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 F050402

Metagenome / Metatranscriptome Family F050402

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F050402
Family Type Metagenome / Metatranscriptome
Number of Sequences 145
Average Sequence Length 170 residues
Representative Sequence MFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDHYSKTVYGNYLDYLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Number of Associated Samples 54
Number of Associated Scaffolds 145

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 11.89 %
% of genes near scaffold ends (potentially truncated) 53.10 %
% of genes from short scaffolds (< 2000 bps) 75.17 %
Associated GOLD sequencing projects 47
AlphaFold2 3D model prediction Yes
3D model pTM-score0.76

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 (56.552 % 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 Phototrophic Mat
(62.069 % of family members)
Environment Ontology (ENVO) Unclassified
(96.552 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(62.069 % 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: No Secondary Structure distribution: α-helix: 25.00%    β-sheet: 27.45%    Coil/Unstructured: 47.55%
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: 0.76
Powered by PDBe Molstar

Structural matches with SCOPe domains

SCOP familySCOP domainRepresentative PDBTM-score
c.52.1.0: automated matchesd2wcwa_2wcw0.63225
c.52.1.18: Hjc-liked1gefa_1gef0.61475
c.52.1.4: Restriction endonuclease BglId1dmua_1dmu0.60363
c.52.1.18: Hjc-liked1hh1a_1hh10.59826
c.52.1.28: RecU-liked2fcoa_2fco0.59628


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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 145 Family Scaffolds
PF08706D5_N 8.97
PF01555N6_N4_Mtase 4.83
PF09250Prim-Pol 2.07
PF03237Terminase_6N 0.69

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 145 Family Scaffolds
COG0863DNA modification methylaseReplication, recombination and repair [L] 4.83
COG1041tRNA G10 N-methylase Trm11Translation, ribosomal structure and biogenesis [J] 4.83
COG2189Adenine specific DNA methylase ModReplication, recombination and repair [L] 4.83


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A56.55 %
All OrganismsrootAll Organisms43.45 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300002493|JGI24185J35167_1010450All Organisms → cellular organisms → Bacteria3098Open in IMG/M
3300002493|JGI24185J35167_1042709Not Available980Open in IMG/M
3300002493|JGI24185J35167_1063479Not Available698Open in IMG/M
3300002510|JGI24186J35511_1035914Not Available749Open in IMG/M
3300002510|JGI24186J35511_1049974Not Available566Open in IMG/M
3300002510|JGI24186J35511_1050322Not Available563Open in IMG/M
3300003688|Ga0061020_1058651Not Available890Open in IMG/M
3300003688|Ga0061020_1065198Not Available817Open in IMG/M
3300003688|Ga0061020_1072790Not Available749Open in IMG/M
3300003688|Ga0061020_1092486Not Available620Open in IMG/M
3300005225|Ga0073353_1035890All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → Muricauda → unclassified Muricauda → Muricauda sp. M10831Open in IMG/M
3300005411|Ga0068647_1105227Not Available635Open in IMG/M
3300005453|Ga0068705_10041118All Organisms → Viruses → Predicted Viral1561Open in IMG/M
3300005453|Ga0068705_10137145Not Available617Open in IMG/M
3300005494|Ga0068668_1088183All Organisms → cellular organisms → Bacteria → Terrabacteria group → Firmicutes → Clostridia → Eubacteriales → Peptostreptococcaceae → Peptostreptococcus → unclassified Peptostreptococcus → Peptostreptococcus sp. MV1535Open in IMG/M
3300005501|Ga0068650_1126709Not Available563Open in IMG/M
3300005638|Ga0068669_1293420Not Available894Open in IMG/M
3300006380|Ga0068664_1130775All Organisms → Viruses → Predicted Viral3308Open in IMG/M
3300006848|Ga0101768_1290480Not Available563Open in IMG/M
3300006849|Ga0102029_1304284Not Available733Open in IMG/M
3300007000|Ga0102499_1320262Not Available601Open in IMG/M
3300010190|Ga0124925_1053638Not Available668Open in IMG/M
3300010190|Ga0124925_1226167Not Available689Open in IMG/M
3300010193|Ga0124924_1220552Not Available667Open in IMG/M
3300010196|Ga0124923_1249089Not Available549Open in IMG/M
3300010197|Ga0124922_1021220All Organisms → Viruses → Predicted Viral1312Open in IMG/M
3300010197|Ga0124922_1047797Not Available537Open in IMG/M
3300010197|Ga0124922_1186527Not Available552Open in IMG/M
3300010251|Ga0124940_1137427Not Available556Open in IMG/M
3300010257|Ga0124913_1121766Not Available924Open in IMG/M
3300010257|Ga0124913_1184039Not Available613Open in IMG/M
3300010272|Ga0124912_1242619Not Available505Open in IMG/M
3300026237|Ga0209750_1019024All Organisms → Viruses → Predicted Viral1497Open in IMG/M
3300026237|Ga0209750_1042914Not Available852Open in IMG/M
3300026237|Ga0209750_1044312Not Available834Open in IMG/M
3300026237|Ga0209750_1078486Not Available569Open in IMG/M
3300026280|Ga0209017_10038324All Organisms → Viruses → Predicted Viral1170Open in IMG/M
3300026280|Ga0209017_10059748Not Available821Open in IMG/M
3300026280|Ga0209017_10062316Not Available793Open in IMG/M
3300026280|Ga0209017_10095209Not Available567Open in IMG/M
3300026509|Ga0209809_1003219Not Available10565Open in IMG/M
3300026509|Ga0209809_1007128All Organisms → cellular organisms → Bacteria5838Open in IMG/M
3300026509|Ga0209809_1028634All Organisms → Viruses → Predicted Viral2018Open in IMG/M
3300026509|Ga0209809_1053708All Organisms → Viruses → Predicted Viral1216Open in IMG/M
3300026509|Ga0209809_1062394Not Available1079Open in IMG/M
3300026509|Ga0209809_1136937Not Available566Open in IMG/M
3300027279|Ga0209691_1001134All Organisms → cellular organisms → Bacteria16486Open in IMG/M
3300027279|Ga0209691_1006925All Organisms → Viruses → Predicted Viral4207Open in IMG/M
3300027279|Ga0209691_1015040All Organisms → Viruses → Predicted Viral2138Open in IMG/M
