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 F050404

Metagenome / Metatranscriptome Family F050404

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F050404
Family Type Metagenome / Metatranscriptome
Number of Sequences 145
Average Sequence Length 209 residues
Representative Sequence MNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGFWPVVRYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHN
Number of Associated Samples 61
Number of Associated Scaffolds 145

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) 97.93 %
% of genes from short scaffolds (< 2000 bps) 96.55 %
Associated GOLD sequencing projects 50
AlphaFold2 3D model prediction Yes
3D model pTM-score0.65

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 (93.793 % 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
(50.345 % of family members)
Environment Ontology (ENVO) Unclassified
(98.621 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(50.345 % of family members)



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Multiple Sequence Alignments

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Full Alignment
Alignment of all the sequences in the family.
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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: Yes Secondary Structure distribution: α-helix: 46.49%    β-sheet: 9.21%    Coil/Unstructured: 44.30%
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20406080100120140160180200Sequenceα-helicesβ-strandsCoilSS Conf. scoreSignal Peptide
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Predicted 3D Structure

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Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.65
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Low Quality Model:

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


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Gene Neighborhood

Neighboring Pfam domains


Neighboring Clusters of Orthologous Genes (COGs)



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Phylogeny

NCBI Taxonomy

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All Organisms
Unclassified
6.2%93.8%
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Associated Scaffolds





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Environmental Properties

Associated Habitat Types

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Hot Spring
Hot Spring Phototrophic Mat
Anoxygenic And Chlorotrophic Microbial Mat
Anoxygenic And Chlorotrophic
50.3%39.3%9.0%
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Associated Samples


Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
BISONQ_5188602010170002Hot SpringMSIGSSVTAQTTLNPTTQEIENFFDPQYRKIAECARKAYTQNNGNRVTIEFPKSSPRQTTSYDTVKIKIRLQQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQQCILATQNTLGTHRQAFVDCFIRKRFNPDTRYLDNDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLKSGLDWNWEQDGHLRELAPKIMPGVPAGAPNCRWVIREFSQLKMK
YNP20_2425202016842008Hot SpringMNVNVSNLISNLLSLIVTILIILVLFIGSDVTAQTTSDPTTQEIENFFDPTYRKIAECVRKAYTQNNGNKTTIAGFPITMTITFDPKVVYDTNAIKTTIQQQCPNLNITDPYLVTVVSCLDKIELIPGVGWNQVRQGRLQQCMLATKNTLGIHRQEFVDCVIRKRFNSQTRYLDKDLSSIEKLCGKEQDQAFVFPKNISSDGTL
JGI24185J35167_102885223300002493Anoxygenic And Chlorotrophic Microbial MatMNIKVFNLVSNLVSLIVTILTILVLSIGSDVTAQTTLDPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPTIGFVLFVQYNTEEIKDRIKQVCXXLXVNNIRDSDLXTVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLE
JGI24185J35167_105936913300002493Anoxygenic And Chlorotrophic Microbial MatVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQL
JGI24185J35167_108279213300002493Anoxygenic And Chlorotrophic Microbial MatDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPSTITLVQTWFGVWIPKKVYNTDEIKDRIQQVCPDLKVNNITDLETVVSCLDEIELRPGVGWNQVNEGRLQQCIRATKNTLGSHRQAFVDCVIRKRFNSETRYLDKDLSSSVAELCVEEQNKAFVFPQNILENNELPYYSALIYCLDHNQSQPKL
JGI24186J35511_103874113300002510Anoxygenic And Chlorotrophic Microbial MatSTKNQQESMNVKVFNLVSNLVSLIVTILTILVLSIGSDVTVQTTPTTQQMNPTTEQIEIFFDPQYRKIAECVRKAYTQNNGNTVTIAGFPKSSPRQTTSYDTVKIKIRLQQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQQCILATKNTLGSQRQAFVDCVIRERFNPETYYLDNNLSSNLTSLCVKERDEAFVFPQNIKNNELPYYSALIYCLDHNQSQPK
JGI24186J35511_103908413300002510Anoxygenic And Chlorotrophic Microbial MatENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGIIDFGIGGGGKIDLPDLNF
Ga0061020_110723513300003688Anoxygenic And Chlorotrophic Microbial MatIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKDRIQQVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDEAFVFPKNIDYHNALIYCLDHNQSQPKLLE
Ga0068645_115672013300005249Anoxygenic And Chlorotrophic Microbial MatSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGII
Ga0068632_101083813300005410Anoxygenic And Chlorotrophic Microbial MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPTRPALTWSLVEYNTDEIKDRIKGCPNLDVNIIRDDDLKTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFP
Ga0068647_111968813300005411Anoxygenic And Chlorotrophic Microbial MatKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPTIGFWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPETKYLDKDSSNLTTLCVKERDEAFVFP
Ga0068646_100395913300005414Anoxygenic And Chlorotrophic Microbial MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGFWPVVRYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHN
Ga0068706_105619913300005452Anoxygenic And ChlorotrophicMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWK
Ga0068705_1011237213300005453Anoxygenic And ChlorotrophicQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSDVTAQTTPTNQQMNPTTEQIEIFFDPQYQKIAECVRKAYTQNNGNTVTIAEFPKSSSRQKTSYDEVKIRIRLKQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQRCIHATQNTLGTHRQAFVDCFIRKRFNPDTRYLDNDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSKPKLLKSGLDWNWEQD
Ga0068648_102114813300005497Anoxygenic And Chlorotrophic Microbial MatVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQKFIDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPQNI
Ga0068648_103242213300005497Anoxygenic And Chlorotrophic Microbial MatNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTEQIEIFFDPQYQKIAECVRKAYTQNNGNTVTIAEFPKSSSRQKTSYDEVKIRIRLKQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQRCIHATQNTLGTHRQAFVDCFIRKRFNP
Ga0068648_104059613300005497Anoxygenic And Chlorotrophic Microbial MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKW
Ga0068649_102817313300005498Anoxygenic And Chlorotrophic Microbial MatNVKVFNLVSNLVSLIVTILTILVLSIGSDVTVQTTPTTQQMNPTTEQIEIFFDPQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQKFIDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFP
Ga0068650_100837013300005501Anoxygenic And Chlorotrophic Microbial MatTTEQIEIFFDPQYRKIAECVRKAYTQNNGNTVTIAGFPKSSPRQTTSYDTVKIKIRLQQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQQCILATKNTLGSQRQAFVDCVIRERFNPETYYLDNNLSSNLTSLCVKERDEAFVFPQNIKNNELPYYSALIYCLDHNQSQPKLLDSGYWDWEKDGHATELA
Ga0068650_102599413300005501Anoxygenic And Chlorotrophic Microbial MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVITKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGIIDFGIGGGGKIDLPDLNFNPIK
