NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
x
This website uses cookies to improve user experience. By using NMPFamDB you consent to all cookies in accordance with our privacy policy. OK
Metagenome / Metatranscriptome Family F072016

Metagenome / Metatranscriptome Family F072016

Go to section:
Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
Select file to download:
   Download


Overview

Basic Information
Family ID F072016
Family Type Metagenome / Metatranscriptome
Number of Sequences 121
Average Sequence Length 262 residues
Representative Sequence LLPDLARALEWEQNGDVLLAMAGYIPEAAEVSAHPEVARAVVAHWEALSRNGDWKFRLAAWVGRWNFLRAGVLTAEEQGRFGADDVEAIGAENNQAVLLALAQITPPGTFPLATWAGRLSDQDDRCCLAAHLAIHGWLVEVAGGGQRRQVRQALRRAGQDTNAGTVAPFVNLPPDVLPDFRRLREIETALAAGQMPPPPDAAAKNRSVPRAVPARLPEAHPRTGPPGITNRTTDRTAGSEPPARHPFPEAGRHE
Number of Associated Samples 33
Number of Associated Scaffolds 121

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 1.65 %
% of genes near scaffold ends (potentially truncated) 98.35 %
% of genes from short scaffolds (< 2000 bps) 74.38 %
Associated GOLD sequencing projects 31
AlphaFold2 3D model prediction Yes
3D model pTM-score0.47

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
Powered by Skylign

Most Common Taxonomy
Group Unclassified (96.694 % 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
(87.603 % of family members)
Environment Ontology (ENVO) Unclassified
(100.000 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(87.603 % of family members)



 ⦗Top⦘

Multiple Sequence Alignments

Select alignment to view:      


 ⦗Top⦘

Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 49.29%    β-sheet: 0.71%    Coil/Unstructured: 50.00%
Feature Viewer
Powered by Feature Viewer

Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.47
Powered by PDBe Molstar

Low Quality Model:

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


 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 121 Family Scaffolds
PF02086MethyltransfD12 4.13
PF03938OmpH 1.65
PF11740KfrA_N 0.83

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 121 Family Scaffolds
COG0338DNA-adenine methylaseReplication, recombination and repair [L] 4.13
COG3392Adenine-specific DNA methylaseReplication, recombination and repair [L] 4.13
COG2825Periplasmic chaperone for outer membrane proteins, Skp familyCell wall/membrane/envelope biogenesis [M] 1.65


 ⦗Top⦘

Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A96.69 %
All OrganismsrootAll Organisms3.31 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300005452|Ga0068706_1003944Not Available4879Open in IMG/M
3300005452|Ga0068706_1024863Not Available1280Open in IMG/M
3300005452|Ga0068706_1028403All Organisms → cellular organisms → Bacteria → Proteobacteria1158Open in IMG/M
3300005452|Ga0068706_1028646Not Available1150Open in IMG/M
3300005452|Ga0068706_1040954Not Available886Open in IMG/M
3300005452|Ga0068706_1058831Not Available691Open in IMG/M
3300005453|Ga0068705_10072651Not Available998Open in IMG/M
3300005453|Ga0068705_10103595All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Oxalobacteraceae → Herbaspirillum → unclassified Herbaspirillum → Herbaspirillum sp. YR522758Open in IMG/M
3300007000|Ga0102499_1327075Not Available726Open in IMG/M
3300010255|Ga0124910_1205024Not Available683Open in IMG/M
3300026237|Ga0209750_1049123Not Available780Open in IMG/M
3300026509|Ga0209809_1092479Not Available789Open in IMG/M
3300027279|Ga0209691_1004737Not Available5722Open in IMG/M
3300027279|Ga0209691_1017336Not Available1892Open in IMG/M
3300027279|Ga0209691_1042783Not Available905Open in IMG/M
3300031245|Ga0308395_1009076Not Available4067Open in IMG/M
3300031245|Ga0308395_1044874Not Available1193Open in IMG/M
3300031245|Ga0308395_1076296Not Available806Open in IMG/M
3300031508|Ga0308394_1005595Not Available4722Open in IMG/M
3300031508|Ga0308394_1011282Not Available2949Open in IMG/M
3300031508|Ga0308394_1015218Not Available2398Open in IMG/M
3300031508|Ga0308394_1018116Not Available2113Open in IMG/M
3300031508|Ga0308394_1031065Not Available1409Open in IMG/M
3300031508|Ga0308394_1048724Not Available1001Open in IMG/M
3300031508|Ga0308394_1059145Not Available867Open in IMG/M
3300031508|Ga0308394_1080881Not Available687Open in IMG/M
3300031512|Ga0308397_1018827Not Available2072Open in IMG/M
3300031512|Ga0308397_1028318Not Available1546Open in IMG/M
3300031512|Ga0308397_1062346Not Available873Open in IMG/M
3300031512|Ga0308397_1066032Not Available837Open in IMG/M
3300031512|Ga0308397_1078940Not Available737Open in IMG/M
3300031513|Ga0308412_1042972Not Available1623Open in IMG/M
3300031513|Ga0308412_1088882Not Available949Open in IMG/M
3300031513|Ga0308412_1117627Not Available777Open in IMG/M
3300031513|Ga0308412_1131416Not Available719Open in IMG/M
3300031513|Ga0308412_1152251Not Available650Open in IMG/M
3300031513|Ga0308412_1163966Not Available618Open in IMG/M
3300031515|Ga0308396_1013845Not Available2393Open in IMG/M
3300031515|Ga0308396_1016388Not Available2106Open in IMG/M
3300031515|Ga0308396_1016470Not Available2099Open in IMG/M
3300031515|Ga0308396_1035281Not Available1202Open in IMG/M
3300031515|Ga0308396_1035370Not Available1200Open in IMG/M
3300031515|Ga0308396_1059738Not Available829Open in IMG/M
3300031515|Ga0308396_1063717Not Available792Open in IMG/M
3300031516|Ga0308398_1012473Not Available2822Open in IMG/M
3300031516|Ga0308398_1086154Not Available704Open in IMG/M
3300031518|Ga0308389_1026638Not Available1933Open in IMG/M
3300031518|Ga0308389_1075029Not Available822Open in IMG/M
3300031568|Ga0308393_1002865Not Available7029Open in IMG/M
3300031568|Ga0308393_1027340Not Available1470Open in IMG/M
3300031568|Ga0308393_1029802Not Available1387Open in IMG/M
3300031812|Ga0308411_10168413Not Available762Open in IMG/M
3300031830|Ga0308409_1017249Not Available2130Open in IMG/M
3300031830|Ga0308409_1054171Not Available986Open in IMG/M
3300031830|Ga0308409_1062230Not Available897Open in IMG/M
3300031830|Ga0308409_1068126Not Available843Open in IMG/M
3300031830|Ga0308409_1084932Not Available721Open in IMG/M
3300031830|Ga0308409_1087968Not Available704Open in IMG/M
3300031865|Ga0308408_1017290Not Available2072Open in IMG/M
3300031865|Ga0308408_1026321Not Available1570Open in IMG/M
3300031865|Ga0308408_1039739Not Available1193Open in IMG/M
3300031865|Ga0308408_1051597Not Available1003Open in IMG/M
3300031865|Ga0308408_1055615Not Available954Open in IMG/M
3300031865|Ga0308408_1088468Not Available699Open in IMG/M
3300031865|Ga0308408_1091409Not Available684Open in IMG/M
3300031875|Ga0308405_1005583Not Available5087Open in IMG/M
3300031875|Ga0308405_1066101Not Available947Open in IMG/M
3300031875|Ga0308405_1086522Not Available781Open in IMG/M
3300031878|Ga0308404_1009186Not Available2408Open in IMG/M
3300031878|Ga0308404_1014775Not Available1797Open in IMG/M
3300031878|Ga0308404_1074454Not Available670Open in IMG/M
3300031948|Ga0308406_1007819Not Available3085Open in IMG/M
3300031948|Ga0308406_1009138Not Available2796Open in IMG/M
3300031948|Ga0308406_1015196Not Available2060Open in IMG/M
3300031948|Ga0308406_1021183Not Available1675Open in IMG/M
3300031948|Ga0308406_1037077Not Available1158Open in IMG/M
3300031948|Ga0308406_1068249Not Available764Open in IMG/M
3300031948|Ga0308406_1079257Not Available690Open in IMG/M
3300031950|Ga0308417_1059535Not Available1523Open in IMG/M
3300031950|Ga0308417_1074451Not Available1288Open in IMG/M
3300031950|Ga0308417_1094073Not Available1082Open in IMG/M
3300031950|Ga0308417_1122406Not Available892Open in IMG/M
3300031950|Ga0308417_1145516Not Available785Open in IMG/M
3300031950|Ga0308417_1146989Not Available779Open in IMG/M
3300031950|Ga0308417_1149333Not Available770Open in IMG/M
3300031950|Ga0308417_1162914Not Available723Open in IMG/M
3300031950|Ga0308417_1171906Not Available695Open in IMG/M
3300031950|Ga0308417_1177701Not Available679Open in IMG/M
3300031966|Ga0308420_1150274Not Available700Open in IMG/M
3300031980|Ga0308403_1003486Not Available4346Open in IMG/M
3300031980|Ga0308403_1004164Not Available3931Open in IMG/M
3300031980|Ga0308403_1006402All Organisms → cellular organisms → Bacteria → Acidobacteria → Blastocatellia → Chloracidobacterium3068Open in IMG/M
3300031980|Ga0308403_1020953Not Available1516Open in IMG/M
3300031980|Ga0308403_1035374Not Available1090Open in IMG/M
3300032033|Ga0308402_1007929Not Available2570Open in IMG/M
3300032033|Ga0308402_1010970Not Available2124Open in IMG/M
3300032033|Ga0308402_1011786Not Available2035Open in IMG/M
3300032033|Ga0308402_1037934Not Available988Open in IMG/M
3300032033|Ga0308402_1046995Not Available865Open in IMG/M
3300032033|Ga0308402_1054277Not Available791Open in IMG/M
3300032034|Ga0308407_1014858Not Available2162Open in IMG/M
3300032034|Ga0308407_1055652Not Available883Open in IMG/M
3300032034|Ga0308407_1078251Not Available699Open in IMG/M
3300032034|Ga0308407_1089758Not Available637Open in IMG/M
3300032045|Ga0308400_1001755Not Available6804Open in IMG/M
3300032057|Ga0308421_1014954All Organisms → cellular organisms → Bacteria2734Open in IMG/M
3300032057|Ga0308421_1025859Not Available1875Open in IMG/M
3300032057|Ga0308421_1093719Not Available738Open in IMG/M
3300032356|Ga0308414_1037565Not Available2178Open in IMG/M
3300032356|Ga0308414_1085791Not Available1157Open in IMG/M
3300032356|Ga0308414_1101835Not Available1009Open in IMG/M
3300032356|Ga0308414_1138225Not Available786Open in IMG/M
3300032356|Ga0308414_1139229Not Available781Open in IMG/M
3300032356|Ga0308414_1154515Not Available716Open in IMG/M
3300033886|Ga0308413_023398Not Available2095Open in IMG/M
3300033886|Ga0308413_071665Not Available920Open in IMG/M
3300034647|Ga0372968_019475Not Available974Open in IMG/M
3300034647|Ga0372968_034677Not Available653Open in IMG/M
3300034648|Ga0372970_037387Not Available718Open in IMG/M
3300034650|Ga0372973_026702Not Available909Open in IMG/M
3300034650|Ga0372973_027870Not Available881Open in IMG/M



