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 F102748

Metagenome / Metatranscriptome Family F102748

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F102748
Family Type Metagenome / Metatranscriptome
Number of Sequences 101
Average Sequence Length 155 residues
Representative Sequence MNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Number of Associated Samples 75
Number of Associated Scaffolds 101

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 0.00 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 60
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (100.000 % 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
(46.535 % of family members)
Environment Ontology (ENVO) Unclassified
(83.168 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(49.505 % of family members)



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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: Yes Secondary Structure distribution: α-helix: 18.75%    β-sheet: 30.00%    Coil/Unstructured: 51.25%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 101 Family Scaffolds
PF03772Competence 27.72
PF05593RHS_repeat 2.97
PF02463SMC_N 1.98
PF01927Mut7-C 0.99
PF00202Aminotran_3 0.99
PF13650Asp_protease_2 0.99
PF01609DDE_Tnp_1 0.99
PF04127DFP 0.99
PF00351Biopterin_H 0.99

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 101 Family Scaffolds
COG0658DNA uptake channel protein ComEC, N-terminal domainIntracellular trafficking, secretion, and vesicular transport [U] 27.72
COG3209Uncharacterized conserved protein RhaS, contains 28 RHS repeatsGeneral function prediction only [R] 2.97
COG3186Phenylalanine-4-hydroxylaseAmino acid transport and metabolism [E] 0.99
COG3293TransposaseMobilome: prophages, transposons [X] 0.99
COG3385IS4 transposase InsGMobilome: prophages, transposons [X] 0.99
COG5421TransposaseMobilome: prophages, transposons [X] 0.99
COG5433Predicted transposase YbfD/YdcC associated with H repeatsMobilome: prophages, transposons [X] 0.99
COG5659SRSO17 transposaseMobilome: prophages, transposons [X] 0.99
COG0452Phosphopantothenoylcysteine synthetase/decarboxylase CoaBCCoenzyme transport and metabolism [H] 0.99
COG1656Uncharacterized conserved protein, contains PIN-related Mut7-C RNAse domainGeneral function prediction only [R] 0.99
COG3039Transposase and inactivated derivatives, IS5 familyMobilome: prophages, transposons [X] 0.99


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Phylogeny

NCBI Taxonomy

NameRankTaxonomyDistribution
UnclassifiedrootN/A100.00 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link



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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 Mat46.53%
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat34.65%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater6.93%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic2.97%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Water0.99%
Thermal SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Thermal Spring0.99%
SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Sediment0.99%
Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Microbial Mat0.99%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring Water0.99%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring0.99%
Hot SpringsEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Springs0.99%
Hot Springs FaciesEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Springs Facies0.99%
HotspringEnvironmental → Aquatic → Thermal Springs → Near-Boiling (>90C) → Alkaline → Hotspring0.99%

