NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
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Metagenome / Metatranscriptome Family F061617

Metagenome / Metatranscriptome Family F061617

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F061617
Family Type Metagenome / Metatranscriptome
Number of Sequences 131
Average Sequence Length 194 residues
Representative Sequence MAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTASRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFN
Number of Associated Samples 55
Number of Associated Scaffolds 131

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 97.71 %
% of genes from short scaffolds (< 2000 bps) 96.18 %
Associated GOLD sequencing projects 51
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (99.237 % 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
(62.595 % of family members)
Environment Ontology (ENVO) Unclassified
(99.237 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(62.595 % of family members)



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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Transmembrane (alpha-helical) Signal Peptide: No Secondary Structure distribution: α-helix: 37.24%    β-sheet: 18.88%    Coil/Unstructured: 43.88%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 131 Family Scaffolds
PF00089Trypsin 3.82
PF05175MTS 1.53
PF00076RRM_1 0.76



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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A99.24 %
All OrganismsrootAll Organisms0.76 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2016842008|YNP20_C70Not Available2067Open in IMG/M
2022920003|YNPsite05_CeleraDRAF_scf1119010634677All Organisms → cellular organisms → Bacteria12224Open in IMG/M
2022920020|YNPsite20_CeleraDRAF_scf1119010803630Not Available5841Open in IMG/M
3300002510|JGI24186J35511_1050288Not Available563Open in IMG/M
3300005247|Ga0068637_1109904Not Available717Open in IMG/M
3300005248|Ga0068636_1001172Not Available555Open in IMG/M
3300005248|Ga0068636_1004315Not Available526Open in IMG/M
3300005249|Ga0068645_1021353Not Available501Open in IMG/M
3300005411|Ga0068647_1003069Not Available624Open in IMG/M
3300005482|Ga0068678_125744Not Available511Open in IMG/M
3300005490|Ga0068662_179278Not Available554Open in IMG/M
3300005500|Ga0068670_1111205Not Available1010Open in IMG/M
3300005501|Ga0068650_1036102Not Available584Open in IMG/M
3300005503|Ga0068671_1000275Not Available859Open in IMG/M
3300005638|Ga0068669_1009914Not Available500Open in IMG/M
3300006849|Ga0102029_1207677Not Available640Open in IMG/M
3300007000|Ga0102499_1174703Not Available606Open in IMG/M
3300010177|Ga0124944_163198Not Available724Open in IMG/M
3300010184|Ga0124920_1015031Not Available571Open in IMG/M
3300010190|Ga0124925_1015163Not Available532Open in IMG/M
3300010190|Ga0124925_1140146Not Available564Open in IMG/M
3300010193|Ga0124924_1121362Not Available723Open in IMG/M
3300010194|Ga0124921_1252976Not Available521Open in IMG/M
3300010195|Ga0124911_1093749Not Available593Open in IMG/M
3300010195|Ga0124911_1211405Not Available510Open in IMG/M
3300010197|Ga0124922_1010461Not Available648Open in IMG/M
3300010197|Ga0124922_1216691Not Available500Open in IMG/M
3300010255|Ga0124910_1162333Not Available574Open in IMG/M
3300010272|Ga0124912_1117825Not Available589Open in IMG/M
3300010272|Ga0124912_1137382Not Available1338Open in IMG/M
3300026237|Ga0209750_1031532Not Available1047Open in IMG/M
3300026509|Ga0209809_1065458Not Available1038Open in IMG/M
3300026509|Ga0209809_1094497Not Available775Open in IMG/M
3300026509|Ga0209809_1100552Not Available736Open in IMG/M
3300026509|Ga0209809_1102677Not Available723Open in IMG/M
3300026509|Ga0209809_1146319Not Available534Open in IMG/M
3300027279|Ga0209691_1024853Not Available1385Open in IMG/M
3300027279|Ga0209691_1027772Not Available1266Open in IMG/M
3300027279|Ga0209691_1028618Not Available1235Open in IMG/M
3300027279|Ga0209691_1028628Not Available1235Open in IMG/M
3300027279|Ga0209691_1029269Not Available1213Open in IMG/M
3300027279|Ga0209691_1039720Not Available958Open in IMG/M
3300027279|Ga0209691_1041538Not Available925Open in IMG/M
3300027279|Ga0209691_1049662Not Available811Open in IMG/M
3300027279|Ga0209691_1058911Not Available712Open in IMG/M
3300027279|Ga0209691_1062774Not Available677Open in IMG/M
3300027279|Ga0209691_1064869Not Available660Open in IMG/M
3300027279|Ga0209691_1065350Not Available656Open in IMG/M
3300027279|Ga0209691_1067283Not Available641Open in IMG/M
3300031245|Ga0308395_1042467Not Available1243Open in IMG/M
3300031245|Ga0308395_1050629Not Available1088Open in IMG/M
3300031245|Ga0308395_1052779Not Available1055Open in IMG/M
3300031245|Ga0308395_1074963Not Available816Open in IMG/M
3300031245|Ga0308395_1075348Not Available813Open in IMG/M
3300031245|Ga0308395_1098747Not Available670Open in IMG/M
3300031245|Ga0308395_1119143Not Available588Open in IMG/M
3300031245|Ga0308395_1130509Not Available552Open in IMG/M
3300031508|Ga0308394_1028249Not Available1514Open in IMG/M
3300031508|Ga0308394_1037280Not Available1225Open in IMG/M
3300031508|Ga0308394_1061676Not Available840Open in IMG/M
3300031508|Ga0308394_1067537Not Available785Open in IMG/M
3300031512|Ga0308397_1042468Not Available1150Open in IMG/M
