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 F086424

Metagenome / Metatranscriptome Family F086424

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Overview Alignments Structure & Topology Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F086424
Family Type Metagenome / Metatranscriptome
Number of Sequences 110
Average Sequence Length 220 residues
Representative Sequence KLDTDKHSALANTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMHRRLDVADERNPFLFWLLYGLQLAGVRPRYRLPVQMETDHPLQAVGTGAPFNHAITTQMGILEASWDYMRDFARRTGTAIVNGVVVGTKYRIPSTTFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTI
Number of Associated Samples 58
Number of Associated Scaffolds 110

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) 45.45 %
% of genes from short scaffolds (< 2000 bps) 45.45 %
Associated GOLD sequencing projects 51
AlphaFold2 3D model prediction Yes
3D model pTM-score0.49

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 (54.545 % 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
(71.818 % of family members)
Environment Ontology (ENVO) Unclassified
(93.636 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(73.636 % 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: 33.62%    β-sheet: 6.90%    Coil/Unstructured: 59.48%
Feature Viewer
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Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  		pTM-score: 0.49
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Low Quality Model:

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

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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A54.55 %
All OrganismsrootAll Organisms45.45 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2016842003|YNP16_FYNC5120_g1All Organisms → cellular organisms → Bacteria804Open in IMG/M
3300003605|JGI26463J51803_1043213All Organisms → cellular organisms → Bacteria542Open in IMG/M
3300005251|Ga0068634_1195840All Organisms → cellular organisms → Bacteria603Open in IMG/M
3300005409|Ga0068651_1098765All Organisms → cellular organisms → Bacteria629Open in IMG/M
3300005452|Ga0068706_1045111All Organisms → cellular organisms → Bacteria828Open in IMG/M
3300005453|Ga0068705_10176614All Organisms → cellular organisms → Bacteria520Open in IMG/M
3300005858|Ga0079995_1105152All Organisms → cellular organisms → Bacteria679Open in IMG/M
3300010180|Ga0124937_1097321All Organisms → cellular organisms → Bacteria807Open in IMG/M
3300010181|Ga0124926_1025869All Organisms → cellular organisms → Bacteria719Open in IMG/M
3300010189|Ga0124915_1046328All Organisms → cellular organisms → Bacteria674Open in IMG/M
3300010197|Ga0124922_1205632All Organisms → cellular organisms → Bacteria678Open in IMG/M
3300026237|Ga0209750_1059148All Organisms → cellular organisms → Bacteria689Open in IMG/M
3300026509|Ga0209809_1153095All Organisms → cellular organisms → Bacteria514Open in IMG/M
3300031508|Ga0308394_1111411All Organisms → cellular organisms → Bacteria547Open in IMG/M
3300031509|Ga0308399_1092256All Organisms → cellular organisms → Bacteria609Open in IMG/M
3300031512|Ga0308397_1107328All Organisms → cellular organisms → Bacteria593Open in IMG/M
3300031512|Ga0308397_1123546All Organisms → cellular organisms → Bacteria538Open in IMG/M
3300031513|Ga0308412_1125851All Organisms → cellular organisms → Bacteria741Open in IMG/M
3300031513|Ga0308412_1133556All Organisms → cellular organisms → Bacteria711Open in IMG/M
3300031514|Ga0308390_1113745All Organisms → cellular organisms → Bacteria565Open in IMG/M
3300031514|Ga0308390_1119110All Organisms → cellular organisms → Bacteria546Open in IMG/M
3300031516|Ga0308398_1093591All Organisms → cellular organisms → Bacteria663Open in IMG/M
3300031516|Ga0308398_1103047All Organisms → cellular organisms → Bacteria620Open in IMG/M
3300031516|Ga0308398_1135491All Organisms → cellular organisms → Bacteria512Open in IMG/M
3300031517|Ga0308392_1098525All Organisms → cellular organisms → Bacteria602Open in IMG/M
3300031518|Ga0308389_1107846All Organisms → cellular organisms → Bacteria618Open in IMG/M
3300031518|Ga0308389_1122045All Organisms → cellular organisms → Bacteria563Open in IMG/M
3300031567|Ga0308391_1075236All Organisms → cellular organisms → Bacteria721Open in IMG/M
3300031568|Ga0308393_1132669All Organisms → cellular organisms → Bacteria515Open in IMG/M
3300031767|Ga0308401_1102806All Organisms → cellular organisms → Bacteria546Open in IMG/M
3300031767|Ga0308401_1117893All Organisms → cellular organisms → Bacteria502Open in IMG/M
3300031776|Ga0308415_1080330All Organisms → cellular organisms → Bacteria694Open in IMG/M
3300031783|Ga0308418_1076398All Organisms → cellular organisms → Bacteria762Open in IMG/M
3300031830|Ga0308409_1078303All Organisms → cellular organisms → Bacteria763Open in IMG/M
3300031830|Ga0308409_1110685All Organisms → cellular organisms → Bacteria600Open in IMG/M
3300031865|Ga0308408_1143580All Organisms → cellular organisms → Bacteria507Open in IMG/M
3300031875|Ga0308405_1107272All Organisms → cellular organisms → Bacteria672Open in IMG/M
3300031948|Ga0308406_1067732All Organisms → cellular organisms → Bacteria768Open in IMG/M
3300031950|Ga0308417_1188215All Organisms → cellular organisms → Bacteria652Open in IMG/M