3300027279|Ga0209691_1016312All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium1990Open in IMG/M
3300027279|Ga0209691_1021293All Organisms → Viruses → Predicted Viral1580Open in IMG/M
3300027279|Ga0209691_1039674Not Available959Open in IMG/M
3300027279|Ga0209691_1055066Not Available750Open in IMG/M
3300028761|Ga0272447_1003712All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium6851Open in IMG/M
3300028761|Ga0272447_1067385Not Available508Open in IMG/M
3300031245|Ga0308395_1001355All Organisms → cellular organisms → Bacteria16145Open in IMG/M
3300031245|Ga0308395_1021866Not Available2085Open in IMG/M
3300031245|Ga0308395_1086625Not Available736Open in IMG/M
3300031245|Ga0308395_1107732Not Available631Open in IMG/M
3300031245|Ga0308395_1138350Not Available530Open in IMG/M
3300031508|Ga0308394_1004061All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium5810Open in IMG/M
3300031508|Ga0308394_1050388Not Available977Open in IMG/M
3300031508|Ga0308394_1057881Not Available881Open in IMG/M
3300031509|Ga0308399_1011321All Organisms → Viruses → Predicted Viral2449Open in IMG/M
3300031512|Ga0308397_1008732All Organisms → Viruses → Predicted Viral3586Open in IMG/M
3300031512|Ga0308397_1013329All Organisms → Viruses → Predicted Viral2658Open in IMG/M
3300031512|Ga0308397_1020320All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium1960Open in IMG/M
3300031512|Ga0308397_1029053All Organisms → Viruses → Predicted Viral1516Open in IMG/M
3300031513|Ga0308412_1006618All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium5782Open in IMG/M
3300031513|Ga0308412_1011300All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium4178Open in IMG/M
3300031513|Ga0308412_1040841All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium1682Open in IMG/M
3300031513|Ga0308412_1070226All Organisms → Viruses → Predicted Viral1127Open in IMG/M
3300031513|Ga0308412_1144262Not Available674Open in IMG/M
3300031514|Ga0308390_1038386All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium1332Open in IMG/M
3300031514|Ga0308390_1054133All Organisms → Viruses → Predicted Viral1009Open in IMG/M
3300031514|Ga0308390_1073798Not Available789Open in IMG/M
3300031515|Ga0308396_1029553All Organisms → Viruses → Predicted Viral1371Open in IMG/M
3300031515|Ga0308396_1037431All Organisms → Viruses → Predicted Viral1150Open in IMG/M
3300031515|Ga0308396_1079791Not Available679Open in IMG/M
3300031515|Ga0308396_1104792Not Available564Open in IMG/M
3300031516|Ga0308398_1006098Not Available4713Open in IMG/M
3300031516|Ga0308398_1025303All Organisms → Viruses → Predicted Viral1696Open in IMG/M
3300031516|Ga0308398_1038965All Organisms → Viruses → Predicted Viral1242Open in IMG/M
3300031516|Ga0308398_1130068Not Available527Open in IMG/M
3300031516|Ga0308398_1133280Not Available518Open in IMG/M
3300031518|Ga0308389_1005752All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium6354Open in IMG/M
3300031518|Ga0308389_1032221All Organisms → Viruses → Predicted Viral1648Open in IMG/M
3300031518|Ga0308389_1069453Not Available874Open in IMG/M
3300031518|Ga0308389_1101438Not Available648Open in IMG/M
3300031568|Ga0308393_1053098Not Available940Open in IMG/M
3300031568|Ga0308393_1112127Not Available574Open in IMG/M
3300031568|Ga0308393_1126986Not Available530Open in IMG/M
3300031568|Ga0308393_1137137Not Available504Open in IMG/M
3300031776|Ga0308415_1056556Not Available914Open in IMG/M
3300031783|Ga0308418_1030979All Organisms → Viruses → Predicted Viral1457Open in IMG/M
3300031783|Ga0308418_1034647All Organisms → Viruses → Predicted Viral1340Open in IMG/M
3300031783|Ga0308418_1118590Not Available567Open in IMG/M
3300031783|Ga0308418_1128678Not Available537Open in IMG/M
3300031812|Ga0308411_10002177All Organisms → cellular organisms → Bacteria13325Open in IMG/M
3300031812|Ga0308411_10019278All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium3832Open in IMG/M
3300031812|Ga0308411_10029151All Organisms → Viruses → Predicted Viral2870Open in IMG/M
3300031812|Ga0308411_10044011All Organisms → Viruses → Predicted Viral2103Open in IMG/M
3300031812|Ga0308411_10046640All Organisms → Viruses → Predicted Viral2012Open in IMG/M
3300031812|Ga0308411_10058598All Organisms → Viruses → Predicted Viral1684Open in IMG/M
3300031812|Ga0308411_10138088Not Available878Open in IMG/M
3300031812|Ga0308411_10147597Not Available837Open in IMG/M
3300031812|Ga0308411_10273879Not Available548Open in IMG/M
3300031830|Ga0308409_1003173All Organisms → cellular organisms → Bacteria6542Open in IMG/M
3300031830|Ga0308409_1143276Not Available501Open in IMG/M
3300031865|Ga0308408_1003272All Organisms → cellular organisms → Bacteria6374Open in IMG/M
3300031865|Ga0308408_1021185Not Available1807Open in IMG/M
3300031865|Ga0308408_1021234All Organisms → Viruses → Predicted Viral1804Open in IMG/M
3300031865|Ga0308408_1024949All Organisms → Viruses → Predicted Viral1625Open in IMG/M
3300031865|Ga0308408_1057360Not Available935Open in IMG/M
3300031875|Ga0308405_1003354All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium7047Open in IMG/M
3300031875|Ga0308405_1036691All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium1446Open in IMG/M
3300031875|Ga0308405_1047736All Organisms → Viruses → Predicted Viral1194Open in IMG/M
3300031878|Ga0308404_1000889All Organisms → cellular organisms → Bacteria9022Open in IMG/M
3300031948|Ga0308406_1018027Not Available1855Open in IMG/M
3300031948|Ga0308406_1048287Not Available968Open in IMG/M
3300031948|Ga0308406_1069575Not Available754Open in IMG/M
3300031950|Ga0308417_1021507All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium3193Open in IMG/M
3300031950|Ga0308417_1107988Not Available978Open in IMG/M
3300031950|Ga0308417_1145503Not Available785Open in IMG/M
3300031958|Ga0308410_1037593Not Available1700Open in IMG/M
3300031966|Ga0308420_1041146All Organisms → Viruses → Predicted Viral1748Open in IMG/M
