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 F077346

Metagenome / Metatranscriptome Family F077346

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


Overview

Basic Information
Family ID F077346
Family Type Metagenome / Metatranscriptome
Number of Sequences 117
Average Sequence Length 195 residues
Representative Sequence MNDRPWGEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMAKVTYRPPGWLVYQGQLDAEAEGLILTEMLKGCDGPRTSLYGSFEYDDVRYPGKLPKQYIDRHGFTHPICGLVEHIELERDSDLKNRIQEALAAPSWPEGVKGAAMLLYLSLKTFNKLNYPSQEILDILEKNLFKLDE
Number of Associated Samples 56
Number of Associated Scaffolds 117

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 66.67 %
% of genes near scaffold ends (potentially truncated) 2.56 %
% of genes from short scaffolds (< 2000 bps) 2.56 %
Associated GOLD sequencing projects 49
AlphaFold2 3D model prediction Yes
3D model pTM-score0.61

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 → Anoxygenic And Chlorotrophic Microbial Mat
(60.684 % of family members)
Environment Ontology (ENVO) Unclassified
(94.872 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Water (non-saline)
(63.248 % 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: 53.40%    β-sheet: 0.00%    Coil/Unstructured: 46.60%
Feature Viewer
Powered by Feature Viewer

Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.61
Powered by PDBe Molstar

Low Quality Model:

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


 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 117 Family Scaffolds
PF10412TrwB_AAD_bind 3.42
PF01555N6_N4_Mtase 0.85

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 117 Family Scaffolds
COG0863DNA modification methylaseReplication, recombination and repair [L] 0.85
COG1041tRNA G10 N-methylase Trm11Translation, ribosomal structure and biogenesis [J] 0.85
COG2189Adenine specific DNA methylase ModReplication, recombination and repair [L] 0.85


 ⦗Top⦘

Phylogeny

NCBI Taxonomy

NameRankTaxonomyDistribution
UnclassifiedrootN/A100.00 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300005495|Ga0068666_1101806Not Available677Open in IMG/M
3300026280|Ga0209017_10044324Not Available1041Open in IMG/M
3300031245|Ga0308395_1056840Not Available1000Open in IMG/M



 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat60.68%
Hot Spring Phototrophic MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Phototrophic Mat36.75%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic2.56%

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
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
3300005389Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005409Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005411Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_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
3300005495Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_B 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
3300005638Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006380Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1200_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
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
3300010179Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0900_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010181Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010189Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2000_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
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
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
3300010246Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2300_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010251Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1600(2)_B 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
3300010256Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500(2)_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010257Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010272Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300026237Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS upper layer 2012 (SPAdes)EnvironmentalOpen in IMG/M
3300026280Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS undermat 2012 (SPAdes)EnvironmentalOpen in IMG/M
3300031245Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_P4EnvironmentalOpen in IMG/M
3300031508Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_me2EnvironmentalOpen in IMG/M
3300031509Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS12-60EnvironmentalOpen in IMG/M
3300031512Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T8EnvironmentalOpen in IMG/M
3300031513Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20070728_OST1-BottomLayerEnvironmentalOpen in IMG/M
3300031514Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_149EnvironmentalOpen in IMG/M
3300031515Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_Pe2EnvironmentalOpen in IMG/M
3300031518Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_148EnvironmentalOpen in IMG/M
3300031568Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050630_ee2EnvironmentalOpen in IMG/M
3300031783Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090729_R4cdEnvironmentalOpen in IMG/M
3300031812Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20070728_OST2-BottomLayerEnvironmentalOpen in IMG/M
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
3300032033Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060913_OS-M2EnvironmentalOpen in IMG/M
3300032034Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060911_MSe2EnvironmentalOpen in IMG/M
3300032045Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS12-65EnvironmentalOpen in IMG/M
3300032057Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS60EnvironmentalOpen in IMG/M
3300032058Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS50EnvironmentalOpen in IMG/M
3300033886Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090729_t10cdEnvironmentalOpen 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
3300034649Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_1400_MSt11 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034650Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_1600_MSt12 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M

