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 F037517

Metagenome / Metatranscriptome Family F037517

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F037517
Family Type Metagenome / Metatranscriptome
Number of Sequences 167
Average Sequence Length 389 residues
Representative Sequence MRVRQIGTLVFDADTNIVVDANNQDAPGIGFRVDSLFDPQPFAVEIAFRRNTRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGASLRSFLRDGSVTLLSVEATATGVLARVRVTGTLIHPFLNYVFTPNSILTLLPYERRAVTLSGLSDAYLYKHRFDCFIYNMTGLYNALLAVEELESATGTSRIQAVNPATASGGIVLQNWNAGWQTLTRANFSSATSGTITYTVGTALPHDVYRLFIEIFCPTTPAANAHYLVSWDGQPQIAETISGDRSWYTPALFVRGDASITLTLEIQNVPTGTLVMPLVLIPTDGVSVWSVITPPTLQSFNIRDLQSTLSRPFETNPSGTVYGAPGFVSSRHIAVFNGVMAPTITNASATLTIRSHRIEPAAFA
Number of Associated Samples 54
Number of Associated Scaffolds 167

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 72.50 %
% of genes near scaffold ends (potentially truncated) 33.53 %
% of genes from short scaffolds (< 2000 bps) 46.11 %
Associated GOLD sequencing projects 49
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 (71.257 % 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
(83.832 % of family members)
Environment Ontology (ENVO) Unclassified
(99.401 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(83.832 % 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: 6.03%    β-sheet: 45.94%    Coil/Unstructured: 48.03%
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

Potential Novel Structural Fold:

This family has a high confidence model (pTM >=0.7) with no significant hits to either SCOPe or PDB biological assemblies. It is, therefore, classified as a potential novel structural fold.


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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 167 Family Scaffolds
PF02086MethyltransfD12 11.38
PF10145PhageMin_Tail 8.98
PF01832Glucosaminidase 2.40
PF02399Herpes_ori_bp 1.20
PF05017TMP 0.60
PF05135Phage_connect_1 0.60
PF12705PDDEXK_1 0.60
PF04860Phage_portal 0.60

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 167 Family Scaffolds
COG0338DNA-adenine methylaseReplication, recombination and repair [L] 11.38
COG3392Adenine-specific DNA methylaseReplication, recombination and repair [L] 11.38


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A71.26 %
All OrganismsrootAll Organisms28.74 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300002493|JGI24185J35167_1022455Not Available1705Open in IMG/M
3300002493|JGI24185J35167_1031778Not Available1266Open in IMG/M
3300002510|JGI24186J35511_1010430Not Available2045Open in IMG/M
3300002510|JGI24186J35511_1013622Not Available1686Open in IMG/M
3300003688|Ga0061020_1037009Not Available1286Open in IMG/M
3300005452|Ga0068706_1021964Not Available1406Open in IMG/M
3300005453|Ga0068705_10009321Not Available4435Open in IMG/M
3300005453|Ga0068705_10050324Not Available1334Open in IMG/M
3300005503|Ga0068671_1034270All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium5829Open in IMG/M
3300010178|Ga0124934_1012985Not Available1152Open in IMG/M
3300010184|Ga0124920_1023334Not Available1631Open in IMG/M
3300010186|Ga0124916_1082427Not Available1407Open in IMG/M
3300010187|Ga0124918_1147702Not Available1184Open in IMG/M
3300010194|Ga0124921_1080764Not Available1407Open in IMG/M
3300010272|Ga0124912_1006085Not Available1601Open in IMG/M
3300026237|Ga0209750_1011110Not Available2177Open in IMG/M
3300026237|Ga0209750_1015425Not Available1738Open in IMG/M
3300026509|Ga0209809_1005885All Organisms → cellular organisms → Bacteria6739Open in IMG/M
3300026509|Ga0209809_1015897All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium3174Open in IMG/M
3300027279|Ga0209691_1011241Not Available2756Open in IMG/M
3300027279|Ga0209691_1020511Not Available1633Open in IMG/M
3300027279|Ga0209691_1029456Not Available1207Open in IMG/M
3300028761|Ga0272447_1000606All Organisms → cellular organisms → Bacteria26015Open in IMG/M
3300031245|Ga0308395_1008059All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Chloroflexia4437Open in IMG/M
3300031245|Ga0308395_1013917Not Available2956Open in IMG/M
3300031245|Ga0308395_1013928All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium2954Open in IMG/M
3300031245|Ga0308395_1022265Not Available2056Open in IMG/M
3300031245|Ga0308395_1041550Not Available1264Open in IMG/M
3300031508|Ga0308394_1003603All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium6305Open in IMG/M
3300031508|Ga0308394_1012151Not Available2806Open in IMG/M
3300031509|Ga0308399_1006693Not Available3378Open in IMG/M
3300031509|Ga0308399_1007846Not Available3075Open in IMG/M
3300031509|Ga0308399_1015622Not Available2004Open in IMG/M
3300031509|Ga0308399_1021650Not Available1620Open in IMG/M
3300031509|Ga0308399_1023904Not Available1519Open in IMG/M
3300031509|Ga0308399_1026026Not Available1435Open in IMG/M
3300031512|Ga0308397_1001997All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi10662Open in IMG/M
3300031512|Ga0308397_1007084All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium4150Open in IMG/M
3300031512|Ga0308397_1019561Not Available2016Open in IMG/M
3300031512|Ga0308397_1029441Not Available1501Open in IMG/M
3300031512|Ga0308397_1037517Not Available1258Open in IMG/M
3300031512|Ga0308397_1039073Not Available1222Open in IMG/M
3300031513|Ga0308412_1033155All Organisms → Viruses → Predicted Viral1956Open in IMG/M
3300031513|Ga0308412_1036793All Organisms → Viruses → Predicted Viral1815Open in IMG/M
3300031513|Ga0308412_1046257Not Available1536Open in IMG/M
3300031513|Ga0308412_1094785Not Available906Open in IMG/M
3300031514|Ga0308390_1007805All Organisms → Viruses → Predicted Viral4749Open in IMG/M
3300031514|Ga0308390_1017929Not Available2460Open in IMG/M
3300031514|Ga0308390_1020992All Organisms → Viruses → Predicted Viral2164Open in IMG/M
3300031514|Ga0308390_1036444Not Available1389Open in IMG/M
3300031514|Ga0308390_1037638Not Available1355Open in IMG/M
3300031515|Ga0308396_1011084Not Available2821Open in IMG/M
3300031515|Ga0308396_1013133Not Available2489Open in IMG/M
3300031515|Ga0308396_1016546Not Available2091Open in IMG/M
3300031515|Ga0308396_1025687Not Available1518Open in IMG/M
3300031515|Ga0308396_1028610Not Available1406Open in IMG/M
3300031515|Ga0308396_1029775Not Available1363Open in IMG/M
3300031515|Ga0308396_1033636Not Available1245Open in IMG/M
3300031516|Ga0308398_1014807All Organisms → cellular organisms → Bacteria → Terrabacteria group2497Open in IMG/M
3300031516|Ga0308398_1021924All Organisms → Viruses → Predicted Viral1880Open in IMG/M
3300031516|Ga0308398_1037692Not Available1270Open in IMG/M
3300031517|Ga0308392_1000117All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi30508Open in IMG/M
3300031517|Ga0308392_1004644Not Available4756Open in IMG/M
3300031517|Ga0308392_1005365All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium4334Open in IMG/M
3300031517|Ga0308392_1024761Not Available1582Open in IMG/M
3300031518|Ga0308389_1013947Not Available3242Open in IMG/M
3300031518|Ga0308389_1028755All Organisms → Viruses → Predicted Viral1813Open in IMG/M
3300031518|Ga0308389_1042644Not Available1300Open in IMG/M
3300031518|Ga0308389_1054026Not Available1072Open in IMG/M
3300031567|Ga0308391_1027379Not Available1368Open in IMG/M
3300031568|Ga0308393_1008004Not Available3407Open in IMG/M
3300031568|Ga0308393_1043616All Organisms → Viruses → Predicted Viral1070Open in IMG/M
3300031767|Ga0308401_1006512Not Available2958Open in IMG/M
3300031767|Ga0308401_1014414Not Available1851Open in IMG/M
3300031767|Ga0308401_1016239Not Available1718Open in IMG/M
3300031776|Ga0308415_1001526All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium9856Open in IMG/M
3300031776|Ga0308415_1010986Not Available2951Open in IMG/M
3300031776|Ga0308415_1012459All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium2712Open in IMG/M
3300031776|Ga0308415_1015595Not Available2321Open in IMG/M
3300031783|Ga0308418_1003792All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium6830Open in IMG/M
3300031783|Ga0308418_1020863Not Available1971Open in IMG/M
3300031812|Ga0308411_10031465Not Available2714Open in IMG/M
3300031812|Ga0308411_10075089Not Available1389Open in IMG/M
3300031812|Ga0308411_10107665Not Available1055Open in IMG/M
3300031830|Ga0308409_1015044Not Available2335Open in IMG/M
3300031830|Ga0308409_1017747Not Available2090Open in IMG/M
3300031830|Ga0308409_1024229Not Available1702Open in IMG/M
3300031865|Ga0308408_1004852All Organisms → Viruses → Predicted Viral4859Open in IMG/M
3300031865|Ga0308408_1008091Not Available3452Open in IMG/M
3300031865|Ga0308408_1012641Not Available2551Open in IMG/M
3300031865|Ga0308408_1027836Not Available1512Open in IMG/M
3300031865|Ga0308408_1052256Not Available994Open in IMG/M
3300031875|Ga0308405_1018537Not Available2335Open in IMG/M
3300031875|Ga0308405_1020303Not Available2190Open in IMG/M
3300031875|Ga0308405_1021399Not Available2112Open in IMG/M
3300031875|Ga0308405_1030206Not Available1660Open in IMG/M
3300031875|Ga0308405_1036926Not Available1439Open in IMG/M
3300031875|Ga0308405_1044779Not Available1251Open in IMG/M
3300031878|Ga0308404_1000084All Organisms → cellular organisms → Bacteria29610Open in IMG/M
3300031878|Ga0308404_1000505All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi11964Open in IMG/M
3300031878|Ga0308404_1001255All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium7570Open in IMG/M
3300031878|Ga0308404_1003524All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium4176Open in IMG/M
3300031878|Ga0308404_1004911Not Available3479Open in IMG/M
3300031878|Ga0308404_1005078All Organisms → Viruses → Predicted Viral3421Open in IMG/M
3300031878|Ga0308404_1005606All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium3232Open in IMG/M
3300031878|Ga0308404_1013238Not Available1927Open in IMG/M
3300031878|Ga0308404_1018714Not Available1548Open in IMG/M
3300031878|Ga0308404_1019877Not Available1494Open in IMG/M
3300031878|Ga0308404_1022067All Organisms → Viruses → Predicted Viral1401Open in IMG/M
3300031948|Ga0308406_1005440Not Available3843Open in IMG/M
3300031948|Ga0308406_1009194Not Available2786Open in IMG/M
3300031950|Ga0308417_1006800All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium6740Open in IMG/M
3300031950|Ga0308417_1014278All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium4215Open in IMG/M
3300031950|Ga0308417_1016543Not Available3830Open in IMG/M
3300031950|Ga0308417_1028244Not Available2639Open in IMG/M
3300031950|Ga0308417_1035234Not Available2250Open in IMG/M
3300031950|Ga0308417_1056783All Organisms → Viruses → Predicted Viral1578Open in IMG/M
