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 F079731

Metagenome / Metatranscriptome Family F079731

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Overview Alignments Structure & Topology Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F079731
Family Type Metagenome / Metatranscriptome
Number of Sequences 115
Average Sequence Length 312 residues
Representative Sequence NIDQWIYTNGRVGIGTANPGNFNYSNNILLHVHSRTDLAQIAVSGVLFGGETSAPNFGVTWGGNVLPERHGGLSASERPTCLISVPQGEGSSRQIILRVNGNNSMTILGEGRVQVGALPSLFPNLIERSRFGVVMDLHRANYSTWVNGRVFEGGATVFQGSTSSISNGADFISTIRSRFDSDPNVTEYRFANYFSVARYDHSRRISMNAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNTYSNILGGGYADVPPITRESNITSLIKGLDIVFD
Number of Associated Samples 48
Number of Associated Scaffolds 115

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 99.13 %
% of genes from short scaffolds (< 2000 bps) 99.13 %
Associated GOLD sequencing projects 38
AlphaFold2 3D model prediction Yes
3D model pTM-score0.28

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 (89.565 % 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
(51.304 % of family members)
Environment Ontology (ENVO) Unclassified
(97.391 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(51.304 % of family members)



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Multiple Sequence Alignments

Select alignment to view:      


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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 9.77%    β-sheet: 10.75%    Coil/Unstructured: 79.48%
Feature Viewer
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Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.28
Powered by PDBe Molstar

Low Quality Model:

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


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A89.57 %
All OrganismsrootAll Organisms10.43 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2022920003|YNPsite05_CeleraDRAF_100727Not Available738Open in IMG/M
3300002493|JGI24185J35167_1033469Not Available1209Open in IMG/M
3300003688|Ga0061020_1039796Not Available1213Open in IMG/M
3300003688|Ga0061020_1048233Not Available1041Open in IMG/M
3300005242|Ga0068639_144994Not Available931Open in IMG/M
3300005247|Ga0068637_1011420Not Available836Open in IMG/M
3300005248|Ga0068636_1022449All Organisms → cellular organisms → Bacteria983Open in IMG/M
3300005248|Ga0068636_1050746Not Available1082Open in IMG/M
3300005250|Ga0068635_1009516Not Available855Open in IMG/M
3300005413|Ga0068633_1015028Not Available733Open in IMG/M
3300005452|Ga0068706_1037185Not Available948Open in IMG/M
3300005452|Ga0068706_1041652Not Available876Open in IMG/M
3300005452|Ga0068706_1044130Not Available841Open in IMG/M
3300005453|Ga0068705_10075733Not Available967Open in IMG/M
3300005453|Ga0068705_10082933Not Available900Open in IMG/M
3300005453|Ga0068705_10087557Not Available862Open in IMG/M
3300005453|Ga0068705_10100553Not Available776Open in IMG/M
3300005495|Ga0068666_1005363Not Available874Open in IMG/M
3300005498|Ga0068649_1027727Not Available967Open in IMG/M
3300005498|Ga0068649_1116688Not Available701Open in IMG/M
3300006849|Ga0102029_1187774Not Available784Open in IMG/M
3300006849|Ga0102029_1202482All Organisms → cellular organisms → Bacteria912Open in IMG/M
3300007000|Ga0102499_1121717Not Available783Open in IMG/M
3300007000|Ga0102499_1333385Not Available861Open in IMG/M
3300010182|Ga0124917_1102208Not Available1169Open in IMG/M
3300010182|Ga0124917_1129231All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → Candidatus Parcubacteria → unclassified Parcubacteria → Parcubacteria bacterium SCGC AAA011-A09861Open in IMG/M
3300010183|Ga0124919_1115437All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Chitinophagia → Chitinophagales → Chitinophagaceae → Thermoflavifilum → Thermoflavifilum thermophilum842Open in IMG/M
3300010184|Ga0124920_1077840Not Available772Open in IMG/M
3300010189|Ga0124915_1136322Not Available874Open in IMG/M
3300010189|Ga0124915_1184890Not Available875Open in IMG/M
3300010191|Ga0124914_1079638All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Chitinophagia → Chitinophagales → Chitinophagaceae → Thermoflavifilum → Thermoflavifilum thermophilum866Open in IMG/M
3300010191|Ga0124914_1092215Not Available876Open in IMG/M
3300010191|Ga0124914_1156161Not Available916Open in IMG/M
3300010193|Ga0124924_1014533Not Available798Open in IMG/M
3300010195|Ga0124911_1181272Not Available694Open in IMG/M
3300010196|Ga0124923_1057816Not Available900Open in IMG/M
3300010245|Ga0124946_143936Not Available978Open in IMG/M
3300010255|Ga0124910_1193249Not Available954Open in IMG/M
3300010257|Ga0124913_1288079Not Available839Open in IMG/M
3300010257|Ga0124913_1290042Not Available837Open in IMG/M
3300010272|Ga0124912_1124265Not Available938Open in IMG/M
3300010272|Ga0124912_1129227Not Available960Open in IMG/M
3300026280|Ga0209017_10049052Not Available962Open in IMG/M
3300026280|Ga0209017_10049493Not Available955Open in IMG/M
3300026280|Ga0209017_10053352Not Available900Open in IMG/M
3300026509|Ga0209809_1063646Not Available1062Open in IMG/M
3300026509|Ga0209809_1065075Not Available1043Open in IMG/M
3300026509|Ga0209809_1082783Not Available862Open in IMG/M
3300026509|Ga0209809_1085069Not Available844Open in IMG/M
3300026509|Ga0209809_1088688Not Available816Open in IMG/M
3300026509|Ga0209809_1093669Not Available780Open in IMG/M
3300027279|Ga0209691_1032494All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Weeksellaceae → Algoriella → Algoriella xinjiangensis1117Open in IMG/M
3300027279|Ga0209691_1034114Not Available1077Open in IMG/M
3300027279|Ga0209691_1035320Not Available1049Open in IMG/M
3300027279|Ga0209691_1040907Not Available936Open in IMG/M
3300027279|Ga0209691_1042454Not Available911Open in IMG/M
3300031245|Ga0308395_1052601Not Available1058Open in IMG/M
3300031245|Ga0308395_1055975Not Available1011Open in IMG/M
3300031245|Ga0308395_1061058Not Available948Open in IMG/M
3300031245|Ga0308395_1071625Not Available843Open in IMG/M
3300031508|Ga0308394_1059336Not Available865Open in IMG/M
3300031508|Ga0308394_1061326Not Available844Open in IMG/M
3300031508|Ga0308394_1069114Not Available772Open in IMG/M
3300031508|Ga0308394_1074519Not Available730Open in IMG/M
3300031512|Ga0308397_1040867Not Available1183Open in IMG/M
3300031512|Ga0308397_1048671Not Available1043Open in IMG/M
3300031512|Ga0308397_1049653All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Weeksellaceae → Algoriella → Algoriella xinjiangensis1029Open in IMG/M