 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hot Spring Phototrophic MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Phototrophic Mat87.60%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic9.92%
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat2.48%

Visualization
Powered by ApexCharts



Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
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
3300007000Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010255Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
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
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
3300031515Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_Pe2EnvironmentalOpen in IMG/M
3300031516Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T9EnvironmentalOpen in IMG/M
3300031518Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_148EnvironmentalOpen in IMG/M
3300031568Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050630_ee2EnvironmentalOpen in IMG/M
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
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
3300032057Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS60EnvironmentalOpen 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
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
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
Zoom:     Powered by OpenStreetMap



 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
Ga0068706_100394413300005452Anoxygenic And ChlorotrophicENVSWEKREAVWGMLAAWQRESVLERSGRGRLPEPPRLLPDLARTLEWERDSDVLRAMAGYIPGAAEVSAHPEAARAVVAHWETRSRDGYGDFCLAAWVARWNLLRAGALTTEEQGRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQDDRCCLAAQLAIHGWLVEMMEGASGGQRRQVRQVLRRAEQGVTDARTVAPFVNLPPDVLPDFRRLYEIKSALAAGQMPPPPDAAAENRSAPRAVLARLPETQPRTDCPDQAQSDGSSTNNRKHGWVHPGKDTESVLTA*
Ga0068706_102486323300005452Anoxygenic And ChlorotrophicLAMAGYIPGAVEVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQARHPFPEVIHHE*
Ga0068706_102840323300005452Anoxygenic And ChlorotrophicLLPDLARALEWEQNGDVLLAMAGYIPEAAEVSAHPEVARAVVAHWEALSRNGDWKFRLAAWVGRWNFLRAGVLTAEEQGRFGADDVEAIGAENNQAVLLALAQITPPGTFPLATWAGRLSDQDDRCCLAAHLAIHGWLVEVAGGGQRRQVRQALRRAGQDTNAGTVAPFVNLPPDVLPDFRRLREIETALAAGQMPPPPDAAAKNRSVPRAVPARLPEAHPRTGPPGITNRTTDRTAGSEPPARHPFPEAGRHE*
Ga0068706_102864613300005452Anoxygenic And ChlorotrophicGSTIPEQQRQEIAAWLELTRKNVGWEKREAVWEMLVAWQQEGVLERCGGSLAPDLTRALEWEDYGDVLIAMAGYVPGLAEVRAHPEAMRAIIARWEALSRNDDWEICQAAWVARWNFLRVGVLTAEEQGRFGADYVNAVKFEPAATALLTLAQITPPGMFPLATWAGRLSNQNDWRRLVARLAIHGCLVDMASGGQRRQVRQALRRAGQDTGAGPIAPFVNLPPEVWPDFRRLREIETALAAGQMPPPPDAAAENRSAPRAVLARLPEAHPRTDPTAITDRTTGRTAGSEPSTRHPFPEVICHE*
Ga0068706_104095413300005452Anoxygenic And ChlorotrophicWEMLAAWQRESVLERSGRGRLPEPPLLLPGLARALEWEDYSGTLLAMAGYIPGAAEVSAHPKAARAVVARWEALSRNDDWEIRQAAWVARWNLMRAGVLTAKEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRRLSGQDDRRRLAAHLAIHSWLVDMASGGQSRQVRQVLRRAGQEGTDARTVAPFVNLPPEVLPDFRRLREIETALAAGQIPPPDAGIENQPMSRAGLARLPEAHPRTGPPGITGRTTGRTAGSEPPARHPFPEVIRHE*
Ga0068706_105883113300005452Anoxygenic And ChlorotrophicREGILQRCGGGRGRLRDGGRLQKLSLLPDLARTLEWEQDMDVLQAMVGYVPEAAEVSAYQEAARAVIARWEALSRSDNGRIRQIAWVARWNFLRAGALNAEEQGRFGADYVEAIGSEDDRELLALAQITPPGTFPLAIWTRRLSDQDDRCRLAARLAIHGWLVDMAGGGQRRQVRQALRRAGQEGAGNRPVAPFVNLPPEVLPDFRRLHEIETALAAGQMPLPDTGMENQ
Ga0068705_1007265113300005453Anoxygenic And ChlorotrophicKREAVWGMLAAWQRESVLERCGISLVPDLARTLEWERNDYVLLMMAGYIPDAVEVSAHPEAARAVVARWKALSRNDDWLIRQAAWVARWNLWWAGVLTVEEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRRLSGQDDRCRLAAHLAIHSWLVDMASGGQSRQVRQVLRRLGQEGTDAGTVAPFVNLPPEVLPDFRRLREVETALAAGQMPPPPDAGAGNRPISRTVPARLPEAHLRTGQLGITGRTTCRTAGSEHPARHPFPEVIRHE*
Ga0068705_1010359513300005453Anoxygenic And ChlorotrophicATWQREGVLERCGIDREQLQELSLLPDLARTLEWEWNDDVLLAMAGYIPGAAEVSAHPEAARAVVAHWETRSRDGYGDFCLAAWVARWNLLRAGALTTEEQGRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQDYRCCLAAQLAIHGWLVEMMEGASGGQRRQVRQVLRRAEQGVTDARTVAPFVNLPPDVLPDFRRLYEIKSALAAGQMPPPPDAAAENRSAPRAVLARLPEAHPRTGP
Ga0102499_132707523300007000Anoxygenic And Chlorotrophic Microbial MatARAVVAHWEALSRNGDWKFRLAAWVGRWNFLRAGVLTAEEQGRFGADDVEAIGAENNQAVLLALAQITPPGTFPLATWAGRLSDQDDRCCLAAHLAIHGWLVEVAGGGQRRQVRQALRRAGQDTNAGTVAPFVNLPPDVLPDFRRLREIETALAAGQMPPPPDAAAKNRSVPRAVPARLPEAHPRTGPPGITNRTTDRTAGSEPPARHPFPEAGRHE*
Ga0124910_120502413300010255Anoxygenic And Chlorotrophic Microbial MatHPEAARAVVARWEALSRNGDWEIRQAAWVGRWNFLRAGVLTAEEQGRFGADDVEAIGAENNQAVLLALAQITPPGTFPLATWAGRLSDQDDRCRLAAQLAIHGWLVDTAGGGQRRQVRQALRRAGQEGTDAGTVAPFVNLPPEVLPDFRRLREIETALAAGQMPPPPDAAAKNRSVPRAVPARLPEAHPRTGPPGITNRTTDRTAGSEPPARHPFPEAGRHE*
Ga0209750_104912323300026237Anoxygenic And Chlorotrophic Microbial MatGYVPKAAEVRAHPKELRAVVACWEALSRSTNSWEIYYRQAAWVARWNLLLGGVLTAKEQARFAADDVDAIRSEQAPEVLLVLAQIRPPGPFPLRDWICRLADKDAGRRLAARLAIHGWLVEVAGGGQRRQVRQALRRAGQEGTDAGTVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPNAGAGNRPSPRTVPAWLPEAHPRTGPPGITDRTTGRTAGSEPPTRHPFPEAVRYE
Ga0209809_109247913300026509Anoxygenic And ChlorotrophicRKREDVWGMLVAWQRESVLERGGIGRGRPQELSLLPALARTLEWERNDDVLLAMAGYIPGAAEVSAHPKAARAVVAHWEALSRSDNGRIRQAARVARWNFLRAGVLTAEEQGRFGADYVDAVKFEPEATALLALAQITPPGTFPLATWAGRLSDQDDRCRLAAHLAIHGWLVEMMEGASGGQRRQVRQVLRRAEQGVTDARTVAPFVNLPPDVLPDFRRLYEIKSALAAGQMPPPPDAAAENRSAPRAVLARLPETQPRTDCP
Ga0209691_100473713300027279Anoxygenic And ChlorotrophicLTNENVSWEKREAVWGMLAAWQRESVLERSGRGRLPEPPRLLPDLARTLEWERDSDVLRAMAGYIPGAAEVSAHPEAARAVVAHWETRSRDGYGDFCLAAWVARWNLLRAGALTTEEQGRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQDDRCCLAAQLAIHGWLVEMMEGASGGQRRQVRQVLRRAEQGVTDAGTVAPFVNLPPDVLPDFRRLYEIKSALAAGQMPPPPDAAAENRSAPRAVLARLPETQPRTDCPDQAQSDGSSTNNRKHGWVHPGKDTESVLTA