3300031950|Ga0308417_1101999Not Available1019Open in IMG/M
3300031958|Ga0308410_1029607Not Available2045Open in IMG/M
3300031958|Ga0308410_1041719All Organisms → Viruses → Predicted Viral1568Open in IMG/M
3300031966|Ga0308420_1039782Not Available1790Open in IMG/M
3300031966|Ga0308420_1039841Not Available1788Open in IMG/M
3300031966|Ga0308420_1050951Not Available1508Open in IMG/M
3300031966|Ga0308420_1057243Not Available1390Open in IMG/M
3300031980|Ga0308403_1001665All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium6763Open in IMG/M
3300031980|Ga0308403_1003435Not Available4373Open in IMG/M
3300031980|Ga0308403_1006364Not Available3080Open in IMG/M
3300031980|Ga0308403_1008753Not Available2558Open in IMG/M
3300031980|Ga0308403_1009618Not Available2423Open in IMG/M
3300031980|Ga0308403_1040338Not Available1000Open in IMG/M
3300032033|Ga0308402_1003274Not Available4231Open in IMG/M
3300032033|Ga0308402_1005474Not Available3177Open in IMG/M
3300032033|Ga0308402_1007449All Organisms → Viruses → Predicted Viral2673Open in IMG/M
3300032033|Ga0308402_1019259All Organisms → Viruses → Predicted Viral1513Open in IMG/M
3300032033|Ga0308402_1023300Not Available1344Open in IMG/M
3300032045|Ga0308400_1000504All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium14924Open in IMG/M
3300032045|Ga0308400_1002461Not Available5574Open in IMG/M
3300032049|Ga0308416_1000678All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium11816Open in IMG/M
3300032049|Ga0308416_1000917All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium10083Open in IMG/M
3300032049|Ga0308416_1002923All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium5303Open in IMG/M
3300032049|Ga0308416_1009319All Organisms → Viruses → Predicted Viral2676Open in IMG/M
3300032057|Ga0308421_1007455Not Available4334Open in IMG/M
3300032057|Ga0308421_1013330Not Available2957Open in IMG/M
3300032057|Ga0308421_1014658All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium2770Open in IMG/M
3300032058|Ga0308419_1011623All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium4610Open in IMG/M
3300032058|Ga0308419_1047022Not Available1542Open in IMG/M
3300032058|Ga0308419_1086246Not Available939Open in IMG/M
3300032356|Ga0308414_1012416All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → Candidatus Thermofonsia → Candidatus Thermofonsia Clade 3 → Candidatus Thermofonsia Clade 3 bacterium4670Open in IMG/M
3300033886|Ga0308413_003019All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi8275Open in IMG/M
3300033886|Ga0308413_017209Not Available2608Open in IMG/M
3300033886|Ga0308413_033292Not Available1615Open in IMG/M
3300033886|Ga0308413_043584Not Available1324Open in IMG/M
3300033886|Ga0308413_056514Not Available1094Open in IMG/M
3300034646|Ga0372965_008449Not Available1763Open in IMG/M
3300034646|Ga0372965_008817Not Available1723Open in IMG/M
3300034646|Ga0372965_011506Not Available1462Open in IMG/M
3300034646|Ga0372965_016355Not Available1167Open in IMG/M
3300034647|Ga0372968_007159All Organisms → Viruses → Predicted Viral1874Open in IMG/M
3300034647|Ga0372968_010767Not Available1447Open in IMG/M
3300034650|Ga0372973_019483All Organisms → Viruses → Predicted Viral1155Open 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 Mat83.83%
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat10.18%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic5.39%
Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Microbial Mat0.60%

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
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
3300005503Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_0600 MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005839Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP MetaGEnvironmentalOpen in IMG/M
3300010178Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0700_B 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
3300010186Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2300_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010187Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0600_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010194Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0900_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
3300031517Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20050624_m2EnvironmentalOpen in IMG/M
3300031518Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_148EnvironmentalOpen in IMG/M
3300031567Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20050623_t1EnvironmentalOpen in IMG/M
3300031568Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050630_ee2EnvironmentalOpen in IMG/M
3300031767Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060913_OS-M1EnvironmentalOpen 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
3300031980Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS-M3EnvironmentalOpen in IMG/M
3300032033Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060913_OS-M2EnvironmentalOpen 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
3300034646Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_0000_MSt4 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034647Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_0600_MSt7 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034650Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_1600_MSt12 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
JGI24185J35167_102245523300002493Anoxygenic And Chlorotrophic Microbial MatMRVRQIGTFVFDANTNIVVDANNQDVPGIGFRVNDLYDPQPFSVEIAFRRATREQALNAVNTLARELHSYAQRRQDNRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFNPATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFFSRRIEPAAFA*
JGI24185J35167_103177813300002493Anoxygenic And Chlorotrophic Microbial MatSVEIAFRRATRTQALNAVNTFARELHSYAQRRQDTRLAVAGGAVVWVEDATGGASLRSYLRDAAVTLLSVETTAAGVIARARVTGTLVNPFTNYTATPTSISSLLPYERRLITLAGTSDAYLYKNFINQVYYNMSGLYNALLAIEELESATGTSRIVAFGPNSVSSGITTQGWNAGWTTLYRSNFISATSGTITYTINASFPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALAADPPGTIYGPPGFISSRYVAVFNGSMSPSLSGAYSWLGIYACXIEPAAFA*
JGI24186J35511_101043023300002510Anoxygenic And Chlorotrophic Microbial MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMLGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDITATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAAANVGIYSHRIEPAAFA*
JGI24186J35511_101362223300002510Anoxygenic And Chlorotrophic Microbial MatMRIRQIGTLVFDANTNIIVDANNQDAPGVGFRADSLFDPQPFSVEIAFRRSTRQQALNAVSALARELHSYAQRRQDTRLAVAGGAVVWVEDATGGASLRSYLRDAAVTLLSVETTAVGVIARARVTGTLVNPFTNYTATPTSISSLLPYERRLITLAGTSDAYLYKNFINQVYYNMSGLYNALLAIEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSAMSGTITYTIPSSPVDIYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPIXLIPVDGVYIWNIITPPTLSSYRVIXLQHTNTPALAAXPPGTIYGPPGFISSRYVAVFNGSMSPSLSGAYSWLGIYACQIEPAAFA*
JGI24186J35511_102373913300002510Anoxygenic And Chlorotrophic Microbial MatRRATREXALNAVNTFARELHSYAQRRQDNRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASAXMXFXSRRIEPAAFA*
Ga0061020_103700923300003688Anoxygenic And Chlorotrophic Microbial MatQPFAVEIAFRRATRQQALNAVNAFARELHSYAQRRQDDRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWIPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITLQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFYSRRIEPAAFA*
Ga0068706_102196413300005452Anoxygenic And ChlorotrophicGYKMRVRQIGTLVFDANTNIVVDASNQDAPGIGFRVNGLFDPQPFAVEIAFRRATRQQALDAVNTLARELHSYAQRRRDNLPAVAGGTLVVVEDANGGTSLRSYLRDGSVTLLSVEATSTGFLARVRVTGTLINPFLNYTLTQNTLSSLLPYERRVATLSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTAPSSNARYIVSWDGQPQIAETIVGDRSWYTPALFVRDDASITLTLEIQNVPTGTLVMPVVLIPTDGVSVWSAITAPPLFTVSIRSTQSATSRPFRTFPSGTVYGAPGAVTSRYIAVFNGMMVPTITGAFADLVINSHRIEPAAFA*
Ga0068705_1000932133300005453Anoxygenic And ChlorotrophicMRIRQIGTLVFDSNTNIVVDETNQDAPGIGFRVNSLYDPQPFAVEIAFRRATRQQALDAVSALARELHSSAQRRQDWHLAVAGGVLVVAEDAAGSASLRSYLRDGSVTLLGVETTATGVLARVRVTGTLIYPFLNYTPSTYSFSSLLPYERRVVALSGLSDAYLYKHDFFYFGIANMGGLYNALLVVEDLEAATKTSRITAISPASASGGITLQNWDAGWQQLTRAQFTSATTGTITYAVTALPQDVYRLFIEIFCPTTPSTNARYLVSWDGQPQIAETISEDRSWYTPALFAHHDTAISLTLEVLNVPIGTLVMPLIFIPTDGAYVWNVITQPTLQGFHILNVQSAIARPFKAGPNGTVYGAPDCITSRYIAIFNGVMAPTITNASATLNIRAYRIEPATFA*
Ga0068705_1005032423300005453Anoxygenic And ChlorotrophicMRIRQIETLVFDANTNIIVDANNQDAPGIGYRVNNLFDPQPFAVEIAFRRTTRQQALDAVNALARELYSYAQRRQNGRLANAGGALVIIEDAAGSASLRSFLRDAAVTLLSVEATATGVIARVRVTGTLIHPFLNYVLTQNSILTLLPYERRVIALSGLSDAYLYKHSLECFIYNMTGLSNALLVIEELESATGTSRIQAINPASASGGITLQNWNAGWQTLTRAQFTSATTGTITYTINPAAFPQDVYRLFIEIFCPTPPSSNARYFVDWDGQPQIAEPISGDRSWYTPALFVRSNATFTLTLNLQSVPTGTLVMPLILIPTDGVSVWSVITPP
Ga0068671_103427053300005503Anoxygenic And Chlorotrophic Microbial MatMRVRQIGTLVFDSNTNIVVDADVQDAPGIGFHINNLYDPQPFAVEIAFKRATRQQALEAVNALARELFSYAQRRQDLRAGIAGGAPVIIEDAAGGATLKSYLRDGSVTLLGVETTATGVIARVRATGTLVASFINYAAATTSLTSLLPYERRVIALSGASDAYLYKNNLFYIVSNMSGLYNALLAVETLESATAASRIAAINPATATSGITLENWNAGWATLTRANFSSATNGTITFNITTALPFDVYRLFVEISCPSTPESTARYSVAWGGQPQIYETIAGDRSWYTPALFVRREAAMQLTLNIENVPTGTLAMPLILIPTDGVFVWNVITSPTFASFHSVAPQSDPLRPLETSPDGAVYGTPGFVSGRNIAVFNGVMAQTISGASASLTITSRRIEPAAFA*
Ga0068707_108861213300005839Anoxygenic And ChlorotrophicRQQALEAVNALARELFSYAQRRQDLRAGIAGGAPVIIEDAAGGATLKSYLRDGSVTLLGVETTATGVIARVRATGTLVASFINYAAATTSLTSLLPYERRVIALSGASDAYLYKNNLFYIVSNMSGLYNALLAVETLESATAASRIAAINPATATSGITLENWNAGWATLTRANFSSATNGTITFNITTALPFDVYRLFVEISCPSTPESTARYSVAWGGQPQIYETIAGDRSWYTPALFVRREAAMQLTLNIENVPTGTLAMPLILIPTDGVFVWNVITSPTFASFHSVAPQSDPLRPLETSPDGAVYGTPGFVSGRNIAVFNGVMAQTISGASASLTITSRRIEPAAFA*
Ga0124934_101298513300010178Anoxygenic And Chlorotrophic Microbial MatHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMLGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDITATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAAANVGIYSHRIEPAAFA*
Ga0124919_106049413300010183Anoxygenic And Chlorotrophic Microbial MatMRVRQIGTLVFDANTNIVVDASNQDAPGIGFRVNNLYDPQPFSVEIAFRRATREQALNAVNTLARELHSYAQRRQDDRLAIAGGARVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFIDYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWIPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITLQSWNAGWQTLARGNFNPATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFYSCRIEPAAFA*
Ga0124920_102333423300010184Anoxygenic And Chlorotrophic Microbial MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLNDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRGNLPAVAGGALVVVEDANGGTSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVFTGVSFLKPYERRAVTLVGSNDAYLYKNGINLTFENMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPIDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTVSFPLTLEIQSVPTGTLVMPIVLLPIDGVYVFNVISLPTLTWYRAAVSQVAGASPFRVFPSGTIYGPPGFISSRHIAVFNGAMSPSLSGAVANVGVYSYRIEPAAFA*
