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 F083455

Metagenome / Metatranscriptome Family F083455

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F083455
Family Type Metagenome / Metatranscriptome
Number of Sequences 113
Average Sequence Length 145 residues
Representative Sequence MHMDLFSYQLGISSLWAKDFIVALLGIALAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLNTIFDYGIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL
Number of Associated Samples 34
Number of Associated Scaffolds 113

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 84.96 %
% of genes near scaffold ends (potentially truncated) 19.47 %
% of genes from short scaffolds (< 2000 bps) 58.41 %
Associated GOLD sequencing projects 25
AlphaFold2 3D model prediction Yes
3D model pTM-score0.51

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 (61.062 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Microbial Mats → Hot Spring
(37.168 % of family members)
Environment Ontology (ENVO) Unclassified
(74.336 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(53.097 % 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: 64.00%    β-sheet: 0.00%    Coil/Unstructured: 36.00%
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: 0.51
Powered by PDBe Molstar

Low Quality Model:

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


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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 113 Family Scaffolds
PF07724AAA_2 10.62
PF13481AAA_25 2.65
PF02384N6_Mtase 2.65
PF08238Sel1 1.77
PF01555N6_N4_Mtase 1.77
PF09958DUF2192 0.88
PF03703bPH_2 0.88
PF00145DNA_methylase 0.88
PF01909NTP_transf_2 0.88
PF12810Gly_rich 0.88
PF13274DUF4065 0.88
PF00753Lactamase_B 0.88
PF14213DUF4325 0.88
PF16793RepB_primase 0.88
PF13544Obsolete Pfam Family 0.88
PF02899Phage_int_SAM_1 0.88
PF05154TM2 0.88
PF01464SLT 0.88
PF05433Rick_17kDa_Anti 0.88

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 113 Family Scaffolds
COG0863DNA modification methylaseReplication, recombination and repair [L] 1.77
COG1041tRNA G10 N-methylase Trm11Translation, ribosomal structure and biogenesis [J] 1.77
COG2189Adenine specific DNA methylase ModReplication, recombination and repair [L] 1.77
COG0270DNA-cytosine methylaseReplication, recombination and repair [L] 0.88
COG2314Uncharacterized membrane protein YozV, TM2 domain, contains pTyrGeneral function prediction only [R] 0.88
COG3402Uncharacterized membrane protein YdbS, contains bPH2 (bacterial pleckstrin homology) domainFunction unknown [S] 0.88
COG3428Uncharacterized membrane protein YdbT, contains bPH2 (bacterial pleckstrin homology) domainFunction unknown [S] 0.88
COG4973Site-specific recombinase XerCReplication, recombination and repair [L] 0.88
COG4974Site-specific recombinase XerDReplication, recombination and repair [L] 0.88


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A61.06 %
All OrganismsrootAll Organisms38.94 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2013515001|YNP8_C188Not Available2446Open in IMG/M
2013954001|YNP14_C1239All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum4610Open in IMG/M
2014031004|YNP9_C2026All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum → unclassified Hydrogenobaculum → Hydrogenobaculum sp. Y04AAS16848Open in IMG/M
2014031004|YNP9_C2029All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium CG08_land_8_20_14_0_20_45_121430Open in IMG/M
2022920010|YNPsite09_CeleraDRAF_scf1119010716205All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae3667Open in IMG/M
2077657023|OSPB_contig07403Not Available557Open in IMG/M
2077657024|OSPC_contig02551Not Available884Open in IMG/M
2100351008|BSEYNP_contig09773__length_717___numreads_24Not Available717Open in IMG/M
3300000340|EchG_transB_7880CDRAFT_1003263All Organisms → cellular organisms → Bacteria2979Open in IMG/M
3300000340|EchG_transB_7880CDRAFT_1013635Not Available789Open in IMG/M
3300000341|OneHSP_6670CDRAFT_1002876All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum2922Open in IMG/M
3300000342|OneHSP_7476CDRAFT_1007487Not Available1337Open in IMG/M
3300000342|OneHSP_7476CDRAFT_1010083Not Available949Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1003129All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales2935Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1007530Not Available1231Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1013798Not Available620Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1014679Not Available581Open in IMG/M
3300000348|GreS_7680CDRAFT_1001500All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum3233Open in IMG/M
3300000348|GreS_7680CDRAFT_1008961Not Available900Open in IMG/M
3300001684|JGI20128J18817_1003229Not Available3987Open in IMG/M
