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 F067921

Metagenome / Metatranscriptome Family F067921

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F067921
Family Type Metagenome / Metatranscriptome
Number of Sequences 125
Average Sequence Length 235 residues
Representative Sequence MESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMTLEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Number of Associated Samples 42
Number of Associated Scaffolds 125

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 67.20 %
% of genes near scaffold ends (potentially truncated) 33.60 %
% of genes from short scaffolds (< 2000 bps) 57.60 %
Associated GOLD sequencing projects 28
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 (55.200 % 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
(68.800 % of family members)
Environment Ontology (ENVO) Unclassified
(85.600 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Surface (non-saline)
(60.800 % 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: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 16.67%    β-sheet: 32.50%    Coil/Unstructured: 50.83%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 125 Family Scaffolds
PF13450NAD_binding_8 2.40
PF13519VWA_2 0.80
PF04104DNA_primase_lrg 0.80
PF05869Dam 0.80

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 125 Family Scaffolds
COG2219Eukaryotic-type DNA primase, large subunitReplication, recombination and repair [L] 0.80


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A55.20 %
All OrganismsrootAll Organisms44.80 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2100351008|BSEYNP_contig04399__length_1486___numreads_49Not Available1486Open in IMG/M
2100351008|BSEYNP_contig06978__length_988___numreads_6Not Available988Open in IMG/M
2119805007|BSDYNP_contig01973__length_2891___numreads_81All Organisms → Viruses → Predicted Viral2891Open in IMG/M
2119805007|BSDYNP_contig03233__length_1981___numreads_24All Organisms → Viruses → Predicted Viral1981Open in IMG/M
2119805007|BSDYNP_contig04084__length_1667___numreads_74Not Available1667Open in IMG/M
3300000340|EchG_transB_7880CDRAFT_1004153Not Available2467Open in IMG/M
3300000340|EchG_transB_7880CDRAFT_1004707All Organisms → Viruses → Predicted Viral2227Open in IMG/M
3300000341|OneHSP_6670CDRAFT_1002438Not Available3375Open in IMG/M
3300000342|OneHSP_7476CDRAFT_1010868Not Available873Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1004035All Organisms → Viruses → Predicted Viral2318Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1004310All Organisms → Viruses → Predicted Viral2187Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1008094Not Available1134Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1008192All Organisms → Viruses → Predicted Viral1119Open in IMG/M
3300001340|JGI20133J14441_1027133All Organisms → Viruses → Predicted Viral1482Open in IMG/M
3300001340|JGI20133J14441_1037838Not Available1127Open in IMG/M
3300001340|JGI20133J14441_1083157Not Available576Open in IMG/M
3300003730|Ga0040879_100218Not Available2277Open in IMG/M
3300003730|Ga0040879_103753All Organisms → Viruses → Predicted Viral2057Open in IMG/M
3300003730|Ga0040879_103754All Organisms → Viruses → Predicted Viral1293Open in IMG/M
3300003730|Ga0040879_107561Not Available1298Open in IMG/M
3300005256|Ga0074075_13608All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D11001Open in IMG/M
3300005256|Ga0074075_15373All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_C8564Open in IMG/M
3300005257|Ga0074076_100116All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D14809Open in IMG/M
3300005257|Ga0074076_101400All Organisms → Viruses → Predicted Viral2867Open in IMG/M
3300005257|Ga0074076_102421All Organisms → Viruses → Predicted Viral1944Open in IMG/M
3300005861|Ga0080006_1125172Not Available3802Open in IMG/M
3300005861|Ga0080006_1133605All Organisms → cellular organisms → Archaea → Euryarchaeota → Archaeoglobi → Archaeoglobales → unclassified Archaeoglobales → Archaeoglobales archaeon14070Open in IMG/M
3300005861|Ga0080006_1155682All Organisms → Viruses → Predicted Viral2873Open in IMG/M
3300005861|Ga0080006_1184778Not Available7315Open in IMG/M
3300005861|Ga0080006_1192632Not Available1406Open in IMG/M
3300005964|Ga0081529_122713All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon BE_D8699Open in IMG/M
3300005964|Ga0081529_126380All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_C6315Open in IMG/M