Geographical Distribution
Zoom:     Powered by OpenStreetMap



 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
JGI24185J35167_107421513300002493Anoxygenic And Chlorotrophic Microbial MatEGVYHRWLDSLLAAGSAEAAYLAASLWPAPDLMTKVAYRPVQWLVYRGQIDAEAERLILAEMLQGIFGQRXSLYGLFEYDDVPFPNQLPEQYIERHGFXHPICGLVQPIKLEWNIEINKRIQEVLAAPSWSEGVKGAAMLLYLSLKACNELRAPAQETLNVLEQKLFKLDERHINIINFHMDKIEKIDYNLIKDYLNYLIILYK
JGI24185J35167_108558513300002493Anoxygenic And Chlorotrophic Microbial MatEEVYHRWLDELLADGSAEAAYLAASLWPARNLMAKVTYRPARWLVYRDQLDAEAERLILMEMLKGEFGIRSSFLYGSFEYDNVLFANTLQAQYIKRYGFTHPVCGLAGPIASASDLKKRIQAALDAPSWSEGVKGAAMLLYLSLKLFNKLSKPARELLNILEQNLFKLDERHTNIINFHMDE
JGI24185J35167_108821113300002493Anoxygenic And Chlorotrophic Microbial MatKEYVDEWGGRGKIVPANAFDGFVISGDPVEDTIIPHAILIWTCMNDRPWPEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMAKVTYRPARWLVYRGQLDAEAERLILTEMLRGDHGPRTSLYGSLEYDNVLCPILFPMQYIKRHGFTHPICGLVGLTALEWDNNLKDCIQEALAA
JGI24186J35511_104444813300002510Anoxygenic And Chlorotrophic Microbial MatEEVYHDWXXXXXXAGSAEAAYLAASLWPAPDLMTKVAYRPVQWLVYRGQIDAEAERLILAEMLQGIFGQRSSLYGLFEYDDVPFPNQLPEQYIERHGFIHPICGLVQPIKLEWNIEINKRIQEVLAAPSWSEGVKGAAMLLYLSLKACNELRAPAQETLNVLEQKLFKLDERHINIINFHMDKIEKIDYNLIKDYVNYLIILYKKTI
JGI24186J35511_104617613300002510Anoxygenic And Chlorotrophic Microbial MatWTCMNDRPWSEEVYHRWLDSLLAAGSAQAAYLAASLWPAHDLMAKVVYRPVRWLIYRGRLDAEAERLILTEILKGTYGPKTSLYGSFEYDDYVEFPYTLPNQYIRKHGFTHPICGLVKPTALEWDSDLKNCIQEALVAPSWSEGVKGAAMLLYLSLKAFKDLNDSVQEILNILEQNLFKLDERNINIINFHMDKIEKIDYN
JGI24186J35511_104862613300002510Anoxygenic And Chlorotrophic Microbial MatKRPWPENVYHRWLDRLLAARSAEAAYLAASLWPAHDLMAKVTYRPPGWLVYQGQLDAEAEGLILTEMLKGCDGPRTSLYGSFEYDDVRYPGKLPKQYIDRHGFTHPICGLVEHIELERDSDLKNRIQEALAAPSWPEGVKGAAMLLYLSLKAFRVLSGFARETLNALEKNLFKLXERHTNIINFHMDKIERI
JGI24186J35511_105502613300002510Anoxygenic And Chlorotrophic Microbial MatCMNDRPWPEEVYHRWLDQLLAAGSPEAAYLAASLWPAHDLMTKVTYRPVRWRVYQGQLDADAERLILTEMLKGKFGPRVSLYGSFEYDDVPNPEQLPEEYIKRHGFTHPICGLVELSAFTRYGDLRNRIQEALAAPSWSEGVKGAAMLLYLSLKAFNELIKKQEPDEFDSLIRF
Ga0061020_108692513300003688Anoxygenic And Chlorotrophic Microbial MatDRFVITGDPIEDTIIPHAVWVWTCMNDRPWSERVYHRWLDKLLAAGSAEAAYLAASLWPARGLMAKVTYRPAGWLVYRGQLDAEAERLILTEMLRGIDGLRPSLYGSFEYDDVRLPEKLPTYYIKRHGFTHPICGLVELVDLKYDSELQSRIKEALAAPSWSEGVKGAAMLLYLSLKAFKDLSAPLQEVFNTLEQNLFKLDERHINIINFHTEKIE
Ga0061020_108876113300003688Anoxygenic And Chlorotrophic Microbial MatVDEWGGRGKIVPANAFDGFVISGDPVEDTIIPHAILIWTCMNDRPWPEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMAKVTYRPARWLVYRGQLDAEAERLILTEMLRGDHGPRTSLYGSLEYDNVLCPILFPMQYIKRHGFTHPICGLVGLTALEWDNNLKDCIQEALAAPIWSEGVKGAAMLLYLSLKEYGYLNGYSQEVLNTLEQNL
Ga0061020_108994013300003688Anoxygenic And Chlorotrophic Microbial MatEWGGRGKIVPASAFDGFVLTGDPVEDTIIPHAVLVWTCMNDQPWPEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMAKVTYRPARWLVYRGQLDAEAERLILTEMLRGDHGPRTSLYGSLEYDNVLCPILFPMQYIKRHGFTHPICGLVGLTALEWDNNLKDCIQEALAAPIWSEGVKGAAMLLYLSLKEYGYLNGYSQEVLNTLEQNL
Ga0061020_110312713300003688Anoxygenic And Chlorotrophic Microbial MatDPVEDTLIPHAILVWTCMNDRPWPEEVYHDWLDKLLAAGSKEAAYLAASLWPAHDLMAKVTYRPARWLIYRGQLDAEAERLILMEMLMKGECGIRSSFLYGSFEYDNVLFTNIFQAQYIESYGFTHPICGLVGPIASDFNLKKHIQEALDASNWSEGVKGAAMLLYLSLKPFNNLTGPALALLHTLEQN
Ga0061020_110402613300003688Anoxygenic And Chlorotrophic Microbial MatRPWGEEVYHRWLDELLAAGSAEAAYLAASLWPAHDLMAKVTYRPVGWLVYRGQLDAEAERLILTEMLKGEYGPRTSLYGSFEYDDVRFPEKLPEQYIKKHGFTHPICGLVEFVDLEYGSEVQNRIKEALDAPSWSEGVKGAAMLLYLSLNAFNDFSAHLQELFNALNKNLFKLDERYINIINFHTDK
Ga0061020_111538313300003688Anoxygenic And Chlorotrophic Microbial MatAASLWPAHDLMAKVTYRPVGWLVYRDRFDAEAERLILTEMLKGYYGPRTSLYGTFKYDDMSFLVQFPEDFIDKYGFTHPICGLIGPINLECDSDLQNRIQEMLAAPSWSEGVKGAAMLLYLSLKAFNEVRVTAREMLNLLEKNLFKLDERHINIINFHIDKIEKIDYNLLKDY
Ga0068636_111166013300005248Anoxygenic And Chlorotrophic Microbial MatEAAYLAASLWPARDLMKKVTYRPARWLVYRGQLDAEAERLILTEMLKGYGGPRTSLYGSFEYDDATYPELLPEQYIFRHGFTHPICGLVGPIGFKSDSYLKKRIQEALAAPSWSEGVKDAAMLLYLSLKAFNELRPPGQETLNLLEQNLFKLDERHINIINFHMDKIEKIDYDLIKDYIKYFVILYNKAVYNMFKIYINEEKERLINKKAKKYSYWDEIREV
Ga0068645_116192613300005249Anoxygenic And Chlorotrophic Microbial MatWTCMNDQPWPESVYHCWLDELLADGSAEAAYLAASLWPARDLMKKVTYRPARWLVYRGQLDAEAERLILTEMLKGASGPRTSLYGSFEYDDATYPELLPEQYIFRHGFTHPICGLVGPIGFKSDSYLKKRIQEALAAPSWSEGVKDAAMLLYLSLKAFNELRPPGQETLNLLEQNLFKLEERHINIINFHMDKIEKID
Ga0068654_15417213300005389Anoxygenic And Chlorotrophic Microbial MatGIYHRWLDELLAAGSAEAAYLAASLWPAHDLMAKVTYRPAGWLVYRGQLDAEAERLILMEMLKGDYGPRTSLYGSFEYDDVPHPEQLSKQYIERHGFTHPICGLVEPIELQWDSDLKKRIQAVLAAPSWSEGVKGAAMLLYLSLNAFNELSAPLQELLNTLEQNLFKLDERHTNIINFHM