Ga0124916_108242723300010186Anoxygenic And Chlorotrophic Microbial MatIGFRVNDLYDPQPFSVEIAFRRATREQALNAVNTLARELHSYAQRRQDDRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNHTLTSVLGLRPYERRVVALNVPDEYLYKSPLQWIPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITLQSWNAGWQTLARGNFNPATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVFSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFFSRRIEPAAFA*
Ga0124918_114770213300010187Anoxygenic And Chlorotrophic Microbial MatMRIRQIGTLVFDANTNIVVDANNQDAPGIGFRVNGLYDPQPFSVEVAFRRATREQALNAVNTLARELHSYAQRRQDNRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNHTLTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPQDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEMQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPHFQQFRLVEEH*
Ga0124921_108076423300010194Anoxygenic And Chlorotrophic Microbial MatGTLVFDANTNIVVDASNQDAPGIGFRVNNLYDPQPFSVEIAFRRATREQALNAVNTLARELHSYAQRRQDNRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDGYLYKSPLQWIPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYEFSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYVIDPQLTQTRTFVTSPNGTVYGSPGLISSRYVAVFSGAMASMITNASANMHFYSRRIEPAAFA*
Ga0124912_100608513300010272Anoxygenic And Chlorotrophic Microbial MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLNDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRGNLPAVAGGALVVVEDANGGTSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVLTVVSLLKPYERRAVTLVGSNDAYLYKNGINLTFENMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPIDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTASFPLTLEIQSVPTGTLVMPIVLLPIDGVYVFNVISLPTLTGYRAAVSQAAGEPPFRVFPSGTIYGPPGFISSRYVAVFNGAMSPSLSGAVANVGVYSCRIEPAAFA*
Ga0209750_101111013300026237Anoxygenic And Chlorotrophic Microbial MatMRIRQIGTLVFDANTNIIVDANNQDAPGVGFRADSLFDPQPFSVEIAFRRSTRQQALNAVSALARELHSYAQRRQDTRLAVAGGAVVWVEDATGGASLRSYLRDAAVTLLSVETTAAGVIARARVTGTLVNPFTNYTTTQTPISSLLPYERRLITLAGTSDAYLYKNFINQVYYNMSGLYNALLAIEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSAMSGTITYTIPSSPVDIYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPT
Ga0209750_101542523300026237Anoxygenic And Chlorotrophic Microbial MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMLGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDITATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAAANVGIYSHRIEPAAFA
Ga0209017_1003863313300026280Anoxygenic And Chlorotrophic Microbial MatNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQQALNAVNAFARELHSYAQRRQDDRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFFSRRIEPAAFA
Ga0209809_100588553300026509Anoxygenic And ChlorotrophicMRIRQIGTLVFDSNTNIVVDETNQDAPGIGFRVNSLYDPQPFAVEIAFRRATRQQALDAVSALARELHSSAQRRQDWHLAVAGGVLVVAEDAAGSASLRSYLRDGSVTLLGVETTATGVLARVRVTGTLIYPFLNYTPSTYSFSSLLPYERRVVALSGLSDAYLYKHDFFYFGIANMGGLYNALLVVEDLEAATKTSRITAISPASASGGITLQNWDAGWQQLTRAQFTSATTGTITYAVTALPQDVYRLFIEIFCPTTPSTNARYLVSWDGQPQIAETISEDRSWYTPALFAHHDTAISLTLEVLNVPIGTLVMPLIFIPTDGAYVWNVITQPTLQGFHILNVQSAIARPFKAGPNGTVYGAPDCITSRYIAIFNGVMAPTITNASATLNIRAYRIEPATFA
Ga0209809_101589723300026509Anoxygenic And ChlorotrophicMRVRQIGTLVFDANTNIVVDASNQDAPGIGFRVNGLFDPQPFSVEIAFRRATRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGASLRSYLRDGSVTLLGVEATANGVLARVRVTGTLINPFLNYTLTQNTLSSLLPYERRVATLSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTTPSSNARYIVSWNGQPQIAETIVGDRSWYTPALFVRDDASITLTLEIQNVPTGTLVMPVVLIPVDGVSVWSALTAPPLFAVLIRSTQNATSRLLSTFPSGTVYGAPGAVTSRYIAVFNGMMVPTITGAFADLVIFSHRIEPASFA
Ga0209691_101124123300027279Anoxygenic And ChlorotrophicMRVRQIGTFVFDANTNIVVDANNQDVPGIGFRVNDLYDPQPFSVEIAFRRATREQALNAVNTLARELHSYAQRRQDNRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYYNHTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFFSRRIEPAAFA
Ga0209691_102051113300027279Anoxygenic And ChlorotrophicMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFSVEIAFRRSTRQQALNAVNALARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVYSLKPYERRAVTLTGTSDAYLYASYVNQQYFNMSGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPADVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDVTATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTAIGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLS
Ga0209691_102945613300027279Anoxygenic And ChlorotrophicMRVRQIGTLVFDANTNIVVDASNQDAPGIGFRVNGLFDPQPFAVEIAFRRATRQQALDAVNTLARELHSYAQRRRDNLPAVAGGTLVVVEDANGGTSLRSYLRDGSVTLLSVEATSTGFLARVRVTGTLINPFLNYTLTQNTLSSLLPYERRVATLSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTAPSSNARYIVSWDGQPQIAETIVGDRSWYTPALFVRDDASITLTLEIQNVPTGTLVMPVVLIPTDGVSVWSAITAPPLFTVSIRSTQSATSRPFRTFPSGTVYGAPGAVTSRYIAVFNGMMVPTITGAFADLVINSHR
Ga0272447_1000606143300028761Microbial MatMRIRQIGTLVFDANTNIVVDANNQDAPGIGFRTNSLYDPQPFAVEIAFRRATRRQALDAVNTLARELYSYAQRRQDGRFAVAGGVLTVVEDAANGATLRSFLRDAAVTLLSVEAASTGVIARVRVTGTLINPFIDYTFTQNTLSSLLPYERRVVALSGLSDAYLYKSSLFYSVSNMPGLYNALLAIEELESATGTSRIIAINPTSVTSGIVLQNMPAPGLLRAYFLNTTNGIITYTVNPATFPHDVYRLFIEIFCPTTPPLNARYIVSWDGQPQIIETIVGDRSWYTPLLFTRSNTTFPLTLEIQNVPTGTAAMPLILIPTDGVFVWSVLTPPTLLSFHTLDLQSALSRPFETVPIGTVYGAPGFISSRYIAVFNGIMNVPMNGSSTLLIRSRRIEPAAFA
Ga0308395_100805913300031245Hot Spring Phototrophic MatMRVRQIGTLVFDADTNIVVDANNQDAPGIGFRVDSLFDPQPFAVEIAFRRNTRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGASLRSFLRDGSVTLLSVEATATGVLARVRVTGTLIHPFLNYVFTPNSILTLLPYERRAVTLSGLSDAYLYKHRFDCFIYNMTGLYNALLAVEELESATGTSRIQAVNPATASGGIVLQNWNAGWQTLTRANFSSATSGTITYTVGTALPHDVYRLFIEIFCPTTPAANAHYLVSWDGQPQIAETISGDRSWYTPALFVRGDASITLTLEIQNVPTGTLVMPLVLIPTDGVSVWSVITPPTLQSFNIRDLQSTLSRPFETNPSGTVYGAPGFVSSRHIAVFNGVMAPTITNASATLTIRSHRIEPAAFA
Ga0308395_101391713300031245Hot Spring Phototrophic MatHSYAQRRQDGRLAVAGGVLVVAEDATGGASLRSYLRDGSVTLLGVEATANGVLARVRVTGTLVNPFTNYTATQTSISSLLPYERRLITLAGTSDAYLYKNSINQTYYNMSGLYNALLAIEELESATGTSRIVAFGPNSVSSGITTQGWNAGWTTLHRSIFISATSGTITYTTNASFPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPITLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALAADPPGTIYGPPGFISSRYVAVFNGSMSPSLSGAYSWLGIFACQIEPAAFA
Ga0308395_101392823300031245Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRDNLPAVAGGALVVVEDANGGMSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVLTGASFLKPYERRAVTLVGSNDAYLYKNGINQTFSNMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTVSFPLTLEIQSVPTGTLVMPIVLLPTDGVYVFNIISPPTLTGYRAAVSQAVGEPPFRVFPSGTIYGPPGFISSRHIAVFNGAMSPSLSGAVAEVGVYSYRIEPAAFA
Ga0308395_102226523300031245Hot Spring Phototrophic MatMRIRQIGTIVFDANTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRDNLPAVAGGALVVVEDANGGMSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVLTGASFLKPYERRAVTLVGSNDAYLYKNGINQTFSNMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTASFPLTLEIQSVPTGTLVMPIVLLPIDGVYVFNVISLPTLTAYRAAVSQAAGEPPFRVFPSGTIYGPPGFISSRHIAVFNGAMSPSLSGAVANVGVYSYRIEPAAFA
Ga0308395_104155023300031245Hot Spring Phototrophic MatQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGATLRSFLRDGSVTLLSVEATATGVLARVRVMGTLINPFLNYTTTQNTLSSLLPYERRVVALSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTTPSSNARYIVSWDGQPQIAETIVGDRSWYTPALFVRDDASITLTLEIQNVPTGTLVMPVVLIPADGVSVWSAITAPPLFNVSIRSTQSATSRPFRTFPSGTVYGAPGAATSRYIAVFNGMMVPTLTNAFADLVIFSRRIEPAAFA
Ga0308394_100360343300031508Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFSVEIAFRRATREQALNAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGASLRSFLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWIPSNMTGLYNVLLAVEDLGSATETSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQLTQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMHFYSRRIEPAAFA
Ga0308394_101215123300031508Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFRRATRQQALNAVSTLARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMLGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDVTATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVSINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAITNVGIYSHRIEPAAFA
Ga0308399_100669323300031509Hot Spring Phototrophic MatMRIRRIGTFVFTSDTNIVFDVNNQDAPGIGFNVNTLFDPQPFAAEIAFHREDRLQALEAVSRFARELYSYAQRRQNARLAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSAGVIARVRVTGTLINPFLDYTPVQNTLLSLLPYELRVVELSGLSDAYLYKSQLLYSVSNMTGLYNALLAVEELESATGTSRIQAISPASVSSGITMQNQSWNAGWQTLTRAIFSSATSGTITYNVTTVNPKDVYRLFVEIFCPTAPSANARYIVSWDGQPQIAETITGDRSWYTPALFVHRDTTVSLTLEIQNVPRNTLVMPLVLIPTDGVSVWNVITPPTLQSFHTLDLQSATSRPFETNPAGTVYGAPGLISSRYIAVFNGVMSGTITTASATLNIRSRRIEPAAFA
Ga0308399_100784623300031509Hot Spring Phototrophic MatMRIRQIGTIGFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRQDGRYAIAGGALVVVEDATGGATLRSYLRDGSVTLLGVEATATGVIARVRVTGTLVAPFLDYTSTTNTISSLIQYERRIVSLSGLNDAYLYKHSFEMFTSNMFGIYNALLAVEELESATGTSRIAVINQFSTAGNGDIILEDWDAGWQTLQRVWFTTATNGVISYLIPPTIPQDVYRLFIEIFCYTPPGPNARYIVSWDGQPQIAETIVGDRSWYSPALFVRREVTTTLTLQIQNVPIWTLVMPLVLIPTDGVSVWSVITSSTLHSFRIRDLQSATARPFSTIPNGTVYGPPGCVSSRHIAIFNGMMGFWLNASSSANLNIYSRRIEPAAFA
Ga0308399_101562223300031509Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGVGFRVNDLYDPQPFAAEIAFRRATRQQALNAVSAFARELHSYAQRRRDNLPAVAGGALVVVEDANGGTTLRSYLRDAVVTLLSVEATSTGVLARVRVTGTLISTFVDYTFVVTAASSLKPYERREVTLVGSNDAYLYKNGINQTFINMPGLYNALLAVEELESATGTSRIQAISPASVSSGITMQNQSWDAGWQTLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPMTPPSSARYIVSWNEQPQIAETISVDRSWYTPALIALDTASFPLTLEIQNVPTGTLVMPIVLLPIDGVYVFNIISPPTLTGYRAVVSQTAGEPPFKVFPSGTVYGPPGFVSSRYVAVFNGAMSPSLSGAVANVGIYSYRIEPAAFA
Ga0308399_102165023300031509Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDTNNQDAPGIGFRADSLFDPQPFSVEIAFRRETRQQALDAVNTLARELYSYAQRRQDGRLAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLVNPFLDYTFTQNILTSLLPYERRVVALSGLSDAYLYKHDLLYFASNVAGLYNALVAVEELESATGASRIQAISPATVSSGITMQDQSWSAGWQTLTRAFFVSATSGTITYTITPAFPHDVYRLFIEIFCPSTPSPNARYLVSWDGQPQIAETISGDRSWYTPALFVRSNASMSLTLEIQNVPTGTLAMPIVLIPADGVSVWSAITTPPFFAFTVSSHQSATARPFSTTPPGTVYGAPGFVSSRFISVFNGMMVPTITGAFADLVIVSRRIEPAAFA
Ga0308399_102390413300031509Hot Spring Phototrophic MatNIVVDANNQDAPGIGFRINSLYDPQPFAVEIAFRRNTRQQALDAVNALARELYSSAQRRQTGRFAVAGGVLVIAEDATGDTSLASYLRDGSVTLLNVEATSTGVLARVRVTGTLIAPFLDYTFAQNTLSSLLPYERRVVALSGLSNAYLYKHSLFYNVSNMNGLYNVLLAVEELESATGASRIQAISPATVSSGITMQNQSWNAGWQTLTRAFFASATSGTITYTINPAAFPQDVYRLFIEIFCPTLPSSNARYFVDWDGQPQIAETISRERSWYTPALFVRSNAPFTLTLNLQNVPTGTAVMPLILIPTDGVSVWNVITPPTLLSFHTLDHQSALSRPFETEPTGTIYGAPGAITSRFIAVFNGAMNIPITGSSTLIIRSRRIEPAAFA
Ga0308399_102602623300031509Hot Spring Phototrophic MatAPGVGFRADSLNDPQPFAVEIAFRRATRQDALNAVNTLARELHSYAQRRQDERLAIAGGALVRVEDAAGNATLRSFLRDGSVTLLSVETTATGVLARVRVTGTLVAPFLDYAPTLNTLPSLLPYERRVVALSDLSDAYLYRHWLTYNVTNMNGLYNALLAVEELESATGTSRITAINPASDSGGITLQNWDAGWATLKRAQFTSTTAGTITYTVNPAALQHDVYRLFIEIFCPTTPSANARYLVSWDGQPQIAETIVGDRSWYTPALFARNEATFPLTLEVQNVPTGTLVMPLVLIPVDGVSVWSVITPPTLQSFHTLDLQSARFRPFRTNPPGTVYGAPGLITSRYIAVFNGVMVPNITTASSATLDIRSRRIEPAAFA