3300005977|Ga0081474_115562Not Available939Open in IMG/M
3300005977|Ga0081474_124473All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_C8057Open in IMG/M
3300006179|Ga0079043_1003228All Organisms → Viruses → Predicted Viral2280Open in IMG/M
3300006181|Ga0079042_1012094Not Available1097Open in IMG/M
3300006855|Ga0079044_1003138All Organisms → Viruses → Predicted Viral2762Open in IMG/M
3300006855|Ga0079044_1004922Not Available2013Open in IMG/M
3300006855|Ga0079044_1006877All Organisms → Viruses → Predicted Viral1572Open in IMG/M
3300006855|Ga0079044_1024050Not Available647Open in IMG/M
3300006859|Ga0079046_1006067All Organisms → Viruses → Predicted Viral2285Open in IMG/M
3300006859|Ga0079046_1006138All Organisms → Viruses → Predicted Viral2265Open in IMG/M
3300006859|Ga0079046_1030583Not Available753Open in IMG/M
3300007156|Ga0099837_103950Not Available1509Open in IMG/M
3300007161|Ga0099839_112229All Organisms → Viruses → Predicted Viral1050Open in IMG/M
3300007166|Ga0099835_126153All Organisms → Viruses → Predicted Viral1062Open in IMG/M
3300007168|Ga0099838_127099Not Available779Open in IMG/M
3300007811|Ga0105111_1004504Not Available1317Open in IMG/M
3300007811|Ga0105111_1008449Not Available886Open in IMG/M
3300007812|Ga0105109_1006851All Organisms → Viruses → Predicted Viral1049Open in IMG/M
3300007812|Ga0105109_1012269Not Available697Open in IMG/M
3300007813|Ga0105108_101608All Organisms → Viruses → Predicted Viral1025Open in IMG/M
3300007813|Ga0105108_105063Not Available582Open in IMG/M
3300007816|Ga0105112_1004564Not Available962Open in IMG/M
3300007816|Ga0105112_1006113Not Available832Open in IMG/M
3300007816|Ga0105112_1009845Not Available654Open in IMG/M
3300013008|Ga0167616_1019500All Organisms → Viruses → Predicted Viral1046Open in IMG/M
3300013010|Ga0129327_10174073All Organisms → Viruses → Predicted Viral1079Open in IMG/M
3300013010|Ga0129327_10369803Not Available755Open in IMG/M
3300017469|Ga0187308_14764All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota17693Open in IMG/M
3300017469|Ga0187308_14803Not Available7875Open in IMG/M
3300025503|Ga0209012_1007215All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D6174Open in IMG/M
3300025503|Ga0209012_1012480Not Available3690Open in IMG/M
3300025503|Ga0209012_1014689Not Available3190Open in IMG/M
3300025503|Ga0209012_1031235All Organisms → Viruses → Predicted Viral1625Open in IMG/M
3300025503|Ga0209012_1040192Not Available1299Open in IMG/M
3300025503|Ga0209012_1043370Not Available1214Open in IMG/M
3300025503|Ga0209012_1055646Not Available970Open in IMG/M
3300026623|Ga0208661_100389All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon BE_D8476Open in IMG/M
3300026623|Ga0208661_101912All Organisms → Viruses → Predicted Viral2946Open in IMG/M
3300026623|Ga0208661_104055Not Available1712Open in IMG/M
3300026623|Ga0208661_108432Not Available912Open in IMG/M
3300026625|Ga0208028_100060All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D7302Open in IMG/M
3300026625|Ga0208028_100259Not Available3442Open in IMG/M
3300026625|Ga0208028_101002All Organisms → Viruses → Predicted Viral1535Open in IMG/M
3300026625|Ga0208028_104120Not Available590Open in IMG/M
3300026627|Ga0208548_107305Not Available1555Open in IMG/M
3300026762|Ga0208559_100351All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D11844Open in IMG/M
3300026762|Ga0208559_100538All Organisms → cellular organisms → Archaea → TACK group8031Open in IMG/M
3300026762|Ga0208559_100720All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D6228Open in IMG/M
3300026762|Ga0208559_100745Not Available6079Open in IMG/M
3300026762|Ga0208559_102685Not Available2047Open in IMG/M
3300026762|Ga0208559_105039Not Available1211Open in IMG/M
3300026762|Ga0208559_106830Not Available945Open in IMG/M
3300026762|Ga0208559_109424Not Available731Open in IMG/M
3300026762|Ga0208559_112152Not Available593Open in IMG/M
3300026768|Ga0208447_104184All Organisms → Viruses → Predicted Viral1347Open in IMG/M
3300026813|Ga0208448_100654Not Available2488Open in IMG/M
3300026813|Ga0208448_102902Not Available1180Open in IMG/M
3300026813|Ga0208448_104060Not Available973Open in IMG/M
3300026877|Ga0208314_102190Not Available5181Open in IMG/M
3300026877|Ga0208314_105119Not Available2615Open in IMG/M
3300026877|Ga0208314_106102All Organisms → Viruses → Predicted Viral2266Open in IMG/M
3300026877|Ga0208314_107280Not Available1951Open in IMG/M
3300026877|Ga0208314_107997Not Available1813Open in IMG/M