Ga0209691_101733613300027279Anoxygenic And ChlorotrophicVLLAMAGYIPGAVEVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQARHPFPEVIHHE
Ga0209691_104278323300027279Anoxygenic And ChlorotrophicVWEMLVAWQREGVLERCGGSLAPDLARALEWEDYGDVLIAMAGYVPGLAEVRAHPEAMRAIIARWEALSRNDNCRTCQAAWAARWNFLRAGVLTAEEQGRFGADYVNAVKFEPAVTALLTLAQITPPGMFPLATWAGRLSDQNDRRRLAAHLAIHGWLVDMAGGGQRRQVRQVLRQAGQEGMDAGTVAPFVNLPPEVWTDFRRLHEIETALAAGQMPLPDTGMENRPAPRTVLARLPEAHPRTGPPGITGRTTGRTAGSESTTRHPFPEVIRHE
Ga0308395_100907633300031245Hot Spring Phototrophic MatTNENVRWEKREAVWEMLAAWQRESVLERSGRGRLPEPPRLLPDLARTLECEQDSVVLLAMAGYIPGAVEVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQARHPFPEVIHHE
Ga0308395_104487413300031245Hot Spring Phototrophic MatDAEILRMLLASVSADASAPERLRQDITDWLELIRENVHWEKREAVWEMLAAWQREGALERCGGSLAPDLARALEWEGYGNVLIAMAGYVPGLAEVRARSEAMRAVVARWEVLSRSSYWETRFAAWVARWNFLRAGALTAEEQGRFSAGYVEAIGAGKSRDVLLALVQIQPPGMFPLAAWAGRLSDQDDRCRLAARLAIHGWLVEVAGGGQRRQMRQVLRRAGQEGMDAGTVAPFVNLPPEVLPNFRRLREIETALAAGQMPPPPPDAGIENQPMSRAGLARLPEAHPRTDPPGITGRTTGRTAGSEPPTRHPFPEVGRHE
Ga0308395_107629613300031245Hot Spring Phototrophic MatQDITGWLELTRKDVDWEKRAAVWDMLAAWQREGILESGGISLVPDLARTLEWERDRCVLRAMAGYVPKAAEVRAHPKELRAVVACWEALSRSTNSWEIYYRQAAWVARWNLLRGGVLTAKKQARFTADYVDAIRSEKAPEVLLVLAQIRPPGPFPLWDWICRLADKDAGRRLAARLAIHGWLVEVAGGGQRRQVRQALRRAGQEGTDAGTVAPFVNLPPEVLPDFRRLHEIETALAAGQMPLPDTGMENQPMSRAVLARLPEAHPRTD
Ga0308394_100559543300031508Hot Spring Phototrophic MatILRMLLASVPADASAPERLRQDIKAWLELTNENVRWEKREAVWEMLAAWQRESVLERCGIDREQLQELSLLPDLARTLECEWHSGTLLAMAGYIPGAVEVSAHPEAARAVVDRWEALSRNGYWEFRRAAWVARWNLLRAGVLTAEEQERFGADYVEAIRSEDDRELLALAKITPPGTFPLAIWTRRLSDQNDRRRLAAHLAIHGWLVDIAGGGQRRQVRQVLRRAGQDIGDGTVAPFVNLPPEVWPDFRRLHEIETALAAGQMPPRPDAAAENRVTPRAIPARLPEPHPRTGPPSITDRTASRTAGSDPQARHPFPEVIRHE
Ga0308394_101128223300031508Hot Spring Phototrophic MatMLAAWQREGVLKRSCRGRLPEPPRLLPDLARALKWEQDGAVLRAMAGYIPGTVEVSAHPEAARAVVARWETLSRNDDWRIRRDAWVARWNFLRAGVLTAEEQSRFDADDVEAIGSEDDWDVLLVLAQITPPGTFPLAIWTRRLSDQDDRCRLVARLAIHGWLVDMAGGGQRRQVRQALRRAGQDTGAGPIAPFVNLPPEVWPDFRRLREIESALAAGQMPPPPDAAAENRAAPRAVLARLPEAHPRTDPPGITGRTAGSEPPARHPFPEVIRHE
Ga0308394_101521813300031508Hot Spring Phototrophic MatAAWQREGVLERCGGSLAPDLARALEWEDYGDVLIAMAGYVPGLAEVSAHPEAARAVVARWEALSRETFFGGVRQAAWVARWNLRRAGALTAEEQGRFGADYMDAIRSEKEQAVLLALAQITPLGTFPLAIWTRRLSDRNNECRLAAGLAIHGWLVDMASGGQRRQVRQALRRAGQEGAGNRPVAPFVNLPPEVLPDFRRLHEIETALAAGQMPPPPDAAAENRATPRAVPARLPEAHPRTGPPGITDRTTGRTADSDPKARHPFPEVIRHE
Ga0308394_101811633300031508Hot Spring Phototrophic MatPDLARALEWEDYGDVLIAMAGYVPGLAEVRAHPEAMRAIIARWEALSRNDDWLIRQAAWVARWNLLRAGVLTVEEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRRLSGQDDRRRLAAHLAIHSWLVDMASGGQSRQVRQVLRRAGQEGTDARTVAPFVNLPPEVLPDFRRLREIETALAAGQIPPPPDAGKGKRKRMGHLATLARLPEAQPQMNPPGNTDRSAGAEPPVRHPFPETIRHE
Ga0308394_103106513300031508Hot Spring Phototrophic MatGFVGGGGRGRPPPPPRLLPDLARALEWEQNGDVLLAMAGYIPEAAEVSAHPEVARAVVAHWEALSRNGDWKFRLAAWVGRWNFLRAGVLTAEEQGRFGADDVEAIGAENNQAVLLALAQITPPGTFPLATWAGRLSDQDDRCCLAAHLAIHGWLVEVAGGGQRRQVRQALRRAGQDTNAGTVAPFVNLPPDVLPDFRRLREIETALAAGQMPPPPDAAAKNRSVPRAVPARLPEAHPRTGPPGITNRTTDRTAGSEPPARHPFPEAGRHE
Ga0308394_104872413300031508Hot Spring Phototrophic MatPADASAPERLRQDITDWLELIRKGVDWRKREAVWGMLVAWQRESVLERGGIGRGRLQKLSLLPDLARTLEWERNDDVLLAMAGYTPGAAEISAHPEAARAVVAHWEALSRSDNGRIRQAVRVARWNFLRAGVLTAEEQTRFGADYVEAIGVENDPDVLLALAQTRPPGSFPLDDWKRRLSDRNNECRLAARLAIHGWLVEVAGGGQRRQVRQVLRRAGQKVTGTVAPFVNIPREVLPDFQRLHEIETALAVGQIPPPPDAGKGKRKRMGHLATLARLPETHPRTGPPGITGRTAGSESTTRHPFPEPVRHE
Ga0308394_105914523300031508Hot Spring Phototrophic MatPGLTEVRAHPEAMRAIIARWEALSRNDYLGIPHAAWVARWNLLRAGVLTAGEQGRFDADYVEAIGAENDRDVLLALARITPPGTFPLAIWTRRLSDQDDRCRLAAHLAIHGWLVDMASGGQSRQVRQVLRRLGQEGTDARTVAPFVNLPPEVLPDFRRLREVETALAAGQMPPPDAGKGKRKRMGQLATLARLPEAHPRTDPTGITDRTTGRTAGSDPQARHPFPEVIRHE
Ga0308394_108088113300031508Hot Spring Phototrophic MatERCGIDGEQLQELSLLPDLARALECEEYSEILRAMAGYVPVLAEVSAHPETMRTIIARWEALSRNDDWEIRQTAWVARWNFLRAGVLTVEEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRGLSGQDDRRRQAAHLAIHSWLVDMASGGQRRQVRQTLRRAGQDTDAGTVAPFVNLPPEVLPDFRRLREIETALAAGQMPPPPDAAAENRATPRAVPA
Ga0308397_101882713300031512Hot Spring Phototrophic MatLLPDLARTLECEQEGVVLLAMAGYIPGAVEVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQARHPFPEVIHHE
Ga0308397_102831813300031512Hot Spring Phototrophic MatKREAVWDMLAAWQREGVLERGGIGRGQLQELSLLPALARTLEWERDDDVLRAMAGYVPGLTEVRAHPEAMRAIIARWEALSRNDYLGIPHAAWVARWNLRRAGVLTAEEQARFDADYVEAIGAENDRDVLLALARITPPGTFPLAIWTRRLSDQDDRCRLAAHLAIHGWLVDMASGGQSRQVRQVLRRLGQEGTDARTVAPFVNLPPEVLPDFRRLREVETALAAGQMPPPDAGKGKRKRMGQLATLARLPEAHPRTDPTGITDRTTGRTAGSDPQARHPFPEVIRHE
Ga0308397_106234613300031512Hot Spring Phototrophic MatKDVDWGKREAVWSMLAAWQREGVLERSGRGRLPELPLLLPLARALKWEENGDVLLAMMRYVPETAEVSAHPETARAIIARWEALSRNDDWRIRQIAWVARWNFLRAGVLTAEEQTRFGADYKEAIGAEKSRAVLLALAQITPPGTFPLAIWTRRLSDRNNECRLAAGLAIHGWLVDTAGGGQRRQVRQALRRAGQEGTDAGTVAPFVDLPPEVLPDFRRLREIETALAAGQIPPPDAGAGNRPIPRTVPARLPESHPRTDPPGITDRTTGRTADSDPKARHPFPEVIRHE
Ga0308397_106603213300031512Hot Spring Phototrophic MatRQCLISYDDRPVLTMLLSSVPADASAPVRLRQDIKAWLELTRGDVDWKKREAVWDLLAAWQREGVLERCGGSLAPDLARALEWEDYGDVLIAMAGYVPGLAEVSAHPEAARAVVARWEALSRETFFGGVRQAAWVARWNLRRAGALTAEEQGRFGADYMDAIRSEKEQAVLLALAQITPLGTFPLAIWTRRLSDRNNECRLAAGLAIHGWLVDMASGGQRRQVRQALRRAGQEGAGNRPVAPFVNLPPEVLPDFRRLHEIETALAAGQMPPPPDAAAE
Ga0308397_107894013300031512Hot Spring Phototrophic MatAHPEAARAVVAHWETRSRDGYGDFCLAAWVARWNLLRAGALTAEEQGRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQDDRCCLAAQLAIHGWLVEMMEGASGGQRRQVRQVLRRAEQGVTDAGTVAPFVNLPPDVLPDFRRLYEIKSALAAGQMPPPPDAAAENRSAPRAVLARLPETQPRTDCPDQAQSDGSSTNNRKHGWVHPGKDTESVLTA