3300031958|Ga0308410_1200525All Organisms → cellular organisms → Bacteria502Open in IMG/M
3300031966|Ga0308420_1141513All Organisms → cellular organisms → Bacteria730Open in IMG/M
3300031980|Ga0308403_1101115All Organisms → cellular organisms → Bacteria559Open in IMG/M
3300032033|Ga0308402_1087277All Organisms → cellular organisms → Bacteria594Open in IMG/M
3300032034|Ga0308407_1103047All Organisms → cellular organisms → Bacteria580Open in IMG/M
3300032045|Ga0308400_1089544All Organisms → cellular organisms → Bacteria634Open in IMG/M
3300032049|Ga0308416_1056050All Organisms → cellular organisms → Bacteria789Open in IMG/M
3300032049|Ga0308416_1092653All Organisms → cellular organisms → Bacteria546Open in IMG/M
3300032356|Ga0308414_1169712All Organisms → cellular organisms → Bacteria663Open in IMG/M
3300033893|Ga0326768_034961All Organisms → cellular organisms → Bacteria757Open in IMG/M
3300034650|Ga0372973_045531All Organisms → cellular organisms → Bacteria624Open 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 Mat71.82%
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat11.82%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic10.00%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater3.64%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring0.91%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring Water0.91%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Sediment → Unclassified → Hot Spring Sediment0.91%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2016842003Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP16 Fairy Spring Red LayerEnvironmentalOpen in IMG/M
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
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
3300004089Freshwater microbial communities from Yellowstone National Park, Wyoming, USA - Fairy Falls C (FF_Mn_C) (version 2)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
3300005413Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005452Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-B MetaGEnvironmentalOpen in IMG/M
3300005453Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaGEnvironmentalOpen in IMG/M
3300005858Freshwater microbial communities from Yellowstone National Park, Wyoming, USA - Fairy Falls C (FF_Mn_C) (SPADES assembly)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
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
3300010254Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010257Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010272Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300026237Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS upper layer 2012 (SPAdes)EnvironmentalOpen in IMG/M
3300026509Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027279Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-B MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300031245Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_P4EnvironmentalOpen in IMG/M
3300031508Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_me2EnvironmentalOpen in IMG/M
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
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
3300032034Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060911_MSe2EnvironmentalOpen in IMG/M
3300032045Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS12-65EnvironmentalOpen in IMG/M
3300032049Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS60EnvironmentalOpen in IMG/M
3300032056Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS65EnvironmentalOpen in IMG/M
3300032356Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS50EnvironmentalOpen in IMG/M
3300033484Hot spring water microbial communities from Norris Geyser Basin, Yellowstone National Park, WY, United States - NOR.PS_PEnvironmentalOpen in IMG/M
3300033886Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090729_t10cdEnvironmentalOpen in IMG/M
3300033893Hot spring sediment microbial communities from Norris-Mammoth Corridor, Yellowstone National Park, WY, United States - NMC.RSW_SEnvironmentalOpen 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
3300034648Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_1000_MSt9 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
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
YNP16_3509702016842003Hot SpringPEPQRLAGTLYAADGSSASAFDPLGQAATRARGMCILFLAENIRVHVQTICNTHTNFIPYYWRLDTAKHSALANAAYTHRVARNGRAGEVLAVPAPPISSEDTETYPTNCVVAYRYRNCFWLPHAMVRSQRAVNIWDADVSAFVFWLFYGLQLAGVRPRYRLPVQIETDHPLEALEASSNPPYSLREQCDFLHTSWDWMRDFARRKGTAIISGVRMGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPLRSARP
JGI24185J35167_106742013300002493Anoxygenic And Chlorotrophic Microbial MatLDTAKHSTLASTTYTHRVARDGRAGEILAVPAPPTSSEDTEIYPNDCLVAYRYRNIFWMPNAIARRQDVAHAGNPFLFWLLYGLQLAGVRPRYKLPVQLETDHPLGALGTGAPFNHTITTQLGILEASWDYMRDFARRKGTSIINGVLVGTKYRSIGSRFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGSXNGYWAAATNTGFVRH
JGI24186J35511_101592913300002510Anoxygenic And Chlorotrophic Microbial MatVPAPPTSSEDTETYPSDCIIAYRYRNIFWLPHAMHRRQDVADDRNPYLFWLLYGLQLAGVRPRYKLPVQLETDHPIDAPVNGAPFNHSLATQMRILAAGFDYMRDFARRTGTAIINGVRVGGRTRRTADFTYHWVLMYSTSVPAEARAVAQQVNQLLVTGHREGTLPCGVHDHSIGASPGGYWTAVVHTSHR
