NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
x
This website uses cookies to improve user experience. By using NMPFamDB you consent to all cookies in accordance with our privacy policy. OK
Metagenome Family F101501

Metagenome Family F101501

Go to section:
Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
Select file to download:
   Download


Overview

Basic Information
Family ID F101501
Family Type Metagenome
Number of Sequences 102
Average Sequence Length 149 residues
Representative Sequence METIEEVLKGSIGTIRSIVGSRFHGDYIGYRLDPIPFIIIRVGDSLLEVPITLFKPILEKAYRVLEDYERRRLLAYEASGIFKTQPYIIQLLILDAIQLSQLLGIRTADALVRTLLEHPLSRERATLLGRRGVEWLVRRMINVGLLNM
Number of Associated Samples 29
Number of Associated Scaffolds 102

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 34.31 %
% of genes near scaffold ends (potentially truncated) 37.25 %
% of genes from short scaffolds (< 2000 bps) 61.76 %
Associated GOLD sequencing projects 21
AlphaFold2 3D model prediction Yes
3D model pTM-score0.85

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
Powered by Skylign

Most Common Taxonomy
Group Unclassified (42.157 % 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
(29.412 % of family members)
Environment Ontology (ENVO) Unclassified
(35.294 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(46.078 % of family members)



 ⦗Top⦘

Multiple Sequence Alignments

Select alignment to view:      


 ⦗Top⦘

Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 54.55%    β-sheet: 11.36%    Coil/Unstructured: 34.09%
Feature Viewer
Powered by Feature Viewer

Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.85
Powered by PDBe Molstar

Structural matches with SCOPe domains

SCOP familySCOP domainRepresentative PDBTM-score
c.89.1.1: Phosphofructokinased2f48a_2f480.54078


 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 102 Family Scaffolds
PF04104DNA_primase_lrg 7.84
PF07282OrfB_Zn_ribbon 4.90
PF13307Helicase_C_2 0.98

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 102 Family Scaffolds
COG2219Eukaryotic-type DNA primase, large subunitReplication, recombination and repair [L] 7.84


 ⦗Top⦘

Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms57.84 %
UnclassifiedrootN/A42.16 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2015219000|YNP19_FZTS5781_g1Not Available830Open in IMG/M
2077657023|OSPB_GN81VBF01DFFC8Not Available519Open in IMG/M
3300000342|OneHSP_7476CDRAFT_1016772Not Available543Open in IMG/M
3300001309|JGI20129J14369_1000951All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga4361Open in IMG/M
3300001309|JGI20129J14369_1007371Not Available1527Open in IMG/M
3300001382|JGI20127J14776_1000394All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga11460Open in IMG/M
3300003607|JGI20129J51889_1000785All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU805245Open in IMG/M
3300003607|JGI20129J51889_1019633Not Available925Open in IMG/M
3300003607|JGI20129J51889_1019773All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU80921Open in IMG/M
3300003607|JGI20129J51889_1020026All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Vulcanisaeta → unclassified Vulcanisaeta → Vulcanisaeta sp.915Open in IMG/M
3300003607|JGI20129J51889_1022638Not Available851Open in IMG/M
3300003607|JGI20129J51889_1025827Not Available786Open in IMG/M
3300003607|JGI20129J51889_1026723Not Available770Open in IMG/M
3300003607|JGI20129J51889_1028466Not Available739Open in IMG/M
3300003614|JGI20129J51890_10001605All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU804533Open in IMG/M
3300003614|JGI20129J51890_10108978All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae1509Open in IMG/M
3300003614|JGI20129J51890_10177719All Organisms → Viruses → Predicted Viral1252Open in IMG/M
3300003614|JGI20129J51890_10238242Not Available1104Open in IMG/M
3300003614|JGI20129J51890_10342384Not Available932Open in IMG/M
3300003614|JGI20129J51890_10682108Not Available604Open in IMG/M
3300005223|Ga0073350_117114Not Available1169Open in IMG/M
3300005223|Ga0073350_149993All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU801394Open in IMG/M
3300005856|Ga0080005_104979All Organisms → Viruses → Predicted Viral4641Open in IMG/M
3300005856|Ga0080005_111312All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga58997Open in IMG/M
3300005856|Ga0080005_132458All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga6997Open in IMG/M
3300005856|Ga0080005_172782All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga8512Open in IMG/M
3300005958|Ga0081473_123682All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga6155Open in IMG/M
3300005958|Ga0081473_132401Not Available633Open in IMG/M
3300005959|Ga0081534_103319All Organisms → Viruses → Predicted Viral3743Open in IMG/M
3300005959|Ga0081534_104094All Organisms → Viruses → Predicted Viral3151Open in IMG/M
3300005959|Ga0081534_104602All Organisms → Viruses → Predicted Viral2868Open in IMG/M
3300005959|Ga0081534_118884Not Available604Open in IMG/M
3300005959|Ga0081534_120062Not Available567Open in IMG/M
3300005964|Ga0081529_115585All Organisms → Viruses → Predicted Viral3737Open in IMG/M
3300005964|Ga0081529_123001All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga7138Open in IMG/M
3300005964|Ga0081529_128536All Organisms → Viruses → Predicted Viral2112Open in IMG/M
3300005977|Ga0081474_118225All Organisms → Viruses → Predicted Viral4686Open in IMG/M
3300005977|Ga0081474_122218All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU8015749Open in IMG/M
3300006181|Ga0079042_1015089Not Available936Open in IMG/M
3300006181|Ga0079042_1015659All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU80909Open in IMG/M
3300006181|Ga0079042_1034801Not Available509Open in IMG/M
3300006857|Ga0079041_1004926All Organisms → Viruses → Predicted Viral2160Open in IMG/M
3300006857|Ga0079041_1006319Not Available1824Open in IMG/M
3300006857|Ga0079041_1007560All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Vulcanisaeta → unclassified Vulcanisaeta → Vulcanisaeta sp.1620Open in IMG/M
3300006857|Ga0079041_1014896Not Available1016Open in IMG/M
3300006857|Ga0079041_1024561Not Available720Open in IMG/M
3300006857|Ga0079041_1037899Not Available539Open in IMG/M
3300006858|Ga0079048_1009367All Organisms → Viruses → Predicted Viral1422Open in IMG/M
3300006858|Ga0079048_1025687Not Available764Open in IMG/M
3300006858|Ga0079048_1028018All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Vulcanisaeta → unclassified Vulcanisaeta → Vulcanisaeta sp.726Open in IMG/M
3300006858|Ga0079048_1030259Not Available692Open in IMG/M
3300013008|Ga0167616_1052598Not Available527Open in IMG/M
3300013008|Ga0167616_1056457Not Available504Open in IMG/M
3300013009|Ga0167615_1009971All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU801717Open in IMG/M
3300013009|Ga0167615_1026709Not Available954Open in IMG/M
3300013009|Ga0167615_1034950Not Available811Open in IMG/M
3300013009|Ga0167615_1070288Not Available534Open in IMG/M
3300013009|Ga0167615_1072932Not Available523Open in IMG/M
3300017696|Ga0187310_13654All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga6359Open in IMG/M
3300017696|Ga0187310_16306All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga6417Open in IMG/M
3300025360|Ga0209739_101757All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae6525Open in IMG/M
3300025360|Ga0209739_105639All Organisms → Viruses → Predicted Viral2712Open in IMG/M
3300025360|Ga0209739_106180All Organisms → Viruses → Predicted Viral2540Open in IMG/M
3300025360|Ga0209739_109240All Organisms → Viruses → Predicted Viral1869Open in IMG/M
3300025371|Ga0209224_1000756All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU807386Open in IMG/M
3300025371|Ga0209224_1000897All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Vulcanisaeta → unclassified Vulcanisaeta → Vulcanisaeta sp.6661Open in IMG/M
3300025371|Ga0209224_1003157All Organisms → Viruses → Predicted Viral3229Open in IMG/M
3300025371|Ga0209224_1009748Not Available1649Open in IMG/M
3300025371|Ga0209224_1019517All Organisms → Viruses → Predicted Viral1050Open in IMG/M
3300025371|Ga0209224_1029897Not Available785Open in IMG/M
3300025371|Ga0209224_1041424Not Available615Open in IMG/M
3300025462|Ga0209120_1022683All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU801185Open in IMG/M
3300025462|Ga0209120_1061017Not Available587Open in IMG/M
3300026821|Ga0208006_109257All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp.1071Open in IMG/M
3300027937|Ga0208151_100956All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU8010091Open in IMG/M
3300027937|Ga0208151_110757Not Available1225Open in IMG/M
3300027937|Ga0208151_112197Not Available1075Open in IMG/M
3300027937|Ga0208151_115992Not Available825Open in IMG/M
3300027937|Ga0208151_116703All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU80790Open in IMG/M
3300027937|Ga0208151_122659Not Available577Open in IMG/M
3300027937|Ga0208151_125085Not Available514Open in IMG/M
3300029625|Ga0311297_1324552All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU801737Open in IMG/M
3300033159|Ga0326758_102993All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Vulcanisaeta → unclassified Vulcanisaeta → Vulcanisaeta sp.2510Open in IMG/M
3300033830|Ga0326764_000812All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga8536Open in IMG/M
3300033830|Ga0326764_001540All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga5723Open in IMG/M
3300033830|Ga0326764_001993All Organisms → Viruses → Predicted Viral4867Open in IMG/M
3300033830|Ga0326764_005159All Organisms → Viruses → Predicted Viral2682Open in IMG/M
3300033830|Ga0326764_005326All Organisms → Viruses → Predicted Viral2633Open in IMG/M
3300033830|Ga0326764_022851Not Available923Open in IMG/M
3300033830|Ga0326764_029211Not Available753Open in IMG/M
3300033892|Ga0326767_000831All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga7176Open in IMG/M
3300033892|Ga0326767_005240All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU802122Open in IMG/M
3300033892|Ga0326767_009079All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU801445Open in IMG/M
3300033892|Ga0326767_022437Not Available722Open in IMG/M
3300034404|Ga0374090_00826All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae9981Open in IMG/M
3300034404|Ga0374090_01333All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga7294Open in IMG/M
3300034404|Ga0374090_02926All Organisms → Viruses → Predicted Viral3798Open in IMG/M
3300034404|Ga0374090_04807All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU802292Open in IMG/M
3300034404|Ga0374090_05884All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Caldivirga → unclassified Caldivirga → Caldivirga sp. MU801818Open in IMG/M
3300034404|Ga0374090_06014All Organisms → Viruses → Predicted Viral1769Open in IMG/M
3300034404|Ga0374090_13971Not Available644Open in IMG/M
3300034404|Ga0374090_14001All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Vulcanisaeta → unclassified Vulcanisaeta → Vulcanisaeta sp.643Open in IMG/M