3300001684|JGI20128J18817_1008486Not Available2116Open in IMG/M
3300001684|JGI20128J18817_1019629All Organisms → Viruses → Predicted Viral1163Open in IMG/M
3300001684|JGI20128J18817_1021090Not Available1102Open in IMG/M
3300001684|JGI20128J18817_1022913All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum1035Open in IMG/M
3300001684|JGI20128J18817_1024991Not Available971Open in IMG/M
3300001684|JGI20128J18817_1026777All Organisms → cellular organisms → Bacteria → Proteobacteria921Open in IMG/M
3300001684|JGI20128J18817_1031151All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum → unclassified Hydrogenobaculum → Hydrogenobaculum sp. HO822Open in IMG/M
3300001684|JGI20128J18817_1057497All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → unclassified Pelagibacteraceae → alpha proteobacterium HIMB114522Open in IMG/M
3300001684|JGI20128J18817_1058389Not Available516Open in IMG/M
3300003719|Ga0040881_122158Not Available922Open in IMG/M
3300003719|Ga0040881_122159Not Available780Open in IMG/M
3300005223|Ga0073350_129130Not Available2155Open in IMG/M
3300005223|Ga0073350_140803Not Available2143Open in IMG/M
3300005223|Ga0073350_141341Not Available676Open in IMG/M
3300005223|Ga0073350_142006Not Available1772Open in IMG/M
3300005223|Ga0073350_147775Not Available1179Open in IMG/M
3300005256|Ga0074075_13263All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae2129Open in IMG/M
3300005257|Ga0074076_103972Not Available1337Open in IMG/M
3300005859|Ga0080003_1000996All Organisms → cellular organisms → Bacteria16412Open in IMG/M
3300005859|Ga0080003_1001413All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum12735Open in IMG/M
3300005859|Ga0080003_1002667All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum7899Open in IMG/M
3300005859|Ga0080003_1003210All Organisms → cellular organisms → Bacteria6673Open in IMG/M
3300005859|Ga0080003_1003780All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum → unclassified Hydrogenobaculum → Hydrogenobaculum sp. SHO5780Open in IMG/M
3300005859|Ga0080003_1003834All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum → unclassified Hydrogenobaculum → Hydrogenobaculum sp. Y04AAS15716Open in IMG/M
3300005859|Ga0080003_1004698Not Available4801Open in IMG/M
3300005859|Ga0080003_1004854All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum → unclassified Hydrogenobaculum → Hydrogenobaculum sp. SHO4662Open in IMG/M
3300005859|Ga0080003_1004908All Organisms → cellular organisms → Bacteria4605Open in IMG/M
3300005859|Ga0080003_1004999Not Available4527Open in IMG/M
3300005859|Ga0080003_1005850All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum → unclassified Hydrogenobaculum → Hydrogenobaculum sp. Y04AAS13899Open in IMG/M
3300005859|Ga0080003_1006449All Organisms → cellular organisms → Bacteria3555Open in IMG/M
3300005859|Ga0080003_1006944Not Available3321Open in IMG/M
3300005859|Ga0080003_1009888All Organisms → cellular organisms → Bacteria2373Open in IMG/M
3300005859|Ga0080003_1016660Not Available1436Open in IMG/M
3300005859|Ga0080003_1017464Not Available1371Open in IMG/M
3300005859|Ga0080003_1020956Not Available1149Open in IMG/M
3300005859|Ga0080003_1024013All Organisms → cellular organisms → Bacteria995Open in IMG/M
3300005964|Ga0081529_119167All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum3414Open in IMG/M
3300005964|Ga0081529_125564All Organisms → cellular organisms → Bacteria916Open in IMG/M
3300005977|Ga0081474_116691All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum9071Open in IMG/M
3300005977|Ga0081474_123316All Organisms → cellular organisms → Bacteria5405Open in IMG/M
3300006181|Ga0079042_1024488Not Available655Open in IMG/M
3300006858|Ga0079048_1002821All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum2916Open in IMG/M
3300006858|Ga0079048_1009497Not Available1410Open in IMG/M
3300006858|Ga0079048_1029674Not Available700Open in IMG/M
3300006859|Ga0079046_1007388All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium CG08_land_8_20_14_0_20_45_122004Open in IMG/M
3300006859|Ga0079046_1022715Not Available928Open in IMG/M
3300006859|Ga0079046_1030307Not Available758Open in IMG/M
3300007164|Ga0099836_157840Not Available522Open in IMG/M
3300007811|Ga0105111_1011383Not Available733Open in IMG/M
3300017696|Ga0187310_11729Not Available9544Open in IMG/M
3300017696|Ga0187310_13938All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum5637Open in IMG/M
3300025462|Ga0209120_1002652All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum5877Open in IMG/M
3300025462|Ga0209120_1005704Not Available3278Open in IMG/M
3300025462|Ga0209120_1006052All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum3130Open in IMG/M