JGI26463J51803_104321313300003605FreshwaterTETYPSDCVVAYRYRNIFWLPHAMLRSQRAVNIWDAEVSAFVFWLLYGLQLAGVRPRYRLPVQIETDHPLEALGASDNPPYSLKQQCDFLLASWDWMRDFARRKGTAIVSGVRVGGRDRLDRSRQHWSMLYNTTFPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGNSDGLWGSAVT
JGI26462J51802_102888013300003606FreshwaterATTSGRGACVLFVAENIRAYVMTVCNTHTNNIPYYWRLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPADCVVAYRYRNSFWLPAALSRRQDIADERNPYLFWLLYGLQLAGVRPRYKLPVQLEIDHPLQAVGTGAPFNHAITTQMGILEASWDYMRDFARRKGTAIISGVVVGTKHRSPTTAFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGGRGYWAVATNTGFVR
Ga0066183_102473013300004089FreshwaterVLFPAENIRAHVMTICNTHTNNIPYYWRLDTAKHSMLASTTYTHRVARNGRAGEILAAPAPPTSSDDTETYPNDCVIAYRYRNIFWLPHAMASTARSVNLWDSAVDSFLFWLLYGLQAAGVRPRYRLPVQIETDHPLEAVGTNPPFNHSIVTQMSILEASWDWMRDFARRKNTAIVNGVVVGTKYRRQTFTHHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGTNGYWGGSTAAG
Ga0068634_119584013300005251Anoxygenic And Chlorotrophic Microbial MatAKHSALVSAAYTHRVARNGRAGEILAVPAPPISSEDTETYPTDCVVAYRYRNCFWLPHAMARTQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLASWDWMREFARRKGTAIIGGVTTGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGVH
Ga0068651_109876513300005409Anoxygenic And Chlorotrophic Microbial MatGEILAVPAPPISSEDTETYPSDCVVAYRYRNCFWLPHAMARTQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLVSWDWMREFARRKGTAIVSGVTVGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDYTIGGGDGLWGSAVSAGYIRHAGRQRGTP
Ga0068633_112101613300005413Anoxygenic And Chlorotrophic Microbial MatGACVLFLAENILAHVQTICNAHINNTPYYWRLNTAKHSTLASATYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMHRRQDAADDRNPFLFWLLYGLQLAGVRPRYKLPVQIETDHPLQAVGTGAPFNHAITTQMGILEASWDWMRDFARRKNTAIVNGLVVGTKYRLTGTVYHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGTNGYWGGSTAA
Ga0068706_104511113300005452Anoxygenic And ChlorotrophicFLFFNPYFSTAITESAYNSNFPSDFPIVRPDPSDLAGTLYAADGGSATSFNPLGSGTLGARGACVLFPAENTRAHVITICNTHMNNIPYYWRLDTDKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMHRRLDVADDRNPYLFWLLYGLQLAGVRPRYKLPVQLETDHPLQAIDTGAPFNHGLATQMRILVAGFDYMRDFARRTGTAIVNGVTVGGRHRPTGGGAHWNLMYNTSVPAEARAIAQQVNQ
Ga0068705_1010479913300005453Anoxygenic And ChlorotrophicHVMTICNTHTDNIPYYWRLDTAKHSTLASTAYTHRVARNGRAGEILAVPAPPTSSEDTETYPADCVVAYRYRNIFWMPHAIARTPHSVNFWDAPINGFLFWLLYGLQLAGVRPRYRLPVQMETDHPLEAYFSTPPFNLSFQQQLELLRTQFDYMRDFARRKGTAIVNGVRVGGRHRTISTSFHWVLMYSTSVPAEARAVAQQVNQLLVAGHREGTLPCGIHDHTAGNYQGGYWLGDVRANFRRHSGMRYG
Ga0068705_1010546713300005453Anoxygenic And ChlorotrophicVRPDPSDLAGTLYAADGGSATSFNPLGSGTLGARGACVLFPAENTRAHVITICNTHMNNIPYYWRLDTDKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMHRRLDVADDRNPYLFWLLYGLQLAGVRPRYKLPVQLETDHPLQAIDTGAPFNHGLATQMRILVAGFDYMRDFARRTGTAIVNGVTVGGRHRPTGGGAHWNLMYNTSVPAEARAIAQQVNQL
Ga0068705_1011487813300005453Anoxygenic And ChlorotrophicARGACVLFLAENTRAHVITICNTHTNNIPYYWKLDTDKHSALANTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMHRRLDVADERNPFLFWLLYGLQLAGVRPRYRLPVQMETDHPLQAVGTGAPFNHAITTQMGILEASWDYMRDFARRTGTAIVNGVVVGTKYRIPSTTFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHD
Ga0068705_1012838913300005453Anoxygenic And ChlorotrophicRGACVLFLAENTRAHVMTVCNTHTDNIPYFWRLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPQTSSEDTETYPADCVVAYRYRNIFWLPAALHRRPDIADDRNPFLFWLLYGLQLAGVRPRYKLPVQLETDHPLQAFGASAPFNHATTTQLGILEASWDWMRDFARQRNTAIVNGLVVGTKYRLRNAGYHWHLLYSTSRTQAERDAAMRVH
Ga0068705_1013011013300005453Anoxygenic And ChlorotrophicVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPNAISKGQEVANERNPYLFWLLYGLQLAGVRPRYKLPVQLETDHPLEAVGTGAPFNHGIATQMDILAASWDYMRDFARRKNTAIISGIVVGTKHRSPTATFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGNGRGYWAAATNTGFVRHSGMRYGAPNDVPIARGRCCVA
Ga0068705_1017661413300005453Anoxygenic And ChlorotrophicSSEDTETYPSDCVVAYRYRNCFWLPHAMSREPRAVNLWDAEVCAFVFWLLYGLQLAGVRPRYRLPVQIETDHPLEALGAHQNPPYSLREQCGFLLASWDWMRDFARRKGTAIIGGVNVGGRDRNPNTRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTI
Ga0079995_110515213300005858FreshwaterRVARNGRAGEILAVPAPPISSEDTETYPSDCVVAYRYRNIFWLPHAMARGQRFLNIWDADVSAFVFWLLYGLQAAGVRPRYRLPVQIETDHPLQAAGASDNPPYSLKQQCDFLLASWDWMRDFARRKGTAIISGVTVGGRDRNASSRQHWAILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGNSDGLWGRAVTTGYKRHAGRQRGTPNDVPTARGR
Ga0124937_109732113300010180Anoxygenic And Chlorotrophic Microbial MatSNFPSDFPIVRPDPSDIAGTLYPADGGSATSVDPLTQTDARARGMCILFLAENIRAHVQTICSTHTNYIPYYWKLDTAKHSALANAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNCFWLPHAMLRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETSRPLEALDASFNPPYSLREQCDFLLASWDWMREFARRKGTAIIGGVTTGGRDRSASSRQHWGILYNTDYPAEAREAAMRVHQILVAGHR
Ga0124926_102586913300010181Anoxygenic And Chlorotrophic Microbial MatDTAKHSALANAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMYRAQRAVNIWDADVSAFVFWLLYGLQAAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLVSWDWMREFARRKGTAIVSGVTVGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDYTIGGGDGLWGSAVSAGYIRHAGRQRGTPNNVPIAR
Ga0124915_104632813300010189Anoxygenic And Chlorotrophic Microbial MatYYWRLDTAKHSALVSAAYTHRVARNGRAGEILAVPAPPISSEDTETYPTDCVVAYRYRNCFWLPHAMLRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETSRPLEALDASFNPPYSLRGQCDFLLASWDWMREFARRKGTAIVSGVTVGGRDRNANTRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGSGDGLWGSAVNT
Ga0124922_120563213300010197Anoxygenic And Chlorotrophic Microbial MatTNFIPYYWKLDTAKHCALANAAYTHRVARNGRAGEILAVPAPPISDEDTETYPSDCVIAYRYRNCFWLPHAMLRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYKLPVQMETDHPLQTLSPGAPFNHAITTQLGILEASWDWMRDFARRKNTAIVNGLVVGTKYRLTGTVYHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGTNGYWGGS
Ga0124938_101544813300010254Anoxygenic And Chlorotrophic Microbial MatHTNYIPYYWKLDTAKHSALANAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMARAQRAVNLWDAEVSAFVFWLLYGLQTAGVRPRYKLPVQIETDHPLQAVGTGAPFNHAITTQMGILEASWDWMRDFARRKNTAIVNGLVVGTKYRLTGTVYHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGTNGYWGGSTAAGFVRHSGLRYGAPNDVPIAR
Ga0124913_110727213300010257Anoxygenic And Chlorotrophic Microbial MatIPGTLYAADGGTASSTILGAGLVGGRGACVLFVAENIRAHVMTICNAHTNNIPYYWMLDTAKHSTLASTTYTHRVARNGRAGEIIAVPAPPTSSEDTESYPTDCVVAYRYRNIFWLPHAMHRRQDAADDRNPYLFWLLYGLQLAGVRPRYKLPVQLETDHPVEAIDTGAPFNHSLATQMRILVAGFDYMRDFARRTGTAIVNGVRVGGRTRTASFTFHWNLMYSTSVPAEARAVAQQVNQILVAGHREG
Ga0124912_112160413300010272Anoxygenic And Chlorotrophic Microbial MatDKHSTLASTTYTHRVARDGRAGEILAVPAPPTSSEDTEIYPNDCLVAYRYRNIFWMPNAIARRQDVAHAGNPFLFWLLYGLQLAGVRPRYKLPVQLETDHPLGALGTGAPFNHTITTQLGILEASWDYMRDFARRKGTSIINGVLVGTKYRSIGSRFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGSGNGYWTAATNT
Ga0209750_105914813300026237Anoxygenic And Chlorotrophic Microbial MatFPIVRPDPSDIAGTLEAADGGSATNGDPLIQTQTRARGACVLFLAENILAHVQTICNAHINNTPYYWRLNTAKHSTLASATYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNCFWLPHALARSPFSVNLWDVAVQPFVFWLLYGLQLAGVRPRYKLPVQVETDHPLQATGTGAPYNHGIATQMGILAPSWDYMRDFARRTGTAIINGVVVGTKHRNTA
Ga0209809_109567813300026509Anoxygenic And ChlorotrophicNTHMNNIPYYWRLDTDKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMHRRLDVADDRNPYLFWLLYGLQLAGVRPRYKLPVQLETDHPLQAIDTGAPFNHGLATQMRILVAGFDYMRDFARRTGTAIVNGVTVGGRHRPTGGGAHWNLMYNTSVPAEARAIAQQVNQLLIAGHREGTLPCGVHDHSIGAGAGGYWTAAVHTGHRRHSGMRYGAPNNVPINRGRCCVA
Ga0209809_112930713300026509Anoxygenic And ChlorotrophicGEILAVPAPPTSSEDTETYPSDCVVAYRYRNCFWLPHALARSSFSVNLWDVTVQPFVFWLLYGLQLAGVRPRYKLPVQVETDHPLQATGTGAPFNHAITTQMGILEASWDYMRDFARRTGTAIINGVVVGTKYRDTATTFHWHSLYSTSRSQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGGRGYWGAATNTGF
Ga0209809_115309513300026509Anoxygenic And ChlorotrophicRNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNCFWLPHAMARVQRAVNLWDAEVNPFVFWLLYGLQLAGVRPRYKLPVQIETSRPLEALEASFNPPYSLREQCDFLLVSWDWMREFARRKGTAIVSGVTVGGRDRSASSREHWAILYNTNYPAEAREAAMRVHKIL
Ga0209691_104289513300027279Anoxygenic And ChlorotrophicFPIVRPDPSDIAGTLEAADGGSATNGDPLIQTQTRARGACVLFLAENILAHVQTICNAHINNTPYYWRLNTAKHSTLASATYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNCFWLPHALARSPFSVNLWDVAVQPFVFWLLYGLQLAGVRPRYKLPVQVETDHPLQATGTGAPFNHAITTQMGILEASWDYMRDFARRKNTAIVNGLVVGTKYRSTSTTYHWHLLYSTSRTQAERDAAMRVHQILLAGHREGSTPCGVHDHTIGSGSGYWSAAVSANFVRHSGMRYGA
Ga0308395_111218913300031245Hot Spring Phototrophic MatKLDTDKHSALANTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMHRRLDVADERNPFLFWLLYGLQLAGVRPRYRLPVQMETDHPLQAVGTGAPFNHAITTQMGILEASWDYMRDFARRTGTAIVNGVVVGTKYRIPSTTFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTI
Ga0308395_111723813300031245Hot Spring Phototrophic MatAKHSTLASATYTHRVARNGRAGEILAVPAPPTSSEDTETYPIDCVVAYRYRNCFWLPHALARAPLSVNLWDVVVQPFVFWLLYGLQLAGVRPRYKLPVQVETDHPLQATGTGAPFNHAITTQMGILAPSWDYMRDFARRTGTAIINGVVVGTKHRNTATTFHWHSLYSTSRSQAERDAAMRVHQILVAGHREGTTPC
Ga0308394_111141113300031508Hot Spring Phototrophic MatTETYPSDCVVAYRYRNIFWLPHAMARAQRAVNLWDAVVSAFVFWLLYGLQLAGVRPRYRLPVQIETDHPLQALEASFNPPYSLREQCDFLLASWDWMRDFARRKGTAIIGGVVLGGRDRSANSRRHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGNSDGLWGSAVTTN
Ga0308399_105859913300031509Hot Spring Phototrophic MatGGSAGSSSPATASSGGGRGACVLFLAENTRAHVVTICNTHTNNIPYFWRLNTSNHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPADCVVAYRYRNIFWLPAALNRRQDIASDGNPYLFWLLYGLQLAGVRPRYKLPVQLETDHPLEAKSTGAPFNHDIATQMGILEASWDYMRDFARRRNTAIINGVVVGTKHRNTATTFHWHLLYSTSRTQTERDAAMRVHQILVAGHREGTTPCGVHDHTIGGGRGYWAAATNTGFVRHSGMRY
Ga0308399_107291413300031509Hot Spring Phototrophic MatGGSAGVISPLSAGTLGGRGACVLFVAENIRAHVMTICNTHTNNIPYFWRLDTAKHSALASTTYTHRVARNGRAGEILAVSAPPTSSEDTETYPADCVVAYRYRNIFWLPHAMQRRQDAADDRNPYLFWLLYGLQLAGVRPRYKLPVQLEIDHPLQAIDTGAPFNHSLATQMGILVACFDYMRDFARRTGTAIVNGVTVGGRHRPTGGNAHWNLMYNTGVPAEARAIAQQVNQLLVAGH
Ga0308399_109225613300031509Hot Spring Phototrophic MatLANTTYTHRVARNGRAGEILAVPAPPISSEDTETYPNDCVVAYRYRNCFWLPHAMYRAQRAVNLWDAEVSAFVFWLLYGLQAAGVRPRYRLPVQIETSRPLEALDESFNPPFSLKGQCDFLLVSWDWMRDFARRKGTAIVSGVTVGGRDRSASSREHWGILYNTSYPAEAREAAMRVHKILVAGHREGTTPCGPHDYTIGSGD
Ga0308397_108038713300031512Hot Spring Phototrophic MatRAHVQTICNAHTNNIPYYWRLDTTKHSTLANTSYTHRLARNGQAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNCFWLPHALARSSFSVNLWDVAVQPFVFWLLYGLQLAGVRPRYKLPVQVETDHPLQATGTGAPYNHGIATQMGILAPSWDYMRDFARRTGTAIINGVVVGTKYRDTATTYHWHSLYSTSRSQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGGRGYWGAATNTGF
Ga0308397_110732813300031512Hot Spring Phototrophic MatEILAVPAPPTSSEDTETYPSDCVVAYRYRNCFWLPHALARSSISVNLWDVAVQPFVFWLLYGLQLAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLVSWDWMREFARRKGTAIIGGVTTGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGVHDHTIGGGRGYWGAATNTGF
Ga0308397_112354613300031512Hot Spring Phototrophic MatDTETYPSDCVVAYRYRNIFWLPHAMARTQRAVNLWDAEVSAFVFWLLYGLQLAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLASWDWMREFARRKGTAIIGGVTTGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDYTIGGGDGLWGSA
Ga0308412_111740913300031513Hot Spring Phototrophic MatLFVAEDIRAHVMTICNAHTNNIPYYWRLDTAKHSALANAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPNDCVIAYRYRNIFWLPHAMARTARSVNLWDSAVDSSLFWLLYGLQAAGVRPRHKLPVQIETDHPLEASPATLNPPYSVKEQCDFLLASWDWMRDFARRKNTAIVNGVLVGTKYRSAGALFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTLPCGVHDHTAGNFQGGYWLGDVRTNFRRHSGMRYG
Ga0308412_112585113300031513Hot Spring Phototrophic MatDARARGMCILFLAENIRAHVQTICSTHTNRIPYYWRLDTDKHSTLASTTYTHRVARNERAGEILAVPAPPTSSEDTETYPNDCVVAYRYRNCFWLPHAMTRTQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETSRPLEALDASSNAPYSLKGQCDFLLASWDWMRDFARRKGTAIVSGVTVGGRDRSASSRQHWGILYNTDYPAEAREAAMRVHQILVAGHREGTTPCGPHDYTIGGG
Ga0308412_113355613300031513Hot Spring Phototrophic MatAENIRAHVQTICSTHTNNIPYYWKLDTAKHSALANADYTHRVARNGRAGEILAVPAPPISSEDTETYPTDCVVAYRYRNCFWLPHAMARVQRAVNLWDAEVSAFVFWLLYGLQLAGVRPRYKLPVQIETSRPLEALDASFNPPYSLKEQCDFLLASWDWMREFARRKGTAIVSGVNVGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHQILVTGHREGTTPCGPHDHTIGGGDG
Ga0308412_114940213300031513Hot Spring Phototrophic MatGACVLFLAENIRAHVMTICNTHTNNIPYYWRLDTAKHSALANAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMHRRQDAADDRNPFLFWLLYGLQLAGVRPRYKLPVQLETDHPLQAMGTGAPFNHAITTQMGILEASWDWMRDFARRKNTAIVNGLVVGTKYRLTGTVYHWHLLYSTSRTQAERDAAMRVHQILVAG
Ga0308412_117795213300031513Hot Spring Phototrophic MatAVPAPPTSSEDTETYPADCVVAYRYRNSFWLPAALQRRTDIASSRNPYLFWLLYGLQLAGVRPRYKLPVQVETDHPLQATGTGAPFNHGIATQMNILAPSWDYMRDFARRTGTAIINGVVVGTKHRNTATTFHWHSLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGSGNGYWSAAVSANFVRHS
Ga0308412_118965913300031513Hot Spring Phototrophic MatPPTSSEDTETYPTDCVVAYRYRNIFWLPHVMQRRPDVADERNPHLFWLLYGLQLAGVRPRYKLPVQLETDHPLEATGTGAPYSHGIATQMGILETSWDWMRDFARRKNTAIVSGVVVGTKHRSPTWTFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGATPCGVHDHTIGGTRGYWAVATNTGF
Ga0308412_121373113300031513Hot Spring Phototrophic MatASATYTHRVARNGRAGEILAVPAPPTSSEDTETYPADCVVAYRYRNIFWLPHAMHRRQDVADDRNPYLFWLLYGLQLAGVRPRYKLPVQMETDHPLQALSSGAPFNHAITTQMGILEASWDWMRDFARQRNTAIVNGLVVGTKYRMTNAGYHWNLLYSTSRTQAERNAAMRV
Ga0308390_108432313300031514Hot Spring Phototrophic MatRAHVMTICNTHTDNIPYYWRLDTAKHSTLASTTYTHRVARDGRAGEILAVPAPPTSSEDTEIYPNDCLVAYRYRNIFWMPNAIARRQDVAHAGNPFLFWLLYGLQLAGVRPRYKLPVQLETDHPLGALGTGAPFNHTITTQLGILEASWDYMRDFARRKGTSIINGVLVGTKYRSIGSRFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGSGNGYWSAATNT
Ga0308390_111374513300031514Hot Spring Phototrophic MatYTHRVARNGRAGEILAVPAPPISSEDTETYPSDCVVAYRYRNCFWLPHAMARTQRAVNLWDAEVSAFVFWLLYGLQTAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLASWDWMRDFARRKGTAIVNGVRVGGRDRIASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCG
Ga0308390_111911013300031514Hot Spring Phototrophic MatGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNCFWLPHAMLRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETDHPLEALDASSNAPYSLREQCDFLLASWDWMRDFARRKGTAIVNGVRVGGRDRIASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCG
Ga0308398_109359113300031516Hot Spring Phototrophic MatNAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNCFWLPHAMLRAQRAVNLWDAEVSPFVFWLLYGLQVAGVRPRYRLPVQIETDHPLEALDASYNPPYSLREQCDFLLASWDWMRDFARRKGTAIINGVRVGGRDRIASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGNSDGLWGSAVNTGYKRHAGRQR
Ga0308398_110304713300031516Hot Spring Phototrophic MatNAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNCFWLPHAMVRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETDHPLEALDASSNAPYSLREQCDFLLASWDWMRDFARRKGTAIINGVRVGGRDRIASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGNSDGLWGS
Ga0308398_110554213300031516Hot Spring Phototrophic MatEILAVPAPPTSSEDTETYPADCVVAYRYRNIFWLPHAMHRRQDVADDRNPYLFWLLYGLQAAGVRPRYKLPVQLETDHPLEAVGTGAPFNHGIATQMDILAASWDYMRDFARRKNTAIISGIVVGTKHRSPTATFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGNGRGYWSAAVSANFVRHSGMRYG
Ga0308398_113549113300031516Hot Spring Phototrophic MatGEVLAVPAPPISSEDTETYPNNCVIAYRYRNIFWLPHAITRAAFSVNLWDSPVNIFLFWLLYGLQLAGVRPRYRLPVQIETDHPLQASGVSTNPPYSLREQCDLLIASWDWMREFARRKGTAIIGGVTVGGRDRNANIRQHWGILYNTSYPAEAREAAMRVHQILVAGHR
Ga0308392_107744913300031517Hot Spring Phototrophic MatAHVTSVCNANSNIPYYWRLDIAKHSTLASTTYTHRVSRNGRAGEILAVSAPPISSEDTETYPSDCIIAYRYRNIFWLPHAMHRRQDVADERNSYLFWLLYGLQLAGVRPRYKLPVQLETDHPLEALSATPPFNYEITTQLGILEASWDYMRDFARRKNTAIVSGVTVGTKYRPANFFRHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGGRGYWAAATNTNF
Ga0308392_109852513300031517Hot Spring Phototrophic MatYTHRVARNGRAGEVLAVPAPPISSEDTETYPNNCVIAYRYRNIFWLPHAMARTQRAVNLWDAEVSPFVFWLLYGLQAAGVRPRYRLPVQIETSRPLEALEASSNAPYSLREQCDFLLVSWDWMRDFARRKGTAIVSGVNVGGRDRSASSRQHWGILYNTDYPAEAREAAMRVHKILVAGHREGTTPCGPHDYTIGGGNGL
Ga0308389_107521113300031518Hot Spring Phototrophic MatNAHTNNIPYYWRLDTAKHSTLASTLYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCIIAYRYRNIFWLPHAIQRRQDVADDRNPYLFWLLYGLQLAGVRPRYKLPVQLETDHPIDAPVNGAPFNHSLATQMRILAAGFDYMRDFARRTGTAIINGVRVGGRTRRTADFTYHWVLMYSTSVPAEARAVAQQVNQLLVTGHREGTLPCGVHDHSIGASPGGYWTAVVHTSHRRHSGMRYGAPNDVPIDRGRCCVAPHVLPAGVAGADAQTV
Ga0308389_110784613300031518Hot Spring Phototrophic MatVARNGRAGEILAVPAPPISSEDTETYPSDCVVAYRYRNIFWLPHAMARAQRAVNLWDADVSPFVFWLLYGLQAAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLASWDWMREFARRKGTAIVSGVVLGGRDRSAISTRHWGILYNTNYPAEVREAAMRVHQILVAGHREGTTPCGPHDYTIGGGGGLWGSAVNTGY
Ga0308389_112204513300031518Hot Spring Phototrophic MatPYYWKLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPPISSEDTETYPADCVVAYRYRNIFWLPAALHRRQDIADDRNPYLFWLLYGLQLAGVRPRYKLPVQMETDHPLQALGTGAPFNHATTTQLGILEASWDWMRDFARQRNTAIVNGLVVGTKYRLRNAGYHWHLLYSTSRTQAERDAAMRVH