 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring29.41%
Hypoxic/Sulfidic AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Hypoxic/Sulfidic Aquatic27.45%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hot Spring Sediment8.82%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hot Spring Sediment7.84%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Sediment → Unclassified → Hot Spring Sediment7.84%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring Water3.92%
Ferrous Microbial Mat And AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat And Aquatic2.94%
Hotspring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hotspring Sediment1.96%
HotspringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hotspring1.96%
Hot SpringEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Microbial Mats → Hot Spring1.96%
Hypoxic/Sulfidic AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Alkaline → Unclassified → Hypoxic/Sulfidic Aquatic1.96%
Ferrous Microbial MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat1.96%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hot Spring0.98%
Ferrous MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Mat0.98%

Visualization
Powered by ApexCharts



Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2015219000Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP19 Cistern SpringEnvironmentalOpen in IMG/M
2077657023Hot spring microbial communities from One Hundred Springs Plain, Yellowstone National Park, Wyoming, USA - sample OSP_BEnvironmentalOpen in IMG/M
3300000342Ferrous microbial mat communities from One Hundred Spring Plain, Yellowstone National Park, USA - T=74-76EnvironmentalOpen in IMG/M
3300001309Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen in IMG/M
3300001382Hot spring sediment microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC3_ASEDEnvironmentalOpen in IMG/M
3300003607Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen in IMG/M
3300003614Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen 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
3300005856Hot spring sediment microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC3_ASED (SPADES assembly)EnvironmentalOpen in IMG/M
3300005958Hypoxic/sulfidic aquatic microbial communities from Cistern Spring, Yellowstone National Park, USAEnvironmentalOpen in IMG/M
3300005959Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MG (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
3300006857Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B host_MetaGEnvironmentalOpen in IMG/M
3300006858Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - OSPB_host_MetaGEnvironmentalOpen in IMG/M
3300013008Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300013009Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300017696Hotspring sediment microbial communities from Obsidian Pool, Yellowstone National Park, Wyoming, USA ? Obsidian 6. Combined Assembly of Gp0212723, Gp0212724EnvironmentalOpen in IMG/M
3300025360Hot spring sediment microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC3_ASED (SPAdes)EnvironmentalOpen in IMG/M
3300025371Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MG (SPAdes)EnvironmentalOpen 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
3300027937Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B host_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300029625Mildly acidic thermal spring sediment microbial community from Yellowstone National Park, USA - SJ3 SpringEnvironmentalOpen in IMG/M
3300033159Hot spring sediment microbial communities from Geyser Creek Basin, Yellowstone National Park, WY, United States - GCR.JH_SEnvironmentalOpen in IMG/M
3300033830Hot spring sediment microbial communities from Norris Geyser Basin, Yellowstone National Park, WY, United States - NOR.RB_SEnvironmentalOpen in IMG/M
3300033892Hot spring water microbial communities from Norris-Mammoth Corridor, Yellowstone National Park, WY, United States - NMC.RSE_PEnvironmentalOpen in IMG/M
3300034404Hot spring sediment microbial community from Evening Primrose, Yellowstone National Park, WY, USA - EP_sedEnvironmentalOpen in IMG/M

