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 F063848

Metagenome / Metatranscriptome Family F063848

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F063848
Family Type Metagenome / Metatranscriptome
Number of Sequences 129
Average Sequence Length 185 residues
Representative Sequence VAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK
Number of Associated Samples 57
Number of Associated Scaffolds 129

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.78 %
% of genes near scaffold ends (potentially truncated) 26.36 %
% of genes from short scaffolds (< 2000 bps) 58.14 %
Associated GOLD sequencing projects 36
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 (65.116 % 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
(48.062 % of family members)
Environment Ontology (ENVO) Unclassified
(70.543 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Surface (non-saline)
(44.961 % 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: 64.92%    β-sheet: 7.33%    Coil/Unstructured: 27.75%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 129 Family Scaffolds
PF00534Glycos_transf_1 13.18
PF04851ResIII 3.10
PF16363GDP_Man_Dehyd 1.55
PF01370Epimerase 1.55
PF01402RHH_1 0.78
PF01930Cas_Cas4 0.78
PF00271Helicase_C 0.78

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 129 Family Scaffolds
COG1468CRISPR/Cas system-associated exonuclease Cas4, RecB familyDefense mechanisms [V] 0.78


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A65.12 %
All OrganismsrootAll Organisms34.88 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2016842001|YNP3A_C225Not Available4737Open in IMG/M
2077657023|OSPB_contig02322Not Available1686Open in IMG/M
2077657023|OSPB_contig03085Not Available1259Open in IMG/M
2140918001|contig01593Not Available2344Open in IMG/M
3300000341|OneHSP_6670CDRAFT_1012502Not Available732Open in IMG/M
3300000342|OneHSP_7476CDRAFT_1004032All Organisms → Viruses → Predicted Viral2511Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1009794Not Available911Open in IMG/M
3300001309|JGI20129J14369_1015025Not Available996Open in IMG/M
3300001309|JGI20129J14369_1034023Not Available580Open in IMG/M
3300001684|JGI20128J18817_1007822Not Available2233Open in IMG/M
3300001684|JGI20128J18817_1011936Not Available1678Open in IMG/M
3300001684|JGI20128J18817_1024963Not Available972Open in IMG/M
3300003614|JGI20129J51890_10002459All Organisms → Viruses → Predicted Viral4099Open in IMG/M
3300003614|JGI20129J51890_10003821All Organisms → Viruses → Predicted Viral3707Open in IMG/M
3300003614|JGI20129J51890_10198580All Organisms → Viruses → Predicted Viral1195Open in IMG/M
3300003614|JGI20129J51890_10207394Not Available1172Open in IMG/M
3300003614|JGI20129J51890_10426019Not Available829Open in IMG/M
3300003614|JGI20129J51890_10426020Not Available829Open in IMG/M
3300003614|JGI20129J51890_10435425Not Available819Open in IMG/M
3300003719|Ga0040881_100348Not Available1122Open in IMG/M
3300003730|Ga0040879_109607Not Available900Open in IMG/M
3300003730|Ga0040879_110823Not Available996Open in IMG/M
3300005223|Ga0073350_119129All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae22619Open in IMG/M
3300005342|Ga0074234_1315Not Available973Open in IMG/M
3300005856|Ga0080005_123919Not Available543Open in IMG/M
3300005856|Ga0080005_134953Not Available635Open in IMG/M
3300005856|Ga0080005_138222Not Available5968Open in IMG/M
3300005856|Ga0080005_147347Not Available1967Open in IMG/M
3300005859|Ga0080003_1000394All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales29488Open in IMG/M
3300005859|Ga0080003_1000631All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus22246Open in IMG/M
3300005859|Ga0080003_1000886All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus17693Open in IMG/M
3300005859|Ga0080003_1004273All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus5201Open in IMG/M
3300005859|Ga0080003_1007038All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus3282Open in IMG/M
3300005859|Ga0080003_1008214Not Available2824Open in IMG/M
3300005859|Ga0080003_1009787Not Available2395Open in IMG/M
3300005859|Ga0080003_1017616Not Available1359Open in IMG/M
3300005859|Ga0080003_1017976Not Available1332Open in IMG/M
3300005859|Ga0080003_1036907Not Available573Open in IMG/M
3300005860|Ga0080004_1106141All Organisms → Viruses → Predicted Viral1080Open in IMG/M
3300005860|Ga0080004_1117547All Organisms → Viruses → Predicted Viral1917Open in IMG/M
3300005959|Ga0081534_100051All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae44952Open in IMG/M
3300005959|Ga0081534_100363All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus15077Open in IMG/M
3300005964|Ga0081529_113333Not Available980Open in IMG/M
3300005964|Ga0081529_130385Not Available7242Open in IMG/M
3300005977|Ga0081474_123884All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus4875Open in IMG/M
3300006179|Ga0079043_1005662Not Available1462Open in IMG/M
3300006179|Ga0079043_1017869Not Available605Open in IMG/M
3300006180|Ga0079045_1004873All Organisms → Viruses → Predicted Viral1201Open in IMG/M
3300006181|Ga0079042_1003507Not Available2567Open in IMG/M
3300006855|Ga0079044_1011834Not Available1074Open in IMG/M
3300006855|Ga0079044_1013584Not Available968Open in IMG/M
3300006855|Ga0079044_1014408Not Available926Open in IMG/M
