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 F077500

Metagenome / Metatranscriptome Family F077500

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F077500
Family Type Metagenome / Metatranscriptome
Number of Sequences 117
Average Sequence Length 94 residues
Representative Sequence MSEEQICKRKHHRWLAKRLAYLGLGNYKEVSFEVWTHSTSREEAKNDTICRRTRQGFIPVGTFDECLLDPIRRIRRRRERIMSDIWYPSLKKVSENE
Number of Associated Samples 36
Number of Associated Scaffolds 117

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 73.45 %
% of genes near scaffold ends (potentially truncated) 15.38 %
% of genes from short scaffolds (< 2000 bps) 76.92 %
Associated GOLD sequencing projects 21
AlphaFold2 3D model prediction Yes
3D model pTM-score0.40

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 (74.359 % 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
(80.342 % of family members)
Environment Ontology (ENVO) Unclassified
(96.581 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Surface (non-saline)
(78.632 % of family members)



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Multiple Sequence Alignments

Select alignment to view:      


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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 16.80%    β-sheet: 13.60%    Coil/Unstructured: 69.60%
Feature Viewer
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Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.40
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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

Pfam IDName % Frequency in 117 Family Scaffolds
PF01371Trp_repressor 2.56
PF08960STIV_B116-like 2.56
PF00092VWA 0.85
PF02371Transposase_20 0.85
PF00440TetR_N 0.85

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 117 Family Scaffolds
COG3547TransposaseMobilome: prophages, transposons [X] 0.85


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A74.36 %
All OrganismsrootAll Organisms25.64 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000341|OneHSP_6670CDRAFT_1008246Not Available1102Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1009275Not Available973Open in IMG/M
3300001340|JGI20133J14441_1005518All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota5967Open in IMG/M
3300001340|JGI20133J14441_1034369Not Available1219Open in IMG/M
3300005256|Ga0074075_15283All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_D3220Open in IMG/M
3300005861|Ga0080006_1110725All Organisms → Viruses → Predicted Viral1026Open in IMG/M
3300005861|Ga0080006_1116289Not Available2949Open in IMG/M
3300005861|Ga0080006_1121959All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon BE_D3283Open in IMG/M
3300005861|Ga0080006_1129414All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_D4484Open in IMG/M
3300005861|Ga0080006_1164043Not Available1761Open in IMG/M
3300005861|Ga0080006_1187280Not Available1097Open in IMG/M
3300005861|Ga0080006_1193333Not Available1328Open in IMG/M
3300005861|Ga0080006_1247835Not Available3025Open in IMG/M
3300005977|Ga0081474_136423All Organisms → Viruses → Predicted Viral2475Open in IMG/M
3300006179|Ga0079043_1003910All Organisms → Viruses → Predicted Viral1974Open in IMG/M
3300006179|Ga0079043_1005013All Organisms → Viruses → Predicted Viral1615Open in IMG/M
3300006179|Ga0079043_1006199Not Available1360Open in IMG/M
3300006179|Ga0079043_1014854Not Available695Open in IMG/M
3300006180|Ga0079045_1002083Not Available2127Open in IMG/M
3300006180|Ga0079045_1003480Not Available1504Open in IMG/M
3300006180|Ga0079045_1011013Not Available717Open in IMG/M
3300006855|Ga0079044_1018727Not Available770Open in IMG/M
3300006855|Ga0079044_1022248Not Available683Open in IMG/M
3300006855|Ga0079044_1027685Not Available589Open in IMG/M
