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 Family F101505

Metagenome Family F101505

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F101505
Family Type Metagenome
Number of Sequences 102
Average Sequence Length 118 residues
Representative Sequence MMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKRWQE
Number of Associated Samples 29
Number of Associated Scaffolds 102

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 82.35 %
% of genes near scaffold ends (potentially truncated) 28.43 %
% of genes from short scaffolds (< 2000 bps) 79.41 %
Associated GOLD sequencing projects 17
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (84.314 % 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
(84.314 % of family members)
Environment Ontology (ENVO) Unclassified
(99.020 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Surface (non-saline)
(84.314 % of family members)



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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Transmembrane (alpha-helical) Signal Peptide: No Secondary Structure distribution: α-helix: 54.10%    β-sheet: 12.30%    Coil/Unstructured: 33.61%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 102 Family Scaffolds
PF00004AAA 14.71
PF00096zf-C2H2 0.98
PF07362CcdA 0.98
PF00589Phage_integrase 0.98

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 102 Family Scaffolds
COG5302Post-segregation antitoxin (ccd killing mechanism protein) encoded by the F plasmidMobilome: prophages, transposons [X] 0.98


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A84.31 %
All OrganismsrootAll Organisms15.69 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000340|EchG_transB_7880CDRAFT_1004872Not Available2164Open in IMG/M
3300005859|Ga0080003_1000320All Organisms → cellular organisms → Archaea33086Open in IMG/M
3300005859|Ga0080003_1008680All Organisms → cellular organisms → Bacteria2686Open in IMG/M
3300005861|Ga0080006_1110761Not Available937Open in IMG/M
3300005861|Ga0080006_1120297All Organisms → cellular organisms → Archaea2049Open in IMG/M
3300005861|Ga0080006_1128160Not Available1332Open in IMG/M
3300005861|Ga0080006_1135570All Organisms → cellular organisms → Archaea5120Open in IMG/M
3300005861|Ga0080006_1186917All Organisms → cellular organisms → Archaea8197Open in IMG/M
3300006179|Ga0079043_1011266Not Available849Open in IMG/M
3300006179|Ga0079043_1014097Not Available722Open in IMG/M
3300006179|Ga0079043_1015032Not Available689Open in IMG/M
3300006179|Ga0079043_1018367Not Available593Open in IMG/M
3300006180|Ga0079045_1003208All Organisms → cellular organisms → Bacteria1586Open in IMG/M
3300006180|Ga0079045_1004368Not Available1294Open in IMG/M
3300006180|Ga0079045_1004641Not Available1240Open in IMG/M
3300006180|Ga0079045_1006343Not Available1013Open in IMG/M
3300006180|Ga0079045_1006611Not Available988Open in IMG/M
3300006180|Ga0079045_1007287Not Available930Open in IMG/M
3300006180|Ga0079045_1009974Not Available761Open in IMG/M
3300006180|Ga0079045_1017366Not Available549Open in IMG/M
3300006180|Ga0079045_1019142Not Available520Open in IMG/M
3300006180|Ga0079045_1019473Not Available515Open in IMG/M
3300006855|Ga0079044_1016085Not Available855Open in IMG/M
3300006855|Ga0079044_1024165Not Available645Open in IMG/M
3300006857|Ga0079041_1030133Not Available627Open in IMG/M
3300006857|Ga0079041_1030134Not Available627Open in IMG/M
3300006859|Ga0079046_1016200Not Available1175Open in IMG/M
3300007811|Ga0105111_1005146Not Available1215Open in IMG/M
3300007812|Ga0105109_1006639Not Available1073Open in IMG/M
3300007812|Ga0105109_1007900Not Available944Open in IMG/M
3300007815|Ga0105118_1000432All Organisms → cellular organisms → Archaea2169Open in IMG/M
3300007816|Ga0105112_1001184Not Available1758Open in IMG/M
3300007816|Ga0105112_1006714Not Available794Open in IMG/M
3300007816|Ga0105112_1006817Not Available788Open in IMG/M
3300007816|Ga0105112_1007907Not Available729Open in IMG/M
3300007816|Ga0105112_1010884Not Available619Open in IMG/M
3300007816|Ga0105112_1015375Not Available519Open in IMG/M
