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 F104561

Metagenome / Metatranscriptome Family F104561

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


Overview

Basic Information
Family ID F104561
Family Type Metagenome / Metatranscriptome
Number of Sequences 100
Average Sequence Length 197 residues
Representative Sequence AYIIAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Number of Associated Samples 46
Number of Associated Scaffolds 100

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 0.00 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 41
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 (100.000 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Phototrophic Mat
(63.000 % of family members)
Environment Ontology (ENVO) Unclassified
(97.000 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(63.000 % 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: 61.19%    β-sheet: 0.00%    Coil/Unstructured: 38.81%
Feature Viewer
Powered by Feature Viewer


 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 100 Family Scaffolds
PF00932LTD 9.00
PF12367PFO_beta_C 1.00



 ⦗Top⦘

Phylogeny

NCBI Taxonomy

NameRankTaxonomyDistribution
UnclassifiedrootN/A100.00 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link



 ⦗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 Mat63.00%
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat27.00%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic8.00%
Terrestrial Hot Spring Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Alkaline → Terrestrial Hot Spring Microbial Mat1.00%
HotspringEnvironmental → Aquatic → Thermal Springs → Near-Boiling (>90C) → Alkaline → Hotspring1.00%

Visualization
Powered by ApexCharts



Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300002493Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS undermat 2012EnvironmentalOpen in IMG/M
3300002510Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS upper layer 2012EnvironmentalOpen in IMG/M
3300003688Coassembly of YNP Bryant MS undermat 2012 and YNP Bryant MS upper layer 2012EnvironmentalOpen in IMG/M
3300005225Hotspring Microbial Communities from Lower Geyser Basin, Spring Unknown 43 (Mound Spring), Yellowstone National Park, Wyoming, USA ? Sample 3, bulk metagenomes as controls for mini-metagenomic methodsEnvironmentalOpen in IMG/M
3300005243Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0900_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005452Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-B MetaGEnvironmentalOpen in IMG/M
3300005453Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaGEnvironmentalOpen in IMG/M
3300005492Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005497Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500(2)_T 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
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
3300010023Terrestrial hot spring microbial mat viral communities from Octopus Spring, Yellowstone National Park, Wyoming (2009) spADES assemblyEnvironmentalOpen 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
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
3300010191Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1900_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
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
3300010196Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1200_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010197Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1000_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010254Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010257Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
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
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
3300032045Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS12-65EnvironmentalOpen 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
JGI24185J35167_105116513300002493Anoxygenic And Chlorotrophic Microbial MatNQLGQSNYLSPEDKAYIIAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEQAKNLMLFAAAXAKIIDVMQACCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGSIINDLSLTLGISSR*
JGI24185J35167_106774013300002493Anoxygenic And Chlorotrophic Microbial MatTIINQLGQSNYLSPEDKAYIIAIAIGVIAGHHTPGGDSGYSPVDVLVKVLKHCLEHLGLGVNSNYLQQAQVDSNYLEKARDLMLFAAALAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTPDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLS
JGI24186J35511_101153723300002510Anoxygenic And Chlorotrophic Microbial MatVIAGHHTSGGDSGYPPVDVLVKVLKHCLEHLGLGVNSNYLEQAKNLMLFAAALAKIIDVMQACCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGSIINDLSLTLGISSR*
Ga0061020_107497513300003688Anoxygenic And Chlorotrophic Microbial MatPQVNQRKRVPIIRVAETDAQMAASWSLIMTHPAHGFLDVAETIINQLGQSNYLSPEDKAYITAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLGVNSNYLQQAQVDSNYLEKARDLMLFAAAXAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTPDTDDTELQKRINEFLKFLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLAS
Ga0061020_109077813300003688Anoxygenic And Chlorotrophic Microbial MatDKAYIIAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGSIINDLSLTLGILSR*
Ga0073353_110958113300005225HotspringPGGDSGYPPVDVLVKVLKHCLEHLGLDVDSNYLQQAQVDSNYLEQAKDLMLFAAALAHIIDVMQARCFDERAYNQNTTRPLPTKLQFGSQGSDTSGTVQFGSQTSDTGGKKSQKLMDDFLKSLYDWICKKAFSDLNKLNPNGHFTVSAYYLIYQAILNQQIPDSEQNLGSALNSMMMNYGSIIKESLAQLGISSR*
Ga0068643_100037223300005243Anoxygenic And Chlorotrophic Microbial MatLEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVNSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR*
Ga0068706_105371613300005452Anoxygenic And ChlorotrophicQSNYLSPEDKAYITAIAVGVIAGHHTPGGDSGYPPVDVLVKVLEHCLKYLGIDSNVEFWSKAKDLMLFAAAFSKIIDVMQACCFDERAYNQNATRPLPTELQFELQGSDTGGTELAELERMNYFLRFLYDNWICKKAFSGLSELNPNRHSTVSAYYLIYQATLNQRIPGSEQNLALASNPTKIKYGPIINDLSLTLGISSR*
Ga0068706_108419113300005452Anoxygenic And ChlorotrophicIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELKFEPQKPDTGGTVQFGSQMSDTGGKKSQELMDDFLKSLYDWICQKAFSDLNKLNPNGHPTVSAYDLIYQAILNQQIPDSKQNLGSASNPTRINYGSIINDLSLT
Ga0068705_1013814513300005453Anoxygenic And ChlorotrophicIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELKFEPQKPDTGGTVQFGSQMSDTGGKKSQELMDDFLKSLYDWICQKAFSDLNKLNPNGHPTVSAYDLIYQAILNQQIPDSKQNLGSASNPTRINYGSIINDLSLTLGILSR*
Ga0068705_1015718913300005453Anoxygenic And ChlorotrophicLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR*
Ga0068665_18190923300005492Anoxygenic And Chlorotrophic Microbial MatCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR*
Ga0068648_101530813300005497Anoxygenic And Chlorotrophic Microbial MatYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRINYGSIINDLSLTLGILSR*
Ga0068648_101636613300005497Anoxygenic And Chlorotrophic Microbial MatGFLDLVWIIDLLKNSRDLQLEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR*
Ga0068649_100137313300005498Anoxygenic And Chlorotrophic Microbial MatPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR*
Ga0068649_100275213300005498Anoxygenic And Chlorotrophic Microbial MatLSPEDKAYIIAIAIGVIAGHHTPGGDSGYSPVDVLVKVLKHCLEHLGLGVNSNYLQQAQVDSNYLEKARDLMLFAAALAKIIDVMQACCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNGHPTVSAYDLIYQAILNQQIPDSKQNLGSASNPTRINYGSIINDLSLTLGILSR*
Ga0068669_101634013300005638Anoxygenic And Chlorotrophic Microbial MatQGFLDLVWIIDLLKNSRDLQLEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTL
Ga0102499_113866323300007000Anoxygenic And Chlorotrophic Microbial MatCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGSIINDLSLRLGILSR*
Ga0102499_125180223300007000Anoxygenic And Chlorotrophic Microbial MatPGGNSGYPPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR*
Ga0130028_10313713300010023Terrestrial Hot Spring Microbial MatLPAAFAKIIDVMQARCFDERAYNQNTTRPLPTELQFEPQGSDTGGTAQFGSQTPDTGDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTTLNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR*
Ga0124937_106190133300010180Anoxygenic And Chlorotrophic Microbial MatEFWSKAKDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR*
Ga0124920_113215213300010184Anoxygenic And Chlorotrophic Microbial MatVNSNYLQQAQVDSNYLEQAKDLMLFAAALSKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR*