Ga0308397_100199723300031512Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDASNQDAPGIGFRVNDLYDPQPFSVEIAFRRATREQALNAVNTLARELHSYAQRRQDDRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDGYLYKSPLQWIPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYIFSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFVISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFYSRRIEPAAFA
Ga0308397_100708443300031512Hot Spring Phototrophic MatMRIRQIGTIVFDANTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRDNLPAVAGGALVVVEDANGGTSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVFTGASFLKPYERRAVTLVGSNDAYLYKNGINQTFSNMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALITLDAVSFPLTLEIQSVPTGTLVMPIVLLPIDGVYVFSVISLPTLTWYRAAVSQAAGGSPFRVFPSGTIYGPPGFISSRHIAVFNGAMSPSLSGAVANVGVYSYRIEPAAFA
Ga0308397_101956123300031512Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDANNQDAPGVGYNVDTLFDPQPFAVEIAFRRATRTQALNAVNTFARELHSYAQRRQNNYLAVAGGVLVVAEDETGGTSLRSYLRDGSVTLLSVEATSTGVLARVRVAGTLVNPFTNYTATQTSISSLLPYELRLITLAGTSDAYLYKNSINQVYYNMSGLYNALLAIEELESATGTSRIVAFGPNSVSSGITTQGWNAGWTTLYRSNFISATSGTITYTIDASFPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALVADPPGTIYGAPGFVSSRHIAVFNGVMAPTITNASATLTIRSHRIEPAA
Ga0308397_102944113300031512Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDASNQDAPGIGFRVNGLFDPQPFSVEIAFRRATRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGATLRSFLRDGSVTLLSVEATSTGFLARVRVTGTLINPFLNYTLTQNTLSSLLPYERRVATLSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTTPSSNARYIVSWNGQPQIAETIVGDRSWYTPALFVRDDASITLTLEIQNVPTGTLVMPVVLIPVDGVSVWSALTAPPLFAVLIRSTQNATSRLLSTFPPGTVYGAPGAVTSRYIAVFNGMMVPTITGAFADLVIFSHRIEPASFA
Ga0308397_103751713300031512Hot Spring Phototrophic MatDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFRRATRQQALNAVSTLARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMLGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDVTATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAAANVGIYSHRIEPAAFA
Ga0308397_103907313300031512Hot Spring Phototrophic MatKMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFRRATREQALNAVSTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGDASLRSFLRDGSVTLLSVEATATGVLARARVTGTLINPFLNYTLTQNTLSSLLPYERRVVTLSGLSDAYLYKNSLICFPISNMTGLYNALIAVEELESATGTSRITAINPVNATGGITLQNWNAGWQTLTRAYFSTATSGTITYTDGTAFPHDVYRLFIEIFCPTTPAVNARYLVSWSGQPQIAETITGDRSWYTPALLVRWDASITLTLEIQNVPTGTLVMPLVLIPTDGVSVWSVIASPSLSYFHILDSQSASTRPFRVDPSGTVYGAPGFVSSRYVAVFNGMMASTITNASANLLVWSRRIEPASFA
Ga0308412_103315523300031513Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDEINQDAPGIGFRANSLNDPQPFSIEIAFRRATRQQALNAVNAFARELHSYAQRRRDNLPAVAGGALVVVEDANDGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTALLSTFKPYERRVVTLTGASDAYLYKCSVNQQFFNMPGLYNALLAIEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRVNFSSATSGTITYTIPASPVDIYRLFIEIYCPTTPSSNARYLVSWSGQPQIAETISGDRSWYTPALIVLDQASFPLTLEIQSVPTGTLVMPIVLLPIDGVYVFNVISLPTLTAYRATVHQAAEGTPFKVFPSGTVYGPPGFISSRYVAVFTGAMSPSLSGAVASVGIYSQRIEPAAFA
Ga0308412_103679323300031513Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFSVEIAFRRATRQQALDAVNALARELHSYAQRRQDGRFAVAGGAMVWVEDATGGATLRSYLRDGAVTLLSVEAISTGVLARVRVTGTLVNPFFDYTLTQNVLTSLLPYERRVVTLSNLSDAYLYKSSLFYYDVANMTGLYNALLAVEELESATGTSRIQAINPATVTGGITTNDWNAGWATLTRAQFTSATNGTITYTINPAAFPQDVYRLFIEIFCPTTPPTNARYLVSWDGQPQIAETIVGDRSWYTPALFVRSNTTFTLTLIIHNVPINTLVMPLILIPTDGVSIWNVITPPTLWYFHTLDHQSALSRPLETIPIGTIYGAPGMITSRYIAVFNGVMSSTITSASATLDIRSRRIEPASFA
Ga0308412_104625723300031513Hot Spring Phototrophic MatDAPGIGFRANSLFDPQPFSVEIAFRRATRQQALNAVNALARELHSYAQRRQDGRLAVAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYIYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMGFYSRRIEPAAFA
Ga0308412_109478513300031513Hot Spring Phototrophic MatMRIRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFSVEIAFRRSTRQQALDAVSSLARELYSYAQRRQDERYAVAGGVQVVIENAVGDAVPRAYLRDASLTLLGVEATSTGVIVRVRVAGTLVLPFLNYSFTNTTLTSLLPYERRNITLSGSSDTYLYRNSLTCFPISNLNGLYNALIAVEELESATGTSRIAAINPSNATGGITLQDWNAGWATLTRAIFSSATSGTITYTINPATFSRDVYRLFIEIFCPTTPSTNARYIASWPGQPQIAETISGDRSWYMPALFK
Ga0308390_100780523300031514Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRQDGRYAIAGGALVVAEDATGGATLRSYLRDGSVTLLGVEATATGVIARVRVTGTLVAPFLDYTSTTNTISSLLQYERRIVSLSGLNDAYLYKHSFEASTSNMFDIYNALLAVEELESATGTSRITVINQFSASGNGVVTVEDWNAGWQTLQRVELTTATNGVISYLIPPTIPQDVYRLFIEIFCFTPPGPNARYIVSWSGQPQIAETIVGDRSWYSPALFVRREVTTTLTLQIQNVPIWTLVMPLVLIPTDGVSVWSAITPPTLTSFRIRDLQSATERPFFTIPNGTVYGPPGCVSSRHIAIFNGMMDFWLNASASANLHIYSRRIEPAAFA
Ga0308390_101792923300031514Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLNDPQPFSIEIAFRRATRAQALNAMNAFARELHSYAQRRRDGLSAVAGGALVVVEDANGGTSLRSYLRDGAVTLLSVEATSTGFLARVRVTGTLISTFVDYTYVSTAVTLLRPYERRAVTLVGSNDAYLYKNGINQTFSNMPGLYNVLLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTVSFPLTLEIQSVPTGTLVMPIVLLPTDGVYVFNIISPPTLTGYRAAVSQAIGEPPFRVFPSGTVYGPPGFISSRHIAVFNGAMSPSLSGAVADVGVYSYRIEPAAFA
Ga0308390_102099223300031514Hot Spring Phototrophic MatMRIRQIGTLVFDADTNIVVDANNQDAPGVGFRVDSLYDPQPFATEIAFRRATRQQALDAVNAFARELHSYAQRRQNGRFAVAGGAAVVAEDAAGVASLLSYLRDGTVTLLGVETTATGVLARVRVTGTLVAPFVDYTPTQNTLSSLLPYERRVVALSGLSNAYLYKHSLFYSSNMANLYNVLLAVEELESATGSSRIQAISPASATSGIALQNWNAGWTTLTRAYFLTATNGTITYTVNPTAFPQDVYRLFIEIFCSSVPSSNARYLVSWDGQPQIAETISGDRSWYAPALFVRSNVTFSLTLEVQNVPTGTAVMPLVLIPTDGVSVWNVITPPTLLSFHTLDHQSAASRPFDTLPNGTIYGAPGAITSR
Ga0308390_103644423300031514Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIIVDANNQDAPGVGFRADSLFDPQPFSVEIAFRRSTRQQALNAVSALARELHSYAQRRQDTRLAVAGGAVVWVEDATGGASLRSYLRDAAVTLLSVETTAAGVIARARVTGTLVNPFTNYTATQTPISSLLPYERRLITLAGTSDAYLYKNSINQIYYNMSGLYNALLAIEELESATGTSRIVASGPNSVSSGITTQGWNAGWTTLYRSNFISATSGTITYTINASFPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPIMLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALAADPPGTIYGPPGFISSRYVAVFNGSMSPSLSGAYSWLGIYACRIEPAAYA
Ga0308390_103763813300031514Hot Spring Phototrophic MatRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFSVEIAFRRSTRQQALNAVNALARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVFSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMPGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDATATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAITDVGIYSHRIEPAAFA
Ga0308396_101108423300031515Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDANNQDAPGVGYNVDTLFDPQPFAVEIAFRRATRTQALNAVNTFARELHSYAQRRQNNYLAVAGGVLVVAEDETGGTSLRSYLRDGSVTLLSVEATSTGVLARVRVAGTLVNPFTNYTATQTSISSLLPYELRLITLAGTSDAYLYKNSINQTYYNMSGLYNALLAIEELESATGTSRIVAFGPNSVSSGITTQGWNAGWTTLYRSNFISATSGTITYTIDASFPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALVADPPGTIYGAPGFVSSRHIAVFNGVMAPTITNASATLTIRSHRIEPAAFA
Ga0308396_101313323300031515Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLNDPQPFSIEIAFRRSTRQQALDAVSSLARELHSYAQRRQDGRFAIAGGALVVAEDATGGTTLRSYLRDSSVTLLSVEATTTGILARVRVTGSLVAPFLDYTFTQNVLTSLLPYERRIVALSGLSEAYLYRHWFTYSVSNMTGLYNALLAVEEVESATGTSRITAINPASASGGITLQNWNAGWATLTRAQFTSATTGTITYTINPAALPFDLYRLFIEIFCPTTPGASARYYVSWDGQPQIAETIAGDRSWYMPALFARNEATFPLTIDLQTVPIGTLVMPLVLIPVDGVSVWSAITPPTLQFFHTLDLQSARFRPFVTTPPGTVYGAPGLIASRYIAVFNGVMAPTITSASATLEIRSRRIEPAAFA
Ga0308396_101654623300031515Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNGLFDPQPFSVEIAFRRATRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGASLRSFLRDGSVTLLSVEATVNGVLARARVTGTLINPFLNYTRTQNTLSSLLPYERRVATLSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTTPSSNARYIVSWDGQPQIAETIVGDRSWYTPALFVRDDASITLTLDIQNVPTGTLVMPIVLIPVDGVSVWSALTAPPLFAVSIRSTQNATSRLLSTFPSGTVYGAPGAVTSRYIAVFNGMMVPTITGAFADLVIFSHRIEPASFA
Ga0308396_102568723300031515Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLNDPQPFSIEIAFRRATRQDALGAVNALARELHSYAQRRRGNLPAVAGGALVVVEDANGGTSLRSYLRDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVLTAASSLNPYERRAVTLVGSNDAYLYKNGINQTFINMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTVSFPLTLEIQSVPTGTLVMPIVLLPIDGVYVFNVISLPTLTAYRAVVPQVAEGSPFRVFPSGTVYGPPGFISSRHIAVFNGAMSPSLSGAAANVGI
Ga0308396_102861013300031515Hot Spring Phototrophic MatQQALNAVNALARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTFVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMPGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYIVSWDGQPQIVETISGDRSWYMPALITPNTTATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALARPFITTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAITHVGIYSHRIEPAAFA
Ga0308396_102977513300031515Hot Spring Phototrophic MatMRVRQIGTFVFDANTNIVVDANNQDVPGIGFRVNDLYNPQPFSVEIAFRRATREQTLNAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGASLRSFLRDGSVTLLSVEATATGVLARARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFFSRRIEPAAFA
Ga0308396_103363613300031515Hot Spring Phototrophic MatPGIGFRANSLNDPQPFSIEIAFRRSTRQQALDAVSSLARELHNYAQRRQDGYLAIAGGALVVAEDATGGATLRSYLRDSSVTLLSVEATATGILARVRVTGTLIAPFLDYAPTTNTLSSLLPYERRVVSLAGLSNAYLYKQKIDYITYNISGLYNALLAIEELESATGTSRIRAISPASATGGITLQNWNAGWATLTRAQFTSATNGTITYTIPTSVPQDIYRLFIEIFCPSTPSANARYIVSWPGQLSIAETIVGDRSWYTPALFTRPDGWSTSLTLHVQSVPIGTLVMPLILIPTDGVAVWNVITPPTLQYFRAIPLQDALARPYETVPAGGTVYGPPGVVSSRHIAVFSGIMAPTITNAYADLFINSQKIEPAAFA
Ga0308398_101480723300031516Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDASNQDAPGIGFRVNGLFDPQPFSVEIAFRRATRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGASLRSYLRDGSVTLLSVEATATGVLARVRVMGTLINPFLNYTLTQNTLSSLLPYERRVVTLSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTTPSSNARYIVSWNGQPQIAETIVGDRSWYTPALFVRDDASITLTLEIQNVPTGTLVMPVVLIPVDGVSVWSALTAPPLFAVLIRSTQNATSRLLSTFPPGTVYGAPGAVTSRYIAVFNGMMVPTITGAFADLVIFSHRIEPASFA
Ga0308398_102192423300031516Hot Spring Phototrophic MatMRIRQIGTIVFDANTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATREQALNAVSTLARELYSNAQRRQDERLAIAGGALVRAEDATGVASLRSFLRDGSVTLLSVETTATGVLARVRVTGTLINPFLDYTFTQNVLTSLLPYERRVVALSGLSDAYLYRHWLMYSVTNMTGLYNALLAVEELESATGTSRIRAINPATVTGGITTNDWNAGWATLTRAQFTSATNGTITYTVNPAALPFDLYRLFIEIFCPTTPTTNARYLVNWDGQPQIAETITGDRSWYTPALFARNEAPVSLSLEVQNVPTGTLVMPLLFIPVDGVSVWSVITPPTLLSFHTLDLQSARFRPFVTTPPGTVYGAPGLISSRYIAVFNGVMAPTITSASATLEIRSRRIEPASFA
Ga0308398_103769223300031516Hot Spring Phototrophic MatRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDGYLYKSPLQWIPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYEFSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYVIDPQITQTRTFVISPNGTVYGSPGLISSRYVAVFSGAMASMITNASANMHFYSRRIEPAAFA
Ga0308392_1000117123300031517Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIIVDANNQDAPGIGFNANALFDPQPFAAEIAFRRATRQQALNAVNAFARELYSYAQRRQGGRLANAGGVAVVAEDATGAASLLSYLRDGTVTLLGVETTANGVLARVRVTGTLINPFLNYTFAQTDVTSLKPYERRVITLSETSDAYLYKSSLLYGVSNMTGLYNALFAVEELESATGASRIQAISPATVSSGITMQNQSWSAGWQTLTRAFFASATSGTITYTINPAAFPQDVYRLFIEIFCPTTPPVNARYLVSWDGQPQIAETISGDRSWYTPALFTRSNETFPLTLEIQSVPTGTLVMPIVLIPTDGVSVWNVITSPTLSYFHILDLQSAFSRPFETTPTGTVYGAPGLISSRYIAVFNGVMTTTITSASATLTIRARQIEPAAFA
Ga0308392_100464453300031517Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGIGFRVNDLYDPQPFSVEIAFRRATRQQTLDAVNTLARELHSYAQRRQDGRLAVAGGALVVVEDANGGTTLRSYLRDGSVTLLGVEATATGVLARVRVTGALINPFLNYTFTETTLSALAPYERRLVALTGTSDAYLYKNDLICTPILNMPGLYNALIAVEELESATGASRIQAISPATVSSGITMQNQSWNAGWQTLTRAFFVSATSGTITYTVTTGFPHDVYRLFIEIFCPSTPSSNARYLIGWGEQPQIAETISGDRSWYTPALFVRGDAAFSLTLDVQNVPTNTMVMPLILIPIDGVSVWNVIGTPPITYFHILDRQSALFRPFRVEPSGTIYGAPGFVSSRYIAVFVGTMTTILTNASAGLTIRSRRIEPAAFA
