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 F097413

Metagenome / Metatranscriptome Family F097413

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


Overview

Basic Information
Family ID F097413
Family Type Metagenome / Metatranscriptome
Number of Sequences 104
Average Sequence Length 385 residues
Representative Sequence ILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDEWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGSWKKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAE
Number of Associated Samples 56
Number of Associated Scaffolds 104

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 1.94 %
% of genes near scaffold ends (potentially truncated) 97.12 %
% of genes from short scaffolds (< 2000 bps) 93.27 %
Associated GOLD sequencing projects 54
AlphaFold2 3D model prediction No

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 (88.462 % 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
(64.423 % of family members)
Environment Ontology (ENVO) Unclassified
(99.038 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(64.423 % 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: 0.00%    β-sheet: 53.81%    Coil/Unstructured: 46.19%
Feature Viewer
Powered by Feature Viewer


 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 104 Family Scaffolds
PF01699Na_Ca_ex 25.00
PF03372Exo_endo_phos 0.96

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 104 Family Scaffolds
COG0387Cation (Ca2+/Na+/K+)/H+ antiporter ChaAInorganic ion transport and metabolism [P] 25.00
COG0530Ca2+/Na+ antiporterInorganic ion transport and metabolism [P] 25.00


 ⦗Top⦘

Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A88.46 %
All OrganismsrootAll Organisms11.54 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2022920003|YNPsite05_CeleraDRAF_scf1119010635237Not Available5430Open in IMG/M
3300002493|JGI24185J35167_1030173All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → Mamiellophyceae → Mamiellales → Bathycoccaceae → Ostreococcus → unclassified Ostreococcus → Ostreococcus sp. 'lucimarinus'1323Open in IMG/M
3300002493|JGI24185J35167_1043494Not Available965Open in IMG/M
3300005243|Ga0068643_1125386Not Available980Open in IMG/M
3300005244|Ga0068644_1007545Not Available1430Open in IMG/M
3300005247|Ga0068637_1113446Not Available952Open in IMG/M
3300005248|Ga0068636_1128824Not Available866Open in IMG/M
3300005249|Ga0068645_1002151Not Available1293Open in IMG/M
3300005250|Ga0068635_1020103Not Available1139Open in IMG/M
3300005496|Ga0068679_1094013All Organisms → cellular organisms → Bacteria1985Open in IMG/M
3300005498|Ga0068649_1025666Not Available1121Open in IMG/M
3300005638|Ga0068669_1197417Not Available1138Open in IMG/M
3300006359|Ga0068676_1128492All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Siphoviridae → Dolichocephalovirinae → Shapirovirus → Caulobacter virus phiCbK1123Open in IMG/M
3300006380|Ga0068664_1000066Not Available1013Open in IMG/M
3300006380|Ga0068664_1000245Not Available928Open in IMG/M
3300006848|Ga0101768_1040726All Organisms → cellular organisms → Bacteria1179Open in IMG/M
3300010180|Ga0124937_1082794Not Available1143Open in IMG/M
3300010183|Ga0124919_1010654Not Available1195Open in IMG/M
3300010184|Ga0124920_1154743Not Available1254Open in IMG/M
3300010186|Ga0124916_1039441Not Available1492Open in IMG/M
3300010187|Ga0124918_1083359Not Available859Open in IMG/M
3300010190|Ga0124925_1181161Not Available1335Open in IMG/M
3300010193|Ga0124924_1119947Not Available1027Open in IMG/M
3300010197|Ga0124922_1157229Not Available1195Open in IMG/M
3300010247|Ga0124945_1078858Not Available1238Open in IMG/M
3300010249|Ga0124943_1096716All Organisms → cellular organisms → Bacteria3619Open in IMG/M
3300010252|Ga0124948_1150744Not Available1695Open in IMG/M
3300010255|Ga0124910_1021528Not Available1139Open in IMG/M
3300010255|Ga0124910_1034466Not Available973Open in IMG/M
3300026237|Ga0209750_1008309All Organisms → cellular organisms → Bacteria2649Open in IMG/M
3300026237|Ga0209750_1030631Not Available1068Open in IMG/M
3300026280|Ga0209017_10033186Not Available1314Open in IMG/M
3300026509|Ga0209809_1030225Not Available1936Open in IMG/M
3300026509|Ga0209809_1035464Not Available1704Open in IMG/M
3300027279|Ga0209691_1023643Not Available1446Open in IMG/M
3300027279|Ga0209691_1030390Not Available1178Open in IMG/M
3300027279|Ga0209691_1039581Not Available960Open in IMG/M
3300031245|Ga0308395_1018665Not Available2360Open in IMG/M
3300031245|Ga0308395_1030307Not Available1617Open in IMG/M
3300031245|Ga0308395_1031317All Organisms → cellular organisms → Bacteria1574Open in IMG/M
3300031245|Ga0308395_1032523Not Available1527Open in IMG/M
3300031245|Ga0308395_1039982Not Available1301Open in IMG/M
3300031245|Ga0308395_1044754Not Available1195Open in IMG/M
3300031508|Ga0308394_1026218Not Available1601Open in IMG/M
3300031508|Ga0308394_1045943Not Available1047Open in IMG/M
3300031512|Ga0308397_1025279Not Available1675Open in IMG/M
3300031512|Ga0308397_1043599Not Available1128Open in IMG/M
3300031513|Ga0308412_1058420Not Available1295Open in IMG/M
3300031513|Ga0308412_1070844Not Available1120Open in IMG/M
3300031514|Ga0308390_1034361All Organisms → cellular organisms → Bacteria1455Open in IMG/M
3300031514|Ga0308390_1037231Not Available1366Open in IMG/M
3300031514|Ga0308390_1042534Not Available1224Open in IMG/M
3300031514|Ga0308390_1049694Not Available1081Open in IMG/M
3300031514|Ga0308390_1060819Not Available919Open in IMG/M
3300031515|Ga0308396_1035878Not Available1186Open in IMG/M
3300031515|Ga0308396_1041311Not Available1073Open in IMG/M
3300031516|Ga0308398_1021949Not Available1878Open in IMG/M
3300031516|Ga0308398_1039588Not Available1228Open in IMG/M
3300031518|Ga0308389_1026891All Organisms → cellular organisms → Bacteria1915Open in IMG/M
3300031518|Ga0308389_1042895Not Available1294Open in IMG/M
3300031568|Ga0308393_1029857Not Available1385Open in IMG/M
3300031568|Ga0308393_1030235Not Available1373Open in IMG/M
3300031568|Ga0308393_1031987Not Available1321Open in IMG/M
3300031783|Ga0308418_1036259Not Available1295Open in IMG/M
3300031783|Ga0308418_1036391All Organisms → cellular organisms → Bacteria1291Open in IMG/M
3300031783|Ga0308418_1047630Not Available1062Open in IMG/M
3300031812|Ga0308411_10057981Not Available1698Open in IMG/M
3300031812|Ga0308411_10115060Not Available1004Open in IMG/M
3300031830|Ga0308409_1061711Not Available902Open in IMG/M
3300031865|Ga0308408_1037425Not Available1242Open in IMG/M
3300031865|Ga0308408_1044973Not Available1098Open in IMG/M
3300031875|Ga0308405_1030572Not Available1646Open in IMG/M
3300031875|Ga0308405_1047312Not Available1201Open in IMG/M
3300031875|Ga0308405_1065174Not Available956Open in IMG/M
3300031878|Ga0308404_1012961Not Available1951Open in IMG/M
3300031878|Ga0308404_1016385All Organisms → cellular organisms → Bacteria1682Open in IMG/M
3300031878|Ga0308404_1030485Not Available1151Open in IMG/M
3300031878|Ga0308404_1032467Not Available1106Open in IMG/M
3300031948|Ga0308406_1028048Not Available1391Open in IMG/M
3300031948|Ga0308406_1034080Not Available1222Open in IMG/M
3300031948|Ga0308406_1037571Not Available1147Open in IMG/M
3300031950|Ga0308417_1083347Not Available1183Open in IMG/M
3300031958|Ga0308410_1025357Not Available2301Open in IMG/M
3300031966|Ga0308420_1039120All Organisms → cellular organisms → Bacteria1810Open in IMG/M
3300031966|Ga0308420_1092146Not Available990Open in IMG/M
3300031980|Ga0308403_1028496Not Available1250Open in IMG/M
3300032034|Ga0308407_1019768Not Available1788Open in IMG/M
3300032034|Ga0308407_1028073Not Available1411Open in IMG/M
3300032034|Ga0308407_1028105Not Available1410Open in IMG/M
3300032034|Ga0308407_1031109Not Available1317Open in IMG/M
3300032045|Ga0308400_1014018Not Available2087Open in IMG/M
3300032045|Ga0308400_1025601Not Available1440Open in IMG/M
3300032045|Ga0308400_1027570Not Available1372Open in IMG/M
3300032045|Ga0308400_1048949Not Available948Open in IMG/M
3300032058|Ga0308419_1056650Not Available1325Open in IMG/M
3300032058|Ga0308419_1059696Not Available1269Open in IMG/M
3300032058|Ga0308419_1090511Not Available903Open in IMG/M
3300032356|Ga0308414_1057492Not Available1583Open in IMG/M
3300032356|Ga0308414_1090336Not Available1110Open in IMG/M
3300032356|Ga0308414_1092961Not Available1085Open in IMG/M
3300033886|Ga0308413_031691Not Available1675Open in IMG/M
3300033886|Ga0308413_054962Not Available1116Open in IMG/M
3300033886|Ga0308413_058826Not Available1062Open 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 Mat64.42%
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat29.81%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic4.81%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring0.96%