3300006857|Ga0079041_1011271Not Available1237Open in IMG/M
3300006857|Ga0079041_1011468Not Available1221Open in IMG/M
3300006857|Ga0079041_1023503Not Available741Open in IMG/M
3300006858|Ga0079048_1018319Not Available944Open in IMG/M
3300006858|Ga0079048_1051732Not Available501Open in IMG/M
3300006859|Ga0079046_1004410All Organisms → Viruses → Predicted Viral2802Open in IMG/M
3300007811|Ga0105111_1004717All Organisms → Viruses → Predicted Viral1282Open in IMG/M
3300007811|Ga0105111_1018874Not Available536Open in IMG/M
3300007812|Ga0105109_1004188Not Available1498Open in IMG/M
3300007812|Ga0105109_1009244Not Available848Open in IMG/M
3300007814|Ga0105117_1005213Not Available1924Open in IMG/M
3300007815|Ga0105118_1000027All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus7009Open in IMG/M
3300007815|Ga0105118_1002603Not Available1040Open in IMG/M
3300007816|Ga0105112_1000691Not Available2193Open in IMG/M
3300007816|Ga0105112_1003143All Organisms → Viruses → Predicted Viral1131Open in IMG/M
3300013008|Ga0167616_1004167Not Available3095Open in IMG/M
3300013008|Ga0167616_1010938All Organisms → Viruses → Predicted Viral1576Open in IMG/M
3300013008|Ga0167616_1018621Not Available1082Open in IMG/M
3300013009|Ga0167615_1008034Not Available1948Open in IMG/M
3300013009|Ga0167615_1017321Not Available1240Open in IMG/M
3300013009|Ga0167615_1020538Not Available1118Open in IMG/M
3300013009|Ga0167615_1029978Not Available892Open in IMG/M
3300013010|Ga0129327_10043006Not Available2283Open in IMG/M
3300017469|Ga0187308_11752All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus21418Open in IMG/M
3300017469|Ga0187308_13409All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus8977Open in IMG/M
3300017469|Ga0187308_14254All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales5934Open in IMG/M
3300017696|Ga0187310_12510All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Alphalipothrixvirus13851Open in IMG/M
3300017696|Ga0187310_16698All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus5649Open in IMG/M
3300025360|Ga0209739_132674Not Available617Open in IMG/M
3300025371|Ga0209224_1000020All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae43199Open in IMG/M
3300025371|Ga0209224_1002762All Organisms → Viruses → Predicted Viral3498Open in IMG/M
3300025371|Ga0209224_1002868Not Available3411Open in IMG/M
3300025462|Ga0209120_1007754Not Available2576Open in IMG/M
3300025462|Ga0209120_1009480Not Available2221Open in IMG/M
3300025462|Ga0209120_1011559Not Available1932Open in IMG/M
3300025462|Ga0209120_1013591Not Available1718Open in IMG/M
3300025462|Ga0209120_1013766Not Available1701Open in IMG/M
3300025462|Ga0209120_1016886Not Available1472Open in IMG/M
3300025462|Ga0209120_1017309Not Available1445Open in IMG/M
3300025462|Ga0209120_1021614All Organisms → Viruses → Predicted Viral1229Open in IMG/M
3300025462|Ga0209120_1033348Not Available901Open in IMG/M
3300025462|Ga0209120_1051751Not Available659Open in IMG/M
3300025462|Ga0209120_1052598Not Available651Open in IMG/M
3300026623|Ga0208661_105981Not Available1229Open in IMG/M
3300026625|Ga0208028_100039All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus9633Open in IMG/M
3300026627|Ga0208548_100270All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus23806Open in IMG/M
3300026627|Ga0208548_100474All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus16070Open in IMG/M
3300026627|Ga0208548_103666Not Available2984Open in IMG/M
3300026762|Ga0208559_100381All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Alphalipothrixvirus10910Open in IMG/M
3300026762|Ga0208559_101161Not Available4148Open in IMG/M
3300026768|Ga0208447_100329All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Alphalipothrixvirus7506Open in IMG/M
3300026768|Ga0208447_101377All Organisms → Viruses → Predicted Viral2899Open in IMG/M
3300026768|Ga0208447_105089All Organisms → Viruses → Predicted Viral1172Open in IMG/M
3300026768|Ga0208447_105426Not Available1121Open in IMG/M
3300026768|Ga0208447_110388Not Available696Open in IMG/M
3300026813|Ga0208448_100005All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus22430Open in IMG/M
3300026813|Ga0208448_102426Not Available1300Open in IMG/M
3300026821|Ga0208006_105487Not Available1660Open in IMG/M
3300026877|Ga0208314_105059Not Available2636Open in IMG/M
3300026877|Ga0208314_126665Not Available652Open in IMG/M
3300026882|Ga0208313_100574All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus9149Open in IMG/M
3300026882|Ga0208313_106745Not Available1590Open in IMG/M
3300026882|Ga0208313_108655Not Available1335Open in IMG/M
3300026882|Ga0208313_110360Not Available1177Open in IMG/M
3300026885|Ga0208662_100958All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus8966Open in IMG/M
3300026885|Ga0208662_107382Not Available1791Open in IMG/M
3300026906|Ga0208683_104469All Organisms → Viruses → Predicted Viral3252Open in IMG/M
3300026906|Ga0208683_117953Not Available956Open in IMG/M
3300027931|Ga0208312_104742Not Available1073Open in IMG/M
3300027932|Ga0208429_102267All Organisms → Viruses → Predicted Viral2304Open in IMG/M
3300027933|Ga0208549_109860Not Available1641Open in IMG/M
3300027937|Ga0208151_102487All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae4484Open in IMG/M