Geographical Distribution
Zoom:     Powered by OpenStreetMap



 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
YNP192438302015219000Hot SpringVIEVPITNTVFKPILEKAYKTLDDYEKRRLLAYEVGGAFKVHPYYIQLLILDAIQLSQLLNIRDVNTLVKTLLEHPLSQERAGMIGRQGVEWLIKRMIEVGLLDMPSS
OSPB_003191702077657023Hot SpringSIGTIKSIVGGRFHGEYIGYRLDPIPFIIIRVGDSLLEVPIMLFKPILEKAYRVLEDYEKRRLLAYEASGIFKTHPYQAQLLILDAIQLSQLLGIRDAGALVRTLLEHPLSQERAGMIGRRGVEWLVRAMIEVGLLAF
OneHSP_7476CDRAFT_101677213300000342Ferrous MatPIPFIRIRVKGGVIEVPITNTVFKPILEKAYKTLDDYERRRLLAYEVGGAFKVHPFYIQLLILDAIQLSQLLNIRTADALVRALLEHPLSQERAGMIGRQGVEWLVRAMIEVGLLAMPNS
JGI20129J14369_100095163300001309Hypoxic/Sulfidic AquaticMETIEEVLKGSIGTIRSIVGGRLNGDYIGYRLDPIPFIIIRIGDSLLEVPITLFKPILEKAYRVLEDYEKRRLLAYEASGIFKVQPYIIQLLILDAIQLSKLLGIRTANTLVKTLLEHPLSSERATLLGRRGVEWLVRRMINVGLLNMPKDGS*
JGI20129J14369_100737123300001309Hypoxic/Sulfidic AquaticMETIENMLRENTGTIRSIVGGRFNGDYIGYRLDPIPFIIIRIGDSIIEVPITHTAFKAILEKAYRTLEDYEKRRLLAYEASGIFKTQPYQAQLLILDAIQLSQLLNIRDANTLVKTLLEHPLSQERATLLGRRGVEWLVRRMINVGLLNMPEG*
JGI20127J14776_1000394103300001382Hot Spring SedimentMEWIIRENEEAIRSIVKRAFNGEYRGYTNDAVPFIRIKVKDGVIEIPITHQAFKPILEKAYKALDDYGKRRLLAYEVGGTFKVHPYYIQLLILDAIQLSQLLGIRDTSTLVKTLLEHPLSQERAGMIGRLGVEWLVSRMIDVGLLNMPSP*
JGI20129J51889_100078533300003607Hypoxic/Sulfidic AquaticMERIIWENVDAIRGIVKRAFNGEYLGYNLDPIPFIRIRVKDGVIEVPITNQAFKPILEKAYKTLDDYEKRRLLAYEVGGAFKVHPYYIQLLILDVIQLSQLLNIRDVNTLVKTLLEHPLSSERATLLGRQGVELLLHRMIEVGLLAMPSP*
JGI20129J51889_101963313300003607Hypoxic/Sulfidic AquaticVTIPLAEVWTTSSQVSTRKALGRYTIAYTRQAQISPNWSHNPKPPVGTIEEVLKESISIIKSIVEGRLNGDYIGYRLDPIPFIIIRIGDNLTEVPITHTAFKPILEKAYRVLEDYERRRLLAYEASGIFKIQPYIIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSRERATLLTKQGVEWLVRRMINVGLLNMPEDGS*
JGI20129J51889_101977323300003607Hypoxic/Sulfidic AquaticMERIVRENEEAIRSIVKRAFNGEYKGYTNDAIPFIRIRVKDGVIEVPITNTVFKPILEKAYKTLDDYERRRLLAHEVGSAFKVHPFYIQLLILDAIQLSQLLNIRDVNTLVKTLLEHPLSQERAGMIGRQGVEWLIKRMIEVGLLNMPSP*
JGI20129J51889_102002613300003607Hypoxic/Sulfidic AquaticVTIPLAEVWTTSSQVSTRKPLGMYTIAYTRQAQISPNWSHNPKPPVGTIEEVLKESISIIKSIVEGRLNGDYIGYRLDPIPFIIIRIGDSLTEVPITHTPFKPILEKAYRTLEDYEKRRLLAYEASGIFKIQPYIIQLLILDAIQLSQLLGIRDANTLVKTLLEHPLSSERATLLTKQGVEWLVRRMIEVGLLVF*
JGI20129J51889_102263813300003607Hypoxic/Sulfidic AquaticSIVGSRLNGEYIGYRLDPIPFIIIRVGDSLIEVPITHTAFKAILEKAYRVLEDYEKRRLLAYEASGIFKTQPYQAQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSRERATLLGKHGVEWLVRRMINVGLLNM*
JGI20129J51889_102582723300003607Hypoxic/Sulfidic AquaticGDSLTEVPITHTAFKPILEKAYRTLEDYEKRRLLAYEASGIFKTQPYQAQLLILDAIQLSQLLNIRDANTLVKTLLEHPLSQERATLLGRRGVEWLVRRMINVGLLNM*
JGI20129J51889_102672313300003607Hypoxic/Sulfidic AquaticVLINTITNKPLMETIEDVLRGSVIKSIVGGRFHGDYIGYRLDPIPFIIIRIGDSLIEVPITHTAFKAILEKAYRVLEDYERRRLLAYEVGSIFKIQPYQAQLLILDAIQLSQLLGIRTADALVRTLLEHPLSSERATLLGRRGVEWLVRAMINVGLLNM*
JGI20129J51889_102846613300003607Hypoxic/Sulfidic AquaticMETIEEVLKGSIGTIRSIVGSVFHGDYIGYRLDPIPFIIIRVGDSLTEVPITNPAFKPILEKAYRVLEDYERRRLLAYEASGIFKIQPYQAQLLILDAIQLSQLLGIRDADALVRTLLEHPLSSERATLLGRRGVEWLVRAMINVGLLNM*
JGI20129J51890_1000160543300003614Hypoxic/Sulfidic AquaticMETIEEVLKGSIGTIRSIVGSVFHGDYIGYRLDPIPFIIIRVGDSLTEVPITNPAFKPILEKAYRVLEDYERRRLLAYEASGIFKIQPYIIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSRERATLLTKQGVEWLVRRMINVGLLNMPEDGS*
JGI20129J51890_1010897813300003614Hypoxic/Sulfidic AquaticTNQAFKPILEKAYKTLDDYEKRRLLAYEVGGAFKVHPYYIQLLILDVIQLSQLLNIRDVNTLVKTLLEHPLSSERATLLGRQGVELLLHRMIEVGLLAMPSP*
JGI20129J51890_1017771933300003614Hypoxic/Sulfidic AquaticNGEYLGYNLDPIPFIRIRVKDGVIEVPITNQAFKPILEKAYKTLDDYEKRRLLAYEVGGAFKVHPYYIQLLILDVIQLSQLLNIRDVNTLVKTLLEHPLSSERATLLGRQGVELLLHRMIEVGLLAMPSP*