Ga0308392_100536523300031517Hot Spring Phototrophic MatMRIRRIETLVFDANTNIIVDASNQDAPGIGFHVNSLYDPQPFAVEIAFRRATRQAALNAVNTLARELHSYAQRRQDERLAIAGGAVVVAEDAAGNATLRSFLRDGSVTLLSVETTATGVLARVRVTGTLVAPFLDYTAVLNTLSALLPYERRVVALSGLSDAYLYRHWLTYNVTNMNGLYNALLAVEELESATGTSRITAINPASNSGGITLQNWDAGWATLKRAQFTSTTAGTITYTVNPAALPHDVYRLFIEIFCPTTPSVNARYLVSWDGQPQIAETIVGDRSWYTPALFARNEATFPLTLEVQNVPTGTLVMPLLFIPVDGVSVWSVITPPTLQSFHTLDLQSARFRPFRTNPPGTVYGAPGLITSRYIAVFNGVMVPNITTASSATLDIRSRRIEPAAFA
Ga0308392_102476123300031517Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDTNNQDAPGIGFRADSLFDPQPFSVEIAFRRETRQQALDAVNTLARELYSYAQRRQDGRLAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLVNPFLDYTFTQNILTSLLPYERRVVALSGLSDAYLYKHDLLYFASNVAGLYNALVAVEELESATGASRIQAISPATVSSGITMQDQSWSAGWQTLTRAFFVSATSGTITYTITPAFPHDVYRLFIEIFCPSTPSPNARYLVSWDGQPQIAETISGDRSWYTPALFVRSNASMSLTLEIQNVPTGTLAMPIVLIPADGVSVWSAITTPPFFAFTVSSHQSATARPFSTTPPGTVYGAPGFVSSRFISVFNGMMVPTITGAFADLVI
Ga0308389_101394723300031518Hot Spring Phototrophic MatMRVRQIGTFFFDADTNIVVDANNQDVPGIGFRVNDLYDPQLFAVEIAFRRATREQALNAVSTLARELHSYAQRRQDGRFAVAGGALVVVEGATGGATLRSYLRDGNVTLLSVETTATGVLARVRVTGTLINPFLDYTFTQNVLTSLLPYDRRIVALSGLSDNYLYKGGLFCTISNMSGLYNVLLAIEERESATGTSRIRAISPASATSGTLLQNWNAGWATLTRVNFTSTTSGTITYPITVPPFPHDVYRLFIEIFCPTTPATNARYLISWGGQPQIAETITGDRSWYTPALFTYDVADSLTLVVQNVPMGTLVMPIILIPTDGVFVWNVISPPTLSSFHVYDPQYTPLRPFRTNTNGTIYGAPGFITSRHIAVFAGMMTPNIVGSAANLEIQSYRIEPAAFA
Ga0308389_101463323300031518Hot Spring Phototrophic MatMRVRQIGTFVFDANTNIVVDANNQDVPGIGFRVNDFYDPQPFSVEIAFQRATREQALNAVNTLARELHNYAQRRQDARLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNHTLTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLHYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFYSRRIEPAAFA
Ga0308389_102875513300031518Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFRRATRQQALNAVSTLARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTFVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMPGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDVTATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTAL
Ga0308389_104264413300031518Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIIVDANNQDAPGVGFRADSLFDPQPFSVEIAFRRSTRQQALNAVSALARELHSYAQRRQDTRLAVAGGAVVWVEDATGGASLRSYLRDAAVTLLSVETTAAGVIARARVTGTLVNPFTNYTATQTPISSLLPYERRLITLAGTSDAYLYKNSINQIYYNMSGLYNALLAIEELESATGTSRIVASGPNSVSSGITTQGWNAGWTTLYRSNFISATSGTITYTINASFPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPIMLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALAADPPGTIYGPPGFISSRYVAVFNGSMSPSLSGAYSWLGIYAC
Ga0308389_105402613300031518Hot Spring Phototrophic MatQDERLAVAGGALVVAEDAAGGASLRSYLRDGTVTLLGVETTATGVLARVRVTGTLVGPFLDYTATLNSLSSLLPYERRIVALSGLSEAYLYRHWFTYSVTNMTGLYNALLAVEEVESATGTSRITAINPASASGGITLQNWNAGWATLTRAQFTSATTGTITYTINPAALPFDLYRLFIEIFCPTAPSANARYYVSWNGQPQIAETISGDRSWYMPALFARNEATLPLSLSVENVPTGTLVMPLVLIPVDGVSVWSAITPPTLQVFHTLDLQSARFLPLVTIPPGTVYGAPGLIASRYLTVFNGVMASTITNASATLGIRSRRIEPAAFA
Ga0308391_102737913300031567Hot Spring Phototrophic MatMRIRQIGTLVFGANTNIVVDANNQDAPGIGFNANTLFDPQPFSVEIAFRRTTRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDASGDASLRSFLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLNYTTTQNTLSSLVPYERRVVALSGLSDAYLYKHDLLYYASNVAGLYNALIAIEELESATGTSRIQAISPATVSSGITMQNQSWNAGGQTLTRAFFVSATSGTITYTITTAFPHDVYRLFIEIFCPSTPSSNARYLVSWDGQPQIAETISGDRSWYTPALFVRDETSITLTLEVQN
Ga0308393_100800433300031568Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDASNQDAPGVGFRVNGLFDPQPFSVEIAFRRATRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGATLRSFLRDGSVTLLSVEATSTGFLARVRVTGTLINPFLNYTLTQNTLSSLLPYERRVATLSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTAPSSNARYIVSWDGQPQIAETIVGDRSWYTPALFVRDDASITLTLEIQNVPTGTLVMPVVLIPADGVSVWSAITAPPLFTVSIRSTQNATSRPFRTFPSGTVYGAPGAVTSRYIAVFNGMMVPTITGAFADLVIHSHRIEPASFA
Ga0308393_104361613300031568Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFRRATRQQALNAVSTLARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMLGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDVTATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTAL
Ga0308401_100651223300031767Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDTNNQDAPGIGFRADSLFDPQPFSVEIAFRRETRQQALDAVNTLARELYSYAQRRQDGRLAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLVNPFLDYTFTQNILTSLLPYERRVVALSGLSDAYLYKHDLLYFTSNVAGLYNALVAVEELESATGASRIQAISPATVSSGITMQDQSWSAGWQTLTRAFFASATSGTITYTITPAFPHDVYRLFIEIFCPSTPSPNARYLVSWDGQPQIAETISGDRSWYTPALFVRSNASMSLTLEIQNVPTGTLAMPIVLIPADGVSVWSAITTPPFFAFTVSSHQSATARPFSTTPPGTVYGAPGFVSSRFISVFNGMMVPTITGAFADLVIESRRIEPAAFA
Ga0308401_101441423300031767Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDAPGVGFRADSLFDPQPFAVEIAFRRNTRQQALNAVSSLARELHSYAQRRQGGRLAIAGGVLVVAEDATGGATLRSYLRDGSVTLLGVEATATGVIARVRVTGTLVNPFLDYTFSTTTVSALKPYERRLVTLTGTSDAYLYKSSLIYTVSNMTGLYNALIAIEELESATGASRIIAGSLAAVTDGITIEAWDAGGLTLSRANFASTTGGTITYIISTAFPQDVYRLFIEIFCPTTPSANARYLVSWDGQPQIAETISGDRSWYTPALFVRADTAVTLTLEVRNVPLGTLVMPILLIPTDGVSVWSVITPPTLQSFYALDHQTAASRPFETNPTGTVYGAPGLVSSRYVAVFNGVMVSNITSASATLNIRAHRIEPAAFA
Ga0308401_101623923300031767Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGVGFRVNDLYDPQPFAAEIAFRRATRQQALNAVNALARELHSYAQRRQDNYIAVAGGVLIVAEDANGGTSLRSYLRDGNVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTSTPLYALLPYERRAVTLTGTSDAYLYVSQVNQQYSNMPGLYNALLAIEERESATRMSRIQAINPASVSSGITTESWNAGWATLTRANFSSVISGTITYNIVSSVPADVYRLFIEIYCPSTPPSTAGYAVSWPGQPQIAETISGDRSWYMPALITPDVTATFALTLEVQNVPINTRVMPLILIPTDGVYVWNIITPPLLSTVSINIHSTALGRPFFTIPPGTIYGPPGFVSSRHIAVFNGAMSPSLSGAVANVGIYSHRIEPAAFA
Ga0308415_100152633300031776Hot Spring Phototrophic MatMRVRQIGTLVFDADTNIVVDANNQDAPGVGFNVNTLFDPQPFSVEIAFRRPTRLVALNAVSALARELHSYAQRRQDERFAIAGGALVIVEDASGGTVMRSHLRDASVTLLSVETTASGVIARVRVTGVLVAPFLNYEFIQNVLTSLLPYERRVVALSGLSDAYLYKHSLFCSVSNMTGLYNALLAVEELESATGTSRIQAISPTSVSSGIVLQGWNAGWAELTRAQFTSATTGTITYTINPATFPQDVYRLFIEIFCPTTPSSNARYFVDWAGQPQIAETLSGDRSWYTPALFVRSNATFTLTLNLQNVPTGTAVMPLILIPTDGVSVWNVITPPTLQYFHTLDHQSALSRPFETEPTGTIYGAPGVITSRYVAVFNGMMNVPITGSSTLIIRSRRIEPAAFA
Ga0308415_101098623300031776Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDANNQDAPGIGFNVNTLFDPQPFSVEIAFRRPTRQQALDAVSILARELYSYTQRRQDGHLAVAGGALVAVEDASGGTVMRSYLRDTSVTLLSVETAASGVIARVRVTGTLIHPFLDYAFTPNSILTLLPYERRAIALSGLSDVYLYKHSFSCFFYNMSGLYNVLLAIEELESATGVSRILAINPANVTSGITLQNWNAGWQTLTRAAFSSATSGTITYNVTTVNPKDVYRLFVEIFCPTTPSLNARYIVSWNGQPQIAETIAGDRSWYAPALFVHRDTTVSLTLEIQNVPTGTLVMPLVLLPTDGVSVWSVITPPTLQSFNVRDPKSTFSMPFETDPPGTVYGAPGFISSRYVAVFNGVMSTTTTGVSTDISIYSYRIEPATFA
Ga0308415_101245913300031776Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDANNQDAPGIGFNVNTLFDPQPFSVEIAFRRPTRLVALNAASALARELHSYAQRRQDGRLAVAGGALVVAEDAAGSASLRSYLRDGTVTLLSVETTSAGVIARVRVTGTLVNPFLDYTSTYNFFQRIVPYERRVIALPGLSDAYLYKHWFDCYIYNANGLYNALFAVEELESATRTSRILAINPANVTSGITLQNWNAGWQTLTRAAFSSATSGTITYNVTTVNPKDVYRLFVEIFCPTTPSSNARYIVSWNGQPQIAETITGDRSWYAPALFVHHNTTVSLTLEIQNVPIGTLVMPLVLLPTDGVSVWSVITPPTLQSFYIRNLQSALSMPFETNPPGTVYGAPGFISSRYIAVFNGVISTTITGASTDIGLHSYRIEPAAFA
Ga0308415_101559523300031776Hot Spring Phototrophic MatMRVRQIGTLVFDADTNIVVDANNQDAPGIGFNVNTLFDPQPFSVEIAFRRPTRLVALNAVSALARELYSYAQRRQDGRLAVAGGALVVVEDASGGTVMRSYLRDASVTLLSVESTSTGVIARVRVTGVLVAPFLNYAFIQNTLTSLLPYERRIVALSGLSDAYLYKHDLQYFASNVAGLYNALLAIEELESATGTSRIVAINPTTASGGITLQNWNAGWQMLTRANFTSATSGTITYTIGTAFPHDVYRLFIEIFCPTTPSTNARYFVSWDGQPQIAETISEDRSWYTPALFVRDDASITLTLNLLNVPTGTLVMPIVLIPVDGVSVWSVVTAPPLFTVSIRNTQSATSRPFRTFPSGVVYGAPGFASSRFIAVFNGMMVPTLTNAFADLVIFSHRIEPAAFA
Ga0308418_100379273300031783Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLNDPQPFSIEIAFRRATRAQALNAMNAFARELHSYAQRRRGNLTAVAGGALVVVEDANGGTSLRSYLRDGAVTLLSVEATSTGFLARVRVTGTLISTFVDYTYVSTAVTLLRPYERRAVTLVGSNDAYLYKNGINQTFINMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTVSFPLTLEIQSVPTGTLVMPIVLLPTDGVYVFNIISPSTLTGYRAAVSQAVGEPPFRVFPSGTVYGPPGFISSRHIAVFNGAMSPSLSGAVAEVGVYSYRIEPAAFA
Ga0308418_102086323300031783Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRANSLNDPQPFSIEIAFRRSTRQQALDAVSSLARELYSNAQRRQDDRLAIAGGALVRAEDATGGAALRSYLRDSSVTLLSVEATTTGILARVRVTGTLINPFIDYSFTENILSSLLPYERRVVSLAGLSNAYLYKQKIDYITYNISGLYNALLAIEELESATGTSRIRAISPASATGGITLQNWNAGWATLTRATFSSATNGTITYTITPSIPRDIYRLFIEIFCPTIPSTNARYLVSWGGQPQIAETITGDRSWYTPALFAHNEAPVSLSLELQNVPIGTMVMPLILIPTDGVAVWNVITPPTLHYFRAIPLQGALARPYETTPAGGTVYGPPGVVSSRHIAVFSGIMAPTITTAYADLFINSQKIEPAAFA
Ga0308411_1003146523300031812Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRQDGRYAIAGGALVVAEDATGGATLRSYLRDGSVTLLGVEATATGVIARVRVTGTLVAPFLDYTSTTNTISSLLQYERRIVSLSGLNDAYLYKHSFEVFTSNMFDIYNALLAVEELESATGTSRIAVINQYSASGNGNITLEDWDAGWQTLQRVEFTTATNGVISYLIPPTIPQDVYRLFIEIFCYTQPGPNARYIVSWDGQPQIAETIVGDRSWYSPALFVRREVTTTLTLQIQNVPIWTLVMPLVLIPTDGVSVWSVITPPTLGSFRIRDLQSATARPFSTSPNGTVYGPPGCVSSRHIAIFNGMMDFWLNASSSANLNIYSRRIEPAAFA
Ga0308411_1007508923300031812Hot Spring Phototrophic MatNIVVDANNQDAPGIGFRANSLNDPQPFSIEIAFRRSTRQQALDAVSSLARELYSYAQRRQDARLAIVGGAAVWVEDATGGASLRSHLRDAAITLLGIETTSTGVIARVRVTGTLINPFLDYTFTQNILTSLLPYERRVVALSGLSDAYLYRHWLLYSVTNMTGLYNALLAVEELESATGTSRITAINPASASGGITLQNWNAGWQTLTRAQFTSATSGTITYTINPAVLPFDLYRLFIEIFCPTTPSTNARYLVSWNEQPQIAETITGDRSWYTPALFARDGAPVSLSLEVQNVPTGTRVMPLLFIPVDGVSVWSVITPPTLLSFHTLDLQSARFRPFRTDPPGTVYGAPGLISSRYIAVFNGVMSSTITSASATLEIRSRRIEPAAFA
Ga0308411_1010766513300031812Hot Spring Phototrophic MatFSVEIAFRRSTRQQALDAVSSLARELHSYAQRRRDNLPAVAGGALVVVEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLINPFLNYTFTATTLSALAPYERRLVALTGTSDAYLYKNDLICISIVNMPGLYNALIAVEELESATGTSRIQAISPASVSSGITMQNQSWNAGWQTLTRAYFISATSGTITYTVTTGFPHDVYRLFIEIFCPSTPSSNARYFVSWSGQPQIAETISGDRSWYTPALFVRGDATITLTLEIQNVPTGTLVMPLILIPVDGVSVWSVIASPSLFYFHILDLQSAATRPFRADPSGTVYGAPGFVSSRYVAVFNGMMASTITNASAN
Ga0308409_101504423300031830Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFRRATRQQALNAVSSLARELHNYAQRRQDGYLAIAGGALVRAEDATGGATLRSYLRDSSVTLLSVEATATGVLARVRVTGTLVNPFTNYTATQTPISSLLPYERRLITLAGTSDAYLYKNFINQAYYNMSGLYNALLAIEELESATGTSRIRAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALAADPPGTIYGPPGFISSRYVAVFNGSMSPSLSGAYSWLGIYACQIEPAAFA
Ga0308409_101774723300031830Hot Spring Phototrophic MatMRVRQIGTLVFDADTNIVVDANNQDAPGVGFRADSLFDPQPFAVEIAFRRATRTQALNAVNTFARELHSYAQRRRDNLPAVAGGALVVVEDANGNTSLRSYLRDGSVTLLGVEATSTGVIARVRVAGTLVNPFTNYTATQTSISSLLPYELRLITLAGTSDAYLYKNSINQVYYNMSGLYNALLAIEELESATGTSRIVAFGPNSVSSGITTQGWNAGWTTLYRSNFISATSGTITYTIDASFPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALVADPPGTIYGAPGFVSSRHIAVFNGVMAPTITNASATLTIRSWRIEPAAFA
Ga0308409_102422913300031830Hot Spring Phototrophic MatMRIRQIGTIVFDANTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRGNIPAVAGGALVVVEDANGGTSLRSYLRDGAVTLLSVEATSTGFLARVRVTGTLVNPFLDYTYTTTFASSLKPYERRAVTLVGSNDAYLYKNGINQTFINMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTASFPLTLEIQSVPTGTLVMPIVLLPIDGVYVFNVISLPTLTGYRAAVSQAAGEPPFRVFPSGTIYGPPGFISSRHIAVFNGAMSPSLSGAVANVGVY