Visualization
Powered by ApexCharts



Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2022920003Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP5 Bath Lake Vista AnnexEnvironmentalOpen in IMG/M
3300002493Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS undermat 2012EnvironmentalOpen in IMG/M
3300005243Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0900_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005244Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1000_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005247Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2000_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005248Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1900_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005249Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1200_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005250Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005496Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_2000 MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005498Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1600(2)_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005638Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006359Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_1400 MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006380Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1200_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006848Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
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
3300010183Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0700_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010184Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0800_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010186Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2300_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010187Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0600_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010190Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010193Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
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
3300010247Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_1800 MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010249Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_0700 MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010252Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_2100 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
3300026280Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS undermat 2012 (SPAdes)EnvironmentalOpen in IMG/M
3300026509Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027279Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-B MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300031245Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_P4EnvironmentalOpen in IMG/M
3300031508Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_me2EnvironmentalOpen in IMG/M
3300031512Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T8EnvironmentalOpen in IMG/M
3300031513Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20070728_OST1-BottomLayerEnvironmentalOpen in IMG/M
3300031514Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_149EnvironmentalOpen in IMG/M
3300031515Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_Pe2EnvironmentalOpen in IMG/M
3300031516Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T9EnvironmentalOpen in IMG/M
3300031518Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_148EnvironmentalOpen in IMG/M
3300031568Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050630_ee2EnvironmentalOpen in IMG/M
3300031783Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090729_R4cdEnvironmentalOpen in IMG/M
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
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
3300032058Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS50EnvironmentalOpen in IMG/M
3300032356Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS50EnvironmentalOpen in IMG/M
3300033886Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090729_t10cdEnvironmentalOpen in IMG/M