3300006857|Ga0079041_1007895All Organisms → Viruses → Predicted Viral1576Open in IMG/M
3300006857|Ga0079041_1018297Not Available881Open in IMG/M
3300006857|Ga0079041_1019046Not Available856Open in IMG/M
3300006857|Ga0079041_1022402Not Available766Open in IMG/M
3300006859|Ga0079046_1013253All Organisms → Viruses → Predicted Viral1353Open in IMG/M
3300006859|Ga0079046_1047561Not Available558Open in IMG/M
3300007166|Ga0099835_165798Not Available713Open in IMG/M
3300007168|Ga0099838_176530Not Available1160Open in IMG/M
3300007812|Ga0105109_1002285Not Available2410Open in IMG/M
3300007812|Ga0105109_1003850Not Available1595Open in IMG/M
3300007812|Ga0105109_1005706Not Available1199Open in IMG/M
3300007812|Ga0105109_1013847Not Available644Open in IMG/M
3300007812|Ga0105109_1014091Not Available637Open in IMG/M
3300007813|Ga0105108_102542Not Available816Open in IMG/M
3300007814|Ga0105117_1003831Not Available2355Open in IMG/M
3300007814|Ga0105117_1012069Not Available1132Open in IMG/M
3300007814|Ga0105117_1025581All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D698Open in IMG/M
3300007814|Ga0105117_1028402Not Available653Open in IMG/M
3300007815|Ga0105118_1001768All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_D1224Open in IMG/M
3300007815|Ga0105118_1001854Not Available1191Open in IMG/M
3300007815|Ga0105118_1002374Not Available1080Open in IMG/M
3300007815|Ga0105118_1004235Not Available839Open in IMG/M
3300007815|Ga0105118_1006523Not Available684Open in IMG/M
3300007815|Ga0105118_1010624Not Available544Open in IMG/M
3300007815|Ga0105118_1010736Not Available542Open in IMG/M
3300007816|Ga0105112_1001203Not Available1745Open in IMG/M
3300007816|Ga0105112_1002096All Organisms → Viruses → Predicted Viral1353Open in IMG/M
3300007816|Ga0105112_1003156Not Available1130Open in IMG/M
3300007816|Ga0105112_1003616Not Available1067Open in IMG/M
3300007816|Ga0105112_1006684Not Available796Open in IMG/M
3300007816|Ga0105112_1016265Not Available504Open in IMG/M
3300013008|Ga0167616_1013079All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_D1386Open in IMG/M
3300013009|Ga0167615_1011091All Organisms → Viruses → Predicted Viral1612Open in IMG/M
3300013009|Ga0167615_1012677All Organisms → Viruses → Predicted Viral1496Open in IMG/M
3300013009|Ga0167615_1014650Not Available1371Open in IMG/M
3300013009|Ga0167615_1040113Not Available747Open in IMG/M
3300013009|Ga0167615_1046486Not Available683Open in IMG/M
3300013009|Ga0167615_1061254Not Available580Open in IMG/M
3300013009|Ga0167615_1076932Not Available507Open in IMG/M
3300013010|Ga0129327_10360336Not Available764Open in IMG/M
3300025503|Ga0209012_1002395All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D16355Open in IMG/M
3300025503|Ga0209012_1013285All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon BE_D3492Open in IMG/M
3300025503|Ga0209012_1022387Not Available2186Open in IMG/M
3300025503|Ga0209012_1029612Not Available1706Open in IMG/M
3300025503|Ga0209012_1033246Not Available1537Open in IMG/M
3300025503|Ga0209012_1104640Not Available541Open in IMG/M
3300026623|Ga0208661_105485All Organisms → Viruses → Predicted Viral1323Open in IMG/M
3300026623|Ga0208661_105606Not Available1298Open in IMG/M
3300026623|Ga0208661_107605Not Available1002Open in IMG/M
3300026623|Ga0208661_111930Not Available680Open in IMG/M
3300026625|Ga0208028_100234All Organisms → Viruses → Predicted Viral3611Open in IMG/M
3300026627|Ga0208548_101349All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota7283Open in IMG/M
3300026627|Ga0208548_103694Not Available2962Open in IMG/M
3300026627|Ga0208548_115556Not Available734Open in IMG/M
3300026627|Ga0208548_116081Not Available709Open in IMG/M
