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 F053392

Metagenome / Metatranscriptome Family F053392

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Overview Alignments Structure & Topology Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F053392
Family Type Metagenome / Metatranscriptome
Number of Sequences 141
Average Sequence Length 148 residues
Representative Sequence MSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK
Number of Associated Samples 48
Number of Associated Scaffolds 141

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 47.52 %
% of genes near scaffold ends (potentially truncated) 22.70 %
% of genes from short scaffolds (< 2000 bps) 61.70 %
Associated GOLD sequencing projects 28
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 (83.688 % 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
(67.376 % of family members)
Environment Ontology (ENVO) Unclassified
(87.234 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Surface (non-saline)
(67.376 % of family members)



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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: Yes Secondary Structure distribution: α-helix: 18.67%    β-sheet: 29.33%    Coil/Unstructured: 52.00%
Feature Viewer
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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A83.69 %
All OrganismsrootAll Organisms16.31 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300001309|JGI20129J14369_1007481Not Available1514Open in IMG/M
3300001309|JGI20129J14369_1015469Not Available978Open in IMG/M
3300001309|JGI20129J14369_1017791Not Available896Open in IMG/M
3300001309|JGI20129J14369_1033109Not Available592Open in IMG/M
3300001340|JGI20133J14441_1031887Not Available1299Open in IMG/M
3300001340|JGI20133J14441_1057298Not Available795Open in IMG/M
3300001340|JGI20133J14441_1065466Not Available708Open in IMG/M
3300001340|JGI20133J14441_1082776Not Available579Open in IMG/M
3300001684|JGI20128J18817_1002333All Organisms → cellular organisms → Archaea → Candidatus Thermoplasmatota → Thermoplasmata → Thermoplasmatales → unclassified Thermoplasmatales → Thermoplasmatales archaeon4928Open in IMG/M
3300001684|JGI20128J18817_1017439Not Available1270Open in IMG/M
3300001684|JGI20128J18817_1059217Not Available510Open in IMG/M
3300003607|JGI20129J51889_1004290All Organisms → Viruses → Predicted Viral2006Open in IMG/M
3300003607|JGI20129J51889_1006771All Organisms → Viruses → Predicted Viral1602Open in IMG/M
3300003607|JGI20129J51889_1008262All Organisms → Viruses → Predicted Viral1454Open in IMG/M
3300003607|JGI20129J51889_1018763Not Available948Open in IMG/M
3300003614|JGI20129J51890_10027366All Organisms → Viruses → Predicted Viral2296Open in IMG/M
3300003614|JGI20129J51890_10044504All Organisms → Viruses → Predicted Viral2011Open in IMG/M
3300003723|Ga0040873_102572Not Available1164Open in IMG/M
3300003723|Ga0040873_103006Not Available998Open in IMG/M
3300005223|Ga0073350_131955Not Available2095Open in IMG/M
3300005859|Ga0080003_1003759All Organisms → cellular organisms → Archaea → Candidatus Thermoplasmatota → Thermoplasmata → Thermoplasmatales → unclassified Thermoplasmatales → Thermoplasmatales archaeon5808Open in IMG/M
3300005859|Ga0080003_1010787Not Available2187Open in IMG/M
3300005861|Ga0080006_1087601Not Available1670Open in IMG/M
3300005861|Ga0080006_1189136Not Available2549Open in IMG/M
3300005861|Ga0080006_1214717Not Available573Open in IMG/M
3300005959|Ga0081534_102790Not Available4277Open in IMG/M
3300005959|Ga0081534_105974All Organisms → Viruses → Predicted Viral2275Open in IMG/M
3300005964|Ga0081529_116944Not Available4239Open in IMG/M
3300005977|Ga0081474_111934Not Available1101Open in IMG/M
3300006180|Ga0079045_1000347Not Available6989Open in IMG/M
3300006180|Ga0079045_1000451Not Available5999Open in IMG/M
3300006180|Ga0079045_1000502All Organisms → cellular organisms → Archaea → Candidatus Thermoplasmatota → Thermoplasmata → Thermoplasmatales → unclassified Thermoplasmatales → Thermoplasmatales archaeon5625Open in IMG/M
3300006180|Ga0079045_1003309All Organisms → Viruses → Predicted Viral1551Open in IMG/M
3300006180|Ga0079045_1003683Not Available1448Open in IMG/M
3300006180|Ga0079045_1007000Not Available953Open in IMG/M
3300006181|Ga0079042_1005098Not Available2000Open in IMG/M
3300006181|Ga0079042_1028017Not Available593Open in IMG/M