3300031966|Ga0308420_1074790All Organisms → Viruses → Predicted Viral1149Open in IMG/M
3300032034|Ga0308407_1101460Not Available586Open in IMG/M
3300032034|Ga0308407_1113207Not Available544Open in IMG/M
3300032045|Ga0308400_1042973All Organisms → Viruses → Predicted Viral1033Open in IMG/M
3300032045|Ga0308400_1053907Not Available887Open in IMG/M
3300032049|Ga0308416_1017498All Organisms → Viruses → Predicted Viral1786Open in IMG/M
3300032049|Ga0308416_1030084All Organisms → Viruses → Predicted Viral1233Open in IMG/M
3300032057|Ga0308421_1010595All Organisms → Viruses → Predicted Viral3447Open in IMG/M
3300032057|Ga0308421_1114602Not Available635Open in IMG/M
3300032058|Ga0308419_1016595All Organisms → Viruses → Predicted Viral3538Open in IMG/M
3300032356|Ga0308414_1112484Not Available932Open in IMG/M
3300032356|Ga0308414_1190266Not Available603Open in IMG/M
3300033886|Ga0308413_008312All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium4352Open in IMG/M
3300033886|Ga0308413_011860All Organisms → Viruses → Predicted Viral3386Open in IMG/M
3300033886|Ga0308413_016603Not Available2675Open in IMG/M
3300033886|Ga0308413_034827All Organisms → Viruses → Predicted Viral1564Open in IMG/M
3300034648|Ga0372970_036904Not Available725Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hot Spring Phototrophic MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Phototrophic Mat62.07%
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat25.52%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic10.34%
Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Microbial Mat1.38%
HotspringEnvironmental → Aquatic → Thermal Springs → Near-Boiling (>90C) → Alkaline → Hotspring0.69%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300002493Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS undermat 2012EnvironmentalOpen in IMG/M
3300002510Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS upper layer 2012EnvironmentalOpen in IMG/M
3300003688Coassembly of YNP Bryant MS undermat 2012 and YNP Bryant MS upper layer 2012EnvironmentalOpen in IMG/M
3300005225Hotspring Microbial Communities from Lower Geyser Basin, Spring Unknown 43 (Mound Spring), Yellowstone National Park, Wyoming, USA ? Sample 3, bulk metagenomes as controls for mini-metagenomic methodsEnvironmentalOpen in IMG/M
3300005411Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005453Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaGEnvironmentalOpen in IMG/M
3300005494Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1600(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005501Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700(2)_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005638Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006380Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1200_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006848Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300006849Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1600(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300007000Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010190Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010193Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010196Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1200_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010197Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1000_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010251Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1600(2)_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010257Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010272Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300026237Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS upper layer 2012 (SPAdes)EnvironmentalOpen in IMG/M
3300026280Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS undermat 2012 (SPAdes)EnvironmentalOpen in IMG/M
3300026509Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027279Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-B MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300028761Hot spring microbial mat communities from Yellowstone National Park, WY, United States - YNP-CB-013-3EnvironmentalOpen in IMG/M
3300031245Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_P4EnvironmentalOpen in IMG/M
3300031508Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_me2EnvironmentalOpen in IMG/M
3300031509Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS12-60EnvironmentalOpen in IMG/M
3300031512Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T8EnvironmentalOpen in IMG/M
3300031513Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20070728_OST1-BottomLayerEnvironmentalOpen in IMG/M
3300031514Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_149EnvironmentalOpen in IMG/M
3300031515Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_Pe2EnvironmentalOpen in IMG/M
3300031516Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T9EnvironmentalOpen in IMG/M
3300031518Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_148EnvironmentalOpen in IMG/M
3300031568Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050630_ee2EnvironmentalOpen in IMG/M
3300031776Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS55EnvironmentalOpen in IMG/M
3300031783Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090729_R4cdEnvironmentalOpen in IMG/M
3300031812Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20070728_OST2-BottomLayerEnvironmentalOpen in IMG/M
3300031830Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060912_MSe4EnvironmentalOpen in IMG/M
3300031865Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060912_MSe3EnvironmentalOpen in IMG/M
3300031875Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060912_MS13EnvironmentalOpen in IMG/M
3300031878Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS-M4EnvironmentalOpen in IMG/M
