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 F073767

Metagenome / Metatranscriptome Family F073767

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F073767
Family Type Metagenome / Metatranscriptome
Number of Sequences 120
Average Sequence Length 144 residues
Representative Sequence MVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEAIQPELNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVVPQERQLSKNLQPYNWQANMVTIAKYVVITAGILVFVKISPGV
Number of Associated Samples 36
Number of Associated Scaffolds 120

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 32.50 %
% of genes near scaffold ends (potentially truncated) 99.17 %
% of genes from short scaffolds (< 2000 bps) 90.83 %
Associated GOLD sequencing projects 23
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (68.333 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring
(79.167 % of family members)
Environment Ontology (ENVO) Unclassified
(92.500 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Surface (non-saline)
(76.667 % of family members)



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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Transmembrane (alpha-helical) Signal Peptide: No Secondary Structure distribution: α-helix: 61.43%    β-sheet: 9.29%    Coil/Unstructured: 29.29%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 120 Family Scaffolds
PF02086MethyltransfD12 2.50
PF00782DSPc 0.83
PF00145DNA_methylase 0.83

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 120 Family Scaffolds
COG0338DNA-adenine methylaseReplication, recombination and repair [L] 2.50
COG3392Adenine-specific DNA methylaseReplication, recombination and repair [L] 2.50
COG0270DNA-cytosine methylaseReplication, recombination and repair [L] 0.83


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A68.33 %
All OrganismsrootAll Organisms31.67 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2077657023|OSPB_contig05566Not Available723Open in IMG/M
2100351008|BSEYNP_contig11076__length_632___numreads_10Not Available632Open in IMG/M
2119805007|BSDYNP_contig05882__length_1222___numreads_17All Organisms → Viruses → Predicted Viral1222Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1008719All Organisms → Viruses → Predicted Viral1043Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1009985Not Available892Open in IMG/M
3300001340|JGI20133J14441_1022563Not Available1734Open in IMG/M
3300001340|JGI20133J14441_1050154Not Available890Open in IMG/M
3300001340|JGI20133J14441_1063812Not Available725Open in IMG/M
3300005861|Ga0080006_1078273Not Available669Open in IMG/M
3300005861|Ga0080006_1106566All Organisms → Viruses → Predicted Viral1090Open in IMG/M
3300005861|Ga0080006_1156440Not Available1177Open in IMG/M
3300005861|Ga0080006_1222890Not Available540Open in IMG/M
3300005861|Ga0080006_1237169All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_C5687Open in IMG/M
3300006179|Ga0079043_1019992Not Available559Open in IMG/M
3300006180|Ga0079045_1012278Not Available671Open in IMG/M
3300006180|Ga0079045_1015925Not Available578Open in IMG/M
3300006180|Ga0079045_1019070Not Available521Open in IMG/M
3300006855|Ga0079044_1015466Not Available880Open in IMG/M
3300006855|Ga0079044_1035238Not Available505Open in IMG/M
3300006857|Ga0079041_1022608Not Available761Open in IMG/M
3300006857|Ga0079041_1034809Not Available571Open in IMG/M
3300006857|Ga0079041_1041731Not Available508Open in IMG/M
3300006859|Ga0079046_1021754Not Available957Open in IMG/M
3300006859|Ga0079046_1033222Not Available711Open in IMG/M
3300006859|Ga0079046_1038459Not Available642Open in IMG/M
3300006859|Ga0079046_1055063Not Available506Open in IMG/M
3300007161|Ga0099839_109760All Organisms → Viruses → Predicted Viral1276Open in IMG/M
3300007166|Ga0099835_130909All Organisms → Viruses → Predicted Viral1260Open in IMG/M
3300007166|Ga0099835_164001Not Available522Open in IMG/M
3300007168|Ga0099838_102885All Organisms → Viruses → Predicted Viral1014Open in IMG/M
3300007811|Ga0105111_1005925All Organisms → Viruses → Predicted Viral1112Open in IMG/M