3300031512|Ga0308397_1049883Not Available1025Open in IMG/M
3300031512|Ga0308397_1064566Not Available851Open in IMG/M
3300031512|Ga0308397_1077162Not Available749Open in IMG/M
3300031514|Ga0308390_1069000Not Available832Open in IMG/M
3300031515|Ga0308396_1046304Not Available989Open in IMG/M
3300031515|Ga0308396_1060940Not Available817Open in IMG/M
3300031515|Ga0308396_1074326Not Available713Open in IMG/M
3300031516|Ga0308398_1043191Not Available1152Open in IMG/M
3300031516|Ga0308398_1045971All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Weeksellaceae → Chryseobacterium group → Chryseobacterium → unclassified Chryseobacterium → Chryseobacterium sp. OV2791101Open in IMG/M
3300031516|Ga0308398_1057166Not Available942Open in IMG/M
3300031516|Ga0308398_1074941Not Available777Open in IMG/M
3300031518|Ga0308389_1057498Not Available1019Open in IMG/M
3300031518|Ga0308389_1057749Not Available1016Open in IMG/M
3300031568|Ga0308393_1032780Not Available1299Open in IMG/M
3300031568|Ga0308393_1033945Not Available1269Open in IMG/M
3300031568|Ga0308393_1036060Not Available1217Open in IMG/M
3300031568|Ga0308393_1047491Not Available1011Open in IMG/M
3300031568|Ga0308393_1052248Not Available950Open in IMG/M
3300031568|Ga0308393_1052581Not Available946Open in IMG/M
3300031568|Ga0308393_1073129Not Available759Open in IMG/M
3300031783|Ga0308418_1052488All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Weeksellaceae → Algoriella → Algoriella xinjiangensis991Open in IMG/M
3300031783|Ga0308418_1056968Not Available936Open in IMG/M
3300031783|Ga0308418_1057765Not Available927Open in IMG/M
3300031783|Ga0308418_1065087Not Available853Open in IMG/M
3300031830|Ga0308409_1059862Not Available921Open in IMG/M
3300031865|Ga0308408_1038929All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Weeksellaceae → Chryseobacterium group → Chryseobacterium → unclassified Chryseobacterium → Chryseobacterium sp. OV2791210Open in IMG/M
3300031865|Ga0308408_1064045All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium868Open in IMG/M
3300031865|Ga0308408_1068510Not Available829Open in IMG/M
3300031875|Ga0308405_1054202Not Available1090Open in IMG/M
3300031875|Ga0308405_1064988Not Available958Open in IMG/M
3300031875|Ga0308405_1066450Not Available943Open in IMG/M
3300031875|Ga0308405_1070325Not Available906Open in IMG/M
3300031875|Ga0308405_1089330Not Available764Open in IMG/M
3300031878|Ga0308404_1037796Not Available1007Open in IMG/M
3300031948|Ga0308406_1037171Not Available1156Open in IMG/M
3300031948|Ga0308406_1042263Not Available1059Open in IMG/M
3300031948|Ga0308406_1048410Not Available966Open in IMG/M
3300031948|Ga0308406_1053420Not Available904Open in IMG/M
3300031948|Ga0308406_1057024Not Available864Open in IMG/M
3300032034|Ga0308407_1035914All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Chitinophagia → Chitinophagales → Chitinophagaceae → Thermoflavifilum → Thermoflavifilum thermophilum1195Open in IMG/M
3300032034|Ga0308407_1037539Not Available1159Open in IMG/M
3300032034|Ga0308407_1044362Not Available1034Open in IMG/M
3300032045|Ga0308400_1048493Not Available954Open in IMG/M
3300032058|Ga0308419_1075817Not Available1043Open in IMG/M
3300032058|Ga0308419_1089983Not Available907Open in IMG/M
3300033886|Ga0308413_073139Not Available907Open in IMG/M
3300034649|Ga0372972_024598Not Available919Open 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 Mat51.30%
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat32.17%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic15.65%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring0.87%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2022920003Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP5 Bath Lake Vista AnnexEnvironmentalOpen in IMG/M
3300002493Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS undermat 2012EnvironmentalOpen in IMG/M
3300003688Coassembly of YNP Bryant MS undermat 2012 and YNP Bryant MS upper layer 2012EnvironmentalOpen in IMG/M
3300005242Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0300_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005247Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2000_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005248Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1900_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005250Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005413Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005452Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-B MetaGEnvironmentalOpen in IMG/M
3300005453Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaGEnvironmentalOpen in IMG/M
3300005495Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005498Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1600(2)_T MetaT (Metagenome Metatranscriptome)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
3300010182Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0300_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010183Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0700_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010184Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0800_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010189Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2000_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010191Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1900_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
3300010195Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500_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
3300010245Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_1900 MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010255Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300_T 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
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
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
3300031512Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T8EnvironmentalOpen 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
3300031783Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090729_R4cdEnvironmentalOpen 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
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
3300032058Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS50EnvironmentalOpen in IMG/M