3300025462|Ga0209120_1010156Not Available2116Open in IMG/M
3300025462|Ga0209120_1012286Not Available1847Open in IMG/M
3300025462|Ga0209120_1018659Not Available1369Open in IMG/M
3300025462|Ga0209120_1021026All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum1256Open in IMG/M
3300025462|Ga0209120_1031776Not Available934Open in IMG/M
3300025462|Ga0209120_1031821All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum → unclassified Hydrogenobaculum → Hydrogenobaculum sp. HO932Open in IMG/M
3300025462|Ga0209120_1034931All Organisms → cellular organisms → Bacteria873Open in IMG/M
3300025462|Ga0209120_1057536Not Available612Open in IMG/M
3300025462|Ga0209120_1058965Not Available602Open in IMG/M
3300025462|Ga0209120_1063875Not Available567Open in IMG/M
3300025462|Ga0209120_1067904Not Available542Open in IMG/M
3300026821|Ga0208006_103752All Organisms → cellular organisms → Bacteria2299Open in IMG/M
3300026821|Ga0208006_108070Not Available1204Open in IMG/M
3300026885|Ga0208662_102841All Organisms → cellular organisms → Bacteria3900Open in IMG/M
3300026885|Ga0208662_104585Not Available2637Open in IMG/M
3300026885|Ga0208662_105677Not Available2208Open in IMG/M
3300026885|Ga0208662_107491All Organisms → cellular organisms → Bacteria1775Open in IMG/M
3300026885|Ga0208662_108079Not Available1672Open in IMG/M
3300026885|Ga0208662_108080Not Available1672Open in IMG/M
3300026885|Ga0208662_109263Not Available1490Open in IMG/M
3300026885|Ga0208662_110695Not Available1323Open in IMG/M
3300026885|Ga0208662_112388Not Available1172Open in IMG/M
3300026885|Ga0208662_113049Not Available1122Open in IMG/M
3300026885|Ga0208662_122454Not Available698Open in IMG/M
3300026885|Ga0208662_132163Not Available500Open in IMG/M
3300027933|Ga0208549_104236All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum3344Open in IMG/M
3300027933|Ga0208549_122862Not Available793Open in IMG/M
3300027933|Ga0208549_134922Not Available540Open in IMG/M
3300029625|Ga0311297_1026334Not Available2659Open in IMG/M
3300029625|Ga0311297_1051431Not Available2879Open in IMG/M
3300029625|Ga0311297_1206848Not Available1936Open in IMG/M
3300029625|Ga0311297_1210624Not Available1297Open in IMG/M
3300029625|Ga0311297_1235002Not Available1770Open in IMG/M
3300029625|Ga0311297_1250758Not Available782Open in IMG/M
3300031463|Ga0272448_1144002Not Available1355Open in IMG/M
3300031749|Ga0315298_1357332Not Available583Open in IMG/M
3300033892|Ga0326767_000970All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Hydrogenobaculum6430Open in IMG/M
3300033892|Ga0326767_001065All Organisms → cellular organisms → Bacteria6002Open in IMG/M
3300033892|Ga0326767_011697Not Available1200Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hot SpringEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Microbial Mats → Hot Spring37.17%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring30.97%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater7.96%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hot Spring5.31%
HotspringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hotspring4.42%
Ferrous Microbial Mat And AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat And Aquatic3.54%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring Water2.65%
Ferrous Microbial MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat2.65%
Hotspring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hotspring Sediment1.77%
Ferrous MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Mat1.77%
Hot Spring Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Microbial Mat0.89%
SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Sediment0.89%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2013515001Hot spring microbial communities from One Hundred Springs Plain, Yellowstone National Park, Wyoming, USA - YNP8 OSP SpringEnvironmentalOpen in IMG/M
2013954001Hot spring microbial communities from One Hundred Springs Plain, Yellowstone National Park, Wyoming, USA - YNP14 OSP SpringEnvironmentalOpen in IMG/M
2014031004Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP9 Dragon Spring, Norris Geyser BasinEnvironmentalOpen in IMG/M
2022920010Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP9 Dragon Spring, Norris Geyser BasinEnvironmentalOpen in IMG/M
2077657023Hot spring microbial communities from One Hundred Springs Plain, Yellowstone National Park, Wyoming, USA - sample OSP_BEnvironmentalOpen in IMG/M
2077657024Hot spring microbial communities from One Hundred Springs Plain, Yellowstone National Park, Wyoming, USA - OSP_CEnvironmentalOpen in IMG/M
2100351008Hot spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - YNP_Beowulf Spring_EEnvironmentalOpen 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