3300007812|Ga0105109_1004884All Organisms → Viruses → Predicted Viral1344Open in IMG/M
3300007812|Ga0105109_1017157Not Available563Open in IMG/M
3300007813|Ga0105108_101472All Organisms → Viruses → Predicted Viral1073Open in IMG/M
3300007813|Ga0105108_102455Not Available830Open in IMG/M
3300007813|Ga0105108_106646Not Available510Open in IMG/M
3300007815|Ga0105118_1007729Not Available631Open in IMG/M
3300007815|Ga0105118_1009242Not Available581Open in IMG/M
3300007816|Ga0105112_1006218Not Available824Open in IMG/M
3300007816|Ga0105112_1010731Not Available624Open in IMG/M
3300007816|Ga0105112_1012346Not Available581Open in IMG/M
3300007816|Ga0105112_1015366Not Available519Open in IMG/M
3300007816|Ga0105112_1016013Not Available508Open in IMG/M
3300013008|Ga0167616_1044250Not Available589Open in IMG/M
3300013008|Ga0167616_1046461Not Available571Open in IMG/M
3300013008|Ga0167616_1051295Not Available536Open in IMG/M
3300013009|Ga0167615_1017824Not Available1218Open in IMG/M
3300013009|Ga0167615_1036309Not Available793Open in IMG/M
3300013009|Ga0167615_1054513Not Available621Open in IMG/M
3300013009|Ga0167615_1074336Not Available518Open in IMG/M
3300013010|Ga0129327_10212545Not Available979Open in IMG/M
3300013010|Ga0129327_10217587Not Available968Open in IMG/M
3300013010|Ga0129327_10285541Not Available851Open in IMG/M
3300013010|Ga0129327_10288429Not Available847Open in IMG/M
3300013010|Ga0129327_10303419Not Available827Open in IMG/M
3300013010|Ga0129327_10891928Not Available510Open in IMG/M
3300025503|Ga0209012_1062398Not Available876Open in IMG/M
3300025503|Ga0209012_1074730Not Available742Open in IMG/M
3300025503|Ga0209012_1082362Not Available678Open in IMG/M
3300025503|Ga0209012_1082378Not Available678Open in IMG/M
3300025503|Ga0209012_1106828Not Available530Open in IMG/M
3300026623|Ga0208661_113430Not Available616Open in IMG/M
3300026625|Ga0208028_100523All Organisms → Viruses → Predicted Viral2258Open in IMG/M
3300026625|Ga0208028_101724All Organisms → Viruses → Predicted Viral1057Open in IMG/M
3300026625|Ga0208028_103352Not Available669Open in IMG/M
3300026625|Ga0208028_103367Not Available668Open in IMG/M
3300026625|Ga0208028_103453Not Available658Open in IMG/M
3300026625|Ga0208028_103626Not Available636Open in IMG/M
3300026625|Ga0208028_103897Not Available608Open in IMG/M
3300026625|Ga0208028_105111Not Available519Open in IMG/M
3300026627|Ga0208548_115601Not Available732Open in IMG/M
3300026627|Ga0208548_119195Not Available595Open in IMG/M
3300026762|Ga0208559_101406All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D3502Open in IMG/M
3300026762|Ga0208559_102235All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Sulfolobales → Sulfolobaceae2393Open in IMG/M
3300026762|Ga0208559_102345All Organisms → Viruses → Predicted Viral2302Open in IMG/M
3300026762|Ga0208559_102607All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_C2104Open in IMG/M
3300026762|Ga0208559_104027All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon BE_D1447Open in IMG/M
3300026762|Ga0208559_104151All Organisms → Viruses → Predicted Viral1416Open in IMG/M
3300026762|Ga0208559_104520All Organisms → Viruses → Predicted Viral1321Open in IMG/M
3300026762|Ga0208559_115084Not Available503Open in IMG/M
3300026813|Ga0208448_105173Not Available852Open in IMG/M
3300026813|Ga0208448_105843All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Sulfolobales → Sulfolobaceae794Open in IMG/M
3300026813|Ga0208448_106545Not Available745Open in IMG/M
3300026813|Ga0208448_108959Not Available619Open in IMG/M
3300026813|Ga0208448_110487Not Available562Open in IMG/M
3300026813|Ga0208448_111323Not Available537Open in IMG/M
3300026821|Ga0208006_109204All Organisms → Viruses → Predicted Viral1076Open in IMG/M
3300026877|Ga0208314_103388All Organisms → Viruses → Predicted Viral3635Open in IMG/M
3300026877|Ga0208314_111224All Organisms → Viruses → Predicted Viral1372Open in IMG/M
3300026877|Ga0208314_115148Not Available1070Open in IMG/M
3300026877|Ga0208314_120732All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Sulfolobales → Sulfolobaceae817Open in IMG/M
3300026877|Ga0208314_121599Not Available789Open in IMG/M