3300033886Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090729_t10cdEnvironmentalOpen in IMG/M
3300034649Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_1400_MSt11 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
YNPsite05_CeleraDRAFT_998702022920003Hot SpringTQISASGVFNGQVSAPNFGVMWGGGLQELYPGLTPSNRPTCLISFPVSEGPDRQIIFRLNGNNSMTILGEGRVQVGALPNNAFSLIERSRFGVVMDLHRANYVTPVNGRVFEGGAIVFQGSTGSIINGADFISTIRSRFDTNSNITQYRFANYFSVARYDPSPRIFMNAAFDSVIWCWVPQGFTLPPGYQKSVNTNRGLSHVALNIYSNTVGPGGYPNVPPITVPSGINSLIKGIEIVFDQSQMF
JGI24185J35167_103346913300002493Anoxygenic And Chlorotrophic Microbial MatLVGSGDVTITVNIPPGGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPSQIDRSRFGVVMDLHRANCCTPANSRIFEAGATVYQGSTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTPPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLHSDDSGGAIAYKNGSLTWVAPSDARLKTNIRPIT
Ga0061020_103979613300003688Anoxygenic And Chlorotrophic Microbial MatRLVGSGDVTITVNIPPGGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPSQIDRSRFGVVMDLHRANCCTPANSRIFEAGATVYQGSTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTPPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLHSDDSGGAIAYKNGSLTWVAPSDARLKTNIRPIT
Ga0061020_104823313300003688Anoxygenic And Chlorotrophic Microbial MatQDWLVAINSPTGSPGSVPNNINHWIYTSGRVGIGIADPGNFNYPHNILLHVHSPTNLTQIATSGVFGGQVSAPNFGVMSGGNALPERHGGLSASERPTCLISFPDSEGSNRQIILRLNGNNSMTILGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVNGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSNPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIEGGYPGVPPITFGSGITSLITGLNIVFDESQRFPNTDYWFIHCYNSREVSGPADLAGLFVVHGRGHMYLYS
Ga0068639_14499413300005242Anoxygenic And Chlorotrophic Microbial MatGSGNPPQWQTLGPGNTVNVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFNYSNNILLHVHSGTDLAQIAVSGVFRSLIENEFSAPNFGVTSGDALPERHGGLSALAHPTCLISVPESEGVNRQIIFRVNGNNSMAILGQGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTSSASNGADFISTIRSRFDNNTNVTQYRFASYFSVARYDNSPRIYINAAFDSVIWCWAPQGVTRPPGYQKSVDFNRGMAHVALNVYNNGTGGNYPAGVPPITLG
Ga0068637_101142013300005247Anoxygenic And Chlorotrophic Microbial MatTSGVFGGQVSAPNFGVTSGGSALPERHGGLSASERPTCLINFPNSEGSNRQIILRVDGNNSMTIFGEGRVQVGALPSLFSDIIDMSRFGVVMDLHRANYSTSVSGRVFESGVTVFQGSTNSISNGADFISTIRSRFDSDSNVTEYRFANYFSRARYDHSPRISINAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNTYSNILGGGYADVPPITRESNITSLIKGLDIVFDQSQIFPNMDYWFIHCYNSKESSGNTPDVAGVFVVHGRGHMYL
Ga0068636_102244913300005248Anoxygenic And Chlorotrophic Microbial MatEEPGNNDSVSFALGQSPYTRLVNIQQNGNVGIGTTAPAQKLHVAGNVQFTGALMPNGIPGERGQVLVSQGSGNPPQWQTLGPGNTVNVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFNYSHNILLHVHSPTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFSTWINRSRFGVVMDLHRANYSTPANSRIFEAGATVYQGSTKSISNGADFISTIRSRFDSNTTIPEYRFANYVSEARYDHSRRISMNAAFDSVIWCW
Ga0068636_105074613300005248Anoxygenic And Chlorotrophic Microbial MatGTVPNNIDQWIYTNGRVGIGTANPGNFNYSNNILLHVHSRTDLAQIAVSGVFRSLIENEFSAPNFGVTSGDALPERHGGLSALAHPTCLISVPESEGVNRQIIFRVNGNNSMAILGQGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTSSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVTRPPGYQKSVDFNRGMAHVALNVYNNGTGGNYPAGVPPITLGSNTSVIKGLDIVFDQSQILPNMDYWFIHCYNSREPNWGDTPDLAGLFVVHGRGHMYLYSADSGGAIAYKTGTTTWSNPSDARLKTN
Ga0068635_100951613300005250Anoxygenic And Chlorotrophic Microbial MatNIDQWIYTNGRVGIGTANPGNFNYSNNILLHVHSRTDLAQIAVSGVFRSLIENEFSAPNFGVTSGDALPERHGGLSALAHPTCLISVPESEGVNRQIIFRVNGNNSMAILGQGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTSSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRIRANAAFDSVIWCWAPQGVDQPAGYQKSVDGRRGMSHVALNIYSNILGGNYPGVPPITRESNITSLIKGLDIVFDQ
Ga0068633_101502813300005413Anoxygenic And Chlorotrophic Microbial MatPTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFSTWINRSRFGVVMDLHRANYSTPANSRIFEAGATVYQGSTKSISNGADFISTIRSRFDSNTTIPEYRFANYVSEARYDHSRRISMNAAFDSVIWCWAPQGVTKPPGYRKSEDNIRGMAQVALNTYSNILGGGYADVPPITRESNITSLIKGLDIVF
Ga0068706_103718513300005452Anoxygenic And ChlorotrophicQDWLVAQNNQGQGGPGAFNQVPTNLDQWIYTNGRVGIGTANPGNFSHSHNTLLHVHNSTNNVTQISVSSDFGGQLSAPNFGVIMPSGSVLLPELYPGLPASNRPTCLINFPNSEGSDRQIIFRVNGNNSMTIFGEGRVQVGALPGSFPSYIYDRSRFAVVMDLHRANYSPLINGRVYEAGVAVFQGSTNSISNGADFISTIRSRFDSNSNVTEYKFFNYLSVARYDHSPRIRANTAFDSVIWCWAPQGVTEPPGYQKSVNRVRGMAHVLLNTYSNILGGGLGGGYSDVPPITLGSGITSLITGLWVVFDQSQIFPH
Ga0068706_104165213300005452Anoxygenic And ChlorotrophicQWQTLNTSGDQDWLVAQNNPSGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYPHNILLHVHSNTRLTQIAVSGVVGGQVSAPNFGVIADDSAALLPEQHGGLPASNRPTCLISFPVSEGPDRQIILRLNGNNSMTIFGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVDGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSDPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIGGG
Ga0068706_104413013300005452Anoxygenic And ChlorotrophicTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERHGGLSASNRPTCLINVPESEGSNRQIILRVDGNNSMTILGEGRVQVGALPSLFIGWTERSRFGVVMDLHRANHSTSANGTVFEAGATVFQGSTSSVSNGADFISTIRSRFDTDPNVTRYGFSNYVSVARYDHSPRLEGNAAYNSVIWCWAPQGVTPPPGYQKSVNNIRGMSQVALNIYNNKGIGGDYPAAGVPPITLGSKTSLIKGLDMVFDESQRFPHMDYWFIHCYNSGETNGSPYTAGLFVVHG
Ga0068705_1007573313300005453Anoxygenic And ChlorotrophicIVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLF
Ga0068705_1008293313300005453Anoxygenic And ChlorotrophicHNILLHVHSPTNLTQIATSGVFGGQVSAPNFGVTSGGSALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRIQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVAGGYPAGVPPITPGSGITSSIVGLEMIFDESQRFSHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLHSDD
Ga0068705_1008755713300005453Anoxygenic And ChlorotrophicLLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERHGGLSASNRPTCLINVPESEGSNRQIILRVDGNNSMTILGEGRVQVGALPSLFIGWTERSRFGVVMDLHRANHSTSANGTVFEAGATVFQGSTSSVSNGADFISTIRSRFDTDPNVTRYGFSNYVSVARYDHSPRLEGNAAYNSVIWCWAPQGVTPPPGYQKSVNNIRGMSQVALNIYNNKGIGGDYPAAGVPPITLGSKTSLIKGLDMVFDESQRFPHMDYWFIHCYNSGETNGSPYTAGLFVVHG
Ga0068705_1010055313300005453Anoxygenic And ChlorotrophicLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPNQIDRSRFGVVMDLHRANCCTSINGTVFECGATVFQGNTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTRPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLF
Ga0068666_100536313300005495Anoxygenic And Chlorotrophic Microbial MatTGLQGTTATSSWGVWSNGAWRFTITNSGNVGIGTTTPGNFNYSHNILLHVHSGTDLTQIATSGVFGGQVSALNFGVMGGGDALPERHGGLTAATRPTGLISFHNSEGSNRQIILRVDGNNSMTILGEGRVQVGALPSLFPTWINRSRFGVVMDLHRANHSSIISNSSSIFEAGATVYQGSTKSISNGADFISTIRSRFDNNTNVTEYRFANYVSEARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNTYSNILGGGYADVPPITRESNITSLIK