3300026877|Ga0208314_113625All Organisms → Viruses → Predicted Viral1166Open in IMG/M
3300026877|Ga0208314_116578Not Available992Open in IMG/M
3300026877|Ga0208314_116867Not Available977Open in IMG/M
3300026877|Ga0208314_119280Not Available873Open in IMG/M
3300026885|Ga0208662_102425All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_C4376Open in IMG/M
3300026906|Ga0208683_101571All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D7374Open in IMG/M
3300026906|Ga0208683_101616All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon OSP_D7245Open in IMG/M
3300026906|Ga0208683_107425Not Available2115Open in IMG/M
3300026906|Ga0208683_109896Not Available1644Open in IMG/M
3300026906|Ga0208683_110146All Organisms → Viruses → Predicted Viral1608Open in IMG/M
3300026906|Ga0208683_112568All Organisms → Viruses → Predicted Viral1322Open in IMG/M
3300026906|Ga0208683_123983Not Available739Open in IMG/M
3300027931|Ga0208312_100456All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_C3998Open in IMG/M
3300027931|Ga0208312_103634Not Available1280Open in IMG/M
3300027931|Ga0208312_103654All Organisms → Viruses → Predicted Viral1275Open in IMG/M
3300027931|Ga0208312_104177Not Available1172Open in IMG/M
3300027931|Ga0208312_105967Not Available909Open in IMG/M
3300027931|Ga0208312_107737Not Available741Open in IMG/M
3300027932|Ga0208429_100877All Organisms → cellular organisms → Archaea → TACK group4159Open in IMG/M
3300027932|Ga0208429_111644Not Available714Open in IMG/M
3300027933|Ga0208549_100750All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D12903Open in IMG/M
3300027933|Ga0208549_100904All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota11286Open in IMG/M
3300027933|Ga0208549_101509All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 1 → Candidatus Marsarchaeota G1 archaeon OSP_C7753Open in IMG/M
3300027933|Ga0208549_103028All Organisms → cellular organisms → Archaea → TACK group → Candidatus Marsarchaeota → Candidatus Marsarchaeota group 2 → Candidatus Marsarchaeota G2 archaeon BE_D4378Open in IMG/M
3300027933|Ga0208549_108367Not Available1878Open in IMG/M
3300027933|Ga0208549_111263Not Available1467Open in IMG/M
3300027933|Ga0208549_117978Not Available979Open in IMG/M
3300027937|Ga0208151_103754Not Available3174Open in IMG/M
3300027937|Ga0208151_110401All Organisms → Viruses → Predicted Viral1267Open in IMG/M
3300027937|Ga0208151_110439Not Available1263Open 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 Spring68.80%
Hypersaline MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hypersaline Mat12.00%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater9.60%
Ferrous Microbial Mat And AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat And Aquatic3.20%
Ferrous Microbial MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat2.40%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient1.60%
Hotspring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hotspring Sediment1.60%
Ferrous MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Mat0.80%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2100351008Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_EEnvironmentalOpen in IMG/M
2119805007Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_DEnvironmentalOpen in IMG/M
3300000340Ferrous microbial mat and aquatic microbial communities from Echinus Geyser, Yellowstone National Park, USA - transect B T=78-80 CEnvironmentalOpen in IMG/M
3300000341Ferrous microbial mat communities from One Hundred Spring Plain, Yellowstone National Park, USAEnvironmentalOpen in IMG/M
3300000342Ferrous microbial mat communities from One Hundred Spring Plain, Yellowstone National Park, USA - T=74-76EnvironmentalOpen 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
3300003730Thermal spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - Beowulf (BE_D) (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005256Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_EEnvironmentalOpen in IMG/M
3300005257Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_DEnvironmentalOpen 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
3300005964Ferrous microbial mat and aquatic microbial communities from Echinus Geyser, Yellowstone National Park, USA - transect B T=78-80 CEnvironmentalOpen 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
3300006181Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B nyco_MetaGEnvironmentalOpen in IMG/M