3300006855|Ga0079044_1008382Not Available1373Open in IMG/M
3300006857|Ga0079041_1030480Not Available622Open in IMG/M
3300006858|Ga0079048_1020313Not Available886Open in IMG/M
3300006859|Ga0079046_1000471All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Deltalipothrixvirus → Acidianus filamentous virus 210124Open in IMG/M
3300007155|Ga0099843_126181Not Available1076Open in IMG/M
3300007166|Ga0099835_168154Not Available1109Open in IMG/M
3300007168|Ga0099838_169855Not Available748Open in IMG/M
3300007486|Ga0099841_130814Not Available638Open in IMG/M
3300007575|Ga0099844_110210Not Available933Open in IMG/M
3300007811|Ga0105111_1000601Not Available4245Open in IMG/M
3300007811|Ga0105111_1002468Not Available1916Open in IMG/M
3300007812|Ga0105109_1001059Not Available4515Open in IMG/M
3300007812|Ga0105109_1001776Not Available2936Open in IMG/M
3300007812|Ga0105109_1002659Not Available2117Open in IMG/M
3300007812|Ga0105109_1004206All Organisms → Viruses → Predicted Viral1493Open in IMG/M
3300007812|Ga0105109_1006555Not Available1083Open in IMG/M
3300007812|Ga0105109_1009553Not Available828Open in IMG/M
3300007812|Ga0105109_1017568Not Available554Open in IMG/M
3300007812|Ga0105109_1018392Not Available538Open in IMG/M
3300007813|Ga0105108_100030Not Available6384Open in IMG/M
3300007813|Ga0105108_100113All Organisms → Viruses → Predicted Viral3607Open in IMG/M
3300007813|Ga0105108_100172All Organisms → Viruses → Predicted Viral2920Open in IMG/M
3300007813|Ga0105108_100980Not Available1294Open in IMG/M
3300007813|Ga0105108_101318Not Available1131Open in IMG/M
3300007814|Ga0105117_1003149All Organisms → Viruses → Predicted Viral2688Open in IMG/M
3300007814|Ga0105117_1003743All Organisms → Viruses → Predicted Viral2389Open in IMG/M
3300007815|Ga0105118_1000042Not Available5618Open in IMG/M
3300007815|Ga0105118_1000049Not Available5216Open in IMG/M
3300007815|Ga0105118_1001527Not Available1306Open in IMG/M
3300007815|Ga0105118_1005451Not Available746Open in IMG/M
3300007816|Ga0105112_1000074All Organisms → cellular organisms → Archaea → Candidatus Thermoplasmatota → Thermoplasmata → Thermoplasmatales → unclassified Thermoplasmatales → Thermoplasmatales archaeon5134Open in IMG/M
3300007816|Ga0105112_1000836Not Available2010Open in IMG/M
3300007816|Ga0105112_1002024Not Available1376Open in IMG/M
3300007816|Ga0105112_1002165Not Available1336Open in IMG/M
3300007816|Ga0105112_1002653Not Available1223Open in IMG/M
3300007816|Ga0105112_1002657Not Available1223Open in IMG/M
3300007816|Ga0105112_1003892Not Available1033Open in IMG/M
3300007816|Ga0105112_1004853Not Available931Open in IMG/M
3300007816|Ga0105112_1006807Not Available788Open in IMG/M
3300007816|Ga0105112_1007471Not Available753Open in IMG/M
3300007816|Ga0105112_1007473Not Available753Open in IMG/M
3300007816|Ga0105112_1011031Not Available615Open in IMG/M
3300007816|Ga0105112_1012485Not Available578Open in IMG/M
3300007816|Ga0105112_1014734Not Available530Open in IMG/M
3300007816|Ga0105112_1015803Not Available511Open in IMG/M
3300013008|Ga0167616_1020913Not Available995Open in IMG/M
3300013008|Ga0167616_1033642Not Available712Open in IMG/M
3300013009|Ga0167615_1007325Not Available2067Open in IMG/M
3300013009|Ga0167615_1012128Not Available1532Open in IMG/M
3300013009|Ga0167615_1039765Not Available751Open in IMG/M
3300013009|Ga0167615_1066293Not Available553Open in IMG/M
3300013010|Ga0129327_10111874Not Available1349Open in IMG/M
3300013010|Ga0129327_10452293Not Available689Open in IMG/M
3300017696|Ga0187310_13892Not Available5750Open in IMG/M
3300025371|Ga0209224_1019082Not Available1066Open in IMG/M
3300025371|Ga0209224_1028832Not Available805Open in IMG/M
3300025462|Ga0209120_1005331Not Available3444Open in IMG/M
3300025462|Ga0209120_1051971Not Available657Open in IMG/M
3300025462|Ga0209120_1071294Not Available522Open in IMG/M
3300025462|Ga0209120_1071470Not Available521Open in IMG/M
3300025503|Ga0209012_1057361Not Available944Open in IMG/M
3300025503|Ga0209012_1068714Not Available802Open in IMG/M
3300025503|Ga0209012_1083806Not Available667Open in IMG/M
3300026625|Ga0208028_100087Not Available5958Open in IMG/M
3300026625|Ga0208028_100117Not Available4977Open in IMG/M
3300026625|Ga0208028_100139All Organisms → Viruses → Predicted Viral4571Open in IMG/M
3300026625|Ga0208028_100256Not Available3484Open in IMG/M
3300026625|Ga0208028_100498Not Available2315Open in IMG/M
