline GradientVVKSNILDVDVVQSTTSSGTLTVNLSVTSGSGVIQQGSVYYLNPEANGYYTCGLQMNNQSVRYNWTLNISATPTSLASGATVSVEVTYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPSTIYPESSVGIKVTSVESASAQPINYTSSGITIIPE*
Ga0129327_1011636313300013010Freshwater To Marine Saline GradientMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEITYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESASAQPINYTSSSITIIPQ*
Ga0129327_1022769423300013010Freshwater To Marine Saline GradientVKHNKFLSGFHLFVFMVRSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQMGNQSVQYDWTLHVSATPTSLANGVTVSVEVTYFDTYPGRPYYTETYPFTLNSNGQDSQEFSACMVPVTIFPESSVGIKVTSVKSASDQPIPYTSSGITIIPED*
Ga0129327_1024998723300013010Freshwater To Marine Saline GradientFMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPPSATGCNVNQIDGVYYLYPILNGYYTCGLQMNNQSVRYNWILNVSATPVSLASGATVSVEITYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED*
Ga0187308_12148563300017469Hotspring SedimentMVKSNVLDVNVVKSTTSSVGTLTVNLSVTSGSGVIQQGSVYYLNPVLNGYYFCGLQMGNQSVQYTWTLNISATPVSLASGATVSVEISYFDTLPNKPYYSETWAFTLNSNGQASGGFSACMVPSSVFPESSVGIKVTSVKSASDQPISYTSSTITIIPE
Ga0187308_1337713300017469Hotspring SedimentKFLNGFPLFVLMVRSNIAELVTSITTSSVGTLTVNLSVTSGSGVIQQGSVYYLNPDADGYYFCGLQMGNQSVQYSWTLHVSATPVSLASGTTVSVEVTYFDTYPGKPYYSETYPFTLNSNGQDSQEFSACMVPSSVFPESSVGIKVTSVKSATDQSIPYTSSVITIIPED
Ga0209012_100798063300025503Hypersaline MatMVKSNVLDVNVVASTTTSSGLGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYTCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEISYFDTLPNKPSYTENWFFTLNSNGEASQTFSACITPVNVFPESSVGIRVTGVKSASAQPINYTSSSISIIPQ
Ga0209012_101592043300025503Hypersaline MatMVKSNIAELDASTSSGGTLTVDLSVSCPSSATGCNVSQIGNTYYLYPVLNGYYPCGLRLGNQSVQYTWTLNVSATPTSLANGVNVFVEFVYTDTLPNNPSYTVDWVFTLDSNGQASQSFGACITPVNVFPESGVGVRVTAVKSAGGQNINYTSSAIGIVPD
Ga0209012_102351843300025503Hypersaline MatMVKSNVLDVDVVQSTTSSGTLTVNLGVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYNWTLNVSATPVSLASGATMSVEVTYFDTYPGKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVVGVKSTTDQSIPYTSSGVTIIPE
Ga0209012_102864843300025503Hypersaline MatMSIFTLFVFMVKSNIAEVVASTTTSSGPGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYTCGLQMGNQSVQYTWILNVSATPVSLASGATVFVEISYFDTLPNKPSYTETWSFTLNSNGEASQTFSACITPVNVFPESSVGIRVTGVESASAQPINYTSSSISIIPQ
Ga0209012_104207733300025503Hypersaline MatMVRSKVVGVVTSTTSSVGTLTVNLSVTCPSSANGCNVNQVDSVYYLYPILNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGAAVFVEISYFDTLPNKPSYTETWPFTLNYNGEASQEFSACITPVNVFPESSVGIRVTGVKSASAQSINYTSSSISIIPQ
Ga0209012_106657723300025503Hypersaline MatMVKSNVLDVDVVQSTTSSGTLTVNLGVTCPSSANGCNVNQIGSTYYLSPVLNGYYYCGLQRGNQSVQYTWTLNVSATPVSLASGATVSVEISYFDIYPGKPYYTETWSFTLNSNGEASQTFSACITPVSVFPESSVGVEVVGVKSTTDQPIPYTSSGITIIPE
Ga0209012_108704413300025503Hypersaline MatVKSNIVELVASTTTSSGGTLTVNLSVSCPSSATGCNVSQIGNTYYLYPVLNGYYPCGLRLGNQSVQYTWTLNVSATPTSLASGVNVFVEFVYTDTLPNNPSYTVDWVFTLDSNGQASQSFGACITPVNVFPESGVGVRVTGVKSASGQPISYTSSAIGIVPED
Ga0209012_109011623300025503Hypersaline MatSTTSSGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYNWTLNVSATPVSLASGATVSVEVTYFDTYPGKPYYTETWAFTLNSNGEASQTFSACMVPSSIFPESSVGIKVVGVKSTTDQSIPYTSSGVTIIPE