3300031948Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060911_MSe1EnvironmentalOpen in IMG/M
3300031950Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS65EnvironmentalOpen in IMG/M
3300031958Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20070728_OST2-MatCoreEnvironmentalOpen in IMG/M
3300031966Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS55EnvironmentalOpen in IMG/M
3300032034Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060911_MSe2EnvironmentalOpen in IMG/M
3300032045Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS12-65EnvironmentalOpen in IMG/M
3300032049Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS60EnvironmentalOpen in IMG/M
3300032057Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS60EnvironmentalOpen in IMG/M
3300032058Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS50EnvironmentalOpen in IMG/M
3300032356Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS50EnvironmentalOpen in IMG/M
3300033886Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090729_t10cdEnvironmentalOpen in IMG/M
3300034648Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_1000_MSt9 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
JGI24185J35167_101045023300002493Anoxygenic And Chlorotrophic Microbial MatLRDIGISIVVFNCLPTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV*
JGI24185J35167_104270913300002493Anoxygenic And Chlorotrophic Microbial MatMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFALQSMEHYADIPPAIVAQLNTRTHSKYHHPLPTTHDVDCDGV*
JGI24185J35167_106347913300002493Anoxygenic And Chlorotrophic Microbial MatPPVGACKWNICFALAVYCIGMFSRLPTTRKGAIAERYVRDLLVSRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV*
JGI24186J35511_103591413300002510Anoxygenic And Chlorotrophic Microbial MatPHFTRDCQPRFAVYSTGMFSQLPTTRKGTIAERYVRDVLAGMGWHIYAYATDRPHPLDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNHTQTVYGNYLNTLSQPITIVDNKRTLEYPMITEQYVYFPLQLMEHHANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV*
JGI24186J35511_104997413300002510Anoxygenic And Chlorotrophic Microbial MatRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV*
JGI24186J35511_105032213300002510Anoxygenic And Chlorotrophic Microbial MatCIGMFSRLPTTRKGAIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPENQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDHYSKTVYGNYLDYLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPHATDCDGV*
Ga0061020_105865113300003688Anoxygenic And Chlorotrophic Microbial MatVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV*
Ga0061020_106519823300003688Anoxygenic And Chlorotrophic Microbial MatMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFALQAMEHYADIPPAIVAQLNTRTHSKYHHPLPTTHDVDCDGV*
Ga0061020_107279013300003688Anoxygenic And Chlorotrophic Microbial MatPHFTRDCQPRFAVYSTGMFSQLPTTRKGTIAERYVRDVLAGMGWHIYAYATDRPHPLDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNHTQTVYGNYLNTLSQPITIVDNKRTLEYPMITEQYVYFPLQLMEXXANIPPAIVAQLNXRTHSKYHHPLPHATDVDDGGV*
Ga0061020_109248623300003688Anoxygenic And Chlorotrophic Microbial MatAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPENQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDHYSKTVYGNYLDYLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPHATDCDGV*
Ga0073353_103589023300005225HotspringMFLQLPTTRKGAIAERYVRDVLVSKGWHIYTYSADQPHPIDMLAITPDKQLVGVEVKCKCARLYYPDTGIDRNDYYAYHNLQSQLNLPILILFADNYSKTVYGNYLDTLSQPITIVDNQRTLLYPMITEQYVYFPLQVMEHYADIPPAIVAQLNTRTHSKYYHPIPRTTDVDDDGV*
Ga0068647_110522723300005411Anoxygenic And Chlorotrophic Microbial MatDVLVSSGWHIYTYSADQSHPVDMLAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV*
Ga0068705_1004111833300005453Anoxygenic And ChlorotrophicVYCIGMFSKLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQSHPVDMLAITSDGELVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDYYSKTVYGNYLNHLSQPKTIVDNQRTLHYPMVTENLVYFPLQSMKHYADIPPAIVAQLNTRTHSKYHHPLPHATDCDGV*
Ga0068705_1013714513300005453Anoxygenic And ChlorotrophicMFSQLPTTRKGAIAERYVRDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYTQTVYGNYLNTLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPP
Ga0068668_108818313300005494Anoxygenic And Chlorotrophic Microbial MatLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQSQLNLPVLLLFVDSYTKTVYGNYLDYHSQPLTIIDNHRELVYPMIVERYVYFPLQAMEHYADIPPTIVAQLNIRTHSKYHHPLPTTTDCDGV*
Ga0068650_112670913300005501Anoxygenic And Chlorotrophic Microbial MatIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYAYHNFEMVVGVPILLLFVDYQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV*
Ga0068669_129342023300005638Anoxygenic And Chlorotrophic Microbial MatDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYVYHELQAQLNLPVLLLFADNYSRTVYGNYLDYLSQPITIVDNQRELLYPLITEQYVYFPLQLMEHYADIPPAIVAQLNTRTHSKYHHPLPTTHDVDCDGV*
Ga0068664_113077513300006380Anoxygenic And Chlorotrophic Microbial MatDVLVSSGWHIYTYSADQSHPVDMLAITSDGELVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDYYSKTVYGNYLNHLSQPKTIVDNQRTLHYPMVTENLVYFPLQSMKHYADIPPAIVAQLNTRTHSKYHHPLPHATDCDGV*
Ga0101768_129048013300006848Anoxygenic And Chlorotrophic Microbial MatRLPTTRKGAIAERYVRDVLVSRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHQPLPTTTDDDEV*
Ga0102029_130428423300006849Anoxygenic And Chlorotrophic Microbial MatLPTTRKGAIAERYVRDLLVSRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV*
Ga0102499_132026223300007000Anoxygenic And Chlorotrophic Microbial MatTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV*
Ga0124925_105363813300010190Anoxygenic And Chlorotrophic Microbial MatKLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV*
Ga0124925_122616723300010190Anoxygenic And Chlorotrophic Microbial MatPTTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDNYSKTVYGNYLDNLSQPLTIVDNKRELVYPMITEQYVYFPVQLMEHYSDIPPAIVAQLNTRTHGKYHHPLPTPHDVDCDGV*
Ga0124924_122055223300010193Anoxygenic And Chlorotrophic Microbial MatRKGTIAERYVRDLLVSRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV*