3300026877|Ga0208314_129784Not Available588Open in IMG/M
3300026877|Ga0208314_131992Not Available550Open in IMG/M
3300026877|Ga0208314_134845Not Available508Open in IMG/M
3300026885|Ga0208662_104929All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D2507Open in IMG/M
3300026906|Ga0208683_108180All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon BE_D1938Open in IMG/M
3300026906|Ga0208683_113889All Organisms → Viruses → Predicted Viral1201Open in IMG/M
3300026906|Ga0208683_115305All Organisms → Viruses → Predicted Viral1104Open in IMG/M
3300026906|Ga0208683_116086All Organisms → Viruses → Predicted Viral1056Open in IMG/M
3300026906|Ga0208683_123138Not Available763Open in IMG/M
3300026906|Ga0208683_124875Not Available714Open in IMG/M
3300026906|Ga0208683_129913Not Available601Open in IMG/M
3300026906|Ga0208683_130387Not Available591Open in IMG/M
3300026906|Ga0208683_135261Not Available510Open in IMG/M
3300026906|Ga0208683_136083Not Available500Open in IMG/M
3300027931|Ga0208312_100844All Organisms → Viruses → Predicted Viral2977Open in IMG/M
3300027931|Ga0208312_102334All Organisms → Viruses → Predicted Viral1702Open in IMG/M
3300027931|Ga0208312_102471All Organisms → Viruses → Predicted Viral1637Open in IMG/M
3300027931|Ga0208312_103965All Organisms → Viruses → Predicted Viral1214Open in IMG/M
3300027931|Ga0208312_106913All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon BE_D807Open in IMG/M
3300027932|Ga0208429_104754All Organisms → Viruses → Predicted Viral1381Open in IMG/M
3300027932|Ga0208429_108160Not Available928Open in IMG/M
3300027932|Ga0208429_109257Not Available847Open in IMG/M
3300027933|Ga0208549_106979All Organisms → Viruses → Predicted Viral2193Open in IMG/M
3300027933|Ga0208549_111640All Organisms → Viruses → Predicted Viral1425Open in IMG/M
3300027933|Ga0208549_118449Not Available957Open in IMG/M
3300027937|Ga0208151_103455All Organisms → cellular organisms → Archaea → TACK group3413Open in IMG/M
3300027937|Ga0208151_123390Not Available558Open in IMG/M
3300027937|Ga0208151_123453Not Available556Open 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 Spring79.17%
Hypersaline MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hypersaline Mat10.83%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater5.00%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient5.00%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2077657023Hot spring microbial communities from One Hundred Springs Plain, Yellowstone National Park, Wyoming, USA - sample OSP_BEnvironmentalOpen 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
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
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
3300007161Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_top_diel_T=8 metaT (Metagenome Metatranscriptome)EnvironmentalOpen 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
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
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
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
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
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
OSPB_007178902077657023Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYRLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSITQAQQANLNYIMNSCIIPLQRQLSKNLQPY
BSEYNP_010395602100351008Hot SpringMGPLGVTPSKTHIYCGSIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEAIQPERNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCIVPQERQLSKNLQPYNWQANMVTIAKYAVITAGILVFVKISPSVIRGIINALRTSQVMRTGPEMGSATTNL
BSDYNP_011291702119805007Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTPCYSATQPYVNALQGCMNEWTNTLNAYLQEDNKAGTSLTAQQQANLNYIMNSCVIPQEQQLGKALQPYNWQANMVTIAKYVVITAGVLVFVKISPG
BeoS_FeMat_6568CDRAFT_100871913300000346FreshwaterMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAK
BeoS_FeMat_6568CDRAFT_100998523300000346FreshwaterMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLEEDNVAGTSLTQAQQANLNYIMNTCV
JGI20133J14441_102256323300001340Hypersaline MatMVSKTTEDALAVVGVVGALGIGGYAVYRLVSSLTNPGCTTPGTPCYSAIQAYRDVLQGCMNEYESTLNTYLQEDNQAGTSLTAQQQANLNYIMNSCVIPQETQLGKALQPYNWQANMVTVARYVVIGAVVY