3300026625|Ga0208028_101668Not Available1077Open in IMG/M
3300026625|Ga0208028_103196Not Available694Open in IMG/M
3300026627|Ga0208548_112713Not Available898Open in IMG/M
3300026762|Ga0208559_100461Not Available9452Open in IMG/M
3300026762|Ga0208559_101709Not Available3015Open in IMG/M
3300026762|Ga0208559_109713Not Available711Open in IMG/M
3300026768|Ga0208447_100686Not Available4562Open in IMG/M
3300026768|Ga0208447_107072Not Available923Open in IMG/M
3300026813|Ga0208448_100102Not Available5800Open in IMG/M
3300026813|Ga0208448_100271All Organisms → Viruses → Predicted Viral3623Open in IMG/M
3300026821|Ga0208006_104350Not Available2017Open in IMG/M
3300026877|Ga0208314_100908Not Available9750Open in IMG/M
3300026877|Ga0208314_102094Not Available5373Open in IMG/M
3300026877|Ga0208314_121677Not Available786Open in IMG/M
3300026877|Ga0208314_124630Not Available700Open in IMG/M
3300026882|Ga0208313_100834Not Available7059Open in IMG/M
3300026882|Ga0208313_103329All Organisms → Viruses → Predicted Viral2592Open in IMG/M
3300026906|Ga0208683_103490Not Available3987Open in IMG/M
3300026906|Ga0208683_106795Not Available2297Open in IMG/M
3300027931|Ga0208312_100229All Organisms → cellular organisms → Archaea → Candidatus Thermoplasmatota → Thermoplasmata → Thermoplasmatales → unclassified Thermoplasmatales → Thermoplasmatales archaeon5630Open in IMG/M
3300027931|Ga0208312_100605Not Available3483Open in IMG/M
3300027931|Ga0208312_101225Not Available2457Open in IMG/M
3300027931|Ga0208312_101867All Organisms → Viruses → Predicted Viral1945Open in IMG/M
3300027931|Ga0208312_102720Not Available1544Open in IMG/M
3300027931|Ga0208312_103569Not Available1294Open in IMG/M
3300027931|Ga0208312_103611Not Available1285Open in IMG/M
3300027931|Ga0208312_105357Not Available979Open in IMG/M
3300027931|Ga0208312_107507Not Available759Open in IMG/M
3300027932|Ga0208429_100162Not Available9990Open in IMG/M
3300027932|Ga0208429_105016Not Available1325Open in IMG/M
3300027932|Ga0208429_106170Not Available1140Open in IMG/M
3300027937|Ga0208151_105906All Organisms → Viruses → Predicted Viral2125Open in IMG/M
3300027937|Ga0208151_112550Not Available1045Open in IMG/M
3300027937|Ga0208151_112989Not Available1012Open in IMG/M
3300027937|Ga0208151_120810Not Available630Open in IMG/M
3300027937|Ga0208151_123504Not Available555Open 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 Spring67.38%
Hypoxic/Sulfidic AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Hypoxic/Sulfidic Aquatic9.93%
Hypersaline MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hypersaline Mat7.09%
Hot SpringEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Microbial Mats → Hot Spring6.38%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater4.96%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient1.42%
Hotspring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hotspring Sediment0.71%
HotspringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hotspring0.71%
Ferrous Microbial MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat0.71%
Ferrous Microbial Mat And AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat And Aquatic0.71%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300001309Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen in IMG/M
3300001340Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3BEnvironmentalOpen in IMG/M
3300001684Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_EEnvironmentalOpen in IMG/M
3300003607Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen in IMG/M
3300003614Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen in IMG/M
3300003723Hypersaline microbial mat communities from Yellowstone National Park, Wyoming, USA - Beowulf (BE_B) (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005223Sylvan Springs Unknown 12.1A - Microbial communities from the Yellowstone National Park, bulk metagenomes as controls for mini-metagenomic methodsEnvironmentalOpen in IMG/M
3300005859Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_E (SPADES assembly)EnvironmentalOpen in IMG/M
3300005861Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3B (SPADES assembly)EnvironmentalOpen in IMG/M
3300005959Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MG (SPADES assembly)EnvironmentalOpen in IMG/M
3300005964Ferrous microbial mat and aquatic microbial communities from Echinus Geyser, Yellowstone National Park, USA - transect B T=78-80 CEnvironmentalOpen in IMG/M