Ga0308412_104297223300031513Hot Spring Phototrophic MatPADASAPERRRQDIKAWLELTNENVRWEKREAIWEMLAAWQRESVLERCGISLVPDLARTLEWERNDDVLLAMAGYIPGAVEVSAHPEAARAVVARWKALSRNDDWLIRQAAWVARWNLWWAGVLTVEEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRRLSGQDDRCRLAAHLAIHSWLVDMASGGQSRQVRQVLRRLGQEGTDAGTVAPFVNLPPEVLPDFRRLREVETALAAGQMPPPPDAGKGKRKRMGHLATLARLPEAHPQTGPPGNTDRAAGAEPQVRHPFPEVIRHE
Ga0308412_108888213300031513Hot Spring Phototrophic MatRILLSSVPADASAPEQQQQDIMAWLELTHENVQWEKREVVWDLLAAWQREGILERCGIDREQLQELSLLPDLARTLECEWHSGTLLAMAGYIPGAVEVSAHPKELRAVVARWEALSRNGDLGIRQAAWVARWNLRRAGVLTAEEQGRFGADYMDAIRSEKERAVLLALAQITPPGTFPLATWAGRLSNQNDWRRLAAQLAIHGWLVDMASGGQSRQVRQVLRRLGQEGTDAGTVVPFVNLPPEVLPDFRRLREIETTLAAGHLPPPPDAAAENRAAPRVVPARLPEAHPRTDPPGITDRTTCRTAGSDPQARHPFP
Ga0308412_111762713300031513Hot Spring Phototrophic MatQDIMAWLELTHENVRWEKREAVWGMLAAWQRESVLERSGRGRLPEPPRLLPDLARTLEWEQDRDVLRAMAGYVPDLAEVSAHPKAVRAIIARWKALSQSDNWRIRQAAWVARWNLMRAGVLTAEEQGRFGADYVDAVKFEPEATALLTLAQMTPPGTFPLATWAGRLSDHDDQCRLAAHLAIHDWLVDLAGGGQRRQVRQALRRAGQESMGVGTVAPFVNLPPEVLPDFRRLHEVETALAAGQIPPPPDAGKGKQKRMG
Ga0308412_113141613300031513Hot Spring Phototrophic MatPRLLPDLARALKWELDSDVLLAMAGYIPGAAEVSAHPKAARAVVARWEALSRETFFGGVRQAAWVARWNLLRAGALTAEEQGRFGADYVEAIGSEDDRDVLLALAQITPPGTFPLATWTRRLSDRNNECRLAAGLAIHGWLVDTAGGGQRRQVRQALRRAGQEGTDAGTVAPFVDLPPEVLPDFRRLREIETALAAGHLPPSPDAAAGNRPSPRTVPARLPEAHPRTGPPGITDRTTDR
Ga0308412_115225113300031513Hot Spring Phototrophic MatADLARTLEWERDNYVLLTMAGYIPGAVEVSAHPEAMRAVVARWEVLSRRSYWETRFAAWVARWNLRRAGVLTAEEQARFGADYVEAIRSENDRNVLLALAQIQPPGTFPLAIWTRRLSDQDDRCRLAAHLAIHGWLVEVAGGGQRRQVRQALRRAGQEGTDAGTVAPFVNLPPEVLPDFRRLHEIETALAAGQMPLPDTGMENQPMSRAVLARLPE
Ga0308412_116396613300031513Hot Spring Phototrophic MatRAHPKELRAVVACWEALSRSTNSWELYYRQAAWVARWNLLRGGVLTAKKQARFTADYVDAIRSEKAPEVLLVLAQIRPPGPFPLWDWICRLADKDAGRRLAARLAIHGWLVEVAGGGQRRQVRQALRRAGQEVTGTVAPFVNLPPEVLPNFRRLHEIETALAAGQMPLPDTGMENRPAPRTVLARLPEAHPRTGPPGITDRTTGRT
Ga0308396_101384513300031515Hot Spring Phototrophic MatDAFAPERRQQDIRKWLELTHKSVQWEKRELVWEILAAWQREGVLERCGIDREQLQELSLLPDLARTLEWEWKGEVLRAMAGYIPGAAEVSAHPEAARAVVARWEALSRSNSWQTRREAWVARWNFLRAGVLTTEEQGRFGADYVKAIGLEDDRDVLLALAQITPPGTFPLAIWTRRLSDQNDQRRLAARLAIHGWLVEVASGGQRRQVRQALRRAGQDIGDGTVAPFVNLPPEVWPDFRRLHEIETALAAGQMPPPPPDAGAGNRPISRTVPARLPEAHLRTGPPGITGRTAGSESTTRHPFHETVRHIRHK
Ga0308396_101638813300031515Hot Spring Phototrophic MatRGRLPEPPRLLPDLARTLEWERDSDVLRAMAGYIPGAAEVSAHPEAARAVVAHWETRSRDGYGDFCLAAWVARWNLLRAGALTTEEQGRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQDDRCCLAAQLAIHGWLVEMMEGASGGQRRQVRQVLRRAEQGVTDAGTVAPFVNLPPDVLPDFRRLYEIKSALAAGQMPPPPDAAAENRSAPRAVLARLPETQPRTDCPDQAQSDGSSTNNRKHGWVHPGKDTESVLTA
Ga0308396_101647023300031515Hot Spring Phototrophic MatLPDLARTLECEQDSVVLLAMAGYIPGAVEVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQARHPFPEVIHHE
Ga0308396_103528123300031515Hot Spring Phototrophic MatGAVEVSAHPKELRAVVARWEALSRNDDWEIRQAAWVARWNLLRAGVLTAEEQGRFGSDYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQDNQCRLAAHLAIHGWLVEMMEGASGGQRRQVRQALRRAEQGVTDAGTVAPFVNLPPKVLPDFRRLREIETALAAGHLPPSPDDAAENRVTPCAVLARLPEAHPRTGLTDSTGQTTGRTAGSEPPARHPFPEVIRHE
Ga0308396_103537023300031515Hot Spring Phototrophic MatPLPVLARVLKRERDDDVLLAMAGYVPEAAEVSAHRKAARAVIAHWEALSRGAFFGEVRQAAWVARWNLMRAGVLTAGEQARFTADYVDAIRSEKERAVLLALAQTRPPGSFPLDDWKRRLSDRNNECRLAACLAIHGWLVDMASGGQRRQMRQALRRAGQEVTGTVAPFVNIPREMLPDFRRLREIETALAAGQMSPPPDAAAKNRATPRAVLARLPEAHPRTGLTDSTGQTTGRTAGSEPPARHPFPEVIRHE
Ga0308396_105973813300031515Hot Spring Phototrophic MatRSGRGRLPEPPLLAPALARALKWERDSDVLRAMAGYVPVLAEVSAHPETMRTIIARWEALSRNDDWEIRQTAWVARWNFLRAGVLTVEEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRRLSGQDDRCRLAAHLAIHSWLVDMASGGQSRQVRQVLRRLGQEGTDAGTVAPFVNLPPEVLPDFRRLREVETALAAGQMPPPPDAAAENRSAPCAVPARLPEAHPRTGPPGITDRTTGRTAGSEPPTRHPFPEAVRYE
Ga0308396_106371713300031515Hot Spring Phototrophic MatLVPDLARTLEWERDRCVLRAMAGYVPDLAEVRAHPEAMRTIIARWEALSQSDNWLIRQAAWVGRWNFLQAGAVTAEEQSRFGADYVEAIGSENDRDVLLALARITPPGTFPLAIWTRRLSDQDDRCRLAAHLAIHGWLVEVAGGGQRRQVRQALRRAGQEVTGTVAPFVNLPPEVWPDFRRLREIETALAAGQMPPPPDAAAENRATPRAVPARLPEAHPRTGPPGITDRTTGRTAGSEPPARHPFPEVIRHE
Ga0308398_101247333300031516Hot Spring Phototrophic MatTGKDVGWNKREAVWGMLVAWQREGILQRCGSGRGQLRDGGRLQKLSLLPDLARTLEWERNDYVLLAVAGYVPEAAEVRAHPEAARAIVARWEALSRNDDWQICQTAWVARWNLRRAGVLTAEEQARFDADYVEAIGAENNGDVLLALAQITPPGTFPLAIWTRRLSDQSNWCRLAPRLVIHGWLVEVAGGGQRRQMRQVLRRAGQEGMDAGTVAPFVNLPPEVLPNFRRLREIETALAAGQMPPPPPDAGIENQPMSRAGLARLPEAHPRTDPPGITGRTTGRTAGSEPPTRHPFPEVGRHE
Ga0308398_108615413300031516Hot Spring Phototrophic MatRTLECEQDGVVLLAMAGYIPGAVEVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQA
Ga0308389_102663813300031518Hot Spring Phototrophic MatSAHPEAARAVVARWKALSRNDDWLIRQAAWVARWNLWWAGVLTVEEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRGLSGQDDRRRRAAHLAIHSWLVDMASGGQRRQVRQTLRRAGQDTDAGTVAPFVNLPPEVLPDFRRLREIETALAAGQMPPPPDAAAENRATPRAVPARLPEAHPRTGPSGITDRTAGSEPPARHPFPEAVRHE
Ga0308389_107502913300031518Hot Spring Phototrophic MatRESVLERSGRGRLPEPPRLLPDLARTLEWERDSDVLRAMAGYIPGAVEVSAHPEAARAVVAHWETRSRDGYGDFCLAAWVARWNLLRAGALTAEEQGRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQDDRCCLAAQLAIHGWLVEMMEGASGGQRRQVRQVLRRAEQGVTDAGTVAPFVNLPPDVLPDFRRLYEIKSALAAGQMPPPPDAAAENRSAPRAVLARLPETQPRTDCPDQAQSDGSSTNNRKHGWVHPGKDTES
Ga0308393_100286513300031568Hot Spring Phototrophic MatEQNGDVLLAMAGYIPEAAEVSAHPEVARAVVAHWEALSRNGDWKFRLAAWVGRWNFLRAGVLTAEEQGRFGADDVEAIGAENNQAVLLALAQITPPGTFPLATWAGRLSDQDDRCCLAAHLAIHGWLVEVAGGGQRRQVRQALRRAGQDTNAGTVAPFVNLPPDVLPDFRRLREIETALAAGQMPPPPDAGAGNRAIPRTVPARLPESHPRTGPPGITDRTTGRTAGSEPPTRHPFPEVIRHE
Ga0308393_102734013300031568Hot Spring Phototrophic MatLGGGGGGPPAPPRLLPDLARALKWELDSDVLLAMAGYIPGAVEVSAHPKAVRAVVARWEALSRNDDGGIRQAAWVARWNFLLAGVLTAEEQERFGADYMDAIRSEKERAVLLALARVTPPGTFPLATWAGRLSDQDDRCRLAAQLAIHGWLVDTAGGGQRRQVRQALRRAGQEGTDAGTVAPFVDLPPEVLPDFRRLREIETALAAGQIPPPDAGAGNRPIPRTVPARLPESHPRTDPPGITDRTTGRTADSDPKARHPFPEVIRHE