3300006855Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C host_MetaGEnvironmentalOpen in IMG/M
3300006859Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaGEnvironmentalOpen in IMG/M
3300007156Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_top_diel_T=5 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300007161Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_top_diel_T=8 metaT (Metagenome Metatranscriptome)EnvironmentalOpen 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
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
3300007813Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_6_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
3300013010Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.8_DNAEnvironmentalOpen in IMG/M
3300017469Hotspring sediment microbial communities from Obsidian Pool, Yellowstone National Park, Wyoming, USA ? Obsidian 4. Combined Assembly of Gp0212719, Gp0212720EnvironmentalOpen 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
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
3300026877Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026885Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - OSPB_host_MetaG (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
BSEYNP_004970702100351008Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDQEELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG
BSEYNP_013757502100351008Hot SpringQGTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
BSDYNP_012517102119805007Hot SpringLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLAQNVTDMFDLSKNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIVPAFNFVINRMTLEPLSKQDIRKAILAGFPIRTLGAVDSSISISREKYLGLQTVTYKEVYGGGM
BSDYNP_002084502119805007Hot SpringVLALQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
BSDYNP_010594302119805007Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG
EchG_transB_7880CDRAFT_100415353300000340Ferrous Microbial Mat And AquaticMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFP
EchG_transB_7880CDRAFT_100470743300000340Ferrous Microbial Mat And AquaticLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFNFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIVPAFNFVINRMTLEPLSKQEIRKAILAGFPIRTLGAVDSSIPISRENYPGLQTVTYKEVYGGGM*
OneHSP_6670CDRAFT_100243843300000341Ferrous Microbial MatMYFERINDKILRNGQYLLVSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIIPAFNFVINRMTLEPLDREELKKAXLAGFPIRSLGAVDSSIMISPENYPGLVSLSYKEIYGG*
OneHSP_7476CDRAFT_101086823300000342Ferrous MatILRNGQYLLVSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIIPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPENYPGLVSLSYKEIYGG*
BeoS_FeMat_6568CDRAFT_100403543300000346FreshwaterLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLAQNVTDMFDLSKNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQDIRKAILAGFPIRTLGAVDSSIPISREKYPGLQTVTYKEVYGGGM*
BeoS_FeMat_6568CDRAFT_100431023300000346FreshwaterLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
BeoS_FeMat_6568CDRAFT_100809423300000346FreshwaterMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDQEELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG*
BeoS_FeMat_6568CDRAFT_100819223300000346FreshwaterLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLVQNVTDMFDLSKNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIIPAFNFVINRMTLEPLSKQEIRKAILAGFPIRTLGAVDSSIPISRENYPGLQTVTYKEVYGGGM*
JGI20133J14441_102713323300001340Hypersaline MatLSETFSRIEDRILRNGQYLLVSYLGSQHPEESSYTGFRVTKHNFTTLYYNFATEVPNFLPMAPFGGQASSTNSPPYITNFKFSLQQAQNVTDMFDLSKNYDAYQVFYGISPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFLNLTYNMTLMNMATIPILPAFNFVINRMILEPLGREELKKAILAGFPVRSLGAVDSSIMISHKNYPGFVTLSYRDIYGG*
JGI20133J14441_103783813300001340Hypersaline MatMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTQAGATNSPPYIDNFSFSLQGVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIIFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGREELRKAILAGFPIRSLGAVDSSIMISPDNYPGLASLSYKEIYGG*
JGI20133J14441_108315713300001340Hypersaline MatSYSGAKNPAQAMFTGFRVVKHNVATLYYNFATEVPNFLPMAPYGASPGPTNSPPYIDNFSFSLQEVTNVTDMFKITGNGDAYQVFYGISPSYLRVMNKVERQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPITPAFNFVINRMILEPLGREELRKAILAGFPIRS
Ga0040879_10021833300003730FreshwaterMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDQEELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG*
Ga0040879_10375313300003730FreshwaterLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLAQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQDIRKAILAGFPIRTLGAVDSSIPISREKYPGLQTVTYKEVYGGGM*