3300007816|Ga0105112_1016232Not Available504Open in IMG/M
3300013008|Ga0167616_1019253Not Available1056Open in IMG/M
3300013008|Ga0167616_1021433Not Available977Open in IMG/M
3300013008|Ga0167616_1024381Not Available892Open in IMG/M
3300013008|Ga0167616_1035765Not Available682Open in IMG/M
3300013008|Ga0167616_1044594Not Available586Open in IMG/M
3300013009|Ga0167615_1025453Not Available982Open in IMG/M
3300013009|Ga0167615_1031598Not Available863Open in IMG/M
3300013009|Ga0167615_1036553Not Available790Open in IMG/M
3300013009|Ga0167615_1037887Not Available773Open in IMG/M
3300013009|Ga0167615_1038831Not Available762Open in IMG/M
3300013009|Ga0167615_1060799Not Available582Open in IMG/M
3300013010|Ga0129327_10353631Not Available770Open in IMG/M
3300025462|Ga0209120_1001690All Organisms → cellular organisms → Archaea8208Open in IMG/M
3300025462|Ga0209120_1018106Not Available1400Open in IMG/M
3300025462|Ga0209120_1060471Not Available591Open in IMG/M
3300025503|Ga0209012_1043146Not Available1220Open in IMG/M
3300025503|Ga0209012_1045047Not Available1175Open in IMG/M
3300025503|Ga0209012_1056611Not Available956Open in IMG/M
3300025503|Ga0209012_1093244Not Available605Open in IMG/M
3300026623|Ga0208661_111781Not Available687Open in IMG/M
3300026625|Ga0208028_100338Not Available2914Open in IMG/M
3300026625|Ga0208028_104121Not Available590Open in IMG/M
3300026627|Ga0208548_112560Not Available908Open in IMG/M
3300026627|Ga0208548_121366Not Available534Open in IMG/M
3300026768|Ga0208447_112150Not Available619Open in IMG/M
3300026768|Ga0208447_115666Not Available507Open in IMG/M
3300026813|Ga0208448_100719All Organisms → cellular organisms → Archaea2368Open in IMG/M
3300026813|Ga0208448_105091Not Available860Open in IMG/M
3300026813|Ga0208448_112306Not Available510Open in IMG/M
3300026821|Ga0208006_122685Not Available508Open in IMG/M
3300026877|Ga0208314_110808Not Available1414Open in IMG/M
3300026877|Ga0208314_113763Not Available1156Open in IMG/M
3300026877|Ga0208314_122324Not Available765Open in IMG/M
3300026877|Ga0208314_124261Not Available711Open in IMG/M
3300026877|Ga0208314_132746Not Available538Open in IMG/M
3300026906|Ga0208683_111950Not Available1391Open in IMG/M
3300026906|Ga0208683_112923Not Available1284Open in IMG/M
3300026906|Ga0208683_120717Not Available843Open in IMG/M
3300026906|Ga0208683_132316Not Available555Open in IMG/M
3300027931|Ga0208312_100020All Organisms → cellular organisms → Archaea14211Open in IMG/M
3300027931|Ga0208312_100405Not Available4239Open in IMG/M
3300027931|Ga0208312_100739All Organisms → cellular organisms → Archaea3181Open in IMG/M
3300027931|Ga0208312_100826Not Available3005Open in IMG/M
3300027931|Ga0208312_101368Not Available2314Open in IMG/M
3300027931|Ga0208312_101465All Organisms → cellular organisms → Archaea2223Open in IMG/M
3300027931|Ga0208312_101756Not Available2016Open in IMG/M
3300027931|Ga0208312_102048All Organisms → cellular organisms → Archaea1831Open in IMG/M
3300027931|Ga0208312_102159Not Available1778Open in IMG/M
3300027931|Ga0208312_102581Not Available1596Open in IMG/M
3300027931|Ga0208312_102596Not Available1590Open in IMG/M
3300027931|Ga0208312_105906Not Available916Open in IMG/M
3300027931|Ga0208312_106079Not Available896Open in IMG/M
3300027931|Ga0208312_107660Not Available746Open in IMG/M
3300027931|Ga0208312_107667Not Available746Open in IMG/M
3300027931|Ga0208312_111638Not Available534Open in IMG/M
3300027931|Ga0208312_111852Not Available526Open in IMG/M
3300027931|Ga0208312_112271Not Available512Open in IMG/M
3300027932|Ga0208429_100129All Organisms → cellular organisms → Archaea11074Open in IMG/M
3300027932|Ga0208429_102391Not Available2229Open in IMG/M
3300027932|Ga0208429_102397All Organisms → cellular organisms → Archaea2227Open in IMG/M
3300027932|Ga0208429_103836All Organisms → cellular organisms → Archaea1606Open in IMG/M
3300027932|Ga0208429_104887Not Available1352Open in IMG/M
3300027933|Ga0208549_129183Not Available639Open in IMG/M
3300027937|Ga0208151_100665Not Available13034Open 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 Spring84.31%