JGI20129J51890_1023824223300003614Hypoxic/Sulfidic AquaticMETIEEVLKGSIGTIRSIVGSRFNGDYIGYRLDPIPFIIIRIGDSLTEVPITIPAFKPILEKAYRVLEDYERRRLLAYEASGIFKIQPYIIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSRERATLLSKQGVEWLVRRMINVGLLNMPEDGS*
JGI20129J51890_1034238423300003614Hypoxic/Sulfidic AquaticMETIEEVLKESIGTFRSIVGSRLNGDYIGYRLDPIPFIIIRVGDSLLEVPITLFKPILEKAYRTLEDYEKRRLLAYEASGIFKTQPYQAQLLILDAIQLSKLLGIRTANTLVKTLLEHPLSRERATLLGRHGVEWLVRRMINVGLLNM*
JGI20129J51890_1068210813300003614Hypoxic/Sulfidic AquaticFDGVQSPGQVHNSLNRQAQIRANQHHNQKPLMETIENMLRENTGTIRSIVGSRFNGDYIGYRLDPIPFIIIRIGDSIIEVPITHTAFKAILEKAYRTLEDYEKRRLLAYEASGIFKTQPYQAQLLILDAIQLSQLLNIRDANTLVKTLLEHPLSQERATLLGRRGVEWLVRRMINVGLLNMPEG*
Ga0073350_11711423300005223HotspringVLIGAIIPKPLMEAIEEVLKGSIGTIKSIVGSRFNGEYIGYRLDPIPFIIIRIEDSLIEVPITLFKAILEKTYRTLEGYEKAMLLAYEASGIFRVHPYYIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSRERAGMIGRRGVEWLVRAMINVGLLNMPEDDSCASQTCS*
Ga0073350_14999313300005223HotspringMERIVRENVDVIRSIVRRAFNGEYMGYTNDAIPFIRIRVKDGVIEVPITNTAFKPILEKAYKTLDNYEKRRLLAYEVGGAFKVHPYYIQLLILDAIQLSQLLNIRNADALVRTLLEHPLSSERAGMIGRQGVELLIKRMIEVGLLNMPSP*
Ga0080005_10497993300005856Hot Spring SedimentFRRAKPWAGTRLGYARRAQISANWSHNPQAPVGTIEDVLRESIGTIRSIVRGRFNGEYIGYRLDPIPFIIIRIGESLIEVPITAFKPILEKAYRTLGDYEKRRLLAYEASGVFKVQPYIIQLLTLDAIQLSKLLGIRTAKDLVRTLLEHPLSRERATLLGRSGVEWLVGAMINVGLLPEGFPKHAPNENVDG*
Ga0080005_111312813300005856Hot Spring SedimentMMEVAIVEWIIRENEEAIRSIVKRAFNGEYRGYTNDAVPFIRIKVKDGVIEIPITHQAFKPILEKAYKALDDYGKRRLLAYEVGGTFKVHPYYIQLLILDAIQLSQLLGIRDTSTLVKTLLEHPLSQERAGMIGRLGVEWLVSRMIDVGLLNMPSP*
Ga0080005_13245833300005856Hot Spring SedimentVGTIEDVLRGSIGTIRSIVRGRFHGEYIGYRLDPIPFIIIRIGESLIEVPITHTAFKPILEKAYRTLGDYEKRRLLAYEASGVFKIQPYIIQLLTLDAIQLSKLLGIRTAKDLIRTLLEHPLSRERAGMIGRRGVEWLVGRMTEVGLLSWNGSCISQTCS*
Ga0080005_172782133300005856Hot Spring SedimentVDTIEDVLRESIGTIRSIVRGRFHGEYIGYRPDPIPFIIIRIEDSLIEVPITHTAFKPILEKAYKVLEDYEKRRLLAYEASGVFKVHPFYIQLLILDAIQLSQLLGIRDANTLVKTLLEHPLSRERATLLGRRGVEWLVGAMINVGLLAF*
Ga0081473_12368263300005958Hypoxic/Sulfidic AquaticMETIEDVLRENTGTIKSIVGSRLNGDYIGYRLDPIPFIIIRVGDSLIEVPITLFKPILEKAYRVLEDYERRRLLAYEASGIFKTQPYIIQLLILDAIQLSKLLGIRTANTLVKTLLEHPLSRERATLLGKHGVEWLVRRMINVGLLNM*
Ga0081473_13240123300005958Hypoxic/Sulfidic AquaticPFIIIRIGDSIIEVPITHTAFKAILEKAYKVLEDYERRRLLAYEASGIFKIQPYQAQLLILDAIQLSQLLNIRNANTLVKTLLEHPLSRERAGMIGKQGVEWLVRAMINVGLLNMPEG*
Ga0081534_10331963300005959Hypoxic/Sulfidic AquaticVGGRLNGDYIGYRLDPIPFIIIRIGDSLLEVPITLFKPILEKAYRVLEDYEKRRLLAYEASGIFKVQPYIIQLLILDAIQLSKLLGIRTANTLVKTLLEHPLSSERATLLGRRGVEWLVRRMINVGLLNMPKDGS*
Ga0081534_10409443300005959Hypoxic/Sulfidic AquaticVLINTITNKPLMETIENMLRENTGTIKSIVGSVFHGDYIGYRLDPIPFIIIRVGDSIIEVPITHTAFKPILEKAYRTLEDYEKRRLLAYEASGIFKTQPYQAQLLILDAIQLSQLLNIRDANTLVKTLLEHPLSQERATLLGRRGVEWLVRRMINVGLLNMPEG*
Ga0081534_10460233300005959Hypoxic/Sulfidic AquaticMETIENMLRENTGTIRSIVGSRFNGDYIGYRLDPIPFIIIRIGDSLTEVPITNPAFKAILEKAYRVLEDYERRRLLAYEASGIFKTQPYIIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSSERATLLGKHGVEWLVRRMINVGLLNM*
Ga0081534_11888413300005959Hypoxic/Sulfidic AquaticVLINTITNKPPVGTIEEVLKGSIGTIKSIVGSRLHGDYIGYRLDPIPFIIIRIGDNLLEVPITHTAFKPILEKAYRTLEDYEKRRLLAYEASGIFKIQPYIIQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSQERATLLGRRGAEWLVRRI
Ga0081534_12006213300005959Hypoxic/Sulfidic AquaticMRRMVNMERIVRENEEAIRSIVKRAFNGEYKGYTNDAIPFIRIRVKDGVIEVPITNTVFKPILEKAYKTLDDYERRRLLAHEVGSAFKVHPFYIQLLILDAIQLSQLLNIRDVNTLVKTLLEHPLSQERAGMIGRQGVEWLIKRMIEVGLLNMPSP*