Ga0068651_100514713300005409Anoxygenic And Chlorotrophic Microbial MatDPVEDTIIPHAILVWTCMNDQLWPEEVYHGWLDKLLAAGSAEAAYLAASLWPAHDLMATVTYRPARWLVYRGQLDAEAERLILTEMLKGASGPRTSLYGSFEYDDATYPELLPEQYIFRHGFTHPICGLVGPIGFKSDSYLKKRIQEALAAPSWSEGVKDAAMLLYLSLKAFNELRPPGQETLNLLEQNFFKLDERHINIINFHMDKIEKIDYDLIKDYINHLIILYDKTANKNLSMKMFSKYMSIGLRTKDILYIG
Ga0068651_110808413300005409Anoxygenic And Chlorotrophic Microbial MatDKWGGGGEVVPVDAFDGFMITGDPVEDTLIPHAVLVWTCMNDRPWPEEVYHDWLDKLLAAGSAEAAYLAASLWPAHDLMEKVTYRPARWLVYRGQLDAEAERLILTEMLKGKFGSRTSLYGSLEYDDLPDPEELPKQYIKRHGFTHPICGLVDLRDISSNLDLRNRIQEALNAPSWSEG
Ga0068647_111083713300005411Anoxygenic And Chlorotrophic Microbial MatWGGSGEIVPVDAFDGFKITGNDPFEDSLIPHAVFVWTYMNDRPWTDEVYHGWLDTLLKAGSAEAAYLAASLWPAHDLMEKVTYRPARWLVYRGQLDAEAERLILTEMLKGASGPRTSLYGSFEYDDATYPELLPEQYIFRHGFTHPICGLVGPIGFKSDSYLKKRIQEALAAPSWSEGVKDAAMLLYLSLKAFNELRPPGQETLNLLEQNLFKLDE
Ga0068706_106596413300005452Anoxygenic And ChlorotrophicVITGDPVEDTIIPHAVLVWTCMNDQPWSEKVYHDWLDKLLEAGSLEAAYLAASLWPAHDLMAKVTYRPAAWLVHRGQLDDAAERVILTEMLQGCDGQRTSLYGSFEYDDFPFASELSVCYIRRHGFTHPICGLVDPENFEWRSDLTKHIQEALAAPSWSEGVKGAAMLLYLSLKTFNKLNYPSQEILDILEKNLFKLDERHINIINFHIGKIKK
Ga0068706_108778713300005452Anoxygenic And ChlorotrophicGSAEAAYLAASLWPAPDLMTKVAYRPVQWLVYRGQIDAEAERLILAEMLQGIFGQRSSLYGLFEYDDVPFPNQLPEQYIERHGFIHPICGLVQPIKLEWNIEINKRIQEVLAAPSWSEGVKGAAMLLYLSLKACNELRAPAQETLNVLEQKLFKLDERHINIINFHMDKIEKIDYNLIKD
Ga0068705_1017020013300005453Anoxygenic And ChlorotrophicKTKEYIDEWGGCGEVVPANAFDGFAITGDPVEDTLIPHAVLVWTCMNDRPWPEEVYHRWLDQLLAAGSPEAAYLAASLWPAHDLMTKVTYRPVRWRVYQGQLDADAERLILTEMLKGKFGPRVSLYGSFEYDDVPNPEQLPEEYIKRHGFTHPICGLVELSAFTRYGDLRNRIQEAL
Ga0068666_110180613300005495Anoxygenic And Chlorotrophic Microbial MatAMYFIEKTNEYVDAWKGIGEVVPVDAFDGFAITGDPIEDLLIPHAVLVWTCMNDQPWPEEVYHRWLDELLAAGSAEAAYLAASLWPAHDLMGKVTYRPPGWLVYRGQLDVEAERLILIEMLKGAYGPRTSLYGSFEYDDVPNPEELPKQYIQRHGFTHLICGLVKPIELERDSGLKERIQEALVAPSWSEGVKGAAMLLYLSLKSCNELRAPAQETLNILEKNLF
Ga0068666_110268613300005495Anoxygenic And Chlorotrophic Microbial MatVWTCMNDRPWSERVYHRWLDKLLAAGSAEAAYLAASLWPARGLMAKVTYRPAGWLVYRGQLDAEAERLILTEMLREIDGLRPSLYGSFEYDDVRFPEKLPTYYIKRHGFTHPICGLVKLVDLKYDSELQSRIKEALAAPSWSEGVKGAAMLLYLSLKAFKDLSAPLQEVFNTLEQNLFKLDE
Ga0068650_100970313300005501Anoxygenic And Chlorotrophic Microbial MatEAAYLAASLWPAHDLMAKVTYRPARWLVYRGQLDAEAERLILTEMLKGASGPRTSLYGSFEYDDATYPELLPEQYIFRHGFTHPICGLVGPIGFKSDSYLKKRIQEALAAPSWSEGVKDAAMLLYLSLKAFNELRPPGQETLNLLEQNLFKLEERHINIINFHMDKIEKIDYDLIKDYINHLIILYDKTAN
Ga0068669_102708913300005638Anoxygenic And Chlorotrophic Microbial MatVPVDAFDGFAITGDPIEDTIIPHAVLVWTCMNDRPWSEEVYHRWLDSLLAAGSAQAAYLAASLWPAHDLMAKVVYRPVRWLIYRGRLDAEAERLILTEILKGTYGPKTSLYGSFEYDDYVEFPYTLPNQYIRKHGFTHPICGLVKPTALEWDSDLKNCIQEALVAPSWSEGVKGAAMLLYLSLK
Ga0068669_119952513300005638Anoxygenic And Chlorotrophic Microbial MatFNGFVITGDPVEDTIIPHAVLVWTCMNDRPWLEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMAKVIYRPPGWRVYQGQLDEEAERLILTEMLKGYYGPRTSLYGPFEYDNIQNINISKLSIFYIERYGFIHPICGLVNPIELEHDSDLRNRIQEALAAPSWSEGMKGAAMLLYLSLKTFDPDNEILDKLEKNLFKLDERQVNIINFHMDKTEEINYNLIKDYINYLIVLY
Ga0068669_127371313300005638Anoxygenic And Chlorotrophic Microbial MatHRWLDELLAAGSAEAAYLAASLWPAHDLMAKVTYRPAGWLVYRGQLDAEAERLILTEMLKWDYGPRTSLYGLFEYDDMRCPGKLSEQYIERHGFTHPICGLVDLRRLKCDNNLKKRIQEALAAPSWSEGTKEAAMLLYLSLKAFNELIRKKQPEAIEMIMELSLLLQDFNELITPLQELLNTLEQNLFKLDERHINIINFH
Ga0068669_127869413300005638Anoxygenic And Chlorotrophic Microbial MatGSAEAAYLAASLWPAPDLMTKVAYRPVQWLVYRGQIDAEAERLILAEMLQGIFGQRSSLYGLFEYDDVPFPNQLPEQYIERHGFIHPICGLVQPIKLEWNIEINKRIQEVLAAPSWSEGVKGAAMLLYLSLKACNELRAPAQETLNVLEQKLFKLDERHINIINFHMDKIEKID
Ga0068669_127880413300005638Anoxygenic And Chlorotrophic Microbial MatEDTLIPHAVLVWTCMNDRPWPEDVYHRWLDTLLAAGSAEAAYLAASLWPAHDLMAKVAYRPVQWLVYRGQLDAEAERLILTEMLKGYGGPRTSLYGSFEYDDIQFPDQLPGKYIERHGFIHPICGLVLPRELHYNNDLKKRIQEALAAPSWSEGVKGAAMLLYLSLRAFKELSSPLQEVLNALDQNLFKLDEKHINIIHFHMNKIRKID
Ga0068664_100941913300006380Anoxygenic And Chlorotrophic Microbial MatEVVPVDAFDGFAITGDPVEDTIIPHAVLVWTYMNDRPWEEEVYHRWLDTLLAAGSAEAAYLAASLWPAHDLMAKVAYRPAGWLVYRGQLDAEAERLILTEMLKGEFGPRVSLYGSFEYDDAPNPKELPKQYIERHGFTHPICGLVWPRELERDSGLKERIQEALAAPSWSEG
Ga0068664_121454913300006380Anoxygenic And Chlorotrophic Microbial MatENAFNGFVITGDPVEDTIIPHAVLVWTCMNDRPWLEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMAKVIYRPPGWRVYQGQLDEEAERLILTEMLKGYYGPRTSLYGPFEYDNIQNINISKLSIFYIERYGFIHPICGLVNPIELEHDSDLRNRIQEALAAPSWSEG