Ga0308391_106877113300031567Hot Spring Phototrophic MatVENIRAHVIAICNTHTNNIPYYWRLDTAKHSTLASATYTHRVARNGRAGEILAVPAPPISSEDTETYPNDCVVAYRYRNIFWLPHAMPQGPRSVNIWDADLSAPVFWLLYGLQVAGVRPRYKLPVQMETDHPLQAFSPGAPFNHAITTQLGILEASWDWMRNFARRKGTAIVNGLVVGTKYRLTDAAYHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGTNGYWGGLVAAGFVRHSGLRY
Ga0308391_107523613300031567Hot Spring Phototrophic MatARGMCILFLAENIRAHVQTICSTHTNYIPYYWKLDTAKHSALANAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMYRAQRAVNIWGADVSAFVFWLLYGLQLAGVRPRYKLPVQIETDHPLEALGASDNPPYSLREQCDFLLVSWDWMRDFARRKGTAIVNGVRVGGRDRGAGSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTI
Ga0308393_108618113300031568Hot Spring Phototrophic MatRAHVQTICNAHTNNIPYYWRLDTTKHSTLANTSYTHRLARNGQAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNCFWLPHALARSSFSVNLWDVIVQPFVFWLLYGLQLAGVRPRYKLPVQVETDHPLQATGTGAPYNHGIATQMGILAPSWDYMRDFARRTGTAIINGVVVGTKYRDTATTYHWHSLYSTSRSQAERDAAMRVHQILVAGHREGTTPCGVHDHTI
Ga0308393_113266913300031568Hot Spring Phototrophic MatDCVVAYRYRNCFWLPHAMLRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETDHPLEALDASSNAPYSLREQCDFLLASWDWMRDFARRKGTAIVNGVRVGGRDRIASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGNSDGLWGS
Ga0308401_108641213300031767Hot Spring Phototrophic MatKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMARTALSVNLWDSSVNGFLFWLLYGLQTAGVRPRYKLPVQIETDHPLQSVSTGAPFNHAITTQMGILEASWDYMRDFARRTGTAIINGVVVGTKHRDTATTYHWHSLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHT
Ga0308401_110280613300031767Hot Spring Phototrophic MatNAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNCFWLPHAMLRAQRAVNLWDAEVSPFVFWLLYGLQVAGVRPRYRLPVQIETDHPLEALDASYNPPYSLREQCDFLLASWDWMRDFARRKGTAIINGVRVGGRDRIASSRQHWGILYNTSYPAEAREAAMRVHQILV
Ga0308401_110335713300031767Hot Spring Phototrophic MatPAPPTSSEDTETYPSDCVVAYRYRNIFWMPHAMTVRQSFADERNPYLFWLLYGLQLAGVRPRYKLPVQIETDHPLDSVNIGAPFNHAITTQMGILEASWDYMRDFARRKNTAIVNGVTVGTKYRFTNARGHWHLLYSTLRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGTRGYW
Ga0308401_110794913300031767Hot Spring Phototrophic MatVPAPPTSAEDTETYPNDCVIAYRYRNIFWLPHALTSAPFRHAVSDVDRGLLQPFLFWLFYGLQVAGVRPRYKLPVQIETDHPLSVFGSTPPYNYTITQQLQLLEAAWAYMRDFARQRNTAIVNGVVVGTKYRVPDTLFHWHLLYSTSRTSAERDAAMRVHQVLVAGHREGTTPCGP
Ga0308401_111789313300031767Hot Spring Phototrophic MatAYRYRNIFWLPHAMARTQRAVNLWDAEVSAFVFWLLYGLQLAGVRPRYRLPVQIETSRPLEALDESFNPPYSLREQCDFLLVSWDWMREFARRKGTAIVSGVTVGGRDRSASSRQHWGILYNTSYPAGAREAAMRVHKILVAGHREGTTPCGPHDYTIGGGDGLWGS
Ga0308415_106425913300031776Hot Spring Phototrophic MatLFFNPHFSAAITDSGYNSNFPSDFPIVRPSPSDIPNTLYAADGGSAGSFNPLVAALTGGRGACVLFLAENIRAHVMTVCNTHTNNIPYYWRLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPADCVVAYRYRNIFWLPHAMHRRQDVADDRNPYLFWLLYGLQLAGVRPRYKLPVQMETDHPLQVESTGAPFNHAITTQMGILEASWDWMRDFARRKNTAIVNGLVVGTKYRMTNAGYHWNLLYSTSRTQAERNAAMRVHQI
Ga0308415_108033013300031776Hot Spring Phototrophic MatAKHSTLASTTYTHRVARNGRAGEILAVPAPPISSEDTETYPSDCVVAYRYRNCFWLPHAMVRSQRAVNLWDAEVSAFVFWLLYGLQAAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLASWDWMREFARRKGTAIVSGVNVGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHKILVAGHREGTTPCGPHDYTIGSGDGLWGSAVSAGYIRHAGRQRGAPN
Ga0308415_110635113300031776Hot Spring Phototrophic MatQGFRLTYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMARTALSVNLWDSSVNGFLFWLLYGLQTAGVRPRYKLPVQIETDHPLQSVSTGAPFNHAITTQMGILEASWDYMRDFARRTGTAIINGVVVGTKHRDTATTYHWHSLYSTSRTQAERDAAMRVHQILVA
Ga0308418_107639813300031783Hot Spring Phototrophic MatSVDPLIQTATRARGMCILFLAENIRAHVQTICNTHTNRIPYYWRLDTDKHSTLASTTYTHRVARNERAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNCFWLPHAMARTQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLASWDWMREFARRKGTAIIGGVTTGGRDRSASSRQHWGILYNTSFPAEAREAAMRVHQILVAGHREGTTPCGPHDYTIGG
Ga0308418_107849813300031783Hot Spring Phototrophic MatACILFLAENIRAHVMTICNTHTDNIPYYWRLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPNDCVVAYRYRNIFWLPHAISRRQDIATAFNPFLFWLLYGLQLAVVRPRYKLPVQVETDHPLGAVNSGAPFNHAITTQLGILEASWDYMRDFARHKNTAIVNGVTVGTKYRITGVLFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGGRGYWAAATNTGFV
Ga0308411_1014856213300031812Hot Spring Phototrophic MatRPNPSDIAGTLYAADGGSAGVFTPLEAPNERARGACVLFLAENIRAYVMTVCSTHTNNIPYYWRLDTAKHSTLASATYTHRVARNGQAGEILAVPAPPTSSEDTETYPADCVVAYRYRNSFWLPAALQRRTDIASNRNPYLFWLLYGLQFAGVRPRYKLPVQVETDHPLQAIGTGAPFNHGIATQMNILEASWDYMRDFARRTGTAIINGVVVGSKQRIPATTIHWHLLYSTSRTQAERDAAMRVHQILVTGHREGTTPCGVHDHTIGSGNGYWSAA
Ga0308411_1020051813300031812Hot Spring Phototrophic MatFTPLEAPNERARGACVLFLAENIRAYVMTVCNTHTNNIPYYWKLDTAKHSALANADYTHRVARNGRAGEILAVPAPPTSSEDTETYPADCVVAYRYRNSFWLPAALQRRTDIASSRNPYLFWLLYGLQLAGVRPRYRLPVQIETDHPLQAIGTGAPFNHGIATQMNILEASWDYMRDFARRTGTAIVNGVVVGSKQRIPATTFHWHLLYSTSRTQAERDAAMRV
Ga0308409_107454413300031830Hot Spring Phototrophic MatTTANGGGRGACVLFVMEDIRAHVITICNAHTNNIPYFWRLNTSNHSTLASTTYTHRVARNGRAGEVLAVPAPPISSEDTETYPSDCVVAYRYRNCFWLPHAMVRAQRAVNLWDADISASVFWLLYGLQLAGVRPRYKLPVQLETDHPLQAMGAGAPFNHATTTQLGVLEASWDWMRDFARQRNTAIVNGLVVGTKYRMTNAGYHWNLLYSTSRTQAERNAAMRVHQILVAGHREGTTPCGVHDHTIGTNGYWGGSTATGFVRH
Ga0308409_107830313300031830Hot Spring Phototrophic MatGMCILFLAENIRAHVQTICNTHTNRIPYYWRLDTDKHSTLVSTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPADCVVAYRYRNCFWLPHAMTRTQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLASWDWMREFARRKGTAIVSGVTVGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDYTIGGGDGLWGSAVSAGYI
Ga0308409_111068513300031830Hot Spring Phototrophic MatNAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNCFWLPHAMLRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETDHPLEALDASSNAPYSLREQCDFLLASWDWMRDFARRKGTAIINGVRVGGRDRGAGSRQHWAILYNTSFPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGN
Ga0308408_110826613300031865Hot Spring Phototrophic MatLDTAKHSTLANTNYTHRVARNGRAGEILAVPAPPTSSEDTETYPADCVVAYRYRNIFWLPAALNRRQDIASDGNPYLFWLLYGLQLAGVRPRYKLPVQLETDHPLEGVGTGAPFNHALTTQLGILETSWDWMRDFARRTGTAIINGVLVGTKYRLTNAGFHWNLLYSTSRTQAVRDAAMRVHQILVAGHREGTTPCGVHDHTI
Ga0308408_113037513300031865Hot Spring Phototrophic MatVARNGRAGEILAVPAPPISSEDTETYPSDCVVAYRYRNIFWLPHAMARAQRAVNLWDAEVSAFVFWLLYGLQTAGVRPRYKLPVQIETDHPLQAQSTGAPFNHAITTQMGILEASWDWMRDFARRKNTAIVNGLVVGTKYRLTGFGYHWNLLYSTSRTQAERDAAMRVHQILVAGHREG
Ga0308408_114358013300031865Hot Spring Phototrophic MatAGEILAVPAPPISDEDTETYPSDCVIAYRYRNCFWLPHAMARAQRAVNLWDAEVSAFVFWLLYGLQAAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDFLLASWDWMRDFARRKGTAIIGGVTTGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHQILVA
Ga0308405_110727213300031875Hot Spring Phototrophic MatALANAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMYRAQRAVNIWGADVSAFVFWLLYGLQLAGVRPRYRLPVQIETDHPLEALDASYNPPYSLREQCDFLLASWDWMRDFARRKGTAIINGVRVGGRDRIASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGNSDGLWGSAVNTGYKRHAGRQR
Ga0308404_107977013300031878Hot Spring Phototrophic MatIPYYWRLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDAETYPNDCVIAYRYRNCFWLPNAISRRQDVANPNNPFLFWLLYGLQLAGVRPRYKLPVQVETDHPLAAVNSGAPFNHGIETEINILVPSWDYMRDFARRKNTAIVNGVTVGTKYRNINSRYHWHLLYSTSRSQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGGRG
Ga0308406_106773213300031948Hot Spring Phototrophic MatTTAFDPLQQTGSRARGMCILFLAENIRAHVQTICSTHTNFIPYYWKLDTAKHCALANAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNCFWLPHAMLRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETDHPLEALDASSNAPYSLREQCDFLLASWDWMRDFARRKGTAIINGVRVGGRDRGAGSRQHWAILYNTSFPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGN
Ga0308417_112203613300031950Hot Spring Phototrophic MatFPIVRPDPSDIAGTLYAADGGSADPFGPLIATATRARGACVLFLAENIRAHVMTICNTHTNNIPYYWRLDTAKHSTLASATYTHRVARNGQAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNCFWLPHALARSSFSVNLWDVTVQPFVFWLLYGLQLAGVRPRYKLPVQVETDHPLQATGTGAPYNHGIATQMGILAPSWDYMRDFARRTGTAIINGVVVGTKHRNTATTFHWHSLYSTSRSQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGGRGYWGAATNTGFVRHSGMR
Ga0308417_112579613300031950Hot Spring Phototrophic MatGTLYAADGGSVGSIGSLAASGVGGRGACVLFLAENIRAHVISICNTHSNIPYYWRLDTEKHSTLVSTPYTHRVARNGRAGEILAVPAPPISSEDTEIYPSDCIIAYRYRNIFWLPHAMHRRQDVADDRNPYLFWLLCGLQLAGVRPRYKLPVQLETDHPLQAVGTGAPYSHGIATQMDILAASWDYMHDFARQRNTAIVNGVVVGTKYRRQDLPYHWILLYSTSRPQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGTNGYWGGSTAAGIVRHSGLRYGAPSDVPIARG
Ga0308417_113663913300031950Hot Spring Phototrophic MatPADGGSADSFGPLNATDTRARGACVLFLAENIRAYVVTACNTHTNNIPYYWRLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPADCVVAYRYRNIFWLPAALQRRPDTANIHNPYLFWLLYGLQFAGVRPRYKLPVQIETDHPLQATGTGAPYNHGIATQMSILEASWDYMRDFARRTGTAIVNGVVVGTKHRNTATTFHWHSLYSTSRTQAERDAAMRVHQILVAGHREGATPCGVHDHTIGSGNGYWSAAVSANFVRHS
Ga0308417_114935113300031950Hot Spring Phototrophic MatTVCNTHTNNIPYYWRLDTAKHSTLASATYTHRVARNGQAGEILAVPAPPTSSEDTETYPADCVVAYRYRNSFWLPAALQRRTDIASSRNPYLFWLLYGLQLAGVRPRYKLPVQIETDHPLQATGTGAPFNHAITTQMGILEASWDYMRDFARRRNTAIINGVVVGTKHRNTATTFHWHSLYSTSRTQAERDAAMRVHQILVAGHREGSTPCGVHDHTIGSGNGYWSAAVSANFVRHSGMRYGAPNNVPIARGRRCV
Ga0308417_118821513300031950Hot Spring Phototrophic MatTHTNNIPYYWKLNTAKHSTLVSTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPNDCVVAYRYRNIFWLPHAMTRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYKLPVQIETSRPLEALEAPSNAPYSLKQQCDFLLVSWDWMREFARRKGTAIVSGVNVGGRDRSASSRRHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDY
Ga0308410_119883113300031958Hot Spring Phototrophic MatGEILAVPAPPTSSEDTETYPADCVVAYRYRNSFWLPAALHRRQDIADDRNPYLFWLLYGLQLAGVRPRYKLPVQMETDHPLQSVGTGAPFNHAITTQMGILEASWDWMRDFARQRNTAIVNGLVVGTKYRSTATTYHWHLLYSTSRTQAERDAAMRVHQILVAGHRE
Ga0308410_120052513300031958Hot Spring Phototrophic MatGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNCFWLPHAMVRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETGRPLEALDASFNPPYSLREQCDILLVSWDWMREFARRKGTAIVSGVTVGGRDRSASTRQHWGILYNTDYPAEAREAAMRVHKI
Ga0308420_109602713300031966Hot Spring Phototrophic MatINYSVFWLSWNAPEDPAFLFFNPHFSTAITESAYNSNFPSDFPIVRPDPSDIAGTLYAADGGSADPFGPLIATATRARGACVLFLAENIRAHVMTICNTHTNNIPYYWRLDTAKHSTLASATYTHRVARNGQAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNCFWLPHALARSSFSVNLWDVAVQPFVFWLLYGLQLAGVRPRYKLPVQVETDHPLQATGTGAPYNHGIATQMGILAPSWDYMRDFARRTGTAIINGVVVGTKHRNTATTFHWHSLYSTSRSQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGG
Ga0308420_114151313300031966Hot Spring Phototrophic MatWKLDTAKHSALANAAYTHRVARNGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNCFWLPHAMLRAQRAVNLWDAEVSPFVFWLLYGLQVAGVRPRYRLPVQIETDHPLEALDASYNPPYSLREQCDFLLASWDWMRDFARRKGTAIINGVRVGGRDRIASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGNSDGLWGSAVNTGYKRHAGRQRGTPNDVPIARG
Ga0308420_116957713300031966Hot Spring Phototrophic MatYWRLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNIFWLPHAMHRRQDVADERNPYLFWLLYGLQLAGVRPRYKLPVQLETDHPLQATGTGAPFNHAITTQMGILEASWDWMRDFARRKNTAIVNGLVVGTKYRSQTLAYHWHLLYSTSRTQAERDAAMRVHQILVAGHCEGTTPCGVHDHTIGTNGYWGG