Ga0081529_11558563300005964Ferrous Microbial Mat And AquaticMERIVRENVDAIRGIVKRAFNGEYMGYTNDAIPFIRIRVKGGIIEVPITNTVFKPILEKAYKTLDDYEKRRLLAYEVGGAFKVHPFYIQLLILDAIQLSQLLNIRTADALVRALLEHPLSQERAGMIGRPGVEWLVRRMIEVGLLAMPSS*
Ga0081529_12300123300005964Ferrous Microbial Mat And AquaticVLINTIANKPLMETIEEVLKGSIGTIRSIVGSRFHGEYIGYRLDPIPFIIIRIEESLIEVPITLFKPILEKAYKTLDTYERRRLLAYEASGIFKTQPYIIQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSQERATLLGRRGVEWLVRRMINVGLLNM*
Ga0081529_12853643300005964Ferrous Microbial Mat And AquaticVLINTIANKPLVETIEEVLRGSIGTIRSIVGSRFHGDYIGYRLDPIPFIIIRIEESLIEVPITHTAFKPILEKAYRVLEDYERRRLLAYEASGIFKVHPYYIQLLILDAIQLSQLLGIRDAGALVRTLLEHPLSRERATLLGKRGAEWLVRAMINVGLLNM*
Ga0081474_11822543300005977Ferrous Microbial MatMETIEEVLKESISIIKSIVGSRLNGEYIGYRLDPIPFIIIRVGDSLLEVPITLFKPILEKAYRVLEDYERRRLLAYEASGIFKIQPYIIQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSQERATLLGKQGVEWLVRRMINVGLLNM*
Ga0081474_122218123300005977Ferrous Microbial MatMERIVRENEDAIRGIVRRTFNGEYLGYNLNPIPFIRIRVKDGVIEVPITNTVFKPILEKAYKTLDDYERRRLLAYEVGGAFKVHPFYIQLLILDAIQLSQLLNIRTADALVRALLEHPLSQERAGMIGRQGVEWLVRAMIEVGLLAMPNS*
Ga0079042_101508913300006181Hot SpringGYRLDPIPFIIIRIEESLIEVPITHTAFKPILEKAYRVLEDYERRRLLAYEASGIFKVHPYYIQLLILDAIQLSQLLGIRDAGALVRTLLEHPLSRERATLLTKQGVEWLVRAMINVGLLNM*
Ga0079042_101565923300006181Hot SpringMERIVRENVDAIRGIVKRAFNGEYMGYTNDAIPFIRIRVKGGIIEVPITNTVFKPILEKAYKTLDDYERRRLLAYEVGGAFKVHPFYIQLLILDAIQLSQLLNIRTADALVRALLEHPLSQERAGMIGR
Ga0079042_103480113300006181Hot SpringVLINTIANKPLMETIEEVLKGSIGTIRSIVGSRFHGEYIGYRLDPIPFIIIRIEESLIEVPITLFKPILEKAYKTLDTYERRRLLAYEASGIFKTQPYIIQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSQERATLLGRRGVEWLVRRMINVGLLN
Ga0079041_100492643300006857Hot SpringRIVRENVDAIRGIVKRAFNGEYMGYTNDAIPFIRIRVKGGVIEVPITNTVFKPILEKAYKTLDDYEKRRLLAYEVGGAFRVYPYYIQLLILDAIQLSQLLNIRDVNTLVKTLLEHPLSSERAGMIGRQGVEWLVRRMINVGLLALPSS*
Ga0079041_100631943300006857Hot SpringISPNWSHNPKPLMETIEEVLRGSIGTIRSIVGGRFHGEYIGYRLDPIPFIIIRIEESLIEVPITLFKPILEKAYKTLDTYERRRLLAYEASGIFKTQPYIIQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSQERATLLGRRGVEWLVRRMINVGLLNM*
Ga0079041_100756013300006857Hot SpringEYLGYTNDAIPFIIIKVKDGVIEEPITHQAFKPILDKSYKVLDGYEKARLLAYEVGSAFKVKPFYIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSQERAGMIGRPGVEWLVSRMIEVGLLNMPSP*
Ga0079041_101489623300006857Hot SpringVLINTIANKPLMETIEEVLKGSIGTIRSIVGSVFHGDYIGYRLDPIPFIIIRIGDSIIEVPITHTAFKPILEKAYRTLEDYERRRLLAYEASGIFKIQPYIIQLLILDAIQLSQLLGIRDANTLVKALLEHPLSSERATVLGRRGVEWLVRRMINVG
Ga0079041_102456123300006857Hot SpringNTRPGFDGAQSPGQVHNSLNRQAQISPNWSHNPKPLVETIEEVLRGSIGTIRSIVGSRLNGEYIGYRLDPIPFIIIRVGDSLLEVPITLFKPILEKAYRVLEDYEKRRLLAYEASGIFKTHPYQAQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSRERATLLGRRGVEWLVRRMINVGLLNM*
Ga0079041_103789913300006857Hot SpringGSIGTIRSIVGGRFHGDYIGYRLDPIPFIIIRVGDNLLEVPITHTAFKPILEKAYKTLEGYERRRLLAYEASGIFKVHPYYIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSQERATLLGRRGAEWLVRRMINVGLLNMPEG*
Ga0079048_100936723300006858Hot SpringMERIVRENEDAIRGIVRRTFNGEYLGYNLDPIPFIRIRVKGGVIEVPITNTVFKPILEKAYKTLDDYERRRLLAYEVGGAFKVHPYYIQLLILDVIQLSQLLGIRTADALVRALLEHPLSQERAGMIGRQGVEWLVRAMIEVGLLAMPNS*
Ga0079048_102568723300006858Hot SpringVETIEEVLKESISIIKSIVGSRLNGEYIGYRLDPIPFIIIRVGDGLLEVPITLFKPILEKAYRVLEDYERRRLLAYEASGIFKIQPYQAQLLILDAIQLSKLLGIRTANTLVKTLLEHPLSRERAGMIGRRGAEWLVRRMINVGLLNM*
Ga0079048_102801813300006858Hot SpringYIGYRLDPIPFIIIRVGDGLLEVPITLFKPILEKAYRTLEDYEKRRLLAYEASGIFKIQPYQAQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSSERAGMIGRRGAEWLVRAMIEVGLLAP*