JGI20133J14441_105015413300001340Hypersaline MatMVSKTTQDALAVVAVVGALGIGGYAVYRLVSSATTPGCTTPGTPCYSAIQSYVNVLQGCMNEYESTLNTYLQEDNKAGTSLTPAQQANLNYIMNSCVIPQETQLSKALQP
JGI20133J14441_106381223300001340Hypersaline MatMVSKTTQDALAVVAVVGALGIGGYAVYRLVSSATTPGCTTPGTPCYSAIQPYLNVLQGCMNEYESTLNTYLEEDNKAGTSLTPAQQTNLNYIMNSCIIPASKDVSLAVQPYNWQSNMLTVAR
Ga0080006_107827323300005861Hypersaline MatMVSKTTEDALAAVAVVGALGIGGYAVYRLVSSLTNPGCTTPGTPCYSATQPYRDALQGCMNEYESTLNTYLQEDNQAGTSLTAQQQANLNYIMNS
Ga0080006_110656613300005861Hypersaline MatMVSKTTQDALAAVAVVGALGIGGYVAYRLVSSLTNPGCTTPGTPCYSAIQPYLNVLQGCMNEYESTLNTYLEEDNKAGTSLTPAQQTNLNYIMNSCIIPASKDVSSAVQPYNWQSNMLTVARYVVIGAVVYAVIRASPQIVKGILGALRTAPRTGPEMGSAAMNTTLRVEAPELE
Ga0080006_115644013300005861Hypersaline MatMVSKTTQDALAVVAVVGALGIGGYAVYRLVSSATTPGCTTPGTPCYSAIQSYVNVLQGCMNEYESTLNTYLQEDNKAGTSLTPAQQANLNYIMNSCVIPQETQLSKALQPYNWQSNMVTV
Ga0080006_122289023300005861Hypersaline MatMVSKSTEDILTVVGVLGALGIGGYAVYRLVSSLTTPGCTTPGTACYSATQPYVNALQACMNEWTNTLNTYLQEDNQAGTSLTQAQQANLNYIMNSCVIPQEKQLGKALQPYNWQSNMVTIATEVVI
Ga0080006_123716913300005861Hypersaline MatMVSKGTEDILAAVAVVGALGIGGYVAYRLVSSATTPGCTTPGTPCYSAIQSYVDVLQGCMNEYESTMNTYLEEDNKAGTSLTPAQQANLNYIMNSCVIPQETQLSKALQPYNWQSNMVTVARYVVIGAVVYAVIRASPQIVKGILGALRTAPRTGPEMGSAAMNTTLRVEAPELE
Ga0079043_101999223300006179Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQPYVNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQTNLNYIMNSCVIPQERQLSNNLQPYNWQANMVTVAK
Ga0079045_101227823300006180Hot SpringMGPLGVTPSKTHIYCGGIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLEEDNAAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPFNWQANMVTLG
Ga0079045_101592513300006180Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAQYVVITAGVLIFVRISPSVIRGIVNSLRTSSVMRTGPEMG
Ga0079045_101907013300006180Hot SpringIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLEEDNAAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPFNWQANMVTLGKYAVITAGILVFVRISPSVIQGIINALRTSQVMRTGPEMGSATTNLAL
Ga0079044_101546623300006855Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQPYVNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQTNLNYIMNSCVIPQEQQLGKALQPYNWQANMVTIAK
Ga0079044_103523813300006855Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYSAVQPYVNALQGCMNEWTNTLNAYLEEDNKVGTSLTQAQQANLNYIMNSCVIPQEQQLGKALQPYNWQANMVTIAKYVVITAGILVFVKISPGVIRGIIN
Ga0079041_102260813300006857Hot SpringMEPLGVTPSKTHIYCGSIKRHMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEAIQPELNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQTNLNYIMNSCVIPQERQLSNNLQPYNWQANMVTVAKYVVITAGVLVFVKISPGVIRGIINALRTSQVMRTGPEMGSATTNLALRVSAPELDS
Ga0079041_103480913300006857Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQPYVNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQTNLNYIMNSCVIPQE
Ga0079041_104173113300006857Hot SpringPSKTHIYCGGIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPFNWQANMVTIAKYAVITAGVLVFVKISPSVIQGIINALRTSQVM
Ga0079046_102175413300006859Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEAIQPEVNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCIVPQERQLSKNLQPYNWQANMVTIAKYVVITAGVLVFVKISPGVI
Ga0079046_103322213300006859Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPF
Ga0079046_103845923300006859Hot SpringMGPLGVTPSKTHIYCGGIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLEEDNAAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPF
Ga0079046_105506313300006859Hot SpringVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLEEDNAAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPFNWQANMVTLGKYAVITAGILVFVRISPSVIQGIINALRTSQVMRTGPEMGSATTNLAL
Ga0099839_10976023300007161FreshwaterMVSKTTENILAVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAKYVVITAGVLIFVRISPSVIRGIVNSLRTSSVM
Ga0099835_13090923300007166FreshwaterMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQVNLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAKYVVITAGVLIFV
Ga0099835_16400113300007166FreshwaterMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPERNALQACMNEWTSTLNAYLEEDNQAGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPY
Ga0099838_10288523300007168FreshwaterMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTV
Ga0105111_100592513300007811Hot SpringMVSKTTENILAVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCMNEYESTLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYN
Ga0105109_100488423300007812Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASTGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIFFKISPS
Ga0105109_101715713300007812Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQPEVNAVQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCIVPQERQLSKNLQPYNWQANMVTIAKYVVITAGILVFVKISPGV
Ga0105108_10147213300007813Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEAIQPELNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVVPQERQLSKNLQPYNWQANMVTIAKYVVITAGILVFVKISPGV
Ga0105108_10245513300007813Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNQAGTSLTQAQQANLNYIMNTCVNPAAKGASTAVQPFNWRANMVTIAKYAVITAGVLVFVKISPSVIQGIINAL
Ga0105108_10664613300007813Hot SpringMVTKRTEDILTVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTPCYSAIQSELNVLQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIFFKISPSVIRGIVNSLRTSSVMR
Ga0105118_100772913300007815Hot SpringMVSKSTEDILAVIGMVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPFNWQANMVTLGKYVVITAGVLVFFKISPGVIRGIINALRTSQVMRTGPEMGS
Ga0105118_100924223300007815Hot SpringMVSKSTEDILAVIGMVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPFNWQANMVTLGKYAV
Ga0105112_100621823300007816Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNQAGTSLTQAQQANLNYIMNTCVNPAAKGASTAVQPFNWQANMT
Ga0105112_101073113300007816Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIMNTCVNPAAKGASTAVQPFNWQAN
Ga0105112_101234613300007816Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTPCYSATQPEVNALQGCMNEWTNTLNAYLEEDNKAGTSLTAQQQANLNYIMNSCVIPQEQQLGKALQPYNWQANMVTIAKYVV
Ga0105112_101536613300007816Hot SpringGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPERNALQACMNEWTSTLNAYLEEDNKAGTSLTAQQQANLNYIMNSCVVPQERQLSKNLQPYNWQANMVTIAKYAVITAGILVFVKISPGVIRGIINALRTSQVMRTGPEMGSATTNLALR
Ga0105112_101601313300007816Hot SpringMVSKRKEDILPAVGVVDALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPERNALQACMNEWTSTLNAYLQEDNQAGTSLTQAQQTNLNYIMNSCVIPQEQQLSKNLQPYNWQANMVTIAKYVVITAGVLVFVKISPGV
Ga0167616_104425023300013008Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTPCYSATQPEVNALQGCMNEWTNTLNAYLEEDNKAGTSLTAQQQANLNYIMNSCVIPQEQQLGKALQPYNWQANMVTIAKYVVIT
Ga0167616_104646113300013008Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQPEVNAVQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCIVPQERQLSKNLQPYNWQANMVTIAKYVVITAGILVFVKISPGVIR
Ga0167616_105129513300013008Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQPEVNAVQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVIPQEQQLAKALQPYNWQANMVTIAKYAVITAGVLVFVKISPSVIRGIINALRTSQVMRTGPEMGS
Ga0167615_101782413300013009Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASTGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQTNLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIFFKISPSVIRGIV
Ga0167615_103630913300013009Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNQAGTSLTQAQQANLNYIMNTCVNPAAKGASTAVQPFNWQANMTTIAKY
Ga0167615_105451323300013009Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYSAVQPYVNALQGCMNEWTNTLNTYLQEDNQAGTSLTQAQQANLNYIMNSCVIPQET
Ga0167615_107433613300013009Hot SpringGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPEVNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPYNWQANMVTIAKYVVITAGVLVFVKISPGVIRGIINALRTSQVMRTGPEMGSATTNLALR
Ga0129327_1021254513300013010Freshwater To Marine Saline GradientMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTPCYSATQPYVNALQGCMNEWTNTLNAYLQEDNKAGTSLTAQQQANLNYIMNSCVIPQEQQLGKALQPYNWQANM
Ga0129327_1021758713300013010Freshwater To Marine Saline GradientMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQSEVNAVQACMNEWTSTLNAYLEEDNKVGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPYNWQANMVTIAKYVVITAGILVFVKISPGVIR
Ga0129327_1028554123300013010Freshwater To Marine Saline GradientMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIMNTCVNPAAKGASTAVQPFNWQANMVTIAKYAVITAGVLVFV