3300026762|Ga0208559_102394Not Available2269Open in IMG/M
3300026762|Ga0208559_104758Not Available1264Open in IMG/M
3300026762|Ga0208559_107628Not Available861Open in IMG/M
3300026813|Ga0208448_100452All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_D2911Open in IMG/M
3300026813|Ga0208448_101096Not Available1968Open in IMG/M
3300026813|Ga0208448_102926All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_D1172Open in IMG/M
3300026813|Ga0208448_103812All Organisms → Viruses → Predicted Viral1011Open in IMG/M
3300026813|Ga0208448_103854All Organisms → Viruses → Predicted Viral1004Open in IMG/M
3300026813|Ga0208448_104911Not Available875Open in IMG/M
3300026813|Ga0208448_106476Not Available750Open in IMG/M
3300026813|Ga0208448_109947Not Available581Open in IMG/M
3300026877|Ga0208314_115604All Organisms → Viruses → Predicted Viral1043Open in IMG/M
3300026877|Ga0208314_121490Not Available792Open in IMG/M
3300026877|Ga0208314_123105Not Available742Open in IMG/M
3300026877|Ga0208314_125629Not Available676Open in IMG/M
3300026882|Ga0208313_108691All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D1330Open in IMG/M
3300026882|Ga0208313_111176Not Available1115Open in IMG/M
3300026906|Ga0208683_108212Not Available1932Open in IMG/M
3300026906|Ga0208683_113101Not Available1268Open in IMG/M
3300026906|Ga0208683_129569Not Available608Open in IMG/M
3300027931|Ga0208312_100655Not Available3369Open in IMG/M
3300027931|Ga0208312_100723All Organisms → Viruses → Predicted Viral3222Open in IMG/M
3300027931|Ga0208312_102224Not Available1748Open in IMG/M
3300027931|Ga0208312_102521All Organisms → Viruses → Predicted Viral1621Open in IMG/M
3300027931|Ga0208312_104042Not Available1200Open in IMG/M
3300027931|Ga0208312_108766Not Available673Open in IMG/M
3300027932|Ga0208429_102022All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_D2479Open in IMG/M
3300027933|Ga0208549_121725Not Available830Open in IMG/M
3300027937|Ga0208151_104627Not Available2678Open in IMG/M
3300027937|Ga0208151_104965Not Available2513Open in IMG/M
3300027937|Ga0208151_111715Not Available1120Open in IMG/M
3300027937|Ga0208151_116926Not Available780Open in IMG/M
3300027937|Ga0208151_116928Not Available780Open in IMG/M
3300029625|Ga0311297_1313831Not Available592Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring80.34%
Hypersaline MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hypersaline Mat13.68%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater2.56%
Ferrous Microbial MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat1.71%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient0.85%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hot Spring0.85%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2119805007Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_DEnvironmentalOpen in IMG/M
3300000341Ferrous microbial mat communities from One Hundred Spring Plain, Yellowstone National Park, USAEnvironmentalOpen in IMG/M
3300000346Ferric oxide microbial mat communities from Beowulf Spring, Yellowstone National Park, USA - T=65-68EnvironmentalOpen in IMG/M
3300001340Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3BEnvironmentalOpen in IMG/M
3300005256Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_EEnvironmentalOpen in IMG/M
3300005861Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3B (SPADES assembly)EnvironmentalOpen in IMG/M
3300005977Ferrous microbial mat communities from One Hundred Spring Plain, Yellowstone National Park, USAEnvironmentalOpen in IMG/M
3300006179Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C virus_MetaGEnvironmentalOpen in IMG/M
3300006180Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_virus_MetaGEnvironmentalOpen in IMG/M