Hypersaline MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hypersaline Mat8.82%
Hot SpringEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Microbial Mats → Hot Spring4.90%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient0.98%
Ferrous Microbial Mat And AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat And Aquatic0.98%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000340Ferrous microbial mat and aquatic microbial communities from Echinus Geyser, Yellowstone National Park, USA - transect B T=78-80 CEnvironmentalOpen in IMG/M
3300005859Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_E (SPADES assembly)EnvironmentalOpen 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
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
3300007811Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Slide_host_7_15EnvironmentalOpen in IMG/M
3300007812Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_6_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
3300025462Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_E (SPAdes)EnvironmentalOpen 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
3300026768Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Slide_host_7_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
3300026821Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B nyco_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300026877Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_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

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
EchG_transB_7880CDRAFT_100487233300000340Ferrous Microbial Mat And AquaticMMAIYLLFPAIVVVLDYLLWQKHKHQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQFAFTLYIFVFVVIDARRKRWSE*
Ga0080003_100032083300005859Hot SpringMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQRNAIMIANQIIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYMLVLVAVDASRKRWQE*
Ga0080003_100868053300005859Hot SpringMMAIYLLFPFIVLVLDYLIWQKAKLDGIGLIHTALALTGVGILILGLPFILQTNAVMVANQTIQTSTGNILIPQYNITIQTSNTTTSFGFTLAELLVFIQLAFALYTFLLAAIGARKKRWQE*
Ga0080006_111076133300005861Hypersaline MatFLFPAIVVVLDYLLWRIHKQRGLGLVHVAFAAAGVGILILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPNNTTVSFGFTLAELLVFIQLAFALYTLLLVVIDARKKRWQQ*
Ga0080006_112029723300005861Hypersaline MatMMAIYLLFPFIVLVLDYLLWLEHKEHGQGLIDVALAFAGVGLLVVGLPFLLQNNVIMIANQTIQTSSGNISIPQYNITTQPSSATVSFGFTLAELLVFVQFAFALYTLLLAIIDVRKKRWQD*
Ga0080006_112816033300005861Hypersaline MatMAIYLLFPAIVVVLDYLIWQLYKQQGVVGLIHVALAFGGAGILVLGLPFLLQNNVIMIANQTIQTSSGNILIPQYNVTIQPNNTITSFGFTLGGLLIFIQLGFALYTFLLAVISVRRKRWQE*
Ga0080006_113557023300005861Hypersaline MatMMAIYLLFPAIVVVLDYLIWQLYKQQGVVGLIHVALASAGVGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPNNTTTSFGFTLAELLVFIQLGFAFYTFLLVAIGARKKRWQE*
Ga0080006_1186917153300005861Hypersaline MatMMAIYLLFPAIVVVLDYLLWQLHEQGRLGLVHVALAAAGVGILILGLPFLLQSNAVMVANQTIQTSTGNILIPQYNVTIQPSNTTTSFGFTLAELLVFIQLAFTLYTLLLVVVDARKKRWENE*
Ga0079043_101126623300006179Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNVLIPQYNVTIQPSNTTLSFGFTLAELFVFIQLAFTLYIFVFVVIDARRKRWQE*
Ga0079043_101409733300006179Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKHQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQFAFTLYIFVFVVIDARRKRWSE*
Ga0079043_101503223300006179Hot SpringMAIYLLFPAIVVVLDYLLWQKHKHQGAGLIDVALAAVGIGLLILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTTSFGFTLAELLVFIQLAFALYIFVFVVIDARKKRWQE*
Ga0079043_101836723300006179Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLIFIQLAFTLYIFIFVVIDARRKRWSE*
Ga0079045_100320833300006180Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKRQGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQIIQTSSGNILIPQYNMTIQPNNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARR
Ga0079045_100436833300006180Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLIFIQLAFTLYIFVFVFIDARRKRWQE*
Ga0079045_100464123300006180Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAAAGIGVLVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLIFIQLAFTLYIFVFVVIDARRKRWQE*