3300031512|Ga0308397_1057521Not Available923Open in IMG/M
3300031512|Ga0308397_1066421Not Available833Open in IMG/M
3300031512|Ga0308397_1071303Not Available792Open in IMG/M
3300031512|Ga0308397_1096617Not Available638Open in IMG/M
3300031514|Ga0308390_1082807Not Available720Open in IMG/M
3300031514|Ga0308390_1111180Not Available575Open in IMG/M
3300031514|Ga0308390_1111621Not Available573Open in IMG/M
3300031514|Ga0308390_1123638Not Available531Open in IMG/M
3300031514|Ga0308390_1130748Not Available509Open in IMG/M
3300031515|Ga0308396_1039632Not Available1104Open in IMG/M
3300031515|Ga0308396_1066694Not Available767Open in IMG/M
3300031516|Ga0308398_1043226Not Available1151Open in IMG/M
3300031516|Ga0308398_1062442Not Available885Open in IMG/M
3300031516|Ga0308398_1089580Not Available684Open in IMG/M
3300031516|Ga0308398_1094948Not Available656Open in IMG/M
3300031516|Ga0308398_1105890Not Available608Open in IMG/M
3300031518|Ga0308389_1034250Not Available1564Open in IMG/M
3300031568|Ga0308393_1085507Not Available684Open in IMG/M
3300031568|Ga0308393_1105055Not Available599Open in IMG/M
3300031568|Ga0308393_1108861Not Available585Open in IMG/M
3300031767|Ga0308401_1080794Not Available633Open in IMG/M
3300031783|Ga0308418_1091335Not Available674Open in IMG/M
3300031783|Ga0308418_1094341Not Available660Open in IMG/M
3300031783|Ga0308418_1126090Not Available544Open in IMG/M
3300031783|Ga0308418_1141272Not Available504Open in IMG/M
3300031812|Ga0308411_10105744Not Available1069Open in IMG/M
3300031812|Ga0308411_10144185Not Available851Open in IMG/M
3300031812|Ga0308411_10148330Not Available834Open in IMG/M
3300031812|Ga0308411_10214225Not Available645Open in IMG/M
3300031812|Ga0308411_10240237Not Available597Open in IMG/M
3300031830|Ga0308409_1082049Not Available738Open in IMG/M
3300031830|Ga0308409_1093829Not Available673Open in IMG/M
3300031865|Ga0308408_1087296Not Available705Open in IMG/M
3300031865|Ga0308408_1113032Not Available594Open in IMG/M
3300031875|Ga0308405_1044241Not Available1262Open in IMG/M
3300031875|Ga0308405_1063367Not Available975Open in IMG/M
3300031878|Ga0308404_1008271Not Available2559Open in IMG/M
3300031878|Ga0308404_1041213Not Available955Open in IMG/M
3300031878|Ga0308404_1091695Not Available593Open in IMG/M
3300031878|Ga0308404_1109491Not Available534Open in IMG/M
3300031878|Ga0308404_1110644Not Available531Open in IMG/M
3300031948|Ga0308406_1040853Not Available1083Open in IMG/M
3300031948|Ga0308406_1083830Not Available664Open in IMG/M
3300031948|Ga0308406_1105197Not Available570Open in IMG/M
3300031948|Ga0308406_1123043Not Available512Open in IMG/M
3300031950|Ga0308417_1239889Not Available550Open in IMG/M
3300031966|Ga0308420_1120847Not Available816Open in IMG/M
3300031980|Ga0308403_1031046Not Available1184Open in IMG/M
3300031980|Ga0308403_1047096Not Available905Open in IMG/M
3300031980|Ga0308403_1117083Not Available510Open in IMG/M
3300032033|Ga0308402_1037670Not Available992Open in IMG/M
3300032033|Ga0308402_1066236Not Available701Open in IMG/M
3300032034|Ga0308407_1092506Not Available624Open in IMG/M
3300032034|Ga0308407_1102990Not Available580Open in IMG/M
3300032034|Ga0308407_1103657Not Available577Open in IMG/M
3300032034|Ga0308407_1108946Not Available558Open in IMG/M
3300032045|Ga0308400_1075165Not Available711Open in IMG/M
3300032045|Ga0308400_1081079Not Available676Open in IMG/M
3300032045|Ga0308400_1090829Not Available628Open in IMG/M
3300032045|Ga0308400_1098549Not Available595Open in IMG/M
3300032058|Ga0308419_1146747Not Available618Open in IMG/M
3300032356|Ga0308414_1091788Not Available1096Open in IMG/M
3300032356|Ga0308414_1158789Not Available700Open in IMG/M
3300033886|Ga0308413_036972Not Available1494Open in IMG/M
3300033886|Ga0308413_136356Not Available584Open in IMG/M
3300033886|Ga0308413_139814Not Available574Open in IMG/M
3300034646|Ga0372965_027478Not Available820Open in IMG/M
3300034648|Ga0372970_038078Not Available710Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hot Spring Phototrophic MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Phototrophic Mat62.60%
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat21.37%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic13.74%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring2.29%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2016842008Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP20 Bath Lake Vista Annex - Purple-Sulfur MatsEnvironmentalOpen in IMG/M
2022920003Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP5 Bath Lake Vista AnnexEnvironmentalOpen in IMG/M
2022920020Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP20 Bath Lake Vista Annex - Purple-Sulfur MatsEnvironmentalOpen in IMG/M
3300002510Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS upper layer 2012EnvironmentalOpen 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
3300005411Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005482Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_1900 MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005490Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0900_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005500Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_0400 MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005501Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700(2)_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005503Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_0600 MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005638Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006849Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1600(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