3300006855Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C host_MetaGEnvironmentalOpen in IMG/M
3300006857Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B host_MetaGEnvironmentalOpen in IMG/M
3300006859Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaGEnvironmentalOpen in IMG/M
3300007166Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_top_diel_T=1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300007168Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_top_diel_T=7 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300007812Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_6_15EnvironmentalOpen in IMG/M
3300007813Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_6_15EnvironmentalOpen in IMG/M
3300007814Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Slides-mat_host_7_15EnvironmentalOpen in IMG/M
3300007815Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_virus_9_15EnvironmentalOpen in IMG/M
3300007816Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_9_15EnvironmentalOpen in IMG/M
3300013008Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300013009Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300013010Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.8_DNAEnvironmentalOpen in IMG/M
3300025503Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3B (SPAdes)EnvironmentalOpen in IMG/M
3300026623Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C virus_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300026625Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_6_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026627Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C host_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300026762Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_6_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026813Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_virus_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026877Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026882Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Slides-mat_host_7_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026906Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300027931Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300027932Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_virus_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027933Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027937Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B host_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300029625Mildly acidic thermal spring sediment microbial community from Yellowstone National Park, USA - SJ3 SpringEnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
BSDYNP_006543402119805007Hot SpringRRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFEECLLDPVRRIQRRPQRKMSDIWYPSIR
OneHSP_6670CDRAFT_100824623300000341Ferrous Microbial MatMSEEQICHRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECFLEPVRRVLHQR*
BeoS_FeMat_6568CDRAFT_100927533300000346FreshwaterMSEEQICRKRHHLWLAKRLAYVGMGNYREVSFFVWTHSVTREEAENDTICRRTKDGFIPIGSFDECMLDPIRMVRRRPQRKMSDIWYPSLSLKGD*
JGI20133J14441_100551863300001340Hypersaline MatMSEEQICPRKHHRWLAKRLAYVGMGNYKEVSFFVWTHATNQDDVQNDTICRRTKNGFVPIGSFDECMLDPIRMIRRRPQRKMSDIWYPSIR*
JGI20133J14441_103436933300001340Hypersaline MatVEDSGAEVIKMSEEQICRRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPIRMVRRRRERIMSSMWYPSLKKVSKA*
Ga0074075_1528343300005256Hot SpringMTEEQICKRKHHKWLAKRLAYVGMGNYREVSFFVWTHSTNHDDVQNDTICRRTRQGFVPVGTFDGCLLDPVRRIRRR*
Ga0080006_111072523300005861Hypersaline MatMSEEQICRRKHHKWLAKRLAYIGLGNYREVSFFVWTHSTSIEEAQKDIICRRTKNGFVEIGSFDECLLDPIRMVHRRPKRIMSDIWYPLIKQGGSHE*