Ga0079048_103025913300006858Hot SpringMETIEEVLKGSIGTIKSIVGGRFHGEYIGYRLDPIPFIIIRVGDSLLEVPIMLFKPILEKAYRVLEDYEKRRLLAYEASGIFKTHPYQAQLLILDAIQLSQLLGIRDAGALVRTLLEHPLSQERAGMIGRRGVEWLVRAM
Ga0167616_105259813300013008Hot SpringRGSVIKSIVGGRFHGDYIGYRLDPIPFIIIRIGGSLIEVPITHTAFKPILEKAYKVLEGYEKRRLLAYEASGIFKVHPYYIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSQERATLLGRRGVEWLVRRMINVGLLNMPEG*
Ga0167616_105645713300013008Hot SpringMTLMEKIIWENVDTIRDIVKRTFNGEYLGYNLDPIPFIRIKVKGGVIEVPITNIAFKPILAKAYKTLDNYEKRRLLAYEVGGAFKVHPYYIQLLILDAIQLSQLLNIRDAKDLVRTLLEHPLSRERAGMIGRQGVELLVR
Ga0167615_100997133300013009Hot SpringVDTIEDVLRGSVIKSIVGGRFHGDYIGYRLDPIPFIIIRIGGSLIEVPITHTAFKPILEKAYKVLEGYEKRRLLAYEASGIFKVHPYYIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSQERATLLGRRGVEWLVRRMINVGLLNMPEG*
Ga0167615_102670923300013009Hot SpringMETIEEVLKESISIIKSIVGGRFHGDYIGYRLDPIPFIIIRIEDSLIEVPITLFKTILEKAYRVLEDYERRRLLAYEASGIFKVQPYQAQLLILDTIQLSKLLGIRDANTLVKALLEHPLSRERAGMIGRRGVEWLVRAMIEVGLLAF*
Ga0167615_103495013300013009Hot SpringMRGMVPMERIVRENEEAIRSIVKRAFNGEYKGYTNDAIPFIIIKVKDGVIEVPITNTAFKPILGKAYKTLGDYERRRLLAYEVGGAFKVHPYYIQLLILDAIQLSQLLGIRTAKDLARTLLEHPLSQERAGMIGRQGVEWLIKRMIEVGLLNMPRP*
Ga0167615_107028813300013009Hot SpringTNDAIPFIRIRIKDGVIEVPITNQAFKPILEKAYKTLDDYEKRRLLAHEVGSAFKVHPFYIQLLILDAIQLSQLLNIRDADALVRALLEHPLSQERAGMIGRQGVEWLVSRMIKIGLLNMPSS*
Ga0167615_107293213300013009Hot SpringLALINTITNKPLMETIEEVLKESISIIRSIVGSRLNGEYIGYRLDPIPFIIIRIGDSLTEVPITLFKPILEKAYRTLEDYERRRLLAYEVGGIFKVQPYIIQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSQERATLLGRQGVEWLVRAMINVGLLNMPEG*
Ga0187310_1365473300017696Hotspring SedimentVDTIEDVLSGSISLIRSIVEGSFHGEYIGYRLDPIPFIIIRIGEGLIEVPITHTAFKPILEKAYRVLEDYEKRRLLAYEVSGAFKVHPYYIQLLILDAIQLSQLLGIRDANTLVKTLLEHPLSQERAVMLGRRGVEWLLRRMTEVGLLPP
Ga0187310_1630663300017696Hotspring SedimentVGSVFNGQYIGYRLDPIPFIIIRIGESLIEVPITAFKPILEKAYRVLEDYEKRRLLAYEASGILKIQPYIIQLLILDAIQLGRLLGIRDANTLVRTLLEHPLSRERAGMIGRRGVEWLVRAMTEVGLLNMPKHVPNKNVNG
Ga0209739_101757103300025360Hot Spring SedimentVDTIEDVLRESIGTIRSIVRGRFHGEYIGYRPDPIPFIIIRIEDSLIEVPITHTAFKPILEKAYKVLEDYEKRRLLAYEASGVFKVHPFYIQLLILDAIQLSQLLGIRDANTLVKTLLEHPLSRERATLLGRRGVEWLVGAMINVGLLAF
Ga0209739_10563923300025360Hot Spring SedimentMMEVAIVEWIIRENEEAIRSIVKRAFNGEYRGYTNDAVPFIRIKVKDGVIEIPITHQAFKPILEKAYKALDDYGKRRLLAYEVGGTFKVHPYYIQLLILDAIQLSQLLGIRDTSTLVKTLLEHPLSQERAGMIGRLGVEWLVSRMIDVGLLNMPSP
Ga0209739_10618053300025360Hot Spring SedimentRSIVRGRFHGEYIGYRLDPIPFIIIRIGESLIEVPITAFKPILEKAYRTLGDYEKRRLLAYEASGVFKVQPYIIQLLTLDAIQLSKLLGIRTAKDLVRTLLEHPLSRERAGMIGRRGVEWLVGAMINVGLLPEGFPKHAPNENVDG
Ga0209739_10924013300025360Hot Spring SedimentRAKPWAGTRLGYARRAQISANWSHNPQAPVGTIEDVLRGSIGTIRSIVRGRFHGEYIGYRLDPIPFIIIRIGESLIEVPITHTAFKPILEKAYRTLGDYEKRRLLAYEASGVFKIQPYIIQLLTLDAIQLSKLLGIRTAKDLIRTLLEHPLSRERAGMIGRRGVEWLVGRMTEVGLLSWNGSCISQTCS
Ga0209224_100075693300025371Hypoxic/Sulfidic AquaticMERIIWENVDAIRGIVKRAFNGEYLGYNLDPIPFIRIRVKDGVIEVPITNQAFKPILEKAYKTLDDYEKRRLLAYEVGGAFKVHPYYIQLLILDVIQLSQLLNIRDVNTLVKTLLEHPLSSERATLLGRQGVELLLHRMIEVGLLAMPSP
Ga0209224_100089763300025371Hypoxic/Sulfidic AquaticVGGRLNGDYIGYRLDPIPFIIIRIGDSLLEVPITLFKPILEKAYRVLEDYEKRRLLAYEASGIFKVQPYIIQLLILDAIQLSKLLGIRTANTLVKTLLEHPLSSERATLLGRRGVEWLVRRMINVGLLNMPKDGS
Ga0209224_100315743300025371Hypoxic/Sulfidic AquaticVGSVFHGDYIGYRLDPIPFIIIRVGDSLTEVPITNPAFKPILEKAYRVLEDYERRRLLAYEASGIFKIQPYIIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSRERATLLTKQGVEWLVRRMINVGLLNMPEDGS
Ga0209224_100974833300025371Hypoxic/Sulfidic AquaticMETIENMLRENTGTIRSIVGGRFNGDYIGYRLDPIPFIIIRIGDSIIEVPITHTAFKAILEKAYRTLEDYEKRRLLAYEASGIFKTQPYQAQLLILDAIQLSQLLNIRDANTLVKTLLEHPLSQERATLLGRRGVEWLVRRMINVGLLNMPEG