Ga0068649_102772713300005498Anoxygenic And Chlorotrophic Microbial MatPGERGQVLVSQGSGNPPQWQTLGPGNTVNVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFNYSHNILLHVHSPTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFPNLINRSRFGVVMDLHRANYSTPANSRIFEGGVTVFQGSTSSISNGADFISTIRSRFDSNTTIPEYRFANYVSEARYDHSPRISNNAAFDSIIWCWAPQGMTPPPGYQKSVDRLRGMAHVALNTYGNILGGGYANVPPITRGSNITSLI
Ga0068649_111668813300005498Anoxygenic And Chlorotrophic Microbial MatLTQIATSGVFGTQVSAPNFGVTWGGAVLPEKHGGLYPLNYPTCLINVPESEGSNRQIILRVNGNNSMTILGEGRVQVGALPGNFINIIDRSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDSDPNVTRYAFANYSSIARYDHSPRIRGSAAFDSVIWCWAPQGVTPPSGYQKSVNGLSGMAHVSLNIYGNNIEGNYPGVPPITRGSNITSLI
Ga0102029_118777413300006849Anoxygenic And Chlorotrophic Microbial MatNFSYSHNILLHVHGNSSTGLTQIAVSSVFGSQVSALNFGVMGGGDALPERHGGLTAATRPTGLISFHESEGSNRQIILRVNGNNSMTILGEGRVQVGALPGNFINIIDRSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDNNTNVTQYRFASYFSVARYDNSPRIYINAAFDSVIWCWVPQGVTRPPGYQKSVDFNRGMAHVALNVYNNGTGGNYPAGVPPITLGSNTSVIKGLDIVFDQ
Ga0102029_120248213300006849Anoxygenic And Chlorotrophic Microbial MatQKLHVAGNVQFTGALMPNGIPGERGQVLVSQGSGNPPQWQTLGPGNTVNVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFNYSHNILLHVHSPTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFPNLINRSRFGVVMDLHRANYSTPANSRIFEGGVTVFQGSTSSASNGADFISTIRSRFDSNTTIPEYRFANYFSVARYDNSPRIYINAAFDSVIWCWAPQGVTPPPGYQKS
Ga0102499_112171713300007000Anoxygenic And Chlorotrophic Microbial MatPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPGSGITSSI
Ga0102499_133338513300007000Anoxygenic And Chlorotrophic Microbial MatAANSPTGTPGSVPDSINRWIYTNGRVGIGTDSPGNFSYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRIQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVAGGYPAGVPPITPGSGITSSIV
Ga0124917_110220813300010182Anoxygenic And Chlorotrophic Microbial MatQGPNEAPVWHTLGPDDTVIVEDQDWLIAANSPTGVPGSVPDSINRWIYTNGRVGIGISNPGYFNYYNTLLHVHSNTDLAQIAVSGVFGTQVSAPNFGVTWGGAVLPEKHGGLYPLNYPTCLINVPESEGSNRQIILRVNGNNSMTILGEGRVQVGALPSLFPNLIERSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDNNTNVTQYRFASYFSVARYDNSPRIYINAAFDSVIWCWAPQGVTRPPGYQKSVDFNRGMAHVALNVYNNGTGGNYPAGVPPITLGSNTSVIKGLDIVFDQSQILPNMDYWFIHCYNSREVSGSPDLAGLFVVHGRGHMYLYSADSGGAIAYKTGTTTWSNPSDARLKTNI
Ga0124917_112923113300010182Anoxygenic And Chlorotrophic Microbial MatTEWVRINTNGNVGIGTTTPAQKLHVVGKTLSQSDSTFLYGMDGAGSYRFAINNDPGPTLNFYGYDTSWFNFMTVNNAGTRAVSFNAGRVGIGTTTPGNFNYPHNILLHVHSPTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFPNLINRSRFGVVMDLHRANYSTPANSRIFEGGVTVFQGSTSSISNGADFISTIRSRFDSNTTIPEYRFANYVSEARYDHSPRISNNA
Ga0124919_111543713300010183Anoxygenic And Chlorotrophic Microbial MatNVQFSGALMPAGEAGADGQVLVSKGPGNAPQWQTLGSGGTVIVEDKDWLVAANSPTGSPHSVPNNIDHWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYFSVARYDNSPRIYINAAFDS
Ga0124920_107784013300010184Anoxygenic And Chlorotrophic Microbial MatFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTSSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVDQPAGYQKSVDGRRGMSHVALNIYSNILGGNYPGVPPITFGSGITSLITGLNIVFDESQRFPNTDYWFIHCYNSREVS
Ga0124915_113632213300010189Anoxygenic And Chlorotrophic Microbial MatVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFNYSHNILLHVHSPTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFPNLINRSRFGVVMDLHRANYSTPANSRIFEGGVTVFQGSTSSASNGADFISTIRSRFDSNTTIPEYRFANYFSVARYDNSPRIYINAAFDSVIWCWAPQGVTPPPGYQKSVDGRRGMSHVALNVYNNGTGGNYPAGVPPITLGSNTS
Ga0124915_118489013300010189Anoxygenic And Chlorotrophic Microbial MatWIYTNGRVGIGISNPGYFNYYNTLLHVHSNTDLAQIAVSGVFGTQVSAPNFGVTWGGAVLPEKHGGLYPLNYPTCLINVPESEGSNRQIILRVNGNNSMTILGEGRVQVGALPGNFINIIDRSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDNNTNVTQYRFASYFSVARYDNSPRIYINAAFDSVIWCWAPQGVTRPPGYQKSVDFNRGMAHVALNVYNNGTGGNYPAGVPPITLGSNTSLIKGLDIVFDQSQILPNMDYWFIHCYNS
Ga0124914_107963813300010191Anoxygenic And Chlorotrophic Microbial MatSKALMPNGIAGSAGQVLVSQGENAAPVWQTFDTGDKDWLVAANSPTGSPHSVPNNIDHWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQK
Ga0124914_109221513300010191Anoxygenic And Chlorotrophic Microbial MatGHLYARTDDTNRHVLLQAGSASGRVGIGTTTPGNFNYPHNTLLHVHSNTDLTQIAVSGVFRTLTENELSAPNFGVMRGDRLRERHGGLTASERPTCLISFHNSEGSNRQIILRVNGNNSMTILGEGRVQVGALPGDFINIIDRSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDSDPNVTRYAFANYSSIARYDHSPRIRGSAAFDSVIWCWAPQGVTPPPGYQKSVNGLSGMAHVSLNIYGNNIEGNYPGVPPITPGSGITSSIVGLEM
Ga0124914_115616113300010191Anoxygenic And Chlorotrophic Microbial MatGGDALPERHGGLTAATRPTGLISFHESEGSNRQIILRVDGNNSMTILGEGRVQVGALPSLFPTWINRSRFGVVMDLHRANHSSIISNSSSIFEAGATVYQGSTKSISNGADFISTIRSRFDNNTNVTEYRFANYVSEARYDHSRRISMNAAFDSVIWCWVPQGVDQPPGYQKSVNNIRGMAQVTLNTYSNVGGGRGGDYPAGVPPITPGSGITSSIVGLAMLFDQTQIFPHMDYLFINCHNFGETNGQTVAAGIFVVHGRGHMYLHSNDSGGAKAYKNGSATWSNPSDARLKTNIRPITGALEKI
Ga0124924_101453313300010193Anoxygenic And Chlorotrophic Microbial MatTLNFYGYDTSWFNFMTVNNAGTRAVSFNAGRVGIGTTTPGNFNYSNNILLHVHSGTDLAQIAVSGVFRTLTENELSAPNFGVMWGDRLPERHGGLTASNRPTCLISVPESEGVNRQIIFRVNGNNSMAILGEGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTNSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAH
Ga0124911_118127213300010195Anoxygenic And Chlorotrophic Microbial MatGNFNYPHNILLHVHSPTNLTQIATSGVFGGQVSAPNFGVMSGGSALPERHGGLSASERPTCLISFHNSEGSNRQIILRVNGNNSMTILGEGRVQVGALPGNFINIIDRSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDSDPNVTRYAFANYSSIARYDHSPRIRGSAAFDSVIWCWAPQGVTPPSGYQKSVNGLSGMAHVSLNIYGNNI
Ga0124923_105781613300010196Anoxygenic And Chlorotrophic Microbial MatDKDWLVAANSPTGSPHSVPNNIDHWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPGSGITSSIV
Ga0124946_14393613300010245Anoxygenic And Chlorotrophic Microbial MatRGSLIAGANITLSGPTANRLVGSGDVTITANIPNTGDQDWLVAQNNPTGGAGSVPNNIGQWIYTNGRVGIGTTSPGNFSYPHNILLHVHSDTDLTQIATSGVFNGQVSAPNFGVMWGDRLPEAYSGLAPSNRPTCLISFSNTEGPDRQIIFRVNGNNNMTILGEGRVQVGALPNAAFSSVIERSRFGVVMDLYRANYAIPRNDTIFEAGATVFQGSTGSISNGSDFISTIRSRFDSNSNITQYRFANYYSAARYDHSSRISANAAFDSVIWCWAPQGVTPPPGYQKSVNTNRGIAHVALNIYGNTVGPGGYPGVPPITVPSGIDSL
Ga0124910_119324913300010255Anoxygenic And Chlorotrophic Microbial MatTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFSTWINRSRFGVVMDLHRANYSTPANSRIFEGGVTVFQGSTSSISNGADFISTIRSRFDSNTTIPEYRFANYVSEARYDHSPRISNNAAFDSIIWCWAPQGMTPPPGYQKSVDRLRGMAHVALNTYGNILGGGYANVPPITRGSNITSLITGLWVAFDQSQIFPHMDYWFIHCYNSREVSGSPDVAGVFVVHGRGHMYLHSNDSGGAIAYKNGSASWSNPSDARLKTNIRP
Ga0124913_128807913300010257Anoxygenic And Chlorotrophic Microbial MatNIDQWIYTNGRVGIGTANPGNFNYSNNILLHVHSRTDLAQIAVSGVLFGGETSAPNFGVTWGGNVLPERHGGLSASERPTCLISVPQGEGSSRQIILRVNGNNSMTILGEGRVQVGALPSLFPNLIERSRFGVVMDLHRANYSTWVNGRVFEGGATVFQGSTSSISNGADFISTIRSRFDSDPNVTEYRFANYFSVARYDHSRRISMNAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNTYSNILGGGYADVPPITRESNITSLIKGLDIVFD