Ga0208661_10535613300026623Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVVGVKSATDQSIPYTSSGITIIPED
Ga0208661_10763213300026623Hot SpringMVKSNIAELVASTTSSGSEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQLGNQSVQYTWTLNVSATPTSLANGATVSVETTYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESASGQPINYTSSSITIIPQ
Ga0208028_10002743300026625Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSVCMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208028_10005723300026625Hot SpringVLPQSNVKHNKYLSFFTLFVFMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPPSATGCNVIQQGGVYYLSPILNGYYYCGLQMGNRSVLYTWTLNVSATPVSLASGATVSVEITYFDTLPNKPSYTETWSFTLNSNGQASGEFSACITPVNVFPESSVGIKVVGVKSATAQPVNYTSSSISIIPQ
Ga0208028_10020643300026625Hot SpringVVGVATSTTSTEGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYNWTLNISATPVSLANGATVFVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSVITIIPED
Ga0208028_10024413300026625Hot SpringSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYNWTLNISATPVSLANGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGVKVVGVKSATAQSIPYTSSGITIIPED
Ga0208028_10024543300026625Hot SpringVVGVATSTTSTEGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYDWTLNVSATPTSLASGATVFVEVTYFDTLPNKPYYTETYPFTLNSNGEASGEFSVCMVPVTIFPESSVGIKVTSVKSTSDQPISYTSSGITIIPED
Ga0208028_10030763300026625Hot SpringVSLSVTCPSLATGCNVNQIDGVYYLYPVLDGYYYCGLQMGNQSVQYSWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208028_10040323300026625Hot SpringMKIYWKKIKLMLKDNSHTSENFMSAFPLFTFVVKSNVLDVDVVQSTTSSGTLTVNLSITCPSSANGCNVNQVGSTYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEISYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPVTIFPESSVGIKVTSVKSASAQPINYTSSSIGIIPE
Ga0208028_10048133300026625Hot SpringMVKSNVLDVDVVQSTTSSGTLTVNLSVTSGSGVIQQGSVYYLNPEANGYYTCGLQMNNQSVRYNWTLNISATPTSLASGATVSVEVTYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPSTIYPESSVGIKVTSVESASAQPINYTSSGITIIPE
Ga0208028_10054333300026625Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPPSATGCNVNQIDGVYYLYPILNGYYTCGLQMNNQSVRYNWILNVSATPVSLASGATVSVEITYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208028_10089313300026625Hot SpringMVRSKVVGVATSTTSTEGTLTVSLSVTCPSLATGCNVNQIDGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208028_10117833300026625Hot SpringFPLFVFVVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNINQVDGVYYLYGVLDGYYYCGLQMNNQSVRYDWTLNISATPTSLASGATVSIEVTYFDTYPGRPYYTETWGFTLNSNGQALGEFSVCMVPVTIFPESSVGIKVVGVKSATDQSIPYTSSTITIIPE
Ga0208028_10216713300026625Hot SpringMVKSNIAEVVTSTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPSKPYYTETYPFTLNSNGQDSGEFSTCMVPNTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208028_10375613300026625Hot SpringMVRSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQMGNQSVQYSWTLHVSATPTSFANGVTVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQDFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208548_10676123300026627Hot SpringVKHNKYLSFFTLFVFMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVVGVKSATDQSIPYTSSGITIIPED
Ga0208548_10765013300026627Hot SpringVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQMGNQSVQYTWTLHVSATPTFLANGATVFVEVTYFDTYPGRSYYSETYPFTLNSNGQDSQEFSACMVPVTIFPESSVGVKVTSVKSTSDQPISYTSSGITIIPED