3300000348Acidic sulfate chloride spring microbial streamer communities from Grendel Spring, Yellowstone National Park, USA - T=76-80EnvironmentalOpen in IMG/M
3300001684Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_EEnvironmentalOpen in IMG/M
3300003719Ferric microbial mat communities from Yellowstone National Park, Wyoming, USA - One Hundred Spring Plain (OSP_B) (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005223Sylvan Springs Unknown 12.1A - Microbial communities from the Yellowstone National Park, bulk metagenomes as controls for mini-metagenomic methodsEnvironmentalOpen 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
3300005859Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_E (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
3300006181Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B nyco_MetaGEnvironmentalOpen in IMG/M
3300006858Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - OSPB_host_MetaGEnvironmentalOpen in IMG/M
3300006859Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaGEnvironmentalOpen in IMG/M
3300007164Iron oxide microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_top_diel_T=3 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300007811Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Slide_host_7_15EnvironmentalOpen in IMG/M
3300017696Hotspring sediment microbial communities from Obsidian Pool, Yellowstone National Park, Wyoming, USA ? Obsidian 6. Combined Assembly of Gp0212723, Gp0212724EnvironmentalOpen in IMG/M
3300025462Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_E (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
3300026885Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - OSPB_host_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
3300029625Mildly acidic thermal spring sediment microbial community from Yellowstone National Park, USA - SJ3 SpringEnvironmentalOpen in IMG/M
3300031463Hot spring sediment microbial communities from Yellowstone National Park, WY, United States - YNP-CB-019-1EnvironmentalOpen in IMG/M
3300031749Extremophilic microbial mat communities from Washburn Hot Springs, YNP, Wyoming, USA - WHS_1_MGEnvironmentalOpen in IMG/M
3300033892Hot spring water microbial communities from Norris-Mammoth Corridor, Yellowstone National Park, WY, United States - NMC.RSE_PEnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
YNP8_048102013515001Hot SpringMMHMDLFSYQLGISSLWAKDFIVALLGIALAVSLMLANKKGESLLIQSTMMMPVAFAIHALPHINYISLKTIFDYGIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL
YNP14_392402013954001Hot SpringMMHMDLFSYQLGISSLWAKDFIVALLGTTLAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLNTIFDDVIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYQSDVLKFMLNSVLMTIAFALITYIPPVDDIL
YNP9_634202014031004Hot SpringMMHMDLFSYQLDISSLWAKDFIVALLGTALAVSLTLANKKGESVFIQLAMIMPVAFAIHALPHINYISLNTIFDDGIIAIGISLVLDYITTKAQRPDLKYRFINAYILLTLYVIIKYQSDVLEFALNSVLITIVFALITYIPPIDDIL
YNP9_635302014031004Hot SpringILGGALAVSLTLANKKGESLPIKFAMILPIASAIHNLEHVNYISFASAFDDIVISAGISLVLDYVTTKAERPDLKYRFINIYVLLTLYAIIKYQTDVFKFMLNSVLMAVVFVLITFLPPIIML
YNPsite09_CeleraDRAFT_1885502022920010Hot SpringKLCRRLCMMHMDLFSYQLGISSLWAKDFIVALLGTALAVSLTLANKKGESVFIQLAMIMPVAFAIHALPHINYISLNTIFDDGIIAIGISLVLDYITTKAQRPDLKYRFINAYILLTLYVIIKYQSDVLEFALNSVLITIVFALITYIPPIDDIL
OSPB_006552202077657023Hot SpringMMHMDLFSYQLGISSLWAKDFIVALLGIALAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLNTIFDYGIIATGISLVLDYITTRAERPDLKYRFINMYILLTLYAIIKYQSDVLKFMLNSVLMTIVFALITYIP
OSPC_005959702077657024Hot SpringMDLFSYQLGISSLWAKDFIVALLGIALAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLNTIFDYGIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL
BSEYNP_010728702100351008Hot SpringMDLFSYQLGISSLWAKDFIVALLGTALAVSLTLANKKGESLLIQSTMIMPVAFAIHALPHINYISLNTIFDYGIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL
EchG_transB_7880CDRAFT_100326313300000340Ferrous Microbial Mat And AquaticMHMDLFSYQLGISSLWAKDFIVALLGTALAVSLTLANKKGESLLIQSTMIIPVAFAIHALPHINYISLNTIFDYGIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL*
EchG_transB_7880CDRAFT_101363523300000340Ferrous Microbial Mat And AquaticMHMDLFSYQLGISSLLAKDVIIALLGTALAVSLTLANKKGESLWIQAVMLVPVADAIQYLPYVNYISLNTIFDDVIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYQSDVLKFMLNSVLMTIVFALITYIPQVDDIL*
OneHSP_6670CDRAFT_100287643300000341Ferrous Microbial MatMHMDLFSYQLGISSLLAKDVIIALLGIALAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLKTIFDYGIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLMTIVFALITYIPPVDDIL*
OneHSP_7476CDRAFT_100748713300000342Ferrous MatMVLTNLFSYQLDISPLWAKDIIIAILGSALAVSLTLANKKGESLLIQAAMIMPVAFAIHALPHINYISLNTIFDYVVIATGISLVLDYITTKAERPDLKYRFINLYILLTLYAIIKYQSDVLEFILNSVLMTIVFAFLTLIPPVDDIL*