Ga0124923_124908913300010196Anoxygenic And Chlorotrophic Microbial MatLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRTLQYPMITDQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV*
Ga0124922_102122013300010197Anoxygenic And Chlorotrophic Microbial MatTRKGAIAERYVRDLLVSRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV*
Ga0124922_104779713300010197Anoxygenic And Chlorotrophic Microbial MatTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPHATDCDGV*
Ga0124922_118652713300010197Anoxygenic And Chlorotrophic Microbial MatQLLTTRKGTIAERYVRDVLAGMGWHIYAYATDRPHPLDMIAITPDGRLVGVEVKCKCARFYYPDTGIDRNDYYAYHALQSQLDLPVLLLFVDNYSRTVYGNYLNTLSQPQTIVDNERTLEYPMIVDRYVYFPLQLMEHYANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV*
Ga0124940_113742713300010251Anoxygenic And Chlorotrophic Microbial MatQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQSQLNLPVLLLFVDSYTKTVYGNYLDYHSQPLTIIDNHRELVYPMIVERYVYFPLQAMEHYADIPPTIVAQLNIRTHSKYHHPLPTTTDCDGV*
Ga0124913_112176623300010257Anoxygenic And Chlorotrophic Microbial MatLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV*
Ga0124913_118403913300010257Anoxygenic And Chlorotrophic Microbial MatRKGAIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPENQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIVDNKRELVYPMITEQYVYFPVQLMEHYSDIPPAIVAQLNTRTHGKYHHPLPTPHDVDCDGV*
Ga0124912_124261913300010272Anoxygenic And Chlorotrophic Microbial MatIAERYVCDVLVSSGWHIYTYSADQSHPVDMIAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNHTQTVYGNYLNTLSQPITIVDNKRTLEYPMITEQYVYFPLQLMELYANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV*
Ga0209750_101902423300026237Anoxygenic And Chlorotrophic Microbial MatMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV
Ga0209750_104291413300026237Anoxygenic And Chlorotrophic Microbial MatICFALAVYCIGMFSRLPTTRKGAIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPENQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDHYSKTVYGNYLDYLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPHATDCDGV
Ga0209750_104431213300026237Anoxygenic And Chlorotrophic Microbial MatICFALAVYCIGMFSRLPTTRKGAIAERYVRDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPHATDCDGV
Ga0209750_107848613300026237Anoxygenic And Chlorotrophic Microbial MatVFNCLPTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPSDIVAELNSHTASNYYNPSAS
Ga0209017_1003832423300026280Anoxygenic And Chlorotrophic Microbial MatMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYTQTVYGNYLNTLSQPITIVDNKRTLEYPMITEQYVYFPLQLMEFYANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0209017_1005974823300026280Anoxygenic And Chlorotrophic Microbial MatVGACKWNICFALAVYCIGMFSRLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQSHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADMPPAIVAQLNSRTHSKYHHPLPTPHDVDCDGV
Ga0209017_1006231613300026280Anoxygenic And Chlorotrophic Microbial MatVGACKWNICFALAVYCIGMFSRLPTTRKGAIAERYVRDLLVSRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV
Ga0209017_1009520913300026280Anoxygenic And Chlorotrophic Microbial MatTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV
Ga0209809_100321923300026509Anoxygenic And ChlorotrophicMFSKLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQSHPVDMLAITSDGELVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDYYSKTVYGNYLNHLSQPKTIVDNQRTLHYPMVTENLVYFPLQSMKHYADIPPAIVAQLNTRTHSKYHHPLPHATDCDGV
Ga0209809_100712863300026509Anoxygenic And ChlorotrophicMGWHIYAYATDRPHPLDMIAITPDGRLVGVEVKCKCARFYYPDTGIDRNDYYAYHALQSQLDLPVLLLFVDNYSRTVYGNYLNTLSQPITIVDNKRTLEYPMIVDRYVYFPLQLMEHHANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0209809_102863413300026509Anoxygenic And ChlorotrophicICFAIAVYCIGMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQSQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNHRELVYPMIVERYVYFPLQAMEHYADIPPTIVAQLNIRTHSKYHHPLPTTHDVDCDGV
Ga0209809_105370823300026509Anoxygenic And ChlorotrophicMFSQLPTTRKGAIAERYVRDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYTQTVYGNYLNTLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPHATDCDGV
Ga0209809_106239413300026509Anoxygenic And ChlorotrophicNLRDIGISIVVFNCLPTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV
Ga0209809_113693713300026509Anoxygenic And ChlorotrophicPYRLVYRITPRACQPLPVDVCKWNICFAIAVYCIGMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRDLVYPMIVERYVYFPLQAMEHYADIPPTIVAQL
Ga0209691_1001134153300027279Anoxygenic And ChlorotrophicMFSQLPTTRKGTIAERYVRDVLAGMGWHIYAYATDRPHPLDMIAITPDGRLVGVEVKCKCARFYYPDTGIDRNDYYAYHALQSQLDLPVLLLFVDNYSRTVYGNYLNTLSQPITIVDNKRTLEYPMIVDRYVYFPLQLMEHHANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0209691_100692523300027279Anoxygenic And ChlorotrophicMFSQLPTTRKGAIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFALQSMEHYADIPPAIVAQLNTRTHSKYHHPLPTTHDVDCDGV
Ga0209691_101504023300027279Anoxygenic And ChlorotrophicMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV
Ga0209691_101631253300027279Anoxygenic And ChlorotrophicGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPSDIVAELNSHTASNYYNPSASKEV
Ga0209691_102129323300027279Anoxygenic And ChlorotrophicMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRTLQYPMITDQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDCDGV
Ga0209691_103967423300027279Anoxygenic And ChlorotrophicYVCDVLVSSGWHIYTYSADQSHPVDMLAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYTQTVYGNYLNTLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0209691_105506613300027279Anoxygenic And ChlorotrophicGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV
Ga0272447_100371213300028761Microbial MatMFSQLPTTRKGAIAERYVRDVLVGMGWHIYTYSADQPHPVDMIAITPDGRLVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDHYTRTVYGNYLDYLSQPITIVDNQRELVYPMIGEQYVYFPLQVMEHYADIPPAVVAQLNTRTYSKYHHSPPHTNDVDGDGV
Ga0272447_106738513300028761Microbial MatRGWHVYTYSVDQAHPVDMIAIRPDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQTQLNLPVLLLFVDSYSRTVYGNYLDYLSQPITIVDNQRELLYPMISENLVYFPLQVMEHYADIPPAIVVQLSIRIYSKYHHPLPRTNDVDGDGV