3300005977Ferrous microbial mat communities from One Hundred Spring Plain, Yellowstone National Park, USAEnvironmentalOpen in IMG/M
3300006180Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_virus_MetaGEnvironmentalOpen in IMG/M
3300006181Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B nyco_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
3300006858Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - OSPB_host_MetaGEnvironmentalOpen in IMG/M
3300006859Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaGEnvironmentalOpen in IMG/M
3300007155Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C_top_diel_T=5 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
3300007486Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B_top_diel_T=5 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300007575Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C_top_diel_T=7 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300007811Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Slide_host_7_15EnvironmentalOpen in IMG/M
3300007812Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_6_15EnvironmentalOpen in IMG/M
3300007813Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_6_15EnvironmentalOpen in IMG/M
3300007814Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Slides-mat_host_7_15EnvironmentalOpen in IMG/M
3300007815Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_virus_9_15EnvironmentalOpen in IMG/M
3300007816Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_9_15EnvironmentalOpen in IMG/M
3300013008Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300013009Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300013010Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.8_DNAEnvironmentalOpen in IMG/M
3300017696Hotspring sediment microbial communities from Obsidian Pool, Yellowstone National Park, Wyoming, USA ? Obsidian 6. Combined Assembly of Gp0212723, Gp0212724EnvironmentalOpen in IMG/M
3300025371Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MG (SPAdes)EnvironmentalOpen in IMG/M
3300025462Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_E (SPAdes)EnvironmentalOpen in IMG/M
3300025503Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3B (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
3300026882Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Slides-mat_host_7_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
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
JGI20129J14369_100748143300001309Hypoxic/Sulfidic AquaticMSVPSYVTLTGPQTTVMVASFSVAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPFVPASK*
JGI20129J14369_101546913300001309Hypoxic/Sulfidic AquaticSYVTLTGPQTTVMVASFNVAANAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFVTITLLANNGSSQQTYTVYFSVIRAPYVPASK*
JGI20129J14369_101779123300001309Hypoxic/Sulfidic AquaticSYVTLTGPQTTVMVASFNVAANAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGSSQQTYTVYFSVIRAPFVPASK*
JGI20129J14369_103310913300001309Hypoxic/Sulfidic AquaticEVRAMSVPSYVTLTGPQTTVMVASFNVAASAAAGSVIPGQILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGSSQQTYTVYFSVIRAPYVPASK*
JGI20133J14441_103188713300001340Hypersaline MatFNIAASAEAGTVVQGSILAFGPQSPAVAAPQVPITEVWSVVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLMTQNGTSAQTYTVYFSVIKAPYLPSSGK*
JGI20133J14441_105729813300001340Hypersaline MatMSVPSYVTLTGPQTTVMPASFNIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMGNNGTSQQTYTVYFSVIRAPYLPSSGK*
JGI20133J14441_106546623300001340Hypersaline MatMSVPSYVTLTGPQTTVMPASFNIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTXTLMAANGTSAQTYTVYFSVIRAPYLPSGGK*
JGI20133J14441_108277613300001340Hypersaline MatMSVPSYVTLTGPQTTVMPASFNIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWXIXDLYXIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLAQNGTSAQTYTVYFSVIRAPYLPSGGK*
JGI20128J18817_100233363300001684Hot SpringMSVPSYVTLTGPQTTVMPASFTIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTAITLMAANGTSQQTYTVYFSVIRAPYLPSAGK*
JGI20128J18817_101743933300001684Hot SpringMVDARARSIAEVRRMSVPSYVTLTGPQTTVMPASFTIAASADAGSVIPGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLMEANGTSQQTYTVYFSVIKAPYLPSGK*
JGI20128J18817_105921713300001684Hot SpringMSVPSYVTLTGPQTTVMPASFTIAASADAGSVIPGAILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLMEANGTSQQTYTV
JGI20129J51889_100429023300003607Hypoxic/Sulfidic AquaticMSVPSYVTLTGPQTTVMVASFNVAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFVTITLLANNGSSQQTYTVYFSVIRAPYVPASK*
JGI20129J51889_100677123300003607Hypoxic/Sulfidic AquaticMSVPSYVTLTGPQTTVMVASFNVAANAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFVTITLLANNGSSQQTYTVYFSVIRAPYVPASK*
JGI20129J51889_100826213300003607Hypoxic/Sulfidic AquaticMSVPSYVTLTGPQTTVMVASFSIAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPFVPASK*
JGI20129J51889_101876323300003607Hypoxic/Sulfidic AquaticMSVPSYVTLTGPQTTVMVASFNVAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGSSQQTYTVYFSVIRAPYVPASTSKS*
JGI20129J51890_1002736623300003614Hypoxic/Sulfidic AquaticMSVPSYVTLTGPQTTVMVASFSVAANAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGSSQQTYTVYFSVIRAPYVPASK*
JGI20129J51890_1004450433300003614Hypoxic/Sulfidic AquaticMSVPSYVTLTGPQTTVMVASFNVAANAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGSSQQTYTVYFSVIRAPYVPASTSKS*
Ga0040873_10257233300003723FreshwaterMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGASAQTYTVYFSVIRAPYLPSASSK*
Ga0040873_10300623300003723FreshwaterMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMAANGSSAQTYTVYFSVIRAPYLPSTSSK*
Ga0073350_13195533300005223HotspringMSVPSYVTLTGPQTTVMPASFTIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLMAANGSSQQTYTVYFSVIRAPYLPSTSGK*
Ga0080003_100375953300005859Hot SpringMRMSVPSYVTLTGPQTTVMPASFTIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTAITLMAANGTSQQTYTVYFSVIRAPYLPSAGK*
Ga0080003_101078753300005859Hot SpringMSVPSYVTLTGPQTTVMPASFTIAASADAGSVIPGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMAANGTSQQTYTVYFSVIRAPYLPSSSGK*
Ga0080006_108760153300005861Hypersaline MatMSVPSYVTLTGPQTTVMPASFNIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTATLMAANGTSAQTYTVYFSVIRAPYLPSGGK*
Ga0080006_118913633300005861Hypersaline MatMSVPSYVTLTGPQTTVMPASFNIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMGNNGTSQQTYTVYFSVIRAPYLPSSGK*
Ga0080006_121471713300005861Hypersaline MatMSVPSYVTLTGPQTTVMPASFNIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLAQNGTSAQTYTVYFSVIRAPYLPSGGK*
Ga0081534_10279033300005959Hypoxic/Sulfidic AquaticMSVPSYVTLTGPQTTVMVASFNVAANAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGSSQQTYTVYFSVIRAPFVPASK*
Ga0081534_10597433300005959Hypoxic/Sulfidic AquaticMSVPSYVTLTGPQTTVMVASFSVAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFVTITLLANNGSSQQTYTVYFSVIRAPYVPASK*
Ga0081529_11694433300005964Ferrous Microbial Mat And AquaticMSVPSYVTLTGPQTTVMPASFTIAASALAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0081474_11193423300005977Ferrous Microbial MatMSVPSYVTLTGPQTTVMPASFNITASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMAANGSSAQTYTVYFSVIRAPYLPSASSK*
Ga0079045_100034783300006180Hot SpringMMSVPSYVTLTGPQTTVMPSSFVIAASAVAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK*
Ga0079045_100045123300006180Hot SpringMSVPAYVTLTGPQTTVMVASFSVAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPYVPASTSKSS*
Ga0079045_100050243300006180Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTVTLMAANGTSAQTYTVYFSVIRAPYLPSASSK*
Ga0079045_100330913300006180Hot SpringMSVPSYVTLTGPQTTVMVASFSIAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPASTSKSS*
Ga0079045_100368313300006180Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTAITLLGANGSSAQTYTVYFSVIRAPYLPSASSK*
Ga0079045_100700023300006180Hot SpringMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPSSFVIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0079042_100509843300006181Hot SpringMSVPSYVTLTGPQTTVMPASFTIAASALAGTVVQGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0079042_102801713300006181Hot SpringMVYARTRSITEVRRMSVPSYVTLTGPQTTVMPASFTIAASALAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYF
Ga0079044_100838213300006855Hot SpringMSVPSYVTLTGPQTTVMVASFSVAASAAAGSVVQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGTVSPDALLSIYINGYPQDINPNLKSLNLNLLTRWKLTQALKLPPASTWFTTITLLAA
Ga0079041_103048023300006857Hot SpringAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGHPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTIMLLAANGTSAQTYTVYFSVIRAPFVPAK*
Ga0079048_102031313300006858Hot SpringMSVPSYVTLTGPQTTVMVASFSVAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPYVPASK*
Ga0079046_1000471183300006859Hot SpringMMSVPSYVTLTGPQNTVMPASFDIAASAEAGSVIQGSILAFGPQSPAVAAPQVPITEVWSVIDLYVIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLAANGASQQTYTVYFSVIRAPYLPSASSK*