Ga0068674_111474413300006365Anoxygenic And Chlorotrophic Microbial MatFDPTYRKIAECVRKKYTQNNGNKTTIAGFPTSFFSYDTNAIKTRIQECSGLNIIDSDLVTVVSCLDGIELIPGVGWNQVRPDRLRQCMLATKDTLGIHRQAFVDCVIRNRFNSQTKYLDKDISSGVEKLCVNEQKQAFVFPKNTDYYNGLIYCLDHDKSKPEFLKEKSEWVWRKDTDNLDAATLRSPNCPHLIKEFSHLTMKNPK
Ga0068664_102856113300006380Anoxygenic And Chlorotrophic Microbial MatLTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGIIDFGIGGGGKIDL
Ga0102029_129274013300006849Anoxygenic And Chlorotrophic Microbial MatVTAQTTPTTQQMNPTTEQVEIFFDPQYRKIAECVRKAYTQNNGNTVTIAGFPKSSPRQTTSYDTVKIKIRLQQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQQCILATKNTLGSQRQAFVDCVIRERFNPETYYLDNNLSSNLTSLCVKERDEAFVFP
Ga0102499_104582113300007000Anoxygenic And Chlorotrophic Microbial MatKVFNLVSNLVSLIVTILTILVLSIGSNVTVQTTPTTQQMNPTTEQIEIFFDPQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQKFIDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVF
Ga0102499_110507713300007000Anoxygenic And Chlorotrophic Microbial MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGIIDFGIGGG
Ga0124917_104097413300010182Anoxygenic And Chlorotrophic Microbial MatSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLRMTNPRDLGIIDFGIGGGGKIDLPDLNFNPIRIDIPTEQTCWISKEDKN
Ga0124917_111089813300010182Anoxygenic And Chlorotrophic Microbial MatMNVKVFNLVSNLVSLIVTILTILVLFIGSDVTTISSNVTAQTTPTNQQMNPTTQQIEIFFDRKYKKIAECVRKAYTQNKGNKITIAGFPTIPIFGWILPWFWIPKIEYNTNEIKTKIQQECPDLIVNNISDDDLKTVVSCLDEIELIPDVGWNQANQ
Ga0124916_114159413300010186Anoxygenic And Chlorotrophic Microbial MatPTTQQMDPTTQQIEIFFDRKYKKIAECVRKAYTQNKGNKITIAGFPTTPIFGWIWPWFWIPKIEYNTNEIKTKIQQECPDLIVNNISDDDLKTVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPKNIDYHNALIYCLDHNQSQPKLLESGL
Ga0124918_105199413300010187Anoxygenic And Chlorotrophic Microbial MatMNVKVFNLVSNLVSLIVTILTILVLSIGSDVTVQTTPTTQQMNPTTEQIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKKRIQPVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLRMTNPRDLGIIDFGIGGGGKIDLPDLNFNPIIID
Ga0124915_107720813300010189Anoxygenic And Chlorotrophic Microbial MatMNVKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKKRIQPVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVF
Ga0124915_111447313300010189Anoxygenic And Chlorotrophic Microbial MatMNVKVFNLVSNLVSLIVTILTILVLSIGSDVTVQTTPTTQQMNPTTEQIEIFFDPQYRKIAECVRKAYTQNNGNTVTIAGFPKSSPRQTTSYDTVKIKIRLQQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQVRPDRLQQCIRATKNTFGIHRQAFVDCVIRKRFNSDTRYLDKDSSNLTTLCVKERDEAF
Ga0124925_108206413300010190Anoxygenic And Chlorotrophic Microbial MatLDPTTQDIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKKRIQPVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWEKDGHLPLLRPQIFDITVGGPNCPWLIEDFSQLKMKTP
Ga0124914_101502013300010191Anoxygenic And Chlorotrophic Microbial MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPSTITLVQTWFGVWIPKKVYNTDEIKDRIQQVCPDLKVNNITDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKN
Ga0124914_102026613300010191Anoxygenic And Chlorotrophic Microbial MatKVFNLVSNLVSLIVTILTILVLSIGSDVTVQTTPTTQQMNTTTEQIEIFFDPQYRKIAECVRKAYTQNNGNTVTIAGFPKSSPRQTTSYDTVKIKIRLQQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQRCIHATQNTLGTHRQAFVDCFIRKRFNPDTRYLDNDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQ
Ga0124914_107375013300010191Anoxygenic And Chlorotrophic Microbial MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDPQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQKFIDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEA
Ga0124914_108703313300010191Anoxygenic And Chlorotrophic Microbial MatLTILVLSIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKKRIQPVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFP
Ga0124924_110613413300010193Anoxygenic And Chlorotrophic Microbial MatSIGSDVTVQTTPTTQQMNPTTEQIEIFFDPQYRKIAECVRKAYTQNNGNTVTIAGFPKSSPRQTTSYDTVKIKIRLQQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQRCIHATQNTLGTHRQAFVDCFIRKRFNPDTRYLDNDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQS
Ga0124924_118990213300010193Anoxygenic And Chlorotrophic Microbial MatSMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGIIDFGIGGGGKIDL
Ga0124921_115079913300010194Anoxygenic And Chlorotrophic Microbial MatKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVITKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQGWGKPNCPWLIQEFSQLRMTNPRDLGIIDFGIGGGGKIDLPDLNFNPIKIDIPTEQTC
Ga0124921_119618813300010194Anoxygenic And Chlorotrophic Microbial MatKNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSDVTVQTTPTTQQMNPTTEQIEIFFDPQYRKIAECVRKAYTQNNGNTVTIAEFPKSSSRQKTSYDEVKIRIRLKQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQRCIHATQNTLGTHRQAFVDCFIRKRFNPDTRYLDNDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSKPKLLKSGLDWNWEQDGHLRELAPKIIPGVPAGAPNCRWVIR