Ga0308420_120947913300031966Hot Spring Phototrophic MatPTSSEDTETYPADCVVAYRYRNIFWLPHAMHRRQDVADDRNPYLFWLLYGLQLAGVRPCYKLPVQMETDHPLQALSSGAPFNHAITTQMGILEASWDWMRDFARRKNTAIVNGLVVGTKYRLTSVAYHWNLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGTNGYWGGSTAAGF
Ga0308403_108449413300031980Hot Spring Phototrophic MatGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMARTALSVNLWDSSVNGFLFWLLYGLQTAGVRPRYKLPVQIETDHPLQAFSPGAPFNHAITTQLDILEASWDWMRDFARRKNTAIVNGLVVGTKYRLTNTAYHWHLLYNTSRTQAERNAAMRVHQILVAGHREGTTPCGVHDHTIGDGKGYWAAATNTSFVRHSGLRYGA
Ga0308403_110111513300031980Hot Spring Phototrophic MatGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNCFWLPHAMVRAQRAVNLWDAEVSPFVFWLLYGLQLAGVRPRYRLPVQIETDHPLEALDASSNAPYSLREQCDFLLASWDWMRDFARRKGTAIVNGVRVGGRDRIASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTI
Ga0308402_105106713300032033Hot Spring Phototrophic MatPIVRPDPSDIAGALYAADGGSAASFSPLAATITGGRGACVLFLAENIRAHVMTVCNTHTDNIPYYWRLDTAKHSTLSSTTYTHRVARNGRAGEILAVPAPPTSSEDAETYPNDCVIAYRYRNCFWLPNAISRRQDVANPNNPFLFWLLYGLQLAGVRPRYKLPVQVETDHPLAAVNSGAPFNHGIETEINILVPSWDYMRDFARRKNTAIVNGVTVGTKYRNINSRYHWHLLYSTSRSQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGG
Ga0308402_108727713300032033Hot Spring Phototrophic MatGRAGEVLAVPAPPISSEDTETYPNNCVIAYRYRNIFWLPHAITRTAFSVNLWDSSVNIFLFWLLYGLQLAGVRPRYRLPVQIETDHPLQASGGSSNPPYSLREQCDLLIASWDWMREFARRKGTAIIGGVTVGGRDRNANIRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGSGDGLWGSAV
Ga0308407_110304713300032034Hot Spring Phototrophic MatTSSEDTETYPSDCVVAYRYRNCFWLPHAMYRAPRAVNLWDAEVSAFVFWLLYGLQAAGVRPRYRLPVQIETDHPLEALGASDNPPYSLRGQCDFLIVSWDWMRDFARRKGTAIISGVRVGGRDRSTSSRHHWAILYNTGYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGSGDGLWGSAVTTNYKRHA
Ga0308400_108954413300032045Hot Spring Phototrophic MatVVTICNTHTNNVPYYWRLNTSNHSTLANTNYTHRVARNGRAGEILAVPAPPTSSEDTENYPTDCVVAYRYRNCFWLPHALARIPRAVNIWDVDPSATVFWLLYGLQLAGVRPRYKLPVQLETDHPLQAVGTGAPFNHAITTQMDILEASWDWMRDFARRKNTAIVNGLVVGTKYRKQTLNHHWHLLYSTSRTQAERDAAMRVHQILVAGHR
Ga0308416_105605013300032049Hot Spring Phototrophic MatAQTDARARGMCILFLAENIRAHVQTICSTHTNRIPYYWRLDTDKHSTLASTTYTHRVARNGRAGEILAVPAPPISSEDTETYPSDCVVAYRYRNIFWLPHAMARAQRAVNLWDAEVSPFVFWLLYGLQAAGVRPRYRLPVQIETSRPLEALEASFNPPYSLREQCDLLIASWDWMREFARRKGTAIVSGVNVGGRDRSASSRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDYTIGSGDGLWGSAVSAGYR
Ga0308416_109265313300032049Hot Spring Phototrophic MatPISSEDTETYPNNCVIAYRYRNIFWLPHAITRTAFSVNLWDSPVNIFLFWLLYGLQLAGVRPRYRLPVQIETDHPLQASGGSSNPPYSLREQCDLLIASWDWMREFARRKGTAIIGGVTVGGRDRNANTRQHWGILYNTSYPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGSGDGLWG
Ga0308310_108337613300032056Hot Spring Phototrophic MatSILSASIFGGRGACVLFLAENTRAHVMTVCNTHTDRIPYYWRLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPADCVVAYRYRNIFWMPHAMARTALTVNLWDSPVNGFLFWLLYGLQVAGVRPRYKLPVQLETDHPLQATGTGAPFNHGIATQMDILAASWDYMRDFARRKGTAIISGVVVGTKHRDTATTYHWHLLYSTSRTQAERNAAMRVHQILVAGHREGTTPCGVHDHTIGSGSGYWSAAVSANFV
Ga0308310_114209313300032056Hot Spring Phototrophic MatLVNTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPTDCVVAYRYRNIFWLPHAISRRQDVADERNPFLFWLLYGLQLAGVRPRYKLPVQLETDHPLQAVGTGAPFNHAITTQMGILEASWDYMRDFARRTGTAIINGVVVGTKYRIPSTTFHWHLLYSTSRTQAERDAAMRVHQI
Ga0308414_116971213300032356Hot Spring Phototrophic MatRLDTAKHSTLASTTYTHRVARNGRAGEVLAVPASPTSSEDTETYPSDCVVAYRYRNCFWLPHAMLRAQRAVNLWDAEVSAFLFWLLYGLQAAGVRPRYRLPVQVETDHPLEALGASDNPPYSLREQCDFLLASWDWMRDFARRKGTAIVNGMRVGGRDRSAGSRQHWAILYNTSFPAEAREAAMRVHQILVAGHREGTTPCGPHDHTIGSTRGLWGSAVNT
Ga0326763_106421913300033484Hot Spring WaterEDTETYPNDCVIAYRYRNIFWLPHAMHRQQDVASAGNPFLFWLLYGLQLAGVRPRYKLPVQMETDHPLQATGTGAPFNHGIATQMGILEASWDYMRDFARRKNTAIISGVVVGTKHRSPTSTFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGNGRG
Ga0308413_143851_2_5623300033886Hot Spring Phototrophic MatAARNGRAGEILAVPAPPTSSEDTETYPSDCIIAYRYRNIFWLPHAMQRRPDVADDRNPYLFWLLYGLQLAGVRPRYKLPVQLETDRPIEAIGTGAPFNHSLATQMRILAAGFDYMRDFARRTGTAIINGVRVGGRTRRTADFTYHWVLMYSTSVPAEARAVAQQVNQLLVAGHREGTLPCGVHDHSI
Ga0326768_034961_52_7563300033893Hot Spring SedimentMCILFLAENIRAHVQTICSTHTNYIPYYWKLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPPTSSEDTETYPSDCVVAYRYRNIFWLPHAMLRTQRAVNIWDAEVSAFVFWLLYGLQLAGVRPRYRLPVQIETDHPLEALDVFDNPPYSLKEQCDLLLASWDYMRDFARRNGTAIISGVRAGGRDRAASSRQHWGILYNTSYPTEAREAAMRVHQILVAGHREGTTPCGPHDH
Ga0372965_051548_2_5233300034646Hot Spring Phototrophic MatVAYRYRNCFWLPHVIARIQRAVNIWDVDPVVTVFWLLYGLQLAGVRPRYRLPVQLETDHPLQAISPGAPFNHNIATQLGILEASWDWMRDFARRKNTAIVNGLVLGTKYRSPTSIFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIGGGRGYWAAATNTGF
Ga0372970_056596_2_5383300034648Hot Spring Phototrophic MatVPAPPISSEDTETYPSDCVVAYRYRNCFWLPHAMARAQRAVNLWGAEVSAFVFWLLYGLQAAGVRPRYRLPVQIETDHPLQAFSPGAPFNHAITTQLGILEASWDYMRDFARHKNTAIVNGVTVGTKYRITGVLFHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTPCGVHDHTIG
Ga0372973_045531_3_6233300034650Hot Spring Phototrophic MatNNIPYYWRLDTAKHSTLASTTYTHRVARNGRAGEILAVPAPPISSEDTETYPSDCVVAYRYRNCFWLPHAMYRAQRAVNIWDADVSAFVFWLLYGLQTAGVRPRYKLPVQMETDHPLQTLSPGAPFNHAITTQLGILEASWDWMRDFARRKGTAIISGVVVGTKHRNPTSTYHWHLLYSTSRTQAERDAAMRVHQILVAGHREGTTP

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Bioinformatics & Integrated Biology Lab
Institute for Fundamental Biomedical Research
Biomedical Sciences Research Center "Alexander Fleming"
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