Ga0308393_102980213300031568Hot Spring Phototrophic MatVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQARHPFPEVIHHE
Ga0308411_1016841313300031812Hot Spring Phototrophic MatEVSAHPKAARAVVARWEALSRETFFGGVRQAAWVARWNLRRAGALTAEEQGRFGADYVEAIGSEDDRDVLLALAQITPPGTFPLATWTRRLSDRNNECRLAAGLAIHGWLVDTAGGGQRRQVRQALRRAGQEGTDAGTVAPFVNLPPEVWPDFRRLHKIETALAAGQLPPSPDAAAGNRPSPRTVPARLPEAHPRTDPPGITDRTTGRTAGSEPPARHPFPEVIRHE
Ga0308409_101724923300031830Hot Spring Phototrophic MatGSTIPEQQRQEIAAWLELTRKNVGWEKREAVWEMLVAWQQEGVLERCGGSLAPDLTRALEWEDYGDVLIAMAGYVPGLAEVRAHPEAMRAIIARWEALSRNDDWEICQAAWVARWNFLRVGVLTAEEQGRFGADYVNAVKFEPAATALLTLAQITPPGMFPLATWAGRLSNQNDWRRLVARLAIHGCLVDMASGGQRRQVRQALRRAGQDTGAGPIAPFVNLPPEVWPDFRRLREIETALAAGQMPPPPDAAAENRSAPRAVLARLPEAHPRTDPTAITDRTTGRTAGSEPSTRHPFPEVICHE
Ga0308409_105417113300031830Hot Spring Phototrophic MatCVLRAMAGYVPKAAEVRAHPKELRAVVACWEALSRSTNSWEIYYRQAAWVARWNLLLGGVLTAKEQARFAADDVDAIRSEQAPEVLLVLAQIRPPGPFPLRDWICRLADKDARLRLATGLAIHRWLVEVMEGASGECRVASGSSLLATRYSLLATHRRQVRQALRRAGQEGTDAGTVAPFVDLPPEVWPDFRRLREVETALAAGQMPPPPDAAAENRLAPRAVPARLPEAHPRTGPPGSTGRTAGRTAGSEPPARHPSPETIRHE
Ga0308409_106223013300031830Hot Spring Phototrophic MatVHWKKREAVWGMLVAWQQESVLERCRIGRGRLQELSLLPDLARTLEWERDRCVLQAMAGYVPEAAEISAHPEAARTVVARWEALSQEADWQVRSAAWVARWNLLRAGVLTAEEQGRFGADDVEAIGAEKFRDVLLALAQITPPGIFPLAIWTRRLSDQDDRCRLAARLAIHGWLVDMAGGGQRRQVRQALRRAGQEGADNRPVAPFVNLPPEVWPDFRRLHEIETALAAGQMPPPDAAAENRSAPRAVPARLPEAHPRTDPPGITGQTTGRTAGSEPPTRHPFPEAVRYE
Ga0308409_106812613300031830Hot Spring Phototrophic MatCDERSVLRMLLASVPADASAPERRRQDIKAWLELTNENVRWEKREAIWEMLAAWQRESVLERCGISLVPDLARTLEWERDGAVLLAMAGYIPGAVEVSAHPEAARAVVARWKALSRNDDWLIRQAAWVARWNLWWAGVLTVEEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRRLSGQDDRCRLAAHLAIHSWLVDMASGGQSRQVRQVLRRLGQEGTDAGTVAPFVNLPPEVLPDFRRLREVETALAAGQMPPPPDAGIENQPMSRAGL
Ga0308409_108493213300031830Hot Spring Phototrophic MatRGRLPEPPRLLPDLARALEWEQNGDVLLAMAGYIPEAAEVSAHPEVARAVVAHWEALSRNGDWKFRLAAWVGRWNFLRAGVLTAEEQGRFGADDVEAIGAENNQAVLLALAQITPPGTFPLATWAGRLSDQDDRCCLAAHLAIHGWLVEVAGGGQRRQVRQALRRAGQDTNAGTVAPFVNLPPDVLPDFRRLREIETALAAGQMPPPPDAGAGNRAIPRTVPARLPESHPRTDPHGITDR
Ga0308409_108796813300031830Hot Spring Phototrophic MatGGIGRGRLQKLSLLPDLARTLEWERNDDVLLAMAGYTPGAAEISAHPEAARAVVAHWEALSRSDNGRIRQAVRVARWNFLRAGVLTAEEQTRFGADYVEAIGVENDPDVLLALAQTRPPGSFPLDDWKRRLSDRNNECRLAARLAIHGWLVEVAGGGQRRQVRQVLRRAGQKVTGTVAPFVNIPREVLPDFQRLHEIETALAVGQIPPPPDAGKGKRKRMGHLATLARLPETHP
Ga0308408_101729023300031865Hot Spring Phototrophic MatKWLELTHENVRWEKREAVWEMLAAWQREGVLERCGGSLAPDLARALEWERNSDVLIAMAGYVPGLAEVRAHPEAMRAIIARWEALSRNDNCRTCQAAWAARWNFLRAGVLTAEEQGRFGADYVNAVKFEPAVTALLTLAQITPPGMFPLATWAGRLSDQNDRRRLAAHLAIHGWLVDMAGGGQRRQVRQVLRQAGQEGMDAGTVAPFVNLPPEVWTDFRRLHEIETALAAGQMPLPDTGMENRPAPRTVLARLPEAHPRTGPPGITGRTTGRTAGSESTTRHPFPEVIRHE
Ga0308408_102632123300031865Hot Spring Phototrophic MatKREAVWEMLAAWQRESVLERSGRGRLPEPPRLLPDLARTLECEQDSVVLLAMAGYIPGAVEVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQARHPFPEVIHHE
Ga0308408_103973913300031865Hot Spring Phototrophic MatMVLGSVPAGSTIPEQQRQEIAAWLELTRKNVGWEKREAVWEMLVAWQQEGVLERCGGSLAPDLTRALEWEDYGDVLIAMAGYVPGLAEVRAHPEAMRAIIARWEALSRNDDWEICQAAWVARWNFLRVGVLTAEEQGRFGADYVNAVKFEPAATALLTLAQITPPGMFPLATWAGRLSNQNDWRRLVARLAIHGCLVDMASGGQRRQVRQALRRAGQDTGAGPIAPFVNLPPEVWPDFRRLREIETALAAGQMPPPPDAAAENRSAPRAVLARLPEAHPRTDPTAITDRTTGRTAGSEPSTRHPFPEVICHE
Ga0308408_105159723300031865Hot Spring Phototrophic MatRRNVPAEKRKAVWSMLAAWQREGILERSGRGRLPEPPLLAPALARALKWERDSDVLRAMAGYVPVLAEVSAHPETMRTIIARWEALSRNDDWEIRQTAWVARWNFLRAGVLTVEEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRGLSGQDDRRRQAAHLAIHSWLVDMASGGQRRQVRQTLRRAGQDTDAGTVAPFVNLPPEVLPDFRRLREIETALAAGQMPPPPDAAAENRATPRAVPARLPEAHPRTGPSGITDRTAGSEPPARHPFPEAVRHE
Ga0308408_105561523300031865Hot Spring Phototrophic MatPEAARAVVAHWEALSRSDNGRIRQAVRVARWNFLRAGVLTAEEQTRFGADYVEAIGVENDPDVLLALAQTRPPGSFPLDDWKRRLSDRNNECRLAARLAIHGWLVEVAGGGQRRQVRQVLRRAGQKVTGTVAPFVNIPREVLPDFQRLHEIETALAVGQIPPPPDAGKGKRKRMGHLATLARLPETHPRTGPPGITGRTAGSESTTRHPFPEPVRHE
Ga0308408_108846813300031865Hot Spring Phototrophic MatWEMLAAWQREGILQRCGGGRGRLRDGGRLQKLSLLPDLARTLEWEQDMDVLQAMVGYVPEAAEVSAYQEAARAVIARWEALSRSDNGRIRQIAWVARWNFLRAGALNAEEQGRFGADYVEAIGSEDDRELLALAQITPPGTFPLAIWTRRLSDQDDRCRLAARLAIHGWLVDMAGGGQRRQVRQALRRAGQEGAGNRPVAPFVNLPPEVLPDFRRLREVETALAAGQMPPPP
Ga0308408_109140913300031865Hot Spring Phototrophic MatEPPRLLPDLARTLEWERDSDVLRAMAGYIPGPVEVSAHPEAARAVVARWEALSRNGDWEIRQAAWVGRWNFLRAGVLTAEEQGRFGADYVEAIGSENDRDVLLALARITPPGTFPLAIWTRRLSDQNDRRRLAAHLAIHDWLVDMAGGGQRRQVRQVLRRAGQETDAGTGAPFVNLPPDVLSDFRRLHEIETALAAGQMPPPPDAGKGKRKRMGHLATLARLPEAYP
Ga0308405_100558313300031875Hot Spring Phototrophic MatQDITGWLELTRKDVDWEKRAAVWDMLAAWQREGILESGGISLVPDLARTLEWERDRCVLRAMAGYVPKAAEVRAHPKELRAVVACWEALSRSTNSWEIYYRQAAWVARWNLLRGGVLTAKKQARFTADDVDAIRSEKGPEVLLVLAQIRPPGPFPLWDWICRLADKDAGRRLAARLAIHGWLVEVAGGGQRRQVRQALRRAGQEGTDAGTVAPFVNLPPEVLPDFRRLHEIETALAAGQMPLPDTGMENQPMSRAVLARLPEDHPRTGLPGITDRTTGRTAGSEPPARHPFPEVIRHE
Ga0308405_106610123300031875Hot Spring Phototrophic MatRLPEPPRLLPDLARALKWELDSDVLLAMAGYIPGAAEVSAYPEATRAVIARWEALSRETFFGGVRQAAWVARWNLRRARALTAEEQERFGADYVEAIGSEDDRDVLLALAQITPPGTFPLATWTRRLSDRNNECRLAAGLAIHGWLVDTAGGGQRRQVRQALRRAGQEGTDAGTVAPFVDLPPEVLPDFRRLREIETALAAGQIPPPDAGAGNRPIPRTVPARLPEAHPRTDPPGITDRTTGRTADSDPKARHPFLEVIRHE
Ga0308405_108652213300031875Hot Spring Phototrophic MatQQQDIMAWLELTRGDVDWRKREAVWDLLAAWQREGVLERCGIGREQLQELSLLPDLARTLGWERDSDVLRAMARYIPGAVEVSAHSKAVRDIIARWEALSRNDDWRIRQIAWVARWNFLRAGVLTAEEQTRFGADYVEAIGSENDRDVLLALAQITPPGTFPLAIWTRRLSDQNDWRRLAAHLAIHGWLVEVAGGGQRRQVRQALRRAGQEGTDARMVAPFVNLPPEVLPDFQRLREIETALAAGQMPPPPDAGAGNRPI