OneHSP_7476CDRAFT_101008323300000342Ferrous MatMHMDLFSYQLGISSLWAEDVVVALLGTALAVSLTLANKKGESLWIQLVMLVPVANAIKYLTHVNYISLNTIFDDVVITAGISLVLDYITTRAGRPDLKYRFINIYVLITLYGIIKYHTDVLKFALNSVLMAVGFVLITLIPPIIIL*
BeoS_FeMat_6568CDRAFT_100312953300000346FreshwaterMHMDFFSYQLGISSLLAKDVIIALLGTALAVSLTLANKKGESLWIQLVMLMPVANAIQYLPHVNYISLNTIFDDVIIAGGISLVLDYITTRAERPDLKYRFINIYALLTLYAIIKYQSDVLKFMLNSVLMTIVFALITYISPVDDIL*
BeoS_FeMat_6568CDRAFT_100753023300000346FreshwaterMHMDLFSYQLGISSLWAKDFIVALLGTALAVSLTLANKKGESVFIQLAMIMPVAFAIHALPHINYISLNTIFDDGIIAIGISLVLDYITTKAQRPDLKYRFINAYILLTLYVIIKYQSDVLEFALNSVLITIVFALITYIPPVDDIL*
BeoS_FeMat_6568CDRAFT_101379823300000346FreshwaterMHMDLFSYQFDISSLFAKDVIIALLGAALAVSLTLANKKGESSWIKLAMLVPIADAIRHLPYVNYISLNTIFDDVIIAVGISLVLDYITTKAERPDLKYRFINAYILLTLYGIIRYPLDVLKFALNSVLITIGFALITYIPPVDDIL*
BeoS_FeMat_6568CDRAFT_101467913300000346FreshwaterFSYQLGISSLWAKDFIVALLGTALAVSLMLANKKGESLLIQSTMIMPVAFAIHALPHINYISLNTIFDYGIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLMTIVFALITYIPPVDDIL*
GreS_7680CDRAFT_100150013300000348FreshwaterMILTDLFSYQLDISPLWAKDIIIAILGGALAVSLTLANKKGESLPIKFAMIIPIASAIHNLEHVNYISFASTFDVIIISAGISLVLDYITTKKQRPDLKYRFINLYVLLTLYAIIKYQTDVFKFMLNSVLMAVVFVLITFIPPIIML*
GreS_7680CDRAFT_100896123300000348FreshwaterMHMDLFSYQLGISSLWAKDFIVALLGIALAVSLTLANKKGESLLIQSTMMIPVAFAIHALPHINYISLNTIFDYVVIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL*
JGI20128J18817_100322913300001684Hot SpringMHMDLFSYQLDIGSLWAKDVVVALLGIAILVSLTLANKKGENLFVQVAMMIPVLYTIHYLPHINYISINGIFDDVIIAVGISLVFDFITTETQRPDLKYRFINVYILFTLYAIIKYQSNVLKFALDSLLMIPVLVLLTFIPPADEL*
JGI20128J18817_100848653300001684Hot SpringMMHMNLFSCQLDISSLLAKDIIIALLGTTLAMSFTLANKKGENVLIQFAMIVPVAYAIHYLPQIKYISIGSAFDDIVIAIGIGLLMDYITTKKERPDLKYRFINAYVLLTLYAIIKYQDNVLKFLLDSLLLIPVLVLLTLIPPVDDIL*
JGI20128J18817_101962913300001684Hot SpringIIIALLGITLAVSLTLANKKGENVLIQFAMIVPVAYAIHYLPQINYISLSTIFNDLVIAIGIGLIIDYITTKKERPDLKYRFLNIYVLLTLYAIIKYQSNVLKFALDSLLLIPVLMVLTLFPPVDIL*
JGI20128J18817_102109023300001684Hot SpringMFSMFHLFSYQLDICSLWAKDIIVALLGIALLVSLTLANKKGENLLIQAVMAMSVTFAIHSLPHVNYISINGIFDDVIIVIGISLVIDYITTIRQRPDLKYRFINVYILLTLYVVIKYQSDVLKFALDSLLMIPMFVLLTFIPPDDEL*
JGI20128J18817_102291313300001684Hot SpringMHMDLFPCQLDIGSLWAKDVVVALLGIALAISLALANKKGESMLIQMSMMLPVAFAIHTLPHVKYISINDIFNYVIIAIGISLVFDYITTKTQRPDLKYRFINVYILLTLYAIIKYHSSAIKFALDSLMMIPVLVLLTFIPPADDEL*
JGI20128J18817_102499123300001684Hot SpringVVVALLGIVLAVSLALANKKGESMLIQMSMTMPVAFAIHTLPHVKYISINDIFNDVIIAIGISLVFDFITTKTQRPDLKYRFINVYILLTLYAIIKYHSNAIKFALDSLLMIPVLVLLTLIPPADEL*
JGI20128J18817_102677713300001684Hot SpringMHIDLFSYQLDISSLWAKDIIIALLGIVLLVSLKLANKKGESMLIQIAMMMPVAFAIHTLPHVNYININDIFNYVVIAIGISLVFDYITTKKERPDLKYRFINVYVLLTLYVIIRYHSDAIKFALDSLIMIPVLVLLTLIPSDDEL*
JGI20128J18817_103115113300001684Hot SpringMHIDLFSYQLDLSSLWTKDIIIALLGIVLLASLMLANKKGESILIQIAMIIPVVYAINYLPHINYISISSVFNDVVIAVGIGLLIDYITTKKERPDLKYRFLNIYTLLTLYAIIKYQSNMLKFALDSLLLIPLLMILTLFPPADEL*
JGI20128J18817_105749713300001684Hot SpringLFSYQLDISSLWAKDIVIALLGIALLVSLTLANKKGESMLIQMSMMMPVAFAIHALPHVNYISINDIFNDVIIAIAISLVFDFITTKKERPDLKYRFINVYILLTLYAIIRYHSNAIKFALDSLLLIPVLVLLTLIPPADDEL*
JGI20128J18817_105838913300001684Hot SpringIVIALLGIALLASLTLANKKGENLMIQAAMMIPVAFAIHALPHVNYISINDIFNDIIIAIGISLVIDYITTKKQRPDLKYRFINVYILLTLYAIIKYQSNAIKFAIDSLLMIPVLVLLTLIPPADEL*
Ga0040881_12215823300003719FreshwaterMHVDLFSYRLGISSLLAKDVIIALLGTALAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLNTIFDDGIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLMTIAFALITYIPPVDDIL*
Ga0040881_12215913300003719FreshwaterSSLLAKDVIIALLGTALAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLNTIFDDGIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLMTIAFALITYIPPVDDIL*
Ga0073350_12913033300005223HotspringMIRMTLTDLFSYQLDISPLWAKDIIIALLGGALAVSLTLAKKKGENLLIQAAMILPIASAIHNLEHVNYISFASAFDIIVISAGMSLVLDYVTTKAERPDLKYRFINLYVLLTLYAIIKYQTDVLKFMLNSVLITTVFVLITFFP
Ga0073350_14080323300005223HotspringMITMIHMDLFSYQLDISPLWAKDIIIALLGTALAVSLALANKKGESLLIQFAMIIPVAFAIQYLPHLNYISLSSAFDDVIIAAGISLALDYVTTKKQRPDLKYRFINIYVLLTLYAIIKYQSDVLKFALNSLLMMVVFVIITFFPPIIIL*
Ga0073350_14134113300005223HotspringMFSMLHMNLFSYQLDISSLWAKDIVVALLGIALAVSLTLARKKGENLLIQAAMVMPVAYTIHDLPSVNYISINSVFDDVVIAVGISLVIDFITTRAKRPDLKYKFLNVYALLTLYAIITYQPDVLEFALDSLMVILVLVLLTLIPPVDEL*
Ga0073350_14200613300005223HotspringMTLTDLFPYQLDISPLWAKDIIIALLGGALAVSLTLANQKGESLLIKFAMILPIVSAIHNLEHVNYISFASAFDIIVISTGMSLVLDYVTTKAERPDLKYRFINLYVLLTLYAIIKYQTDVLKFMLNSVLITTVFVLITFFP
Ga0073350_14777513300005223HotspringMHMDLFSYQLSISSLLAKDVVVALLGTALAVSLMLANKKGESLWIQLAMLVPVANAIQYLPHVNYISLNTIFDDAIIAAGISLVLDYITTRAERPDLKYRFINIYVLLTLYAIIKYQSDVLKFMLNSVLIMIVFAIITFVSPVDDIL*
Ga0074075_1326323300005256Hot SpringMHVDLFSYQLGISSLWAKDFIVALLGIALAVSLTLANKKGESLLIQSTMIMPVAFAIHALPHINYISLNTIFDYGIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL*
Ga0074076_10397213300005257Hot SpringMHMDLFSYQLGISSLWAKDFIVALLGTALAVSLTLANKKGESVFIQLAMIMPVAFAIHALPHINYISLNTIFDYGIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLVVCVNSVLITIVFALITYIPPVDDIL*