Ga0124914_110732113300010191Anoxygenic And Chlorotrophic Microbial MatGYPPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0124921_115644913300010194Anoxygenic And Chlorotrophic Microbial MatRDLQLEDKAYIIAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLGVNSNYLEQAKNLMLFAAALAKIIDVMQACCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGPIINDLSLTLGISSR*
Ga0124921_126906713300010194Anoxygenic And Chlorotrophic Microbial MatGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTL
Ga0124923_103971013300010196Anoxygenic And Chlorotrophic Microbial MatENDAEMAFGWLSILCHPAQSFLDVAETIINQLKQSNYLSPEDKAYITAIAVGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAALAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR*
Ga0124922_112941913300010197Anoxygenic And Chlorotrophic Microbial MatKRVPIIRVAETDAQMAASWSLIMTHPAHGFLDVAETIINQLGQSNYLSPEDKAYIIAIAIGVIAGHHTPGGDSGYSPVDVLVKVLKHCLEHLGLGVNSNYLQQAQVDSNYLEKARDLMLFAAALAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLSLTL
Ga0124922_113075413300010197Anoxygenic And Chlorotrophic Microbial MatKRVPIIRVAETDAQMAASWSLIMTHPAQSFLDVAEIIINQLKQSNYLSPEDKAYITAIAVGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTL
Ga0124922_128398813300010197Anoxygenic And Chlorotrophic Microbial MatKIIDVMQARCFDERAYNQNATRPLPTELKFEPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGSIINDLSLRLGILSR*
Ga0124938_112834623300010254Anoxygenic And Chlorotrophic Microbial MatMQARCFDERAYNQNAARPLPTALKFGPQKPDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR*
Ga0124938_113310113300010254Anoxygenic And Chlorotrophic Microbial MatVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVNSNYLQQAQVDSNYLEQAKDLMLFAAALSKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGPIINDLSLTLGISSR*
Ga0124913_100526313300010257Anoxygenic And Chlorotrophic Microbial MatNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELKFEPQKPDTGGTVQFGSQMSDTGGKKSQELMDDFLKSLYDWICQKAFSDLNKLNPNGHPTVSAYDLIYQAILNQQIPDSKQNLGSASNPTRINYGSIINDLSLTLGILSR*
Ga0209750_106219113300026237Anoxygenic And Chlorotrophic Microbial MatNQLGQSNYLSPEDKAYITAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLGVNSNYLEQAKNLMLFAAALAKIIDVMQACCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGSIINDLSLTLGILSR
Ga0209809_104764623300026509Anoxygenic And ChlorotrophicVAETIINQLGQSNYLSPEDKAYIIAIAVGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTGGTELQKRMNDFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0209809_107557013300026509Anoxygenic And ChlorotrophicGDSGYSPVDVLVKVLKHCLEHLGLGVNSNYLQQAQVDSNYLEQAKDLMLFAAALSKIIDVMQARCFDERAYNQNVTRPLPTELKFESQKPDTGGAELQKRMDEFLKSLYDWICKKAFSGLNELDPDGHSTVSVYDLIYQAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0209809_108378613300026509Anoxygenic And ChlorotrophicENLLVEFIKDPQVNQRKRVPIIRVAETDAQMAASWSLIMTHPGQGFLDLVWIIDLLKNSRDLQLEDKAYIIAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0209809_109204513300026509Anoxygenic And ChlorotrophicENLLVEFIKDPQVNQRKRVPIIRVAETDAQMAASWSLIMTHPGQGFLDLVWIIDLLKNSRDLQLEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTL
Ga0308395_102292813300031245Hot Spring Phototrophic MatPGQGFLDLVWIIDLLKNSRDLQLEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR
Ga0308395_106150313300031245Hot Spring Phototrophic MatLKNSRDLQLEDKAYIIAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNAARPLPTALKFGPQKPDTGGTVQFGSQTSDTGDTELQKRMNDFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308395_107296623300031245Hot Spring Phototrophic MatGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKSLYDWICQKAFSDLNKLNPNGHPTVSAYDLIYQAILNQQIPDSKQNLGSASNPTRINYGSIINDLSLTLGILSR
Ga0308395_108263213300031245Hot Spring Phototrophic MatGQGFLDLVWIIDLLKNSRDLQLEDKAYITAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRIDEFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308395_108594013300031245Hot Spring Phototrophic MatFLDVAETIINQLGQSNLSPEDKAYIIAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLGVNSNYLEQAKNLMLFAAALAKIIDVMQACCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGPIINDLSLTLGISSR
Ga0308395_108672013300031245Hot Spring Phototrophic MatQVAETDAQMAARWLLIMIHPAQSFLDVAETIINQLGQSNYLSPEDKAYIIAIAIGVIAGHHTPGGDSGYSPVDVLVKVLKHCLEHLGLGVNSNYLQQAQVDSNYLEQAKDLMLFAAALSKIIDVMQARCFDERAYNQNVTRPLPTELKFESQKPDTGGAELQKRMDEFLKSLYDWICKKAFSGLNELDPDGHSTVSVYDLIYQAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308395_109848813300031245Hot Spring Phototrophic MatSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILS
Ga0308395_110620313300031245Hot Spring Phototrophic MatEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308395_114502413300031245Hot Spring Phototrophic MatIIAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTKLQFGLQGSDTSGTVQFGSQTSYTDDTELQKRMDDFLLFLYHWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQ
Ga0308394_108939113300031508Hot Spring Phototrophic MatIIAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFSKIIDVMQACCFDERAYNQNATRPLPTELQFEPQGPDTGGTAQFGSQTSDTDDTELQKRIDEFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQNLASASNPTRINYGSIINDLSLTLGILSR
Ga0308394_109059213300031508Hot Spring Phototrophic MatFLDVAETIINQLGQSNLSPEDKAYIIAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLGVNSNYLEQAKNLMLFAAALAKIIDVMQACCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYG
Ga0308394_109972613300031508Hot Spring Phototrophic MatNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR
Ga0308397_101239413300031512Hot Spring Phototrophic MatEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR
Ga0308397_106503513300031512Hot Spring Phototrophic MatAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTKLQFGLQGSDTSGTVQFGSQTSYTDDTELQKRMDDFLLFLYHWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308397_106689713300031512Hot Spring Phototrophic MatPVDVLVKVLKHCLEHLGLGVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTGGTELQKRMNDFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308397_109822413300031512Hot Spring Phototrophic MatSGGDSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELQFEPQGSDTGGTAKFESQTSDTDDTKLQKRMNDFLKSLYDWICQKAFSGLNKLNPNDHSTVSAYYLIYQTILNQQIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308390_107583913300031514Hot Spring Phototrophic MatAYIIAIAIGVIAGHHTPGGDSGYSPVDVLVKVLKHCLEHLGLGVNSNYLQQAQVDSNYLEQAKDLMLFAAALSKIIDVMQARCFDERAYNQNVTRPLPTELKFESQKPDTGGAELQKRMDEFLKSLYDWICKKAFSGLNELDPDGHSTVSVYDLIYQAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308396_101573913300031515Hot Spring Phototrophic MatAQMAASWSLIMTHPGQGFLDLVWIIDLLKNSRDLQLEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR
Ga0308396_104419213300031515Hot Spring Phototrophic MatAQMAASWSLIMTHPGQGFLDLVWIIDLLKNSRDLQLEDKAYIIAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNAARPLPTALKFGPQKPDTGGTVQFGSQTSDTGDTELQKRMNDFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308396_105969913300031515Hot Spring Phototrophic MatGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELQFEPQESDIGGTTQFGSQMSDTGDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGSIINDLSLRLGILSR
Ga0308396_109361513300031515Hot Spring Phototrophic MatAYIIAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308396_111835313300031515Hot Spring Phototrophic MatSNVEFWSKAKDLMLFAAAFSKIIDVMQACCFDERAYNQNATRPLPTELQFELQGSDTGGTELAELERMNYFLRFLYDNWICKKAFSGLSELNPNRHSTVSAYYLIYQATLNQRIPGSEQNLALASNPTKIKYGPIINDLSLTLGISSR
Ga0308398_112197013300031516Hot Spring Phototrophic MatCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGSIINDLSLRLGILSR
Ga0308389_107205913300031518Hot Spring Phototrophic MatAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR
Ga0308389_108956013300031518Hot Spring Phototrophic MatGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTKLQFGLQGSDTSGTVQFGSQTSYTDDTELQKRMDDFLLFLYHWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308389_112138113300031518Hot Spring Phototrophic MatEDKAYITAIAVGAIAGHHTPGGNSGYPPVDVLVSVLEHCLKHLGLGVDSNYLEQAKNLMLFAAALAHIIDVMQARCFDERAYNQNATRPLPTKLQFGLQGSDTSGTVQFGSQTSYTDDTELQKRMNDFLLFLYHWICEEIFPGLNKLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRIN
Ga0308389_113783813300031518Hot Spring Phototrophic MatNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELKFEPQKPDTGGTVQFGSQMSDTGGKKSQELMDDFLKSLYDWICQKAFSDLNKLNPNGHPTVSAYDLIYQAILNQQIPDSKQNLGSASNPTRINYGSIINDLSLTLGILSR