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
3300002920Hot springs microbial communities from Mammoth Hot Springs, Yellowstone National Park, Wyoming, USA-MHS Pond Facies_Gas liftEnvironmentalOpen in IMG/M
3300002925Hot springs facies microbial communities from Mammoth Hot Springs, Yellowstone National Park, Wyoming, USA - MHS-Pond Facies_GOEnvironmentalOpen in IMG/M
3300003603Archaeal communities from Yellowstone National Park, Wyoming, USA - Perpetual Spouter C (PS_C) MetaGEnvironmentalOpen in IMG/M
3300003605Freshwater microbial communities from Yellowstone National Park, Wyoming, USA - Fairy Falls C (FF_Mn_C)EnvironmentalOpen in IMG/M
3300003606Freshwater microbial communities from Yellowstone National Park, Wyoming, USA - Fairy Falls B (FF_Mn_B) MetaGEnvironmentalOpen in IMG/M
3300003688Coassembly of YNP Bryant MS undermat 2012 and YNP Bryant MS upper layer 2012EnvironmentalOpen in IMG/M
3300005225Hotspring Microbial Communities from Lower Geyser Basin, Spring Unknown 43 (Mound Spring), Yellowstone National Park, Wyoming, USA ? Sample 3, bulk metagenomes as controls for mini-metagenomic methodsEnvironmentalOpen in IMG/M
3300005243Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0900_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005244Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1000_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005248Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1900_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005249Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1200_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005250Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005251Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005409Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005411Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005413Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005414Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300(2)_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005452Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-B MetaGEnvironmentalOpen in IMG/M
3300005492Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005499Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005638Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005855Freshwater microbial communities from Yellowstone National Park, Wyoming, USA - Fairy Falls B (FF_Mn_B) MetaG (SPADES assembly)EnvironmentalOpen in IMG/M
3300005858Freshwater microbial communities from Yellowstone National Park, Wyoming, USA - Fairy Falls C (FF_Mn_C) (SPADES assembly)EnvironmentalOpen in IMG/M
3300006848Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300006849Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1600(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010180Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300(2)_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010181Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010189Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2000_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010190Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010191Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1900_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010195Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010196Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1200_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010197Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1000_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010257Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010272Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300025349Thermal spring microbial communities from Yellowstone National Park, Wyoming, USA - Perpetual Spouter B (PS_B) MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025373Freshwater microbial communities from Yellowstone National Park, Wyoming, USA - Fairy Falls B (FF_Mn_B) MetaG (SPAdes)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
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
3300029977Hot spring sediment microbial communities from Yellowstone National Park, WY, United States - YNP-CB-024-1EnvironmentalOpen 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
3300031875Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060912_MS13EnvironmentalOpen 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
3300032034Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060911_MSe2EnvironmentalOpen in IMG/M
3300032045Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS12-65EnvironmentalOpen in IMG/M
3300032056Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS65EnvironmentalOpen in IMG/M
3300032058Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS50EnvironmentalOpen in IMG/M
3300033886Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090729_t10cdEnvironmentalOpen in IMG/M
3300033894Hot spring water microbial communities from Norris-Mammoth Corridor, Yellowstone National Park, WY, United States - NMC.RSW_PEnvironmentalOpen in IMG/M
3300034649Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_1400_MSt11 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
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
3300034696Hot spring water microbial communities from Yellowstone National Park, WY, United States - YNP_Buffalopool_103118EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