Ga0068664_125151613300006380Anoxygenic And Chlorotrophic Microbial MatEAAYLAASLWPARNLMAKVTYRPARWLVYRGQLDAEAERLILMEMLKGEFGIRSSFLYGSFEYDNVLFANTLQAQYIKRYGFTHPVCGLAGPIASASDLKKRIQAALDAPIWSEGVKGATMLLYLSLKLSNNLTDPVRELLNILEQNLFKLDERHTNIINFHMDEIEKIDYNLIKDYINYLIILYNK
Ga0068664_133610113300006380Anoxygenic And Chlorotrophic Microbial MatAGSAEAAYLAASLWPAHDLMAKVTYRPAGWLVYRGRLDAEAERVILTEMLKGEYGPRTSLYGSFNYDNLRYPEQLPEHYIERHGFTHPICGLVELRAFKSDHDLKNRIQEALAASSWSEGMKGAAMLLYLSLNAINELRNKRKFDLSNLLIRLRLSLDDFENLSRHLKELLNTLEQNL
Ga0068664_133723113300006380Anoxygenic And Chlorotrophic Microbial MatAAGSAEAAYLAASLWPAPDLMTKVAYRPVQWLVYRGQIDAEAERLILAEMLQGIFGQRSSLYGLFEYDDVPFPNQLPEQYIERHGFIHPICGLVQPIKLEWNIEINKRIQEVLAAPSWSEGVKGAAMLLYLSLKACNELRAPAQETLNVLEQKLFKLDERHINIINFHMD
Ga0068664_134280713300006380Anoxygenic And Chlorotrophic Microbial MatEYVDAWKGSGEVIPVDAFNGFAITGDPFEDTLIPHAVLVWTCMNNGPWPEEVYHDWLDKLLVAGSAEAAYLAASLWPAHDLMAKVAYRPPGWLVYRGQLDAEAERLILIEMLKGHDGPRTSLYGSFEYDDVPYPSNFPKQYIERHGFTHPICGLVRPIELELYHGLEKRIQEALAAPSWSEG
Ga0068664_134454013300006380Anoxygenic And Chlorotrophic Microbial MatSAEAAYLAASLWPAHDLMAKVSYRPVRWLIYRGQLDAEADRLILTEMLKGDYGPRTSLYGSFEYDDVRFPWELPEQYIERHGFTHPICGLVGPIELESDSDLRNRIQEALAALSWSEGTKGAAMLLYLSLKAFNDLSKKRELSAIYSEKKLNLSLDLFRNSKSLQGLLNTLEQNLFKLDERHINIINFNMDKVEKIDYNLVKDYISYIITLYNITINERDLLMKIFSKYISIGLR
Ga0068664_134944813300006380Anoxygenic And Chlorotrophic Microbial MatYHRWLDELLAAGSAEAAYLAASLWPAHDLMAKVRYRPAGWLVYRGQLDAEAERVILTEMLKGEFGPRTSLYGSFEYDDVPCPEQLPEKYIERHGFTHPICGLVKPIELEWDGNLKNRIQEALAAPSWSEGVKGAAMLLYLSLKAFSNLRDSAQETLNVLEQNLFKLDERHT
Ga0102499_132229213300007000Anoxygenic And Chlorotrophic Microbial MatAFDGFAITGDPVEDTIIPHAVLVWTCMNDRPWPEGVYHRWLDSLLAAGSAEAAYLGASLWPARDLMAQVAYRPAGWLVYRGQLDAEAERLILTEMLKGYDEPMISLYGSFKYDDEKCSKELSELYIKRHGFTHPICGLFYPGSLEWDSYLKKYIQEALAAPSWSEG
Ga0102499_132335213300007000Anoxygenic And Chlorotrophic Microbial MatKEYVDARGGRGEIVPIDAFDGFVLTGDPVEDTIIPHAVLVWTCMNKRPWPENVYHRWLDRLLAARSAEAAYLAASLWPAHDLMAKVTYRPPGWLVYQGQLDAEAEGLILTEMLKGCDGPRTSLYGSFEYDDVRYPGKLPKQYIDRHGFTHPICGLVEHIELERDSDLKNRIQEALAAPSWPEGVKGAAMLLYLSLK
Ga0102499_132716613300007000Anoxygenic And Chlorotrophic Microbial MatGDPVEDTIIPHAVFVWTCMNDLPWSEEVYHRWLDKLLADGSAEAAYLAASLWPARDLMAKVTYRPARWLVYRGQLDAEAERLILMEMLKGEFGIRSSFLYGSFEYDNVLFANTLQAQYIKRYGFTHPVCGLAGPIASASDLKKRIQAALDAPIWSEGVKGATMLLYLSLKLSNNLTDPVRELLNILEQNLFK
Ga0124936_102954013300010179Anoxygenic And Chlorotrophic Microbial MatFAITGDPVEDSLIPHAGLVWTCINDQPWSENVYHRWLDSLLAAGSPEAAYLAASLWPARDLMAKVTYRPPGWLIYRGQLDAEAERLILTEMLKGASGPRTSLYGSFEYDDATYPELLPEQYIFRHGFTHPICGLVGPIGFKSDSYLKKRIQEALAAPSWSEGVKDAAMLLYLSLKAFNELRPPGQETLNLLEQNFFKLDERHINIINFHMD
Ga0124936_103891913300010179Anoxygenic And Chlorotrophic Microbial MatFNGFMITGDPVEDTIIPHAVLVWTYMNDRPWPEEVYHDWLDKLLAANSKEAAYLAASLWPAHDLMAKVTYRPPGWLVYRGQLDAEAERLILTEMLKGDYGPITSLYGSFKYDDEKCSKELSELYIKRHGFTHPICGLFYPGSLEWDSYLKKYIQEALAAPSWSEGVQGAAMLLYLSLKTSHRLMGDEMKILNILEENLFKFDD
Ga0124926_106897013300010181Anoxygenic And Chlorotrophic Microbial MatMAKVTYRPARWLVYRGQLDAEAERLILMEMLKGDYGPRTSLYGSFEYDDVPHPEQLSKQYIERHGFTHPICGLVEPIELQWDSDLKKRIQAVLAAPSWSEGVKGAAMLLYLSLNAFNELSAPLQELLNTLEQNLFKLDERHTNIINFHMDKIEKIDYNSIKDYINYLIILYNKIINE
Ga0124915_106520213300010189Anoxygenic And Chlorotrophic Microbial MatMNDRPWGEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMAKVTYRPPGWLVYQGQLDAEAEGLILTEMLKGCDGPRTSLYGSFEYDDVRYPGKLPKQYIDRHGFTHPICGLVEHIELERDSDLKNRIQEALAAPSWPEGVKGAAMLLYLSLKTFNKLNYPSQEILDILEKNLFKLDE
Ga0124914_112600813300010191Anoxygenic And Chlorotrophic Microbial MatELLADGSAEAAYLAANLWPAHNLMEKVTYRPARWLVYRGQLDAEAERLILTEMLKGASGPRTSLYGSFEYDDATYPELLPEQYIFRHGFTHPICGLVGPIGFKSDSYLKKRIQEALAAPSWSEGVKDAAMLLYLSLKAFNELRPPGQETLNLLEQNLFKLDERHINIINFHMDKIEKIDYDLIKDYINHLIVLSDLKMFEKYISIGLRTKDIIYISNNIK
Ga0124924_108261813300010193Anoxygenic And Chlorotrophic Microbial MatEEVYHRWLDTLLAAGSAEAAYLAASLWPAHDLMAKVAYRPAGWLVYRGQLDAEAERLILTEMLKGEFGPRVSLYGSFEYDDAPNPKELPKQYIERHGFTHPICGLVWPRELERDSGLKERIQEALVAPSWSEGVKGAAMLLYLSLKSCNELRAPAQETLNILEKNLFKLDEGHINIINFHMDKIEKIDYDLIKD
Ga0124921_108336713300010194Anoxygenic And Chlorotrophic Microbial MatACDGFEITGDPVEDTIIPHAILVWTCMNDQPWSEEVYHCWLDTLLKAGSAEAAYLAASLWPAHDLMATVTYRPARWLVYRGQLDAEAERLILTEMLKGASGPRTSLYGSFEYDDATYPELLPEQYIFRHGFTHPICGLVGPIGFKSDSYLKKRIQEALAAPSWSEGVKDAAMLLYLSLKAFNELRPPGQETLNLLEQNLFKLEERHINIINFHMDKIEKIDY
Ga0124921_124784613300010194Anoxygenic And Chlorotrophic Microbial MatVPASAFDGFAITGDPVEDTIIPHAVLVWTYMNDRPWEEEVYHRWLDTLLAAGSAEAAYLAASLWPAHDLMAKVAYRPAGWLVYRGQLDAEAERLILTEMLKGEFGPRVSLYGSFEYDDAPNPKELPKQYIERHGFTHPICGLVWPRELERDSGLKERIQEALAAPSWSEGTKGAAMLLYLLLKRFEIKINEQDMLNILEKNLFKLDE