Ga0308393_109592813300031568Hot Spring Phototrophic MatHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNAARPLPTALKFGPQKPDTGGTVQFGSQTSDTGDTELQKRMNDFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308393_113173313300031568Hot Spring Phototrophic MatLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308401_101560023300031767Hot Spring Phototrophic MatMAARWLLIMIHPAQSFLDVAETIINQLGQSNYLSPEDKAYIIAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAVAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQGSDTGGTAQFGSQKPDTGDTELQKRMNEFLKFLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308418_106800323300031783Hot Spring Phototrophic MatGGDSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQGSDTGGTVQFGSQTPDTDDTELQKRINDFLRFLDNWIKQAFPGPQEADFDNHPIVTGYRSLCNAQIPPMNLDPALNSMMMDYGPIINDLSLTLGILSR
Ga0308418_109212013300031783Hot Spring Phototrophic MatLDLVWIIDLLKNSRDLQLEDKAYIIAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308418_112036513300031783Hot Spring Phototrophic MatGGDSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAVAFAKIIDVMQARCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGSIINDLSLRLGILSR
Ga0308411_1020850613300031812Hot Spring Phototrophic MatIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFAKIIDVMQACCFDERAYNQNITRPLPTELKFEPQGSDTGGTAQFGSQTPDTDDTELQKRMDEFLKSLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQQIPGSEQNLALASNPTKINYGSIINDLSLTLGILSR
Ga0308409_101957413300031830Hot Spring Phototrophic MatAYITAIAIGVIAGHHTSGGDSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQGSDTGGTVQFGSQTPDTDDTELQKRINDFLRFLDNWIKQAFPGPQEADFDNHPIVTGYRSLCNAQIPPMNLDPALNSMMMDYGPIINDLSLTLGILSR
Ga0308409_107319513300031830Hot Spring Phototrophic MatLDLVWIIDLLKNSRDLQLEDKAYIIAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308409_108175613300031830Hot Spring Phototrophic MatAVLLSLPASQASFQTRQGSNNLRQKVENLLVEFIKDPQVNQRELVPIIRVAETDAQMAARWLLIMIHPAQSFLDVAETIINQLGQSNYLSPEDKAYIIAIAIGVIAGHHTSGGDSGYPPVDVLVKVLKHCLEHLGLGVNSNYLEQAKNLMLFAAALAKIIDVMQACCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTGDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTV
Ga0308409_112876213300031830Hot Spring Phototrophic MatAYITAIAIGVIAGHHTSGGDSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELQFEPQGSDTGGTAKFESQTSDTDDTELQKRMDEFLKSLYDWICKKAFSGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNP
Ga0308409_114246813300031830Hot Spring Phototrophic MatAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFGSQTSDTDDTELQKRIDEFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQNLASASNPTRINYGSIINDLSLTLGILSR
Ga0308408_106565813300031865Hot Spring Phototrophic MatAQMAASWSLIMTHPGQGFLDLVWIIDLLKNSRDLQLEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR
Ga0308408_113513813300031865Hot Spring Phototrophic MatDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTGGTELQKRMNDFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308405_101099123300031875Hot Spring Phototrophic MatVAETIINQLGQSNYLSPEDKAYITAIAIGVIAGHHTSGGDSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTGGTELQKRMNDFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308405_102595013300031875Hot Spring Phototrophic MatEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDRNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308405_107195613300031875Hot Spring Phototrophic MatPGQGFLDLVWIIDLLKNSRDLQLEDKAYIIAIAIGVIAGHHTSGGDSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAVAFAKIIDVMQARCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYGSIINDLSLRLGILSR
Ga0308405_110278723300031875Hot Spring Phototrophic MatVDSNYLEQAKDLMLFAAALSKIIDVMQARCFDERAYNQNVTRPLPTELKFESQKPDTGGAELQKRMDEFLKSLYDWICKKAFSGLNELDPDGHSTVSVYDLIYQAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308405_115645913300031875Hot Spring Phototrophic MatGVIAGHHTSGGDSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELQFEPQGSDTGGTAKFESQTSDTDDTELQKRMDEFLKSLYDWICKKAFSGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNP
Ga0308404_111697013300031878Hot Spring Phototrophic MatKVLKHCLEHLGLDVDSNYLEQAKNLMLFAVAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQGSDTGGTAQFGSQKPDTGDTELQKRMNEFLKFLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308406_101366623300031948Hot Spring Phototrophic MatAVLLSLPASQASFQTRQGSNNLRQKVENLLVEFIKDPQVNQRKRVPIIRVAETDAQMAASWSLIMTHPAQSFLDVAETIINQLGQSNYLSPEDKAYITAIAIGVIAGHHTSGGDSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQGSDTGGTVQFGSQTPDTDDTELQKRINDFLRFLDNWIKQAFPGPQEADFDNHPIVTGYRSLCNAQIPPMNLDPALNSMMMDYGPIINDLSLTLGILSR
Ga0308406_106002913300031948Hot Spring Phototrophic MatSFKINLPNLGCGGTVPENDAEMVFWWLLILCHPAHGFLDVAEIIINQLKQSNYLSPEDKAYITAIAIGVIAGHHTPEGNSGYPPVDVLVKVLKHCLEHLGLGVNSNYLEKARDLMLFAAALAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTPDTDDTELQKRINDFLRFLDNWIKQAFPGPQEADFDNHPIVTGYRSLCNAQIPPMNLDPALNSMMMDYGPIINDLSLTLGISSR
Ga0308406_107877713300031948Hot Spring Phototrophic MatGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR
Ga0308406_112362413300031948Hot Spring Phototrophic MatAYIIAIAIGVIAGHHTPGGDSGYSPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGS
Ga0308417_102684413300031950Hot Spring Phototrophic MatGQSNYLSPEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLQQAQVDSNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308420_111354813300031966Hot Spring Phototrophic MatAQMAASWSLIMTHPGQGFLDLVWIIDLLKNSRDLQLEDKAYIIAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308420_117182613300031966Hot Spring Phototrophic MatFLDVAETIINQLGQSNYLSPEDKAYITAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLGVNSNYLEQAKNLMLFAAALAKIIDVMQACCFDERAYNQNTTRPLPTALKFGPQKPDTGGTVQFGSQTSDTDDTELQKRMDDFLKFLYDWICQKAFSDLNKLNPNDHPTVSAYYLRYNEAILNQPIPDSEQKQSLASASNSTRINYG
Ga0308420_119791913300031966Hot Spring Phototrophic MatLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQRSDTGGTAQFGSQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGISSR
Ga0308403_107274913300031980Hot Spring Phototrophic MatYIIAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAVAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQGSDTGGTAQFGSQKPDTGDTELQKRMNEFLKFLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308402_105628613300032033Hot Spring Phototrophic MatKNPRVNQRELVPITQVAETDPQMAASWSLIMTHPAHGFLDVAETIIDQLKQHNNLSPEDKAYITAIAIGVIAGHHTPEGNSGYPPVDVLVKVLKYCLEHLGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNTTRPLPTKLQFESQTSDTGDTELQKRMNDFLRFLDNWICEEIFPGLNNLNFDDHSTVSAYYSIYKAILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308402_108414613300032033Hot Spring Phototrophic MatAYIIAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLDVDSNYLEQAKNLMLFAVAFAKIIDVMQARCFDERAYNQNTTRPLPTELKFEPQGSDTGGTAQFGSQKPDTGDTELQKRMNEFLKFLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308400_102688323300032045Hot Spring Phototrophic MatENLLVEFIKDPQVNQRKRVPIIRVAETDAQMAASWSLIMTHPGQGFLDLVWIIDLLKNSRDLQLEDKAYIIAIAIGVIAGHHTPGGDSGYPPVDVLVKVLKHCLEHLGLGVNSNYLQQAQVDSNYLEKARDLMLFAAALAKIIDVMQACCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR
Ga0308400_103556823300032045Hot Spring Phototrophic MatENLLVEFIKDPQVNQRKRVPIIRVAETDAQMAASWSLIMTHPAQSFLDVAEIIINQLKQSNYLSPEDKAYITAIAIGVIAGHHTPGGNSGYPPVDVLVKVLKHCLEHLGLGVDSNYLEQAKDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELKFEPQKPDTGGTVQFGSQMSDTGGKKSQELMDDFLKSLYDWICQKAFSDLNKLNPNGHPTVSAYDLIYQAILNQQIPDSKQNLGSASNPTRINYGSIINDLSLTLGILSR
Ga0308400_109517913300032045Hot Spring Phototrophic MatKVLKHCLEHLGLGVNSNYLQQAQVDSNYLEKARDLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFELQGSDTGGTELAELERMNYFLRFLYDNWICKKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQRLASASNPTRINYGSIINDLSLTLGILSR
Ga0308414_116076213300032356Hot Spring Phototrophic MatILCHPAHGFLDVAETIINQLRQSNDLSSDEEKAYITAIAIGVIAGHHTPGGGSGYPPIDVLVKVLKHCLEHLGLGVDSNYLEQAKDLMLFAAALAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTDDTELQKRIDEFLKSLYDWICQKAFSGLNQLNPNGHSTVRAYYLIYQAILNQQIPGSEQNLALASNPTKINYGSIINDLSLTLGILSR
Ga0308413_096970_2_4873300033886Hot Spring Phototrophic MatGLDVDSNYLEQAKNLMLFAAAFAKIIDVMQARCFDERAYNQNATRPLPTELQFEPQGSDTGGTAQFGSQTSDTDDTELQKRMNEFLKFLYDWICQKAFSGLNQLNLNDHSTVSAYYLIYQTILNQRIPDSEQSLASASNPTRINYGSIINDLSLTLGILSR


 ⦗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.