Ga0308404_100918623300031878Hot Spring Phototrophic MatLRAVVACWEALSRSTNSWEIYYRQAAWVARWNLLRGGVLTAKEQARFAADDVDAIRSEQAPEVLLVLAQIRPPGPFPLRDWICRLADKDAGRRLAARLAIHGWLVEVAGGGQRRQVRQALRRAGQEGTDAGTVAPFVNLPPDVLPDFRRLREIETALAAGQMPPPPDAAAENRVTPRAIPARLPEAYPRTSPPGITDRTTGRTAGSEPPARHPFPEVIRHE
Ga0308404_101477513300031878Hot Spring Phototrophic MatLRILLSSVPADASAPEQQQQDIMAWLELTHENVQWEKRKAVWEMLVAWQRESVLERSGRGRLPEPPRLLPDLARTLECEWHSGTLLAMAGYIPGAVEVSAHPKELRAVVARWEALSRNGDLGIRQAAWVARWNLRRAGVLTAEEQGRFGADYMDAIRSEKERAVLLALAQITPPGTFPLAIWTRRLSDQDDRRRLAAQLAIHGWLVDMASGGQSRQVRQVLRRLGQEGTDAGTVTPFVNLPPEVWPDFRRLREIETALAAGQMPPPDAGIENQPMSRAGLARLPEAHPRTGPPGITGRTTGRTAGSEPPARHPFPEAGRHE
Ga0308404_107445413300031878Hot Spring Phototrophic MatDLARALEREADGGALLAMAGYVPEAAEASAHPEAARAVVARWEALSRNDDWEIRQAAWVARWNLRRAGVLTAEEQGRFGADYVEAIGSEDNREVLLALAQITPPGTFPLATWAGRLSDQNDRRRLAAHLAIHGWLVEMAGGGQHRQVRQALRRAGQEVTGTVAPFVNLPHNVLPDFRRLHEIETALAAGHLPPSPDADIENQPMSRAGLARLPESHPRGGRGP
Ga0308406_100781913300031948Hot Spring Phototrophic MatNVSWEKREAVWGMLAAWQRESVLERSGRGRLPEPPLLLPDLARALEWEQNGDVLLAMAGYIPEAAEVSAHPEVARAVVAHWEALSRNGDWKFRLAAWVGRWNFLRAGVLTAEEQGRFGADDVEAIGAENNQAVLLALAQITPPGTFPLATWAGRLSDQDYRCCLAAQLAIHGWLVEMMEGASGGQRRQVRQVLRRAGQEDAGNRPVAPFVNLPPEVWPDFRRLREIETALAAGQMPPPPDAGAENRSASRAVLTRLPEAPPRINPPGNTDRAAGAEPPVRHPFPETIRHE
Ga0308406_100913833300031948Hot Spring Phototrophic MatEAVWEMLAAWQRESVLERCGIDREQLQELSLLPDLARTLECEWHSGTLLAMAGYIPGAVEVSAHPEAARAVVDRWEALSRNGYWEFRRAAWVARWNLRRAGVLTAEEQERFGADYVEAIRSEDNRELLALAKITPPGTFPLAIWTRRLSDQNDRRRLAAHLAIHGWLVDIAGGGQRRQVRQVLRRAGQEGTDAGTVAPSVNLPPEVWPDFRRLHEIETALAAGQMPPRPDAAAENRVTPRAVPARLPEPHPRTGPPGITGRTAGSDPQARHPFPEVIRHE
Ga0308406_101519623300031948Hot Spring Phototrophic MatQQQDIMAWLELTRGDVDWRKREAVWDLLAAWQREGVLERCGIDREQLQELSLLPDLARTLGWERNSDVLRAMAGYIPGAVEVSAHPKELRAVVTRWEALSRNGDLGIRQAAWVARWNLRRAGVLTAEEQGRFGADYMDAIRSEKERAVLLALAQITPPGTFPLAIWTRRLSDQDDRRRLAAQLAIHGWLVDMASGGQSRQVRQVLRRAGQEGTDAGTVTPFVNLPPEVLPDFRRLREIETALAAGHLPPSPDAAAGNRPSPRTVPARLPEAHPRTEPPSITDRTTGRIAGSEPPARHPFPEVIRHE
Ga0308406_102118313300031948Hot Spring Phototrophic MatPMLLASVPADASAPERLRQDITDWLELIRENVHWEKREAVWEMLAAWQRGGVLERSGRGRLPEPPRLLPDLARTLECEQDSVVLLAMAGYIPGAVEVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQARHPFPEVIHHE
Ga0308406_103707713300031948Hot Spring Phototrophic MatSPEQQDITGWLELTRKDVDWEKRAAVWDMLAAWQREGILESGRISLVPDLARTLEWERDRCVLRAMAGYVPKAAEVRAHPKELRAVVACWEALSRSTNSWELYYRQAAWVARWNLLRGGVLTAKKQARFTADYVDAIRSEKAPEVLLVLAQIRPPGPFPLWDWICRLADKDAGRRLAARLAIHGWLVEVAGGGQRRQVRQALRRAGQEVTGTVAPFVNLPPEVLPNFRRLHKIETALAAGQLPPSPDAAAGNRPSPRTVPARLPEAHPQTGPPGITGRTTGRTAGSEPPARHPFPEVIRH
Ga0308406_106824913300031948Hot Spring Phototrophic MatWELDSDVLLAMAGYIPGAAEVSAYPEATRAVIARWEALSRETFFGGVRQAAWVARWNLRRARALTAEEQERFGADYVEAIGSEDDRDVLLALAQITPPGTFPLATWTRRLSDRNNECRLAAGLAIHGWLVDTAGGGQRRQVRQALRRAGQEGTDAGTVAPFVDLPPEVLPDFRRLREIETALAAGQIPPPDAGAGNRPIPRTVPARLPESHPRTDPPGITDRTTGRTADSDPKARHPFPEVIRHE
Ga0308406_107925713300031948Hot Spring Phototrophic MatLARTLEWEQEGNVLRAMAGYVPDLAEVRGHPEAMRTIIARWEALSQSDNWLIRQAAWVGRWNFLQAGAVTAEEQSRFGADYVEAIGSENDRDVLLALARITPPGTFPLATWAGRLSDQDDRCRLAAHLAIHGWLVEVAGGGQRRQVRQVLRRAGQEGAGNRPVAPFVNLPPEVLPDFRRLHEIETALAAGQMPPPDAGMENQPMSRAGLARLPEAHPQTGLPGNTDRAA
Ga0308417_105953523300031950Hot Spring Phototrophic MatMEWEKDGDVLRAMAGYIPGAVEVSAHPEAARAVVARWEALSRNDDWEIRQAAWVARWNLLRAGGLTAEEQGRFGSDYVDAVKFEPEVTPLLALARITPPGTFPLATWAGRLSDQNNRRCLAARLAIHGWLVDMAGGGQRRQVRQVLRRAGQEVTDAGTVAPFVNLPPEVLPDFRRLREIETALAAGQMPPPDVGAGNRAIHRTVPARLPEAQPRTGPPGNTDRAAGAGPTVRHPFQETIRHE
Ga0308417_107445113300031950Hot Spring Phototrophic MatLARALEWEEDDKVLRAMAGCIPGAVEVSAHPEAMRAIIARWEALSRNGNWQIRQAAWVARWNLRRAGVLTAEEQTRFGADYMEAIGAENDRNVLLALAQITPPGTFPLAIWTRRLSDQDDRCRLAARLAIHGWLVDMAGGGQRRQVRQVLRRAGQDIGDGTVAPFVNLPPEVLPDFRRLHEIETALDAGHLPPSPDAGMENRPVPRTVPARLPEAHPRTGPPGITGRTAGRTAGSEHPARHPFPKVIR
Ga0308417_109407323300031950Hot Spring Phototrophic MatDVLQAMAGYIPGAVEVSAHPEAARAVVARWEALGRNDDWGIRRADWVARWNFLRAGALNAEEQSRFAANYVDAIRSERNEAVLLALAQITPPGTFPLATWTGRLSDQNDRCRLAAHLAIHGWLVDMEGGGQRRQVRQVLRRAGQEVTETVAPFVNLPPEVLPDFRRLHEIETALAAGQMPPPPDAGKGKRKRMGHLATLARLPESHPRTGPPGITGQTTGRTAGSEPSARHHFPEVIRHE
Ga0308417_112240613300031950Hot Spring Phototrophic MatMAWLELTYGNVDWKKREAVWGMLAAWQREGVLERGGIGRGRLPAGRGRLREPPLLLPDLARTLECEQDGAVLRAMAEYIPGAAEVSAHPEAARAVVARWEALSRNGDWEIRQSAWVARWNFLRAGVLTAEGQSRFGADYVDAVKFEPEATALLTLAQIPPPGMFPLATWAGRLSAQGDWHRLAAQLAIHDWLVDMAGGGQRRQVRQALRRAGQEDTDAGTVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDTGAGNRPIPRTVPARLPESHPRTGPTGITDRTAGRTAGSDPQ
Ga0308417_114551613300031950Hot Spring Phototrophic MatHENVQWEKREVVWDMLAAWQREGILERCGIGRGRLPAGRGRLREPPLLLPLARALECEWHSGTLLAMAGYIPGAVEVSAHPKELRAVVTRWEALSRNGDFGIRQAAWVARWNLRRAGVLTVEEQGRFGADYMDAIRSEKERAVLLALAQITPPGTFPLAIWTRRLSGQDDRHRLAAHLAIHGWLVDMASGGQSRQVRQVLCRLGQEGTDAGTVVPFVNLPPDVLPDFRRLHEIETALAAGQMPPPPNAGMENQLVPRTVPA
Ga0308417_114698913300031950Hot Spring Phototrophic MatSAPERLRQDIKAWLELTRRDVDWRKREAVWDLLAAWQREGVLERCGIGREQLQELSLLPDLARALEWEQNGDVLRAMAGYIPGAVEVSAHPEAMRAIIARWEALSRSDNWQIRRTAWVARWNLRRAGVLTAEEQARFGADDVEAIGAENDRNVLLALAQITPPGTFPLAIWTRRLSDQDDRCRLAARLAIHGWLVDMAGGGQRRQVRQVLRRAGQEGTDAGTVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAG
Ga0308417_114933313300031950Hot Spring Phototrophic MatAAWKREGVPEHFLGDSGQLLNRGQLQKLSLLPVLARVLKWERNEDVLLAMAGYVPEAAEVSAHRKAARAVVARWEALSRNGYGGFRLAAWVARWNFLRAGVLTTEEQGRFGADDVETIGTENDRDVLLALVQIQPPGTFPLAIWTRRLSDQGDRRRPAAQMAIHDWLVDMTGGGQLRQMRQVLRRAGQEGAGNRPVAPFVNLPPEVWPDFRRLREIETALAAGHLPPSPDAAAENRATPRAVPARLPEAHPRTGPP
Ga0308417_116291413300031950Hot Spring Phototrophic MatVDWKKREAVWDMLAAWQREGVLERSGRGRLPEPLLLLPDLARALKWEEDGKVLRAMAGYIPGAVEVSVHPEAMRAIIARWEALSQSDNWRIRQAAWVARWNFLRAGVLTAEEQGRFGSDYVEAIGSEDDRDALLTLAQINPPGTFPLATWAGRLSDQNDRHRLAAHLAIHGWLVDMAGGGQRRQMRQVLRRAGQEGVGNRPVAPFVNLPPEVLPDFRRLREIETALAAGHLPPSPDAGAG