3300031749|Ga0315298_1009098All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Betalipothrixvirus → Sulfolobus islandicus filamentous virus12389Open in IMG/M
3300031749|Ga0315298_1343598Not Available605Open in IMG/M
3300033476|Ga0326765_100189All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Alphalipothrixvirus6909Open in IMG/M
3300033830|Ga0326764_000425All Organisms → Viruses → Adnaviria → Zilligvirae → Taleaviricota → Tokiviricetes → Ligamenvirales → Lipothrixviridae → Alphalipothrixvirus13469Open in IMG/M
3300033830|Ga0326764_004331Not Available3018Open 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 Spring48.06%
Hot SpringEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Microbial Mats → Hot Spring18.60%
Hypoxic/Sulfidic AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Hypoxic/Sulfidic Aquatic10.85%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater3.10%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hot Spring Sediment3.88%
Hotspring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hotspring Sediment2.33%
Hot Spring Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Microbial Mat1.55%
Hotspring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hotspring Sediment1.55%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Sediment → Unclassified → Hot Spring Sediment1.55%
Sulfidic AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Alkaline → Unclassified → Sulfidic Aquatic1.55%
Ferrous Microbial MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat1.55%
Ferrous Microbial Mat And AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat And Aquatic1.55%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient0.78%
HotspringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hotspring0.78%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hot Spring0.78%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring Water0.78%
Ferrous MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Mat0.78%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2016842001Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP3 Monarch Geyser, 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
2140918001Hot spring microbial communities from One Hundred Springs Plain, Yellowstone National Park, Wyoming, USA - OSP_DEnvironmentalOpen 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
3300001309Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen in IMG/M
3300001684Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_EEnvironmentalOpen in IMG/M
3300003614Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen 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
3300003730Thermal spring microbial communities from Beowulf Spring, Yellowstone National Park, Wyoming, USA - Beowulf (BE_D) (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
3300005342Hot spring viral communities from Yellowstone National Park, Wyoming, USA - Nymph LakeEnvironmentalOpen in IMG/M
3300005856Hot spring sediment microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC3_ASED (SPADES assembly)EnvironmentalOpen in IMG/M
3300005859Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_E (SPADES assembly)EnvironmentalOpen in IMG/M
3300005860Sulfidic aquatic microbial communities from Washburn Spring, Yellowstone National Park, USA - WS (SPADES assembly)EnvironmentalOpen 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
3300006179Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C virus_MetaGEnvironmentalOpen in IMG/M
3300006180Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_virus_MetaGEnvironmentalOpen in IMG/M
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
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
3300006859Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaGEnvironmentalOpen in IMG/M
3300007811Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Slide_host_7_15EnvironmentalOpen in IMG/M
3300007812Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_6_15EnvironmentalOpen in IMG/M
3300007814Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Slides-mat_host_7_15EnvironmentalOpen in IMG/M
3300007815Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_virus_9_15EnvironmentalOpen in IMG/M
3300007816Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_9_15EnvironmentalOpen in IMG/M
3300013008Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300013009Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300013010Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.8_DNAEnvironmentalOpen in IMG/M
3300017469Hotspring sediment microbial communities from Obsidian Pool, Yellowstone National Park, Wyoming, USA ? Obsidian 4. Combined Assembly of Gp0212719, Gp0212720EnvironmentalOpen 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
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
3300026821Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B nyco_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300026877Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026882Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Slides-mat_host_7_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
3300031749Extremophilic microbial mat communities from Washburn Hot Springs, YNP, Wyoming, USA - WHS_1_MGEnvironmentalOpen in IMG/M
3300033476Hot spring water microbial communities from Norris Geyser Basin, Yellowstone National Park, WY, United States - NOR.RB_PEnvironmentalOpen in IMG/M