Ga0209224_101951723300025371Hypoxic/Sulfidic AquaticVLINTITNKPPVGTIEEVLKGSIGTIKSIVGSRLHGDYIGYRLDPIPFIIIRIGDNLLEVPITHTAFKPILEKAYRTLEDYEKRRLLAYEASGIFKIQPYIIQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSQERATLLGRRGAEWLVRRMINVGLLNMPEG
Ga0209224_102989723300025371Hypoxic/Sulfidic AquaticMERIVRENEEAIRSIVKRAFNGEYKGYTNDAIPFIRIRVKDGVIEVPITNTVFKPILEKAYKTLDDYERRRLLAHEVGSAFKVHPFYIQLLILDAIQLSQLLNIRDVNTLVKTLLEHPLSQERAGMIGRQGVEWLIKRMIEVGLLNMPSP
Ga0209224_104142413300025371Hypoxic/Sulfidic AquaticDPIPLIIIRIGESLTEVPITNPAFKAILEKAYKVLEDYERRRLLAYEVGSIFKIQPYQAQLLILDAIQLSQLLGIRTADALVRTLLEHPLSSERATLLGRRGVEWLVRAMINVGLLNM
Ga0209120_102268323300025462Hot SpringVGTIEDVLRGSVGVIKSIVGSHGDYIGYRLDPIPFIIIRIGDSLIEVPITHTAFKPILEKAYKTLDTYERRRLLAYEVSGILKVQPYIIQLLILDAIQLSRLLGIRDAGALVRTLLEHPLSRERAGMIGRRGVERLVKAMINVGLLNMPEG
Ga0209120_106101713300025462Hot SpringLINTMMGMAIMEWIIRENEEAIRSIVKRAFNGEYRGYTNDVIPFIRIKVKDGVIEASITNPAFKPILAKAYKALDNYEKRRLLAFEASASFKVHPYYIQLLILDAIQLSQLLGIRTAKDLVRTLLEHPLSQERAGMIGRPGVELLIRRMIEVSLLNMPSS
Ga0208006_10925723300026821Hot SpringTNDAIPFIRIRVKGGIIEVPITNTVFKPILEKAYKTLDDYEKRRLLAYEVGGAFKVHPFYIQLLILDAIQLSQLLNIRTADALVRALLEHPLSQERAGMIGRQGVEWLVRAMIEVGLLAMPSS
Ga0208151_10095683300027937Hot SpringMERIVRENVDAIRGIVKRAFNGEYMGYTNDAIPFIRIRVKGGIIEVPITNTVFKPILEKAYKTLDDYERRRLLAYEVGGAFKVHPFYIQLLILDAIQLSQLLNIRTADALVRALLEHPLSQERAGMIGRQGVEWLVRAMIEVGLLAMPSS
Ga0208151_11075713300027937Hot SpringVETIEEVLRGSIGTIRSIVGGRFHGDYIGYRLDPIPFIIIRIEESLIEVPITHTAFKPILEKAYRVLEDYERRRLLAYEASGIFKVHPYYIQLLILDAIQLSQLLGIRDAGALVRTLLEHPLSRERATLLTKQGVEWLVRAMINVGLLNM
Ga0208151_11219713300027937Hot SpringVLINTIANKPLMETIEEVLKGSIGTIRSIVGSVFHGDYIGYRLDPIPFIIIRIGDSIIEVPITHTAFKPILEKAYRTLEDYERRRLLAYEASGIFKIQPYIIQLLILDAIQLSQLLGIRDANTLVKALLEHPLSSERATVLGRRGVEWLVRRMINVGLLNM
Ga0208151_11599213300027937Hot SpringMETIEEVLRGSIGTIRSIVGGRFHGEYIGYRLDPIPFIIIRIEESLIEVPITLFKPILEKAYKTLDTYERRRLLAYEASGIFKTQPYIIQLLILDAIQLSQLLGIRTADALVRTLLEHPLSRERATLLTKQGVEWLVRAMINVG
Ga0208151_11670323300027937Hot SpringVPMERIVRENEEAIRSILKSAFNGEYLGYTNDAIPFIIIKVKDGVIEEPITHQAFKPILAKAYKTLDDYERRRLLAYEVGGAFKVHPYYIQLLILDAIQLSQLLNIRDAKDLVRALLEHPLSQERAGMIGRRGVELLVSRMIEV
Ga0208151_12265923300027937Hot SpringQISPNWSHNPKPLVETIEEVLRGSIGTIRSIVGSRLNGEYIGYRLDPIPFIIIRVGDSLLEVPITLFKPILEKAYRVLEDYEKRRLLAYEASGIFKTHPYQAQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSRERAGMIGKQGVEWLVRAMINVGLLAF
Ga0208151_12508513300027937Hot SpringIVKRAFNGEYLGYTNDAIPFIIIKVKDGVIEEPITHQAFKPILDKSYKVLDGYEKARLLAYEVGSAFKVKPFYIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSQERAGMIGRPGVEWLVSRMIEVGLLNMPSP
Ga0311297_132455223300029625Hot SpringLRENTSAIRSIVGSRFHGDYIGYGLDPIPFLIIRVGGSLIEVPITHTVFRQVLEKAYRVLEGYEKRRLLAYEASGIFKVQPYIIQLLILDAIQLGKLLGIKDANTLVKTLLEHPLSRERATLLGRRGVEWLVRAMTEVGLLAP
Ga0326758_10299353300033159Hot Spring SedimentVGTIEDVLRGSVGRSIVGGRFNGEYVGYRLDPIPFIIIRIGESIIEVPITIFKPILEKAYKVPEDYEKRRLLAYEASGIFKIQPYIIQLLILDAIQLGKLLGIRDANTLVKTLLEHPLSRERATLLGRRGVEWLVRAMINVGLLNMPEG
Ga0326764_000812_2220_26903300033830Hot Spring SedimentMMGMVNMERIIWENVDAIRGIVKRAFNGEYMGYTNDAIPFIRIRVKGGIIEVPITNTVFKPILEKAYKTLDDYEKRRLLAYEVGGAFKVHPYYIQLLILDAIQLSQLLNIRDVNTLVKTLLEHPLSQERAGMIGRQGVEWLVRRMIEVGLLAMPSP
Ga0326764_001540_1717_22023300033830Hot Spring SedimentVLINTITNKPLVETIEEVLRGSIGTIKSIVGSRLNGEYIGYRLDPIPFIIIRVGESLTEVPITNPAFKAILEKAYRVLEDYERRRLLAYEVGGIFKIQPYQAQLLILDAIQLSKLLGIRNANTLVKTLLEHPLSQERAGMIGRQGVEWLVRRMIEVGLLSM
Ga0326764_001993_4007_44623300033830Hot Spring SedimentMETIEEVLKGSIGTIRSIVGSRLHGEYIGYRLDPIPFIIIRIEDSLLEVPITVFKTILEKAYKTLDTYERRRLLAYEASGIFKIQPYQAQLLILDAIQLSKLLGIRNANTLVKTLLEHPLSRERATLLGKQGVEWLVRAMINVGLLNMPEG