Ga0124911_107977313300010195Anoxygenic And Chlorotrophic Microbial MatTIIPHAVLVWTYMNDRPWEEEVYHRWLDTLLAAGSAEAAYLAASLWPAHDLMAKVAYRPAGWLVYRGQLDAEAERLILTEMLKGEFGPRVSLYGSFEYDDAPNPKELPKQYIERHGFTHPICGLVWPRELERDSGLKERIQEALAAPSWSEGTKGAAMLLYLLLKRFEIKINEQDMLNILEKNLFKLDERHINIINFHMDKIEKID
Ga0124911_118756913300010195Anoxygenic And Chlorotrophic Microbial MatVYHRWLDSLLAAGSAEAAYLAASLWPADGLMQKVTYRPAGWLVYRDQLDAEAERVILTEMLRGEDGLMPSLYGPFEYDDAPNPEQLPEEYIKRHGFTHPICGLVEPRAFIWLLIRYGNVRNRIQEALAAPSWSEGVIGAAMRLYLS*
Ga0124932_11978413300010246Anoxygenic And Chlorotrophic Microbial MatGDPVEDTIIPHAILVWTCMNDQLWPEEVYHGWLDKLLAAGSAEAAYLAASLWPAHDLMAKVTYRPARWLVYRGQLDAEAERLILMEMLKGGYGPRTSLYGSFEYDDVPYPSNFPKQYIERHGFTHPICGLVRPIELELYHGLEKRIQEALAALSWSEGTKGAAMLLYLSLKAFNDLSKKR
Ga0124940_108069913300010251Anoxygenic And Chlorotrophic Microbial MatYVDEWRGSGEIVPVDAFDGFEITGDPVEDTIIPHAILVWTCMNDQPWREDVYHRWLDQLLKAGSAEAAYLAASLWPARDLMKKVTYRPARWLVYRDQLDAEAERLILTEMLKGASGPTTSLYGSFEYDDVLSPEKLPEQYIKKHGFTHPICGLVGPRAFKWDGDLHNRIQTALAAPSWSDGMK
Ga0124940_113422913300010251Anoxygenic And Chlorotrophic Microbial MatEEVYHDWLDKLLAAGSAEAAYLAASLWPAHDLMAKVSYRPVRWLIYRGQLDAEADRLILTEMLKGDYGPRTSLYGSFEYDDVRFPWELPEQYIERHGFTHPICGLVGPIELESDSDLRNRIQEALAAPSWSEGVKDAAMLLYLSLRAFSEFRVTAQETLNLLEENLFKLDE
Ga0124938_111167813300010254Anoxygenic And Chlorotrophic Microbial MatVLVWTCMNDRPWEEEVYHRWLDELLAAGSGEAAYLAASLWPAHDLMGKVTYRPPGWLVYRGQLDAEMERLILMEMLKRYDEPRTSLYGSFEYDDVKYPWQLSELYIKRHGFTHPICGLVRPVEFEADHGLKNRIQEALDAPSWSEGVKGAAMLLYLSLNAFNDLAGPTLRLLNTLEQNLFKLDEKYINIVNFHM
Ga0124938_114511813300010254Anoxygenic And Chlorotrophic Microbial MatWGGSGEIVPVDAFDGFVITGDDPVEDSLIPHAVLVWTCMNDRPWPEEVYHGWLDTLLKAGSAEAAYLAASLWPARNLMAKVTYRPARWLVYRGQLDAEAERLILMEMLKGDYGPRTSLYGSFEYDDVPHPEQLSKQYIERHGFTHPICGLVEPIELQWDSDLKKRIQAVLAAPSWSEGVKGAAMLLYLSLNAFNELSAPLQELLNTLEQNLFKLDERHTNIINFHMD
Ga0124938_114860613300010254Anoxygenic And Chlorotrophic Microbial MatSLWPAHDLMAKVTYRPARWLIYRGQLDAEAERLILMEMLMKGECGIRSSFLYGSFEYDNVLFTNIFQAQYIESYGFTHPICGLVGPIASDFNLKKHIQEALDASNWSEGVKGAAMLLYLSLKPFNNLTGPALALLHTLEQNLFKLDERHIDIINFHMDKIEKIDYNLIKDYINYLIILYSKIV
Ga0124939_105660113300010256Anoxygenic And Chlorotrophic Microbial MatMNDRPWPEEVYHDWLDKLLAANSKEAAYLAASLWPAHDLMAKVTYRPPGWLVYRGQLDAEAERLILTEMLKGDYGPITSLYGSFKYDDLIYPRRLAEYYIDRHGFTHPICGLFKPARLYYNAKLKGPIKEALAAPSWSEGVQGAAMLLYLSLKTSHRLMGDEMKILNILEENLFKFDE
Ga0124939_120928313300010256Anoxygenic And Chlorotrophic Microbial MatLWPARNLMAKVTYRPARWLVYRGQLDAEAERLILMEMLKGEFGIRSSFLYGSFEYDNVLFANTLQAQYIKRYGFTHPVCGLAGPIASASDLKKRIQAALDAPIWSEGVKGATMLLYLSLKLSNNLTDPVRELLNILEQNLFKLDERHTNIINFHMDEIEKIDYNLIK
Ga0124913_116237213300010257Anoxygenic And Chlorotrophic Microbial MatVYHRWLDKLLAAGSAEAAYLAASLWPARGLMAKVTYRPAGWLVYRGQLDAEAERLILTEMLREIDGLRPSLYGSFEYDDVRFPEKLPTYYIKRHGFTHPICGLVKLVDLKYDSELQSRIKEALAAPSWSEGVKGAAMLLYLSLKAFKDLSAPLQEVFNTLEQNLFKLDERHINIINFHTEKIEKIDYNLVKDYINYLIILYKYST
Ga0124913_121766913300010257Anoxygenic And Chlorotrophic Microbial MatAPFDGFAITGDPVEDSLIPHAGLVWTCMNDQPWSENVYHRWLDSLLAAGSPEAAYLAASLWPARDLMAKVTYRPPGWLIYRGQLDAEAERLILTEMLKGASGPRTSLYGSFEYDDSTYPELLPAGYILRHGFTHPICGLVGPIGFKSDSYLKRRIQEALAAPSWSEGVKDAAMLLYLSLKAFNELTPP
Ga0124912_123191713300010272Anoxygenic And Chlorotrophic Microbial MatFDGFAITGDQVEDSLIPHAGLVWTCMNDQPWSENVYHRWLDSLLAAGSPEAAYLAASLWPARDLMAKVTYRPPGWLIYRGQLDAEAERLILTEMLKGASGPRTSLYGSFEYDDATYPELLPEQYIFRHGFTHPICGLVGPIGFKSDSYLKKRIQEALAAPSWSEGVKDAAMLLYLSLKAFNELRPPGQETLNLLEQNFFKLDERHINIINF
Ga0124912_132734413300010272Anoxygenic And Chlorotrophic Microbial MatVPVDAFDGFAITGDPVEDTIIPHAVLVWTYMNDRPWEEEVYHRWLDTLLAAGSAEAAYLAASLWPAHDLMAKVAYRPVQWLVYRGQLDAEAERLILTEMLKGYGGPRTSLYGSFEYDDIQFPDQLPGKYIERHGFIHPICGLVWPRELERDSGLKERIQEALVAPSWSEGVKGAAMLLYLSLKSCNELRAPAQETLNILEKNLFKLDEGHINIINFH
Ga0209750_105307113300026237Anoxygenic And Chlorotrophic Microbial MatRRKIVPVNAFDRFVITGDPIEDTIIPHAVWVWTCMNDRPWSERVYHRWLDKLLAAGSAEAAYLAASLWPARGLMAKVTYRPAGWLVYRGQLDAEAERLILTEMLRGIDGLRPSLYGSFEYDDVRLPEKLPTYYIKRHGFTHPICGLVELVDLKYDSELQSRIKEALAAPSWSEGVKGAAMLLYLSLKAFKDLSAPLQEVFNTLEKKFI
Ga0209750_105887613300026237Anoxygenic And Chlorotrophic Microbial MatERTKEYVDKWGGGGEVVPVDAFDGFMITGDPVEDTLIPHAVLVWTCMNDRPWPEEVYHDWLDKLLAAGSAEAAYLAASLWPAHDLMEKVTYRPARWLVYRGQLDAEAERLILTEMLKGKFGSRTSLYGSLEYDDLPDPEELPKQYIKRHGFTHPICGLVDLRDISSNLDLRNRIQEALNAPSWSEGVKDAAMLLYLSLKAFNALWGPEREMCDILEKNLFKLDERHMNI
Ga0209750_106837613300026237Anoxygenic And Chlorotrophic Microbial MatTGDPIEDTLIPHAVLVWTCMNDRPWGEEVYHRWLDELLAAGSAEAAYLAASLWPAHDLMAKVTYRPPGWRVYQGQLDAEGERLILTEMLKGYHGPRASLYGSFEYDDAPFLRKLPREYIKRHGFIHPICGLVWPREIEWDGDLKKCIQEALAAPSWSEGVKGAAMLLYLSLNVFNELREGTRGILNTLKQNLFKLDERHINIINFHTD