Ga0080006_111628933300005861Hypersaline MatMSEEQICHRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPIRMIRRRPERKMSDMWYPSLKKVNENV*
Ga0080006_112195933300005861Hypersaline MatMSEERICHKKHHKWLAKRLAYIGLGNYKEVFFNVWTHSTSLEEAKNDIICRRTKNGFVEIGSFDECMLDPIRMLHRRPKRMMDDIWYPSLRSE*
Ga0080006_112941423300005861Hypersaline MatVEDSGAEVIKMSEEQICRRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPIRMVRRRRERIMSSMWYPSLKKVSET*
Ga0080006_116404333300005861Hypersaline MatMVIQMSEDQICHKKHHRWLAKRLAYIGLGNYREVSFFVWTHSTSREEAQKDIVCRRTRNGFVEIGTFDECMLDPIRMVHRRPKRMMDDIWYPLKVNEA*
Ga0080006_118728023300005861Hypersaline MatMSEEQICRRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREDAENDTICRRTRQGFIPVGTMDECLVDPVRIIRRKPERKMSAIWYPSLKGE*
Ga0080006_119333333300005861Hypersaline MatMVSEMSEEQICHRKHHLWLAKRLAYIGLNNYKEVSFNVWTHSTNQDDVQNDTICRRTRQGFVPVGTFDECMLDPIRRIRRR*
Ga0080006_124783533300005861Hypersaline MatVNYITSFTSQLKVSKVSEERICNKKHHLWLAKRLAYIGMGNYREVFFNVWAHATDFEGVQNDTICRRTQRGFVPIGSWDECMLDPIRRVQRRPKRKMSDIWYPSIQRQGGA*
Ga0081474_13642353300005977Ferrous Microbial MatMNEDQICHRKHHKWLAKRLAYIGLGNYREVSFNVWTHSTSREQVENDTICRRTRQGFIPIGSWDECMLDPIRPLQRRPKRMMSDIWYPSKGGQA*
Ga0079043_100391033300006179Hot SpringMNEDQICHRKHHKWLAKRLAYLGLGNYTEVSFFVWTHSVTREQAENDTICRRTRDGYIPIGSFDECMLDPIRPLQRRPKRMMSDIWYPSKGGQA*
Ga0079043_100501323300006179Hot SpringMNEEQICHRRHHKWLAKRLAYLGLGNYKEVSFFVWTHSTSLEEAQKDTICRRTRQGFVEIGNFDECLLDPVRIVRRRPKRMMSDIWYPSKGD*
Ga0079043_100619923300006179Hot SpringMSENQICHKKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFVPVGTFDECLLDPVRRIRRRW*
Ga0079043_101485413300006179Hot SpringRTRELRRAIRFYRRERVEDSGTEVSSMSEEQICKRKHHRWLAKRLAYIGMGNYKEVSFTVWTHTTNFDEVQNDTICRRTRQGFVPVGTFDECMLDPIRRVRRRRERIMSDIWYPSLKKVSENE*
Ga0079045_100208323300006180Hot SpringMSETQVCHRKHHRWLARRLAYLGLGNYKEVSFFVWTHSTSLEDAKNDVICRRTRNGFVEIGTFDECMLDPIRPLQRRPKRMMSDIWYPSIR*
Ga0079045_100348023300006180Hot SpringMSEEQICHRRHHLWLAKRLAYIGLGNYQEVSFKVWTHSSSFEEAKNDTICRRTRQGFIPVGTFDECLLDPIRRIRRRRERIMSNMWYPSLKKVSENE*
Ga0079045_101101323300006180Hot SpringMVSEMSEEQICRKRHHLWLAKRLAYVGMGNYREVSFFVWTHSVTREEAENDTICRRTKDGFVEIGTFDECLLDPVRRVRRRRERMMSDMWYPSLKKVSNQ*
Ga0079044_101872723300006855Hot SpringMSEIQVCHKKHHKWLAKRLAYIGLGNYREVSFFVWTHSDSLEEAKNDTICRRTRQGFIPIGSFDECMLDPIRIVRRRPKRMMSDIWYPSLSLKGEQNE*
Ga0079044_102224813300006855Hot SpringMSEIQVCHKKHHKWLAKRLAYFGLGNYREVSFFVWTHSTNYDDAQKDTICRRTKDGYIPVGTFDECMLDPIRIVRRRPKRMMSDIWYPSLSLKGEQNE*
Ga0079044_102768523300006855Hot SpringVEKFPTEVIKMSEEQICKRKHHRWLAKRLAYLGLGNYKEVSFEVWTHSTSREEAKNDTICRRTRQGFIPVGTFDECLLDPIRRIRRRRERIMSDIWYPSLKKVSENE*
Ga0079041_100789523300006857Hot SpringMSEIQVCHKKHHKWLAKRLAYVGMGNYKEVSFFVWTHSTSLEDAKNDVICRRTRDGFVEIGSFDECLLDPIRMVRRRPQRKMSDIWYPSKGGQA*
Ga0079041_101829713300006857Hot SpringMVIQMNEEQICHRRHHKWLAKRLAYVGMGNYKEVSFFVWTHSDSLEEAKNDTICRRTRQGFIPIGSFDECLLDPIRMVRRRPKRMMSDIWYPSKGD*
Ga0079041_101904623300006857Hot SpringLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFVPVGTFDECLLDPVRRIRRRW*
Ga0079041_102240223300006857Hot SpringVEKFPTEVIKMSEEQICKRKHHRWLAKRLAYIGMGNYKEVSFTVWTHTTNFDEVQNDTICRRTRQGFVPVGTFDECMLDPIRRVRKRRERIMSDIWYPSLKKVSENE*
Ga0079046_101325313300006859Hot SpringVEKFPTEVIKMSEEQICHRRHHLWLAKRLAYIGLGNYQEVSFKVWTHSSSFEEAKNDTICRRTRQGFIPVGTFDECLLDPIRRIRRRRERIMSNMWYPSLKKVS
Ga0079046_104756113300006859Hot SpringMESVSTEVIKMSEEQICRRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFEECLLDPVRRIQRRPQRKMSDIW
Ga0099835_16579823300007166FreshwaterMSETQVCHRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFEECLLDPVRRVRRRRERMMSDMWYPSLKKVSENE*
Ga0099838_17653013300007168FreshwaterSNTGGATNSAPQICHKKHHKWLAKRLAYLGLGNYTEVSFFVWTHSTSLEDAKNDVICRRTRDGFVEIGTFDECMLDPIRPLQRRPKRMMSDIWYPSLSLKGE*
Ga0105109_100228523300007812Hot SpringMSEEQICKRKHHRWLAKRLAYVGMGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFVPVGTFDECMLDPIRRVRRRRERIMSNMWYPSLKKVSEV*