Ga0080003_1000996113300005859Hot SpringMHMNLFSCQLDISSLLAKDIIIALLGTTLAMSFTLANKKGENVLIQFAMIVPVAYAIHYLPQIKYISIGSAFDDIVIAIGIGLLMDYITTKKERPDLKYRFINAYVLLTLYAIIKYQDNVLKFLLDSLLLIPVLMVLTLFPPVDIL*
Ga0080003_100141333300005859Hot SpringMMYTDLFSYRLDISSLWVKDIIIALLGIALAVSLTLANKKGESYLVQLAMIVPVTYAIHYLPQIIYISLSSVFDYVVIAVGTSLVIDYITTKKERPDLKYRYLNIYVLLTMYAIIKYQSNVIKFVIDSLTLIPLLMISTFVPSDDEL*
Ga0080003_100266723300005859Hot SpringMHIDLFSYQLNISSLWAKDIIIALLGITLAVSLTLANKKGENVLIQFAMIVPVAYAIHYLPQINYISLSTIFNDLVIAIGIGLIIDYITTKKERPDLKYRFLNIYVLLTLYAIIKYQSNVLKFALDSLLLIPVLMVLTLFPPVDIL*
Ga0080003_100321043300005859Hot SpringMLHIDLFSYQLDISSLWAKDVVIALLGIALLVSLALANKKGESMLIQMSMMMPVAFAIHALPHVNYISLNDIFNDVIIAIGISLVFDYITTKTQRPDLKYRFINVYILLTLYAIIKYQSNAIKFAIDSLLMIPVLVLLTLIPPADEL*
Ga0080003_100378043300005859Hot SpringMMHIDLFSYQLDLSSLWTKDIIIALLGIVLLASLMLANKKGESILIQIAMIIPVVYAINYLPHINYISISSVFNDVVIAVGIGLLIDYITTKKERPDLKYRFLNIYTLLTLYAIIKYQSNMLKFALDSLLLIPLLMILTLFPPADEL*
Ga0080003_100383413300005859Hot SpringMFSMLHMDFFSYQLDISSLWAKDVVVALLGIAMAISLALANKKGESFLIQIAMMLPVASAIHTLPHVNYINISDIFNDVIIAIGTSLVFDYIITKTQRPDLKYKFLNMYALLTLYAIIKYHSNAIEFVLDSLMMISALVLLTFIPPADVL*
Ga0080003_100469823300005859Hot SpringMMHIDLFSYQLDISSLWAKDIIIALLGIALAVSLALANRKGESIMIQAAMMMPVAFAIHALPHVNYISINDIFNDVIIAIGISLVFDYIATKKQRPDLKYRFINVYILLTLYAIIRYHSNAIKFAIDSLLIIPVLVLLTLIPPADEL*
Ga0080003_100485423300005859Hot SpringMHIELFSYQLDVSPLWAKDIVVALLGIALAVSLSLANKKGENILIQIAMIIPIAYAIHVLPQISYISISSVFDDIVIAIGIGLLIDYITTKKERPDLKYRFINIYVLLTLYAIIKYQSNVLKFTLNSLLLIPVLMILTLFPPVDIM*
Ga0080003_100490813300005859Hot SpringMMHIDLFSYQLDISSLWAKDIIIALLGIVLLVSLKLANKKGESMLIQIAMMMPVAFAIHTLPHVNYININDIFNYVVIAIGISLVFDYITTKKERPDLKYRFINVYVLLTLYVIIRYHSDAIKFALDSLIMIPVLVLLTLIPSDDEL*
Ga0080003_100499943300005859Hot SpringMLNMDLFSCQLDISSLWAKDIIVALLGTVLLVSLTLANKKGESYLVQLAMIVPVLYAFQYLPKINYISLSTIFDDIIIAVGFGLVIDYITTKKERPDLKYKFLNIYVLLTLYAIIKYQTDVFKFILDSLTLIPVLMIVTLFPPVDDIL*
Ga0080003_100585013300005859Hot SpringMMHMDLFSYQLDIGSLWVKDVVVALLGIAILVSLTLANKKGENLFVQVAMMIPVLYTIHYLPHINYISINGIFDDVIIAVGISLVFDFITTETQRPDLKYRFINVYILFTLYAIIKYQSNVLKFALDSLLMIPVLVLLTFIPPADEL*
Ga0080003_100644933300005859Hot SpringMLHIDLFSYQLDISSLWAKDVVVALLGIVLAVSLALANKKGESMLIQMSMMMPVAFAIHTLPHVKYISINDIFNDVIIAIGISLVFDFITTKTQRPDLKYRFINVYILLTLYAIIKYHSNAIKFALDSLLMIPVLVLLTLIPPADEL*
Ga0080003_100694453300005859Hot SpringMNTDLFSYQLDVSSLWAKDIIIALLVIALAVSLTLANKKGENMLIQFAMIIPIASAIQNLEHVNYISLVSAFDDIVISAGISLVLDYVTTKAERPDLKYRFINLYILLTLYAIIKYQTNVIKFMLNSVLMAIVFVIITFFPPIIIL*
Ga0080003_100988823300005859Hot SpringMHIELFSYQLDISSLWAKDIVIALLGIALAVSLALANKKGETIMIQATMMIPVAFAIHTLPHVNYISLNGIFNDVIIAIGIGLVIDYITTKKERSDLKYKFLNIYALITLYAIIKYHSNAIKFALDSLMLIPVLMLLTFVPPADEL*
Ga0080003_101666013300005859Hot SpringMHMDLFSYQINISYLWTKDIIIALLGIALAVSLTLANKKGENVLIQFAMIVPVAYAIHYLPQINYISLSTIFDDIVIAIGIGLLMDYITTKKERPDLKYRFINVYVLLTLYAIIKYQSNVLKFALDSLLLIPVLMVLTLFPPVDIL*
Ga0080003_101746433300005859Hot SpringMFHLFSYQLDICSLWAKDIIVALLGIALLVSLTLANKKGENLLIQAVMAMSVTFAIHSLPHVNYISINGIFDDVIIVIGISLVIDYITTIRQRPDLKYRFINVYILLTLYVVIKYQSDVLKFALDSLLMIPMFVLLTFIPPDDEL*
Ga0080003_102095623300005859Hot SpringMMHMDLFPCQLDIGSLWAKDVVVALLGIALAISLALANKKGESMLIQMSMMLPVAFAIHTLPHVKYISINDIFNYVIIAIGISLVFDYITTKTQRPDLKYRFINVYILLTLYAIIKYHSSAIKFALDSLMMIPVLVLLTFIPPADDEL*
Ga0080003_102401333300005859Hot SpringMHMDLFSYQLDISSLWTKDIIIALLGIALAVSLTLANKKGENVLIQFAMIVPVAYAIHYLPQVNYISLSTIFDDIVIATGIGLLIDYITTKKERPDLKYRFINVYVLLTLYAIIKYQSNVLKFALDSLLLIPVLMLLTLFPPVDIL*
Ga0081529_11916713300005964Ferrous Microbial Mat And AquaticLWAKDVIIALLGIALAVSLTLANKKGESLWIQAVMLVPVADAIQYLPYVNYISLNTIFDDVIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYQSDVLKFMLNSVLMTIVFALITYIPQVDDIL*
Ga0081529_12556413300005964Ferrous Microbial Mat And AquaticCRMVLTDLFSYQLDISPLWVKDIIIAILGGTLAVSLTLANKKGESLLIKLAMILPIASAIHNLEHVNYISFASVFDDIIISAGISLVLDYVTTKAERPDLKYRFINLYVLLTLYAIIKYQTDVLKFMLNSVLMAVAFVLITFLPIIH*
Ga0081474_11669153300005977Ferrous Microbial MatMVLTNLFSYQLDISPLWAKDIIIAILGSALAVSLTLANKKGESLLIQAAMIMPVAFAIHALPHINYISLNTIFDYVVIATGISLVLDYITTKAERPDLKYRFINLYILLTLYAIIKYPSDVLEFALNSVLITIAFALITLIPPVDDIL*
Ga0081474_12331633300005977Ferrous Microbial MatMHMDLFSYQLGISSLWAKDFIVALLGIALAVSLMLANKKGESLLIQSTMMMPVAFAIHALPHINYISLKTIFDYGIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLMTIVFALITYIPPVDDIL*
Ga0079042_102448823300006181Hot SpringMHMDLFSYQLGISSLLAKDVIIALLGTALAVSLTLANKKGESLWIQAVMLVPVADAIQYLPYVNYISLNTIFDDVIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYQSDVLKFMLNSVLMTI
Ga0079048_100282143300006858Hot SpringMVLTNLFSYQLDISPLWAKDIIIAILGSALAVSLTLANKKGESLPIKFAMIIPIASAIHNLEHVNYINFASTFDVIVISAGISLVLDYVTTKAERPDLKYRFINLYVLLTLYAIIKYQTDVLKFMLNSVLMAVAFVLITFFPPIIML*
Ga0079048_100949723300006858Hot SpringMMHMDLFSYQLGISSLWAKDVVVALLGTALAVSLTLANKKGESLWIQLVMLVPVANAIKYLPHVNYISLNTIFDDVVITAGISLVLDYITTRTERPDLKYRFINIYVLITLYGIIKYHTDVLKFALNSVLMAVGFVLITLIPPIIIL*