Ga0129327_1028842923300013010Freshwater To Marine Saline GradientMGPLGVTPSKTHIYCGSIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPERNALQACMNEWTSTLNAYLEEDNKAGTSLTAQQQANLNYIMNSCVVPQERQLSKNLQPYNWQANMVTIAKYAVITAGILVFVKISPGVIRGIINALRTSQVMR
Ga0129327_1030341923300013010Freshwater To Marine Saline GradientMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIMNTCVNPAAKGASTAVQPFNWQANMVTIAKYAVITA
Ga0129327_1089192813300013010Freshwater To Marine Saline GradientMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAKYVVITAGV
Ga0209012_106239813300025503Hypersaline MatMVSKTTQDALAVVAVVGALGIGGYAVYRLVSSATTPGCTTPGTPCYSAIQPYLNVLQGCMNEYESTLNTYLEEDNKAGTSLTPAQQTNLNYIMNSCIIPASKDVSLAVQPYNWQSNMLTVARYVVIGAVVYAVIRASPQIVKGILGALRTAPRTGPEMG
Ga0209012_107473013300025503Hypersaline MatMVSKTTQDALAVVAVVGALGIGGYAVYRLVSSATTPGCTTPGTPCYSAIQSYVNVLQGCMNEYESTLNTYLQEDNKAGTSLTPAQQANLNYIMNSCVIPQETQLSKALQPYNWQSNMVTVAKYVVIGAVVYAVIRASPQIVK
Ga0209012_108236223300025503Hypersaline MatMVSKSTEDILTVVGVLGALGIGGYAVYRLVSSLTTPGCTTPGTACYSATQPYVNALQACMNEWTNTLNTYLQEDNQAGTSLTQAQQANLNYIMNSCVIPQEKQLGKALQPYNWQSNMVTIATEVVIAAGVLVFVRIAPSV
Ga0209012_108237823300025503Hypersaline MatMVSKTTQDALAVVAVVGALGIGGYAVYRLVSSLTNPGCTTPGTPCYSAIQPYLNVLQGCMNEYESTMNTYLEEDNKAGTSLTPAQQANLNYIMNSCIIPAEKDVSLAVQPYNWQSNMLTVARYVVTGAVVYAVIRASPQIVKGILGALRTAPRTGPEMGSAAMNTTL
Ga0209012_110682813300025503Hypersaline MatMVSKSTEDILAVVGVVGALGIGGYAVYRLISSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNQAGTSLTEAQQANLNYIMNTCVNPAAKGASTAVQPFNWQANM
Ga0208661_11343023300026623Hot SpringMVSKSTEDILAVIGVLGALGIGGYAVYKLVTSITSPITNPASTGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYIEEDNKAGTSLTQAQQANLNYIMNSCIIPQEEQLSKNLQPYNWQANM
Ga0208028_10052333300026625Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEAIQPELNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVVPQERQLSKNLQPYNWQANMVTIAKYVVITAGILV
Ga0208028_10172423300026625Hot SpringMGPLGVTPSKTHIYSGSIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTPCYSATQPYVNALQGCMNEWTNTLNAYLQEDNKAGTSLTAQQQANLNYIMNSCVIPQEQQLGKALQPYNWQANMVTIAKYVVITAGILV
Ga0208028_10335213300026625Hot SpringMVSKTTENILAVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTACYEAIQPELNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAQYVVITAGVLIFFKISPSVIRGIVNSLRTSSVMRTGPEMGSA
Ga0208028_10336713300026625Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYRLAIQSELNVLQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIFFKISPSVIRGIV
Ga0208028_10345323300026625Hot SpringMVSKTTENILAVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTACYEAIQPELNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAQYVVITAGVLIFFKISPSVIRGIVNSLRTSSVMRTGPEMGS
Ga0208028_10362623300026625Hot SpringMVSKTTENILAVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTIAKYVVITAGVLIFVRISPSVIRGIVNSLRTSSVMRTGPEMG
Ga0208028_10389713300026625Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQVNLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAKYVVITAGVLIFVKISPSVIRGIVNSLRTSSVMRTGPEMGS
Ga0208028_10511113300026625Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAKYVVITAGVLIF
Ga0208548_11560113300026627Hot SpringMVSKSTEDILAVIGVLGALGIGGYAVYKLVTSITSPITNPASTGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYIEEDNKAGTSLTQAQQANLNYIMNSCIIPQEEQLSKNLQPYNWQANMTTIAKYVVITAGILVFVKISPGVIRGIINALRTSQVMR
Ga0208548_11919513300026627Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNAIQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAQYVVITAGVLIFVKISPSVI
Ga0208559_10140653300026762Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPEVNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPYNWQANMVTIAKYVVI
Ga0208559_10223513300026762Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAKYVVITAGVLIFVRISPSV
Ga0208559_10234513300026762Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEAIQPELNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVVPQERQLSKNLQPYNWQANMVTIAKYVVITAGILVFVKISPGVI
Ga0208559_10260713300026762Hot SpringMVSKTTENILAVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTPCYSAIQPELNALQGCMNEYESTLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAQYVVITAGVLIFVRISPSVIRGIVNSLRTSSVM