Ga0208559_100370153300026762Hot SpringVVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNINQVDGVYYLYGVLDGYYYCGLQMNNQSVRYDWTLNISATPTSLASGATVSIEVTYFDTYPGRPYYTETWGFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSTITIIPE
Ga0208559_100426103300026762Hot SpringMSVFPLFVFMVKSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEITYFDTYSSKPYYTETWPFTLNSNGEASQEFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208559_10063973300026762Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTYPNKPYYTETWVFTLNSNGQASGEFSVCMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208559_10065833300026762Hot SpringMVKSNIAELVASTTSSGSGGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYNWTLNISATPVSLANGATVFVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSVITIIPED
Ga0208559_10094533300026762Hot SpringVVGVATSTTSTEGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYNWTLNISATPVSLANGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGVKVVGVKSATAQSIPYTSSGITIIPED
Ga0208559_10128843300026762Hot SpringVVGVATSTTSTEGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLNGYYTCGLQMNNQSVQYSWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVRSATDQSIPYTSSGITIIPED
Ga0208559_10168043300026762Hot SpringVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQMGNQSVQYSWTLHVSATPTSFANGVTVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQDFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208559_10283023300026762Hot SpringVVGVATSTTSTEGTLTVSLSVTCPSLATGCNVNQIDGVYYLYPVLNGYYYCGLQMGNQSVQYNWILNVSATPVSLASGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208559_10531623300026762Hot SpringMARSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQSSVYYLNPNADGYYFCGLQMGNQSVQYSWTLHVSATPTSLANGATVSVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQDFSACMVPSTIYPESSVGIKVVGVRSATDQSIPYTSSGITIIPED
Ga0208559_10553623300026762Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISANPVSLASGATVFVEVTYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQS
Ga0208447_10079963300026768Hot SpringVVGVATSTTSTEGTLTVSLSVTCPSLATGCNVNQIDGVYYLYPVLDGYYYCGLQMGNQSVQYSWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208447_11398713300026768Hot SpringGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPSKPYYTETYPFTLNSNGQDSGEFSTCMVPNTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208448_10492523300026813Hot SpringMSVFTLFVSMVKSNVLDVNVVKSTTSSVGTLTVNLSVTSGSGVTQIDGVYYLSPEVNGYYTCGLQMNNQSVRYSWTLHVSATPTSLADGATVFVEVTYFDTYPGRSYYSETYPFTLDSNGQDSQEFSTCMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208448_10521723300026813Hot SpringVKHNRFLNGFPLFVFVVKSNILDVDVVQSTTSSGTLTVNLSITCPSSANGCNVNQVDGIYYLYGVLDGYYYCGLQMGNQSVQYTWTLNISATPTSLASGATVFVKITYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVVGVKSTTDQSIPYTSSGITIIPE
Ga0208448_10750513300026813Hot SpringVKPNKYLSFLDLFVFMARSKVVGVATSTASTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQLGNQSVQYSWTLHVSATPTSLANGATVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQEFSACMVPVTIFPESSVGIKVTSVKSASDQPIPY