Ga0099843_12618133300007155FreshwaterVRRMSVPSYVTLTGPQTTVMPASFTIAASALAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0099835_16815433300007166FreshwaterMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTAITLLGANGSSAQTYTVYFSVIRAPYLPSASSK*
Ga0099838_16985523300007168FreshwaterIAEVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTAITLLGANGSSAQTYTVYFSVIRAPYLPSASSK*
Ga0099841_13081413300007486FreshwaterMVYARTRSITEVRRMSVPSYVTLTGPQTTVMPASFTIAASALAGTVVQGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0099844_11021013300007575FreshwaterVRRMSVPSYVTLTGPQTTVMPASFTIAASALAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSA
Ga0105111_100060163300007811Hot SpringMPASFDIAASAEAGSVIQGSILAFGPQSPAVAAPQVPITEVWSVIDLYVIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLAANGASQQTYTVYFSVIRAPYLPSASSK*
Ga0105111_100246813300007811Hot SpringMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMAANGSSAQTYTVYFSVIRAPYLPGSSTSTSSK*
Ga0105109_100105963300007812Hot SpringMPSSFVIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0105109_100177643300007812Hot SpringVRRMSVPSYVTLTGPQTTVMPASFTIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGSNGTSQQIYTVYFSVIRAPYLPSASTSSK*
Ga0105109_100265953300007812Hot SpringMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPSSFVIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0105109_100420633300007812Hot SpringMVASFSIAASAAAGSVIPGQILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGASAQTYTVYFSVIRAPYVPASTSKS*
Ga0105109_100655513300007812Hot SpringGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK*
Ga0105109_100955313300007812Hot SpringQTTVMVASFSVAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPAK*
Ga0105109_101756813300007812Hot SpringMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTVTLMAANGTSAQTYTVYFSVIRAPYLPSASSK*
Ga0105109_101839223300007812Hot SpringMVASFSVAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIR
Ga0105108_10003083300007813Hot SpringVRRMSVPSYVTLTGPQTTVMPSSFVIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0105108_10011353300007813Hot SpringMVASFSVAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPAK*
Ga0105108_10017243300007813Hot SpringMVASFSVAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPYVPASTSKSS*
Ga0105108_10098013300007813Hot SpringMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPSSFVIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0105108_10131823300007813Hot SpringIMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK*
Ga0105117_100314953300007814Hot SpringMVASFSIAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPYVPASK*
Ga0105117_100374343300007814Hot SpringMVASFSVAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPYVPASK*
Ga0105118_100004263300007815Hot SpringMVASFSVAASAAAGSVIPGQILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPATTSK*
Ga0105118_100004933300007815Hot SpringVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSAQTYTVYFSVIRAPYLPSASSK*
Ga0105118_100152723300007815Hot SpringMVASFSIAASAAAGSVVQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPASK*
Ga0105118_100545113300007815Hot SpringVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLLGANGSSAQTYTVYFSVIRAPYLPSASSKSTTSS*
Ga0105112_100007433300007816Hot SpringVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTVTLMAANGTSAQTYTVYFSVIRAPYLPSASSK*
Ga0105112_100083643300007816Hot SpringVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK*
Ga0105112_100202423300007816Hot SpringMVASFSIAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPASTSKSS*
Ga0105112_100216523300007816Hot SpringMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTAAQTYTVYFSVIRAPYLPSASSK*
Ga0105112_100265313300007816Hot SpringMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0105112_100265723300007816Hot SpringMPASFNIAASAAAGSVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLMAANGTSAQTYTVYFSVIRAPYLPSASSKSTTSS*
Ga0105112_100389213300007816Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK*
Ga0105112_100485313300007816Hot SpringMVYARTRSIAEVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMAANGSSAQTYTVYFSVIRAPYLPSTSSK*
Ga0105112_100680713300007816Hot SpringMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPASFTIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGSNGTSQQIYTVYFSVIRAPYLPSASTSSK*
Ga0105112_100747113300007816Hot SpringSMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSEQTYTVYFSVIRAPYLPSASSK*
Ga0105112_100747313300007816Hot SpringMVDARTRSIAEVRMMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGASAQTYTVYFSVIRAPYLPSASSK*