Ga0308417_117190613300031950Hot Spring Phototrophic MatPLARALEWEQDGEVLRAMAGYIPGAVEVSTHPEAMRAIIARWEALSQSDNWLIRQAAWMGRWNLRRAGALTAEEQARFDADYVEALKFEPEVTALLTLAQITPPGTFPLVTWIRQLSHEDDACRLAAGLAIHGRLVDMAGGGQHRQMRQVLRRAGQEGTEAGTVAPFVNLPPEVWPDFRRLREIETALAAGQMPPPDAGMESQPAPRAVLTRLPEAPPQMNPPGNTDRAAG
Ga0308417_117770113300031950Hot Spring Phototrophic MatEPPLLLPDLARALKWELDSDVLQAMAGYIPGAVEVSAHPEATRAVVARWEALSRNDDWEIRQTAWVARWNLRRAGVLTTEEQGRFGADYVESIGAENDWDVLLALAQITSPGTFPLAIWTRRLSDQHDRCRLAARLAIHIWLVDMAGGGQRRQVRQALRRGGQDIGDGTVAPFVNLPPEVLPDFRRLREIETALAAGHLPPSPDAAAKNRATPRAVPARLPEAHP
Ga0308420_115027413300031966Hot Spring Phototrophic MatARALEWERDNDVLLAMAEYVPVLAEVRAHPEAMRAIIARWEALSRSDSWRIRREAWVARWNFLRAGVLTAEEQERFGADYVEAIGAENDPDVLLALVQIQPPGTFPLAIWTRRWSDQGDRRRPAAQMAIHDWLVDMTGGGQLRQMRQVLRRAGQEGTDAGTVAPFINLPPEVWPDFRRLREIETALAAGHLPPSPDAAAENRATPCAVPARLPEAHPRTGPPGITDRTTGRTA
Ga0308403_100348643300031980Hot Spring Phototrophic MatEGVLERSGRGRLPEPPRLLPDLARTLEWERDSDVLRAMAGYIPGAAEVSAHPEAARAVVAHWETRSRDGYGDFCLAAWVARWNLLRAGALTTEEQGRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQDYRCCLAAQLAIHGWLVEMMEGASGGQRRQVRQVLRRAEQGVTDARTVAPFVNLPPDVLPDFRRLYEIKSALAAGQMPPPPDAAAENRSAPRAVLARLPETQPRTDCPDQAQSDGSSTNNRKHGWVHPGKDTESVLTA
Ga0308403_100416413300031980Hot Spring Phototrophic MatLTVWGGGRPRPPPRLLPDLARALKWEQDGAVLRAMAGYIPGTVEVSAHPEAARAVVARWETLSRNDDWRIRRDAWVARWNFLRAGVLTAEEQSRFDADDVEAIGSEDDWDVLLVLAQITPPGTFPLAIWTRRLSDQDDRCRLVARLAIHGWLVDMAGGGQRRQVRQALRRAGQEGADNRPVAPFVNLPPDVLPDFRRLHEIETALAAGHLPPSPNAGAGNRAILRTVPARLPEAHPRTGPPSITDRTTGRTAGSDPQTRHPFPEVIRHE
Ga0308403_100640233300031980Hot Spring Phototrophic MatAWQRGGVLERSGRGRLPEPPRLLPDLARTLECEQDGVVLLAMAGYIPGAVEVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQARHPFPEVIHHE
Ga0308403_102095323300031980Hot Spring Phototrophic MatVPGLAEVSAHPKELRAVVARWEALSQDGDWEFRLAAWVARWNLMRAGVLTAEEQARFTADYVDAIRSEKAPEVLLVLAQIRPPGPFPLWDWICRLADKDAGRRLAARLAIHGWLVEVAGGGQRRQVRQALRRAGQEVTGTVAPFVNLPPEVLPNFRRLREIETALAAGHLLPSPDDAAENRVTPCAVLARLPEAHPRTDPPGITGRTAGSEPPARHPFPEVIRHE
Ga0308403_103537413300031980Hot Spring Phototrophic MatRWEKREAVWGMLAAWQRESVLERSGRGRLPEPPRLLPDLARTLEWEQDRDVLRAMAGYVPDLAEVSAHPKAVRAIIARWKALSQSDNWRIRQAAWVARWNLMRAGVLTAEEQGRFGADYVDAVKFEPEATALLTLAQMTPPGTFPLARWAGRLSDHDDQCRLAAHLAIHDWLVDLAGGGQRRQVRQALRRAGQESMGVGTVAPFVNLPPEVLPDFRRLHEVETALAAGQIPPPPDAGKGKQKRMGHLATLARLPEAHPRTDPPSITDRTAGSESTTRHPSPEVIRHE
Ga0308402_100792923300032033Hot Spring Phototrophic MatDASAPEQQQQDIMAWLKLTHRNVRWEKREAVWDMLAAWQRGGVLERSGRGRLPEPPRLLPDLARTLECEQDGVVLLAMAGYIPGAVGVSAHPEAARAVVARWEALSRNDDWRIRQAAWVGRWNFLRAGVLTAEEQTRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQGDGYRLAAYLAIHGWLVDMTGGGQRRQMRQVLRRAGQEDTDAGRVAPFVNLPPEVLPDFRRLHEIETALAAGHLPPSPDAGAENRSAPRAVPARLPEAPPQMNPPGNTDRAAGSDPQARHPFPEVIHHE
Ga0308402_101097013300032033Hot Spring Phototrophic MatISLVPDLARALEREADGGALLAMAGYVPEAAEASAHPEAARAVVARWEALSRNDDWEIRQAAWVARWNLRRAGVLTAEEQGRFGADYVEAIGSEDNREVLLALAQITPPGTFPLATWAGRLSDQNDRRRLAAHLAIHGWLVEMAGGGQHRQVRQALRRAGQEVTGTVAPFVNLPHNVLPDFRRLHEIETALAAGHLPPSPDADIENQPMSRAGLARLPESHPRGGRGPAGGKAIAP
Ga0308402_101178623300032033Hot Spring Phototrophic MatADVSTPERRQQDIMAWLELTHENVRWEKREAVWGMLAAWQRESVLERSGRGRLPEPPRLLPDLARTLEWEQDRDVLRAMAGYVPDLAEVSAHPKAVRAIIARWKALSQSDNWRIRQAAWVARWNLMRAGVLTAEEQGRFGADYVDAVKFEPEATALLTLAQMTPPGTFPLATWAGRLSDHDDQCRLAAHLAIHDWLVDLAGGGQRRQVRQALRRAGQESMGVGTVAPFVNLPPEVLPDFRRLHEVETALAAGQMPPPPDAGKGKRKRMGHLATLARLPEAHPRTGPPGITDRTAGRTAGSEPPARHPFPEVIRHE
Ga0308402_103793423300032033Hot Spring Phototrophic MatQELSLLPDLARTLEWERDRCVLQAMAGYVPEAAEISAHPEAARTVVARWEALSQEADWQVRSAAWVARWNLLRAGVLTAEEQGRFGADDVEAIGAEKFRDVLLALAQITPPGIFPLAIWTRRLSDQDDRCRLAARLAIHGWLVDMAGGGQRRQVRQALRRAGQEGADNRPVAPFVNLPLEVLPDFRRLREIETALAAGQMPPPPDAAAENRSAPRAVPARLPEAHPRTGPPGITGQTTGRTAGSEPPTRHPFPEAVRYE
Ga0308402_104699523300032033Hot Spring Phototrophic MatVSAHPEAMRAVVARWEVLSRRSYWETRFAAWVARWNLRRAGVLTAEEQARFGADYVEAIRSENDRNVLLALAQIQPPGTFPLAIWTRRLSDQNDQRRLAARLAIHGWLVEVAGGGQRRQVRQALRRAGQDIGDGTVAPFVNLPPEVWPDFRRLHEIETALAAGQMPPPPPDAGAGNRPISRTVPARLPEAHLRTGPPGITGRTAGSESTTRHPFHETVRHIRHK
Ga0308402_105427713300032033Hot Spring Phototrophic MatISLVPDLARALEREADGGALLAMAGYVPEAAEASAHPEAARAVVARWEALSRNDDWEIRQAAWVARWNLLRAGVLTAEEQGRFGSDYVEAIGSEDNREVLLALAQITPPGTFPLAIWTRWLSDQDNRRRLAAHLAIHGWLVEMAGGGQHRQVRQVLRRAGQEVTGTVAPFVNLPHNVLPDFRRLHEIETALAAGCLPPSPDADIENQPMSRAGLARLPESHPRGGRGPAGGKAIAP
Ga0308407_101485813300032034Hot Spring Phototrophic MatERLREEFRQRVRQCPASCDERSVLRMLLASVPADASAPERRRQDIKAWLELTNENVRWEKREAIWEMLAAWQRESVLERCGISLVPDLARTLEWERNDYVLLMMAGYIPDAVEVSAHPEAARAVVARWKALSRNDDWLIRQAAWVARWNLWWAGVLTVEEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRRLSGQDDRCRLAAHLAIHSWLVDMASGGQSRQVRQVLRRLGQEGTDAGTVAPFVNLPPEVLPDFRRLREVETALAAGQMPPPPDAGAGNRPISRTVPARLPEAHLRTGQPGITGRTTGRTAGSEHPARHPFPEVIRHE
Ga0308407_105565223300032034Hot Spring Phototrophic MatDVLIAMAGYVPGLAEVRAHPEAMRAIIARWEALSRNDNCRTCQAAWAARWNFLRAGVLTAEEQGRFGADYVNAVKFEPAVTALLTLAQITPPGMFPLATWAGRLSDQNDRRRLAAHLAIHGWLVDMAGGGQRRQVRQVLRQAGQEGMDAGTVAPFVNLPPEVWTDFRRLHEIETALAAGQMPLPDTGMENRPAPRTVLARLPEAHPRTGPPGITGRTTGRTAGSESTTRHPFPEVIRHE
Ga0308407_107825113300032034Hot Spring Phototrophic MatESVLERCGIDGEQLQELSLLPDLARALECEEYSEILRAMAGYVPVLAEVSAHPETMRTIIARWEALSRNDDWEIRQTAWVARWNFLRAGVLTVEEQGRFGADYVKAIGAEYDRDVLLALAQITPPGTFPLAIWTRGLSGQDDRRRQAAHLAIHSWLVDMASGGQRRQVRQTLRRAGQDTDAGTVAPFVNLPPEVLPDFRRLREIETALAAGQMPPPPDAAAENRATPRAVPA
Ga0308407_108975813300032034Hot Spring Phototrophic MatRLQKLSLLPDLARTLEWERNDDVLLAMAGYIPGAVEVSAHPEVARAVVAHWEALSRSDNGRIRPAAWVGRWNLLRGEVLTTEKQARFAANYVDTIRSEQDQDVLLTLAQITPPGTFPLATWAGRLSDQDDLRRLAAQLAIHGCLVEVAGGGQRRQVRQALRRAGQEVTGTVAPFVNLPPEVLPNFRRLHEIETALAAGQMPPPPDAAAENRA