Ga0208448_10878013300026813Hot SpringVFMARSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQMGNQSVQYSWTLHVSATPTSLANGATVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQEFSACMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208448_10986123300026813Hot SpringTTSTEGTLIVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQLDNQSVQYSWTLHVSATPTSLANGATVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQEFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208448_11190413300026813Hot SpringLGNGDGHRGVRVMVKSNIAEVVASTTSSGSGSGGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYTCGLQMNNQSVRYDWTLNVSATPVSLASGATVSVEVTYFDTYPGKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESATAQPINYTSSSI
Ga0208006_10328813300026821Hot SpringVLRQSDVKHNKYLSFFTLFVFMVKSNIAEVVASTTSSGLGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVTSVKSTSDQPISYTSSGITIIPED
Ga0208314_10467723300026877Hot SpringVKHNKFLSGFHLFVFMVRSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQMGNQSVQYDWTLHVSATPTSLANGVTVSVEVTYFDTYPGRPYYTETYPFTLNSNGQDSQEFSACMVPVTIFPESSVGIKVVGVRSATDQSIPYTSSGITIIPED
Ga0208314_10712043300026877Hot SpringVVGVATSTTSTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQMGNQSVQYSWTLHVSATPTSLANGATVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQEFSACMVPVTIFPESSVGIKVTSVKSASDQPIPYTSSGITIIPED
Ga0208314_10783443300026877Hot SpringTTFLSFLNLFVFMVRSKVVGVATSTTSTEGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYNWTLNISATPVSLANGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGVKVVGVKSATAQSIPYTSSGITIIPED
Ga0208314_10861423300026877Hot SpringMARSKVVGVATSTTSTEGTLIVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQLDNQSVQYSWTLHVSATPTSLANGATVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQEFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208314_11123833300026877Hot SpringMVKSNIAELVASTTSSGSGGTLTVNLSVTCPSSATGCSVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYTWTLHVSATPTSLANGATVFVEVTYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESATAQPINYTSSSISIIPQ
Ga0208314_11233843300026877Hot SpringVVKSNILDVDVVQSTTSSGTLTVNLSITCPSSANGCNVNQVDGIYYLYGVLDGYYYCGLQMGNQSVQYTWTLNISATPTSLASGATVFVKITYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVVGVKSTTDQSIPYTSSGITIIPE
Ga0208314_11335223300026877Hot SpringMVKSNIAEVVASTTSSGSGSGGTLTVNLSVTCPPSATGCSVIQQGGVYYLYPVLNGYYTCGLQMNNQSVRYDWTLNVSATPVSLASGATVFVEVTYFDTLPNKPYYSETYPFTLNSDGQASGEFSVCMVPVTIFPESSVGIRVTSVESATAQPINYTSSSISIIPQ
Ga0208314_11542823300026877Hot SpringVKHNKYLSFFTLFVFMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPPSATGCNVIQQGGVYYLSPILNGYYYCGLQMGNRSVLYTWTLNVSATPVSLASGATVSVEITYFDTLPNKPSYTETWSFTLNSNGQASGEFSACITPVNVFPESSVGIKVVGVKSATAQPVNYTSSSISIIPQ
Ga0208314_11803513300026877Hot SpringMARSKVVGVATSTTSTEGTLTVSLSVTCPSLATGCNVNQIDGVYYLYPVLDGYYYCGLQMGNQSVQYSWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVRSATDQSIPYTSSGITIIPED
Ga0208314_11846123300026877Hot SpringMSVFPLFVFVVKSNIAEVVASTTSSVGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPGKPYYSETYPFTLNSNGQDSQEFSACMVPSTIYPESSVGVKVVEVKSATDQSIPYTSSGITIIPQ