Ga0124921_122914513300010194Anoxygenic And Chlorotrophic Microbial MatNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKKRIQPVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQIRLQRCIRATKNTFGSKRQAFVDCVIRERYNPETKYLDKDLSSDLTALCVKERDEAFVFPKNISPLSPSGGTLPYYSALIYCLDHKQSQPKFLEN
Ga0124911_102765113300010195Anoxygenic And Chlorotrophic Microbial MatMNVKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTQDIEIFFDPQYRNIAKCVKEAFKQNNGNRIAGFPTRPALTWSLVEYNTDEIKDRIKGCPNLDVNIIRDDDLKTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVI
Ga0124911_125298913300010195Anoxygenic And Chlorotrophic Microbial MatVSLIVTILTILVLSIGSNVTVQTTPTTQQMNPTTEQIEIFFDPQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQKFIDCVIREKFNPQTKYLDKDSSNLTTLCVKERD
Ga0124923_110704513300010196Anoxygenic And Chlorotrophic Microbial MatQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTVQTTPTTQQMNPTTEQIEIFFDPQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQKFIDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPQNI
Ga0124923_110777613300010196Anoxygenic And Chlorotrophic Microbial MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTQDIEIFFDPQYRNIAKCVKEAFKQNNGNRIAGFPTRPALTWSLVEYNTDEIKDRIKGCPNLDVNIIRDDDLKTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPQNI
Ga0124923_116489023300010196Anoxygenic And Chlorotrophic Microbial MatMNIKVFNLVSNLVSLIVTILTILVLSIGSDVTAQTTLDPTTQDIEIFFDRQYRNIARCVKEAFKQNNGNRIAGFPTIGFVLFVQYNTEEIKDRIKQVCSDLNVNNIRDSDLVTVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLD
Ga0124923_126585613300010196Anoxygenic And Chlorotrophic Microbial MatSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQGWGKPNCPWLIQEFSQLRMTNPRDLGIIDFGIGGGGQINLPDLNFNPIIIDIPTEQTCWIGK
Ga0124922_119377013300010197Anoxygenic And Chlorotrophic Microbial MatKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGIIDFGIGGGGKIDLPDLNFNPI
Ga0124947_109980913300010248Anoxygenic And Chlorotrophic Microbial MatMNVNVSNLISNLLSLIVTILIILVLFIGSDVTAQTTPDPTTQEIENFFDPTYRKIAECVRKKYTQNNGNKTTIAGFPTSFFSYDTNAIKTRIQECSGLNIIDSDLVTVVSCLDGIELIPGVGWNQVRPDRLRQCMLATKDTLGIHRQAFVDCVIRNRFNSQTKYLDKDISSG
Ga0124941_108059313300010250Anoxygenic And Chlorotrophic Microbial MatLFIGSDVTAQTTPDPTTQEIENFFDPTYRKIAECVRKKYTQNNGNKTTIAGFPTSFFSYDTNAIKTRIQECSGLNIIDSDLVTVVSCLDGIELIPGVGWNQVRPDRLRQCMLATKDTLGIHRQAFVDCVIRNRFNSQTKYLDKDISSGVEKLCVNEQKQAFVFPKNTDYYNGLIYCLDHDKSKPEFL
Ga0124942_109714313300010253Anoxygenic And Chlorotrophic Microbial MatMNVNVSNLISNLLSLIVTILIILVLFIGSDVTAQTTPDPTTQEIENFFDPTYRKIAECVRKKYTQNNGNKTTIAGFPTSFFSYDTNAIKTRIQECSGLNIIDSDLVTVVSCLDGIELIPGVGWNQVRPDRLRQCMLATKDTLGIHRQAFVDCVIRNRFNSQTKYLDKDISSGVEKLCVNEQKQAFVFPKNTDYYNGLIYCLDHDKSKPEFLKE
Ga0124910_102108313300010255Anoxygenic And Chlorotrophic Microbial MatIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGIIDFGIGGGGKIDLPDLNFNPIKIDIPTE
Ga0124913_100205713300010257Anoxygenic And Chlorotrophic Microbial MatILVLSIGSNVTAQTTPTNQQMNPTTEQIEIFFDPQYQKIAECVRKAYTQNNGNTVTIAEFPKSSSRQKTSYDEVKIRIRLKQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQRCIHATQNTLGTHRQAFVDCFIRKRFNPDTRYLDNDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSKPK
Ga0124913_104486313300010257Anoxygenic And Chlorotrophic Microbial MatNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQGWGKPNCPWLIQEFSQLRMTNPRDLGIIDFGIGGGGQINLPDLNFNPIIIDIPTEQTCWIGK
Ga0124912_113605913300010272Anoxygenic And Chlorotrophic Microbial MatLVLSIGSDVTVQTTPTTQQMNPTTEQIEIFFDPQYRKIAECVRKAYTQNNGNTVTIAGFPKSSPRQTTSYDTVKIKIRLQQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQQCILATKNTLGSQRQAFVDCVIRERFNPETYYLDNNLSSNLTSLCVKERDEAFVFPQNIKNNELPYYSALIYCLDHNQS
Ga0124912_132057513300010272Anoxygenic And Chlorotrophic Microbial MatVKVFNLVSNLVSLIVTILTILVLSIGSDVTVQTTPTTQQMNPTTEQIEIFFDPQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQKFIDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPQNI
Ga0124912_133236013300010272Anoxygenic And Chlorotrophic Microbial MatNVKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLDPTTQDIEIFFDRQYRNIARCVKEAFKQNNGNRIAGFPTIGFVLFVQYNTEEIKDRIKQVCSDLNVNNIRDSDLVTVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLE
Ga0209750_104046913300026237Anoxygenic And Chlorotrophic Microbial MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGIIDFGIGGGGKIDLPDLNFNPI
Ga0209750_104378323300026237Anoxygenic And Chlorotrophic Microbial MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPSTITLVQTWFGVWIPKKVYNTDEIKDRIQQVCPDLKVNNITDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNP
Ga0209750_108519613300026237Anoxygenic And Chlorotrophic Microbial MatTILTILVLSIGSDVTVQTTPTTQQMNPTTEQIEIFFDPQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQKFIDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFP
Ga0209017_1006849413300026280Anoxygenic And Chlorotrophic Microbial MatKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQL
Ga0209809_106545713300026509Anoxygenic And ChlorotrophicMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKDRIQQVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWEKDGH
Ga0209809_106580313300026509Anoxygenic And ChlorotrophicMNVKVFNLVSNLVSLIVTILTILVLFIGSDVTTISSNVTAQTTPTNQQMNPTTQQIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLRMTNPRDLGIIDFGIGGGGQINLPDLNFNPIIIDIPTEQTCWIGKEDKNAGPNLTNIWNPGNWLPIMY
Ga0209809_107580113300026509Anoxygenic And ChlorotrophicMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIR
Ga0209809_109939113300026509Anoxygenic And ChlorotrophicMNVKVFNLVSNLVSLIVTILTILVLSIGSDVTAQTTLDPTTQDIEIFFDRQYRNIARCVKEAFKQNNGNRIAGFPTIGFVLFVQYNTEEIKDRIKQVCSDLNVNNIRDSDLVTVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWEKDGH
Ga0209809_111114013300026509Anoxygenic And ChlorotrophicIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTEQIEIFFDPQYQKIAECVRKAYTQNNGNTVTIAEFPKSSSRQKTSYDEVKIRIRLKQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQRCIHATQNTLGTHRQAFVDCFIRKRFNPDTRYLDNDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSKPKLLKSGLDW
Ga0209809_111141613300026509Anoxygenic And ChlorotrophicMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTQDIEIFFDPQYRNIAKCVKEAFKQNNGNRIAGFPTRPALTWSLVEYNTDEIKDRIKGCPNLDVNIIRDDDLKTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIR
Ga0209809_112918513300026509Anoxygenic And ChlorotrophicKNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPTIGFWPVVRYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFP
Ga0209691_104821713300027279Anoxygenic And ChlorotrophicMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWE
Ga0209691_106719013300027279Anoxygenic And ChlorotrophicMNVKVFNLVSNLVSLIVTILTILVLSIGSDVTAQTTLDPTTQDIEIFFDRQYRNIARCVKEAFKQNNGNRIAGFPTIGFVLFVQYNTEEIKDRIKQVCSDLNVNNIRDSDLVTVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNP
Ga0209691_108168013300027279Anoxygenic And ChlorotrophicTKNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQVEIFFDPQYRKIAECVRKAYTQNNGNRVTIAGFPIQYTINFSIINLIWAWGWIPQVVYDTNKIKTKIGEVCPNLDIKSIIDDNLVTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQA
Ga0209691_108308013300027279Anoxygenic And ChlorotrophicTKNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQIEIFFDRQYQKIAECVRKAYTQNKGNRVTIAEFPTIGFWLAVRYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNP
Ga0308395_105061913300031245Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPTIGFWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQK
Ga0308395_109276213300031245Hot Spring Phototrophic MatNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTEQIEIFFDPQYQKIAECVRKAYTQNNGNTVTIAEFPKSSSRQKTSYDEVKIRIRLKQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQRCIHATQNTLGTHRQAFVDCFIRKRFNPDTRYLDNDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSKPKLLKSGLDW
Ga0308395_110945413300031245Hot Spring Phototrophic MatLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPETKYLDKDSSNLTTLCVKERDEAFVFPQNILENNALPYYSALIYCLDHNQ
Ga0308395_111380913300031245Hot Spring Phototrophic MatQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLRMTNPRDLGIIDFGIGGGG
Ga0308395_113604113300031245Hot Spring Phototrophic MatLVSNLVSLIVTILTILVLFIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATQNTFGSKRQAFVDCVIKKRFNPQTRYLDNNLSSNLTTLCVKE
Ga0308394_103835413300031508Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKKRIQPVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWE
Ga0308394_108231313300031508Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQVEIFFDPQYRKIAECVRKAYTQNNGNRVTIAGFPIQYTINFSIINLIWAWGWIPQVVYDTNKIKTKIGEVCPNLDIKSIIDDNLVTVVSCLDEIELIPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRK
Ga0308394_108726913300031508Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSDVTAQTTLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTKDFFWYNTEEIKDRIKGCPNLDVNIIRDDDLKTVVYCLDEIELIPGVGWNQVDEDRLQRCIHATKNTFGSKRQAFVDCVIRERFNPETKYLDKDL
Ga0308394_110302113300031508Hot Spring Phototrophic MatQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPTIGFWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWE
Ga0308399_100943813300031509Hot Spring Phototrophic MatMNIKVFNLVSNLLSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAECVRKAYTRNNGNRVTIAEFPKQSGRRTAHPYIINQIKTKIKEACPNLDINSIVDSNLVTVVSCLDEIELIPGVGWNQANQDRLQQCILATKNTFGSQRQK
Ga0308397_107633713300031512Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQIEIFFDRQYQKIAECVRKAYTQNKGNRVTIAEFPTIGFWLAVRYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWE
Ga0308397_112229613300031512Hot Spring Phototrophic MatNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQVEIFFDPQYRKIAECVRKAYTQNNGNRVTIAGFPIQYTINFSIINLIWAWGWIPQVVYDTNKIKTKIGEVCPNLDIKSIIDDNLVTVVSCLDEIELIPGVGWNQANQDRLQQCILATKNTFGSQRQK
Ga0308397_112980613300031512Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSDVTTISSNVTAQTTPTNQQMNPTTQQIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPTTVILVWSWVGGWIPKIEYNTNEIKTKIGQECPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQ
Ga0308390_106454423300031514Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDL
Ga0308390_107659623300031514Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKKRIQPVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQ
Ga0308390_109147313300031514Hot Spring Phototrophic MatTKNQQESMNVKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPETKYLDKDSSNLTTLCVKERDEAFVFPQNILENNALPYYSALIYCLDHNQ
Ga0308396_103530523300031515Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTEQIEIFFDPQYQKIAECVRKAYTQNNGNTVTIAEFPKSSSRQKTSYDEVKIRIRLKQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQRCIHATQNTLGTHRQAFVDCFIRKRFNPDTRYLDNDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSKPKLLKSGLDW
Ga0308396_105168723300031515Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPETKYLDKDSSNLTTLCVKERDEAFVFPQNILENNALPYYSALIYCLDHNQ
Ga0308396_109167213300031515Hot Spring Phototrophic MatTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPTIGFWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWE
Ga0308396_109858513300031515Hot Spring Phototrophic MatIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKKRIQPVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWEKDGH
Ga0308398_103724223300031516Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSDVTTISSNVTAQTTPTNQQMNPTTQQIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPTTVILVWSWVGGWIPKIEYNTNEIKTKIGQECPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWEKDGH
Ga0308398_103994523300031516Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTEQIEIFFDPQYQKIAECVRKAYTQNNGNTVTIAEFPKSSSRQKTSYDEVKIRIRLKQVCQDLEMIDSNNLKTVVSCLDGIELIPGVGWNQALQSRLQRCIHATQNTLGTHRQAFVDCFIRKRFNPDTRYLDNDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSKPKLLKSGLDWNWEQDGH
Ga0308398_109233413300031516Hot Spring Phototrophic MatTKNQQESMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATQNTFGSKRQAFVDCVIKKRFNPQTRYLDNNLSSNLTTLCVKERDEAFVFPQNILENNALPYYSALIYCLDHNQ
Ga0308398_112013713300031516Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQVEIFFDPQYRKIAECVRKAYTQNNGNRVTIAGFPIQYTINFSIINLIWAWGWIPQVVYDTNKIKTKIGEVCPNLDIKSIIDDNLVTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSK
Ga0308398_112641813300031516Hot Spring Phototrophic MatSNVTAQTTPTNQQMNPTTQDIEIFFDPQYRNIAKCVKEAFKQNNGNRIAGFPTRPALTWSLVEYNTDEIKDRIKGCPNLDVNIIRDDDLKTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPETKYLDKDSSNLTTLCVKERDEAFVFPQNILENN
Ga0308398_113173113300031516Hot Spring Phototrophic MatRCVKEAFKQNNGNRIAGFPTIGFVLFVQYNTEEIKDRIKQVCSDLNVNNIRDSDLVTVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWE
Ga0308389_106601413300031518Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSDVTAQTTLDPTTQDIEIFFDRQYRNIARCVKEAFKQNNGNRIAGFPTIGFVLFVQYNTEEIKDRIKQVCSDLNVNNIRDSDLVTVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQK
Ga0308389_108349913300031518Hot Spring Phototrophic MatIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLRMTNPRDLGIIDFGIGGGGQINLPDLNFNPIIIDIPTEQTCWIGKEDKNAGPNLTNIW
Ga0308389_110862513300031518Hot Spring Phototrophic MatKNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSDVTAQTTPTNQQMNPTTEQVEIFFDPQYRNIAECVRKAYTRNNGNRVTIAEFPKQSGRRTAHPYIINQIKTKIKEACPNLDINSIVDSNLVTVVYCLDEIELIPGVGWNQVNEGRLQKCMLATKNTLGSKRQAFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAF
Ga0308389_111343813300031518Hot Spring Phototrophic MatMNIKVFNLVSNLLSLIVTILTILVLSIGSDVTAQTTLNPTTQEIENFFDPQYRKIAKCVKEAYKQNNGNRIAGFPSTVTLVQMWFGVWIPKKVYNTDEIKDRIQQVCPDLKVNNITDLETVVSCLDEIELIPDVGWNQANQIRLQRCIRATKNTFGSKRQAFVDCVIR
Ga0308389_111627313300031518Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQVEIFFDPQYRKIAECVRKAYTQNNGNRVTIAGFPIQYTINFSIINLIWAWGWIPQVVYDTNKIKTKIGEVCPNLDIKSIIDDNLVTVVSCLDEIELIPGVGWNQANQDRLQQCILATKNTFGSQRQK