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
3300010177Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_0830 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
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
3300010194Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0900_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010195Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
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
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
3300010272Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300026237Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS upper layer 2012 (SPAdes)EnvironmentalOpen in IMG/M
3300026509Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027279Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-B MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300031245Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_P4EnvironmentalOpen in IMG/M
3300031508Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_me2EnvironmentalOpen in IMG/M
3300031512Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T8EnvironmentalOpen 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
3300031767Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060913_OS-M1EnvironmentalOpen 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
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
3300032058Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS50EnvironmentalOpen in IMG/M
3300032356Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS50EnvironmentalOpen in IMG/M
3300033886Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090729_t10cdEnvironmentalOpen in IMG/M
3300034646Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_0000_MSt4 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
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

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
YNP20_3958702016842008Hot SpringMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTIVGQPVSHQSEQLTALDLIRQLNWNTTSQANTTDKQTANWQSPNSDKLVLLTAQNGATCALSLQPNPPENIKPIVQNQPQGWWLPSHCAVSELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLK
YNPsite05_CeleraDRAFT_3567402022920003Hot SpringMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLVICGLLWYLNVFDLQTVVGQPVSHQSEQLTALDLIRQLNSNTTSQANTTDEQTANWQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIVQNQPQGWWLPSHCAVSELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWIYYLDGECAGPSSYRDPCKLWRSDRNTGTIELLKKKRR
YNPsite20_CeleraDRAFT_5351202022920020Hot SpringMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTIVGQPVSHQSEQLTALDLIRQLNWNTTSQANTTDKQTANWQSPNSDKLVLLTAQNGATCALSLQPNPPENIKPIVQNQPQGWWLPSHCAVSELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKGDPLESTCRXXXXXX
JGI24186J35511_105028813300002510Anoxygenic And Chlorotrophic Microbial MatVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANXQXLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFNQPSK
Ga0068637_110990413300005247Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPRHCSVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRF
Ga0068636_100117213300005248Anoxygenic And Chlorotrophic Microbial MatKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFN
Ga0068636_100431513300005248Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGTKCALSLQPNPPENIKPIAQSQPQGWWLPSHC
Ga0068645_102135313300005249Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFALQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNS
Ga0068647_100306913300005411Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFN
Ga0068678_12574413300005482Anoxygenic And Chlorotrophic Microbial MatANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLVICGLLWYLNVFDLQTVVGQPVSHQSEQLTALDLIRQLNSNTTSQANTTDEQTANWQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIVQNQPQGWWLPSHCAVSELVAVQIVRLNSTEANKLAQAAN
Ga0068662_17927813300005490Anoxygenic And Chlorotrophic Microbial MatRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVNELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTA
Ga0068670_111120513300005500Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLVICGLLWYLNVFDLQTVVGQPVSHQSEQLTALDLIRQLNSNTTSQANTTDEQTANWQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIVQNQPQGWWLPSHCAVSELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWIYYLDGECTGPSSYRDPCKLWRSDRNTGTIELLKKNV
Ga0068650_103610213300005501Anoxygenic And Chlorotrophic Microbial MatTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNK
Ga0068671_100027513300005503Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLVICGLLWYLNVFDLQTVVGQPVSHQSEQLTALDLIRQLNSNTTSQANTIDEQTANWQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCAVSELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWIYYLDGECAGPSSYRDPCKLWRSDRNTGTIELLKK
Ga0068669_100991413300005638Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSEL
Ga0102029_120767713300006849Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGTKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELV
Ga0102499_117470313300007000Anoxygenic And Chlorotrophic Microbial MatANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLK
Ga0124944_16319813300010177Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLVICGLLWYLNVFDLQTVVGQPVSHQSEQLTALDLIRQLNWNTTSQANTTDEQTANWQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIVQNQPQGWWLPSHCAVSELVAVQIVRLNST
Ga0124920_101503113300010184Anoxygenic And Chlorotrophic Microbial MatNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLK
Ga0124925_101516313300010190Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSEL
Ga0124925_114014613300010190Anoxygenic And Chlorotrophic Microbial MatLSMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEANKLAQAANLIQVQNLD
Ga0124924_112136213300010193Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSEL
Ga0124921_125297613300010194Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPRHCPVSELIA
Ga0124911_109374913300010195Anoxygenic And Chlorotrophic Microbial MatFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWIY
Ga0124911_121140513300010195Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGTKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVS
Ga0124922_101046113300010197Anoxygenic And Chlorotrophic Microbial MatKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTS
Ga0124922_121669113300010197Anoxygenic And Chlorotrophic Microbial MatRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVNELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQ
Ga0124910_116233313300010255Anoxygenic And Chlorotrophic Microbial MatNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFN
Ga0124912_111782513300010272Anoxygenic And Chlorotrophic Microbial MatKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGTKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQ
Ga0124912_113738223300010272Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFN
Ga0209750_103153213300026237Anoxygenic And Chlorotrophic Microbial MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQ
Ga0209809_106545823300026509Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNKPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWI
Ga0209809_109449713300026509Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPVNQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGPKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWI
Ga0209809_110055213300026509Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWI
Ga0209809_110267713300026509Anoxygenic And ChlorotrophicLSMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWI
Ga0209809_114631913300026509Anoxygenic And ChlorotrophicFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKS
Ga0209691_102485313300027279Anoxygenic And ChlorotrophicMTKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGTKCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWI
Ga0209691_102777213300027279Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNKPS
Ga0209691_102861813300027279Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDT
Ga0209691_102862823300027279Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGPKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDT
Ga0209691_102926913300027279Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDT
Ga0209691_103972013300027279Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTASRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPRHCSVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWI
Ga0209691_104153823300027279Anoxygenic And ChlorotrophicMAKTLNALTNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQP
Ga0209691_104966213300027279Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANQQGLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVR
Ga0209691_105891113300027279Anoxygenic And ChlorotrophicKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNKPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWI
Ga0209691_106277413300027279Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVNELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFN
Ga0209691_106486913300027279Anoxygenic And ChlorotrophicNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSA
Ga0209691_106535013300027279Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTASRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFN
Ga0209691_106728313300027279Anoxygenic And ChlorotrophicMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDT
Ga0308395_104246723300031245Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQAANLIQVQNLDGLDTYAIIYFNQPSKVSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWIYYLD
Ga0308395_105062913300031245Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNKPS
Ga0308395_105277923300031245Hot Spring Phototrophic MatMAKTLNALAKRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWIYYLD
Ga0308395_107496313300031245Hot Spring Phototrophic MatMAKTLNALTNRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNL
Ga0308395_107534813300031245Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTASRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVR
Ga0308395_109874713300031245Hot Spring Phototrophic MatKIETLSMAKTLNALTNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANI
Ga0308395_111914313300031245Hot Spring Phototrophic MatKIETLSMAKTLNALTNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDT
Ga0308395_113050913300031245Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVS
Ga0308394_102824913300031508Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTASRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVR
Ga0308394_103728013300031508Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGTKCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAII
Ga0308394_106167613300031508Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPVNQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVNELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYF
Ga0308394_106753713300031508Hot Spring Phototrophic MatMAKTLNALTNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDT
Ga0308397_104246823300031512Hot Spring Phototrophic MatMTKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGTKCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSA
Ga0308397_105752113300031512Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPS
Ga0308397_106642123300031512Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTASRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVS
Ga0308397_107130313300031512Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQTANLIQVQNLDGLDTYAIIYFN
Ga0308397_109661713300031512Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVR
Ga0308390_108280713300031514Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANQQGLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKS
Ga0308390_111118013300031514Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTASRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNST
Ga0308390_111162113300031514Hot Spring Phototrophic MatKIEILSMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNL
Ga0308390_112363813300031514Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVS
Ga0308390_113074813300031514Hot Spring Phototrophic MatKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADK
Ga0308396_103963213300031515Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNKPS
Ga0308396_106669413300031515Hot Spring Phototrophic MatMAKTLNALTNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFN
Ga0308396_106818313300031515Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTASRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQG
Ga0308398_104322623300031516Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGPKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTE
Ga0308398_106244213300031516Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGPKCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVNELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKISFDLKKYLKSLTANI
Ga0308398_108958013300031516Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQTANLIQVQNLDGLDTYAIIYFNQPSKISFDLKKYLKSLTANI
Ga0308398_109494813300031516Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPVNQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVNELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFN
Ga0308398_110589013300031516Hot Spring Phototrophic MatKIETLSMAKTLNALTNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFN
Ga0308389_103425023300031518Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNKPSKTSFDLKKYLKSLTANIFTDRFYFNTTSA
Ga0308393_108550713300031568Hot Spring Phototrophic MatMAKTLNALTNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKS
Ga0308393_110505513300031568Hot Spring Phototrophic MatNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNKPSKTSFDLKKYLKSLTANIFTDRFYFNTTSA
Ga0308393_110886113300031568Hot Spring Phototrophic MatFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNKPSKTSFDLKKYLKSLTANIFTDRFYFNTTSA
Ga0308401_108079413300031767Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFNQPSKT
Ga0308418_109133513300031783Hot Spring Phototrophic MatLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNKPSKTSFDLKKYLKSLTANIFTDRFYFNTTSA
Ga0308418_109434113300031783Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKS
Ga0308418_112609013300031783Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADK
Ga0308418_114127213300031783Hot Spring Phototrophic MatSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKANWQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDT
Ga0308411_1010574413300031812Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVR
Ga0308411_1014418513300031812Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPTNL
Ga0308411_1014833013300031812Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEA
Ga0308411_1021422513300031812Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLD
Ga0308411_1024023713300031812Hot Spring Phototrophic MatKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQTANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYL
Ga0308409_108204913300031830Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFN
Ga0308409_109382913300031830Hot Spring Phototrophic MatLDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPRHCPVSELIAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWIYYLD
Ga0308408_108729613300031865Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGTKCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSA
Ga0308408_111303213300031865Hot Spring Phototrophic MatKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNKPS
Ga0308405_104424113300031875Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTETDKLAQAANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIF
Ga0308405_106336713300031875Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKASFDLKKYLKSLTANI
Ga0308404_100827133300031878Hot Spring Phototrophic MatMAKTLNALTNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLI
Ga0308404_104121313300031878Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIVQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPSKASFDLKKYLKSLTANIFT
Ga0308404_109169513300031878Hot Spring Phototrophic MatRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSA
Ga0308404_110949113300031878Hot Spring Phototrophic MatKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLI
Ga0308404_111064413300031878Hot Spring Phototrophic MatYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTASRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTETDKLAQAANLIQVQNLDGLDTYAIIYFNQPSKT
Ga0308406_104085313300031948Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVR
Ga0308406_108383013300031948Hot Spring Phototrophic MatSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKANWQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVNELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKASFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWIYYLD
Ga0308406_110519713300031948Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNST
Ga0308406_112304313300031948Hot Spring Phototrophic MatLKIETLSMAKTLNALAKRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVR
Ga0308417_123988913300031950Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQ
Ga0308420_112084713300031966Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVR
Ga0308403_103104623300031980Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGTKCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSA
Ga0308403_104709613300031980Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPRHCPVSELIAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIY
Ga0308403_111708313300031980Hot Spring Phototrophic MatKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANK
Ga0308402_103767013300032033Hot Spring Phototrophic MatMAKTLNALTNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPS
Ga0308402_106623613300032033Hot Spring Phototrophic MatMAKTLNALTNRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTLVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPS
Ga0308407_109250613300032034Hot Spring Phototrophic MatLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQKTNRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKS
Ga0308407_110299013300032034Hot Spring Phototrophic MatLDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPRHCPVSELIAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKS
Ga0308407_110365713300032034Hot Spring Phototrophic MatLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFN
Ga0308407_110894613300032034Hot Spring Phototrophic MatRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNKPS
Ga0308400_107516513300032045Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGTKCALSLQPNPPENIKPIAQSQPQGWWLPSHCSVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAII
Ga0308400_108107913300032045Hot Spring Phototrophic MatRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPTNLIQVQNLDGLDTYAIIYFNKPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWI
Ga0308400_109082913300032045Hot Spring Phototrophic MatKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQTANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLK
Ga0308400_109854913300032045Hot Spring Phototrophic MatRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKS
Ga0308419_114674713300032058Hot Spring Phototrophic MatKIETLSMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQKSEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPS
Ga0308414_109178813300032356Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNKPSKTSFDLKKYLKS
Ga0308414_115878913300032356Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQPEQLTALDLIRQLNWNTTSQSNTTDEQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLD
Ga0308413_036972_1006_14943300033886Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILDQSSLYYLNNRRLSFLPKMFLGFSFIAMILGLLWYLNLFDLQTVVGKPINHQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVR
Ga0308413_136356_93_5843300033886Hot Spring Phototrophic MatLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSHQSEQLTALDLIRQLNWNTTSQSNPTDGQTANRQSLNSDKLVLLTAQNGAKCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELIAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFN
Ga0308413_139814_66_5723300033886Hot Spring Phototrophic MatLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDGQTANRQSLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEANKLAQAANLIQVQNLDGLDTYAIIYFNQPSKT
Ga0372965_027478_3_7733300034646Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQILNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTIVGKPVSQQSEQLTALDLIRQLNWNTTSQSNITDGQTASRQSLNSDKLVLLTTQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHDTKKIGDWIYYLDGECAGPSSYRDPCKL
Ga0372970_038078_1_6903300034648Hot Spring Phototrophic MatMAKTLNALANRKKVRTRQVLNQSNLYYLNNRRLSFLPKIFLGFSIVLIICGLLWYLNVFDLQTVVGKPVSQQSEQLTALDLIRQLNWNTTSQSNTTDEQTANQQGLNSDKLVLLTAQNGATCALSLQPNPPENIKPIAQSQPQGWWLPSHCPVSELVAVQIVRLNSTEADKLAQPANLIQVQNLDGLDTYAIIYFNQPSKTSFDLKKYLKSLTANIFTDRFYFNTTSAHD


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