Ga0105112_101103113300007816Hot SpringGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0105112_101248513300007816Hot SpringSAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTAITLLGANGSSAQTYTVYFSVIRAPYLPSASSK*
Ga0105112_101473413300007816Hot SpringGSVIPGQILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPATTSKS*
Ga0105112_101580313300007816Hot SpringMVDARTNSITEVRMMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGTSQQTYTVYFSVIRAP
Ga0167616_102091323300013008Hot SpringVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSAQTYTVYFSVIRAPYLPSASSK*
Ga0167616_103364223300013008Hot SpringVMPASFTIAASAAAGSVIQGSILAFGPRSPAVAAPQVPITEVWSVIDLYVIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSSSSNSSTSSK*
Ga0167615_100732523300013009Hot SpringMPSSFVIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSSSSNSSTSSK*
Ga0167615_101212813300013009Hot SpringMPASFDIAASAEAGSVIQGSILAFGPQSPAVAAPQVPITEVWCVIDLYVIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLAANGASQQTYTVYFSVIRAPYLPSASSK*
Ga0167615_103976513300013009Hot SpringMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGASAQTYTVYFSVIRAPYLPSASSK*
Ga0167615_106629313300013009Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSEQTYTVYFSVIRAPYLPSASSK*
Ga0129327_1011187413300013010Freshwater To Marine Saline GradientMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK*
Ga0129327_1045229313300013010Freshwater To Marine Saline GradientMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPASFTIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK*
Ga0187310_13892163300017696Hotspring SedimentMMSVPSYVTLTGPQTTVMPASFTIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMAANGSSQQVYTVYFSVIRAPYLPSGK
Ga0209224_101908213300025371Hypoxic/Sulfidic AquaticTVMVASFNVAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPFVPASK
Ga0209224_102883223300025371Hypoxic/Sulfidic AquaticMSVPSYVTLTGPQTTVMVASFNVAANAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFVTITLLANNGSSQQTYTVYFSVIRAPYVPASK
Ga0209120_100533163300025462Hot SpringMSVPSYVTLTGPQTTVMPASFTIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTAITLMAANGTSQQTYTVYFSVIRAPYLPSAGK
Ga0209120_105197123300025462Hot SpringMVYVRTSAVTEVSKMSVPSYVTLTGPQTTVMPASFTIAASADAGSVIPGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMAANGTSQQTYTVYFSVIRAPYLPSSSGK
Ga0209120_107129423300025462Hot SpringMVYVRTSAVTEVMRMSVPSYVTLTGPQTTVMPASFTIAASADAGSVIPGAILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLMEANGTSQQTYTVYFSVI
Ga0209120_107147023300025462Hot SpringMVYVRTSAVTEVRRMSVPSYVTLTGPQTTVMPASFTIAASADAGSVIPGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLMEANGTSQQTYTVYFSVI
Ga0209012_105736113300025503Hypersaline MatMVNARTRSITEVRRMSVPSYVTLTGPQTTVMPASFNIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMGNNGTSQQTYTVYFSVIRAPYLPSSGK
Ga0209012_106871423300025503Hypersaline MatMVNARTRSITEVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLAQNGTSAQTYTVYFSVIRAPYLPSGGK
Ga0209012_108380613300025503Hypersaline MatMVNARTRSITEVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTATLMAANGTSAQTYTVYFSVIRAPYLPSGGK
Ga0208028_10008753300026625Hot SpringMSVPAYVTLTGPQTTVMVASFSVAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPYVPASTSKSS
Ga0208028_10011773300026625Hot SpringMSVPSYVTLTGPQTTVMPSSFVIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK
Ga0208028_10013943300026625Hot SpringMSVPAYVTLTGPQTTVMVASFSVAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPAK
Ga0208028_10025663300026625Hot SpringMSVPSYVTLTGPQTTVMPASFTIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGSNGTSQQIYTVYFSVIRAPYLPSASTSSK
Ga0208028_10049863300026625Hot SpringMSVPSYVTLTGPQTTVMPSSFVIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASS
Ga0208028_10166833300026625Hot SpringMMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTAITLLGANGSSAQTYTVYFSVIRAPYLPSASSK
Ga0208028_10319613300026625Hot SpringVMPSSFVIAAGAVAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK
Ga0208548_11271323300026627Hot SpringMVYARTRSITEVRRMSVPSYVTLTGPQTTVMPASFTIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK
Ga0208559_10046163300026762Hot SpringMSVPSYVTLTGPQTTVMPSSFVIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK
Ga0208559_10170943300026762Hot SpringMVDARTNSITEVRMMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTAITLLGANGSSAQTYTVYFSVIRAPYLPSASSK