Ga0040879_10375433300003730FreshwaterLLETFSRIEDRILRNGQYLLVSFSGSQHPDESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLAQNVTDMFDLSKNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQDIRKAILAGFPIRTLGAVDSSIPISREKYPGLQTVTYKEVYGGGM*
Ga0040879_10756113300003730FreshwaterLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSXTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLXQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIIPAFNFVINRMTLEPLSKQEIRKAILAGFPIRTLGAVDSSIPISRENYPGLQTVTYKEVYGGGM*
Ga0074075_1360813300005256Hot SpringVMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG*
Ga0074075_1537343300005256Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG*
Ga0074076_100116293300005257Hot SpringVMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFDITKTGDAYQVFYGISPSYLRVMNKVQRQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGQAELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG*
Ga0074076_10140043300005257Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG*
Ga0074076_10242113300005257Hot SpringMLETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYISNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0080006_112517213300005861Hypersaline MatAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTQAGATNSPPYIDNFSFSLQGVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIIFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGREELRKAILAGFPIRSLGAVDSSIMISPDNYPGLASLSYKEIYGG*
Ga0080006_113360553300005861Hypersaline MatLSETFSRIEDRILRNGQYLLVSYLGSQHPEESSYTGFRVTKHNFITLYYNFATEVPNFLPMAPFGGQASSTNSPPYITNFKFSLQQAQNVTDMFDLSKNYDAYQVFYGISPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFLNLTYNMTLMNMATIPILPAFNFVINRMILEPLGREELKKAILAGFPVRSLGAVDSSIMISHKNYPGFVTLSYRDIYGG*
Ga0080006_115568223300005861Hypersaline MatLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVLNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPILPAFNFVINRMTLEPLSKQDIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0080006_1184778103300005861Hypersaline MatLLETFSRIEDRVLRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATQVQGFLPMAPFGGQASITTSTPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGISPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPVLPAFNFVINRMTLEPLGKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQSVTYKEVYGGGS*
Ga0080006_119263233300005861Hypersaline MatVSESFDRVDERILRNGQYLLVSYSGSVGGAKNPSQDMFTGFRVVKHNVTTLYYNLATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLYYPSAKTEFIVFVNLTYNVTLMNMATIPIMPAFNFVINRMILEPLGREELRKAILAGFPIRSLGAVDSSIMISGSNYPGLVTLSYRDIYGG*
Ga0081529_12271333300005964Ferrous Microbial Mat And AquaticLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIVPAFNFVINRMTLEPLSKQEIRKAILAGFPIRTLGAVDSSIPISRENYPGLQTVTYKEVYGGGM*
Ga0081529_12638093300005964Ferrous Microbial Mat And AquaticMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPENYPGLVSLSYKEIYGG*
Ga0081474_11556213300005977Ferrous Microbial MatTLYYNFATEVPNFLPMAPYGASPGPSNSPPYIDNFSFSLQEVKNVTDMFDITKTGDAYQVFYGISPSYLRVMNKVQRQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG*
Ga0081474_12447393300005977Ferrous Microbial MatMYFERINDKILRNGQYLLVSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIIPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVSLSYKEIYGG*
Ga0079043_100322833300006179Hot SpringLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFVVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0079042_101209413300006181Hot SpringVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQGVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG*
Ga0079044_100313823300006855Hot SpringLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIVPAFNFVINRMTLEPLSKQEIRKAILAGFPIRTLGAVDSSIPISRENYPGLQTVTYKEVYGGGM*
Ga0079044_100492223300006855Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPENYPGLITLSYKEIYGG*
Ga0079044_100687733300006855Hot SpringYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNMATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0079044_102405013300006855Hot SpringDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFVVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0079046_100606743300006859Hot SpringVLVLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0079046_100613833300006859Hot SpringVLALQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0079046_103058323300006859Hot SpringLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIP
Ga0099837_10395023300007156FreshwaterMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFDITKTGDAYQVFYGISPSYLRVMNKVQRQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLGQAELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0099839_11222923300007161FreshwaterSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0099835_12615313300007166FreshwaterYTGVLALQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0099838_12709913300007168FreshwaterILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0105111_100450413300007811Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISGDNYPGLITLSYKEIYGG*
Ga0105111_100844923300007811Hot SpringRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG*
Ga0105109_100685123300007812Hot SpringVLALLETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYPG
Ga0105109_101226913300007812Hot SpringVQASQQTYTGVLALQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSA
Ga0105108_10160823300007813Hot SpringVLALLETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNY
Ga0105108_10506313300007813Hot SpringLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNMATIPIMPAFNFVINRMTLEPLSKQDIRKAMLAGFPIRT
Ga0105112_100456413300007816Hot SpringQTYTGVLALQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0105112_100611313300007816Hot SpringVLALLETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS*
Ga0105112_100984513300007816Hot SpringILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYP
Ga0167616_101950023300013008Hot SpringVLALLETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYP
Ga0129327_1017407323300013010Freshwater To Marine Saline GradientLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLVQNVTDMFDLSKNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIVPAFNFVINRMTLEPLSKQEIRKAILAGFPIRTLGAVDSSIPISRENYPGLQTVTYKEVYGGGM*
Ga0129327_1036980313300013010Freshwater To Marine Saline GradientVLALQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDS
Ga0187308_14764183300017469Hotspring SedimentMYFERINDKILRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPILPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIIISPDNYPGLVSLSYKEIYGG
Ga0187308_1480373300017469Hotspring SedimentMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMYTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGASPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIVPAFNFVINRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0209012_100721513300025503Hypersaline MatLSETFSRIEDRILRNGQYLLVSYLGSQHPEVSSYTGFRVTKHNFTTLYYNFATEVPNFLPMAPFGGQASSTNSPPYITNFKFSLQQVQNVTDMFDLGKNYDAYQVFYGISPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFLNFTYNMTLMNMATIPILPAFNFVINRMILEPLGREELKKAILAGFPVRSLGAVDSSIMISHKNYPGLVTLSYRDIYG
Ga0209012_101248053300025503Hypersaline MatMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVATLYYNFATEVPNFLPMAPYGTSQSPTNSPPYIDNFSFSLQEVTNVTDMFKITDNGDAYQVFYGISPSYLRVMNKVERQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMVLEPLGREELRKAILAGFPIRSLGAVDSSIMISPNNYPGLVTLSYKEIYGG
Ga0209012_101468973300025503Hypersaline MatVSESFDRVDERILRNGQYLLVSYSGSVGGAKNPSQDMFTGFRVVKHNVTTLYYNLATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVTNVTDMFKITNTGDAYQVFYGISPSYLRVVNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLYYPSAKTEFIVFVNLTYNVTLMNMATIPIMPAFNFVINRMILEPLGREELRKAILAGFPIRSLGAVDSSIMISGSNYPGLVTLSYRDIYGG
Ga0209012_103123523300025503Hypersaline MatLLETFSRIEDRVLRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATQVQGFLPMAPFGGQASITTSTPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGISPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPVLPAFNFVINRMTLEPLGKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQSVTYKEVYGGGS
Ga0209012_104019223300025503Hypersaline MatVMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVATLYYNFATEVPNFLPMAPYGTSQSPTNSPPYIDNFSFSLQEVTNVTDMFKITDNGDAYQVFYGISPSYLRVMNKVERQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMVLEPLGREELRKAILAGFPIRSLGAVDSSIMISPNNYPGLVTLSYKEIYGGG
Ga0209012_104337013300025503Hypersaline MatAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTQAGATNSPPYIDNFSFSLQGVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIIFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGREELRKAILAGFPIRSLGAVDSSIMISPDNYPGLASLSYKEIYGG
Ga0209012_105564623300025503Hypersaline MatLSETFSRIEDRILRNGQYLLVSYLGSQHPEESSYTGFRVTKHNFITLYYNFATEVPNFLPMAPFGGQASSTNSPPYITNFKFSLQQAQNVTDMFDLSKNYDAYQVFYGISPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFLNLTYNMTLMNMATIPILPAFNFVINRMILEPLGREELKKAILAGFPVRSLGAVDSSIMISHKNYPGFVTLSYRDIYG
Ga0208661_10038933300026623Hot SpringLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFVVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