Ga0079048_102967423300006858Hot SpringMVLTNLFSYQLDISPLWAKDIIIAILGGALAVSLTLANKKGESLLIQAAMIIPVAFAIHALPHINYISLNTIFDYVVIATGISLVLDYITTKAERPDLKYRFINLYILLTLYAIIKYQSDVLEFILNSVLMTIAFALITYIPPVDDIL*
Ga0079046_100738823300006859Hot SpringMHSMILTNLFSYQLDISPLWVKDIIIAILGGALAVSLTLANKKGESLLIQAAMILPIASAIHNLEHVNYISFASTFDVIVISAGISLVLDYVTTKAERPDLKYRFINLYVLLTLYAIIKYQTDVLKFMLYSLLMAVVFVLITFFPPIML*
Ga0079046_102271523300006859Hot SpringMHMDLFSYQLGISSLWAKDFIVALLGTALAVSLMLANKKGESVFIQLAMIMPVAFAIHALPHINYISLNTIFDDGIIAIGISLVLDYITTKAQRPDLKYRFINAYILLTLYVIIKYQSDVLEFALNSVLITIVFALITYIPPVDDIL*
Ga0079046_103030713300006859Hot SpringMMHMDLFSYQLGISSLLAKDVIIALLGAALAVSLTLANKKGESSWIKLAMLVPIADAIRHLPYVNYISLNTIFDDVIIAVGISLVLDYITTKAERPDLKYRFINAYILLTLYGIIRYPLDVLKFALNSVLITIGFALITYIPPVDDIL*
Ga0099836_15784013300007164FreshwaterMDLFSYQLGISSLWAKDFIVALLGIALAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLNTIFDYGIIATGISLVLDYITTKAERPGLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL*
Ga0105111_101138313300007811Hot SpringMDLFSYQLGISSLWAKDFIVALLGTALAVSLTLANKKGESVFIQLAMIMPVAFAIHALPHINYISLNTIFDYGIIAIGISLVLDYITTRAERPDLKYRFINMYILLTLYAIIKYQSDVLEFALNSVLMTIAFALITYIPPVDDIL*
Ga0187310_1172993300017696Hotspring SedimentMINTDLFSYQLDISSLWTKDVIVALLGISLIVSLTLANKKGENMLIQIAMTIPILFAIQYLPHVNYINLSSVFDDIVISAGISLVLDYVTTKAERPDLKYRFINIYVLLTLYAIIKYQTDVLRFMVNSLLLAVVFVIITFFPPIIIM
Ga0187310_1393853300017696Hotspring SedimentMHVDLFSYQLDISSLWSKDIIVALLGIAILMSLALANKKGESTLLQIAMMIPIAYAIHDLPHVNYISLNSLFDDVIIAIGISLVFDYITTKTQRPDLKYKFINAYILLTLYAIIKYHSNVIKFALNSLMMIPVLVLLTLVPPADEL
Ga0209120_100265233300025462Hot SpringMFSMLHMDFFSYQLDISSLWAKDVVVALLGIAMAISLALANKKGESFLIQIAMMLPVASAIHTLPHVNYINISDIFNDVIIAIGTSLVFDYIITKTQRPDLKYKFLNMYALLTLYAIIKYHSNAIEFVLDSLMMISALVLLTFIPPADVL
Ga0209120_100570413300025462Hot SpringDVVVALLGIAILVSLTLANKKGENLFVQVAMMIPVLYTIHYLPHINYISINGIFDDVIIAVGISLVFDFITTETQRPDLKYRFINVYILFTLYAIIKYQSNVLKFALDSLLMIPVLVLLTFIPPADEL
Ga0209120_100605263300025462Hot SpringMNTDLFSYQLDVSSLWAKDIIIALLVIALAVSLTLANKKGENMLIQFAMIIPIASAIQNLEHVNYISLVSAFDDIVISAGISLVLDYVTTKAERPDLKYRFINLYILLTLYAIIKYQTNVIKFMLNSVLMAIVFVIITFFPPIIIL
Ga0209120_101015623300025462Hot SpringMNMDLFSYQLDISSLWTKDIIIALLGITLAVSLTLANKKGENVLIQFAMIVPVAYAIHYLPQIKYISIGSAFDDIVIAIGIGLLMDYITTKKERPDLKYRFINAYVLLTLYAIIKYQDNVLKFLLDSLLLIPVLVLLTLIPPVDDIL
Ga0209120_101228633300025462Hot SpringMLNMDLFSCQLDISSLWAKDIIVALLGTVLLVSLTLANKKGESYLVQLAMIVPVLYAFQYLPKINYISLSTIFDDIIIAVGFGLVIDYITTKKERPDLKYKFLNIYVLLTLYAIIKYQTDVFKFILDSLTLIPVLMIVTLFPPVDDIL
Ga0209120_101865913300025462Hot SpringMFSMFHLFSYQLDICSLWAKDIIVALLGIALLVSLTLANKKGENLLIQAVMAMSVTFAIHSLPHVNYISINGIFDDVIIVIGISLVIDYITTIRQRPDLKYRFINVYILLTLYVVIKYQSDVLKFALDSLLMIPMFVLLTFIPPDDEL
Ga0209120_102102623300025462Hot SpringMHIELFSYQLDISSLWAKDIVIALLGIALAVSLALANKKGETIMIQATMMIPVAFAIHTLPHVNYISLNGIFNDVIIAIGIGLVIDYITTKKERSDLKYKFLNIYALITLYAIIKYHSNAIKFALDSLMLIPVLMLLTFVPPADEL
Ga0209120_103177623300025462Hot SpringMMYTDLFSYRLDISSLWVKDIIIALLGIALAVSLTLANKKGESYLVQLAMIVPVTYAIHYLPQIIYISLSSVFDYVVIAVGTSLVIDYITTKKERPDLKYRYLNIYVLLTMYAIIKYQSNVIKFVIDSLTLIPLLMISTFVPSDDEL
Ga0209120_103182113300025462Hot SpringMMHIDLFSYQLDLSSLWTKDIIIALLGIVLLASLMLANKKGESILIQIAMIIPVVYAINYLPHINYISISSVFNDVVIAVGIGLLIDYITTKKERPDLKYRFLNIYTLLTLYAIIKYQSNMLKFALDSLLLIPLLMILTLFPPADEL
Ga0209120_103493123300025462Hot SpringMMHIDLFSYQLDISSLWAKDIIIALLGIVLLVSLKLANKKGESMLIQIAMMMPVAFAIHTLPHVNYININDIFNYVVIAIGISLVFDYITTKKERPDLKYRFINVYVLLTLYVIIRYHSDAIKFALDSLIMIPVLVLLTLIPSDDEL
Ga0209120_105753623300025462Hot SpringMMHMDLFPCQLDIGSLWAKDVVVALLGIALAISLALANKKGESMLIQMSMMLPVAFAIHTLPHVKYISINDIFNYVIIAIGISLVFDYITTKTQRPDLKYRFINVYILLTLYAIIKYHSSAIKFALDSLMMIPVLVLLTFIPPADDEL
Ga0209120_105896513300025462Hot SpringMMHMDLFSYQLDISSLWTKDIIIALLGIALAVSLTLANKKGENVLIQFAMIVPVAYAIHYLPQVNYISLSTIFDDIVIATGIGLLIDYITTKKERPDLKYRFINVYVLLTLYAIIKYQSNVLKFALDSLLLIPVLMLLTLFPPVDIL
Ga0209120_106387523300025462Hot SpringQLDISSLWTKDVIVALLGITLAVSLTLANKKGENMLIQFAMIVPVAYAIHYLPQINYISLSTIFNDLVIAIGIGLIIDYITTKKERPDLKYRFLNIYVLLTLYAIIKYQSNVLKFALDSLLLIPVLMVLTLFPPVDIL
Ga0209120_106790413300025462Hot SpringMHIDLFSYQLDISSLWAKDIVIALLGIALLVSLTLANKKGESMLIQMSMMMPVAFAIHALPHVNYISINDIFNDVIIAIAISLVFDFITTKKERPDLKYRFINVYILLTLYAIIKYHSNAIKFALDSLMMIPVLVLLTLIPPADEL
Ga0208006_10375213300026821Hot SpringMHMDLFSYQLGISSLWAKDFIVALLGTALAVSLTLANKKGESLLIQSTMIIPVAFAIHALPHINYISLNTIFDYGIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL
Ga0208006_10807013300026821Hot SpringMHMDLFSYQLGISSLLAKDVIIALLGTALAVSLTLANKKGESLWIQAVMLVPVADAIQYLPYVNYISLNTIFDDVIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYQSDVLKFMLNSVLMTIVFALITYIPQVDDIL
Ga0208662_10284113300026885Hot SpringMMRCQTCHSLRLIKLYRRLCMMHMDLFSYQLGISSLWAKDFIVALLGTALAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLNTIFDYGIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLMTIAFALITYIPPVDDIL
Ga0208662_10458523300026885Hot SpringMRMDLFSYQLGISSLWAKDVVVALLGTALAVSLTLANKKGESLWIQLVMLVPVANAIQYLPHVNYISLNTIFDDVIIAIGISLVLDYITTRAERPDLKYRFINIYVLLTLYAIIKYQSDVLKFMLNSLMMMIVFAIITFIPPVDEL
Ga0208662_10567723300026885Hot SpringMMHMDLFSYQLGISSLWAKDFIVALLGTALAVSLTLANKKGESSWIKLAMLVPIADAIRHLPYVNYISLNTIFDDVIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVL
Ga0208662_10749123300026885Hot SpringMMHMDLFSYQLGISSLLAKDVIIALLGTALAVSLTLANKKGESLWIQLVMLVPVANAIQYLPHVNYISLNTIFDDVIIAIGISLVLDYITTRAERPDLKYRFINIYVLLTLYAIIKYQSDVLKFILNSVLMMIVFAIITFVSPVDDIL
Ga0208662_10807953300026885Hot SpringMVLTNLFSYQLDISPLWAKDIIIAILGSALAVSLTLANKKGESLPIKFAMIIPIASAIHNLEHVNYINFASTFDVIVISAGISLVLDYVTTKAERPDLKYRFINLYVLLTLYAIIKYQTDVLKFMLNSVLMAVAFVLITFFPPIIML
Ga0208662_10808023300026885Hot SpringMMHMDLFSYQLGISSLWAKDVVVALLGTALAVSLTLANKKGESLWIQLVMLVPVANAIKYLPHVNYISLNTIFDDVIIAIGISLVLDYITTRTERPDLKYRFINIYVLITLYGIIKYHTDVLKFALNSVLMAVGFVLITLIPPIIIL
Ga0208662_10926323300026885Hot SpringMHMDLFSYRLGISSLLAKDVIIALLGIALAVSLTLANKKGESLWIQAVMLVPVADAIQYLPYVNYISLNTIFDDVIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYQSDVLKFMLNSVLMTIVFALITYIPQVDDIL
Ga0208662_11069523300026885Hot SpringMHMDLFSYRLGISSLLAKDVIIALLGIALAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLNTIFDDVIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYQSDVLKFMLNSVLMTIVFALITYIPQVDDIL
Ga0208662_11238813300026885Hot SpringMHMDLFSYQLGISSLWAKDFIVALLGIALAVSLTLANKKGESSWIKLAMLVPIADAIRHLPYVNYISLNTIFDDVIIAVGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLMTIAFALITYIPPVDDIL
Ga0208662_11304923300026885Hot SpringMHMDLFSYQLGISSLWAKDFIVALLGIALAVSLTLANKKGESLLIQSTMMMPVAFAIHALPHINYISLNTIFDYGIIAIGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL
Ga0208662_12245413300026885Hot SpringMMHMDLFSYQLGISSLLAKDVIIALLGATLAVSLTLANKKGESSWIKLAMLVPIADAIRHLPYVNYISLNTIFDDAIIAVGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPVDDIL
Ga0208662_13216313300026885Hot SpringMVLTNLFSYQLDISPLWAKDIIIAILGGALAVSLTLANKKGESLLIQAAMIIPVAFAIHALPRINYISLNTIFDYVVIATGISLVLDYITTKAERPDLKYRFINLYILLTLYAIIKYQSDVLEFILNSVLMTIVFAFLTLIPPVD
Ga0208549_10423623300027933Hot SpringMMHMDLFSYQLGISSLLAKDVIIALLGTALAVSLMLANKKGESLLIQSTMIMPVAFAIHALPHINYISLNTIFDYGIIATGISLVLDYITTKAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALITYIPPIDDIL
Ga0208549_12286213300027933Hot SpringMMHMDLFSYQLGISSLWAKDFIVALLGTALAVSLMLANKKGESVFIQLAMIMPVAFAIHALPHINYISLNTIFDDGIIAIGISLVLDYITTKAQRPDLKYRFINAYILLTLYVIIKYQSDVLEFALNSVLITIVFALITYIPPIDDIL
Ga0208549_13492213300027933Hot SpringIALLGTALAVSLTLANKKGESSWIKLAMLVPIADAIRHLPYVNYISLNTIFDDVIIAVGISLVLDYITTKAERPDLKYRFINAYILLTLYGIIRYPLDVLKFALNSVLITIGFALITYIPPVDDIL
Ga0311297_102633413300029625Hot SpringMFNMLHMNLFSYQLDISSWWAKDIVVALLGTALAVSLTFAHKKGENLLIQAVMVMPVAYTIHDLPHISYISLSSTFDDVIIAVGTSLVIDYITTKKQRPDLKYRFINVYILLTLYAIITYQSNVMKFTLNSLLIILALVLLIFITPADVL
Ga0311297_105143113300029625Hot SpringVIALLVTALAVSLALANKKGENLLIQAAMVIPIAFAIHYLPQVSYISLSSTFDDVIIAVGIGLAIDYITTKKERPDLKYKFLNIYALLTLYAIIKYQSDVLKFMLNSMLMMVVFALLTLIPSDDVL
Ga0311297_120684833300029625Hot SpringMTNITNITNITNITNMNLFSYQLDISSLWAKDIIIALLGIAIAVSLNLANKKGESMLIQIAMMMPVAFAIHTLSHVNYISINSIFNDVIIAVGISLIFDYITTKTQRPDLKYKFINIYVLLTLYAIIKYHSNVLKFALDSVMMIPVLVLLTFIPPADDIL
Ga0311297_121062433300029625Hot SpringMISMIPVGLFSYQLDISSLWAKDIVIALLGIALMVSLNLAQKKGESMLIQLAMIIPVVYAIHDLAHVSYISLVSVFDDVIIAIGTGLVIDYITTKKERPDLKYRFINIYVLLTLYAIIKYQSDVLKFAVDSLMLIPVLILLTFIPPVDVL
Ga0311297_123500223300029625Hot SpringMLHINLFPYQLDISSLWAKDIVVALLGTALAVSLALANKKGENLLLQAAMVIPIAYTIHYLPYINYISFGSTFDDVIIAVGIGLAIDYITTKKERPDLKYKFLNIYALLTLYAIIKYQSDVLKFAFNSLLIIPVLVLLTFIPPVDVL
Ga0311297_125075813300029625Hot SpringMFSMLHMNLFSYQLDISSWWAKDIVVALLGTALAVSLALANKKGESLLIQAAMIIPVAFAIHSLPHTSYISLSSTFDDVIIAVGIGLVIDYITTKAQRPDLKYRFINVYILLTLYVIVTYPSDVIKFALNSLLIIPV
Ga0272448_114400213300031463SedimentMFSMLHMNLFSYQLDISSLWAKDIIIALLGIALAVSFVLARKKGESLLIQAAMVIPIAYTIHDLPHISGISIRSIFDDVIIAIGISLVIDYITTRAKRPDLKYRFINAYILLTLYAIITYQSNVLKFALDSLMMIPVLVLLTLIPPADVL
Ga0315298_135733213300031749Hot Spring Microbial MatMMHMDLLSYQLGISSLLAKDVIIALLGTALAVSLTLATKKGESLWIQLAMLVPVANTIQYLPRVNYISLNTIFDDIIIAAGISLVLDYITTRAERPDLKYRFINIYVLLTLYAIIKYQSD
Ga0326767_000970_2779_32133300033892Hot Spring WaterMDLFSYQLDISPLWAKDIVVALLGAALAVSLTLANKKGESFLIQAAMILPIASAIHNLDHVNYISFVSVFDDIVIATGIILLLDYVTTKKQRPDLKYRFINLYVLLTLYAIIKYQTDVLKFALNSVLMAVGFVLITFLPPIIIL
Ga0326767_001065_2785_32223300033892Hot Spring WaterMDLFSYQLGISSLWAKDFIVALLGTALAVSLTLANKKGESLLIQSTMIMPVAFAIHALPHINYISLNTIFDYVVIAIGISLVLDYVTTRAERPDLKYRFINMYILLTLYAIIKYPSDVLEFALNSVLITIVFALINYIPPVDDIL
Ga0326767_011697_509_9463300033892Hot Spring WaterMDLFSYQLDINPLWAKDIIIALLGTALAVSLALANKKGESSWVKLAMLVPIADAIQHLPYVNYISLNTIFDDIVIATGIILVLDYITTKTERPDLKYKFINIYILLTFYGIIRYPLDVLKFTLNSVLMVVGFVLITLIPSVDDIL


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