Ga0209750_107220613300026237Anoxygenic And Chlorotrophic Microbial MatVLVWTYMNDRPWVEEVYHRWLDTLLAAGSAEAAYLAASLWPAHDLMAKVAYRPAGWLVYRGQLDAEAERLILTEMLKGEFGPRVSLYGSFEYDDAPNPKELPKQYIERHGFTHPICGLVWPRELERDSGLKERIQEALAAPSWSEGTKGAAMLLYLLLKRFEIKINEQDMLNILEKNLFKLDERHINIINFHMDKIEKID
Ga0209750_108713713300026237Anoxygenic And Chlorotrophic Microbial MatKGSGEIVPVDAFNGFAITGDPIEDLLIPHAVLVWTCMNDRPWPEGIYHRWLDELLAAGSAEAAYLAASLWPAHDLMAKVRYRPAGWLVYRGQLDAEAERLILTEMLMGEYGPRTSLYGSFEYDNVLFPIALPIQYIQRHGFTHPICGLVKPLQLEWNRDLWNRIQEALVAPSWSEG
Ga0209750_109186513300026237Anoxygenic And Chlorotrophic Microbial MatAAYLAASLWPAHDLMAKVTYRPPGWLVYQGQLDAEAEGLILTEMLKGCDGPRTSLYGSFEYDDVRYPGKLPKQYIDRHGFTHPICGLVEHIELERDSDLKNRIQEALAAPSWPEGVKGAAMLLYLSLKAFRVLSGFARETLNALEKNLFKLDERHTNIINFHMDKIERI
Ga0209750_109364013300026237Anoxygenic And Chlorotrophic Microbial MatAHDLMAKVTYRPVGWLVYRDRFDAEAERLILTEMLKGYYGPRTSLYGTFKYDDMSFLVQFPEDFIDKYGFTHPICGLIGPINLECDSDLQNRIQEMLAAPSWSEGVKGAAMLLYLSLKAFNEVRVTAREMLNLLEKNLFKLDERHINIINFHIDKIEKIDYNLLKDY
Ga0209750_109407513300026237Anoxygenic And Chlorotrophic Microbial MatNALYFIERTKEYVDKWGGSGEIVPENAFNGFVITGDPIEDTIIPHAVLVWTCMNDRLWGEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMTKVTYRPVQWLVYRGRLDAEAERLILTEMLKGEYGPRTSLYGPFAYDAVQYPEILPEQYIRRHGFTHPICGLVEP
Ga0209017_1004432413300026280Anoxygenic And Chlorotrophic Microbial MatMNDRPWGEEVYHRWLDSLLVAGSAEAAYLAASLWPAHDLMAKVTYRPAAWLVYRGQLDAEAERLILTEMLRGYYGPRTSLYGSFEYDDVPNPWKLPEQYMKRHGFTHPICGLVWPTEIELDRDLRKCIYEALVAPSWSEETKGAAMLLYLSLKRCAGNSTTIKEFFNILEQNLFKLDDRHINIINFNTDKIEKIDYDLIKDYINYLIILYN
Ga0209017_1007713113300026280Anoxygenic And Chlorotrophic Microbial MatDKWGGGGEIVPENAFNGFVITGDPVEDTIIPHAVLVWTCMNDRPWLEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMAKVIYRPPGWRVYQGQLDEEAERLILTEMLKGYYGPRTSLYGPFEYDNIQNINISKLSIFYIERYGFIHPICGLVNPIELEHDSDLRNRIQEALAAPSWSEGMKGAAMLLYLSLKTFDPDNEILDKLEKNLFKLDERQVNIINF
Ga0209017_1009815613300026280Anoxygenic And Chlorotrophic Microbial MatGRNAMYFIERTKEYVDQWGGRGEIVPENAFDGFAITGDPIEDLLIPHAVLVWTCMNDRPWPEGIYHRWLDELLAAGSAEAAYLAASLWPAHDLMAKVRYRPAGWLVYRGQLDAEAERLILTEMLMGEYGPRTSLYGSFEYDNVLFPIALPIQYIQRHGFTHPICGLVKPLQLEWNRDLWNRIQE
Ga0308395_105684023300031245Hot Spring Phototrophic MatMAKVTYRPAGWLVYRGQLDAQAERLILTEMLKGEYGPRTSLYGSFGYDDVRSPQKLPKQYIEMHGFTHPICGLVEPIELERDSGLKKHIREALAAPSWSEGVKGAAMLLYLSLKAFNELSAPLKEVLSTLEQNLFKFDERHINIINFHTGKTEKIDYNLLKYYINYLIILYNKAINEGSLSIKIFSKYMSIGLKTNDIFYIGR
Ga0308394_101866913300031508Hot Spring Phototrophic MatMYFIEKTKEYVDEWKGSGEIVPVDAFDGFAITGDPAEDTIIPHAVLVWTCMNDRPWEEEVYHRWLDELLAAGSGEAAYLAASLWPAHDLMGKVTYRPPGWLVYRGQLDAEMERLILMEMLKRYDEPRTSLYGSFEYDDVKYPWQLSELYIKRHGFTHPICGLVRPVE
Ga0308394_103296233300031508Hot Spring Phototrophic MatMNDRPWGEEVYHRWLDSLLVAGSAEAAYLAASLWPAHDLMAKVTYRPAAWLVYRGQLDAEAERLILTEMLRGYYGPRTSLYGSFEYDDVPNPWKLPEQYMKRHGFTHPICGLVWPTEIELDRDLRKCIYEALVAPSWSEETKGAAMLLYLSLKRCAGNSTTIKEFFNILEQNLFKLDDRHINIINFNTDKIEKIDYDL
Ga0308399_1002894103300031509Hot Spring Phototrophic MatMYFIEKTKEYVDEWKGSGEIVPVDAFDGFAITGDPAEDTIIPHAVLVWTCMNDRPWEEEVYHRWLDELLAAGSGEAAYLAASLWPAHDLMGKVTYRPPGWLVYRGQLDAEMERLILMEMLKRYDEPRTSLYGSFEYDDVKYPWQLSELYIKRHGFTHPICGLVRPVEFEADHGLKNRIQEALDAPSWSEGVKGAAMLLYLSLNAFNDL
Ga0308397_108358113300031512Hot Spring Phototrophic MatLVWTCMNDRPWGEEVYHRWLDELLAAGSAEAAYLAASLWPAHDLMEKVTYRPPGWRVYQGQLDAEGERLILTEMLKGYHGPRASLYGSFEYDDAPFLRKLPREYIKRHGFIHPICGLVWPTEIEWDGDLKKCIQEALAAPSWSEGVKGAAMLLYLSLNVFNELREGTRGILNTLKQNLFKLDERHINIINFHTDKIDKIDYNLIKDYINYLMILCNNAMNKISFLIENRNSFLIK
Ga0308412_114340823300031513Hot Spring Phototrophic MatMRGGGGIIPVDASDGFVITGDPVEEAIIPHAVLVWTCMNDRPWPEEVYHRWLDQLLAAGSPEAAYLAASLWPAHDLMAKVRYRPAGWLVYRGQLDAEAERLILVEMLKGASGPRTSLYGSFEYDDVPYPEKLPEQYIKRHGFTHPICGLVDPLELEWNSDLHKRIQEAL
Ga0308412_114458613300031513Hot Spring Phototrophic MatRNSMYFIEKTKEYVDEWKGSGEIVPVDAFDGFAITGDPAEDTIIPHAVLVWTCMNDRPWEEEVYHRWLDELLAAGSGEAAYLAASLWPAHDLMGKVTYRPPGWLVYRGQLDAEMERLILMEMLKRYDEPRTSLYGSFEYDDVKYPWQLSELYIKRHGFTHPICGLVRPVEFEADHGLKNRIQEALDAPSWSEGVKGAAMLLYLSLNAFNDLAGPTLRLLNTLE
Ga0308412_118292713300031513Hot Spring Phototrophic MatLLEAALGRNALYFIERTKEYVDKWGGSGEIVPENAFDGFVITGDPIEDTLIPHAVLVWTCMNDRPWGEEVYHRWLDELLAAGSAEAAYLAASLWPAHDLMEKVTYRPPGWRVYQGQLDAEGERLILTEMLKGYHGPRASLYGSFEYDDAPFLRKLPREYIKRHGFIHPICGLVWPREIEWDGDLKKCIQEA
Ga0308412_121847313300031513Hot Spring Phototrophic MatKNAMYFIEKTKEYVDAWGGSGEVVPVDAFDGFVISGDPVEDTIIPHAILLWTCMNDRPWPEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMAKVTYRPARWLVYRGQLDAEAERLILTEMLKGDHGPRTSLYGSLEYDNVLCPILFPMQYIKRHGFTHPICGLVGLT