Ga0208559_10402733300026762Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTPCYSAIQSELNVLQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIFFKISPSVIRGIVNSLRTSSVMRTGPEM
Ga0208559_10415113300026762Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASTGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQTNLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIFFKISPSVIRGIVNSLRTSSVMRTGPEM
Ga0208559_10452013300026762Hot SpringMVSKTTENILAVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTACYEAIQPELNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIFVRISP
Ga0208559_11508413300026762Hot SpringGPLGVTPSKTHIYCGGIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLEEDNVAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPFNWQANMVTLGKYAVITAGILVFVRISPSVIQGIINA
Ga0208448_10517323300026813Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQPEVNAVQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVIPQEQQLAKALQPYNWQANMVTIAKYAVITAGVLVFVKISPSVIRGIINALRTSQVMRTGPEMGSATTNLALRV
Ga0208448_10584313300026813Hot SpringVVGVLGALGIGGYAVYKLVTSVTTPGCTTPGTACYSAIQPYLNALQGCMNEYESTLNTYLEEDNKAGTSLTAQQQANLNYIMNSCVIPQETQLGKALQPYNWQANMVTVAKYVVV
Ga0208448_10654513300026813Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPVLNTLQGCTNEYMSLLNTYLQEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAQYVVITAGVLIFVKISPSVIRGIVNSLKTSSVMRTGPEMGSAATNLSLRVQAPN
Ga0208448_10895913300026813Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVSSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLQEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAQYVVITAGVLIFFKISPSVIRGIVNSLKTSSVMRTGPEMGSAATNLSLRVQAPN
Ga0208448_11048713300026813Hot SpringQNVYLTLQSKKCMVSKTTENILAVVGVLGALGIGGYAVYRLVTSITTPGCTTPGTPCYSAIQPVLNALQGCTNEYMSLLNTYLEEDNKAGTSITQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAQYVVITAGVLIFVKISPSVIRGIVNSLKTSSVMRTGPEMGSAAVNTTLRVQAPN
Ga0208448_11132313300026813Hot SpringSIPVVFVMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYSAVQPYVNALQGCMNEWTNTLNTYLQEDNQAGTSLTQAQQANLNYIMNSCVIPQETQLGKALQPYNWQASMVTIAKYVVITAGVLVFFKISPSVIRGIINALRTSQVMRTGPEMGSATTNLALRV
Ga0208006_10920413300026821Hot SpringMVSKSTEDILAVIGVLGALGIGGYAVYKLVTSITSPITNPASTGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYIEEDNKAGTSLTQAQQANLNYIMNSCIIPQEEQLSKNLQPYNWQANMTTIAKYVVITAGILVFVKISPGVIRGIINALRTSQVM
Ga0208314_10338813300026877Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTPCYSAIQSELNVLQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIFFKISPSVIRGIVNSLRTSSVMRT
Ga0208314_11122413300026877Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIMNTCVNPAAKGASTAVQPFNWQANMVTIAKYA
Ga0208314_11514823300026877Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPEVNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPYNWQANMVTIAKYVVITAGILVFVKISPGVIRGI
Ga0208314_12073213300026877Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMV
Ga0208314_12159913300026877Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPEVNALQACMNEWTSTLNAYLEEDNQAGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPYNWQANMVT
Ga0208314_12978413300026877Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLEEDNVAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPFNWQANMVTLGKYAVITAGILVFVRISPSVIQGIINA
Ga0208314_13199213300026877Hot SpringMGPLGVTPSKTHIYSGSIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTPCYSATQPEVNALQGCMNEWTNTLNAYLEEDNKAGTSLTAQQQANLNYIMNSCVIPQEQQLGKALQPYNWQANMVTIAKYVVITAGIL
Ga0208314_13484523300026877Hot SpringMGPLGVTPSKTHIYRGSIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQSEVNALQACMNEWTSTLNAYLEEDNQAGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQP
Ga0208662_10492953300026885Hot SpringMVSKTTENILAVVGVLGALGIGGYAVYRLVSSITTPGCTTPGTACYSAIQPYLNVLQGCMNEYESTLNTYLEEDNKAGTSLTQAQQTNLNYIMNSCVIPASKDVSLAVQPYNWQSNMLTVAKYVVTGAVVYAVIRASPQIVSGILNALRTAPRTGAEIEDGC
Ga0208683_10818033300026906Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTPCYSAIQSELNVLQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIFFKISPSVIRGIVNS
Ga0208683_11388923300026906Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNQAGTSLTQAQQANLNYIMNTCVNPAAKGASTAVQPFNWQAN