Ga0124913_129004213300010257Anoxygenic And Chlorotrophic Microbial MatHNTLLHVHSNTDLTQIAVSGVFRTLTENELSAPNFGVMRGDRLRERHGGLTASERPTCLISFHNSEGSNRQIILRVNGNNSMTILGEGRVQVGALPGDFINIIDRSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDNNTNVTQYRFASYFSVARYDNSPRIYINAAFDSVIWCWAPQGVTRPPGYQKSVDFNRGMAHVALNVYNNGTGGNYPAGVPPITLGSNTSLIKGLDIVFDQSQILPNMDYWFIHCYNSREPK
Ga0124912_112426513300010272Anoxygenic And Chlorotrophic Microbial MatDWLVAQNNPNGVPNPPIPNNIDQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPH
Ga0124912_112922713300010272Anoxygenic And Chlorotrophic Microbial MatYFAGRVGIGTDSPGNFSYSHNILLHVHSGTNLTQIATSGVFGGQVSAPNFGVTSGGSALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRIQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVQEGYPADVPPITPGSDITSSIVGLEMIFDESQRFSHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLHSDDS
Ga0209017_1004905213300026280Anoxygenic And Chlorotrophic Microbial MatQDWLVAINSPTGSPGSVPNNINHWIYTSGRVGIGIADPGNFNYPHNILLHVHSPTNLTQIATSGVFGGQVSAPNFGVMSGGNALPERHGGLSASERPTCLISFPDSEGSNRQIILRLNGNNSMTILGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVNGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSNPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIEGGYPGVPPITFGSGITSLITGLNIVFDESQRFPNTDYWFIHCY
Ga0209017_1004949313300026280Anoxygenic And Chlorotrophic Microbial MatRLVGSGDVTITVNIPPGGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPSQIDRSRFGVVMDLHRANCCTPANSRIFEAGATVYQGSTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTPPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITS
Ga0209017_1005335213300026280Anoxygenic And Chlorotrophic Microbial MatIPNNIDQWIYTNGRVGIGTANPGNFNYSHNILLHVHSPTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFSTWINRSRFGVVMDLHRANYSTPANSRIFEGGVTVFQGSTSSISNGADFISTIRSRFDSNTTIPEYRFANYVSEARYDHSPRISNNAAFDSIIWCWAPQGMTPPPGYQKSVDRLRGMAHVALNTYGNILGGGYANVPPITRGSNITSLITGLWVAFDQSQIFPHMDYWFIHCYNS
Ga0209809_106364613300026509Anoxygenic And ChlorotrophicNGQFLTVNNGTYQWASFGTLTLNNTTPTYLSITPNTYNPNNNQTINIGVSGDLTQRGSLIAGSNVTLSGNVTNRLIGPGGDVTISVPNMRDEDWLVAANSPTGTPGSVPDSINRWIYTNGRVGIGISNPGYFNYYNTLLHVHSNTDLAQIAVSGVFGTQVSAPNFGVAPGGNVLPEQHGGLSASERPTCLISFPTGEGSNRQIILRVNGNNSMTIFGEGRVQVGALPSLFSDIIDMSRFGVVMDLHRANYSTSVSGRVFESGVTVFQGSTNSISNGADFISTIRSRFDSDPNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNT
Ga0209809_106507513300026509Anoxygenic And ChlorotrophicANPGNFNYPHNILLHVHSPTNLTQITTSGVFGGQVSAPNFGVMSGGNALPERHGGLSASERPTCLISFPDSEGSNRQIILRLNGNNSMTILGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVNGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSNPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIEGGYPGVPPITFGSGITSLITGLNIVFDESQRFPNTDYWFIHCYNSREVSGPADLAGLFVVHGRGHMYLYSPDSGGAIAYKTGTTTWSNPSDARLKTNIQPITNAL
Ga0209809_108278313300026509Anoxygenic And ChlorotrophicSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERHGGLSASERPTCLINFPNSEGSNRQIILRVDGNNSMTIFGEGRVQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVAGGYPAGVPPITPGSGITSSIVGLEMIFDESQRFSHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYL
Ga0209809_108506913300026509Anoxygenic And ChlorotrophicANPGNFNYPHNILLHVHSPTNLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPNQIDRSRFGVVMDLHRANCCTSINGTVFECGATVFQGNTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTRPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLFIN
Ga0209809_108868813300026509Anoxygenic And ChlorotrophicLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGG
Ga0209809_109366913300026509Anoxygenic And ChlorotrophicGVTSGGDALPERHGGLTAATRPTGLISFHESEGSNRQIILRVNGNNSMTILGEGRVQVGALPGNFINIIDRSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDSDPNVTRYAFANYSSIARYDHSPRIRGSAAFDSVIWCWAPQGVTPPSGYQKSVNGLSGMAHVSLNIYGNNIEGNYPGVPPITRGSNITSLITGLNMVFDESQRFPHMDYWFIHCYNSGETNGSPYTAGLFVVHGRG
Ga0209691_103249413300027279Anoxygenic And ChlorotrophicKLHVAGNVQFTGALMPNGIPGERGQVLVSQGSGNPPQWQTLGPGNTVNVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFNYSNNILLHVHSGTDLAQIAVSGVFRTLTENELSAPNFGVMWGDRLPERHGGLTASNRPTCLISVPESEGVNRQIIFRVNGNNSMAILGEGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTSSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVDQPAGYQKSVDGRRGMSHVALNIYSNILGGNYPGVPPITRGSNNTSLIRGLEIVFDQSQIFPHMDYWFIHCYNS
Ga0209691_103411413300027279Anoxygenic And ChlorotrophicWIYTNGRVGIGTDSPGNFSYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERHGGLSASERPTCLINFPNSEGSNRQIILRVDGNNSMTIFGEGRVQVGALPSLFSDIIDMSRFGVVMDLHRANYSTSVSGRVFESGVTVFQGSTNSISNGADFISTIRSRFDSDSNVTEYRFANYFSRARYDHSPRISINAAFDSVIWCWAPQGVTEPPGYQKSVDRHRGMSHVALNVYNNKGIGGDYPAAGVPPITLGSKTSVIKGLDIVFDQSQIFPHMDYWFIHCYNSREVSAPAVAAGIFVVHGRGHMYLYSGDSGGAIAYKNGSSLTWSNPSDARLKTNIQPITNALEKIT
Ga0209691_103532013300027279Anoxygenic And ChlorotrophicDQDWLVAQNDPNGGGGTVPNNINQWIYTNGRVGIGTATPGNFSYSHNTFLHVHSNTGLTQIATSGVFGTQVSAPNFGVTWGGAVLPEKHGGLYPLNYPTCLINVPESEGSNRQIILRVNGNNSMTILGEGRVQVGALPGSFPSYIYDRSRFAVVMDLHRANYSPLINGRVYEAGVAVFQGSTNSISNGADFISTIRSRFDSNSNVTEYKFFNYLSVARYDHSPRIRANTAFDSVIWCWAPQGVTEPPGYQKSVNRVRGMAHVLLNTYSNILGGGLGGGYSDVPPITLGSGITSLITGLWVVFDQSQIFPHVDYWFIHCYNSREVSGSADPVGVFVVHGRGHMYLYSADS
Ga0209691_104090713300027279Anoxygenic And ChlorotrophicWIYTNGRVGIGTDSPGNFSYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERHGGLSASNRPTCLINVPESEGSNRQIILRVDGNNSMTILGEGRVQVGALPSLFIGWTERSRFGVVMDLHRANHSTSANGTVFEAGATVFQGSTSSVSNGADFISTIRSRFDTDPNVTRYGFSNYVSVARYDHSPRLEGNAAYNSVIWCWAPQGVTPPPGYQKSVNNIRGMSQVALNIYNNKGIGGDYPAAGVPPITLGSKTSLIKGLDMVFDESQRFPHMDYWFIHCYNSGETNGSPYTAGLFVVHGR
Ga0209691_104245413300027279Anoxygenic And ChlorotrophicSGDQDWLVAQNNPSGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYPHNILLHVHSNTRLTQIAVSGVVGGQVLAPNFGVIGDDSAALLPEQHGGLPASNRPTCLISFPVSEGPDRQIILRLNGNNSMTIFGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVDGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSDPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIGGGYPDVPPITFGSGINSLIT
Ga0308395_105260113300031245Hot Spring Phototrophic MatPGGGGGNTGDQDWLVAQNNQGQGGSGAFNQVPTNLDQWIYTNGRVGIGTANPGNFNYSHNILLHVHSGTDLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFSTWINRSRFGVVMDLHRANYSTPANSRIFEGGVTVFQGSTSSISNGADFISTIRSRFDSNTTIPEYRFANYVSEARYDHSPRISNNAAFDSIIWCWAPQGMTPPPGYQKSVDRLRGMAHVALNTYGNILGGGYANVPPITRGSNITSLITGLWVAFDQSQIFPHMDYWFIHCYNSKESSGDTPDVAGIFVVHGRGHM
Ga0308395_105597513300031245Hot Spring Phototrophic MatRGSLVAGANITLSGNTANRLVGSGDVTITVNIPPGGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFNYPHNILLHVHSPTNLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPSQIDRSRFGVVMDLHRANCCTSINGTVFECGATVFQGNTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTPPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITS
Ga0308395_106105813300031245Hot Spring Phototrophic MatYTSGRVGIGIADPGNFSYSHNILLHVHSPTNLTQIATSGVFGGQVSALNFGVMGGGDALPERHGGLTAATRPTGLISFHESEGSNRQIILRVDGNNSMTILGEGRVQVGALPGNFINIIDRSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDSDPNVTRYAFANYSSIARYDHSPRIRGSAAFDSVIWCWAPQGVTPPSGYQKSVNGLSGMAHVSLNIYGNNIEGNYPGVPPITRGSNITSLITGLNMVFDESQRFPHMDYWFIHCYNSGETNGSPYTAGLFVVHGRGHMYLYS
Ga0308395_107162513300031245Hot Spring Phototrophic MatDWLVAINSPTGSPGSVPNNINHWIYTSGRVGIGIADPGNFNYPHNILLHVHSPTNLTQIATSGVFGGQVSAPNFGVMSGGNALPERHGGLSASERPTCLISFPDSEGSNRQIILRLNGNNSMTILGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVNGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSNPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIGGGYP
Ga0308394_105933613300031508Hot Spring Phototrophic MatPGNFSYSHNILLHVHGNSSTGLTQIAVSSVFGSQVSALNFGVTSGGDALPERHGGLTAATRPTGLISFHESEGSNRQIILRVDGNNSMTILGEGRVQVGALPSLFPTWINRSRFGVVMDLHRANHSSIISNSSSIFEAGATVYQGSTKSISNGADFISTIRSRFDNNTNVTEYRFANYVSEARYDHSRRISMNAAFDSVIWCWAPQGVTKPPGYRKSEDNIRGMAQVALNTYSNVGGGRGGDYPADVPPITPGSGITSSIVGLAMLFDQTQIFPHMDYLFINCHNFGE
Ga0308394_106132613300031508Hot Spring Phototrophic MatITTSGVFGGQVSAPNFGVTSGGSALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRIQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVAGGYPAGVPPITPGSGITSSIVGLEMIFDESQRFSHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLH
Ga0308394_106911413300031508Hot Spring Phototrophic MatAYSGYIYTSSADSYIFGGRVGIGTANPGNFNYSHNTLLHVHSNTSLTQIAVSGVLFGGETSAPNFGVTWGGNVLPERHGGLSASERPTCLISVPQGEGSSRQIILRVNGNNSMTILGEGRVQVGALPSLFPNLIERSRFGVVMDLHRANYSTWVNGRVFEGGATVFQGSTSSISNGADFISTIRSRFDSDPNVTEYRFANYFSVARYDHSRRISMNAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNTYSN
Ga0308394_107451913300031508Hot Spring Phototrophic MatRVGIGTANPGNFNYSNNILLHVHSRTDLAQIAVSGVFRSLIENEFSAPNFGVTSGDALPERHGGLSALAHPTCLISVPESEGVNRQIIFRVNGNNSMAILGQGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTSSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNTYSN
Ga0308397_104086713300031512Hot Spring Phototrophic MatQWASFGTLTLNNTTPTYLSITPNTYNPNNNQTINIGLAGDLTQRGSLVAGANITLSGNTANRLVGSGDVTITVNIPPGGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFNYSHNILLHVHSPTNLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPNQIDRSRFGVVMDLHRANCCTSINGTVFECGATVFQGNTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTRPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSSIVGLAMVFDQTQI
Ga0308397_104867113300031512Hot Spring Phototrophic MatTYQWASFGTLTLNNTTPAYLSITPNTYNPNNNQTINIGVSGDLTQRGSLIAGSNVTLSGNVTNRLIGPGGDVTISVPNMRDEDWLVAANSPTGTPGSVPDSINRWIYTNGRVGIGINNPGNFNYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRVQVGALPSLFIGWTERSRFGVVMDLHRANHSTSANGTVFEAGATVFQGSTSSVSNGADFISTIRSRFDTDPNVTRYGFSNYVSVARYDHSPRLEGNAAYNSVIWCWAPQGVTPPPGYQKSVNNIRGMSQVALNIYN
Ga0308397_104965313300031512Hot Spring Phototrophic MatLHVAGNVQFTGALMPNGIPGERGQVLVSQGSGNPPQWQTLGPGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPGS
Ga0308397_104988313300031512Hot Spring Phototrophic MatGIGTANPGNFNYSHNILLHVHSPTNLTQIATSGVFGGQVSAPNFGVTSGGSALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRIQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVAGGYPAGVPPITPGSGITSSIVGLEMIFDESQRFSHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLYSDDSDGAIAYKNGSTTWDNPSDARLKTNIQPI
Ga0308397_106456613300031512Hot Spring Phototrophic MatNFNYPHNILLHVHSPTDLTQITTSGVFGGQVSAPNFGVTSGGSALPELYPGLPASNRPTCLINFPNSEGSDRQIIFRVNGNNSMTIFGEGRVQVGALPGSFPSYIYDRSRFAVVMDLHRANYSPLINGRVYEAGVAVFQGSTNSISNGADFISTIRSRFDSNSNVTEYKFFNYLSVARYDHSPRIRANTAFDSVIWCWAPQGVTEPPGYQKSVNRVRGMAHVLLNTYSNILGGGLGGGYSDVPPITLGSGITSLITGLWVVFDQSQIFPHVDYWFIHCYNSRE
Ga0308397_107716213300031512Hot Spring Phototrophic MatPGNFNYSNNILLHVHSGTDLAQIAVSGVFRTLTENELSAPNFGVMWGDRLPERHGGLTASNRPTCLISVPESEGVNRQIIFRVNGNNSMAILGEGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTSSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVDQPAGYQKSVDGRRGMSHVALNIYSNILGGNYPGVPPITR
Ga0308390_106900013300031514Hot Spring Phototrophic MatVGIGTANPGNFNYSNNILLHVHSRTDLAQIAVSGVFRSLIENEFSAPNFGVTSGDALPERHGGLSALAHPTCLISVPESEGVNRQIIFRVNGNNSMAILGQGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTSSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVDQPAGYQKSVDGRRGMSHVALNIYSNILGGNYPGVPPITRESNITSLIKGLDIVFDQSQIF
Ga0308396_104630413300031515Hot Spring Phototrophic MatPGGTLIVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLFINC
Ga0308396_106094013300031515Hot Spring Phototrophic MatHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPNQIDRSRFGVVMDLHRANCCTSINGTVFECGATVFQGNTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTRPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLFIN
Ga0308396_107432613300031515Hot Spring Phototrophic MatGIGTDSPGNFNYSHNTLLHVHSNTSLTQIAVSGVLFGGETSAPNFGVTWGGNVLPERHGGLSASERPTCLISVPQGEGSSRQIILRVNGNNSMTILGEGRVQVGALPSLFPNLIERSRFGVVMDLHRANYSTWVNGRVFEGGATVFQGSTSSISNGADFISTIRSRFDSDPNVTEYRFANYFSVARYDHSRRISMNAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNTYSN
Ga0308398_104319113300031516Hot Spring Phototrophic MatNGTYQWASFGTLTLNNTTPTYLSITPNTYNPNNNQTINIGLAGDLTQRGSLVAGANITLSGNTANRLVGSGDVTITVNIPPGGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFNYPHNILLHVHSPTNLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPSQIDRSRFGVVMDLHRANCCTSINGTVFECGATVFQGNTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTPPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITS
Ga0308398_104597113300031516Hot Spring Phototrophic MatITAASPGGNFTLYHGGDGTGRLRVGTVDTMVLTNTGNVGIGTTAPAQKLHVAGNVQFTGALMPNGIPGERGQVLVSQGSGNPPQWQTLGPGNTVNVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFNYSHNTLLHVHSNTSLTQIAVSGVLFGGETSAPNFGVTWGGNVLPERHGGLSASERPTCLISVPQGEGSSRQIILRVNGNNSMTILGEGRVQVGALPSLFPNLIERSRFGVVMDLHRANYSTWVNGRVFEGGATVFQGSTSSISNGADFISTIRSRFDSDPNVTEYRFANYFSVARYDHSRRISMNAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNTYSN
Ga0308398_105716613300031516Hot Spring Phototrophic MatWQTLGPGGTVIVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPGSGITSSIVG
Ga0308398_107494113300031516Hot Spring Phototrophic MatALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRIQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVAGGYPAGVPPITPGSGITSSIVGLEMIFDESQRFSHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLY
Ga0308389_105749813300031518Hot Spring Phototrophic MatPGNFSYSHNILLHVHGNSSTGLTQIAVSSVFGSQVSALNFGVTSGGDALPERHGGLTAATRPTGLISFHESEGSNRQIILRVDGNNSMTILGEGRVQVGALPSLFPTWINRSRFGVVMDLHRANHSSIISNSSSIFEAGATVYQGSTKSISNGADFISTIRSRFDNNTNVTEYRFANYVSEARYDHSRRISMNAAFDSVIWCWAPQGVTKPPGYRKSEDNIRGMAQVALNTYSNVGGGRGGDYPADVPPITPGSGITSSIVGLAMLFDQTQIFPHMDYLFINCHNFGETNGQTVAAGIFVVHGRGHMYLHSNDSGGAKAYKNGSATWSNPSDARLKTNI
Ga0308389_105774913300031518Hot Spring Phototrophic MatYDMVFLTQNNERMRITNTGNVGIGTDSPGNFNYPHNTLLHVHSNTDLTQIAVSGVFRTLTENEFSAPNFGVTSGDALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRIQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVAGGYPAGVPPITPGSGITSSIVGLEMIFDESQRFSHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLHSDDSG
Ga0308393_103278013300031568Hot Spring Phototrophic MatNINIGFIGGSNGQFLTVNNGTYQWASFGTLTLNNTTPTYLSITPNTYNPNNNQTINIGVSGDLTQRGSLIAGSNVTLSGNVTNRLIGPGGDVTISVPNMRDEDWLVAANSPTGTPGSVPDSINRWIYTNGRVGIGTANPGNFSYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERHGGLSASNRPTCLINVPESEGSNRQIILRVDGNNSMTILGEGRVQVGALPSLFIGWTERSRFGVVMDLHRANHSTSANGTVFEAGATVFQGSTSSVSNGADFISTIRSRFDTDPNVTRYGFSNYVSVARYDHSPRLEGNAAYNSVIWCWAPQGVTPPPGYQKSVNNIRGMSQVALNIYNNKGIGGDYPAAGVPPITLGSKTSLIKGLDMVFDESQRFPHMDYWFIHCYNSGETNGSPYTAGLFV
Ga0308393_103394513300031568Hot Spring Phototrophic MatRGSLVAGANITLSGNTANRLVGSGDVTITVNIPPGGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFNYPHNILLHVHSPTNLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPSQIDRSRFGVVMDLHRANCCTSINGTVFECGATVFQGNTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTPPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSSISGLAMVFDQTQIFSHMDYLFINCHNYTETNGQAVAAGIFVVHGRGHMYLHSNDSGGAIAYKNGGITWVNPSDARLKTNIQPITN
Ga0308393_103606013300031568Hot Spring Phototrophic MatIPGERGQVLVSQGSGNPPQWQTLGPGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGIADPGNFNYPHNTLLHVHSNTDLTQIAVSGVFRTLTENELSAPNFGVMRGDRLRERHGGLTASERPTCLISFHNSEGSNRQIILRVNGNNSMTILGEGRVQVGALPGDFINIIDRSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDNNTNVTQYRFASYFSVARYDNSPRIYINAAFDSVIWCWAPQGVTRPPGYQKSVDFNRGMAHVALNVYNNGTGGNYPAGVPPITLGSNTSVIKGLDIVFDQSQILPNMDYWFIHCYNSREPKWGDTPDLAGLFVVHGRGHMYLYSADSNGAIAYKNGSLTWVAPSDARLKT
Ga0308393_104749113300031568Hot Spring Phototrophic MatGQGGSGAFNQVPTNLDQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLFINCHNFGERNGQTVAAGIFVVHGRG
Ga0308393_105224813300031568Hot Spring Phototrophic MatWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGISNPGYFNYYNTLLHVHSNTDLAQIAVSGVFGTQVSAPNFGVAPGGNVLPEQHGGLSASNRPTCLISFPTGEGSNRQIILRLNGNNSMTIFGEGRVQVGALPSLFSDIIDMSRFGVVMDLHRANYSTSVSGRVFESGVTVFQGSTNSISNGADFISTIRSRFDSDSNVTEYRFANYFSRARYDHSPRISINAAFDSVIWCWAPQGVTEPPGYQKSVDRIRGMSHVALNVYNNKGIGGNYPAADVPPITLGSKTSVIKGLDIVFDQSQIFPHMDYWFIHCYNSRE
Ga0308393_105258113300031568Hot Spring Phototrophic MatVAINSPTGSPGSVPNNINHWIYTSGRVGIGIADPGNFNYSHNILLHVHSPTNLTQIAASGVFGGQVSAPNFGVMSGGNALPERHGGLSASERPTCLISFPDSEGSNRQIILRLNGNNSMTILGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVNGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSNPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIEGGYPGVPPITFGSGITSLITGLNIVFDESQRFPNTDYWFIHC
Ga0308393_107312913300031568Hot Spring Phototrophic MatKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFNYSHNTLLHVHSNTSLTQIAVSGVLFGGETSAPNFGVTWGGNVLPERHGGLSASERPTCLISVPQGEGSSRQIILRVNGNNSMTILGEGRVQVGALPSLFPNLIERSRFGVVMDLHRANYSTWVNGRVFEGGATVFQGSTSSISNGADFISTIRSRFDSDPNVTEYRFANYFSVARYDHSRRISMNAAFDSVIWCWAPQGVTPPPGYQKSVN
Ga0308418_105248813300031783Hot Spring Phototrophic MatLHVAGNVQFTGALMPNGIPGERGQVLVSQGSGNPPQWQTLGPGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIGGGYP
Ga0308418_105696813300031783Hot Spring Phototrophic MatIGTANPGNFNYSNNILLHVHSRTDLAQIAVSGVFRSLIENEFSAPNFGVTSGDALPERHGGLSALAHPTCLISVPESEGVNRQIIFRVNGNNSMAILGQGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTSSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNTYSNILGGGYADVPPITRESNITSLIKGLDIVFDQSQIFPNMDYWFIHCYNSKESSGNTPDVAGVFVVHGRGHMYL
Ga0308418_105776513300031783Hot Spring Phototrophic MatQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPSQIDRSRFGVVMDLHRANCCTSINGTVFECGATVFQGNTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPEEVTPPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLHSDDSGGAIAYKNGSLTWVAPSD
Ga0308418_106508713300031783Hot Spring Phototrophic MatDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYPHNILLHVHSNTRLTQIAVSGVVGGQVSAPNFGVIADDSAALLPEQHGGLPASNRPTCLISFPVSEGPDRQIILRLNGNNSMTIFGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVDGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSNPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIGGGYP
Ga0308409_103583513300031830Hot Spring Phototrophic MatTYQWASFGTLTLNNTTPAYLSITPNTYNPNNNQTINIGVSGDLTQRGSLIAGSNVTLSGNVTNRLIGPGGDVTISVPNMRDEDWLVAANSPTGTPGSVPDSINRWIYTNGRVGIGINNPGNFNYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRIQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVAGGYPAGVPPITPGSGITSSIVGLEMIFDESQRFSHMDYLFINCHNFRERNGQTVAAGIFVVHGRGHMYLHSDDSGGAIAYKNGS
Ga0308409_105986213300031830Hot Spring Phototrophic MatNNINQWIYTNGRVGIGTANPGNFNYPHNILLHVHSPTNLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPSQIDRSRFGVVMDLHRANCCTSINGTVFECGATVFQGNTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTPPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSLITGLNIVFDESQRFPNTDYWFIHCYNSREVS
Ga0308408_103892913300031865Hot Spring Phototrophic MatGQKSGAPNNWGEYAIRPSYAGLLFRNTQTNATMLFLGQNGNVGIGTTAPAQKLHVAGNVQFTGALMPNGIPGERGQVLVSQGSGNPPQWQTLGPGNTVNVEDKDWLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFNYSHNILLHVHSPTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFPNLINRSRFGVVMDLHRANYSTPANSRIFEGGVTVFQGSTSSASNGADFISTIRSRFDSNTTIPEYRFANYFSVARYDNSPRIYINAAFDSVIWCWAPQGVTPPPGYQKSVDGRRGMSHVALNVYNNGTGGNYPAGVPPITLGSNTSVIKGLDIVFDQS
Ga0308408_106404513300031865Hot Spring Phototrophic MatFTGSDGHLYARTDDTNRHVLLQAGSASGRVGIGTTTPGNFNYPHNTLLHVHSNTDLTQIAVSGVFRTLTENELSAPNFGVMRGDRLRERHGGLTASERPTCLISFHNSEGSNRQIILRVNGNNSMTILGEGRVQVGALPGDFINIIDRSRFGVVMDLHRANYATSTNGRVFEGGVTVFQGSTSSASNGADFISTIRSRFDNNTNVTQYRFASYFSVARYDNSPRIYINAAFDSVIWCWAPQGVTRPPGYQKSVDFNRGMAHVALNVYNNGTGGNYPAGVPPITLGSNTS
Ga0308408_106851013300031865Hot Spring Phototrophic MatPGTVPNNIDQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGRGGDYPADVPPIT
Ga0308405_105420213300031875Hot Spring Phototrophic MatITLSGNTANRLVGSGDVTITVNIPPGGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPSQIDRSRFGVVMDLHRANCCTPANSRIFEAGATVYQGSTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTPPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSLITGLNIVFDESQRFPNTDYWFIHCYNSREVSGPAD