Geographical Distribution
Zoom:     Powered by OpenStreetMap



 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
YNPsite05_CeleraDRAFT_4163002022920003Hot SpringLHACRSTLEDPHNCKVFLGVSREGGHIIGHFPIFDIESIKIDYDIVSKGKNKINYAGPKVAAGENGVGIISVDQFGRDEWSFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEREYKVANLGPDLKKKGNINQIEWKTFESDQVTYGGHAELITNRDFTELYAIFGARGDNSQIITIMKYKEATNNEATGTFEKIAEINTRDTNVGVCYRPSGALDSQGNLHFTCDDTGGSLYYYTNANPKGSWEKQLLTNNGISGVLRIDEKDGIHVGFLTFKPSGPAYMYSSDGKTWTRPIVANEIVNPKYVYTANMIGGVALHGQNPYXXXXXX
JGI24185J35167_103017313300002493Anoxygenic And Chlorotrophic Microbial MatNFVELNLGKRLRDPTGKADTICEGDPNSTGVVYRYTIEDDKSCGGPWGTPCDYNVKFPTLAFYNCKIFFGASRHGSHLTGYFPIFDVENIKIEFGEVPRGRNRIDYAGPKVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTXXXXXSVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKEGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKIAEINTSDTNVGVCYRPSGALDSQGNLHFTCDDVGGSLYYYTNAGGSWRKQLLTNDGVSGVLRIDQKDGIHVGFITXRXXSPAYMYSSDGNTWTRPIVANEIVNPKYGFTANMTGGVAIHGQNPYLLVAFEDWTNGGGRVGLIMFGAET*
JGI24185J35167_104349413300002493Anoxygenic And Chlorotrophic Microbial MatDFSNFVELSLGKNLRDPTGKPSSICDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKNPTLAFYNCKVFFGASRHGGHLTGYFPIFDVENIKIEFGEILRGGNGVGYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDREYEIFTDGYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGIS
Ga0068643_112538613300005243Anoxygenic And Chlorotrophic Microbial MatGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYKPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGNTNPGDTNAGGPWRKQLLTNNGVSGVLRIDEKDG
Ga0068644_100754523300005244Anoxygenic And Chlorotrophic Microbial MatPTLAFYNCKVFFGAGRHGGHLTGYFPIFDVENIKIEFGEILRGGNGIGYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDREYEIFTDKYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMFGGVAIHGQNPYLLVAFEYFTNGGGRFGLIMFGAEA*
Ga0068637_111344613300005247Anoxygenic And Chlorotrophic Microbial MatLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEQDKLCGPWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLRNKGSPIQWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNG
Ga0068636_112882413300005248Anoxygenic And Chlorotrophic Microbial MatESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGG
Ga0068645_100215123300005249Anoxygenic And Chlorotrophic Microbial MatAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA*
Ga0068635_102010313300005250Anoxygenic And Chlorotrophic Microbial MatEGGHITGHFPIFDIESIKIDYDIVSKGRNRIDYAGPRVAAGENGVGIISVDRFGKDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGNLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA*
Ga0068679_109401333300005496Anoxygenic And Chlorotrophic Microbial MatLDFSNFVELSLGKNLRDPTGKADTSCEGDPGSTEVVYRYTIEDDKFCDGPWGTPCDYDVKFPTLAFYNCKIFFGASRHGSHLTGYFPIFDVENIKIEFGEIPRGRNRIDYAGPRVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTDDYFLSVARVAYYKGNWIAIAPIEREYKVANLGPDLKKRGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMKYKEDTNNEATGTFEKIAEINTSDTNGGVCYRPSGALDSQGNLHFTCDDTGGSLYYYTNAEGSWKKQLLTNNGLNGVLRIDEKDGIHVGFITFRPRSPAYMYSSDGNTWTRPIVANEIVNPKYGFTANMVGGVAIHGQNPYLLVAFEDWTNGGPRVGLIMFGAET*
Ga0068649_102566613300005498Anoxygenic And Chlorotrophic Microbial MatAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGVSGVLRIDEKDGIHVGFIAFRQGGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMFGGVAIHGQNPYLLVAFEYFTNGGGRFGLIMFGAEA*
Ga0068669_119741713300005638Anoxygenic And Chlorotrophic Microbial MatKNLRDPTGKPSSTCDGDPGSTGVVYRYTIENDKLCGPWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLRNKGSPIQWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFE
Ga0068676_112849213300006359Anoxygenic And Chlorotrophic Microbial MatFFGASRHGSHLTGYFPIFDVENIKIEFGEIPRGRNRIDYAGPRVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTDDYFLSVARVAYYKGNWIAIAPIEREYKVANLGPDLKKRGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMKYKEDTNNEATGTFEKIAEINTSDTNGGVCYRPSGALDSQGNLHFTCDDTGGSLYYYTNAEGSWKKQLLTNNGLNGVLRIDEKDGIHVGFITFRPRSPAYMYSSDGNTWTRPIVANEIVNPKYGFTANMVGGVAIHGQNPYLLVAFEDWTNGGPRVGLIMFGAET*
Ga0068664_100006613300006380Anoxygenic And Chlorotrophic Microbial MatEGGHITGHFPIFDIESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA*
Ga0068664_100024513300006380Anoxygenic And Chlorotrophic Microbial MatEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAG
Ga0101768_104072623300006848Anoxygenic And Chlorotrophic Microbial MatPRVAAGESGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA*
Ga0124937_108279413300010180Anoxygenic And Chlorotrophic Microbial MatGILLIGTPVAILSFIDPRSQFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEQDKLCGPWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGKTWTKPI
Ga0124919_101065413300010183Anoxygenic And Chlorotrophic Microbial MatGIVLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSICDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKHPTLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEISRGSNRIDYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDGEYQIFTDGYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIKWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYKPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGYTANM
Ga0124920_115474313300010184Anoxygenic And Chlorotrophic Microbial MatNILLNLLPECFNLDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERIRDLIVGIVLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKSSSTCDGDPGSTGIVYRYTFEEDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDEVTYRGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYKPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLR
Ga0124916_103944113300010186Anoxygenic And Chlorotrophic Microbial MatPVRCLDFVERPQKNNQVSNILLNLLPECFNLDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERTRDLIVGILLIGTPVAILSFIDPRSQFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGNLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPY
Ga0124918_108335913300010187Anoxygenic And Chlorotrophic Microbial MatFPIFDVESIKIDHDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGNLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYG
Ga0124925_118116113300010190Anoxygenic And Chlorotrophic Microbial MatLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSICDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKHPTLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEILRGGNRVDYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDGEYQIFTDGYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGCLYYYTNAGGSWKKQLLTNNGVSGVLRIDEKDGIHVGFIAFRQGGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMFGGVAIHGQNPYLLVAFEYFTNGGGRFGLIMFGAEA*
Ga0124924_111994713300010193Anoxygenic And Chlorotrophic Microbial MatFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVAIHGQNPYLLVAFEYFTNGGGRFGLIM
Ga0124922_115722913300010197Anoxygenic And Chlorotrophic Microbial MatGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKVAEVNTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA*
Ga0124945_107885813300010247Anoxygenic And Chlorotrophic Microbial MatGSHLTGYFPIFDVENIKIEFGEIPRGRNRIDYAGPRVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTDDYFLSVARVAYYKGNWIAIAPIEREYKVANLGPDLKKRGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMKYKEDTNNEATGTFEKIAEINTSDTNGGVCYRPSGALDSQGNLHFTCDDTGGSLYYYTNAEGSWKKQLLTNNGLNGVLRIDEKDGIHVGFITFRPRSPAYMYSSDGNTWTRPIVANEIVNPKYGFTANMVGGVAIHGQNPYLLVAFEDWTNGGPRVGLIMFGAET*
Ga0124943_109671653300010249Anoxygenic And Chlorotrophic Microbial MatSRHGSHLTGYFPIFDVENIKIEFGEIPRGRNRIDYAGPRVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTDDYFLSVARVAYYKGNWIAIAPIEREYKVANLGPDLKKRGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMKYKEDTNNEATGTFEKIAEINTSDTNGGVCYRPSGALDSQGNLHFTCDDTGGSLYYYTNAEGSWKKQLLTNNGLNGVLRIDEKDGIHVGFITFRPRSPAYMYSSDGNTWTRPIVANEIVNPKYGFTANMVGGVAIHGQNPYLLVAFEDWTNGGPRVGLIMFGAET*
Ga0124948_115074413300010252Anoxygenic And Chlorotrophic Microbial MatMIACAKSIVNILLVLGIIFLGVSMGYLAAQSLLSGQGSFWEIIKERTRDLIVGILLIGTPVAILSLIDPRSQFLDFSNFVELSLGKNLRDPTGKADTSCEGDPGSTEVVYRYTIEDDKFCDGPWGTPCDYDVKFPTLAFYNCKIFFGASRHGSHLTGYFPIFDVENIKIEFGEIPRGRNRIDYAGPRVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTDDYFLSVARVAYYKGNWIAIAPIEREYKVANLGPDLKKRGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMKYKEDTNNEATGTFEKIAEINTSDTNGGVCYRPSGALDSQGNLHFTCDDTGGSLYYYTNAEGSWKKQLLTNNGLNGVLRIDEKDGIHVGFITFRPRSPAYMYSSDGNTWTRPIVANEIVNPKYGFTANMVGGVAIHGQNPYLLVAFEDWTNGGPRVGLIMFGAET*
Ga0124910_102152813300010255Anoxygenic And Chlorotrophic Microbial MatLIVKERIRDLIVGIVLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSICDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKHPTLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEILRGGNRVDYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDREYEIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGNTNPGDTNAGGSWKKQLLTNNGVSGVLRIDEKD
Ga0124910_103446613300010255Anoxygenic And Chlorotrophic Microbial MatLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDRFGKDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLRNKGSPIQWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAG
Ga0209750_100830933300026237Anoxygenic And Chlorotrophic Microbial MatVAILSFIDPRSQFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGVVYRYTIENDKLCGPWGTPCDYNVKFPNLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEISRGSNRIDYAGPRVAAGENGVGIISVDSFAKNKWSIHTRFWDGESETYKDREYEIFTDKYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0209750_103063113300026237Anoxygenic And Chlorotrophic Microbial MatIVGILLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDEWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGSWKKQLLTNNGVSGVLRIDEKDGI
Ga0209017_1003318613300026280Anoxygenic And Chlorotrophic Microbial MatLLVVGIIFLGVSVGYLATQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILNLIDPRSQFLDFSNFVELNLGKRLRDPTGKADTICEGDPNSTGVVYRYTIEDDKSCGGPWGTPCDYNVKFPTLAFYNCKIFFGASRHGSHLTGYFPIFDVENIKIEFGEVPRGRNRIDYAGPKVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTDDYFLSVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKEGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKIAEINTSDTNVGVCYRPSGALDSQGNLHFTCDDVGGSLYYYTNAGGSWRKQLLTNDGVSGVLRIDQKDGIHVGFITFRPRSPAYMYSSDGNTWTRPIVANEIVNPKYGFTAN
Ga0209809_103022523300026509Anoxygenic And ChlorotrophicKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERIRDLIVGILLIGTPVAILSFIDPRSQFLDFANFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNRNQIEWKTFESDEVTYKGHAELITNKDFTELYAIFGARGDNSTIITIMKYKEAENNTATGTFEKVAEVNTRDTNVGVCYRPTGALDSQGNLHFTCDDTGGGLYYYTNAGGSWRKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYIYSSDGGITWTKPIIANELVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEP
Ga0209809_103546413300026509Anoxygenic And ChlorotrophicVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERTRDLIVGILLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSICDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKHPTLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEILRGGNRVDYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDGEYEIFTDKYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGNTNPGDTNAGGSWRKQLLTNNGVSGVLRIDEKDGIHVGFIAFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMFGGVAIHGQNPYLLVAFEYFTNGGGRFGLIMFGAEA