Ga0308400_100175513300032045Hot Spring Phototrophic MatQQDIMAWLELTHENVSWEKREAVWGMLAAWQREGVLERSGRGRLPESPRLLPDLARTLEWERNGDVLQAMAGYVPGLAEVSAHPKELRAVVARWEALSQDGDWEFRLAAWVARWNLMRAGVLTAEEQARFTADYVDAIRSEKAPEVLLVLAQIRPPGPFPLWDWICRLADKDAGRRLAARLAIHGWLVEVAGGGQRRQVRQALRRAGQEVTGTVAPFVNLPPEVLPNFRRLREIETALAAGHLLPSPDDAAENRVTPCAVLARLPEAHPRTDPPGITGRTAGSEPPARHPFPEVIRHE
Ga0308421_101495433300032057Hot Spring Phototrophic MatLLPDLARALEWEQNGDVLLAMAGYIPEAAEVSAHPEVARAVVAHWEALSRNGDWKFRLAAWVGRWNFLRAGVLTAEEQGRFGADDVEAIGAENNQAVLLALAQITPPGTFPLATWAGRLSDQDYRCCLAAQLAIHGWLVEMMEGASGGQRRQVRQVLRRAGQEDAGNRPVAPFVNLPPEVWPDFRRLREIETALAAGQMPPPPDAGAENRSASRAVLTRLPEAPPRINPPGNTDRAAGAEPPVRHPFPETIRHE
Ga0308421_102585913300032057Hot Spring Phototrophic MatPDLARALEWEDYGDVLIAMAGYVPGLAEVRAHPEAMRAIIARWEALSRNDNCRTCQAAWAARWNFLRAGVLTAEEQGRFGADYVNAVKFEPAVTALLTLAQITPPGMFPLATWAGRLSDQNDRRRLAAHLAIHGWLVDMAGGGQRRQVRQVLRQAGQEGMDAGTVAPFVNLPPEVWTDFRRLHEIETALAAGQMPLPDTGMENRPAPRTVLARLPEAHPRTGPPGITGRTTGRTAGSESTTRHPFPEVIRHE
Ga0308421_109371913300032057Hot Spring Phototrophic MatLTRGDVDWRKREAVWDLLAAWQREGVLERCGIDREQLQELSLLPDLARTLGWERNSDVLRAMAGYIPGAVEVSAHPKELRAVVARWEALSRNGDLGIRQAAWVARWNFLRAGVLTAEEQGRFGADYMDAIRSEKERAVLLALAQITPPGTFPLAIWTRRLSDQDDRRRLAAQLAIHGWLVDMASGGQSRQVRQVLRRLGQEGTDAGTVVPFVNLPPEVLPDFRRLREIETALAAGCLPPPPDAAA
Ga0308414_103756513300032356Hot Spring Phototrophic MatRQQDIREWLKLTHENVQWEKREAVWDMLAAWQREGILERCGISLVPDLARTLEWERHDYVLRAMAGYIPGAVEVSAHPEAMRASIARWEALSRNGNWQIRQAAWVARWNLRRAGVLTAEEQTRFGADYMEAIGAENDRNALLALVQITPPGTFPLAIWTRRFSDKDNRCRLAAHLAIHGWLVNMEGGGQRRQMRQALRRAGQDIGDGTVAPFVNLPPEVWPDFRRLREIETALAAGHLPPSPDAAAENRATPRAVPARLPESHLRTGPPGITGQTTGRTAGSEPPARPLSPENVRHE
Ga0308414_108579123300032356Hot Spring Phototrophic MatHPEAARAVIARWEALNRSSYWEIRSAAWVARWNLLRGGGLTAGEQAQFGADYVEAVKFESEVTALLTLVQITPPGTFPLATWIRQLSHEDDACRLAAGLAIHGWLVDMTGGGQRRQMRQVLRRVGQEGAGNRPVAPFVNLPLEVLPDFRRLREIETALAAGHLPPSPDAGAGNRPIPRTVPARLPESYPRTDPPGITGRTTGRTAGSDPQARHPFPEVIRHE
Ga0308414_110183513300032356Hot Spring Phototrophic MatNVRLEKRELVWEMLAAWQRESVLERSGRGRLPEPPLLLPDLARTLEWERASNVLRAMAEYIPGAVEVSAHPEAAREVVARWEALSRNDGWGIRQAAWVGRWNLTRAGVLTAGEQARFGADDVEAIGAENNWAVLLVLARITPPGSFPLEDWKRHLSDKNNECRLAARLAIHGWLVNMEGGGQRRQVRQALRRAGQEGMDAGTVAPFVNLPPEVWPDFRRLREIETALAAGQMPPPPDAGKGKRKRMGHLATPARLPEAHPRTGPPGITDRTTGRIAGSEPPARHPFPEAGRHE
Ga0308414_113822513300032356Hot Spring Phototrophic MatGVLEQCGIGRGRLPAGRGRLREPPLLPDLARTLEWERNNHVLRAMAGYIPGAAEVSAHPEAARAVVARWEALSRNGYWEFRLAAWVARWNLRRAGVLTTEEQGRFGADYVEAIGAENNQDVLLALAQITPPGTFPLATWAGRLSDQDDRCRLAARLAIHGWLVDMAGGGQRRQVRQVLRRAGQEVTGTVAPFVNLPHDVLPDFRRLHEIETALAAGQMPPPDAGAGNRLIPRTVPARLPESHSRTGPPGITDRTTGRTAGS
Ga0308414_113922913300032356Hot Spring Phototrophic MatSWQHEGIMERSGRGRLPEPPLLAPALARALEWEQNGDVLLSMAGWVPEQVEVAAHPKAVRAVVARWEALSRSGYWEIRSAAWVGRWNFLRAGVLTAEEQTRFDADDVEAIGAEKTWAVLLALAQITPPGTFPLAIWTRRLSDQNDRCRLAARLAIHGWLVDMAGGGQRRQVRQVLRRAGQDTDTGTVAPFVNLPPDVLPDFRRLHEIETALAAGHLPPSPDAAAENRSAPCAVMARLPETQPRMDPTSHTSRAAAAKST
Ga0308414_115451513300032356Hot Spring Phototrophic MatNVQWEKREAVWRMLAAWQREGVLERSGRGRLPAGRGRLPEPPLLLPLARVLKWERDDDVLLAMAGYVPEAAEVSAHPEAARAVVARWEALSRNGYWGFRFAAWVARWNLLRAGAMTAEEQTRFGADYVDAIKSEKDWNVLLTLVQIQPPGTFPLAIWTRRLSDQGDWCRPAAQMAIHDWLVDMTGGGQLRQMRQVLRRAGQEGTDAGTVAPFINLPPEVWPDFRRLREIETTLAAGHL
Ga0308413_023398_3_8033300033886Hot Spring Phototrophic MatRGRPQELSLLPALARTLEWERNDDVLLAMAGYIPGAAEVSAHQKAARAVVARWEALSRSDNGRIRQAARVARWNFLRAGVLTAEEQGRFGADYVDAVKFEPEATALLALAQITPPGTFPLATWAGRLSDQDNQCRLAAHLAIHGWLVEMMEGASGGQRRQVRQALRRAEQGVTDAGTVAPFVNLPPKVLPDFRRLREIETALAAGHLPPSPDAVAENRATPRAVLARLPEAHPRTGLTDSTGQTTGRTAGSEPPTRHPFPEAVRYE
Ga0308413_071665_1_9183300033886Hot Spring Phototrophic MatSAERLREEFRRHVQQVRLWPRWRTEDYSDGLFLSTLLAWVSPERRQQDIKAWLELTRESVDWKKRKAVWGMLAAWQREGVVERGGIGRGQLQGLSLLPDLARALEWERHRGILGAMAEYVPVLAEAKAHPEAARAVVARWEALSRHDCWDTRQNAWVARWNLLQAGVLTAEEQERFGSDYVEAIRSENDREVLLALAQITPPETFPLAIWTRRLSDQDDRCRLAARLAIHGWLVEMAGGGQHRQVRQVLRRAGQEVTGTVAPFVNLPHNVLPDFRRLHEIETALAAGHLPPSPDADIENQPMSRAG
Ga0372968_019475_2_9343300034647Hot Spring Phototrophic MatVLASVPAGSPSPEQQDITGWLELTRKDVDWEKRAAVWDMLAAWQREGVLERCGISLVPDLARTLEWERDRCVLRAMAGYVPKAAEVRAHPKELRAVVACWEALSRSTNSWEIYYRQAAWVARWNLLRGGVLTAKKQARFTADYVDAIRSEKAPEVLLVLAQIRPPGPFPLWDWICRLADKDAGRRLAARLAIHGWLVEVAGGGQRRQVRQALRRAGQEVTGTVAPFVNLPPEVLPDFRRLHEIETALAAGQMPLPDTGMENQPMSRAVPGRLPEAHPRTGPPGITDRTAGRIAGSEPPTRHPFPEVIRHE
Ga0372968_034677_3_6533300034647Hot Spring Phototrophic MatYIPGAAEVSAHSKAVRDIIARWEALSRNDDWRIRQIAWVARWNFLRAGALNAEEQGRFGADYVEAIGSEDDRELLALAQITPPGTFPLAIWTRRLSDQDDRCRLAARLAIHGWLVDMAGGGQRRQVRQALRRAGQDIGDGTVAPFVNLPPEVWPDFRRLREIETALAAGQMPPPDADIENQPMSRAGLARLPEAHPRTGPPGITDRTTGRTAGSEPP
Ga0372970_037387_1_7143300034648Hot Spring Phototrophic MatMLAAWQREGILQRCGGGRGRLRDGGRLQKLSLLPDLARTLEWEQDMDVLQAMVGYVPDAAEVSAYQEAARAVIARWEALSRSDNGRIRQIAWVARWNFLRAGALNAEEQGRFGADYVEAIGSEDDRELLALAQITPPGTFPLAIWTRRLSDQDDRCRLAARLAIHGWLVDMAGGGQRRQVRQALRRAGQEGAGNRPVAPFVNLPPEVLPDFRRLHEIETALAAGQMPLPDTGMENQPM
Ga0372973_026702_2_7543300034650Hot Spring Phototrophic MatLARTLEWERNDDVLLAMAGYIPGAAEVSAHPKAARAVVAHWEALSRSDNGRIRQAARVARWNFLRAGVLTAEEQGRFGADYVDAVKFEPEVTALLTLAQITPPGTFPLATWAGRLSDQDDRCCLAAQLAIHGWLVEMMEGASGGQRRQVRQVLRRAGQEDAGNRPVAPFVNLPPEVWPDFRRLREIETALAAGQMPPPPDAGAENRSASRAVLTRLPEAPPRINPPGNTDRAAGAEPPVRHPFPETIRHE
Ga0372973_027870_3_8303300034650Hot Spring Phototrophic MatAWQREGVLERSGRGRLPEPPRLLPDLARALEWEQNGDVLLAMAGYIPEAAEVSAHPEVARAVVAHWEALSRNGDWKFRLAAWVGRWNFLRAGVLTAEEQGRFGADDVEAIGAENNQAVLLALAQITPPGTFPLATWAGRLSDQDDRCCLAAHLAIHGWLVEVAGGGQRRQVRQALRRAGQDTNAGTVAPFVNLPPDVLPDFRRLREIETALAAGQMPPPPDAAAKNRSVPRAVPARLPEAHPRTGPPGITNRTTDRTAGSEPPARHPFPEAGRHE


 ⦗Top⦘


© Pavlopoulos Lab, Bioinformatics & Integrative Biology | B.S.R.C. "Alexander Fleming" | Privacy Notice
Make sure JavaScript is enabled in your browser settings to achieve functionality.