Ga0208559_10971313300026762Hot SpringMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTVTLMAANGTSAQTYTVYFSVIRAPYLPSASSK
Ga0208447_10068633300026768Hot SpringMMSVPSYVTLTGPQNTVMPASFDIAASAEAGSVIQGSILAFGPQSPAVAAPQVPITEVWSVIDLYVIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLAANGASQQTYTVYFSVIRAPYLPSASSK
Ga0208447_10707213300026768Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMAANGSSAQTYTVYFSVIRAPYLPGSSTSTSSK
Ga0208448_10010243300026813Hot SpringMSVPSYVTLTGPQTTVMVASFSVAASAAAGSVIPGQILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPATTSK
Ga0208448_10027153300026813Hot SpringMSVPAYVTLTGPQTTVMVASFSIAASAAAGSVVQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPASK
Ga0208006_10435053300026821Hot SpringMSVPSYVTLTGPQTTVMPASFTIAASALAGTVVQGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK
Ga0208314_10090873300026877Hot SpringMSVPSYVTLTGPQTTVMPASFTIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK
Ga0208314_10209443300026877Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK
Ga0208314_12167713300026877Hot SpringVTLTGPQTTVMVASFSIAASAAAGSVIPGQILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGASAQTYTVYFSVIRAPYVPASTSKS
Ga0208314_12463013300026877Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSAQTYTVYFSVIRAPYLPSASSK
Ga0208313_10083473300026882Hot SpringMSVPSYVTLTGPQTTVMVASFSIAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPYVPASK
Ga0208313_10332923300026882Hot SpringMSVPSYVTLTGPQTTVMVASFSVAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGTSAQTYTVYFSVIRAPYVPASK
Ga0208683_10349013300026906Hot SpringMVNARTRSIAEVRIMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTAAQTYTVYFSVIRAPYLPSASSK
Ga0208683_10679523300026906Hot SpringMMSVPSYVTLTGPQTTVMPSSFVIAASAVAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSSSSNSSTSSK
Ga0208312_10022973300027931Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTVTLMAANGTSAQTYTVYFSVIRAPYLPSASSK
Ga0208312_10060533300027931Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSEQTYTVYFSVIRAPYLPSASSK
Ga0208312_10122533300027931Hot SpringMMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASSK
Ga0208312_10186723300027931Hot SpringMSVPSYVTLTGPQTTVMVASFSIAASAAAGSVIQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNNLTRWKLTQALKLPPASTWFTTITLLAANGSSAQTYTVYFSVIRAPYVPASTSKSS
Ga0208312_10272023300027931Hot SpringMVDARTRSIAEVRRMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGASAQTYTVYFSVIRAPYLPSASSK
Ga0208312_10356923300027931Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTVTLMAANGSSAQTYTVYFSVIRAPYLPSTSSK
Ga0208312_10361133300027931Hot SpringMMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLMAANGTSAQTYTVYFSVIRAPYLPSASSKSTTSS
Ga0208312_10535713300027931Hot SpringTTVMVASFSVAASAAAGSVIPGQILAFGPQSPAVSAPQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGASAQTYTVYFSVIRAPYVPASTSKS
Ga0208312_10750723300027931Hot SpringMVDARTRSIAEVRMMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGASAQTYTVYFSVIRAPYLPSASSK
Ga0208429_10016273300027932Hot SpringMMSVPSYVTLTGPQTTVMPSSFVIAASAVAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPSSTWFTTITLLGANGSSQQTYTVYFSVIRAPYLPSASSK
Ga0208429_10501613300027932Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGSVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTAITLLGANGSSAQTYTVYFSVIRAPYLPSASSK
Ga0208429_10617013300027932Hot SpringMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSVIDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGENGTSQQTYTVYFSVIRAPYLPS
Ga0208151_10590643300027937Hot SpringMSVPSYVTLTGPQTTVMVASFSVAASAAAGSVVQGSILAFGPQSPAVSAPQVPITEVWSIVDIYIIGTVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGTSPQTYTVYFSVIRAPFVPASK
Ga0208151_11255023300027937Hot SpringMSVPSYVTLTGPQTTVMVASFSVAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGHPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTIMLLAANGTSAQTYTVYFSVIRAPFVPAK
Ga0208151_11298913300027937Hot SpringMMSVPSYVTLTGPQTTVMPASFNIAASAAAGSVIQGSILAFGPQSPAVAAPQVPITEVWSIVDIYIIGSVTPDALLSVYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGTNGTSQQTYTVYFSVIRAPYLPSASSK
Ga0208151_12081013300027937Hot SpringMSVPSYVTLTGPQTTVMVASFSVAASAAAGSVIPGQILAFGPQSPATQSVQVPITEVWSIVDIYIIGSVSPDALLSIYINGYPQDINPNLNSLNLNLLTRWKLTQALKLPPASTWFTTITLLAANGTS
Ga0208151_12350413300027937Hot SpringMVYARTRSITEVRRMSVPSYVTLTGPQTTVMPASFTIAASAAAGTVVQGSILAFGPQSPAVAAPQVPITEVWSIVDLYIIGTVTPDALLSIYINGYPQDINPDLNSLNLNNLTRWKLMQALKLPPASTWFTTITLLGANGTSQQTYTVYFSVIRAPYLPSASS


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