Ga0308390_103921913300031514Hot Spring Phototrophic MatMNGEPWPEEVYHRWLDSLLAAGSAEAAYLAASLWPADGLMQKVTYRPAGWLVYRDQLDAEAERVILTEMLRGEDGLMPSLYGPFEYDDAPNPEQLPEEYIKRHGFTHPICGLVEPRAFIWLLIRYGNVRNRIQEALAAPSWSEGVIGAAMRLYLS
Ga0308396_107340613300031515Hot Spring Phototrophic MatGDPVEDTIIPHAVFVWTCMNDLPWSEEVYHRWLDKLLADGSAEAAYLAASLWPARDLMAKVTYRPARWLVYRGQLDAEAERLILMEMLKGEFGIRSSFLYGSFEYDNVLFANTLQAQYIKRYGFTHPVCGLAGPIASASDLKKRIQAALDAPIWSEGVKGATMLLYLSLKLSNNLTDPVRELLNILEQNLFKLDERHTNIINFHMDEIEKIDYNLIKDYINYLIILYNKTINKSDLLMK
Ga0308389_105252423300031518Hot Spring Phototrophic MatMNDRPWGEEVYHRWLDSLLVAGSAEAAYLAASLWPAHDLMAKVTYRPAAWLVYRGQLDAEAERLILTEMLRGYYGPRTSLYGSFEYDDVPNPWKLPEQYMKRHGFTHPICGLVWPTEIELDRDLRKCIYEALVAPSWSEETKGAAMLLYLSLKRCAGNSTTIKEFFNILEQNLFKLDDRHINIINFNTDKIEKIDYDLMKDYINYLIILYNHSTKIFSKY
Ga0308389_111244513300031518Hot Spring Phototrophic MatGSAEAAYLAASLWPAPDLMTKVAYRPVQWLVYRGQIDAEAERLILAEMLQGIFGQRSSLYGLFEYDDVPFPNQLPEQYIERHGFIHPICGLVQPIKLEWNIEINKRIQEVLAAPSWSEGVKGAAMLLYLSLKACNELRAPAQETLNVLEQKLFKLDERHINIINFHMDKIEKIDYNLIKDYLNYLIILYKKTIYNSVLS
Ga0308393_105869513300031568Hot Spring Phototrophic MatMYFIEKTKEYVDAWGGSGEVVPVDAFDGFVITGDPVEDTIIPHAVLVWTCMNDGPWQEEVYHQWLDELLAAGSAEAAYLAASLWPAHDLMEKVTYRPARWLVYRGQLDAEAERLILTEMLKGVSGPRTSLYGSFEYDDVLNPEDLPRQYIERHGFTHPICGLVGPGAFKWDGDLKNRIQEALAAPSWSEGMKGAAMLLYLSLKAFNDL
Ga0308418_112756013300031783Hot Spring Phototrophic MatIIPHAVFVWTCMNGEPWPEKVYHNWLEELLKAGSAEAAYLAASLWPARDLMEKVTYRPARWLVYRGQLDAEAERLILMEMLKGEFGIRSSFLYGLFEYDNVLFANTLQAQYIKRYGFTHPVCGLAGPIASASDLKKRIQEALDAPNWSEGVKGATMLLYLSLKLSNNLTDPARELLNIL
Ga0308411_1022043513300031812Hot Spring Phototrophic MatLLTAGSAEAAYLAASLWPAHDLMAKVRYRPAGWLVYRGQLDAEAERLILTEMLKGEFGPRTSLYGSFEYDDMQYPGKLSEQYIERHGFTHPICGLVDLRRFRWDSNLKKCIQEALAAPSWSEGVKGAAMLLYLSLKAFNELIRKKQPEAIEMTIGFSLLLHEFNELIKPLQELLDTLEQNLFKLDERHINIINFHIGKIEKIDYYLIKDYI
Ga0308411_1023011913300031812Hot Spring Phototrophic MatRPWPEEVYHDWLDKLLAAGSAEAAYLAASLWPAHDLMAKVAYRPAGWLVYRGQLDAEAERLILTEMLRGAYRPSLYGSLEYDDLRLPERISISGQYIDRHGFTHPICGLVRPIELENHCKLRNRIQEALAAPSWSEEVKGAAMLLYLSLKTFKNLSINLQELIDTLEQNLSKLEEKHINIINFHMDKIEKIDYNLIKDYVNYII
Ga0308408_100984413300031865Hot Spring Phototrophic MatMYFIEKTKEYVDEWKGSGEIVPVDAFDGFAITGDPAEDTIIPHAVLVWTCMNDRPWEEEVYHRWLDELLAAGSGEAAYLAASLWPAHDLMGKVTYRPPGWLVYRGQLDAEMERLILKEMLKRYDEPRTSLYGSFEYDDVKYPWQLSELYIERHGFTHPICGLLRPVDFEAGHGLKNRIQEALDAPSWSEGVKGAAMLLYLSLNAFNDLAGPTLRLLNT
Ga0308408_111342613300031865Hot Spring Phototrophic MatYLAASLWPAHDLMAKVTYRPARWLVHQGQLDAEAERVILTEMLRGKDGPRTTLYGPFEYDDVPYPEKLPKQYIDRHGFTHPICGLVRQIEFELYRGLEKRIQEALAAPSWSEGVKGAAMLLYLSLKAFNDLSYPFQELINTLEQNLFKLDERHINIINFHFGKIEKIDYNLIKDYINYLIVLYNKIINESGLSMKMF
Ga0308405_109045313300031875Hot Spring Phototrophic MatGDPVEDTIIPHAVLVWTCMNDRPWLEEVYHRWLDELLAAGSAEAAYLAASLWPAHNLMAKVRYRPPGWLVYRGQLDAEAERLILTEMLKGYDGPRTYLYGTFEYDDMRYPGKLPEYYIKRHGFTHPICGLVGPIELELDGDLKQRVQEALVAPSWSEKVKDAAMLLYLSLRAFSEFRVTAQETLNLLEENLFKLDERHINIINFHMDKIEKIDYNLIKDYIKYLIILYNYSIKMLDKYMSIRLRSEDILYI
Ga0308405_112656113300031875Hot Spring Phototrophic MatWREEVYHRWLDRLLAAGSAEAAYLAASLWPAHDLMAKVTYRPVRWLVYRGQLDAEAERLILRELLKEEYGPRTSLYGSFEYDDLLFPSQLLTEYIERHGFTHPICGLIDLRDFDWDNFLKKYIQEVLAAPSWSEGTKGAMMLLYLFLKALNKSSARFRELLNTLEQNLFKLDEKHINIINFHMDKTENIDYNLIKDYIN
Ga0308404_108460013300031878Hot Spring Phototrophic MatLMEKVTYRPARWLVYRGQLDAEAERLILTEMLKGDYGPRTSLYGSFEYDDVPHPEQLSKQYIERHGFTHPICGLVEPIELQWDSDLKKRIQAVLAAPSWSEGVKGAAMLLYLSLNAFNELSAPLQELLNTLEQNLFKLDERHTNIINFHMDKIEKIDYNSIKDYINYLIILYNKIINESDLSMKIFSKYMSIGLKTKDILYIGKDL
Ga0308406_108372913300031948Hot Spring Phototrophic MatVYHDWLDKLLAAGSAEAAYLAASLWPAHDLMAKVTYRPPGWRVYRGQLDADAERLILTEILKEDDGPRKYLYGPFEYDDVRYPEILPRQYILRHGFTHPICGLVGPIELGLNGDLKQRIQEALAAPSWSEGVKDAAMLLYLSLKTFNESWATARETLNLLEESLFKLDKKHINIINFHMDKIEKIDYNLIKDYVNYLIISYNNIINRDVILVKILGKYISI
Ga0308406_110892513300031948Hot Spring Phototrophic MatDPVEDTIIPHAVLVWTCMNDRPWLEEVYHRWLDELLAAGSAEAAYLAASLWPAHNLMAKVRYRPPGWLVYRGQLDAEAERLILTEMLKGYDGPRTYLYGTLEYDNVLCPILFPMQYIKRHGFTHPICGLVGPIELELDGDLKHRVQEALVAPSWSEKVKDAAMLLYLSLRAFSEFRVTAQETLNL
Ga0308417_120199113300031950Hot Spring Phototrophic MatYHDWLDKLLAAGSKEAAYLAASLWPAHDLMAKVRYRPARWLIYRGQLDAEAERLILMEMLMKGECGIRSSFLYGSFEYDNVLFTNIFQAQYIESYGFTHPICGLVGPIASDFNLKKHIQEALDASNWSEGVKGAAMLLYLSLKPFNNLTGPALALLHTLEQNLFKLDERHIDIINFHMDKIEKIDYNLIKDYINYLIILYSKIVNK