3300033830Hot spring sediment microbial communities from Norris Geyser Basin, Yellowstone National Park, WY, United States - NOR.RB_SEnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
YNP3A_578002016842001Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPVIAQLAVEFIGIGMAFLKASNEGLNSYALSGRLAQIATLRATHIVHATTLSCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK
OSPB_003993902077657023Hot SpringVAKKKRSVHDPTLSVIHYQEQLDKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLIKLSVASAGTGLTVALTDILKAKTPEEVLMAK
OSPB_007426602077657023Hot SpringMAKKRRSVHDPMLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSMNDILKAKSPEEVLMGK
OSPD_006467202140918001Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK
OneHSP_6670CDRAFT_101250223300000341Ferrous Microbial MatVAKKKRSVHDPTLSVIHYQEQLEKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALSGRLAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALTDILKAKTPEE
OneHSP_7476CDRAFT_100403223300000342Ferrous MatVAKKKRSVHDPTLSVIHYQEQLEKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALSGRLAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALTDILKAKTPEEVLMAK*
BeoS_FeMat_6568CDRAFT_100979413300000346FreshwaterVTKKRRSVHDPTLSVIHYQEQLEKMAKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASXKAPVIAQLAVEFIGIAMAYLKGSXEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK*
JGI20129J14369_101502513300001309Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPVIAQLAVEFIGIGMAFLKASNEGLNSYALSGRLAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALADIFKANTPEEVLMGK*
JGI20129J14369_103402313300001309Hypoxic/Sulfidic AquaticVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK*
JGI20128J18817_100782243300001684Hot SpringVAKKKRSVHDPTLSTIHYQEQLEKMSKAYEKSSNRRNQRAVNGFTILKQVQQDVRNYLNEVSEALKMPVIAQLAVEFLGVAMSYVKGSNEGFNAYALTGKVAQTATLKATDIIHATTLTCAQVGEIINGMLKKISGATADPLRFTEDDGICEATVANPLPKLSVASASTGYTVAASDILQS*
JGI20128J18817_101193633300001684Hot SpringVAKKRRSVHDPTLSVIHYQQQLEKMAKAYEQSATRRNQRATNGFAILKQVQQAVRDYLNEVSETLKAPVIAQIAVEFLGVAMAYLKGSNEGYNSYALTGRVAQIATLKATDIIYTTTLSCAQVGEIINGMLKKISGATADPLTFTEKDGVCEATVANPLPKLSIASASTGFTVSLTDILKAKSPEEVLMGH*
JGI20128J18817_102496323300001684Hot SpringNQRAVTGFANLKFVQQAVKDYLNEVSETLKAPVIAQLAVEFLGVAMAYLKGSNEGYNSYALAGRVAQIATLRATHIIHTTTLTCAQVGEIINGMLKKISGATTDPFTFTEEDGVCKATVANPLPKMSVASVSTGYTVSLSDILKAKTPEEVLMGK*
JGI20129J51890_1000245933300003614Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPVIAQLAVEFIGIGMAFLKASNEGLNSYALSGRLAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALTDILKAKTPEEVLMAK*
JGI20129J51890_1000382183300003614Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMAKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPVIAQLAVEFIGIGMAFLKASNEGLNSYALSGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALTDILKAKTPEEVLMAK*
JGI20129J51890_1019858023300003614Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPVIAQLAVEFIGIGMAFLKASNEGLNSYALSGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALTDILKAKTPEEVLMAK*
JGI20129J51890_1020739423300003614Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMAKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPVIAQLAVEFIGIGMAFLKASNEGLNSYALSGRLAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALTDILKAKTPEEVLMAK*
JGI20129J51890_1042601913300003614Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPVIAQLAVELIGIAMAYLKGSNEGYNSYALTGKVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASAST
JGI20129J51890_1042602013300003614Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPVIAQLAVELIGIAMAYLKASNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASAST
JGI20129J51890_1043542513300003614Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPVIAQLAVELIGIAMAFLKASNEGLNSYALSGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASAST
Ga0040881_10034813300003719FreshwaterKKRSVHDPTLSVIHYQEQLEKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASAGTGLTVALTDILKAKTPEEVLMAK*
Ga0040879_10960713300003730FreshwaterRRSVHDPTLSVIHYQEQLEKMAKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKASNEGYNSYALTGRVAQIATLRATHIVHATTLSCGQVGEIINGMLKKLSGVTADPFTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK*
Ga0040879_11082313300003730FreshwaterRRSVHDPTLSVIHYQAQLEKMAKAYEQSAPRRNQRAVNGFTILKQVQQTVRDYLNEVSEAMKKPVIAQLSVEFLGVAMAYLKASNEGLNSYALTGRVAQIATLKATDLMHTTTLTCSEIGEIINGLLKKLSGVINDPLTFTEHDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK*
Ga0073350_119129173300005223HotspringVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTTLKQVQQTVRDYLNEVSASLKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIIHTTTLTCAQVGEIINGMLKKLSGVTADPLTFTEDDGVCKATVANPLTKLSVASASTGFTVALADIFKAKTPEEVLMGK*
Ga0074234_131523300005342Hot SpringKMAKAYDQSATRRNQRAVNGFAILKQVQQTVRDYLNEASEAMKKPIIAQLGVEFLGIAMAYLRASNEGFSSYALTGRVAQIATLKATGIISSTELTCAQAGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSLNDVLKAKTPEEVLMGK*
Ga0080005_12391913300005856Hot Spring SedimentVAKKRRSVHDPTLSVIHYQEQLEKMAKAYENSASRRNQRATTGFTNLKFVQQAVKDYLNEVSEAMKMPVIAQLAVEFLGVAMAYLKGSNEGYNSYALAGRVLQIAILRATHIIHTTTLTCAQVGEIINGMLKKISGATADPFSFTEEDGVCKATVANP
Ga0080005_13495313300005856Hot Spring SedimentSVHDPILSVIHYQEQLEKMAKAYEQSTTRRNQRATNGFAILKQVQETVRDYLNEASNAMKKPIIAQLSVEFLGVAMAYLRASNEGFNSYALTGRVAQIATLKATGIISSTELTCAQVGEIINGMLKKVSGMTEDPLTFTENDGICEATPANPMPKLSIASPSTGYTVSLNDILKAKTPEEVLMGK*