Ga0079045_100634323300006180Hot SpringMMAIYLLFPFIVLVLDYLLWQKHKQRGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSTGNILIQQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKRWQE*
Ga0079045_100661133300006180Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLIFIQLAFTLYIFVFVVIDARKKRWQNE*
Ga0079045_100728733300006180Hot SpringMMAIYLLFPAIVVVLDYLLWQLYKQGRLGLVHVAFAAAGVGILILGLPFLLQNNAIMIANQTIQTSTGNILIPQYNVTIQTSNTTTSFGFTLAELLVFIQLAFALYTLLLVAVEARRKRWQE*
Ga0079045_100997433300006180Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKRQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNVLIPQYNVTIQPSNTTISFGFTLAELLVFIQFAFTLYIFVFVVIDARKKRWSE*
Ga0079045_101736623300006180Hot SpringMMAIYLLFPTIVVVLDYLLWQKHKQQGAWLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE*
Ga0079045_101914223300006180Hot SpringMMAIYLLFPAIVVVLDYLLWWKHKQQGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNITISFGFTLAELLVFIQLAFTLYIFIFVVIDARRKRWQE*
Ga0079045_101947313300006180Hot SpringMMAIYLLFPFIVLVLDYLLWQLYKHGRLGLVHVAFAAAGVGILILGLPFLLQNNAIMVANQTIQTSTGNILIPQYNVTIQTSNTTTSFGFTLAELLVFIQLAFALYTLLLVAVEARRKRWQE*
Ga0079044_101608513300006855Hot SpringMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNVLIPQYNVTIQPSNTTLSFGFTLAELFVFIQLAFTLYIFVFVVIDARRKRWQE*
Ga0079044_102416523300006855Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKHQGAGLIDVALAAVGIGLLILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTTSFGFTLAELLVFIQLAFALYIFVFVVIDARKKRWQE*
Ga0079041_103013323300006857Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKHQGAGLMDVAKAAVGIGLLILGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARKKRWQE*
Ga0079041_103013423300006857Hot SpringMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARKKRWQE*
Ga0079046_101620013300006859Hot SpringMAIYLLFPAIVVVLDYLLWQKHKRQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNVLIPQYNVTIQPSNTTISFGFTLAELLVFIQFAFTLYIFVFVVIDARKKRWSE*
Ga0105111_100514633300007811Hot SpringMMAIYLLFPAIVVVLDYLLWWKHKQQGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE*
Ga0105109_100663923300007812Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNTIMIANQTIQTSSGNILIPQYNVTIQPSNTAISFGFTLAELLIFIQLAFTLYIFVFVVIDARRKKWSE*
Ga0105109_100790033300007812Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE*
Ga0105118_100043243300007815Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARKKR
Ga0105112_100118413300007816Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKRQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE*
Ga0105112_100671413300007816Hot SpringIYLLFPAIVVVLDYLLWQKHKRQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNVLIPQYNVTIQPSNTTISFGFTLAELLVFIQFAFTLYIFVFVVIDARKKRWSE*
Ga0105112_100681733300007816Hot SpringLWQLYKQGRLGLVHVAFAAAGVGILILGLPFLLQNNAIMIANQTIQTSTGNILIPQYNVTIQTSNTTTSFGFTLAELLVFIQLAFALYTLLLVAVEARRKRWQE*
Ga0105112_100790713300007816Hot SpringQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLIFIQLAFTLYIFVFVVIDARKKRWQNE*
Ga0105112_101088423300007816Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAAAGIGVLVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLIFIQLAFTLYIFV
Ga0105112_101537513300007816Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQAIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLAFIQLAFTLYIFVFVVIDARRKRWQE*
Ga0105112_101623213300007816Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQIIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFALYIFVFVVIDARRKKWSE*
Ga0167616_101925313300013008Hot SpringMMVIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTL
Ga0167616_102143333300013008Hot SpringMMVIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIKPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVI
Ga0167616_102438123300013008Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIRPSNTTISFGFTLAELLIFIQLAFTLYIFVFVVIDARKKRWQNE*
Ga0167616_103576513300013008Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDA
Ga0167616_104459423300013008Hot SpringMMAIYLLFPAIVVLLDYLLWQKHKQRGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKRWQE*
Ga0167615_102545313300013009Hot SpringVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPNNTTISFGFTLAELLIFIQLAFTLYIFVFVVIDARRKKWSE*