Ga0326764_005159_517_9633300033830Hot Spring SedimentVDTIEDVLRGSVIRSIVRSRFHGDYIGYRLDPIPFIIIRVGDSIIEVPITHTAFKPILEKAYRTLEDYEKRRLLAYEASGIFKVQPYIIQLLILDANQLSQLLGIRTANTLVKALLEHPLSQERATLLGRQGVEWLVRAMIEAGLLAF
Ga0326764_005326_2298_26333300033830Hot Spring SedimentIIIRIGDSIIEVPITAFKPILEKAYRVLEDYEKAMLLAYEAGGIFKIQPYIIQLLILDAIQLSKLLGIRNANTLVKTLLEHPLSQERAGMIGRQGVEWLVRRMIEVGLLAF
Ga0326764_022851_324_7703300033830Hot Spring SedimentMETIEEVLKGSIGTIRSIVGSRFHGDYIGYRLDPIPFIIIRVGDSLLEVPITLFKPILEKAYRVLEDYERRRLLAYEASGIFKTQPYIIQLLILDAIQLSQLLGIRTADALVRTLLEHPLSRERATLLGRRGVEWLVRRMINVGLLNM
Ga0326764_029211_197_6643300033830Hot Spring SedimentMETIENMLRENTGTIKSIVGSRFNGEYIGYRLDPIPLIIIRIGESLTEVPITNPAFKAILEKAYKVLEDYERRRLLAYEVGGIFKIQPYQAQLLILDAIQLSQLLGIRNANTLVKTLLEHPLSRERATLLGRRGVEWLVRRMINVGLLNMPEDGS
Ga0326767_000831_6258_67133300033892Hot Spring WaterMDTIENVLRESIGIIKSIVRNRLNGEYIGYRLDPIPFIIIRIGDNLTEVPITAFKAILEKAYRVLEDYEKAMLLAYEAGGIFKTQPYIIQLLILDAIQLSQLLGIREANTLAKTLLEHPLSSERATLLGRRGVEWLVRAMINVGLLNMPEG
Ga0326767_005240_1065_15113300033892Hot Spring WaterMDTIEEVLKGSIGTIKSIVRSVFNGEYIGYRLDPIPFIIIRIGDNLTEVPITAFKPILEKAYRVLEDYEKAMLLAYEAGGIFKVQPYIIQLLILDAIQLSQLLGIRTANTLVRTLLEHPLSRERATLLGRRGVEWLVRAMINVGLLNM
Ga0326767_009079_444_9053300033892Hot Spring WaterMVNMERIIWENVEAIRGIVKRAFNGEYMGYTNDAIPFIRIRVKGGVIEVPITNTAFKPILEKAYKTLDDYEKRRLLAYEVGGAFKVHPFYIQLLILDAIQLSQLLSIRDANTLAKTLLEHPLSQERAGMIGRPGVELLIKRMIEIGLLNMPSP
Ga0326767_022437_94_5553300033892Hot Spring WaterMASMERIIWENVDVIRGIVKRAFNGEYLGYNLDPIPFIRIRVKDGVIEVPITNPAFKPILEKAYKTLDDYEKRRLLAYEVGGSFKVHPYYIQLLILDAIQLSQLLNIRDAKDLVRTLLEHPLSQERAGMIGRPGVELLLHRMIEVGLLALPSS
Ga0374090_00826_9417_99323300034404Hot Spring SedimentVLINTITNKPPVGTIEGVLRGSIGSIKSIVGSRFHGEYVGYRLDPIPFIIIRIEDSLIEVPITNPAFKAILEKTYRTLEDYEKAMLLAYEASGIFRVHPYYIQLLILDAIQLSQLLGIRTANTLVETLLEHPLSRERAGMIGRRGVEWLVRAMINVGLLNMPEDDSCASCS
Ga0374090_01333_5982_64523300034404Hot Spring SedimentMRGMLNMERIVRENVDVIRSIVKRAFNGEYMGYTNDAIPFIIIKVKDGVIEVPITNTAFKPILEKAYKTLDNYEKRRLLAYEVGGAFKVHPYYIQLLILDAIQLSQLLNIRNADALVRTLLEHPLSSERAGMIGRQGVEWLIKRMIEVGLLNMPSP
Ga0374090_02926_1692_21623300034404Hot Spring SedimentMRGMVPMERIIWENGEAIRGIVKRAFNGEYMGYTNDAIPFIIIKVKGGVIEVPITNPAFKPILDKAYKTLGDYERRRLLAYEGGGAFKVHPYYIQLLILDIIQLSQLLGIRTADALVRALLEHPLSQERAGMIGRQGVELLLHRMIEVELLDLPSP
Ga0374090_04807_183_6533300034404Hot Spring SedimentMRGMVPMERIVRENEEAIRSIVKSAFNGEYLGYTNDAIPFIIIKVKDGVIEEPITHQAFKPILDKSYKVLDGYEKARLLAYEVGSAFKVKPFYIQLLILDAIQLSKLLGIRDANTLVKTLLEHPLSQERAGMIGRPGVEWLVSRMIEVGLLNMPSP
Ga0374090_05884_677_11233300034404Hot Spring SedimentVETIEDVLRGNTGVIRSIVGSRFNGDYIGYRLDPIPFIIIRIGDSLIEVPITAFKPILEEAYRTLEDYEKAMLLAYEVSGIFRVHPYYIQLLILDAIQLSQLLGIRTANTLVKTLLEHPLSQERAGMIGKHGVEWLVRAMINVGLLNM
Ga0374090_06014_1186_16473300034404Hot Spring SedimentMALMEGLIKENEEAIRSIVKRAFNGEYMGFTNDTIPFIRIRIKDGVIEVPITNQAFKPILEKAYKTLDDYEKRRLLAHEVGSAFKVHPFYIQLLILDAIQLSQLLGIRDAKDLVRTLLEHPLSQERAGMIGRPGVEWLVNRMIEVGLLNMPSP
Ga0374090_13971_110_5953300034404Hot Spring SedimentVLINTITNKPPVGTIEGVLRGSIGTIRSIVGSRFHGEYVGYRLDPIPFIIIRIGDSLNEVPITHTAFKPILEEAYRTLEDYEKAMLLAYEAGSIFKTQPYIIQLLILDAIQLSKLLGIRTANTPVETLLEHPLSSERATLLGRRGVEWLVRAMIEVGLLAP
Ga0374090_14001_1_3573300034404Hot Spring SedimentRLDPIPFIIIRIGDSLIEVPITLFKPILEKTYRTLEDYEKAMLLAYEASGIFKTQPYIIQLLILDAIQLSQLLGIRTADALVRTLLEHPLSSERAGMIGRRGVEWLVRAMIEVGLLAP


 ⦗Top⦘


© Pavlopoulos Lab, Bioinformatics & Integrative Biology | B.S.R.C. "Alexander Fleming" | Privacy Notice
Make sure JavaScript is enabled in your browser settings to achieve functionality.