Ga0208314_11908023300026877Hot SpringMLKDNSHTSENFMSAFPLFTFVVKSNVLDVDVVQSTTSSGTLTVNLSITCPSSANGCNVNQVGSTYYLYGVLNGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEISYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPVTI
Ga0208314_12143513300026877Hot SpringMVKSNIAELVASTTSSGSGSGGTLTVNLSVTCPSSATGCNVNQIDGVYYLYGVLNGYYYCGLQMGNQSVQYTWTLNISATPTSLASGATVFVEITYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIF
Ga0208314_12159723300026877Hot SpringMVKSNIVEVVASTTSSGSGGTLTVNLSVTSGSGVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEITYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVES
Ga0208314_12675813300026877Hot SpringMARSKVVGVATSTASTEGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQLGNQSVQYSWTLHVSATPTSLANGATVFVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQEFSACMVPVTIFPESSVGVKVVGVKSATDQ
Ga0208683_10250693300026906Hot SpringMSVFPLFVFVVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNINQVDGVYYLYGVLDGYYYCGLQMNNQSVRYDWTLNISATPTSLASGATVSIEVTYFDTYPGRPYYTETWGFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSTITIIPE
Ga0208683_10439233300026906Hot SpringMKIYWKKIKLMLKDNSHTSENFMSAFPLFTFVVKSNVLDVDVVQSTTSSGTLTVNLSITCPSSANGCNVNQVGSTYYLYGVLNGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEISYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPSTIYPESSVGIKVTSVESASAQPINYTSSGITIIPE
Ga0208683_10479753300026906Hot SpringLSVLKNFMSVFPLFVSMVKSNIVEVVASTTSSGSGGTLTVNLSVTSGSGVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEITYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESTSGQPINYTSSSISIIPQ
Ga0208683_10621713300026906Hot SpringVVGVATSTTSTEGTLTVSLSVTCPSLATGCNVNQIDGVYYLYPVLDGYYYCGLQMGNQSVQYSWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVRSATDQSIPYTSSGITIIPED
Ga0208683_10947433300026906Hot SpringVVGVATSTTSTEGTLIVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQMGNQSVQYSWTLNISATPVSLANGATVFVEVTYFDTLPNKPYYTETYPFTLNSNGQDSQEFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208683_10982343300026906Hot SpringLLSPQYLTTFLSGFTLIVFMARSKVVGVATSTTSTEGTLTVNLSVTSGSGVIQQSSVYYLNPNADGYYFCGLQMGNQSVQYSWTLHVSATPTSLANGATVSVEVTYFDTYPGRPYYSETYPFTLNSNGQDSQDFSACMVPSTIYPESSVGIKVVGVRSATDQSIPYTSSGITIIPED
Ga0208683_11167923300026906Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPPSATGCNVIQQGGVYYLSPILNGYYYCGLQMGNRSVLYTWTLNVSATPVSLASGATVSVEITYFDTLPNKPSYTETWSFTLNSNGQASGEFSACITPVNVFPESSVGIKVVGVKSATAQPVNYTSSSISIIPQ
Ga0208683_11336213300026906Hot SpringFPLFVFVVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNINQVDGVYYLYGVLDGYYYCGLQMNNQSVRYDWTLNISATPTSLASGATVSIEVTYFDTYPGRPYYTETWGFTLNSNGQASGEFSVCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSTITIIPE
Ga0208683_11379433300026906Hot SpringMVKSNIAELVASTTSSGSGGTLTVNLSVTCPSSATGCSVNQIDGVYYLYGVLDGYYYCGLQMGNQSVQYTWTLHVSATPTSLANGATVFVEVTYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESATAQPINYTSS
Ga0208683_12754723300026906Hot SpringMSIFPLFVLMVRSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEITYFDTYSSKPYYTETWPFTLNSNGEASQEFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208312_100022143300027931Hot SpringMSVFPLFVSMVKSNIVEVVASTTSSGSGGTLTVNLSVTSGSGVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEITYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESTSGQPINYTSSSISIIPQ
Ga0208312_100085103300027931Hot SpringMVRSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEITYFDTYSSKPYYTETWPFTLNSNGEASQEFSACMVPSTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208312_10122123300027931Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVIQQGSVYYLNPNADGYYFCGLQLGNQSVQYTWTLNVSATPVSLASGATVSVEITYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPVTIFPESSVGIRVTSVESTSGQPINYTSSSISIIPQ
Ga0208312_10123243300027931Hot SpringMKIYWKKIKLMLKDNSHTSENFMSAFPLFTFVVKSNVLDVDVVQSTTSSGTLTVNLSITCPSSANGCNVNQVGSTYYLYGVLNGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEISYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPVTIFPESSVGIKVTSVKSASAQPINYTSSSIGIIPE
Ga0208312_10137923300027931Hot SpringMSIFPLFVLMVRSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPGKPYYSETYPFTLNSNGQDSGEFSVCMVPSTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208312_10308123300027931Hot SpringMVKSNVLDVDVVQSTTSSGTLTVNLSVTSGSGVIQQGSVYYLNPEANGYYTCGLQMNNQSVRYTWTLNISATPTSLASGVTVSIEVTYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPSTIYPESSVGIKVTSVESASAQPINYTSSGITIIPE
Ga0208312_10367213300027931Hot SpringVRSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPGKPYYSETYPFTLNSNGQASQEFSVCMVPSTIFPESSVGIKVVGVKSASAQPINYTSSSITIIPQ
Ga0208312_10452113300027931Hot SpringLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNVNQVGSTYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEITYFDTYPGRPYYTEPALFTLNSNGQASGEFSVCMVPSTIYPESSVGIKVTSVESASAQPINYTSSGITIIPE
Ga0208312_10793213300027931Hot SpringPMVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNVNQVGSTYYLYGVFDGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVFVEVTYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPVTIFPESSVGIKVTSVKSASAQPINYTSSSIGIIPE
Ga0208312_10859313300027931Hot SpringLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNVNQVGSTYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEITYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPSSVSPESSVGIKVTSVESASAQPINYTSSGITIIPE
Ga0208429_10034453300027932Hot SpringMVRSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPGKPYYSETYPFTLNSNGQDSGEFSVCMVPSTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208429_10048243300027932Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCNVNQIDGVYYLYPILNGYYTCGLQMNNQSVRYNWILNVSATPVSLASGATVSVEITYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPED
Ga0208429_10057353300027932Hot SpringMKIYWKKIKLMLKDNSHTSENFMSAFPLFTFVVKSNVLDVDVVQSTTSSGTLTVNLSITCPSSANGCNVNQVGSTYYLYGVLNGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEISYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVTSVKSASAQPINYTSSSIGIIPE
Ga0208429_10173443300027932Hot SpringMSIFTLSVFMVKSNIAEVVASTTSSGLGGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEITYFDTYPGKPYYSETYPFTLNSNGQASQEFSACMVPNTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208429_10194723300027932Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYTCGLQMNNQSVRYNWTLNVSATPVSLASGATVSVEITYFDTYPGRPYYTETWSFTLNSNGQASGEFSACITPVNVFPESSVGIRVTSVESTSGQPINYTSSSITIIPQ