Ga0167615_103159833300013009Hot SpringMMVIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAATGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFMLYIFVFVVIDARRKRWSE*
Ga0167615_103655333300013009Hot SpringMMVIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIKPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKW
Ga0167615_103788713300013009Hot SpringAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIRPSNTTISFGFTLAELLIFIQLAFTLYIFVFVVIDARKKRWQNE*
Ga0167615_103883133300013009Hot SpringMMTIYLLFPAIVVVLDYLLWQKHKHQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFI
Ga0167615_106079913300013009Hot SpringKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPNNTTISFGFTLAELLVFIQLAFTLYTLLLVVVDARRKRWQE*
Ga0129327_1035363123300013010Freshwater To Marine Saline GradientMMAIYLLFPTIVVVLDYLLWQKHKQQGAWLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDA
Ga0209120_100169083300025462Hot SpringMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQRNAIMIANQIIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYMLVLVAVDASRKRWQ
Ga0209120_101810613300025462Hot SpringMMAIYLLFPFIVLVLDYLIWQKAKLDGIGLIHTALALTGVGILILGLPFILQTNAVMVANQTIQTSTGNILIPQYNITIQTSNTTTSFGFTLAELLVFIQLAFALYTFLLAAIGARKKRWQE
Ga0209120_106047113300025462Hot SpringKYKQQGAGLTDVAKAAAGIGLLILGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTVSFGFTLAELLVFIQLAFTLYVLVLVAVDARRKRWQE
Ga0209012_104314633300025503Hypersaline MatMAIYLLFPAIVVVLDYLLWQLHKQGRLGLVHVALAAAGVGILILGLPFLLQSNAVMVANQTIQTSTGNILIPQYNVTIQPNNTTTSFGFTLAELLVFIQLAFTLYTLLLVVIDARKKRWQ
Ga0209012_104504723300025503Hypersaline MatMMVIYLLFPAIVVVLDYLIWQLYKQQGVVGLIHVALASAGVGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPNNTTTSFGFTLAELLVFIQLGFAFYTFLLVAIGARKKRWQE
Ga0209012_105661133300025503Hypersaline MatMAIYLLFPAIVVVLDYLIWQLYKQQGVVELIHVALAFGGAGILVLGLPFLLQNNVIMIANQTIQTSSGNILIPQYNITIQPNNATTSFGFTLGELPIFIQLGFVLYTFLLAVISVRRKRWGE
Ga0209012_109324423300025503Hypersaline MatMMVIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGLLILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTVSFGFTLAELLVFIQFAFTLYIFVFVVIDARKKRWSE
Ga0208661_11178133300026623Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKHQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQFAFTLYIFVFVVIDARRKRWSE
Ga0208028_10033823300026625Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNTIMIANQTIQTSSGNILIPQYNVTIQPSNTAISFGFTLAELLIFIQLAFTLYIFVFVVIDARRKKWSE
Ga0208028_10412113300026625Hot SpringMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWS
Ga0208548_11256013300026627Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGLLILGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLA
Ga0208548_12136623300026627Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLA
Ga0208447_11215023300026768Hot SpringDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIQQYNVTIQPSNTTISFGFTLAELLAFIQLAFTLYIFVFVVIDARRKRWQE
Ga0208447_11566613300026768Hot SpringLLFPVIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE
Ga0208448_10071953300026813Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARKKRW
Ga0208448_10509123300026813Hot SpringMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARKKRWQ
Ga0208448_11230623300026813Hot SpringMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARKKRWS
Ga0208006_12268523300026821Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKHQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQFAFTLYIFVFVVIDARRKRWSE
Ga0208314_11080823300026877Hot SpringMMVIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAATGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFMLYIFVFVVIDARRKRWSE
Ga0208314_11376333300026877Hot SpringMMAIYLLFPAIVVVLDYLLWQLYKQGRLGLVHVAFAAAGVGILILGLPFLLQNNAIMIANQTIQTSTGNILIPQYNVTIQTSNTTTSFGFTLAELLVFIQLAFALYTLLLVAVEARRKRWQE
Ga0208314_12232413300026877Hot SpringQKHKQRGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARKKRWSE
Ga0208314_12426113300026877Hot SpringIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPNNTTISFGFTLAELLVFIQLAFTLYTLLLVVVDARRKRWQE
Ga0208314_13274613300026877Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE
Ga0208683_11195023300026906Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPNNTTISFGFTLAELLVFIQLAFTLYTLLLVVVDARRKRWQE
Ga0208683_11292343300026906Hot SpringMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFMLYIFVFVVIDARRKRWS
Ga0208683_12071723300026906Hot SpringMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNTIMIANQTIQTSSGNILIPQYNVTIQPSNTAISFGFTLAELLIFIQLAFTLYIFVFVVIDARRKKWS
Ga0208683_13231623300026906Hot SpringMAIYLLFPAIVVVLDYLLWQKHKRQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNVLIPQYNVTIQPSNTTISFGFTLAELLVFIQFAFTLYIFVFVVIDARKKRWS
Ga0208312_10002083300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTTSFGFTLAELLVFIQLAFTLYIFVFVVIDARRKRWQE
Ga0208312_10040523300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKRQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSSGNVLIPQYNVTIQPSNTTISFGFTLAELLVFIQFAFTLYIFVFVVIDARKKRWSE
Ga0208312_10073953300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE
Ga0208312_10082683300027931Hot SpringMMVIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIKPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE
Ga0208312_10136833300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPNNTTISFGFTLAELLVFIQLAFTLYTLLLVVVDARRKRWQE
Ga0208312_10146533300027931Hot SpringMMAIYLLFPVIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE
Ga0208312_10175633300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPNNTTISFGFTLAELLIFIQLAFTLYIFVFVVIDARRKKWSE
Ga0208312_10204833300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLAFIQLAFTLYIFVFVVIDARRKRWQE
Ga0208312_10215913300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKRQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE
Ga0208312_10258133300027931Hot SpringMMAIYLLFPAIVVVLDYLLWWKHKQQGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNITISFGFTLAELLVFIQLAFTLYIFIFVVIDARRKRWQE
Ga0208312_10259633300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKRQGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKRWQE
Ga0208312_10590623300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAVGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLIFIQLAFTLYIFVFVVIDARKKRWQNE
Ga0208312_10607923300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAAAGIGVLVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLIFIQLAFTLYIFVFVVIDARRKRWQE
Ga0208312_10766023300027931Hot SpringHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKRWQE
Ga0208312_10766723300027931Hot SpringHKQQGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPNNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKRWQE
Ga0208312_11163823300027931Hot SpringVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPNNTTISFGFTLAELLVFVQLAFTLYIFVFVVIDARKKKWSE
Ga0208312_11185213300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAAAGIGILVLGLPFLLQSNAIMIANQAIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLAFIQLAFTLYIFVFVVIDARRKRWQE
Ga0208312_11227123300027931Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQIIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFALYIFVFVVIDARRKKWSE
Ga0208429_100129133300027932Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKRWQE
Ga0208429_10239133300027932Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE
Ga0208429_10239743300027932Hot SpringMMAIYLLFPTIVVVLDYLLWQKHKQQGAWLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKKWSE
Ga0208429_10383613300027932Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKRQGAGLIDVALAAAGIGILVLGLPFLLQNNAIMIANQIIQTSSGNILIPQYNMTIQPNNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARRKR
Ga0208429_10488733300027932Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQRGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLIFIQLAFTLYIFVFVFIDARRKRWQE
Ga0208549_12918323300027933Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKQQGAGLIDVALAAAGIGILILGLPFLLQSNAIMIANQIIQTSTGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVIIDARKKKWSE
Ga0208151_100665113300027937Hot SpringMMAIYLLFPAIVVVLDYLLWQKHKHQGAGLMDVAKAAVGIGLLILGLPFLLQSNAIMIANQTIQTSSGNILIPQYNVTIQPSNTTISFGFTLAELLVFIQLAFTLYIFVFVVIDARKKRWQE


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