Ga0105109_100385023300007812Hot SpringLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFEECLLDPVRRIQRRPQRKMSDIWYPSIR*
Ga0105109_100570623300007812Hot SpringMVSEMSEEQICRKRHHLWLAKRLAYVGMGNYREVSFFVWTHSVTREEAENDTICRRTKDGFIPIGSFDECMLDPIRMVRRRPQRKMSDIWYPSLSLKGD*
Ga0105109_101384723300007812Hot SpringMSEERICHKKHHKWLAKRLAYLGLGNYKEVSFFVWTHSDSLEEAKNDIICRRTRNGFVEVGSFDECMLDPIRMVRRRPQRKMSDIWYPSKGGQA*
Ga0105109_101409113300007812Hot SpringVIKMSEEQICKRKHHRWLAKRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPIRRIRRRRERIMSDIWYPSLKKVSENE*
Ga0105108_10254223300007813Hot SpringMSETQVCHRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFEECLLDPVRRVRRRRERMMSDMWYPSLK
Ga0105117_100383123300007814Hot SpringMSEIQVCHKKHHKWLAKRLAYLGLGNYREVSFFVWTHSTSLEDAQKDTICKRTRQGFTPIGSFDECLLDPIRRIRRKPLRKMSDIWYPSLSKGEKNE*
Ga0105117_101206933300007814Hot SpringMSEDQICHRRHHKWLAKRLAYIGLGNYREVSFFVWTHSTNYDDAQKDTICRRTKDGYIPVGTFDECMLDPIRPLQRRPKRMMSDIWYPSKGGQA*
Ga0105117_102558123300007814Hot SpringMVSSMSEEQICKRKHHRWLAKRLAYVGMGNYKEVSFFVWTHSTDFDQVQNDTICRRTRQGFVPVGTFDECLLDPVRRIRRR*
Ga0105117_102840233300007814Hot SpringMNEDQICHRKHHKWLAKRLAYIGLGNYREVSFNVWTHSTSREQVENDTICRRTRQGFIPIGSWDECMLDPIRPLQRRP
Ga0105118_100176833300007815Hot SpringLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPVRRVRRRRERIMSDMWYPSLKKVSENE*
Ga0105118_100185423300007815Hot SpringMVSEMSEEQICRKRHHLWLAKRLAYIGLGNYREVSFFVWTHSVTREEAENDTICRRTRQGFVEIGSFDECMLDPIRMVRRRPQRKMSDIWYPLLSKGEKNE*
Ga0105118_100237423300007815Hot SpringMSEEQICRRKHHRWLAKRLAYVGMGNYKEVSFFVWTHSDSLEEAKNDTICRRTKNGFIPIGTFDECLLDPMRRVRRRRERMMSDMWYPSLKKVSENE*
Ga0105118_100423523300007815Hot SpringMNEEQICHRRHHKWLAKRLAYIGLGNYREVSIFVWTHSDSLEEAKNDTICRRTRQGFIEVGSFDECMLDPIKPLQRKPKRMMSDIWYPSKGGQA*
Ga0105118_100621213300007815Hot SpringLARRLAYVGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPVRRVRRRRERIMSDMWY
Ga0105118_100652313300007815Hot SpringMSEEQICHKKHHKWLAKRLAYVGLGNYREVSFNVWTHSTNYDDVQKDTICRRTKNGFVPVGTFDECMLDPIRPLQRRPKRMMSDIWYPSKGGQA*
Ga0105118_101062413300007815Hot SpringMSEEKICERKHHRWLAKRLAYIGLGNYREVSFFVWTHSDSLEEAKNDTICRRTRQGFIEVGSFDECMLDPIRPLQRKPKRMMSDIWYPSKGGQA*
Ga0105118_101073623300007815Hot SpringMNEEQICHRRHHKWLAKRLAYIGLGNYREVSFFVWTHSTNYDDAQKDTICRRTKDGYIPVGTFDECMLDPIRPLQRRPKRMMSDIWYPSKGGQV*
Ga0105112_100120323300007816Hot SpringMSEIQVCHKKHHRWLAKRLAYVGMGNYKEVSFFVWTHSTSTEEAQKDTICRRTRNGFVEVGSFDECMLDPIRMVRRRPQRKMSDIWYPSLSLR*
Ga0105112_100209613300007816Hot SpringMTQICYKKHHKWLAKRLAYVGMGNYIEVSFFVWTHSTSLEDAKNDVICRRTRNSFVEIGSFDECVLDPIRMVRRRPQRKMSDIWYPSLSLKGD*
Ga0105112_100315623300007816Hot SpringVIKMSEEQICKRKHHRWLAKRLAYVGMGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPIRRVRRRRERIMSDMWYPSLKKVSENE*
Ga0105112_100361643300007816Hot SpringMSEERICHKKHHKWLAKRLAYLGLGNYKEVSFFVWTHSTSLEDAKNDVICRRTRNGFVEVGSFDECMLDPIRMVRRRPQRKMSDIWYPS
Ga0105112_100668433300007816Hot SpringMVSEMSEEQICRKRHHLWLAKRLAYVGLGNYKEVSFEVWIHSTSREEAENDTICRRTRQGFVPVGTFDECLLDPVRRIRRRRERIMSNMWYPLLKKVSEA*
Ga0105112_101626513300007816Hot SpringAYIGLGNYQEVSFKVWTHSSSFEEAKNDTICRRTRQGFIPVGTFDECLLDPIRRIRRRRERIMSNMWYPSLKKVSENE*
Ga0167616_101307953300013008Hot SpringMSEERICHKKHHKWLAKRLAYLGLGNYKEVSFFVWTHSTSLEDAKNDVICRRTRNGFVEVGSFDECMLDPIRRVHQR*
Ga0167616_104533823300013008Hot SpringLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFEECLLDPVRRIQRRPQRKMSD
Ga0167615_101109123300013009Hot SpringMSEERICHKKHHKWLAKRLAYLGLGNYKEVSFFVWTHSTSLEDAKNDVICRRTRNGFVEVGSFDECMLDPIRMVRRRPQRKMSDIWYPSLSLR*
Ga0167615_101267723300013009Hot SpringMSEDQICHRRHHKWLAKRLAYVGMGNYKEVSFFVWTHSTSREQVENDTICRRTRQGFIPIGSWDECMLDPIRPLQRRPQRKMSDIWYPSLSLR*
Ga0167615_101465033300013009Hot SpringMSEIQVCHKKHHKWLAKRLAYLGLGNYREVSFFVWTHSTSLEDAQKDTICKRTRQGFTPIGSFDECLLDPIRRIKRKPLRKMSDIWYPSLSKGEKNE*