Ga0208661_10191233300026623Hot SpringLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIVPAFNFVINRMTLEPLSKQEIRKAILAGFPIRTLGAVDSSIPISRENYPGLQTVTYKEVYGGGM
Ga0208661_10405513300026623Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPENYPGLITLSYKEIY
Ga0208661_10843223300026623Hot SpringVMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYG
Ga0208028_100060103300026625Hot SpringMNFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG
Ga0208028_10025983300026625Hot SpringVMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQGVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYG
Ga0208028_10100223300026625Hot SpringLLETFSRIEDRILRNGQYLLISFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLAQNVTDMFDLSKNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQDIRKAILAGFPIRTLGAVDSSIPISREKYPGLQTVTYKEVYGGGM
Ga0208028_10412013300026625Hot SpringSSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNY
Ga0208548_10730533300026627Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFDITKTGDAYQVFYGISPSYLRVMNKVQRQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0208559_10035193300026762Hot SpringMNFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDQEELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG
Ga0208559_100538113300026762Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDQEELKKAILAGFPIRSLGAVDSSIMISGDNYPGLITLSYKEIYGG
Ga0208559_10072083300026762Hot SpringLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
Ga0208559_10074553300026762Hot SpringLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
Ga0208559_10268533300026762Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDQEELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG
Ga0208559_10503913300026762Hot SpringNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMTLEPLGREELRKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0208559_10683023300026762Hot SpringSGVARVVMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQGVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPNNYPGLVTLSYREIYGG
Ga0208559_10942423300026762Hot SpringGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDQEELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG
Ga0208559_11215213300026762Hot SpringILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNMATIPIMPAFNFVINRMTLEPLSKQDIRKAMLAGF
Ga0208447_10418413300026768Hot SpringLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLAQNVTDMFDLSKNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIVPAFNFVINRMTLEPLSKQEIRKAILAGFPIRTLGAVDSSIPISREKYLGLQTVTYKEVYGGGM
Ga0208448_10065443300026813Hot SpringLESFERVDDRLLRNGQYLLVSYSGAKDPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGASEGPSNSPPYIDNFSFSLQEVKNVTDMFDITKTGDAYQVFYGISPSYLRVMNKVQRQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGREELKKAILAGFPIRSLGAVDNSIMISPDNYPGLVTLSYKEIYGG
Ga0208448_10290213300026813Hot SpringLESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLGREELKKAILAGFPIRSLGAVDNSIMISPDNYPGLVTL
Ga0208448_10406023300026813Hot SpringTFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIVPAFNFVINRMTLEPLSKQEIRKAILAGFPIRTLGAVDSSIPISRENYPGLQTVTYKEVYGGGM
Ga0208314_10219053300026877Hot SpringLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
Ga0208314_10511923300026877Hot SpringLLETFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLAQNVTDMFDLSKNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIVPAFNFVINRMTLEPLSKQDIRKAMLAGFPIRTLGAVDSSISISREKYLGLQTVTYKEVYGGGM
Ga0208314_10610223300026877Hot SpringVLESFERVDDRLLRNGQYLLVSYSGAKDPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGASEGPSNSPPYIDNFSFSLQEVKNVTDMFDITKTGDAYQVFYGISPSYLRVMNKVQRQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLGREELKKAILAGFPIRSLGAVDNSIMISPDNYPGLVTLSYKEIYG
Ga0208314_10728033300026877Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGQAELKKAVLAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0208314_10799733300026877Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPSNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYKEIYGG
Ga0208314_11362513300026877Hot SpringEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
Ga0208314_11657823300026877Hot SpringYLLVSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIIPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPENYPGLVSLSYKEIYGG
Ga0208314_11686723300026877Hot SpringLCWVQASQQTYTGVLALLETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
Ga0208314_11928013300026877Hot SpringVLALQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