Ga0208683_11530523300026906Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQSEVNAVQACMNEWTSTLNAYLEEDNQAGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPY
Ga0208683_11608613300026906Hot SpringMGPLGVTPSKTHIYCGSIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPERNALQACMNEWTSTLNAYLEEDNKAGTSLTAQQQANLNYIMNSCVVPQERQLSKNLQPYNWQANMVTIAKYAVITAGILVFVKISPGVIRGIINALRTSQVMRTGPEMGSATTNLALR
Ga0208683_12313823300026906Hot SpringMGPLGVTPSKTHIYCGGIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIM
Ga0208683_12487513300026906Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEAIQPEVNALQACMNEWTNTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSNNLQPYNWQANMVTIAKYAVITAGILVFVKISPGVIRGIINALRTSQV
Ga0208683_12991313300026906Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQVNLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAKYVVITAGVLIFFKISPSVIRGIVNSLRTSSVMRTGPEM
Ga0208683_13038723300026906Hot SpringMVSKTTENILAVVGVLGALGIGGYAVYRLVTSVTTPGCTTPGTACYSAIQPELNALQACMNEWTSTLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTV
Ga0208683_13526123300026906Hot SpringMGPLGVTPSKTHIYRGSIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPERNALQACMNEWTSTLNAYLEEDNQAGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPY
Ga0208683_13608313300026906Hot SpringGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSITQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAQYVVITAGVLIFFKISPSVIRGIVNSLKTSSVMRTGPEMGSAAVNTTLRVQAPN
Ga0208312_10084453300027931Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEAIQPELNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVVPQERQLSKNLQPYNWQANMVTIAKYVVITAGILVFVKISPGVIRGI
Ga0208312_10233413300027931Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQSEVNALQACMNEWTSTLNAYLEEDNQAGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPYNWQANMVTIAKYVVITAGILVFVKISPGVIRGI
Ga0208312_10247133300027931Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPFNW
Ga0208312_10396513300027931Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANM
Ga0208312_10691323300027931Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYRLVSSVTTPGCTTPGTPCYSAIQSELNVLQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIF
Ga0208429_10475413300027932Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASTGCTTPGTPCYSAIQPELNALQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQTNLNYIMNSCIIPQERQLSKNLQPYNWQANMVTVAKYVVITAGVLIFFKISPSVIRGIVNSLRTSSVMRTGPEMGSA
Ga0208429_10816023300027932Hot SpringMGPLGVTPSKTHIYSGSIKRHMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTACYSAVQPYLQELTACQTEWTNTLNTYLQEDNAAGTSLTQAQQANLNYIMNTCVNPAAKKASTAVQPFNWQANMVTLGKYAVITAGVLVFVRISPSVIQGIINALRTSQVMR
Ga0208429_10925723300027932Hot SpringMGPLGVTPSKTHIYSGSIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTSPGCTTPGTPCYSATQPYVNALQGCMNEWTNTLNAYLQEDNKAGTSLTAQQQANLNYIMNSCVTPQEQQLGKALQPYNWQANMVTIAKYVVITAGILVFVKISPSVIRGIINAL
Ga0208549_10697933300027933Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQPERNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPYNWQANMVTVAKYVVITAGILVFVKISPGVIRGIINALRTSQVMRTGPEMGSATTN
Ga0208549_11164013300027933Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEATQSEVNAVQACMNEWTSTLNAYLEEDNKVGTSLTQAQQANLNYIMNSCVIPQEQQLSKNLQPYNWQANMVTIAKYVVITAGILVFVKISPGVIRGIINALRTSQVMRTGPEMGSATTN
Ga0208549_11844923300027933Hot SpringMGPLGVTPSKTHIYSGSIKGIMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYEAIQPEVNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQANLNYIMNSCIVPQERQLSKNLQPYNWQANMVTIAKYVVITAGVLVFVKISPGVIRGIINALRTSQVMRTGPEMGSATTNLALRVS
Ga0208151_10345513300027937Hot SpringMVSKRTEDILTVVGVLGALGIGGYAVYKLVTSITSPITNPASAGCTTPGTPCYSAIQPELNAIQGCTNEYMSLLNTYLEEDNKAGTSLTQAQQANLNYIMNSCIIPLQRQLSKNLQPYNWQANMVTVAQYVVITAGVLIF
Ga0208151_12339013300027937Hot SpringMVSKRTEDILTAVGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYSAVQPYVNALQGCMNEWTNTLNAYLEEDNKVGTSLTQAQQANLNYIMNSCVIPQEQQLGKALQPYNWQANMVTIAKYVVITAGILVFVKISPSVIRGIINALRTSQVMRTGPEMGS
Ga0208151_12345313300027937Hot SpringMVSKSTEDILAVIGVVGALGIGGYAVYRLVSSLTTPGCTTPGTACYTATQPYVNALQACMNEWTSTLNAYLEEDNKAGTSLTQAQQTNLNYIMNSCVIPQEQQLGKALQLYNWQANMVTIAKYVVITAGILVFVKISPGVIRGIINALRTSQVMRTGPEMGSATTNLALRV


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