JGI24185J35167_102721923300002493Anoxygenic And Chlorotrophic Microbial MatMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWAWKPDGIWLASLY*
JGI24185J35167_104657613300002493Anoxygenic And Chlorotrophic Microbial MatMQWMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYILTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACGFVFDTPISFEGALSLIDGAFVTGVSSHXSLIHDVTEACSEPCCGVWCCWLGXDSKEWAWKPDGIWLASLY*
JGI24186J35511_104667713300002510Anoxygenic And Chlorotrophic Microbial MatAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY*
Pfga_110054123300002920Hot SpringsMQWMNSLRAICCGRYNRSAVGFSPKPSVASRLAVVFLVYTVTLLCGQPTVTDSASQHTQEVRVYKVRVDYTATIRYTDERGEVQEKSAQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Pfgo_110084613300002925Hot Springs FaciesVDELIRAICCGRYNRSAVGFSPKPSVASRLAVVFLVYTVTLLCVQPTVTDSASQHTQEVRVYKVRVDYTATIRYTDERGEVQEKSAQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPD
JGI26466J51736_100162983300003603Hot SpringMMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVCTLTLLCRQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEAMSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGVWCCWLGRNSKEWAWKPDGIWLASLY*
JGI26463J51803_100826823300003605FreshwaterMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHIQDVRVYKIRVDYTATIRYTDARDEVQEKSVQRACEFVFDTPISSEEALSLIDGAFVTGVPSHDSLIRDVTEACSEPCCGVWCCWLGRNSKEWAWKPDEIWLASLILNTKND*
JGI26462J51802_102322313300003606FreshwaterMMNSLRAICCGRYNRSAVGFSPKPSMLSKLAVVLLVYTLVLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGVWCCWLGRDSKEWTWKPDGIWLASLY*
Ga0061020_101930713300003688Anoxygenic And Chlorotrophic Microbial MatMQWMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWAWKPDGIWLASLY*
Ga0061020_107152313300003688Anoxygenic And Chlorotrophic Microbial MatMQWMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYILTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACGFVFDTPISFEGALSLIDGAFVTGVSSHNSLIHDVTEACSEPCCGVWCCWLGKDSKEWAWKPDGIWLASLY*
Ga0073353_108399913300005225HotspringMMNSLRAICCGRYNRPAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0068643_106659613300005243Anoxygenic And Chlorotrophic Microbial MatRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQSTVADSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKSAQRACEFVFDTPISFEEALSLIDGAFVTGVPSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0068643_106732513300005243Anoxygenic And Chlorotrophic Microbial MatRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEETLSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY*
Ga0068644_100014523300005244Anoxygenic And Chlorotrophic Microbial MatMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKSAQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIRLASLY*
Ga0068636_112640823300005248Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKAVQRACEFVFDTPISFEEALSLIDGAFVTGVSSYNSLTHEVTKACSEQCCGV*
Ga0068645_100126823300005249Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0068635_100518923300005250Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY*
Ga0068634_100781623300005251Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND*
Ga0068651_110566823300005409Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY*
Ga0068647_100314913300005411Anoxygenic And Chlorotrophic Microbial MatMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSACQHTQDVRVYKIRVDYTATIRYTDARGEVQEKAVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY*
Ga0068633_101138423300005413Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLALLCGQPTVADSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKSAQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLH*
Ga0068646_100832523300005414Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND*
Ga0068706_108449713300005452Anoxygenic And ChlorotrophicEMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGAWCCWLGRDSKEWAWKPDGIWLASLY*
Ga0068665_10527523300005492Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGAWCCWLGRDSKEWAWKPDGIWLASLY*
Ga0068667_100275223300005499Anoxygenic And Chlorotrophic Microbial MatMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVPSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0068669_117740113300005638Anoxygenic And Chlorotrophic Microbial MatVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKAVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGAWCCWLGRDSKEWAWKPDGIWLASLY*
Ga0079992_13909123300005855FreshwaterMMNSLRAICCGRYNRSAVGFSPKPSMLSKLAVVLLVYTLVLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0079995_105921023300005858FreshwaterMQWMNSLRAICCGRYNRPAVGFSPKPSVASRLAVVFLVYTVTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY*
Ga0079995_107100223300005858FreshwaterMMNSLRAICCGRYNRAVGFLPKPPVLSKLAVVLLVYILTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKPVQRTCEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY*
Ga0079995_111838823300005858FreshwaterMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHIQDVRVYKIRVDYTATIRYTDARDEVQEKSVQRACEFVFDTPISSEEALSLIDGAFVTGVPSHDSLIRDVTEACSEPCCGVWCCWLGRNSKEWAWKPDEIWLASLILNTKND*
Ga0101768_112113213300006848Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSACQHTQDVRVYKIRVDYTATIRYTDARGEVQEKAVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY*
Ga0102029_119502913300006849Anoxygenic And Chlorotrophic Microbial MatRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY*
Ga0124937_103645023300010180Anoxygenic And Chlorotrophic Microbial MatVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSAQRACEFVFDTPISFEEALSLIDGAFVTGVPSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0124926_111943323300010181Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY*