Ga0208662_10242583300026885Hot SpringMFFERINDKILRNGQYLLVSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIIPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPENYPGLVSLSYKEIYGG
Ga0208683_101571123300026906Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVINKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0208683_10161693300026906Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0208683_10742533300026906Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQGVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYKEIYGG
Ga0208683_10989643300026906Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQGVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMTLEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0208683_11014633300026906Hot SpringVLALQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
Ga0208683_11256823300026906Hot SpringLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
Ga0208683_12398323300026906Hot SpringLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVR
Ga0208312_10045683300027931Hot SpringVMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYKEIYG
Ga0208312_10363423300027931Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQGVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNNFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0208312_10365423300027931Hot SpringLLETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQQVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIRKAILAGFPVRTLGAVDSAIPVSRDNYPGLQTVTYKEVYGGGS
Ga0208312_10417723300027931Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDQEELKKAILAGFPIRSLGAVDSSIMISGDN
Ga0208312_10596723300027931Hot SpringVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMTLEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0208312_10773723300027931Hot SpringLQETFSRIEDRILRNGQYLLVSYSSSQHPDESSYTGFRVTKHNFTTLYYNFATEVSNFLPMAPFGGQASSTTSPPYITNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSQSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIMPAFNFVINRMTLEPLSKQEIKKAILAGFPVRT
Ga0208429_10087733300027932Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNLAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGSTNSPPYIDNFSFSLQEVKNVTDMFDITKTGDAYQVFYGISPSYLRVMNKVQRQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGQAELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYGEIYGG
Ga0208429_11164413300027932Hot SpringYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG
Ga0208549_100750123300027933Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQGVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPDLVTLSYREIYGG
Ga0208549_100904173300027933Hot SpringVMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFDITKTGDAYQVFYGISPSYLRVMNKVQRQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPDLVTLSYREIYG
Ga0208549_10150973300027933Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGQAELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0208549_10302833300027933Hot SpringMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGTSPGPTNSPPYIDNFSFSLQEVKNVTDMFKITNTGDAYQVFYGISPSYLRVMNKVQQQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVVNRMTLEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYREIYGG
Ga0208549_10836733300027933Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDQEELKKAILAGFPIRSLGAVDSSIMISGDNYPGLITLSYKEIYGG
Ga0208549_11126323300027933Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISGDNYPGLITLSYKEIYGG
Ga0208549_11797813300027933Hot SpringGVCLMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTDDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLITLSYKEIYGG
Ga0208151_10375423300027937Hot SpringMYFERINDKILRNGQYLLLSYSGAKNPLQAMFTGFRVVKHNVTTLYYNFATQVPNFLPMAPYGTSPGPTNSPYYIDNFSFSLQQVKNVTDMFKITNTGDAYQVFYGISPSYLRVVNKIQQQFVSVLEQNIYPSPSFVEMGIDGFQSPLNNPSEKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMTLEPLDREELKKAILAGFPIRSLGAVDSSIMISPENYPGLVSLSYKEIYGG
Ga0208151_11040113300027937Hot SpringFSRIEDRILRNGQYLLVSFSGSQHPEESSYTGFRVTKHNLTTLYYNFATEVPNFLPMAPFGGQASATTSPPYISNFKFSLQLVQNVTDMFDLSRNYDAYQVFYGIAPSYLRTMLQIQQQFIAVLEQNINPSPSFVEMGIDGFQSPLFAPDPRTEFIVFSNLTYNMTLMNTATIPIVPAFNFVINRMTLEPLSKQEIRKAILAGFPIRTLGAVDSSIPISRENYPGLQTVTYKEVYGGGM
Ga0208151_11043923300027937Hot SpringVMESFERVDDRLLRNGQYLLVSYSGAKNPAQAMFTGFRVVKHNVTTLYYNFATEVPNFLPMAPYGASEGPTNSPPYIDNFSFSLQEVKNVTDMFDITKTGDAYQVFYGISPSYLRVMNKVQRQFVSVLEQNIYPSNSFVEMGVDGFQSPLNNPSAKTEFIVFVNLTYNVTLMNTATIPIMPAFNFVINRMILEPLGREELKKAILAGFPIRSLGAVDSSIMISPDNYPGLVTLSYKEIYG


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