Ga0080005_138222133300005856Hot Spring SedimentVAKKRRSVHDPTLSVIHYQEQLEKMAKAYENSANRRNQRATTGFTNLKFVQQAVKDYLNEVSEAMKLPVIAQLAVEFLGVAMAYLKGSNEGYNSYALAGRVAQIATLRATHVIHTTTLTCAQVGEIINGMLKKISGATADPFTFTETDGVCKATVANPLPKMSVASVSTGYTVSLSDVLKAKTPEEVLMGK*
Ga0080005_14734733300005856Hot Spring SedimentVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSATRRNQRATNGFTILKQVQEDVRNYLNEVSEALKMPVIAQLAVEFLGVAMSYLKGSNEGFNAYALTGKVAQTATLKATDIIHATTLTCAQVGEIINGMLKKISGATADPLTFTEDDGVCEATVANPLPKLSVASASTGYTVAMSDILKAKSPEEVLLGQ*
Ga0080003_1000394213300005859Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFAILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGIAMAYLKASNEGFSSYALTGRVAQIATLKATGIVSSTELTCAQVGEIVNGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSLNDILKAKTPEEVLMGK*
Ga0080003_1000631363300005859Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSAPRRNQRATTGFTNLKFVQQAVKDYLNEVSEAMKLPVIAQLAVEFLGVAMAYLKGSNEGYNSYALAGRVAQIATLRATHIIHTTTLTCAQVGEIINGMLKKISGATTDPFTFTEEDGVCKATVANPLPKMSVASVSTGYTVSLSDILKAKTPEEVLMGK*
Ga0080003_1000886253300005859Hot SpringVAKKKRSVHDPTLSTIHYQEQLEKMSKAYEKSSNRRNQRAVNGFTILKQVQQDVRNYLNEVSEALKMPVIAQLAVEFLGVAMSYVKGSNEGFNAYALTGKVAQTATLKATDIIHATTLTCAQVGEIINGMLKKISGATADPLTFTEDDGICEATVANPLPKLSVASASTGYTVAASDIFKAKSPEEVLLGQ*
Ga0080003_100427333300005859Hot SpringVAKKRRSVHDPTLSVIHYQQQLEKMAKAYEQSATRRNQRATNGFAILKQVQQAVRDYLNEVSETLKAPVIAQIAVEFLGVAMAYLKGSNEGYNSYALTGRVAQIATLKATDIIHTTTLTCAQVGEIINGMLKKISGATADPLTFTEKDGVCEATVANPLPKLSIASASTGFTVSLTDILKAKSPEEVLMGH*
Ga0080003_100703813300005859Hot SpringRRSVHDPTLSMIHYQEQLEKMAKAYEQSAPRRNQRAVNGFTMLKQVQETVKDYLNEASEAMKKPVIAQLSIEFLGVAMAYLKASNEGFNSYALTGRVAQIATLRATHIIHTTTLTCTEVGEIINGMLKKISGATSDPLSFTEHDGVCEATVANPLPKLSVASASTGYTVSLSDILKAKSPEEVLIGK*
Ga0080003_100821433300005859Hot SpringVAKKRRSQHDPMISVIHYQEQLEKMAKAYEQSATRRNQRAVNGFAILKQVQQTVRDYLNEASEAMKKPIIAQLSVEFLGIAMAYLRASNEGFSSYALTGRVAQIATLKATGIISSTELTCAQVGEIVNGMLKKVSGMTADPLTFTENDGVCEATPANPMPKLSIASPSTGYTVSLNDILKAKTPEEVLMGK*
Ga0080003_100978733300005859Hot SpringVAKKRRSVHDPTLSVIHYQEQLTKMAEAYKQSATRRNQRAVNGFTVLKQVQATVRDYLNEVSQSMKAPVIAQLSVEFLGVAMAYLKASNEGFNSYALTGRVAQIATLKSTDVINTTTLTCGQVGEIINGLLKKISGATEDPLSFTEEDGICKATVANPLPKLSIASTSTGYTVSLSDILKAKSPEEVLMGK*
Ga0080003_101761633300005859Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYENSATRRNQRAVNGFAILKQVQQTVRDYLNEASEAMKKPIIAQLSVEFLGVAMAYLRASNEGFSSYALTGRVAQIATLKATGIISSTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSLNDILKAKSPEEVLMGK*
Ga0080003_101797623300005859Hot SpringVAKKRRSVHDPMLSVIHYQEQLEKMAEAYKQSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGIAMAYLKASNEGFSSYALTGRVAQIATLKATGIVSGTELTCAQVGEIVNGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTTSLDNILKAKSPEEVLMGK*
Ga0080003_103690713300005859Hot SpringEQLEKMAKAYEKSATRRNQRATNGFAILKQVQQTVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVSGTELTCAQVGEIVNGMLKKVSGMTADPLTFTENDGVCEATPANPMPKLSIASPSTGYTVSLDDVLKAKSPEEVLMGK*
Ga0080004_110614123300005860Sulfidic AquaticVAKKRRALHDPIESVIHYQEQLEKMAKAYEQSATRRNQRATNGFSILKQVQETVRDYLNEASNAMKKPIIAQLSVEFLGVAMAYLKASNEGFNSYALTGRVAQIATLKATGIISSTELTCAQVGEIINGMLKKISGMTEDPLTFTEHDGICEATPANPMPKLSVTSTSTGYTVSLSDILKAKTPEEVLMGK*
Ga0080004_111754733300005860Sulfidic AquaticLAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSSTRRNQRAVNGFTVLKQVQQTVRDYLNEVSMSMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALAGRVAQIATLRATNIIHTTTLSCAQVGEIINGMLKKLSGVTADPFTFTEDDGVCEAKVENPLTKLSVASASTGYTVALTDILKAKSPEEVLMSK*
Ga0081534_100051533300005959Hypoxic/Sulfidic AquaticVAKKRRSVHDPVLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLGVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGVVNGTELTCAQVGEIINGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSMNDILKAKSPEEVLMGK*
Ga0081534_100363153300005959Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLIGKQ*
Ga0081529_11333323300005964Ferrous Microbial Mat And AquaticVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVTDYLNEASEAMKKPIIAQLRVEFLGIAMAFVKASNEGLNSYALAGRMAQIATLKATDIIHTTSLTCAEVGEIINGLLKKLSGVTNDPLTFTEHDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK*
Ga0081529_13038573300005964Ferrous Microbial Mat And AquaticVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPIIAQLAVEFIGIAMAYVKASNEGDNSYALTGRVAQIATLRATHIIHATTLSCGQVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASAST
Ga0081474_12388493300005977Ferrous Microbial MatVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK*
Ga0079043_100566243300006179Hot SpringKAYEKSSTRRNQRAVNGFTVLKQVQNTVKDYLNEVSTSLKAPVIAQLAVEFIGIAMAYVKASNEGDNSYALTGRVAQIATLRATHIIHATTLSCGQVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVALSDIFEAKTPEEVLMAK*
Ga0079043_101786913300006179Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFTILKQVQQTVSDYLNEVSEAMKKPIIAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYT
Ga0079045_100487323300006180Hot SpringVTKKRRSVHDPTLSVIHYQEQLEKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKASNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPFTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK*
Ga0079042_100350733300006181Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSSTRRNQRAVNGFTVLKQVQNTVKDYLNEVSTSLKAPVIAQLAVEFIGIAMAYVKASNEGDNSYALTGRVAQIATLRATHIIHATTLSCGQVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVALSDIFEAKTPEEVLMAK*
Ga0079044_101183413300006855Hot SpringALHDSTLAVIHYQEQLEKMAKAYEKSATRRNQRAVNGFAIQKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATNIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFAENDGICEATPANPMPKLSIASPSTGYTVSMTDILKAKSPEEVLMGK*