Ga0308408_100485253300031865Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNGLFDPQPFSVEIAFRRATRQNALGAVNALARELHSYAQRRRDNLPAVAGGALVVVEDANGGTSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVFTGASFLKPYERRAVTLVGSNDAYLYKNGINLTFSNMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPSSNARYIVSWDGQPQIAETITGERSWYTPALIALDTVSFPLTLEIQSVPTGTLVMPIVLLPIDGVYVFNVISLTTLTAYRAYVSQAAVAPPFRVFPSGTIFGPPGFISSRHIAVFNGAMSPSLSGAVADVGIYSHRIEPAAFA
Ga0308408_100809133300031865Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDAPGIGFRINSLYDPQPFAVEIAFRRNTRQQALDAVNALARELYSSAQRRQDERLAVAGGAPVVAEDATGGTTLRSYLRDTVVTLLSVETTSTGVLARVRVAGTLVNPFLNYTFTLNTISSLLPYERRVVSLSGLSNAYLYKHWGSYFNVVNMTGLYNVLLAIEELESATGTSRINAINPATVTGGITLQNWSAGWQTLTRANFSSATSGTITYTVNPSFPKDVYRLFIDILCPTTPPSNARYLLSWDGQPQIAETISGDRSWYTPALFAHASAADTFTLEIQNVPTGTLVMPLILIPTDGVFVWNVITQPTLISFHFHELQSSLARPLMAAPAGTVYGPPGCVASKHIAIFNGMMAPSITVSSAASLNIRSFRIEPAAFA
Ga0308408_101264123300031865Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRDNLPAVAGGALVVVEDANGGTSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVFTGASFLKPYERRAVTLVGSNDAYLYKNGINLTFSNMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTVSFPLTLEIQSVPTGTLVMPIVLLPTDGVYVFNIISPPTLTGYRAAVSQAAGEPPFRVFPSGTVYGPPGFISSRHIAVFNGAMSPSLSGAVAEVGVYSYRIEPAAFA
Ga0308408_102783613300031865Hot Spring Phototrophic MatNQDAPGIGFRVNDLYDPQPFSVEIAFRRATRQQALNAVNAFARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVFSLKPYERRAVTLTGTSDAYLYVSQVNQQYFNMPGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDITATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAAANVGIYSHRIEPAAFA
Ga0308408_105225613300031865Hot Spring Phototrophic MatQRRRDNLPAVAGGALVVVEDANGNTSLRSYLRDGSVTLLGVEATSTGVIARVRVAGTLVNPFTNYTATQTSISSLLPYELRLITLAGTSDAYLYKNSINQVYYNMSGLYNALLAIEELESATGTSRIVAFGPNSVSSGITTQGWNAGWTTLYRSNFISATSGTITYTIDASFPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALVADPPGTIYGAPGFVSSRHIAVFNGVMAPTITNASATLTIRSWRIEPAA
Ga0308405_101853723300031875Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFRRATRQQALNAVSTLARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMPGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDITATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAAANVGIYSHRIEPAAFA
Ga0308405_102030323300031875Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLNDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRGNLPAVAGGALVVVEDANGGTSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVFTGVSSLNPYERRAVTLVGSNDAYLYKIGINQTFINMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTASFPLTLEIQSVPTGTLVMPIVLLPIDGVYVFNVISLPTLTGYRAAVSQAAGEPPFRVFPSGTIYGPPGFISSRHIAVFNGAMSPSLSGAVSNVGVYSYRIEPAAFA
Ga0308405_102139923300031875Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIIVDANNQDAPGVGFRADSLFDPQPFSVEIAFRRSTRQQALNAVNTFARELHSYAQRRQNNYFAVAGGVLVVAEDETGGTSLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLVNPFTNYTATQTPISSLLPYERRLITLAGTSDAYLYKNFINQVYYNMSGLYNALLAIEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPNSPRDIYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIAKESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALAADPPGTIYGPPGFISSRYVAVFNGSMSPSLSGAYSWLGIYACRIEPAAYA
Ga0308405_103020623300031875Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDETNQDAPGIGFRANSLNDPQPFSIEIAFRRSTRQQALDAVSSLARELYSNAQRRQDGRLAVAGGAEVWVEDATGGATLRSYLRDGAVTLLSVETTATGVLARARVTGTLINPFLDYTFTQNILTSLLPYERRVVALSGLSDAYLYRHWLMYSVTNMTGLYNALLAVEELESATGTSRIQAINPATVTGGITTNDWNAGWATLTRAQFTSATNGTITYTVNPAALPFDLYRLFIEIFCPSTPSANARYIVSWPGQLSIAETIVGDRSWYTPALFARNEAPVSLSLEVQNVPTGTLVMPLLFIPVDGVSVWSAITPPTLLSFRTLDLQSARFRPSVTAPPGTVYGAPGLISSRYIAVFNGVMAPTITSASATLDIRSRRIEPAAFA
Ga0308405_103692613300031875Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDASNQDAPGIGFRVNGLFDPQPFSVEIAFRRATRQQALDAVNTLARELHSYAQRRRDNLPAVAGGALVVVEDANGGTSLRSYLRDGSVTLLSVEATSTGFLARVRVTGTLINPFLNYTLTQNTLSSLLPYERRVATLSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTAPSSNARYIVSWDGQPQIAETIVGDRSWYTPALFVRDDASITLTLEIQNVPTGTLVMPVVLIPVDGVSVWSAITAPPLFTVSIRSTQNATSRPFRTFPSGTVYGAPGAVTSRYIAVFNGMMVPTITGAFADLVINSHRIEPASFA
Ga0308405_104477923300031875Hot Spring Phototrophic MatMRIRRIGSLVFNTDTNIIVDATNQDAPGIGFNANALFDPQPFAAEIAFHREDRLQALDAVSRFARELYSYAQRRQNARLAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVETTSVGVIARVRVTGTLINPFLDYTPVQNTLSSLLPYERRVVALSGLSDAYLYKSQLLYSVSNMTGLYNALLAVEELESATGTSRIQAINLASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTPPSNARYIVSWDGQPQIAETITGERSWYAPALFVHRDTAVSLTLEIQNVPNNTLVMPIVLIPTDGV
Ga0308404_1000084393300031878Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGIGFRINSLYDPQPFAVEIAFRRNTRQQALDAVNALARELYSSAQRRQDGRFAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLINPFLNYAFAQTDVTSLKPYERRVITLSGTSDAYLYKSSLFYSVSNMNGLYNALFAVEELESATGASRIQAISPATVSSGITMQNQSWSAGWQTLTRAFFASATSGTITYTINPAAFPQDVYRLFIEIFCPTTPPINAQYIVSWDGQPQIAETITGDRSWYAPALFVRGNATFPLTLDIQSVPTGTLVMPLILIPTDGVSVWSVITPPTLQTWHTLDQQSAFSRPFETTPTGTVYGAPGLISSRYIAVFNGVMAPTITTASATLIIRARQIEPAAFA
Ga0308404_1000505133300031878Hot Spring Phototrophic MatMRIRRIETLVFDANTNIIVDASNQDAPGIGFHVNSLYDPQPFAVEIAFRRATRQAALNAVNTLARELHSYAQRRQDERLAIAGGAVVVAEDAAGNATLRSFLRDGSVTLLSVETTATGVLARVRVTGTLVAPFLDYAPTLNTLPSLLPYERRVVALSGLSDAYLYRHWLTYNVTNMNGLYNALLAVEELESATGTSRITAINPASNSGGITLQNWDAGWATLKRAQFTSTTAGTITYTVNPAALPHDVYRLFIEIFCPTTPSVNARYLVSWDGQPQIAETIVGDRSWYTPALFARNEATFPLTLEVQNVPTGTLVMPLVLIPVDGVSVWSVITPPTLQSFHTLDLQSARFRPFRTDPPGTVYGAPGLITSRYIAVFNGVMVPNITTASSATLDIRSRRIEPAAFA
Ga0308404_100125583300031878Hot Spring Phototrophic MatMRIRQIGTLVFDSDTNIVVDANNQDAPGIGFRADSLFDPQPFSVEIAFRRETRQQALDAVNALARELYSYAQRRQDGRLAVAGGVLVVAEDASGGASLRSFLRDGSVTLLSVEATSTGVLARVRVTGTLVNPFLDYTFTQNILTSLLPYERRVVALSGLSDAYLYKHDLLYFASNVAGLYNALVAVEELESATGASRIQAISPATVSSGITMQNQSWSAGWQTLTRAFFASATSGTITYTITTAFPHDVYRLFIEIFCPSTPSSNARYLVSWDGQPQIAETISGDRSWYTPALFVRSNVSMSLTLEIQNVPTGTLVMPIVLIPVDGVSVWSAITTPPFFAFGVLSHQSATARPFTTTPPGTVYGAPGFASSRFISVFNGMMVPTITGAFADLVVLSRRIEPAAFA
Ga0308404_100352453300031878Hot Spring Phototrophic MatMRIRRIGTFVFTSDTNIVFDVNNQDAPGVGFNVNALFDPQPFTAEIAFHREDRLQALDAVSRFARELYSYAQRRQNARLAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSVGVIARVRVTGTLINPFLDYTPVQNTLLSLLPYELRVVELSGLSDAYLYKSQLLYSVSNMTGLYNALLAVEELESATGASRIQAISPASVSSGITMQNQSWNAGWQTLTRAIFSSATSGTITYNVTTVNPKDVYRLFVEIFCPTAPSANARYIVSWDGQPQIAEAITGDRSWYTPALFVHRDTAVSLTLEIQNVPNNTLVMPIVLIPTDGVSVWNVITPPTLQSFHTLDLQSATSRPFETNPAGTVYGAPGLISSRY
Ga0308404_100491123300031878Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLFDPQPFSVEIAFRRATRQQALNAVNALARELHSYAQRRQDGRLAVAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNHTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSDMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFFSRRIEPAAFA
Ga0308404_100507833300031878Hot Spring Phototrophic MatMRIRQIGTLVFDADTNIVVDETNQDAPGIGFRVNDLYDPQPFSVEIAFRRATRQQALDAVNALARELHSYAQRRQHGRFAVAGGAMVWVEDATGGATLRSYLRDGAVTLLSVEAISTGVLARVRVTGTLINPFLDYTFTQNVLTSLLPYERRVVTLSNLSDAYLYKSSLFYYDVANMTGLYNALLAVEELESATGTSRIQAINPATVTGGITTNDWNAGWATLTRAQFTSATNGTITYTINPAAFPQDVYRLFIEIFCPTTPPTNARYLVSWDGQPQIAETIVGDRSWYTPALFVRSNTTFTLTLIIHNVPINTLVMPLILIPTDGVSIWNVITPPTLLGFYTLDHQSALSRPFGTTPIGTIYGAPGMITSRYIAVFNGVMSSTITSASATLDIRSRRIEPASFA
Ga0308404_100560623300031878Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGVGFRVNDLYDPQPFAAEIAFRRATRQQALNAVNALARELHSYAQRRQDNYIAVAGGVLIVAEDANGGTSLRSYLRDGNVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTSTPLYALLPYERRAVTLTGTSDAYLYVSQVNQQYSNMPGLYNALLAIEERESATRMSRIQAINPASVSSGITTESWNAGWATLTRANFSSVISGTITYNIVSSVPADVYRLFIEIYCPSTPPSTAGYAVSWPGQPQIAETISGDRSWYMPALITPDVTATFALTLEVQNVPINTRVMPLILIPTDGVYVWNIITPPLLSTVVINVHSTALARPFSTIPPGTIYGPPGFVSSRHIAVFNGAMSPSLSGAVANVGIYSHRIEPAAFA
Ga0308404_101323823300031878Hot Spring Phototrophic MatMRIRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQSFAAEIAFRRATRQQALDAVNTLARELHSYAQRRQDERLAVAGGVLVVAEDATGGATLQSYLRDGSVTLLGVEATATGVLARVRVTGTLINPFLNYTFTATTLSALAPYERRLVTLAGTSDAYLYKNDLICTPILNMPGLYNALIAVEELESATGTSRIQAISPTSVSSGITIQNQSWDAGWQTLTRAFFVSATSGTITYTVTTGFPHDVYRLFIEIFCPSTPSSNARYLIGWGEQPQIAETISGDRSWYTPALFVRGDAAFSLTLEVQNVPTNTMVMPLILIPIDGVSAWNVIGTPPITYFHILNHQSASFRPFRVEPSGTIYGAPGFVSNRYIAVFVGMMTTILSNASAGLIIRSRRIEPAAFA
Ga0308404_101871413300031878Hot Spring Phototrophic MatPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRQDGRYAIAGGALVVAEDATGGATLRSYLRDGSVTLLGVEATATGVIARVRVTGTLVAPFLDYTSTTNTISSLLQYERRIVSLSGLNDAYLYKHSFEVFTSNMFDIYNALLAVEELESATGTSRITVINQFSAAGNGVVTVEDWDAGWQTLQRVELTTATNGVISYLIPPTIPQDVYRLFIEIFCFTTPGPNARYIVSWGGQPQIAETIVGDRSWYSPALFVRREVTTTLTLQIQNVPIWTLVMPLVLIPTDGVSVWSVITPPTLGSFRIRDLQSATARPFSTSPNGTVYGPPGCVSSRHIAIFNGMMDFWLNASSSANLNIYSRRIEPAAFA
Ga0308404_101987723300031878Hot Spring Phototrophic MatRVNDLYDLQPFSVEIAFRRATREQALNAVSTLARELHSYAQRRQSGHLTIAGGAPVVAEDATGGTSLYSYLRDGRVTLLGVEATANGVLARVRVTGTLTNPFIDYTFTTTTLTSLLPYERRVITLSGTSDAYLYKSSLIYAVSNMPGLYNVLLAVEELESATGGSRIIPGNPATASGGITLQDWNAGWTTLTRALFTSATSGTLTYTLNPPASKDVYRLFIEIFCPTTPSANARYLVSWDGQPQITETIVGDRSWYMPALFTHRDVAVSLTLQIQNVPSGTLVMPLILIPTDGVSVWSVITPPTLQSFYGLDQQTAKSRPFETTPLGTVYGAPGLISSRYIAVFNGVMTSNITNASATLTIRAHRIEPSAFA
Ga0308404_102206713300031878Hot Spring Phototrophic MatFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFQRATREQALNAVNTLARELYSYAQRRQDERYAVVGGVQVVIENAVGDAVPRAYLRDASLTLLGVEATSTGVIVRVRVAGTLVLPFLNYSLTNTTLTSLLPYERRNITLSGSSDTYLYRNSLTCFPISNLNGLYNALIAVEELESATGTSRIAAINPSNATGGITLQNWNAGWATLTRAIFSSATSGTITYTINPATFSRDVYRLFIEIFCPTTPSTNARYIASWPGQPQIAETISGDRSWYMPALFRRANTSSSLSLEIQNVPTGTLVMPLLLIPTDGVFVWNVITPPTLFYFHVINLQTAISRPYETDPNGTIYGPPGFISSRHLAVFSGMMAPTITNASVDLTISSHQIEPAAFA
Ga0308406_100544023300031948Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDANNQDAPGVGYNVDTLFDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRDNLPAVAGGALVVVEDANGNTSLRSYLRDGSVTLLSVEATSTGVIARVRVAGTLVNPFTNYTATQTSISSLLPYERRLITLAGTSDAYLYKNSINQVYYNMSGLYNALLAIEELESATGTSRIVAFGPNSVSSGITAQGWNAGWTTLYRSNFISATSGTITYTIDASFPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALVADPPGTIYGAPGFVSSRHIAVFNGVMAPTITNASATLTIRSHRIEPAAFA
Ga0308406_100919413300031948Hot Spring Phototrophic MatYFAVAGGVLVVAEDETGGTSLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLVNPFTNYTATQTSISSLLPYERRQITLAGTSDAYLYKNFINQIYYNMSGLYNALLAIEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPSSPRDIYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIAKESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSLYRVITLQHTNTPALAADPPGTIYGPPGFISSRYVAVFNGSMSPSLSGAYSWLGIYACRIEPAAYA
Ga0308406_104464113300031948Hot Spring Phototrophic MatARELHSYAQRRQDDRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDGYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFFSRRIEPAAFA
Ga0308417_100680033300031950Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRQDGRYAIAGGALVVAEDATGGATLRSYLRDGSVTLLGVEATATGVIARVRVTGTLVAPFLDYTSTTNTISSLLQYERRIVSLSGLNDAYLYKHSFEVFTSNMFDIYNALLAVEELESATGTSRITVINQFSAAGNGVVTVEDWDAGWQTLKRVELTTATNGVISYLIPPTIPQDVYRLFIEIFCFTPPGPNARYIVSWDGQPQIAETIVEDRSWYSPALFVRREGTTTLTLQIQNVPIWTLVMPLVLIPTDGVFVWSAITPPTLNSFRIRDLQSATARPFSTIPNGTVYGPPGCVSSRHIAIFNGMMDFWLNASSSANLNIYSRRIEPAAFA
Ga0308417_101427823300031950Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDALGIGFRVNDLYDPQPFAAEIAFRRATRQQALNAVNAFARELHSYAQRRRDNLPAVAGGALVVVEDANGGTSLQSYLRDGSVTLLGVEATSTGVLARVRVTGTLINPFLNYTYTSTPLYTLLPYERRAVTLTGTSDAYLYVSQINQQYFNMSGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWDAGWATLTRANFSSATSGTITYTIPTSPIDIYRLFIEIYCPTTPPSNARYLVSWSEQPQIAETISGNRSWYTPALIALDQALSPLTLEIQSVPTGTLVMPIVLLPTDGVYVFNIISPPTLTGYRAAVPQTNVAPVFRVFPSGTIYGPPGFISSRHIAVFNGAMSPSLSGAYASVGIYSHRIEPAAFA
Ga0308417_101654323300031950Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLFDPQPFAAEIAFRRATRQQALNAVNAFARELHSYAQRRRDNLPAVAGGALVVVEDANGGTSLRSYLRDGSVTLLGVEAISTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERREVTLTGTSDAYLNKNFVNQQIFNMPGLYNALLAIEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPSSNARYLVSWSGQPQIAETISGDRSWYTPALIALDSASFPLTLEIQSVPTGTLVMPIVLLPIDGVYVFNVISLPTLTAYRAVVPQTAGEPPFKVSPSGTVYGPPGFVSSRYVAVFNGAISPSLSGAYADVGIYSHRIEPAAFA
Ga0308417_102824423300031950Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIIVDANNQDAPGVGFRADSLFDPQPFAAEIAFRRATRQQALDAVSNLARELHSYAQRRRDNLPSVAGGALVVVEDANGGTTLRSYLRDAVVTLLSVEATSTGFLARVRVTGTLVNPFLNYSWTQTTLSALLPYERRVVALSGLSAAYLYRNDLVLNPILNMTGLYNVLLAIEELGGASETSRITAINPATATSGVTLQNWDAGWATLTRANFTSATSGTITYNITPSIPQDVYRLFIEIFCPTVPSTNARYLVSWGEQPQIAETISGDRTWYAPTLIVPDVVPFPLTLEIQNVPNGTLVMPLVLIPTDGVYIWNIIAPPTILGFHIFNVQTSNTRPFRVIPSGIIYGAPGFISSRFVAVFNGMMAPTIINSSATLSVYSRRIEPAAFA
Ga0308417_103523423300031950Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLFDPQPFSVEIAFRRATRQQALNAVNALARELHSYAQRRQDGRLAVAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNHTLTSVLGLRPYERRVVALNVPDEYLYKSSLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYIYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFYSRRIEPAAFA
Ga0308417_105678323300031950Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRGNLPAVAGGALVVVEDANGGTSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVFTGVSFLKPYERRAVTLVGSNDAYLYKNGINLTFENMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSNARYIVSWDGQPQIAETISGDRSWYTPALIALDTASFPLTLEIQSVPTGTLVMPIVLLPTDGVYVFNIISPPTLTWYRAAVSQAAGEPPFRVFPSGTIYGPPGFISSRHIAVFNGAMSPSLSGAVANVGVYSYRIEPAAFA
Ga0308417_110199913300031950Hot Spring Phototrophic MatGTLVFDNDTNIVVDAINQDAPGVGFRTNDLFDPQPFAVEIAFRRATREQALNAVNTLARELYSYAQRRQDIRFAVAGGAVVWVEDATGGATLRSYLRDGAVTLLSVETTATGVLARVRVTGTLVAPFLDYTPTLNAITSLLPYERRVVSLSGLNDACLYKHWLSFFNVVNMTGLYNVLFAIEERESATGASRINAINPATVTSGITASNWSAGWATLTRAIFSSATNGTITYTITPSVPRDIYRLFIEIFCPTIPSTNARYLVSWGGQPQIAETISGDRSWYTPTLLVYSDFSFTLTLELQNVPVGTLVMPLILIPTDGVFVWNVITPPTLGFFHILDL
Ga0308410_102960723300031958Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDAPGIGFRVNDLYDPQSFSVEIAFRRATREQALNAVSTLARELHSYAQRRQDERYAVAGGVQVVIENAVGNAVPRAYLRDASLTLLGVEATSTGVIVRVRVAGTLVLPFLNYSSTNTTLTSLLPYERRNITLSGSSDTYLYRNSLTCFPISNLNGLYNALIAVEELENATGTSRIAAINPSNATGGITLQDWNAGWATLTRAIFSSATSGTITYTINPATFSRDVYRLFIEIFCPTTPSTNARYIASWPGQPQIAETISGDRSWYMPALFKRANTSSSLSLEIQNVPTGTLVMPLILIPTDGVFVWNVITPPTLFYFHAFSLQTAISRPFETDPNGTIYGPPGFISSRHLAVFSGMMAPTITNASVDLVIGSNQIEPSAFA
Ga0308410_104171923300031958Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLSDPQPFSVEIAFRRATRQQALDAVNALARELHSYAQRRQNGRFAVAGGAMVWVEDATGGATLRSYLRDGAVTLLSVEAISTGVLARVRVTGTLVNPFFDYTLTQNVLTSLLPYERRVVTLSNLSDAYLYKSSLFYYDVANMTGLYNALLAVEELESATGTSRIQAINPATVTGGITTNDWNAGWATLTRAQFTSATNGTITYTINPAAFPQDVYRLFIEIFCPTTPPTNARYLVSWDGQPQIAETIVGDRSWYTPALFVRSNTTFTLTLIINNVPINTLVMPLILIPTDGVSIWNVITPPTLWYFHTLDHQSALSRPLETIPIGTIYGAPGMITSRYIAVFNGVMSSTITSASATLDIRSRRIEPASFA
Ga0308420_103978223300031966Hot Spring Phototrophic MatMRIRQIGTIVFNADTNIVVDASNQDAPGIGFRVDSLFDPQPFAVEIAFRRATRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGATLRSFLRDGSVTLLSVEATATGVLARVRVMGTLINPFLNYTTTQNTLSSLLPYERRVVALSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTTPSSNARYIVSWDGQPQIAETIVGDRSWYTPALFVRDDASITLTLEIQNVPTGTLVMPVVLIPADGVSVWSAITAPPLFNVSIRSTQSATSRPFRTFPSGTVYGAPGAAMSRYIAVFNGMMVPTLTNAFADLVIFSRRIEPAAFA
Ga0308420_103984123300031966Hot Spring Phototrophic MatMRIRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFRRATRQQALNAVNTFARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMLGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDITATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAITDVGIYSHRIEPAAFA
Ga0308420_105095113300031966Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIIVDANNQDAPGVGFRADSLFDPQPFSVEIAFRRSTRQQALNAVSALARELHSYAQRRQDTRLAVAGGAVVWVEDATGGASLRSYLRDAAVTLLSVETTAAGVIARARVTGTLVNPFTNYTATPTSISSLLPYERRLITLAGTSDAYLYKNSINQIYYNMSGLYNALLAIEELESATGTSRIVASGPNSVSSGITTQGWNAGWTTLYRSNFISATSGTITYTISASLPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGNRSWYTPTLIATESFSFPLTLEIQSVPTGTLVMPIMLIPVDGVYIWNIITPPTLSSY
Ga0308420_105724323300031966Hot Spring Phototrophic MatTIVFDANTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRDNLPAVAGGALVVVEDANGGTSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVFTGASFLKPYERRAVTLVGSNDAYLYKNGINLTFSNMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTVSFPLTLEIQSVPTGTLVMPIVLLPTDGVYVFNIISPPTLTGYRAAVSQAVGEPPFRVFPSGTVYGPPGFISSRHIAVFNGAMSPSPSGAVAEVGVYSYRIEPAAFA
Ga0308420_107384313300031966Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFSVEIAFRRATREQALNAVNTLARELHSYAQRRQDDRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWIPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVFSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYILDPQLTQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNAS
Ga0308403_100166573300031980Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGIGFRINSLYDPQPFAVEIAFRRNTRQQALDAVNALARELYSSAQRRQTGRFAVAGGVLVIAEDATGDTSLASYLRDGSVTLLNVEATSTGVLARVRVTGTLIAPFLDYTFTQNTLSSLLPYERRVVALSGLSNAYLYKHSLFYSVSNMNGLYNVLLAVEELESATGASRIQAISPATVSSGITMQNQSWNAGWQTLTRAFFASATSGTITYTINPAAFPQDVYRLFIEIFCPTLPSSNARYFVDWDGQPQIAETISRERSWYTPALFVRSNAPFTLTLNLQNVPTGTAVMPLILIPTDGVSVWNVITPPTLLSFHTLDHQSALSRPFETEPTGTIYGAPGAITSRFIAVFNGAMNIPITGSSTLIIRSRRIEPAAFA
Ga0308403_100343523300031980Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGVGFRVNDLYDPQPFAAEIAFRRATRQQALNAVSAFARELHSYAQRRRDNLPAVAGGALVVVEDANGGTTLRSYLRDAVVTLLSVEATSTGVLARVRVTGTLISTFVDYTFVVTAASSLKPYERREVTLVGSNDAYLYKNGINQTFINMPGLYNALLAVEELESATGTSRIQAISPASVSSGITMQNQSWNAGWQTLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPMTPPSSARYIVSWNEQPQIAETISGDRSWYTPALIALDTASFPLTLEIQNVPTGTLVMPIVLLPIDGVYVFNIISPPTLTGYRVVVSQTAGEPPFKVFPSGTVYGPPGFVSSRYVAVFNGAMSPSLSGAVANVGIYSYRIEPAAFV
Ga0308403_100636423300031980Hot Spring Phototrophic MatMRIRQIGTLVFNADTNIIVDANNQDAPGIGFNANALFDPQPFAAEIAFRRATRQQALNAVNAFARELYSYAQRRQGGRLANAGGVAVVAEDATGAASLLSYLRDGTVTLLGVETTANGVLARVRVTGTLINPFLNYTFAQTDVTSLKPYERRVITLSETSDAYLYKSSLLYGVSNMTGLYNALFAVEELESATGASRIQAISPATVSSGITMQNQSWSAGWQTLTRAFFASATSGTITYTINPAAFPQDVYRLFIEIFCPTTPPVNARYLVSWDGQPQIAETISGDRSWYTPALFTRSNETFPLTLEIQSVPTGTLVMPIVLIPTDGVSVWNVITSPTMSYFHILDLQSAFSRPFETTPTGTVYGAPGLISSRYIAVFNGVMTTTITSASATLTIRARQIEPAAFA
Ga0308403_100875323300031980Hot Spring Phototrophic MatMRIRQIGTIGFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRQDGRYAIAGGALVVVEDATGGATLRSYLRDGSVTLLGVEATATGVIARVRVTGTLVAPFLDYTSTTNTISSLIQYERRIVSLSGLNDAYLYKHSFEMFTSNMFGIYNALLAVEELESATGTSRIAVINQFSTAGNGDITLEDWDAGWQTLQRVWFTTATNGVISYLIPPTIPQDVYRLFIEIFCYTPPGPNARYIVSWDGQPQIAETIVGDRSWYSPALFVRREVTTTLTLQIQNVPIWTLVMPLVLIPTDGVSVWSVITSSTLHSFRIRDLQSATARPFSTIPNGTVYGPPGCVSSRHIAIFNGMMGFWLNDSSSANLNIYSRRIEPAAFA
Ga0308403_100961823300031980Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGVGFRVNDLYDPQPFAAEIAFRRETRQQALNAVNALARELHSYAQRRQDNYIAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLVVEATSTGVIARVRVTGTLISTLVDYTYVLTLAPSLKPYERRAVTLTGSNDAYLYKNGINQTFINMPGLYNALLAIEELESATGTSRIQAISPASVSSGITMQNQSWNAGWQTLTRAFFVSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSNARYIVSWSGQPQIAETISGDRSWYTPALIAPDTTSINLTLEIQNVPTGTLVMPIVLLPTDGVYVFNIISPPILTGYRAAVSQTVGGPPFKVFPSGTVYGPPGFVSSRHITVFNGAMSPSLSGAVADVGIYSYRIEPAAFA
Ga0308403_104033813300031980Hot Spring Phototrophic MatMRIRQIGTLVFGVNTNIVVDANNQDAPGIGFRADSLFDPQPFSVEIAFRRETRQQALDAVNTLARELYSYAQRRQDGRLAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLVNPFLDYTFTQNILTSLLPYERRVVALSGLSDAYLYKHDLLYFASNVAGLYNALVAVEELESATGASRIQAISPATVSSGITMQDQSWSAGWQTLTRAFFASATSGTITYTITPAFPHDVYRLFIEIFCPSTPSPNARYLVSWDGQPQIAETISGDRSWYTPALFVRSNASMSLTLEIQNVPTGTL
Ga0308402_100327433300032033Hot Spring Phototrophic MatMRIRQIGTLVFDVNTNIVVDANNQDAPGIGFRADSLFDPQPFSVEIAFRRETRQQALDAVNTLARELYSYAQRRQDGRLAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLVNPFLDYTFTQNILTSLLPYERRVVALSGLSDAYLYKHDLLYFASNVAGLYNALVAVEELESATGASRIQAISPATVSSGITMQNQSWSAGWQTLTRAFFASATSGTITYTITPAFPHDVYRLFIEIFCPSTPSPNARYLVSWDGQPQIAETISGDRSWYTPALFVRSNASMSLTLEIQNVPTGTLAMPIVLIPADGVSVWNAITTPPFFAFTVRSHQSATARPFSTTPPGTVYGAPGFVSSRFISVFNGMMVPTITGAFADLVIESRRIEPAAFA
Ga0308402_100547423300032033Hot Spring Phototrophic MatMRIRQIGTIGFNADTNIVVDATNQDAPGIGFRVNDLYDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRQDGRYAIAGGALVVVEDATGGATLRSYLRDGSVTLLGVEATATGVIARVRVTGTLVAPFLDYTSTTNTISSLIQYERRIVSLSGLNDAYLYKHSFEMFTSNMFGIYNALLAVEELESATGTSRIAVINQFSTAGNGDIILEDWDAGWQTLQRVWFTTATNGVISYLIPPTIPQDVYRLFIEIFCYTPPGPNARYIVSWDGQPQIAETIVGDRSWYSPALFVRREVTTTLTLQIQNVPIWTLVMPLVLIPTDGVSVWSVITSSTLHSFRIRDLQSATARPFSTIPNGTVYGPPGCVSSRHIAIFNGMMDFWLNASSSANLNIYSRRIEPAAFA
Ga0308402_100744923300032033Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGIGFRVNSLYDPQPFSVEIAFRRATRQAALNAVSALARELFSYAQRRQNGRFAVAGGVLVIAEDATGDTSLVSYLRDGSVTLLGVEAAANGVLARVRVTGTLINPFLNYAFAQTDVTSLKPYERRVITLSGTSDAYLYKSSLFYSVSNMNGLYNALFAAEELESATGTSRIQAISPASVSSGITMQNQSWNAGWQTLTRARFSSTTSGTITYNLAPSVPADVYRLFIEIFCPTTPPINAQYIVSWDGQPQIAETITGDRSWYAPALFVHRDTTVSLTLEIQNVPNNTLVMPLILVPTDGVSVWSVITPPTLQSFHTLDLQSAMLRPFETNPAGTVYGAPGLISSRYIAVFNGVMAPTITTASATLNIRSRRIEPAAFA
Ga0308402_101925913300032033Hot Spring Phototrophic MatLDAVNALARELYSSAQRRQDGRFAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLINPFLNYAFAQTDVTSLKPYERRVITLSGTSDAYLYKSSLFYSVSNMNGLYNALFAVEELESATGASRIQAISPATVSSGITMQNQSWSAGWQTLTRAFFASATSGTITYTINPAAFPQDVYRLFIEIFCPTTPPINAQYIVSWDGQPQIAETITGDRSWYAPALFVRGNVTFPLTLDIQSVPTGTLVMPLILIPTDGVSVWSVITPPTLQTWHTLDQQSAFSRPFETTPTGTVYGAPGLISSRYIAVFNGVMAPTITTASATLIIRARQIEPAAFA
Ga0308402_102330013300032033Hot Spring Phototrophic MatGIGFNANALFDPQPFAAEIAFRRETRQQALNAVSALARELYSYAQRRQDGRFANAGGALVVIEDAAGGATLRSFLRNATVTLLGVEATATGVIARVRVTGTLIYPFLDYTSTANSILTLLPYERRAVALSGLSDAYLYKHSFACFIYNMTGLYNALFAIEELESATGTSRILVVNPSAASDGITIQNWSVGGTTLLRAQFTSTTFGTIAYSLSPPNPRDVYRLFIEIFCPTTPSTNARYYVWWGGQPQIAETISGDRSWYTPALFVHRNTNVSLSLSVENVPNGTLVMPLVLIPTDGVSVWSIITSPSLRSFEICDLQSTILRPFETNPPGNIYGAPGFISSRYIAVFSGMMTTTLTGVSADLAVISHRIEPAAFA