Ga0167615_104011313300013009Hot SpringMNEDQICHRKHHKWLAKRLAYIGLGNYREVSFNVWTHSTSREQVENDTICRRTRQGFIPIGSWDECMLDPIRPLQRRPKRMMSDIW
Ga0167615_104648633300013009Hot SpringSMVSEMSEEQICRKRHHLWLAKRLAYVGLGNYKEVSFEVWIHSTSREEAENDTICRRTRQGFVPVGTFDECLLDPVRRIRRRRERIMSNMWYPLLKKVSEA*
Ga0167615_106125413300013009Hot SpringSMSETIEEQICRRKHHKWLAKRLAYVGMGNYREVSFFVWTHSTNHDDVQNDTICRRTKNGFVPVGTFDECMLDPVRMIRQTRR*
Ga0167615_107693223300013009Hot SpringSMVSEMSEEQICRKRHHLWLAKRLAYVGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPVRRVRRRRERMMSDMWYPSLKKVSNQ*
Ga0129327_1036033623300013010Freshwater To Marine Saline GradientVIKMSEEQICKRKHHRWLAKRLAYVGLGNYEEVSFEVWTHSSSFEEAKNDTICRRTRQGFVPVGTFDECMLDPVRRVRRRRERMMSDMWYPSLKKVSKA*
Ga0209012_1002395163300025503Hypersaline MatMSEEQICPRKHHRWLAKRLAYVGMGNYKEVSFFVWTHATNQDDVQNDTICRRTKNGFVPIGSFDECMLDPIRMIRRRPQRKMSDIWYPSIR
Ga0209012_101328573300025503Hypersaline MatMSEERICHKKHHKWLAKRLAYIGLGNYKEVFFNVWTHSTSLEEAKNDIICRRTKNGFVEIGSFDECMLDPIRMLHRRPKRMMDDIWYPSLRSE
Ga0209012_102238723300025503Hypersaline MatVEDSGAEVIKMSEEQICRRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPIRMVRRRRERIMSSMWYPSLKKVSET
Ga0209012_102961223300025503Hypersaline MatMVIQMSEDQICHKKHHRWLAKRLAYIGLGNYREVSFFVWTHSTSREEAQKDIVCRRTRNGFVEIGTFDECMLDPIRMVHRRPKRMMDDIWYPLKVNEA
Ga0209012_103324613300025503Hypersaline MatQICHRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPIRMIRRRPERKMSDMWYPSLKKVNENV
Ga0209012_110464023300025503Hypersaline MatMSEEQICRRKHHKWLAKRLAYIGLGNYREVSFFVWTHSTSIEEAQKDIICRRTKNGFVEIGSFDECLLDPIRMVHRRPKRIMSDIWYPLIKQGGSHE
Ga0208661_10548523300026623Hot SpringMNEDQICHRKHHKWLAKRLAYLGLGNYTEVSFFVWTHSVTREQAENDTICRRTRDGYIPIGSFDECMLDPIRPLQRRPKRMMSDIWYPSKGGQA
Ga0208661_10560623300026623Hot SpringMSENQICHKKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFVPVGTFDECLLDPVRRIRRRW
Ga0208661_10760523300026623Hot SpringVEDSGTEVSSMSEEQICKRKHHRWLAKRLAYIGMGNYKEVSFTVWTHTTNFDEVQNDTICRRTRQGFVPVGTFDECMLDPIRRVRRRRERIMSDIWYPSLKKVSENE
Ga0208661_11193023300026623Hot SpringMVIQMNEEQICHRRHHKWLAKRLVYVGLGNYREVSFFVWTHSDSLEEAKNDTICRRTRQGFIPIGSFDECMLDPIRIVRRRPKRMMSDIWYPSLSLKGEQ
Ga0208028_10023473300026625Hot SpringMSEEQICHRRHHLWLAKRLAYIGLGNYQEVSFKVWTHSSSFEEAKNDTICRRTRQGFIPVGTFDECLLDPIRRIRRRRERIMSNMWYPSLKKVSENE
Ga0208548_10134973300026627Hot SpringLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFVPVGTFDECLLDPVRRIRRRW
Ga0208548_10369443300026627Hot SpringMSEIQVCHKKHHKWLAKRLAYFGLGNYREVSFFVWTHSTNYDDAQKDTICRRTKDGYIPVGTFDECMLDPIRIVRRRPKRMMSDIWYPSLSLKGEQNE
Ga0208548_11555623300026627Hot SpringMSEEQICKRKHHRWLAKRLAYLGLGNYKEVSFEVWTHSTSREEAKNDTICRRTRQGFIPVGTFDECLLDPIRRIRRRRERIMSDIWYPSLKKVSENE
Ga0208548_11608133300026627Hot SpringMVIQMNEEQICHRRHHKWLAKRLVYVGLGNYREVSFFVWTHSDSLEEAKNDTICRRTRQGFIPIGSFDECMLDPIRIVRRRPKRMMSDIWYPSLSLKGEQN
Ga0208559_10239433300026762Hot SpringMVSEMSEEQICRKRHHLWLAKRLAYVGMGNYREVSFFVWTHSVTREEAENDTICRRTKDGFIPIGSFDECMLDPIRMVRRRPQRKMSDIWYPSLSLKGD
Ga0208559_10308543300026762Hot SpringLAYVGMGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFVPVGTFDECMLDPIRRVRRRRERIMSNMWYPSLKKVSEV
Ga0208559_10475833300026762Hot SpringMSETQVCHRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFEECLLDPVRRVRRRRERMMSDMWYPSLKKVSENE
Ga0208559_10762823300026762Hot SpringMTEEQICKRKHHKWLAKRLAYVGMGNYREVSFFVWTHSTNHDDVQNDTICRRTKNGFVPVGTFDECMLDPVRMIRQTRR
Ga0208448_10045223300026813Hot SpringMSEEQICRRKHHRWLAKRLAYVGMGNYKEVSFFVWTHSDSLEEAKNDTICRRTKNGFIPIGTFDECLLDPMRRVRRRRERMMSDMWYPSLKKVSENE
Ga0208448_10109623300026813Hot SpringMSEIQVCHKKHHKWLAKRLAYLGLGNYREVSFFVWTHSTSLEDAQKDTICKRTRQGFTPIGSFDECLLDPIRRIRRKPLRKMSDIWYPSLSKGEKNE
Ga0208448_10292633300026813Hot SpringVEDSGTEVIKMSEEQICRRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPVRRVRRRRERIMSDMWYPSLKKVSENE
Ga0208448_10381233300026813Hot SpringMSEEQICKRKHHRWLAKRLAYVGLGNYEEVSFEVWTHSSSFEEAKNDTICRRTRQGFVPVGTFDECMLDPIRRVRRRRERMMSDMWYPSLKKV