Ga0209691_102364313300027279Anoxygenic And ChlorotrophicPECFNLDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERIRDLIVGIVLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFED
Ga0209691_103039013300027279Anoxygenic And ChlorotrophicPECFNLDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDEWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAG
Ga0209691_103958113300027279Anoxygenic And ChlorotrophicILSFIDPRSQFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGVVYRYTIENDKLCGPWGTPCDYNVKFPNLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEISRGSNRIDYAGPRVAAGENGVGIISVDSFAKNKWSIHTRFWDGESETYKDREYEIFTDKYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARG
Ga0308395_101866513300031245Hot Spring Phototrophic MatACNNNERFLQTAPVRCLDFVERPQKNNQVSNILLNLLPECFNLDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERTRDLIVGILLIGTPVAILSFIDPRSQFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGVVYRYTIENDKLCGPWGTPCDYNVKFPNLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEISRGSNRIDYAGPRVAAGENGVGIISVDSFAKNKWSIHTRFWDGESETYKDREYEIFTDKYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308395_103030713300031245Hot Spring Phototrophic MatLNFSQLASLNLNVRLKDPLGSAKETCPGDPNEAGVIYSYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDRFGKDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308395_103131723300031245Hot Spring Phototrophic MatSQLASLNLNVRLKDPLGSAKETCPGDPNEAGVIYSYTFEQDKLCGEWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGRNRIDYAGPRVAAGENGVGIISVDRFGKDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYRGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYIYSSDGGSTWTKPIIANELVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEP
Ga0308395_103252313300031245Hot Spring Phototrophic MatLGVSLGYLAAQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGDTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308395_103998223300031245Hot Spring Phototrophic MatKFPNLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEILRGGNRVDYAGPRVAAGENGVGIISVDSFAGNKWSIRTRFWDGESETYKDREYEIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308395_104475413300031245Hot Spring Phototrophic MatTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYRGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGKTWTKPIIANEIVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308394_102621813300031508Hot Spring Phototrophic MatSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNRNQIEWKTFESDEVTYKGHAELITNKDFTELYAIFGARGDNSTIITIMKYKEAENNTATGTFEKVAEVNTRDTNVGVCYRPTGALDSQGNLHFTCDDTGGGLYYYTNAGGSWRKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYIYSSDGGITWTKPIIANELVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308394_104594313300031508Hot Spring Phototrophic MatDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYKPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLV
Ga0308397_102527913300031512Hot Spring Phototrophic MatKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERIRDLIVGILLIGTPVAILSFIDPRSQFLDFANFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLRNKGSPIQWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGDTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGKTWTKPIIANEIVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308397_104359913300031512Hot Spring Phototrophic MatSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDEWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGGVALHGQ
Ga0308412_105842013300031513Hot Spring Phototrophic MatVENIKIEFGEILRGGNRVDYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDGEYQIFTGGYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGNTNPGNTNAGGSWKKQLLTNNGVSGVLRIDEKDGIHVGFIAFRQGGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMFGGVAIHGQNPYLLVAFEYFTNGGGRFGLIMFGAEA
Ga0308412_107084413300031513Hot Spring Phototrophic MatPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERIRDLIVGIVLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEQDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYAGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYRPTGALDSQGNLHFTCDDTG
Ga0308390_103436113300031514Hot Spring Phototrophic MatTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308390_103723123300031514Hot Spring Phototrophic MatKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308390_104253413300031514Hot Spring Phototrophic MatPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDRFGKDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLRNKGSPIQWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308390_104969413300031514Hot Spring Phototrophic MatPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNRNQIEWKTFESDEVTYKGHAELITNKDFTELYAIFGARGDNSTIITIMKYKEAENNTATGTFEKVAEVNTRDTNVGVCYRPTGALDSQGNLHFTCDDTGGGLYYYTNAGGSWRKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYIYSSDGGITWTKPIIANELVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308390_106081913300031514Hot Spring Phototrophic MatPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDRFGKDEWGFETRFWDGESETYSDRVYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNRNQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGGLYYYTNAGGSWRKQLLTNNGVSGVLRIDEKDGIHVGFITFKPSGPAYIYSSDGGSTWTKPIIANELVNPKYIYVANMIGGVALHGQNPYLLV
Ga0308396_103587813300031515Hot Spring Phototrophic MatILSFIDPRSQFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEQDKLCGPWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQ
Ga0308396_104131113300031515Hot Spring Phototrophic MatDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGG
Ga0308398_102194923300031516Hot Spring Phototrophic MatILSFIDPRSQFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGVVYRYTIENDKLCGPWGTPCDYNVKFPNLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEISRGSNRIDYAGPRVAAGENGVGIISVDSFAKNKWSIHTRFWDGESETYKDREYEIFTDKYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308398_103958813300031516Hot Spring Phototrophic MatLGVSLGYLAAQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDEWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGDTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGP
Ga0308389_102689123300031518Hot Spring Phototrophic MatLGVSLGYLAAQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDEWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYRGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGDTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308389_104289513300031518Hot Spring Phototrophic MatIVGIVLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNRNQIEWKTFESDEVTYKGHAELITNKDFTELYAIFGARGDNSTIITIMKYKEAENNTATGTFEKVAEVNTRDTNVGVCYRPTGALDSQGNLHFTCDDTGGGLYYYTNAGGSWRKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYIYSSDGGITWTKPIIANELVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIM
Ga0308393_102985713300031568Hot Spring Phototrophic MatLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERIRDLIVGIVLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKNPTLAFYNCKVFFGAGRHGGHLTGYFPIFDVENIKIEFGEILRGGNGIGYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDREYEIFTGGYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGNTNPGDTNAGGSWRKQLLTNNGVSGVLRIDEKDGIHVGFIAFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMFGGVAIHGQ
Ga0308393_103023513300031568Hot Spring Phototrophic MatWQFLNFSQLASLNLNVRLKDPLGSAKETCPGDPNEAGVIYSYTFEQDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYEGHAELITNRDFTELYAIFGARADNSTIITIMKYKEANNDEATGTFEKVAEVNTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGPRFGLIMFGAEP
Ga0308393_103198713300031568Hot Spring Phototrophic MatPECFNLDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDEWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGDTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGP
Ga0308418_103625923300031783Hot Spring Phototrophic MatTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNRNQIEWKTFESDEVTYKGHAELITNKDFTELYAIFGARGDNSTIITIMKYKEAENNTATGTFEKVAEVNTRDTNVGVCYRPTGALDSQGNLHFTCDDTGGGLYYYTNAGGSWRKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYIYSSDGGITWTKPIIANELVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAE
Ga0308418_103639123300031783Hot Spring Phototrophic MatFDVESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDRFGKDEWGFETRFWDGESETYSDRAYRIFTDEYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNRNQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARADNNTIITIMKYKEATDNEATGIFEKITEINTSDTNVGVCYRPSGALDSQGNLHFICDDVGGGLYYYTNTRGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308418_104763013300031783Hot Spring Phototrophic MatDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYKPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDW
Ga0308411_1005798123300031812Hot Spring Phototrophic MatQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILNLIDPRSQFLDFSNFVELNLGKRLRDPTGKADTICEGDPNSTGVVYRYTIEDDKSCGGPWGTPCDYNVKFPTLAFYNCKIFFGASRHGSHLTGYFPIFDVENIKIEFGEVPRGRNRIDYAGPKVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTDDYFLSVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKEGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKIAEINTSDTNVGVCYRPSGALDSQGNLHFTCDDVGGSLYYYTNAGGSWRKQLLTNDGVSGVLRIDQKDGIHVGFITFRPRSPAYMYSSDGNTWTRPIVANEIVNPKYGFTANMTGGVAIHGQNPYLLVAFEDWTNGGGRVGLIMFGAET
Ga0308411_1011506013300031812Hot Spring Phototrophic MatYTFEQDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYKPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGF
Ga0308409_106171113300031830Hot Spring Phototrophic MatGPWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDVESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDRFDKDEWGFETRFWDGESETYSDREYRIFTDEYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNRNQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARADNNTIITIMKYKEATDNEATGIFEKITEINTSDTNVGVCYRPSGALDSQGNLHFICDDVGGGLYYYTNTRGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYM
Ga0308408_103742513300031865Hot Spring Phototrophic MatTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNRNQIEWKTFESDEVTYKGHAELITNKDFTELYAIFGARADNNTIITIMKYKEAENNTATGTFEKVAEVNTRDTNVGVCYRPTGALDSQGNLHFTCDDTGGGLYYYTNAGGSWRKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYIYSSDGGITWTKPIIANELVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAE
Ga0308408_104497313300031865Hot Spring Phototrophic MatEAGVIYSYTFEQDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYKPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDW
Ga0308405_103057213300031875Hot Spring Phototrophic MatPECFNLDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERIRDLIVGIVLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLRNKGSPIQWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308405_104731213300031875Hot Spring Phototrophic MatDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308405_106517413300031875Hot Spring Phototrophic MatILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAG
Ga0308404_101296113300031878Hot Spring Phototrophic MatDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILSFIDPRSQFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEQDKLCGPWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308404_101638523300031878Hot Spring Phototrophic MatILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDEWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGSWKKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAE
Ga0308404_103048513300031878Hot Spring Phototrophic MatQGSFWLIVKERIRDLIVGIVLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSICDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKHPTLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEILRGGNRVDYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDGEYQIFTDGYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKVAEVNTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGCLYYYTNAGGSWKKQLLTNNGVSGVLRIDEKDGIHVGFIAFRQGGP
Ga0308404_103246713300031878Hot Spring Phototrophic MatDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYKPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGPRFGLIMFGAE
Ga0308406_102804813300031948Hot Spring Phototrophic MatSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLRNKGSPIQWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGDTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGKTWTKPIIANEIVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308406_103408013300031948Hot Spring Phototrophic MatAAQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKNPTLAFYNCKVFFGAGRHGGHLTGYFPIFDVENIKIEFGEILRGGNGIGYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDGEYEIFTDKYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGNTNPGDTNAGGSWKKQLLTNNGVSGVLRIDEKDGIHVGFIAFRQGGP
Ga0308406_103757113300031948Hot Spring Phototrophic MatSQLASLNLNVRLKDPLGSAKETCPGDPNEAGVIYSYTFEQDKLCGEWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGRNRIDYAGPRVAAGENGVGIISVDRFGKDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARIAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYRGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGDTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANM
Ga0308417_108334713300031950Hot Spring Phototrophic MatVELSLGKNLRDPTGKPSSICDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKHPTLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEILRGGNRVDYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDGEYQIFTDGYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYKGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMIGGVALHGQNPYLLVAFEDWTNG
Ga0308410_102535733300031958Hot Spring Phototrophic MatEDDKSCGGPWGTPCDYNVKFPTLAFYNCKIFFGASRHGSHLTGYFPIFDVENIKIEFGEVPRGRNRIDYAGPKVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTDDYFLSVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKEGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKIAEINTSDTNVGVCYRPSGALDSQGNLHFTCDDVGGSLYYYTNAGGSWRKQLLTNDGVSGVLRIDQKDGIHVGFITFRPRSPAYMYSSDGNTWTRPIVANEIVNPKYGFTANMTGGVAIHGQNPYLLVAFEYFTNGGGRFGLIMFGAEP
Ga0308420_103912023300031966Hot Spring Phototrophic MatPECFNLDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERTRDLIVGILLIGTPVAILSFIDPRSQFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGVVYRYTIENDKLCGPWGTPCDYNVKFPNLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEISRGSNRIDYAGPRVAAGENGVGIISVDSFAKNKWSIHTRFWDGESETYKDREYEIFTDKYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGKTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308420_109214613300031966Hot Spring Phototrophic MatNFVELNLGKRLRDPTGKADTICEGDPNSTGVVYRYTIEDDKSCGGPWGTPCDYNVKFPTLAFYNCKIFFGASRHGSHLTGYFPIFDVENIKIEFGEVPRGRNRIDYAGPKVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTDDYFLSVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKEGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKIAEINTSDTNVGVCYRPSGALDSQGNLHFTCDDVGGSLYYYTNAGGSWRKQLLTNDGVSGVLRIDQKDGI
Ga0308403_102849623300031980Hot Spring Phototrophic MatKVFFGAGRHGGHLTGYFPIFDVENIKIEFGEILRGGNGIGYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDREYEIFTGGYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGNTNPGDTNAGGSWKKQLLTNNGVSGVLRIDEKDGIHVGFIAFRQGGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMFGGVAIHGQNPYLLVAFEYFTNGGGRFGLIMFGAEP
Ga0308407_101976823300032034Hot Spring Phototrophic MatYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERIRDLIVGILLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKNPTLAFYNCKVFFGAGRHGGHLTGYFPIFDVENIKIEFGEILRGGNGIGYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDGEYEIFTDEYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGNTNPGDTNAGGSWKKQLLTNNGVSGVLRIDEKDGIHVGFIAFRQGGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMFGGVAIHGQNPYLLVAFEYFTNGGGRFGLIMFGAEA
Ga0308407_102807323300032034Hot Spring Phototrophic MatLNFSQLASLNLNVRLKDPLGSAKETCPGDPNEAGVIYSYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDRFGKDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLRNKGSPIQWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308407_102810513300032034Hot Spring Phototrophic MatNLNVRLKDPLGSAKETCPGDPNEAGVIYSYTFEQDKLCGEWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGRNRIDYAGPRVAAGENGVGIISVDRFGKDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARIAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYRGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMFGGVAIHGQNPYLLVAFEYFTNGGGRFGLIMFGAEA
Ga0308407_103110913300032034Hot Spring Phototrophic MatDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLRNKGSPIQWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGKTWTKPIIANEIVNPKYIYVANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308400_101401813300032045Hot Spring Phototrophic MatLLPECFSLDISATNVVGCVKSIVNVLLVIGIVFLFTSLGYLAAKSLLNNKGNFWLTIREKLRDLIVGIVLITLPVAIITLIDPNWQFLNFSQLASLNLNVRLKDPLGSAKETCPGDPNEAGVIYSYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDRFGKDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLRNKGSPIQWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEANNDEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDG
Ga0308400_102560113300032045Hot Spring Phototrophic MatCFSLDISATNVVGCVKSIVNVLLVIGIVFLFTSLGYLAAKSLLNNKGNFWLTIREKLRDLIVGIVLITLPVAIITLIDPNWQFLNFSQLASLNLNVRLKDPLGSAKETCPGDPNEAGVIYSYTFEQDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYKPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDW
Ga0308400_102757013300032045Hot Spring Phototrophic MatNNNERFLQTAPVRCLDFVERPQKNNQVSNILLNLLPECFNLDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILSFIDPRSQFLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEQDKLCGPWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGTNKIDYAGPRVAAGENGVGIISVDLFGRDKWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKFAEVNTSDTNVGVCYRPTGALDSQGNLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFIT
Ga0308400_104894913300032045Hot Spring Phototrophic MatDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEQDKLCGEWGTPCDYNIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDVESIKIDYDIVSKGSNPINYAGPRVAAGENGVGIISVDSFAGNKWSIHTRFWDGESETYKDREYEIFTDKYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATGTFEKIAEINTSDTNVGVCYRPSGALDSQGNLHFTCDDVGGGLYYYTNARGSWEKQLLTNNGIS
Ga0308421_105567313300032057Hot Spring Phototrophic MatDIYAPNIVACAKSIVNILLVVGIIFLGVSLGYLAAQSLLSGQGSFWLIVKERIRDLIVGIVLIGTPVAILSFIDPRSEFLDFSNFVELSLGKNLRDPTGKPSSICDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKHPTLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEILRGGNRVDYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDREYEIFTDKYFLFVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKITEINTSDTNVGVCYRPS
Ga0308419_105665013300032058Hot Spring Phototrophic MatGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDEWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGDTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308419_105969613300032058Hot Spring Phototrophic MatRDLIVGIVLITLPVAIITLIDPNWQFLNFSQLASLNLNVRLKDPLGSAKETCPGDPNEAGVIYSYTFEQDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYKPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDW
Ga0308419_109051113300032058Hot Spring Phototrophic MatGVSRERGGHIIGHFPIFDVESIKIDYDIVSKGTNKIDYAGPKVAAGENGVGIISVDQFGRDEWGFETRFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNRNQIEWKTFESDEVTYKGHAELITNKDFTELYAIFGARGDNSTIITIMKYKEAENNTATGTFEKVAEVNTRDTNVGVCYRPTGALDSQGNLHFTCDDTGGGLYYYTNAGGSWRKQLLTNNGVSGVLRIDEKDGIHVGFITFKPSGPAYIYSSDGGSTWTKPIIANELVNPKYI
Ga0308414_105749213300032356Hot Spring Phototrophic MatLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEQDKLCGPWGTPCDYNVKFPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSKGRSKIDYAGPRVAAGENGVGIISVDQFGRDEWSFETRFWDGESETYSDRAYRIFTDDYFLFVARIAYYKGNWIAIAPIEKQYKVANLGPDLRNKGSPIQWKTFESDQVTYKGHAELITNRDFTELYAIFGARGDNSQIITIMKYKEATNNEATGTFEKIAEINTSDTNVGVCYRPTGALDSQGKLHFICDDVGGGLYYYTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITFRPSGSAYMYSSDGKTWTKPIVANEIVNPKYGFTANMIGGVALHGQNPYLLVAFEDWTNGGSRFGLIMFGAEA
Ga0308414_109033613300032356Hot Spring Phototrophic MatSIVNILLVVGIIFLGVSVGYLATQSLLSGQGSFWEILKERTRDLIVGILLIGTPVAILNLIDPRSQFLDFSNFVELNLGKRLRDPTGKADTICEGDPNSTGVVYRYTIEDDKSCGGPWGTPCDYNVKFPTLAFYNCKIFFGASRHGSHLTGYFPIFDVENIKIEFGEVPRGRNRIDYAGPKVAAGENGVGIISVDSFTRNEWSIHTRFWDGESETYKDREYQIFTDDYFLSVARVAYYKGNWIAIAPIEKEYKVANLGPDLKKEGNINQIEWKTFESDEVTYAGHAELITNRDFTELYAIFGARGDNSQIITIMQYKEATNNEATGTFEKIAEINTSDTNVGVCYRPSGALDSQGKLHFICDDVGGGLY
Ga0308414_109296113300032356Hot Spring Phototrophic MatDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEQDKFCGEWGTPCDYNIKHPTLAFYNCKVFLGVSRERGGHIIGHFPIFDIESIKIDYDVVSKGRNKVDYAGPRVAAGENGIGIISVDLFGKDEWGFETNFWDGESETYSDRARIFTDDYFLFVARIAYYKGNWIAIAPIEREYKVANLGPDLKKKGNINQIEWKTFESDQVTYKGHAELITNRDFTELYAIFGARADNNTIITIMKYKEATDNEATGIFEKITEINTSDTNVGVCYRPSGALDSQGNLHFICDDVGGGLYYYTNTRGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSPAYMYSSDGNTWTRPIVA
Ga0308413_031691_378_16403300033886Hot Spring Phototrophic MatLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTFEEDKLCGEWGTPCDYNIKHPTLAFYNCKVFLGVSREGGGHIIGHFPIFDVESIKIDYDIVSKGTNKVNYAGPRVAAGESGVGIISVDLFGRDEWGFETSFWDGESETYSYRERIFTDNYFLFVARVAYYKGNWIAIAPIKREYKVANLGPDLKKKGNINQIEWKTFESDEVTYGGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEATNNEATGTFEKVAEVKTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPGDTNAEGSWKRQLLTNNGVSGVLRIDEKDGIHVGFITFRPSGPAYMYSSDGNTWTKPIVANEIVNPKYGYTANMIGGVALHGQNPYLLVAFETWKSGGRFGLIMFGAEA
Ga0308413_054962_2_10813300033886Hot Spring Phototrophic MatLDFSNFVELSLGKNLRDPTGKPSSTCDGDPGSTGIVYRYTIEDDKFCGGPWGTPCDYNIKHPTLAFYNCKIFFGASRHGGHLTGYFPIFDVENIKIEFGEILRGGNRVDYAGPRVAAGENGVGIISVDSFAKDQWSIRTRFWDGESETYKDGEYEIFTDKYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDKVTYKGHAELITNRDFTELYAIFGARADNNTIITIMKYKEATNNEATGTFEKFAEVSTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGNTNPRNTNPGDTNARGSWEKQLLTNNGISGVLRIDEKDGIHVGFITYRSWSP
Ga0308413_058826_3_10613300033886Hot Spring Phototrophic MatDKFCGGPWGTRCEYDIKHPTLAFYNCKVFFGVSREGGHITGHFPIFDIESIKIDYDIVSRGRNKINHAGPRVAAGENGVGIISVDLFGKDEWGFETSFWDGESETYSDRAYRIFTDDYFLFVARVAYYKGNWIAIAPIEGEYKVANLGPDLKKKGNINQIEWKTFESDQVTYVGHAELITNRDFTELYAIFGARGDNSTIITIMKYKEAANDEATGTFEKIAEINTSDTNVGVCYRPTGALDSQGNLHFTCDDTGGSLYYYTNAGGYWEKQLLTNNGMSGVLRIDEKDGIHVGFITSRPTSPAYMYSSDGNTWTKPIVANEIVNPKYGFTANMFGGVALHGQNPYLLVAFEDW


 ⦗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.