Ga0308400_1000504123300032045Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGIGFRVNSLYDPQPFSVEIAFRRATRQAALNAVSALARELYSSAQRRQNGRFAVAGGVLVIAEDATGDTSLVSYLRDGSVTLLGVEAAANGVLARVRVTGTLINPFLNYAFAQTDVTSLKPYERRVITLSGTSDAYLYKSSLFYSVSNMNGLYNALFAAEELESATGTSRIQAISPASVSSGITMQNQSWNAGWQTLTRARFSSTTSGTITYNLAPSVPADVYRLFIEIFCPTTPPINAQYIVSWDGQPQIAETITGDRSWYAPALFVHRDTTVSLTLEIQNVPNNTLVMPLILVPTDGVSVWSVITPPTLQSFHTLDLQSAMLRPFETNPAGTVYGAPGLISSRYIAVFNGVMAPTITTASATLNIRSRRIEPAAFA
Ga0308400_100246123300032045Hot Spring Phototrophic MatMRIRQIGTLVFGVNTNIVVDANNQDAPGIGFRADSLFDPQPFSVEIAFRRETRQQALDAVNTLARELYSYAQRRQDGRLAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLVNPFLDYTFTQNILTSLLPYERRVVALSGLSDAYLYKHDLLYFASNVAGLYNALVAVEELESATGASRIQAISPATVSSGITMQNQSWSAGWQTLTRAFFASATSGTITYTITPAFPHDVYRLFIEIFCPSTPSPNARYLVSWDGQPQIAETISGDRSWYTPALFVRSNASMSLTLEIQNVPTGTLAMPIVLIPADGVSVWSAITTPPFFAFTVRSHQSATARPFSTTPPGTVYGAPGFVSSRFISVFNGMMVPTITGAFADLVIESRRIEPAAFA
Ga0308416_100067823300032049Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDANNQDAPGIGFNVNTLFDPQPFSVEIAFRRPTRLVALNAASALARELHSYAQRRQDGRLAVAGGALVVAEDAAGNASLRSYLRDGTVTLLSVETTSTGVIARVRVTGTLVNSFLDYTSTYNFFQRIVPYERRVIALPGLSDAYLYRHWFDCYIYNANGLYNALFAVEELESATRTSRILAINPANVTSGITLQNWNAGWQTLTRAAFSSATSGTITYNVTTVNPKDVYRLFVEIFCPTTPSSNARYIVSWNGQPQIAETITGDRSWYAPALFVHHNTTVSLTLEIQNVPIGTLVMPLVLLPTDGVSVWSVITPPTLQSFNVRDLQNTLSMPFETNPPGTVYGAPGFISSRYIAVFNGVMSTTITNASTDLGVHSYRIEPAAFA
Ga0308416_100091773300032049Hot Spring Phototrophic MatMRVRQIGTLVFDADTNIVVDANNQDAPGVGFNVNTLFDPQPFSVEIAFRRPTRLVALNAVSALARELYSYAQRRQDGRLAVAGGALVVVEDASGGTVMRSYLRDASVTLLSVETAASGVIARVRVTGTLVNSFLNYTPVSNTISSLLPYERRVVALSGLSDAYLYKHDLQYFASNVAGLYNALLAIEELESATGTSRIVAINPATASGGITLQNWNAGWQMLTRANFTSATSGTITYTIGTAFPHDVYRLFIEIFCPTAPSSNARYFVSWDGQPQIAETISEDRSWYTPALFVRDDASITLTLNLLNVPTGTLVMPIVLIPVDGVSVWSVITAPSLFTVSIRNTQSATSRPFRTFPSGVVYGAPGFASSRFIAVFNGMMVPTLTNAFADLVIFSHRIEPAAFA
Ga0308416_100292343300032049Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDANNQDAPGIGFNVNTLFDPQPFSVEIAFRRPTRQQALDAVSILARELYSYAQRRQDGHLAVAGGALVAVEDASGGTVMRSYLRDTSVTLLSVETAASGVIARVRVTGTLIHPFLDYAFTPNSILTLLPYERRAIALSGLSDVYLYKHSFSCFFYNMSGLYNVLLAIEELESATGVSRILAINPANVTSGITLQNWNAGWQTLTRAAFSSATSGTITYNVTTVNPKDVYRLFVEIFCPTTPSLNARYIVSWNGQPQIAETIAGDRSWYAPALFVHHNTTVSLTLEIQNVPIGTLVMPLVLLPTDGVSVWNVITPPTLQSFNVRDPKSTFSMPFETDPPGTVYGAPGFISSRYVAVFNGVMSTTTTGASTDISIYSYRIEPATFA
Ga0308416_100931923300032049Hot Spring Phototrophic MatMRVRQIGTLVFDADTNIIVDANNQDAPGVGFNVNTLFDPQPFSVEIAFRRPTRLVALNAVSALARELHSYAQRRQDRHIAVAGGALVVVEDASGGTVMRSYLRDASVTLLSVETTASGVIARVRVTGTLIYPFLNYSYFEQLTSLLPYERQVITLSGSDVYLYKHDFFYFGITNMSGLYNALFVVEERETATGASRILAINPATVSGGITLQSWNAGWATLTRAQFTSATSGTITYTITTNFPNDVYRLFVEIFCPTTPSSNARYYVSWDGQPQIAETIAGDRSWYTPALFVRRESAISLALNLQNVPTGTLVMPLILIPVDGAFVWNVITQPTLQGFYILNLQSAVARPFNTDPNGTVYGVPDCITSRHITIFNGVMASTITNASANLNIRSYRIEPAAFA
Ga0308421_100745543300032057Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFRRATREQALNAVSTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGASLRSFLRDGSVTLLSVEATATGVLARARVTGTLINPFLNYTLTQNTLSSLLPYERRVVTLSGLSDAYLYKNSLICFPISNMTGLYNALIAVEELESATGTSRITAINPVNATGGITLQNWNAGWQTLTRAYFSTATSGTITYTDSTAFPHDVYRLFIEIFCPTTPAVNARYLVSWSGQPQIAETITGDRSWYTPALVVRWDASITLTLEIQNVPTGTLVMPLVLIPTDGVSVWSVIASPSLSYFHILDSQSASTRPFRVDPSGTVYGAPGFVSSRYVAVFNGMMASTITNASANLLVWSRRIEPASFA
Ga0308421_101333023300032057Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDANNQDAPGIGFRVNGLYDPQPFSVEVAFRRATREQALNAVNTLARELHSYAQRRQDNRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSSGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYVIDPQLTQTRTFVISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMGFFSRRIEPAAFA
Ga0308421_101465813300032057Hot Spring Phototrophic MatMRIRQIETLVFDANTNIIVDANNQDAPGIGYRVNNLFDPQPFAVEIAFRRTTRQQALDAVNALARELYSYAQRRQNGRLANAGGALVIIEDAAGSASLRSFLRDAAVTLLSVEATATGVIARVRVTGTLIHPFLNYVLTQNSILTLLPYERRVIALSGLSDAYLYKHSLECFIYNMTGLSNALLVIEELESATGTSRIQAINPASASGGITLQNWNAGWQTLTRAQFTSATGGTITYTLPPPTPREVYRLFIEIFCPSTPPTNARYLVSWDGQPQIAETIVGDRSWYTPALFVHRDTTVSLSLEIQNVPTGTLVMPLVLIPTDGVSVWSVITPPTLSSFHILDQQSALSRPFETNPPGTIYGAPGFISSRYIAVFNGVMTTTITGASADLVVRSRRIEPAAFA
Ga0308419_101162323300032058Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIIVDANNQDAPGVGFRADSLFDPQPFSVEIAFRRSTRQQALNAVNTFARELHSYAQRRQNNYFAVAGGVLVVAEDETGGTSLRSYLRDGSVTLLSVEATSTGVLARVRVTGTLVNPFTNYTATQTPISSLLPYERRLITLAGTSDAYLYKNFINQAYYNMSGLYNALLAIEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPLTLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALAADPPGTIYGPPGFISSRYVAVFNGSMSPSLSGAYSWLGIHTCRIEPAAYA
Ga0308419_104702223300032058Hot Spring Phototrophic MatADTNIVVDAMNQDVPGIGFRTNDLFDPQPFAVEIAFRRATRQDALNAVSTLARELHSYSQRRQHERLAVAGGVLVVAEDAAGGGTPRTYLRDGSVTLLGIETTATGVLARVRVTGTLVHPFLYYIETSNTFVSLLPYERRVATLSNLSDAYLYKQDISFSASNAAGLYNVLLALEELESATGDSRIFAINPTSVSSGITLQDWNAGWATLTRAQFTVTTGTITYIIGTTFPADVYRLFVEIFCPTTPSTNARYLVSWFGQPQIAETIVGNRSWYMPTLLTISDSQITLTLEVQNVPIGTLVMPVMLIPSDGVSVWNAITTPPLGAVRIRNHQSAMRRPFVIFPAVGTIYGPPGAVTSRYVALFNGMMTTTITNATANMTILSRRIEPAAFA
Ga0308419_108624613300032058Hot Spring Phototrophic MatVPGIGFRVNDLYDPQPFAVEIAFRRATRQQALNAVSSLARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTFVSSLKPYERRAATLTGTSDAYLYVSQVNQEYSNMPGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDATATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSL
Ga0308414_101241623300032356Hot Spring Phototrophic MatMRIRRIGTLVFNADTNIIVDATNQDAPGVGFNVNTLFDPRPFAAEIAFRRETRQDALNAASALARELYSYAQRRQDGRFAIAGGALVIAEDATGGATLRSYLRDAAVTLLSVEATATGVIARVRVTGTLVNPFLDYTSTNNTLSSLLPYERRVVALPGLNDAYPYKNSLSYSVSGMSGLYNALLVIEELESATGTSRIAAVSPIGGSSGITLQNWDAGWQMLTRAQFSTTNGTVSYTINPAAFPHDVYRLFIEIFCPTTPSANARYLVSWYDQPQIAETISGSRSWYTPALFTRRDTSFALAVELQNVPTGTLVMPLVLIPTDGVFVWNVITSPTLQSFHTFDLQSATSRPFETNQTGTIYGPPGFVSSRYVAVFNGVMTSTITSASAELIIRSRRIEPAAFA
Ga0308413_003019_5463_66803300033886Hot Spring Phototrophic MatMRIRRIGTFVFTSDTNIVFDVNNQDAPGIGFNVNALFDPQPFAAEIAFHREDRLQALDAVSRFARELYSYAQRRQNARLAVAGGALVVAEDANGGTTLRSYLRDGSVTLLSVEATSAGVIARVRVTGTLINPFLDYTPVQNTLLSLLPYELRVVELSELSDAYLYKSQLLYSVSNMTGLYNALLAVEELESATGASRIQAISPASVSSGITMQNQSWNAGWQTLTRAIFSSATSGTITYNVTTVNPKDVYRLFVEIFCPTAPSANARYIVSWDGQPQIAETITGDRSWYAPALFVHRDTAVSLTLEIQNVPNNTLVMPIVLIPTDGVSVWSVITPPTLQSFHTLDLQSAMSRPFETNPAGTVYGAPGLISSRYIAVFNGVMSGTITTASATLNIRSRRIEPAAFA
Ga0308413_017209_1206_24143300033886Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIVVDETNQDAPGIGFRANSLFDPQPFSVEIAFRRATRQQALNAVNALARELHSYAQRRQDGRLAVAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWTPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFFSRRIEPAAFA
Ga0308413_033292_215_14233300033886Hot Spring Phototrophic MatMRIRQIGTIVFDNDTNIVVDAINQDAPGVGFRTNDLFDPQPFAVEIAFRRATRQDALGAVNALARELHSYAQRRRGNLPAVAGGALVVVEDANGGTSLRSYLCDGNVTLLGVEATSTGFLARVRVTGTLISTFVDYTFVFTGVSFLKPYERRAVTLVGSNDAYLYKNGINLTFENMPGLYNALLAVEELESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSTARYIVSWDGQPQVAETISGDRSWYTPALIALDTVSFPLTLEIQSVPTGTLVMPIVLLPTDGVYVFNIISPPTLTWYRAAVSQAAGEPPFRVFPSGTIYGPPGFISSRHIAVFNGAMSPSLSGAVANVGVYSYRIEPAAFA
Ga0308413_043584_3_11123300033886Hot Spring Phototrophic MatLYDLQPFSVEIAFRRATREQALNAVSTLARELYSNAQRRQDERLAIAGGALVRVEDATGNTSLRSFLRDGSVTLLSVEATATGVLARVRVTGTLINPFLDYTFTQNILTSLLPYERRVVALSGLSDAYLYRHWLLYSVTNMTGLYNALLAVEELESATGTSRITAINPASASGGITLQNWNAGWQTLTRAQFTSATSGTITYTINPAVLPFDLYRLFIEIFCPTTPSTNARYLVSWNEQPQIAETITGDRSWYTPALFAREGAPVSLSLEVQNVPTGTRVMPLLFIPVDGVSVWSVITPPTLLSFHTLDLQSARFRPFRTDPPGTVYGAPGLISSRYIAVFNGVMSSTITSASATLGIRSRRIEPAAFA
Ga0308413_056514_30_10703300033886Hot Spring Phototrophic MatLDAVSNLARELHSYAQRRRDDLPSVAGGALVVVEDANGGTTLRSYLRDAVVTLLSVEATSTGFLARVRVTGTLISTLIDYTVVITFASFLKPYERRAVTLVGSNNAYLYKNGINQTFTNMPGLYNALLAIEELESATGTSRIQAINPASVSSGITTQSWDAGWATLTRANFSSATSGTITYTIPTSPRDIYRLFIEIYCPTTPPSNARYIVSWGGQPQIAETISGDRSWYTPALIATDTTLINLTLEIQSVPTGTLVMPIVLLPTDGVYVFNIISPPTLTGYRAAVPQTNVASAFRVFPSGTIYGPPGFVSSRYVAVFNGAMSPSLSGAVANVGIYSYRIEPAAFA
Ga0372965_008449_238_14463300034646Hot Spring Phototrophic MatMRVRQIGTFVFDANTNIVVDANNQDVPGIGFRVNDLYDPQPFSVEIAFRRATREQALNAVNTLARELHSYAQRRQDNRLAIAGGALVVVEDAAGNATLRSYLRDGSVTLLGVETTSTGVIVRARVAGTLVNPFLNYNQTVTSVLGLRPYERRVVALNVPDEYLYKSPLQWIPSNMTGLYNVLLAVEDLGSATGTSRIQAISPASVSGGITIQSWNAGWQTLARGNFTSATSGTITYTIPPSVPPDVYRLFIEIHCPSTPPSNARYVVSWPEQPQVAETISGDRSWYTPTLITPYVLSFPLTLEIQNVPVGTLVMPLVLIPIDGVFVWNAIAPPTLPYVYIIDPQITQTRTFDISPNGTVYGSPGLISSRYVAVFSGAMASMITNASADMYFFSRRIEPAAFA
Ga0372965_008817_125_13363300034646Hot Spring Phototrophic MatMRIRQIGTLVFDANTNIIVDANNQDAPGVGFRADSLFDPQPFSVEIAFRRSTRQQALNAVSALARELHSYAQRRQDTRLAVAGGAVVWVEDATGGASLRSYLRDAAVTLLSVETTAAGVIARARVTGTLVNPFTNYTATQTPISSLLPYERRLITLAGTSDAYLYKNSINQIYYNMSGLYNALLAIEELESATGTSRIVVFGPNSVSSGITTQGWNAGWTTLHRSIFISATSGTITYTTNASFPRDVYRLFIEIYCPTPPPSNARYLVSWPGQPQIAETISGDRSWYTPTLIATESFSFPITLEIQNVPTGTLVMPITLIPVDGVYIWNIITPPTLSSYRVITLQHTNTPALAADPPGTIYGPPGFISSRYVAVFNGSMSPSLSGAYSWLGIYACQIEPAAFA
Ga0372965_011506_2_12133300034646Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDASNQDAPGIGFRVNGLFDPQPFSVEIAFRRATRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGASLRSFLRDGSVTLLSVEATVNGVLARARVTGTLINPFLNYTLTQNTLSSLLPYERRVATLSGLSDAYLYKHDLHYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTTPSSNARYIVSWDGQPQIAETIVGDRSWYTPALFVRDNAPNTLTLEIQNVPTGTLVMPVVLIPVDGVSVWSALTAPPLFVVLIRSTQSATSRLFRTFPPGTIYGAPGAVTSRYIAVFNGMMVPTITGAFADLAIFSHRIEPASFA
Ga0372965_016355_1_10833300034646Hot Spring Phototrophic MatEIAFRRATRQQALNAVNAFARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTLVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMPGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDVTATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAITNVGIYSHRIEPAAFA
Ga0372968_007159_1_11883300034647Hot Spring Phototrophic MatIVFNADTNIVVDATNQDAPGIGFRVNNLYDPQPFSVEIAFRRATRQQALDAVNTLARELHSYAQRRQDGRLAVAGGVLVVAEDATGGATLRSFLRDGSVTLLSVEATSTGFLARVRVTGTLINPFLNYTLTQNTLSSLLPYERRVATLSGLSDAYLYKHDLQYFASNVAGLYNALIAVEELESATGTSRIVAINPATASSGIILQNWNAGWQTLTRANFSTATSGTITYTVGTAFPHDVYRLFIEIFCPTAPSSNARYIVSWDGQPQIAETIVGDRSWYTPALFVRDDASITLTLEIQNVPTGTLVMPVVLIPVDGVSVWSAITAPPLFTVSIRSTQSATSRPFRTFPSGTVYGAPGAVTSRYIAVFNGMMVPTITGAFADLVINSHRIEPASFA
Ga0372968_010767_22_12363300034647Hot Spring Phototrophic MatMRVRQIGTFVFDADTNIVVDANNQDVPGIGFRVNDLYDPQPFAVEIAFRRATRQQALNAVSTLARELHSYAQRRQNNYLAVAGGVLIVAEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMLGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDVTATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGPPGCISSRHITVFNGAMSPSLSGAAANVGIYSHRIEPAAFA
Ga0372973_019483_64_11553300034650Hot Spring Phototrophic MatMRVRQIGTLVFDANTNIVVDANNQDAPGVGFNANALFDPQPFTAEIAFRRATRQAALNAVNTLARELYSHAQRRRDNLPAVAGGALVVVEDANGGTSLRSYLRDGSVTLLGVEATSTGVLARVRVTGTLVNPFLDYTYTTTAVSSLKPYERRAVTLTGTSDAYLYVSQVNQQYSNMPGLYNALLAIEERESATGTSRIQAINPASVSSGITTQSWNAGWATLTRANFSSATSGTITYNIVSSVPVDVYRLYIEIYCPSTPPSTARYTVSWPGQPQIVETISGDRSWYMPALITPDVTATFALTLEVQNVLINTQVMPLILIPTDGVYVWNIITPPSLSAVAINVLSTALGRPFFTTPLGTIYGP


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