Ga0208448_10385433300026813Hot SpringMSEEQICRRKHHRWLARRLAYVGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPIRRVRRRRERIMSDMWYPSLKKVSENE
Ga0208448_10491123300026813Hot SpringMNEEQICHRRHHKWLAKRLAYIGLGNYREVSIFVWTHSDSLEEAKNDTICRRTRQGFIEVGSFDECMLDPIKPLQRKPKRMMSDIWYPSKGGQA
Ga0208448_10647623300026813Hot SpringMSEEKICERKHHRWLAKRLAYIGLGNYREVSFFVWTHSDSLEEAKNDTICRRTRQGFIEVGSFDECMLDPIRPLQRKPKRMMSDIWYPSKGGQA
Ga0208448_10994713300026813Hot SpringMSEEKICGRKHHRWLAKRLAYVGLGNYTEVSFFVWTHSTNYDDAQKDTICRRTKQGFVEIGTFDECLLVPVRIVRRRPQRKMSDIWYPSKGGQA
Ga0208314_11560423300026877Hot SpringVEKFPTEVIKMSEEQICKRKHHRWLAKRLAYVGLGNYEEVSFEVWTHSSSFEEAKNDTICRRTRQGFVPVGTFDECMLDPIRRVRRRRERMMSDMWYPSLKKVSKA
Ga0208314_12149013300026877Hot SpringMNEDQICHRKHHKWLAKRLAYIGLGNYREVSFNVWTHSTSREQVENDTICRRTRQGFIPIGSWDECMLDPIRPLQRRPKRMMSDIWY
Ga0208314_12310523300026877Hot SpringLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFEECLLDPVRRVRRRRERMMSDMWYPSLKKVSENE
Ga0208314_12562923300026877Hot SpringMSETQVCHRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPVRRVRRRRERMMSDMWYPSLKKVSENE
Ga0208313_10869133300026882Hot SpringMVSSMSEEQICKRKHHRWLAKRLAYVGMGNYKEVSFFVWTHSTDFDQVQNDTICRRTRQGFVPVGTFDECLLDPVRRIRRR
Ga0208313_11117623300026882Hot SpringMSEDQICHRRHHKWLAKRLAYIGLGNYREVSFFVWTHSTNYDDAQKDTICRRTKDGYIPVGTFDECMLDPIRPLQRRPKRMMSDIWYPSKGGQA
Ga0208683_10821243300026906Hot SpringVEKFPTEVIKMSEEQICKRKHHRWLAKRLAYVGLGNYEEVSFEVWTHSSSFEEAKNDTICRRTRQGFVPVGTFDECMLDPVRRVRRRRERMMSDMWYPSLKKVSKA
Ga0208683_11310133300026906Hot SpringMSEERICHKKHHKWLAKRLAYLGLGNYKEVSFFVWTHSTSLEDAKNDVICRRTRNGFVEVGSFDECMLDPIRMVRRRPQRKMSDIWYPSKGGQA
Ga0208683_12956923300026906Hot SpringMVSEMSEEQICRKRHHLWLAKRLAYVGLGNYKEVSFEVWIHSTSREEAENDTICRRTRQGFVPVGTFDECLLDPVRRIRRRRERIMSNMWYPLLKKVSEA
Ga0208312_10065553300027931Hot SpringMSETQVCHRKHHRWLARRLAYLGLGNYKEVSFEVWTHSTSREEAKNDTICRRTRQGFIPVGTFDECLLDPVRRVRRRRERMMSDMWYPSLKKVSENE
Ga0208312_10072343300027931Hot SpringVEKFPTEVIKMSEEQICKRKHHRWLAKRLAYVGMGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPIRRVRRRRERIMSDMWYPSLKKVSENE
Ga0208312_10222423300027931Hot SpringMSEIQVCHKKHHRWLAKRLAYVGMGNYKEVSFFVWTHSTSTEEAQKDTICRRTRNGFVEVGSFDECMLDPIRMVRRRPQRKMSDIWYPSLSLR
Ga0208312_10252133300027931Hot SpringMSEERICHKKHHKWLAKRLAYLGLGNYKEVSFFVWTHSTSLEDAKNDVICRRTRNGFVEVGSFDECMLDPIRMVRRRPQRKMSDIWYPSLSLR
Ga0208312_10404233300027931Hot SpringMVSEMSEEQICRKRHHLWLAKRLAYVGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPVRRVRRRRERMMSDMWYPSLKKVSNQ
Ga0208312_10876613300027931Hot SpringFSMVSEMSEEQICRKRHHLWLAKRLAYVGLGNYKEVSFEVWIHSTSREEAENDTICRRTRQGFVPVGTFDECLLDPVRRIRRRRERIMSNMWYPLLKKVSEA
Ga0208429_10202243300027932Hot SpringMTEEQICKRKHHKWLAKRLAYVGMGNYREVSFFVWTHSTNHDDVQNDTICRRTRQGFVPVGTFDGCLLDPVRRIRRR
Ga0208549_12172523300027933Hot SpringMVSEMSEEQICRKRHHLWLAKRLAYVGMGNYREVSFFVWTHSVTREEAENDTICRRTKDGFVEIGTFDECLLDPVRRVRRRRERMMSDMWYPSLKKVSNQ
Ga0208151_10462723300027937Hot SpringMSEIQVCHKKHHKWLAKRLAYVGMGNYKEVSFFVWTHSTSLEDAKNDVICRRTRDGFVEIGSFDECLLDPIRMVRRRPQRKMSDIWYPSKGGQA
Ga0208151_10496573300027937Hot SpringVEKFPTEVIKMSEEQICKRKHHRWLAKRLAYLGLGNYKEVSFEVWTHSTSREEAENDTICRRTRQGFIPVGTFDECLLDPIRRIRRRRERIMSDIWYPSLKKVSENE
Ga0208151_11171523300027937Hot SpringMSEEQICHRRHHLWLAKRLAYIGLGNYREVSFKVWTHSSSFDEAKNDTICRRTRQGFIPVGTFDECLLDPVRRVRRRRERIMSNMWYPSLKKVSENE
Ga0208151_11692623300027937Hot SpringVEKFPTEVIKMSEEQICKRKHHRWLAKRLAYIGMGNYKEVSFTVWTHTTNFDEVQNDTICRRTRQGFVPVGTFDECMLDPIRRVRKRRERIMSDIWYPSLKKVSENE
Ga0208151_11692823300027937Hot SpringVEKFPTEVIKMSEEQICKRKHHRWLAKRLAYLGLGNYKEVSFEVWTHSTSREEAKNDTICRRTRQGFIPVGTFDECLLDPIRRIRRRRERIMSDIWYPSLKKVSENE
Ga0311297_131383123300029625Hot SpringMSEEQICHRKHHLWLAKRLAYVGMGNYKEVSFKVWTHSTNQDDVQNDTICRRTRQGFIPVGSFDECLLDPIRMVRRR


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