Ga0079044_101358413300006855Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVTDYLNEASEAMKKPIIAQLRVEFLGIAMAFVKASNEGLNSYALAGRMAQIATLKATDIIHTTSLTCAEVGEIINGLLKKLSGVTNDPLTFTEHDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLIGKQ*
Ga0079044_101440823300006855Hot SpringVAKKRRSVHDPMLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGVVNGTELTCAQVGEIINGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSMNDILKAKSPEEVLMGK*
Ga0079041_101127113300006857Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFTILKQVQQTVSDYLNEVSEAMKKPIIAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGY
Ga0079041_101146823300006857Hot SpringVAKKKRALHDSTLAVIHYQEQLEKMAKAYEKSATRRNQRAVNGFAIQKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGVVNGTELTCAQVGEIINGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSMNDILKAKSPEEVLMGK*
Ga0079041_102350313300006857Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALAGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGY
Ga0079048_101831913300006858Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAINGFTVLKQVQQTVSDYLNEVSEAMKKPIIAQLRVEFLGIAMAFLKASNEGLNSYALAGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEEDGICKATVANPLTKLSVASASTGYTASLTDILKAKTPEEVLMAK*
Ga0079048_105173213300006858Hot SpringQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALSGRLAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFNENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK*
Ga0079046_100441043300006859Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK*
Ga0105111_100471723300007811Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSAPRRNQRAVNGFTILKQVQQTVRDYLNEVSEAMKKPVIAQLSVEFLGVAMAYLKASNEGLNSYALTGRVAQIATLKATDLMHTTTLTCSEIGEIINGLLKKLSGVINDPLTFTEHDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK*
Ga0105111_101887413300007811Hot SpringAKAYEKSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSMTDILKAKSPEEVLMGK*
Ga0105109_100418813300007812Hot SpringVAKKKRSVHDPTLSVIHYQEQLEKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKASNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAK
Ga0105109_100924423300007812Hot SpringVAKKRRSLHDPVLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSMTDILKAKSPEEVLMGK*
Ga0105117_100521353300007814Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSMNDILKAKSPEEVLMGK*
Ga0105118_1000027123300007815Hot SpringQSASRRNQRAVNGFAVLKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQITTLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLTAK*
Ga0105118_100260323300007815Hot SpringVAKKKRSVHDPTLSVIHYQEQLDKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLIKLSVASAGTGLTVALADIFKANTPEEVLMGK*
Ga0105112_100069113300007816Hot SpringLEKMAKAYEKSATRRNQRAVNGFATLKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSLNDVLKAKSPEEVLMGK*
Ga0105112_100314313300007816Hot SpringVTKKRRSVHDPTLSVIHYQEQLEKMAKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK*
Ga0167616_100416713300013008Hot SpringMAKKRRSVHDPMLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSLNDVLKAKSPEEVLMGK*
Ga0167616_101093823300013008Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSAPRRNQRAVNGFTILKQVQQTVRDYLNEVSEAMKKPVIAQLSVEFLGVAMAYLKASNEGLNSYALTGRVAQIATLKATDLMHTTTLTCSEIGEIINGLLKKLSGVTNDPLTFTENDGVCEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK*
Ga0167616_101862123300013008Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGLNSYALSGRLAQIATLRATHIIHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALTDILKAKTPEEVLMAK*
Ga0167615_100803443300013009Hot SpringRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSMTDILKAKSPEEVLMGK*
Ga0167615_101732123300013009Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFATLKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSLNDVLKAKSPEEVLMGK*
Ga0167615_102053823300013009Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGLNSYALSGRLAQIATLRATHIVHATTLTCTQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALTDILKAKTPEEVLMAK*
Ga0167615_102997813300013009Hot SpringVAKKRRSVHDPTLSVIHYQAQLEKMAKAYEQSAPRRNQRAVNGFTILKQVQQTVRDYLNEVSEAMKKPVIAQLSVEFLGVAMAYLKASNEGLNSYALTGRVAQIATLKATDLMHTTTLTCSEIGEIINGLLKKLSGVINDPLTFTEHDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK*
Ga0129327_1004300633300013010Freshwater To Marine Saline GradientVAKKKRSVHDPTLSVIHYQEQLEKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLIKLSVASAGTGLTVALADIFKANTPEEVLMGK*
Ga0187308_1175273300017469Hotspring SedimentVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEQSATRRNQRAVNGFTVLKQVQQTVRDYLNEVSQSMKAPVIAQLAVEFLGVSMAYLKGSNEGYNSYALTGRVAQIATLKATGIINTTTLNCSQVGEIINGMLKKISGATEDPLSFTEEDGVCKATVANPLPKLSIASTSTGYTISLADILKAKTPEEVLMGK
Ga0187308_13409113300017469Hotspring SedimentVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSATRRNQRAVNGFAILKQVQQTVRDYLNQASEAMKKPIIAQLSVEFLGIAMAYLRASNEGFSSYALTGRVAQIATLKATGIVNGTELTCSQVGEIINGMLKKVSGMSADPLTFTENDGVCEATPANPMPKLSIASPSTGYTVSMTDILKAKSPEEVLMGK
Ga0187308_1425463300017469Hotspring SedimentMAKKRRSVHDPMLSVIHYQEQLEKMAKAYDKSMTRRNQRAVNGFAILKQVQQTVRDYLNEASEAMKKPIIAQLGVEFLGIAMAYLRASNEGFSSYALTGRVAQIATLKATGIISSTELTCAQVGEIVNGMLKKVSGMSADPLTLTENDGICEATPANPMPKLSIASPSTGYTVSLNDILKAKTPEEVLMGK
Ga0187310_12510193300017696Hotspring SedimentVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSSTRRNQRAVNGFTVLKQVQSTVRDYLNEVSQTLKAPVIAQLAVEFIGIAMAYLKASNEGYNSYALTGRVAQIATLRATNIIHGTTLSCAQVGEIINGMLKKLSGVTTDPLTFTEEDGVCKATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK
Ga0187310_1669843300017696Hotspring SedimentVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSATRRNQRAVNGFATLKQVQQTVRDYLNEVSQTLKAPVIAQLGVEFLGVAMAYLKGSNEGYNSYALTGRVAQIATLKATDIINTTTLTCAQVGEIINGMLKKLSGVTTDPLTFTEDDGVCKATVANPLTKLSVASASTGYTVSLTDILKAKSPEEVLMGKQ
Ga0209739_13267413300025360Hot Spring SedimentYENSANRRNQRATTGFTNLKFVQQAVKDYLNEVSEAMKMPVIAQLAVEFLGVAMAYLKGSNEGYNSYALAGRVAQIATLRATHVIHTTTLTCAQVGEIINGMLKKISGATADPFSFTEEDGVCKATVANPLPKMSVASVSTGYTVSLSDILKAKTPEEVLMGK
Ga0209224_1000020473300025371Hypoxic/Sulfidic AquaticVAKKRRSVHDPVLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLGVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGVVNGTELTCAQVGEIINGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSMNDILKAKSPEEVLMGK
Ga0209224_100276243300025371Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMAKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSTSLKAPVIAQLAVEFIGIGMAFLKASNEGLNSYALSGRLAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALTDILKAKTPEEVLMAK
Ga0209224_100286853300025371Hypoxic/Sulfidic AquaticVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLIGKQ
Ga0209120_100775423300025462Hot SpringVAKKRRSVHDPMLSVIHYQEQLEKMAEAYKQSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGIAMAYLKASNEGFSSYALTGRVAQIATLKATGIVSGTELTCAQVGEIVNGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTTSLDNILKAKSPEEVLMGK
Ga0209120_100948033300025462Hot SpringVAKKRRSVHDPTLSVIHYQQQLEKMAKAYEQSATRRNQRATNGFAILKQVQQAVRDYLNEVSETLKAPVIAQIAVEFLGVAMAYLKGSNEGYNSYALTGRVAQIATLKATDIIHTTTLTCAQVGEIINGMLKKISGATADPLTFTEKDGVCEATVANPLPKLSIASASTGFTVSLTDILKAKSPEEVLMGH
Ga0209120_101155943300025462Hot SpringVAKKRRSVQNPELSAIHYQEQLEKMAKAYEQSASRRNQRAVTGFANLKFVQQAVKDYLNEVSETLKAPVIAQLAVEFLGVAMAYLKGSNEGYNSYALAGRVAQIATLRATHIIHTTTLTCAQVGEIINGMLKKISGATTDPFTFTEEDGVCKATVANPLPKMSVASVSTGYTVSLSDILKAKTPEEVLMGK
Ga0209120_101359113300025462Hot SpringVAKKRRSQHDPMISVIHYQEQLEKMAKAYEQSATRRNQRAVNGFAILKQVQQTVRDYLNEASEAMKKPIIAQLSVEFLGIAMAYLRASNEGFSSYALTGRVAQIATLKATGIISSTELTCAQVGEIVNGMLKKVSGMTADPLTFTENDGVCEATPANPMPKLSIASPSTGYTVSLNDILKAKTPEEVLMGK
Ga0209120_101376643300025462Hot SpringRNQRATNGFAILKQVQQTVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVSGTELTCAQVGEIINGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSVNDILKAKSPEEVLMGK
Ga0209120_101688613300025462Hot SpringVAKKRRSQHDPMLSVIRYQEQLEKMAKAYEQSTTRRNQRAVNGFAILKQVQQTVRDYLNEASNAMKKPIIAQLGVEFLGVAMAYLKASNEDFSSYALTGRVAQIATLKATGIISSTELTCAQVGEIINGMLKKVSGMTEDPLTFTENDGVCEATPANPMPKLSIASPSTGYTVSLNDILKAKTPEEVLMGK
Ga0209120_101730913300025462Hot SpringVAKKRRSVHDPMLSVIHYQEQLDKMAKAYEKSATRRNQRATNGFAILKQVQQTVRDYLNQASEAMKKPIIAQLSVEFLGIAMAYLKASNEGFSSYALTGRVAQIATLKATGIVSGTELTCAQVGEIVNGMLKKVSGMTADPLTFTENDGICEATPANPMPKLSIASPSTGYTTSLDNILKAKSPEEVLMGK
Ga0209120_102161423300025462Hot SpringVAKKKRSVHDPTLSTIHYQEQLEKMSKAYEKSSNRRNQRAVNGFTILKQVQQDVRNYLNEVSEALKMPVIAQLAVEFLGVAMSYVKGSNEGFNAYALTGKVAQTATLKATDIIHATTLTCAQVGEIINGMLKKISGATADPLTFTEDDGICEATVANPLPKLSVASASTGYTVAASDIFKAKSPEEVLLGQ
Ga0209120_103334823300025462Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSAPRRNQRAVNGFTMLKQVQETVRDYLNEASEAMKKPVIAQLSIEFLGVAMAYLKASNEGFNSYALTGRVAQIATLRATHIIHTTTLTCTEVGEIINGMLKKISGATSDPLSFTEHDGVCEATVANPLPKLSVASASTGYTVSLSDILKAKSPEEVLIGK
Ga0209120_105175113300025462Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRATTGFTNLKFVQQAVKDYLNEVSEAMKLPVIAQLAVEFLGVAMAYLKGSNEGYNSYALAGRVAQIATLRATHVIHTTTLTCAQVGEIINGMLKKISGATSDPLSFTEEDGVCKATVANPLPKLSVASASTGYTVSLSDILKAKTPEEVLMGK
Ga0209120_105259813300025462Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSAPRRNQRATTGFTNLKFVQQAVKDYLNEVSEAMKLPVIAQLAVEFLGVAMAYLKGSNEGYNSYALTGRVAQIATLRATHVIHTTTLTCTQVGEIINGMLKKISGATTDPFTFTENDGVCIATVANPLPKLSVASASTGYTVSMSDILKAKSPEEVLMGK
Ga0208661_10598113300026623Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFTILKQVQQTVSDYLNEVSEAMKKPIIAQLRVEFLGIAMAFLKASNEGLNSYALAGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLS
Ga0208028_100039133300026625Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSAPRRNQRAVNGFTILKQVQQTVRDYLNEVSEAMKKPVIAQLSVEFLGVAMAYLKASNEGLNSYALTGRVAQIATLKATDLMHTTTLTCSEIGEIINGLLKKLSGVINDPLTFTEHDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK
Ga0208548_100270213300026627Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFTILKQVQQTVSDYLNEVSEAMKKPIIAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTASLTDILKAKTPEEVLMAK
Ga0208548_10047423300026627Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALAGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLIGKQ
Ga0208548_10366643300026627Hot SpringVAKKRRSVHNPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVKDYLNEVSTSLKAPVIAQLAVEFIGIAMAYVKASNEGDNSYALTGRVAQIATLRATHIIHATTLSCGQVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK
Ga0208559_100381173300026762Hot SpringVAKKRRSVHDPTLSVIHYQAQLEKMAKAYEQSAPRRNQRAVNGFTILKQVQQTVRDYLNEVSEAMKKPVIAQLSVEFLGVAMAYLKASNEGLNSYALTGRVAQIATLKATDLMHTTTLTCSEIGEIINGLLKKLSGVINDPLTFTEHDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK
Ga0208559_10116133300026762Hot SpringVTKKRRSVHDPTLSVIHYQEQLEKMAKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK
Ga0208447_10032923300026768Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQSTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLSCGQVGEIINGMLKKLSGVTADPFTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDIFKANTPEEVLMGK
Ga0208447_10137753300026768Hot SpringVAKKRRSLHDPVLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFSILKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSMTDILKAKSPEEVLMGK
Ga0208447_10508913300026768Hot SpringVTKKRRSVHDPTLSVIHYQEQLEKMAKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKASNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK
Ga0208447_10542623300026768Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFATLKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSLNDVLKAKSPEEVLMGK
Ga0208447_11038813300026768Hot SpringQLEKMAKAYEQSAPRRNQRAVNGFTILKQVQQTVRDYLNEVSEAMKKPVIAQLSVEFLGVAMAYLKASNEGLNSYALTGRVAQIATLKATDLMHTTTLTCSEIGEIINGLLKKLSGVINDPLTFTEHDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK
Ga0208448_100005233300026813Hot SpringVAKKKRSVHDPTLSVIHYQEQLDKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLIKLSVASAGTGLTVALADIFKANTPEEVLMGK
Ga0208448_10242633300026813Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAVLKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQITTLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLTAK
Ga0208006_10548723300026821Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSSTRRNQRAVNGFTVLKQVQNTVKDYLNEVSTSLKAPVIAQLAVEFIGIAMAYVKASNEGDNSYALTGRVAQIATLRATHIIHATTLSCGQVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVALSDIFEAKTPEEVLMAK
Ga0208314_10505933300026877Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLIGKQ
Ga0208314_12666513300026877Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSATRRNQRAVNGFATLKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSLNDVLKAKSPE
Ga0208313_10057423300026882Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAINGFTVLKQVQQTVSDYLNEVSEAMKKPIIAQLRVEFLGIAMAFLKASNEGLNSYALAGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEEDGICKATVANPLTKLSVASASTGYTASLTDILKAKTPEEVLMAK
Ga0208313_10674523300026882Hot SpringVAKKKRSVHDPTLSVIHYQEQLEKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLIKLSVASAGTGLTVALADIFKANTPEEVLMGK
Ga0208313_10865513300026882Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAVLKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQITTLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVL
Ga0208313_11036023300026882Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGLNSYALSGRLAQIATLRATHIIHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGLTVALTDILKAKTPEEVLMAK
Ga0208662_100958183300026885Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAINGFTVLKQVQQTASDYLNEVSEAMKKPIIAQLRVEFLGIAMAFLKASNEGLNSYALAGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEEDGICKATVANPLTKLSVASASTGYTASLTDILKAKTPEEVLMAK
Ga0208662_10738223300026885Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFAILKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLTAK
Ga0208683_10446953300026906Hot SpringVAKKKRSVHDPTLSVIHYQEQLDKMSKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASAGTGLTVALTDILKAKTPEEVLMAK
Ga0208683_11795323300026906Hot SpringQRAVNGFAILKQVQQTVSDYLNEVSEAMKKPIVAQLRVEFLGIAMAFLKASNEGLNSYALTGRMAQIATLKATDIIHTTTLTCAEVGEIINGMLKKLSGVTADPLTFTEDDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLIGKQ
Ga0208312_10474213300027931Hot SpringQLEKMAKAYEKSATRRNQRAVNGFATLKQVQETVRDYLNQASEAMKKPIIAQLSVEFLGVAMAYLKASNEGFSSYALTGRVAQIATLKATGIVNGTELTCAQVGEIINGMLKKVSGMSADPLTFTENDGICEATPANPMPKLSIASPSTGYTVSLNDVLKAKSPEEVLMGK
Ga0208429_10226713300027932Hot SpringVTKKRRSVHDPTLSVIHYQEQLEKMAKAFEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASLKAPVIAQLAVEFIGIAMAYLKASNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPFTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDIFKANTPEEVLMGK
Ga0208549_10986023300027933Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMSKAYEKSSTRRNQRAVNGFTVLKQVQNTVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKGSNEGYNSYALTGRVAQIATLRATHIVHATTLTCAQVGEIINGMLKKLSGVTADPLTFTENDGVCEAKVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK
Ga0208151_10248723300027937Hot SpringVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSSTRRNQRAVNGFTVLKQVQNTVKDYLNEVSTSLKAPVIAQLAVEFIGIAMAYVKASNEGDNSYALTGRVAQIATLRATHIIHATTLSCGQVGEIINGMLKKLSGVTADPLTFTEDDGICKATVANPLTKLSVASASTGYTVALTDILKAKTPEEVLMAK
Ga0315298_1009098143300031749Hot Spring Microbial MatVAKKRRSVHDPMLSVIHYQEQLEKMAKAYEQSASRRNQRAVNGFTMLKQVQQTVRDYLNEASDAMKKPIIAQLSVEFLGVAMAYLRGSNEGLNAYALSGRVAQIATLKATGIISSTELTCAQVGEIINGMLKKISGMTEDPLTFTEHDGICEATPANPMPKLSVTSTSTGYTVSLSDILKAKTPEEVLMGK
Ga0315298_134359823300031749Hot Spring Microbial MatRAVNGFTMLKQVQQTVRDYLNEASNAMKKPIIAQLSVEFLGVAMAYLRASNEGFNSYALTGRVAQIATLKATGIISSTELTCAQVGEIINGMLKKISGMTEDPLTFTEHDGICEATPANPMPKLSVTSTSTGYTVSLSDILKAKTPEEVLMGK
Ga0326765_10018993300033476Hot Spring WaterVAKKRRSVHDATLSVIHYQQQLEKMAKAYEQSASRRNQRAVNGFTILKQVQQTVRDYLNEVSEAMKKPIIGQLSVEFLGVAMAYLKASNEGYNSYALTGRVAQIATLKATDLMHTTTLTCSEIAEIINGMLKKLSGVTNNPLTFTEHDGICEATVANPLTKLSVASASTGYTVSLTDILKAKTPEEVLMAK
Ga0326764_000425_999_15743300033830Hot Spring SedimentVAKKRRSVHDPTLSVIHYQEQLEKMAKAYEKSANRRNQRAVNGFAVLKQVQQTVRDYLNEVSQSMKAPVIAQLSVEFLGVAMAYLKASNEGFNSYALTGRVAQIATLKATDVIHTTTLTCSQVGEIINGLLKKISGATEDPLSFAEEDGVCKATVSNPLPKLSVASTSTGFTVSLTDILKAKTPEEVLIGK
Ga0326764_004331_2200_27753300033830Hot Spring SedimentVAKKKRSVHDPTLSVIHYQEQLEKMSKAFEKSSTRRNQRAVNGFMILKQVQNAVRDYLNEVSASMKAPVIAQLAVEFIGIAMAYLKASNEGYNSYALTGRVAQIATLRATHIVHATTLSCGQVGEIINGMLKKLSGVTADPLTFTENDDVCEAKVANPLAKLSVASASTGYTVALTDILKAKTPEEVLMAK


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