Ga0308417_127151313300031950Hot Spring Phototrophic MatNDQPWSEKVYHDWLDKLLEAGSLEAAYLAASLWPAHDLMAKVKYRPAAWLVHRGQLDDAAERVILTDMLQGCDGQRTSLYGSFEYDDFPFASELAVCYIRRHGFTHPICGLVDPENFEWRSGLTKHIQEALTAPSWSEGVKGAAMLLYLSLKTFNKLNYPSQEIIDIL
Ga0308420_117863013300031966Hot Spring Phototrophic MatNDRPWPEEVYHRWLDELLAAGSAEAAYLAASLWPAHDLMAKVTYRPARWLVHQGQLDAEAERVILTEMLRGKDGPRTTLYGPFEYDDVPYPEKLPKQYIDRHGFTHPICGLVRQIEFELYRGLEKRIQEALAAPSWSEGVKGAAMLLYLSLKAFNDLSYPFQELINTLEQNLFKLDERHINIINFHFGKIEKIDYNLIKDYINYLI
Ga0308402_100335253300032033Hot Spring Phototrophic MatMYFIEKTKEYVDKWGGSGEIVPANAFDGFAITGDPVEDTIIPHAVLVWTCMNDRPWGEEVYHRWLDSLLVAGSAEAAYLAASLWPAHDLMAKVTYRPAAWLVYRGQLDAEAERLILTEMLRGYYGPRTSLYGSFEYDDVPNPWKLPEQYMKRHGFTHPICGLVKPTALEWDSDLKNCIQEALVAPSWSEGVKGA
Ga0308402_109615213300032033Hot Spring Phototrophic MatDTLIPHAILVWTCMNGRPWSEGVYHRWLDSLLAAGSAEAAYLAASLWPAPDLMTKVAYRPVQWLVYRGQIDAEAERLILAEMLQGIFGQRSSLYGLFEYDDVPFPNQLPEQYIERHGFIHPICGLVQPIKLEWNIEINKRIQEVLAAPSWSEGVKGAAMLLYLSLKACNELRAPAQETLNVLEQKLF
Ga0308407_101555413300032034Hot Spring Phototrophic MatMYFIEKTKEYVDEWKGSGEIVPVDAFDGFAITGDPAEDTIIPHAVLVWTCMNDRPWEEEVYHRWLDELLAAGSGEAAYLAASLWPAHDLMGKVTYRPPGWLVYRGQLDAEMERLILMEMLKRYDEPRTSLYGSFEYDDVKYPWQLSELYIKRHGFTHPICGLVRPVEFEADHGLKNRI
Ga0308407_107942913300032034Hot Spring Phototrophic MatYHRWLDRLLAAGSAEAAYLAASLWPAHDLMAKVTYRPPGWLIYRGQLDAEAERVILTEMLKGDDGPRASLYGSFEYDDVPNPKELPKQYIKRHGFTHPICGLVGLRAFEWYVGLENRIQEALAAPSWSEGVQGAAMLLYLSLKPFNNLMGPAQKTLNILEQNLYKLDERHINIINFHMNKIEKIDYNLIKDYINYLIILCSNPFNKNSYLNKDKINPLIKIISRYISIGL
Ga0308407_110873713300032034Hot Spring Phototrophic MatEDTIIPHAVLVWTCMNDRPWPEEVYHDWLDKLLAAGSAEAAYLAASLWPAHNLMAKVTYRPVGWRVYQGQLDAEAERLILTEMLRGEDGPRTSLYGSFEYDDVPYPDKLPEQYLKRHGFTHPICGLVDPLELERKSDLHKRIREALAAPSWSEGVKDAAMLLYLSLKACKNAWYYGKETLDVLEKN
Ga0308400_110921013300032045Hot Spring Phototrophic MatSLWPARNLMAKVTYRPARWLVYRGQLDAEAERLILMEMLKGEFGIRSSFLYGSFEYDNVLFANTLQAQYIKRYGFTHPVCGLVGLAASGFNLKKNIQEALDAPNWSEGVKGATMLLYLSLKLSNNLTDPARELLNILEQNLFKLDERHTNIINFHMDKIEKIDYNLIKDYINYLIILYNKIINKS
Ga0308400_111658613300032045Hot Spring Phototrophic MatPVDAFDGFVITGDDPFEDSLIPHAVFVWTYMNDRPWTDEVYHRWLDTLLAAGSAEAAYLAASLWPAHDLMEKVTYRPARWLVYRGQLDAEAERLILTEMLKGEFGIRSSFLYGSFEYDNVLFANTLQAQYIKRYGFTHPVCGLAGPIASASDLKKRIQAALDAPSWSEGVKGAAMLL
Ga0308421_112769013300032057Hot Spring Phototrophic MatPERRRIWPILPWKNNPSNANHPRWRGSWEIVPENAFDGFVITGDPVEDTLIPHAVFVWTCMNGEPWPEEVYHDWLDKLLAAGSAEAAYLAASLWPAHNLMAKVTYRPVGWRVYQGQLDAEAERLILTEMLRGEDGLMPSLYGPFEYDDVPNPEQLPEEYIKRHGFTHPICGLVSPIALKSDSDLMNRIRAMLAMP
Ga0308419_112538713300032058Hot Spring Phototrophic MatVWTCMNDRPWPEEVYHDWLDKLLAAGSAEAAYLAASLWPAHNLMAKVTYRPVGWRVYQGQLDAEAKRLILTEMLRGEDGPRTSLYGSFEYDDVPYPDKLPEQYLKRHGFTHPICGLVDPLELERKSDLHKRIREALAAPSWSEGVKDAAMLLYLSLKACKNAWYYGKETLDVLEKNLFKLDERHINIINFHTYKTKKIDYNLIKDYINYLIILYSKIINKNYLSTKIISKYI
Ga0308419_113420913300032058Hot Spring Phototrophic MatGGGGEVVPVDAFDGFLITGDPVEDTLIPHAVLVWTCMNDRPWSEEVYHRWLDSLLAAGSAEAAYLAASLWPAHDLMAKVTYRPVGWLVYRGQLDAEAERLILTEMLKGEYGPRTSLYGSFEYDDVRFPEKLPEQYIKKHGFTHPICGLVEFVDLEYGSEVQNRIKEALDAPSWSEGVKGAAMLLYLSLNAFNDFSAHLQELFNALNKNLFKLDERYINII
Ga0308419_115722713300032058Hot Spring Phototrophic MatAAYLAASLWPAHDLMAKVTYRPVRWLVYRGQLDAEAERLILRELLKEEYGPRTSLYGSFEYDDLLFPSQLLTEYIERHGFTHPICGLIDLRDFDWDNFLKKYIQEVLAAPSWSEGTKGAMMLLYLFLKALNKSSARFRELLNTLEQNLFKLDEKHINIINFHMDKTENIDYNLIKDYINYLIILYNKTINKSSFS
Ga0308413_120488_32_6373300033886Hot Spring Phototrophic MatMNDQPWPEEVYHRWLDELLAAGSAEAAYLAASLWPAHDLMGKVTYRPPGWLVYRGQLDVEAERLILIEMLKGAYGPRTSLYGSFEYDDVPNPEELPKQYIQRHGFTHLICGLVKPIELERDSGLKERIQEALVAPSWSEGVKGAAMLLYLSLKSCNELRAPAQETLNILEKNLFKLDEGHINIINFHMDKIEKIGYYLLKDY
Ga0372970_061673_2_4993300034648Hot Spring Phototrophic MatVDAFDGFVITGDPVEDTLIPHAVLVWTCMNDGPWPEEVYHDWLDKLLVAGSAEAAYLAASLWPAPDLMTKVAYRPVQWLVYRGQIDAEAERLILAEMLQGIFGQRSSLYGLFEYDDVPFPNQLPEQYIERHGFIHPICGLVQPIKLEWNIEINKRIQEVLAAPSWS
Ga0372970_063841_1_4893300034648Hot Spring Phototrophic MatMITGDPVEDTIIPHAVLVWTCMNDRPWPEEVYHDWLDKLLAANSKEAAYLAASLWPAHDLMAKVTYRPPGWLVYRGQLDAEAERLILTEMLKGDYGPITSLYGSFKYDDLIYPRRLAEYYIDRHGFTHPICGLFKPARLYYNAKLKGPIKEALAAPSWSEGVQ
Ga0372972_047082_2_5773300034649Hot Spring Phototrophic MatMYFIEKTQEYVDAWGGGGEVVPASAFDGFAITGDPVEDTIIPHAVLVWTCMNDRPWPEGVYHRWLDSLLAAGSAEAAYLGASLWPARDLMAQVAYRPAGWLVYRGQLDAEAERLILTEMLKGYDEPMISLYGSFKYDDEKCSKELSELYIKRHGFTHPICGLFYPGSLEWDSYLKKYIQEALAAPSWSEGVK
Ga0372973_061217_2_4813300034650Hot Spring Phototrophic MatMAKVSYRPVRWLIYRGQLDAEADRLILTEMLKGDYGPRTSLYGSFEYDDVRFPWELPEQYIERHGFTHPICGLVGPIELESDSDLRNRIQEALAALSWSEGTKGAAMLLYLSLKAFNDLSKKRELSAIYSEKKLNLSLDLFRNSKSLQGLLNTLEQNLFK


 ⦗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.