Ga0308389_111855213300031518Hot Spring Phototrophic MatIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKKRIQPVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWE
Ga0308393_104746013300031568Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSDVTTISSNVTAQTTPTNQQMNPTTQQIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPTTVILVWSWVGGWIPKIEYNTNEIKTKIGQECPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWE
Ga0308393_105027623300031568Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATQNTFGSKRQAFVDCVIKKRFNPQTRYLDNNLSSNLTTLCVKERDEAFVFPQNILENNALPYYSALIYCLDHNQ
Ga0308393_106987313300031568Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQL
Ga0308393_113781213300031568Hot Spring Phototrophic MatIAECVRKAYTQNKGNKITIAGFPTTPIFGWIWPWFWIPKIEYNTNEIKTKIQQECPDLIVNNISDDDLKTVVSCLDEIELIPDVGWNQANQGRLQRCIRATKNTFGSKRQAFVDCVIRERYNPETKYLDKDSSNLTTLCVKERDEAFVFPKNISPLSPSGGTLPYY
Ga0308418_105532413300031783Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLRMTNPRDLGIIDFGIGGGGQINLPDLNFNPIIIDIPTEQTCWIGKEDKNAGPNLTNIW
Ga0308418_111505613300031783Hot Spring Phototrophic MatTTLDPTTQDIEIFFDRQYRNIARCVKEAFKQNNGNRIAGFPTIGFVLFVQYNTEEIKDRIKQVCSDLNVNNIRDSDLVTVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWE
Ga0308418_111532313300031783Hot Spring Phototrophic MatFVSTKNQQESMNVKVFNLVSNLVSLIVTILTILVLFIGSDVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQKFIDCVIREKFNPQTKYLDKDSSNLTTLCVK
Ga0308411_1012030713300031812Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGIIDFGIGGGGKIDLPDLNFNPIIIDIPTEQTCWIGKEDKNAGPNLTNIWNPGNW
Ga0308411_1015694813300031812Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKDRIQQVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPKNIDYHN
Ga0308411_1017970213300031812Hot Spring Phototrophic MatFNLVSNLVSLIVTILTILVLSIGSDVTAQTTPTNQQMNPTTEQIEIFFDPQYRNIAECVRKAYTRNNGNRVTIAEFPKQSGRRTAHPYIINQIKTKIKEACPNLDINSIVDSNLVTVVYCLDEIELIPDVGWNQVNEGRLQKCMLATKNTLGSKRQAFVDCVIRKRFNSQTYYLDKDLSSSVTELCVEEQNKAFVFPQHIKNNELRYYSALIYCLDHNQSRPKLLESGLDWKWEQDGIHTTL
Ga0308411_1023551523300031812Hot Spring Phototrophic MatMNIKVFNLVSNLLSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTQDIEIFFDPQYRNIAKCVKEAFKQNNGNRIAGFPTRPALTWSLVEYNTDEIKDRIKGCPNLDVNIIRDDDLKTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNP
Ga0308409_102256123300031830Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTQDIEIFFDPQYRNIAKCVKEAFKQNNGNRIAGFPTRPALTWSLVEYNTDEIKDRIKGCPNLDVNIIRDDDLKTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPETKYLDKDSSNLTTLCVKERDEAFVFPQNILENNELRYYSAL
Ga0308409_107058013300031830Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPTIGFWPVVRYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNP
Ga0308409_107133323300031830Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTKLDPTTQDIEIFFDPQYRNIAKCVKEAFKQNNGNRIAGFPTRPALTWSLVEYNTDEIKDRIKGCPNLDVNIIRDDDLKTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQ
Ga0308409_107207613300031830Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPTIGFWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWEKDGH
Ga0308409_109522113300031830Hot Spring Phototrophic MatTKNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPETKYLDKDSSNLTTLCVKERDEAFVFPQNILENNALPYYSALIYCLDHNQ
Ga0308409_113004513300031830Hot Spring Phototrophic MatKNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQIEIFFDRQYQKIAECVRKAYTQNKGNRVTIAEFPTIGFWLAVRYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNP
Ga0308409_114058713300031830Hot Spring Phototrophic MatNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQVEIFFDPQYRKIAECVRKAYTQNNGNRVTIAGFPIQYTINFSIINLIWAWGWIPQVVYDTNKIKTKIGEVCPNLDIKSIIDDNLVTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQA
Ga0308408_103003723300031865Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPTIGFWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPQNILENNELRYYSAL
Ga0308408_107256523300031865Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTKLDPTTQDIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPTTVILVWSWVGGWIPKIEYNTNEIKTKIGQECPDLKVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNP
Ga0308404_100208963300031878Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLKMTTPRELGIIDFGIGGGGKIDLPDLNFNPIIIDIPTEQTCWIGKEDKNAGPNLTNIWNPGNWLPIMYNCQNTIDGRPVPLHPIN
Ga0308404_106554613300031878Hot Spring Phototrophic MatLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTQQIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTITLVQTWFGGWITKIVYNTNEIKTKIGQECPDLKVNNIRDSDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQKFIDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWEKDGHLPLL
Ga0308404_109144513300031878Hot Spring Phototrophic MatMNIKVFNLVSNLISLIVTILTILVLSIGSDVTAQTTLDPTTQQMNPTTEQVEIFFDPQYRKIAECVRKAYTQNNGNRVTIAGFPIQYTINFSIINLIWAWGWIPQVVYDTNKIKTKIGEVCPNLDIKSIIDDNLVTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIR
Ga0308406_105959213300031948Hot Spring Phototrophic MatMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQLRMTNPRDLGIIDFGIGGGG
Ga0308406_110114113300031948Hot Spring Phototrophic MatTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQAFVDCVIREKFNPETKYLDKDSSNLTTLCVKERDEAFVFPQNILENNALPYYSALIYCLDHNQ
Ga0308406_112554313300031948Hot Spring Phototrophic MatNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTTQQMNPTTEQIEIFFDRQYQKIAECVRKAYTQNKGNRVTIAEFPTIGFWLAVRYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQT
Ga0308420_113308213300031966Hot Spring Phototrophic MatTKNQQESMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQL
Ga0308420_117372913300031966Hot Spring Phototrophic MatTKNQQESMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATQNTFGSKRQAFVDCVIKKRFNPQTRYLDNNLSSNLTTLCVKERDEAFVFPQNILENNALP
Ga0308420_120246923300031966Hot Spring Phototrophic MatMNIKVFNLVSNLLSLIVTILTILVLFIGSDVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQAFVDCVIR
Ga0308420_124044413300031966Hot Spring Phototrophic MatTKNQQESMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTLNPTTQDIEIFFDRQYRNIAKCVKEAFKQNNGNRIAGFPSTITLVQTWFGVWIPKKVYNTDEIKDRIQQVCPDLKVNNITDLETVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQ
Ga0308403_104921213300031980Hot Spring Phototrophic MatMNIKVFNLVSNLLSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDPQYRNIAKCVKEAYKQNNGNRIAGFPSTVTFVWMWFGGWIPKIVYNTDEIKKRIQPVCPDLKVNNIRDSDLETVVSCLDEIELIPDVGWNQANQDRLQQCIHATKNTFGSQRQKFVDCVIREKFNPQTKYLDKDSSNLTTLCVKERDEAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWEKDGH
Ga0308403_108294323300031980Hot Spring Phototrophic MatMNIKVFNLVSNLISLIVTILTILVLSIGSDVTAQTTLDPTTQQMNPTTEQVEIFFDPQYRKIAECVRKAYTQNNGNRVTIAGFPIQYTINFSIINLIWAWGWIPQVVYDTNKIKTKIGEVCPNLDIKSIIDDNLVTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTF
Ga0308407_107648513300032034Hot Spring Phototrophic MatFVSTKNQQESMNVKVFNLVSNLVSLIVTILTILVLSIGSDVTAQTTLDPTTQDIEIFFDRQYRNIARCVKEAFKQNNGNRIAGFPTIGFVLFVQYNTEEIKDRIKQVCSDLNVNNIRDSDLVTVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWE
Ga0308407_110349013300032034Hot Spring Phototrophic MatTKNQQESMNVKVFNLVSNLVSLIVTILTILVLFIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTIGIWPVVWYNTEEIKNRIKGCPNLDVNNIRDSDLETVVSCLDEIELIPGVGWNQVNEGRLQRCIHATQNTFGSKRQAFVDCVIKKRFNPQTRYLDNNLSSNLTTLCVKE
Ga0308407_111517813300032034Hot Spring Phototrophic MatLVSLIVTILTILVLSIGSDVTAQTTPTNQQMNPTTEQVEIFFDPQYRNIAECVRKAYTRNNGNRVTIAEFPKQSGRRTAHPYIINQIKTKIKEACPNLDINSIVDSNLVTVVSCLDEIELIPGVGWNQVNEGRLQRCIHATKNTLGSQRQAFVDCVIKKRFNPQTRYLDNNLSSNLTT
Ga0308400_105422823300032045Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLFIGSDVTAQTTLDPTTQDIEIFFDRQYRNIAKCVKEAYKQNNGNRIAGFPTKDFFWYNTEEIKDRIKGCPNLDVNIIRDDDLKTVVSCLDEIELIPGVGWNQVDEDRLQRCIHATKNTFGSKRQAFVDCVIRERFNPETKYLDKDLSSDLTKLCVKERDEAFVFPKNISSENTLPYYSALIYCLDHKQSQPKLLDSGYWDWEKDGHLTDLS
Ga0308400_112815013300032045Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTKLDPTTQDIEIFFDRQYRNIAKCVKETFKQNKGNKITIAGFPTKDFFWYDTGEIKNRIKGCPNLDVNNIRDDDLKTVVSCLDEIELIPGVGWNQVNEDRLQRCIHATKNTFGSKRQKFIDCVIRE
Ga0308419_107839513300032058Hot Spring Phototrophic MatMNIKVFNLVSNLVSLIVTILTILVLSIGSNVTAQTTPTNQQMNPTTQDIEIFFDPQYRNIAKCVKEAFKQNNGNRIAGFPTRPALTWSLVEYNTDEIKDRIKGCPNLDVNIIRDDDLKTVVSCLDEIELRPGVGWNQVNEGRLQRCIHATKNTFGSKRQ
Ga0308419_115460813300032058Hot Spring Phototrophic MatNVTAQTKLDPTTQDIEIFFDPQYRNIARCVKEAFKQNNGNRIAGFPTIGFVLFVQYNTEEIKDRIKQVCSDLNVNNIRDSDLVTVVSCLDEIELRPGVGWNQANQDRLQQCILATKNTFGSQRQKFVDCFIRKRFNPQTRYLDKDLSSSVAELCVEERDKAFVFPKNIDYHNALIYCLDHNQSQPKLLESGLYWDWE
Ga0308414_109926213300032356Hot Spring Phototrophic MatMNIKVFNLVSNLISLIVTILTILVLSIGSDVTAQTTLDPTTQDIENFFDLQYREIARCIKEEFKRNNGNRIDLSSTIVIDTYVTDIIKNKIKRVCPNLDVNIIRDDDLKTVASCLDRIELIPDVGWNQVNPERLQQCIHATKKTFGSQRQAFVDCIIKNRFNPETRYLDKDLSSELTTLCVEERDKAFVFPKNISSRNTLPYYSALIYCLDHNQSKPKLSDDGSWDWENDGHFTVTSPLFSFFGIQFGKPNCKWVIEKFSQ
Ga0308413_119662_1_6393300033886Hot Spring Phototrophic MatTTLNPTTQEIENFFDPQYRKIAECVRKAYTQNNGNRIAGFPTKSIAIIVAYDTNKIKDKIKECPNLDVNIISDDDLVRVVSCLDEIELRPGVGWNQAKQDRLKQCIRATQNTFGIHRQAFVDCVIRKRFNPQTRYLDNALSSGAEGLCLEELHKAFVFPKNIDYHNDLIYCLDHNKSKPKFLDSGNGNGYWKWENQSWGKPNCPWLIQEFSQL


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