Ga0308395_100135563300031245Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLAGMGWHIYAYATDRPHPLDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNHTQTVYGNYLNTLSQPITIVDNKRTLEYPMITEQYVYFPLQLMEHHANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0308395_102186623300031245Hot Spring Phototrophic MatMFSRLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPTPHDVDCDGV
Ga0308395_108662513300031245Hot Spring Phototrophic MatWHIYTYSADQSHPVDMLAITPHRQLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYTQTVYGNYLDTLSQPITIVDNRRTLEYPMITEQYVYFPLQLMEHYANIPPAIVAQLNTRTHSKYHHPLPTTTDCDGV
Ga0308395_110773213300031245Hot Spring Phototrophic MatVFNCLHTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV
Ga0308395_113835013300031245Hot Spring Phototrophic MatHSAYIIPHSARVCQLLPVGACKWNICFALAVYCIGMFSRLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEVVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQLMEY
Ga0308394_100406143300031508Hot Spring Phototrophic MatMGWHIYAYATDRPHPLDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNHTQTVYGNYLNTLSQPITIVDNKRTLEYPMITEQYVYFPLQLMEHHANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0308394_105038823300031508Hot Spring Phototrophic MatSRLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQSQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPTIVAQLNIRTHSKYHHPLPTTTDCDGV
Ga0308394_105788123300031508Hot Spring Phototrophic MatMFSRLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPPPHDVDCDGV
Ga0308399_101132123300031509Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHQFQSQLNLPVLLLFVDNYSKTVYGNYLDYLSQPITIIDNQRELVYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPTTTDCDGV
Ga0308397_100873223300031512Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDHYSKTVYGNYLDYLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0308397_101332943300031512Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDVLVSMGWHIYTYSADQSHPVDMLAIAPNRQLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYSRTVYGNYLDNLSQPLTIVDNKRELVYPMITEQYVYFPLQLMEHYSDIPPAIVAQLNTRTHGKYHHPLPTTTGCDGV
Ga0308397_102032033300031512Hot Spring Phototrophic MatVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV
Ga0308397_102905323300031512Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRKDYYAYHNLQSQLNLPVLLLFVDIYTKTVYGNYLDSLSQPLTIIDNQRELVYPMIVERYVYFALQAMEQYADIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0308412_100661833300031513Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLTGMGWHIYTYSADQSHPVDMLAFTPENQLVAVEVKCKCARIYYPDSGIDRNDYYAYHNLQSQLNLPVLLLFVDNYSRTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPTTTDCDGV
Ga0308412_101130013300031513Hot Spring Phototrophic MatWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFHSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIHNRQVYFALQTMQHYAYVPADIVAELNSHTASNYYNPSANEV
Ga0308412_104084133300031513Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHQFQSQLNLPVLLLFVDNYSKTVYGNYLDYLSQPITIVDNQRELVYPMITEQYVYFPLQAMQHYADIPPAIVAQLNTRTHSKYHHPLPTTNDCDGV
Ga0308412_107022613300031513Hot Spring Phototrophic MatMNSVFSQLPRTRKGTIAEEYVRDVLISRGWHIYTYSADQSHPVDMLAFTPDNQLVAVEIKCKPARLYYPDTGINVRHYHHYHNLQTQFNLPILLLFVDEHSKTVYGNYLNHLSQPITIVDNQRILHYPMVADNLVYFPLQVMEHYADIPPAIVAQIKSYTASKYNYSPPATTN
Ga0308412_114426213300031513Hot Spring Phototrophic MatVFNCLHTTRKGTIAERYVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGKLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQAVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSVNKV
Ga0308390_103838633300031514Hot Spring Phototrophic MatVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV
Ga0308390_105413313300031514Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQLMEHYSDIPPAIVAQLIVRTHSKYHHPLPTTTDDD
Ga0308390_107379823300031514Hot Spring Phototrophic MatTIPHSARVCQPLPVGACKWNICFALAVYCIGMFSNLPTTRKGTIAERYVRDLLVSRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRTLQYPMITDQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV
Ga0308396_102955323300031515Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPQNQLVGVEVKCKCARIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFALQSMEHYADIPPAIVAQLNSRTHSKYHHPLPTTHDVDCDGV
Ga0308396_103743123300031515Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDRNDYYVYQDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPTPHDVDCDGV
Ga0308396_107979113300031515Hot Spring Phototrophic MatLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMIAITSDGELVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYTQTVYGNYLNTLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0308396_110479213300031515Hot Spring Phototrophic MatEPILLECRPASESLIQRFQIPTQVDCSHSAYIIPHSARVCQLLPVGACKWNICFALAVYCIGMFSRLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPM
Ga0308398_100609843300031516Hot Spring Phototrophic MatVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQAVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPSDIVAELNSHTASNYYNPSASKEV
Ga0308398_102530323300031516Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPTPHDVDCDGV
Ga0308398_103896523300031516Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPQNQLVGVEVKCKCARIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFALQSMEHYADIPPAIVAQLNTRTHSKYHHP
Ga0308398_113006813300031516Hot Spring Phototrophic MatLVNRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDIYTKTVYGNYLDSLSQPLTIIDNQRELVYPMIVERYVYFALQAMEHYADIPPAIVAQLNTRTHSKYHHPLPTTHDVDCDGV
Ga0308398_113328013300031516Hot Spring Phototrophic MatLVSSGWHIYTYSADQSHPVDMLAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDHYSKTVYGNYLDYLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0308389_100575213300031518Hot Spring Phototrophic MatLRDIGISIVVFNCLPTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV
Ga0308389_103222143300031518Hot Spring Phototrophic MatVLAGMGWHIYAYATDRPHPLDMIAITPDGRLVGVEVKCKCARFYYPDTGIDRNDYYAYHALQSQLDLPVLLLFVDNYSRTVYGNYLNTLSQPQTIVDNERTLEYPMIVDRYVYFPLQLMEHYANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0308389_106945313300031518Hot Spring Phototrophic MatMLLSVCIAPILYRIPPAFVNPPVGACKWNICFAIAVYCIGMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQSQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPTIVAQLNIRTHSKYHHPLPTTTDCDGV
Ga0308389_110143823300031518Hot Spring Phototrophic MatVLAGMGWHIYAYATDRPHPLDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNHTQTVYGNYLNTLSQPITIVDNKRTLEYPMITEQYVYFPLQLMELYANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0308393_104478023300031568Hot Spring Phototrophic MatVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVP
Ga0308393_105309813300031568Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPQNQLVGVEVKCKCARIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFALQAMEQYADIPPAIVAQLNTRTHSKYHHPLPTPHDVDCDGV
Ga0308393_111212713300031568Hot Spring Phototrophic MatIPHSARVCQPLLVGACKWNICFALAVYCIGMFSRLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSK
Ga0308393_112698613300031568Hot Spring Phototrophic MatFALAVYCIGMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDHYSKTVYGNYLDYLSQPLTIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPH
Ga0308393_113713713300031568Hot Spring Phototrophic MatCFALAVYCIGMFSKLPTTRKGTIAERYVRDLLVSRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRT
Ga0308415_105655623300031776Hot Spring Phototrophic MatMGWHIYAYATDQPHPLDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYSRTVYGNYLDNLSQPRTIVDNKRTLEYPMITEQYVYFPLQAMEHYVNIPPAIVAQLNTRTHSKYHHPLPHATDIDDGGV
Ga0308418_103097913300031783Hot Spring Phototrophic MatSSGWHIYTYSADQSHPVDMLAITSDGGLVGVEVKCKCSRIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDKLSQPLTIVDNKRELVYPMIVERYVYFALQAMEHYADIPPAIVAQLNTRTHSKYHHPLPTTHDVDCDGV
Ga0308418_103464713300031783Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDLLVSRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV
Ga0308418_105705213300031783Hot Spring Phototrophic MatVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYF
Ga0308418_111859013300031783Hot Spring Phototrophic MatLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQAVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPSDIVAELNSHTASNYYNPSASKEV
Ga0308418_112867813300031783Hot Spring Phototrophic MatVVECLHSTNTIPHSARVCQPLLVGACKWNICFALAVYCIGMFSRLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMIAITSDGELVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYTQTVYGNYLNTLSQPITIVDNKRTLEYPMITEQYVYFPLQL
Ga0308411_1000217753300031812Hot Spring Phototrophic MatMFLQLPSTRKGTIAERYVRDVLAGMGWHIYAYALERPHPVDMLAITPHNRLVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQTQLNLPVLLLFVDNYSKTVYGNYLDYLSQPITIIDNKRELVYPMITEQYVYFPLQAMQHYADIPPAIVAQLNIRTHSKYHHRPPHTTDDDGV
Ga0308411_1001927823300031812Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVSMGWHIYTYSADQSHPVDMLAFTPQNQLVAVEVKCKPARLYYPDTGINVRHYHHYYNLQTQLNLPILLLFADEYSKTVYGNYLDYLSQPITIVDNKRELVYPMVADNLVYFPLQVMEHYADIPPAIVAQIKSYTASKYNYSPPATTNCGDSGV
Ga0308411_1002915143300031812Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDLLVSKGWHIYTYSADQSHPVDMLAITPQNQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQLMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV
Ga0308411_1004401123300031812Hot Spring Phototrophic MatMFGKLPTTRKGCIAEQYVRDVLVARGWHIYTYSADQSHPVDMLAITSDKQLIGVEVKCKSARTYYPDTGIDRNDYYAYHKLQTQLNLPILLLFVDEYSKTVYGHYLDYLSQPITIIDNKRELVYPMITEQYVYFPLQAMQHYADIPPAIVTQLNIRTHSKYHHRPPHTTDDDDRV
Ga0308411_1004664023300031812Hot Spring Phototrophic MatMNSVFSQLPRTRKGTIAEEYVRDVLISRGWHIYTYSADQSHPVDMLAFTPDNQLVAVEVKCKPARLYYPDTGINVRHYHHYHNLQTQFNLPILLLFVDEHSKTVYGNYLNHLSQPITIVDNQRILHYPMVADNLVYFPLQVMVHYADIPPAIVAQIKSYTASKYNYSPPDITNCGDSGV
Ga0308411_1005859823300031812Hot Spring Phototrophic MatMGWHIYAYATDQPHPLDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYSRTVYGNYLDNLSQPRTIVDNKRTLEYPMITEQYVYFPLQAMEHYVNIPPAIVAQLNTRTHSKYHHPLPHA
Ga0308411_1013808813300031812Hot Spring Phototrophic MatVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQAVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSANKV
Ga0308411_1014759713300031812Hot Spring Phototrophic MatMFGKLPTTRKGCIAEQYVRDVLVARGWHIYTYSADQSHPVDMLAITPDKQLVGVEVKCKSARTYYPDTGIDRNDYYAYHNLQTQLNLPVLLLFVDNYSRTVYGNYLDYLSQPITIIDNKRELVYPLITEQYVYFPLQAMQHYADIPPAIVAQLNIRTHSKYHHPLPHATDIDDGGV
Ga0308411_1027387923300031812Hot Spring Phototrophic MatHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDSLSQPLTIVDNQRELVYPMIVERYVYFALQSMEHYADIPPAIVAQLNTRTHSKYHHPLPTTADCDGV
Ga0308409_100317323300031830Hot Spring Phototrophic MatMFSRLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDHYSKTVYGNYLDYLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPHATDCDGV
Ga0308409_114327613300031830Hot Spring Phototrophic MatSHSTHYTASRSRLSTPPVGACKWNICFALAVYCIGMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMAVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQY
Ga0308408_100327263300031865Hot Spring Phototrophic MatMFSRLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPHATDCDGV
Ga0308408_102118523300031865Hot Spring Phototrophic MatVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPSDIVAELNNHTASNYYNPSASKEV
Ga0308408_102123413300031865Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDHYSKTVYGNYLDYLSQPITIVDNKRTLEYPLITEQYVYFPLQLMELYANIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV
Ga0308408_102494933300031865Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDGV
Ga0308408_105736023300031865Hot Spring Phototrophic MatMFSQLPRTRKGTIAEEYVRDVLISRGWHIYTYSTVNQPHPVDMLAFTPDKELVAVEVKCKRARLYYPDTGIDVRHYNHYHSLQSQLNLPILLLFVDEYSKTVYGNYLNHLSQPITIVDNQRTLHYPMVTENLVYFPLQSMEHYADIPPAIVAQIKSYTASKYHYLPSRAANNDGV
Ga0308405_100335473300031875Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRTLQYPMITDQYVYFPLQLMEHYSDIPPAIVAQLIVRTHSKYHHPLPTTTDDDGV
Ga0308405_103669133300031875Hot Spring Phototrophic MatCFSYRLVYRISPAFVNPSPLVLATCKWNICFALAVYCIGMFSQLPTTRKGAIAERYVRDVLVSSGWHIYTYSADQPHPVDMIAITPDGELVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDHYSKTVYGNYLDYLSQPITIVDNKRTLEYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPHATDCDGV
Ga0308405_104773623300031875Hot Spring Phototrophic MatAVYCIGMFSKLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPQNQLVGVEVKCKCARIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFALQSMEHYADIPPAIVAQLNTRTHSKYHHPLPTTHDVDCDGV
Ga0308404_100088963300031878Hot Spring Phototrophic MatMGWHIYAYATDQPHPLDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYSRTVYGNYLDNLSQPRAIVDNKRTLEYPMITEQYVYFPLQAMEHYVNIPPAIVAQLNTRTHSKYHHPLPHATDIDDGGV
Ga0308406_101802723300031948Hot Spring Phototrophic MatMFSRLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSK
Ga0308406_104828723300031948Hot Spring Phototrophic MatYCIGMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRTLQYPMITDQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV
Ga0308406_106957523300031948Hot Spring Phototrophic MatVFNCLPTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV
Ga0308417_102150753300031950Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVNSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDSYTKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFALQSMEHYADIPPAIVAQLNTRTHSKYHHPLPTTADCDGV
Ga0308417_110798823300031950Hot Spring Phototrophic MatMNSVFSQLPRTRKGTIAERYVRDVLVSMGWHIYTYSADQSHPVDMLAFTPQNQLVAVEVKCKPARLYYPDTGINVRHYHHYYNLQTQLNLPILLLFADEYSKTVYGNYLNHLSQPITIVDNKRELVYPMVADNLVYFPLQVMEHYADIPPAIVAQIKSYTASKYNYSPPATTNCGDSGV
Ga0308417_114550323300031950Hot Spring Phototrophic MatVFNCLQTTRKGTIAERYVRDVLISKGWHIYTYAAEQSHPVDMIAITPDNRLVAVEVKCKSARVYYTDTGIDRNDYYAYHDFQSQHNLPVLLLFVDNNSQAVYGNYLDHLSQPLTIVYNNRELTYPLFHKRQVYFALQTMQHYAYVPADIVAELNKHTASNYYNPSANKV
Ga0308410_103759333300031958Hot Spring Phototrophic MatVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGKLIAVEVKCKSARIYYTDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQAVYGNYLDHLSQPITIVYNNRELTYPLFHKRQVYFALQTMQHYAYVPADIVAELNSHTASNYYNPSANEV
Ga0308420_104114633300031966Hot Spring Phototrophic MatMFSRLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV
Ga0308420_107479013300031966Hot Spring Phototrophic MatTAFRPCLSTPPVGACKWNICFALAVYCIGMFSRLPTTRKGAIAERYVCDVLVSSGWHIYTYSADQPHPVDMLAITPQNQLVAVEVKCKCARIYYPDTGIDRNDYYVYHDLQAQLNLPVLLLFVDGYSKTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPTPHDVDCDGV
Ga0308407_110146013300032034Hot Spring Phototrophic MatPVGACKWNICFALAVYCIGMFSKLPTTRKGTIAERYVRDLLVNRGWHIYTYSADQSHPVDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDIYTKTVYGNYLDSLSQPLTIIDNQRELVYPMIVERYVYFALQSMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV
Ga0308407_111320713300032034Hot Spring Phototrophic MatRDIGISIVVFNCLHTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV
Ga0308400_104297313300032045Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHQFQSQLNLPVLLLFVDNYSKTVYGNYLDYLSQPITIIDNQRELVYPLITEQYVYFPLQAMEHYADI
Ga0308400_105390713300032045Hot Spring Phototrophic MatVFNCLHTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITPDNRLVAVEVKCKSARIYYTDTGIDRNDYYAYHNLQTQLNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLFHKRQVYFALQTMQHYAYVPADIVAELNSHTASNYYNPSANKV
Ga0308416_101749823300032049Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGELVAVEVKCKCARIYYPDTGIDRNDYYAYHQFQSQLNLPVLLLFVDNYSKTVYGNYLDYLSQPITIVDNHRELVYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHRPPHTTDDDGV
Ga0308416_103008413300032049Hot Spring Phototrophic MatLTGMGWHIYAYATDQPHPLDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYSRTVYGNYLDNLSQPRTIVDNKRTLEYPMITEQYVYFPLQAMEHYVNIPPAIVAQLNTRTYSKYHHPLPHATDIDDGGV
Ga0308421_101059523300032057Hot Spring Phototrophic MatMFSNLPTTRKGTIAERYVRDLLVSRGWHIYTYSADQSHPVDMLAITPENQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQVMEHYADIPPAIVAQLIVRTHSKYHHPLPTTTDDDEV
Ga0308421_111460223300032057Hot Spring Phototrophic MatNCLHTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYPDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNNQSVYGNYLDHLSQPITIVYNNRELTYPLIQNRQVYFALQTMQHYAYVPANIVAELNNHTASNYYNPSASKEV
Ga0308419_101659523300032058Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITPQNQLVGVEVKCKCARIYYPDTGIDHKDYYGYHNFEMVVGVPILLLFVDHQQRSVYGNYLDKLSQPLTIVDNKRELVYPMITEQYVYFPLQLMEHYSDIPPAIVAQLIVRTHSKYHHPLPTTTDDDGV
Ga0308414_111248423300032356Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVNSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHELQNQLNLPVLLLFVDSYTKTVYGNYLDSLSQPLTIIDNQRELVYPMIVERYVYFALQAMEHYADIPPAIVAQLNTRTHS
Ga0308414_119026613300032356Hot Spring Phototrophic MatMNSVFSQLPRTRKGTIAERYVRDVLVSMGWHIYTYSADQSHPVDMLAFTPQNQLVAVEVKCKPARLYYPDTGINVRHYHHYYNLQTQLNLPILLLFADEYSKTVYGNYLNHLSQPITIVDNKRELVYPMVADNLVYFPLQVMEHYADIPPAIVAQIKSYTA
Ga0308413_008312_3769_42933300033886Hot Spring Phototrophic MatMFSKLPTTRKGTIAERYVRDVLTGMGWHIYTYSADQSHPVDMLAFTPENQLVAVEVKCKCARIYYPDTGIDRNDYYAYHQFQSQLNLPVLLLFVDNYSRTVYGNYLDYLSQPLTIIDNQRELVYPMIVERYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPTTTDCDGV
Ga0308413_011860_2801_33253300033886Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLVSSGWHIYTYSADQSHPVDMLAITSDGGLVAVEVKCKCARIYYPDTGIDRNDYYAYHQFQSQLNLPVLLLFVDNYSKTVYGNYLDYLSQPITIIDNQRELVYPLITEQYVYFPLQAMEHYADIPPAIVAQLNSRTHSKYHHPLPTTTDCDGV
Ga0308413_016603_403_9123300033886Hot Spring Phototrophic MatVFNCLHTTRKGTIAERFVRDVLISKGWHIYTYAAEQSHPVDMIAITDNGRLIAVEVKCKSARIYYTDTGIDLNDYYAYHDFQSQHNLPVLLLFVDNNSQAVYGNYLDHLSQTITIVYNNRELTYPLFHKRQVYFALQTMQHYAYVPADIVAELNSHTASNYYNPSANKV
Ga0308413_034827_999_15293300033886Hot Spring Phototrophic MatMFSQLPTTRKGTIAERYVRDVLTGMGWHIYAYATDQPHPLDMIAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDNYSRTVYGNYLDNLSQPRAIVDNKRTLEYPMITEQYVYFPLQAMEHYVNIPPAIVAQLNTRTHSKYHHPLPHATDIDDGGV
Ga0372970_036904_226_7053300034648Hot Spring Phototrophic MatVCDVLVSSGWHIYTYSADQSHPVDMLAITPDGRLVGVEVKCKCARIYYPDTGIDRNDYYAYHNLQSQLNLPVLLLFVDHYSKTVYGNYLDYLSQPITIVDNHRELVYPLITEQYVYFPLQAMEHYADIPPAIVAQLNTRTHSKYHHPLPHATDVDDGGV


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