Ga0308405_106498813300031875Hot Spring Phototrophic MatHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRIQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVAGGYPAGVPPITPGSGITSSIVGLEMIFDESQRFSHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLHSDDSGGAIAYKNGSLTWVAPSDA
Ga0308405_106645013300031875Hot Spring Phototrophic MatGNPGTSGQVLVSQGPGQAPQWQTLNTSGDQDWLVAQNNPSGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYPHNILLHVHSNTRLTQIAVSGVVGGQVLAPNFGVIGDDSAALLPEQHGGLPASNRPTCLISFPVSEGPDRQIILRLNGNNSMTIFGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVDGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSDPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIGGGYP
Ga0308405_107032513300031875Hot Spring Phototrophic MatLGPGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPG
Ga0308405_108933013300031875Hot Spring Phototrophic MatIGTDSPGNFSYSHNILLHVHSGTNLTQIAASGVFGGQVSAPNFGVTSGGSALPERHGGLTALERPTCLISFHNSEGSNRQIILRVDGNNSMTILGEGRVQVGALPSLFPSWIDRSRFGVVMDLHRANHSTSTNGRVFEGGATVFQGSTSSVSNGADFISTIRSRFDSNSNITEYRFANYVSEARYDHSPRISNNAAFDSIIWCWAPQGVTRPSGYQKSVDRLRGMAHVALNTYGNILGGGYANVPPITRGSNIT
Ga0308404_103779613300031878Hot Spring Phototrophic MatGIGIADPGNFNYPHNILLHVHSPTNLTQIAASGVFGGQVSAPNFGVMSGGNALPERHGGLTAATRPTCLISFPDSEGSNRQIILRLNGNNSMTIFGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVNGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSNPNITEYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIGGGYAGVPPITFGSGITSLITGLNIVFDESQRFPNTDYWFIHCYNSREVSGPADLAGLFVVHGRGHMYLYSADSGGAIAYKTGTTTWSNP
Ga0308406_103717113300031948Hot Spring Phototrophic MatNAAQNINIGFTGGSNGQFLTVNNGTYQWANIPNMTDQDWLVAINSPTGSPGSVPNNINHWIYTNGRVGIGTANPGNFSYPHNILLHVHSNTRLTQIAVSGVVGGQVSAPNFGVIADDSAALLPEQHGGLPASNRPTCLISFPVSEGPDRQIILRLNGNNSMTIFGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVDGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSDPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIGGGYADVPPITFGSDITSLITGLNIVFDESQRFPNTDYWFIHCYNSREVSGPADLAGLFVVHGRGHMYLYS
Ga0308406_104226313300031948Hot Spring Phototrophic MatANITLSGNTANRLVGSGDVTITVNIPPGGGGGNTGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFNYPHNILLHVHSPTNLTQITTSGVFGGQVSAPNFGVTSGGSALPERYGGLSAASRPTCLINVPTGEGLDRQIILRVNGNNSMTILGEGRVQVGALPGLFPSQIDRSRFGVVMDLHRANCCTSINGTVFECGATVFQGNTSSIINTDFNYFDFIYAIRSRFDSDPNITGYRFSNYYSSARYDHSPRIGANAAFDSVIWCWAPQGVTPPPGYQKSVNGSRGMSHVVLNTYSNTVSGGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLFIN
Ga0308406_104841013300031948Hot Spring Phototrophic MatSSTGLTQIAVSSVFGSQVSALNFGVTSGGDALPERHGGLTAATRPTGLISFHESEGSNRQIILRVDGNNSMTILGEGRVQVGALPSLFPTWINRSRFGVVMDLHRANHSSIISNSSSIFEAGATVYQGSTKSISNGADFISTIRSRFDNNTNVTEYRFANYVSEARYDHSRRISMNAAFDSVIWCWAPQGVTKPPGYRKSEDNIRGMAQVALNTYSNVGGGRGGDYPADVPPITPGSGITSSIVGLAMLFDQTQIFPHMDYLFINCHNFGETNGQTVAAGIFVVHGRGHMYLHSNDSGGAKAYKNGSATWSNPSDARLKTN
Ga0308406_105342013300031948Hot Spring Phototrophic MatSAPNFGVTSGDALPERHGGLSALAHPTCLISVPESEGVNRQIIFRVNGNNSMAILGQGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTNSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVTPPPGYQKSVNGNRGMAHVALNTYSNILGGGYADVPPITRESNITSLIKGLDIVFDQSQIFPNMDYWFIHCYNSKESSGNTPDVAGVFVVHGRGHMYLHSNDSGGAKAYKNGSATWSNPSDARLKTNI
Ga0308406_105702413300031948Hot Spring Phototrophic MatLVAANNPTGSPGTVPNNIDQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPG
Ga0308407_103591413300032034Hot Spring Phototrophic MatNVGIGTAAPSEKLHVEGNLRFSKALMPNGIAGSAGQVLVSQGENAAPVWQTLNSGGPGNPGDQDWLVAQNDPNGVPNPPIPNNINQWIYTNGRVGIGTANPGNFNYPHNILLHVHSPTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEQHGGLSAVTRPTCLISVPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFPNLINRSRFGVVMDLHRANYSTPANSRIFEGGVTVFQGSTSSASNGADFISTIRSRFDSNTTIPEYRFANYFSVARYDHSRRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDGRRGMSHVALNVYNNGTGGNYPAGVPPITLGSNTSVIKGLDIVFDQSQILPNMDYWFIHCYNSREPNWGNTPDLAGLFVVHG
Ga0308407_103753913300032034Hot Spring Phototrophic MatNIGVSGDLTQRGSLIAGSNVTLSGNVTNRLIGPGGDVTISVPNMRDEDWLVAANSPTGTPGSVPDSINRWIYTNGRVGIGINNPGNFNYPHNILLHVHSGTDLTQITTSGVFGGQVSAPNFGVTSGGSALPEQYGGLPASNLPTCLINVPQTEGPNRQIIFRVNGNNSMTILGEGRIQVGALPSLFISFIDRSRFGVVMDLHRANCSTSGNNSIFETGVSVFQGSTSSISNGADFISTIRSRFDSDPNITRYGFANYFSMARYDHSPRITGNSAFSSVIWCWAPQGVTPPPGYQKSVNITGGMSHVRLNTYSNTVAGGYPAGVPPITPGSGITSSIVGLEMIFDESQRFSHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYL
Ga0308407_104436213300032034Hot Spring Phototrophic MatRDEDWLVAANSPTGTPGSVPDSINRWIYTNGRVGIGISNPGYFNYYNTLLHVHSNTDLAQIAVSGVFGTQVSAPNFGVAPGGNVLPEQHGGLSASERPTCLISFPTGEGSNRQIILRVNGNNSMTIFGEGRVQVGALPSLFSDIIDMSRFGVVMDLHRANYSTSVSGRVFESGVTVFQGSTKSISNGADFISTIRSRFDSDSNVTEYRFANYFSRARYDHSPRIYINAAFDSVIWCWAPQGVTEPPGYQKSVDRHRGMSHVALNVYNNKGIGGDYPAAGVPPITLGSKTSVIKGLDIVFDQSQIFPHMDYWFIHCYNSKESSGNTPDVAGVFVVHGRGHMYLHS
Ga0308400_104849313300032045Hot Spring Phototrophic MatYFAGRVGIGTTTPGNFNYSHNILLHVHSGTDLTQIATSGVFGGQVSALNFGVMRGGDALPERHGGLTAATRPTGLISFHNSEGSNRQIILRVDGNNSMTILGEGRVQVGALPSSFPTWIDRSRFGVVMDLHRANHSSIISNSSSIFEAGATVYQGSTKSISNGADFISTIRSRFDNNTNVTEYRFANYVSEARYDHSRRISMNAAFDSVIWCWVPQGVDQPPGYQKSVNNIRGMAQVTLNTYSNVGGGRGGDYPAGVPPITPGSGITSSIVGLAMLFDQTQIFPHMDYLFINCHNFGERNGRTVAAGIFVVHGRGHM
Ga0308419_107581713300032058Hot Spring Phototrophic MatGGSGAFNQVPTNLDQWIYTNGRVGIGTANPGNFSYSHNILLHVHGNSSTGLTQIATSSVFGSQVSALNFGVTSGGSALPEKHGGLSASNRPTGLISFHESEGSDRQIIFRVNGNNSMAILGEGLVQVGALPNALFPGFTERSRFGVVMDLHRANYCMSPNNRIVFEIGTSVFQGSTRSIISGADFISTIRSRFDSNSNITEYRFANYLSSARYDHSPRISMNAAFDSVIWCWAPQGVTPPPGYQKSVDMIRGMSQVALNTYSNVGGGGGVGYPAGVPPITPGSGITSSIVGLAMVFDQTQIFPHMDYLFINCHNFGERNGQTVAAGIFVVHGRGHMYLHSDDSGGAI
Ga0308419_108998313300032058Hot Spring Phototrophic MatPERHGGLSASERPTCLISFPDSEGSNRQIILRLNGNNSMTILGEGRVQVGALPSLSSNWIWIDRSRFGVVMDLHRANYATPVNGGLFNGGVFEYGVTVFQGSTSSASNGADFISTIRSRFDSNPNITGYGFTSYFSSARYDHSPRVNSCVAFNSILWCWAPQGVTPPPGYQKSVNAERGMSHVALNRHSNSIEGGYPGVPPITFGSGITSLITGLNIVFDESQRFPNTDYWFIHCYNSREVSGPADLAGLFVVHGRGHMYLYSPDSGGAIAYKTGTTTWSNPSDARLKTNIQPITNALEK
Ga0308413_073139_2_7183300033886Hot Spring Phototrophic MatVGIGTANPGNFNYSHNILLHVHSPTNLTQIATSGVFFGGQVSAPNFGVMSGGDALPEKHGGLSAVTRPTCLISFPESEGPYRQIIFRVNGNNSMAILGEGRVQVGALPSLFSTWINRSRFGVVMDLHRANYSTPANSRIFEGGVTVFQGSTSSASNGADFISTIRSRFDSNTTIPEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQRVDQPAGYQKSVDGRRGMSHVALNVYNNG
Ga0372972_024598_3_9173300034649Hot Spring Phototrophic MatTSAGSRDWRSVSLSSDGKYQTAVAYSGYIYTSSADSYIFGGRVGIGTANPGNFNYSNNILLHVHSRTDLAQFAVSGVFRSLIENEFSAPNFGVTSGDALPERHGGLSALAHPTCLISVPESEGVNRQIIFRVNGNNSMAILGQGRVQVGALPGPISANLIDRSRFGVVMDLHRANYSFISTNGRIFEGGVTVFQGSTNSITSRPDFISTIRSRFDNNTNVTEYRFANYFSVARYDHSPRISINAAFDSVIWCWAPQGVTPPPGYQKSVDRHRGMSHVALNVYNNGTGGNYPAGVPPITLGSNTSV


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