Ga0124915_119797923300010189Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLALLCGQPTVADSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKAVQRACEFVFDTPISFEEALSLIDGAFVTGVPSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0124925_101185713300010190Anoxygenic And Chlorotrophic Microbial MatGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSACQHTQDVRVYKIRVDYTATIRYTDARGEVQEKAVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND*
Ga0124925_105715313300010190Anoxygenic And Chlorotrophic Microbial MatMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLALLCGQPTVADSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0124914_113061423300010191Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKSAQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0124911_122776213300010195Anoxygenic And Chlorotrophic Microbial MatVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0124923_123809713300010196Anoxygenic And Chlorotrophic Microbial MatMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLALLCGQPTVADSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKSAQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND*
Ga0124922_106146313300010197Anoxygenic And Chlorotrophic Microbial MatRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLALLCGQPTVADSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKSAQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0124922_125447013300010197Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND*
Ga0124913_105819623300010257Anoxygenic And Chlorotrophic Microbial MatMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSACQHTQDVRVYKIRVDYTATIRYTDARGEVQEKAVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND*
Ga0124913_111909113300010257Anoxygenic And Chlorotrophic Microbial MatMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0124912_109075323300010272Anoxygenic And Chlorotrophic Microbial MatGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND*
Ga0209670_10948523300025349Thermal SpringMMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVCTLTLLCRQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEAMSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0209143_100593423300025373FreshwaterMMNSLRAICCGRYNRSAVGFSPKPSMLSKLAVVLLVYTLVLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0209750_101259023300026237Anoxygenic And Chlorotrophic Microbial MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND
Ga0209809_106996713300026509Anoxygenic And ChlorotrophicMMNSLRAICCGRYNRSAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND
Ga0209691_100475583300027279Anoxygenic And ChlorotrophicMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGAWCCWLGRDSKEWAWKPDGIWLASLY
Ga0272447_103940823300028761Microbial MatVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0272449_100656543300029977SedimentMMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTSLCGQPTVADSASQHTQDARVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308395_107068313300031245Hot Spring Phototrophic MatGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308394_104755313300031508Hot Spring Phototrophic MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308394_110459013300031508Hot Spring Phototrophic MatCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND
Ga0308399_102919133300031509Hot Spring Phototrophic MatMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308397_106018723300031512Hot Spring Phototrophic MatCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSACQHTQDVRVYKIRVDYTATIRYTDARGEVQEKAVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY
Ga0308412_106271223300031513Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRPAVGFSPKPSVLSKLAVVLLVCTLTLLCGQPTVTDSASQHTQDVRVYKIRVNYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEESLSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308412_120209623300031513Hot Spring Phototrophic MatVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308390_100465693300031514Hot Spring Phototrophic MatMQWMNSLRAVCCGRYNRAVGFLPKPSVLSKLAVVLLVYILTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGARCCWLGRNSKEWAWKPDGIWLASLY
Ga0308390_108723313300031514Hot Spring Phototrophic MatMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308396_102677823300031515Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYILTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSE
Ga0308396_105217713300031515Hot Spring Phototrophic MatCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308398_106290223300031516Hot Spring Phototrophic MatAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308398_112777313300031516Hot Spring Phototrophic MatVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308392_102506213300031517Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRPAVGFSPKPSVLSKLAVVLLVCTLTLLCGQPTVTDSASQHTQDVRVYKIRVNYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEESLSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCYWLGRNSKEWAWKPDGIWLASLY
Ga0308389_113158213300031518Hot Spring Phototrophic MatGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308391_105523533300031567Hot Spring Phototrophic MatMQWMNSLRATCCGRYNRSAVGFSPKPSVASRLAVVFLVYTVTLLCGQPTVTDSASQHTQEVRVYKVRVDYTATIRYTDERGEVQEKSAQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEW
Ga0308391_106752623300031567Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRSAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVPSHDSLVHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIW
Ga0308393_100045773300031568Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRSAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVPSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308393_100908023300031568Hot Spring Phototrophic MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVPSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308401_100915843300031767Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRSAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308401_102828823300031767Hot Spring Phototrophic MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVPSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308401_103480023300031767Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRPAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKAVQRACEFVFDTPISFEEALSLIDGAFVTGVSSLDSLIHDVTEACSEPCCGVWCCWLGRDSKEWTWKPDGIWLASLY
Ga0308415_109314723300031776Hot Spring Phototrophic MatVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVPSHDSLIHDVIEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308418_103491023300031783Hot Spring Phototrophic MatMQWMNSLRAICCGRYDRPAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACGFVFDTPISFEGALSLIDGAFVTGVSSHNSLIHDVTEACSEPCCGVWCCWLGKDSKEWAWKPDGIWLASLY
Ga0308418_105004913300031783Hot Spring Phototrophic MatAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGAWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308418_106625113300031783Hot Spring Phototrophic MatLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEESVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308418_112063923300031783Hot Spring Phototrophic MatLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND
Ga0308411_1010170323300031812Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVPLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACGFVFDTPISFEGALSLIDGAFVTGVSSLDSLIHDVTEACSEPCCGVWCCWLGRDSKEWTWKPDGIWLASLY
Ga0308411_1015282523300031812Hot Spring Phototrophic MatAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEESVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308409_101173943300031830Hot Spring Phototrophic MatMMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308409_109625713300031830Hot Spring Phototrophic MatAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308405_106241323300031875Hot Spring Phototrophic MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308417_111117713300031950Hot Spring Phototrophic MatLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGAWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308410_109371423300031958Hot Spring Phototrophic MatMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308410_113968613300031958Hot Spring Phototrophic MatMGELITGYLLRLHNRAVGFLPEPSVLSKLAVVFLVYTLTLLCGQPTVADSASQHTQDVRVYKIQVDYTTTIRYVDARGEVQEKSVQCAREFVFDPPISFEEALPLVDGACATGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWTWKPDENSHLLQGKPV
Ga0308410_114772313300031958Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRPAVGFSPKPSVLSKLAVVLLVCTLTLLCGQPTVTDSASQHTQDVRVYKIRVNYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCYWLGRNSKEWAWKPDGIWLASLY
Ga0308410_116018113300031958Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVPLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACGFVFDTPISFEGALSLIDGAFVTGVSSLDSLIHDVTEACSEPCCGVWCCWLGRDSKEWTWKPDGIWL
Ga0308420_105984613300031966Hot Spring Phototrophic MatMMNSLRAICCGRYNRAVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308403_100658543300031980Hot Spring Phototrophic MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEESVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308407_100358643300032034Hot Spring Phototrophic MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308400_105520823300032045Hot Spring Phototrophic MatMQWMNSLRAICCGRYNRSAVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0308310_106386323300032056Hot Spring Phototrophic MatVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVTDSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVPSHDSLIHDVTEACSEPCCGVWCCWLGRDSKEWTWKPDGIWLARYTKND
Ga0308419_101771113300032058Hot Spring Phototrophic MatMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGAWCCWLGRDSKEWAWKPDGIWLASLY
Ga0308413_105847_314_6973300033886Hot Spring Phototrophic MatLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDERGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGAWCCWLGRDSKEWAWKPDGIWLASLY
Ga0326769_002590_4796_52873300033894Hot Spring WaterMQWMNSLRAICCGRYNRSAVGFSPKPSVASRLAVVFLVYTVTLLCGQPTVTDSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKSAQRAYEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCRGVWCCWLGRDSKEWTWKPDGIWLASLY
Ga0372972_056637_83_5173300034649Hot Spring Phototrophic MatVGFSPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARDEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY
Ga0372972_056861_83_5173300034649Hot Spring Phototrophic MatVGFLPKPSVLSKLAVVLLVYTLTLLCGQPTVADSASQHTQEVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY
Ga0372973_020624_83_5683300034650Hot Spring Phototrophic MatMMNSLRAICCGRYNRSAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKAVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHNSLTHEVTKACSEQCCGVWCCWLGRDSKEWTWKPDGIWLASLY
Ga0370516_083306_454_9363300034696Hot Spring WaterMNSLRAICCGRYNRSAVGFSPKPSVASRLAVVFLVYTVTLLCGQPTVTDSASQHTQEVRVYKVRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY


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