Ga0208429_10225233300027932Hot SpringMVKSNVLDVDVVQSTTSSGTLTVNLSVTSGSGVIQQGSVYYLNPEANGYYTCGLQMNNQSVRYTWTLNVSATPTSLASGATVSVEVTYFDTYPGRPYYTETYPFTLNSNGQASGEFSVCMVPSTIYPESSVGIKVTSVESASAQPINYTSSGITIIPE
Ga0208429_10304323300027932Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEVTYFDTYPGKPYYSETWPFTLNSNGQDSGEFSACMVPSTIYPESSVGIKVVGVKSATAQPINYTSSSITIIPQ
Ga0208429_10336743300027932Hot SpringVVGVATSTTSTEGTLTVNLSVTCPSSATGCNVNQIDGVYYLYPVLDGYYYCGLQMGNQSVQYNWTLNISATPVSLANGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGIKVVGVKSATAQSIPYTSSGITIIPED
Ga0208429_10464923300027932Hot SpringVLPQSDVKHNKFLSFFTLFVFMVKSNIAEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVSVEITYFDTYPSKPYYTETWPFTLNSNGQDSGEFSACMVPSTIFPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208429_10623213300027932Hot SpringYQKKIKLMLKDNSHTSENFMSDLILFFPMVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNVNQVGSTYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEITYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPSSVSPESSVGIKVTSVESASAQPINYTSSGITIIPE
Ga0208429_11396923300027932Hot SpringMVKSNIAEVVASTTSSGSGGTLTVNLSVTCPPSATGCNVIQQGGVYYLSPVLNGYYYCGLQMGNQSVLYTWTLNVSATPVSLASGATVSVEITYFDTYPNKPYYTETWAFTLNSNGQASGEFSVCMVPSTIYPESSVGVKVVG
Ga0208549_10545233300027933Hot SpringVLPQSDVKHNKYLSGFPLFVLMVKSNITEVVASTTSSGSGGTLTVNLSVTSGSGVTQIDGVYYLSPEANGYYTCGLQMNNQSVRYSWTLNISATPVSLASGATVSVEVGYFDTYPGKPYYSETYPFTLNSNGQASGGFSVCMVPVTIYPESSVGVKVVGVKSATDQSIPYTSSSISIIPQ
Ga0208549_10609823300027933Hot SpringMVKSNIAEVVASTTSSGLGGTLTVNLSVTSGSGVTQIDGVYYLNPEANGYYTCGLQMNNQSVRYSWTLHVSATPTSLANGATVFVEITYFDTYPGKPYYSETYPFTLNSNGQASQEFSACMVPNTIYPESSVGVKVVGVKSATDQSIPYTSSGITIIPQ
Ga0208549_11100533300027933Hot SpringMVKSNIAELVASTTSSGSGSGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYTCGLQMNNQSVRYTWILNVSATPVSLASGATVSVEITYFDTLPNKPSYTETWSFTLDSNGEASQEFSVCITPVNVFPESSVGIKVVGVKSATAQPFNYTSSSISIIPQ
Ga0208549_11461433300027933Hot SpringLSGFHLFVSMVKSNVLDVDVVQSTTSSGTLTVNLSVTCPSSANGCNVNQVGSTYYLYGVLDGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEITYFDTLPNKPYYTETWAFTLNSNGQASGEFSACMVPSSVSPESSVGIKVTSVESASAQPINYTSSGITIIPE
Ga0208549_12023623300027933Hot SpringLSGFHLFVFMARSKVVGVATSTTSTEGTLTVSLSVTCPSLATGCNVNQIDGVYYLYPVLDGYYYCGLQMGNQSVQYNWTLNISATPVSLANGATVSVEVTYFDTYPNKPYYTETWAFTLNSNGQASGEFSTCMVPVTIFPESSVGIKVVGVKSATAQSIPYTSSGITIIPED
Ga0208549_12525913300027933Hot SpringDFLPNTTYDLITPICPRDREFGYTLRGNGYRYVIGNSHNMKIYWKKIKLMLKDNSHTSENFMSAFPLFTFVVKSNVLDVDVVQSTTSSGTLTVNLSITCPSSANGCNVNQVGSTYYLYGVLNGYYYCGLQMGNQSVQYMWTLNISATPVSLASGATVSVEISYFDTLPNKPYYTETWAFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVTSVKSASAQPINYTSSSIGIIPE
Ga0208151_10748623300027937Hot SpringVLPQSDVKHNKFLSFLDLFVFMVRSKVVGVATSTTSTEGTLTVSLSVTCPSSATGCNVNQIDGVYYLYGVLNGYYYCGLQMNNQSVQYNWTLNISATPVSLASGATVFVEFTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGIKVTSVKSTSDQPISYTSSGITIIPED
Ga0208151_12502813300027937Hot SpringTATTTTVRNLCVLRQSDVKHNKYLSFFTLFVFMVKSNIAEVVASTTSSGLGGTLTVNLSVTCPSSATGCSVIQQGGVYYLYPVLNGYYYCGLQMGNQSVQYTWTLNVSATPVSLASGATVSVEVTYFDTLPNKPYYTETYPFTLNSNGQASGEFSVCMVPVTIFPESSVGI


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