NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
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Metagenome Family F061391

Metagenome Family F061391

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F061391
Family Type Metagenome
Number of Sequences 132
Average Sequence Length 169 residues
Representative Sequence VSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Number of Associated Samples 40
Number of Associated Scaffolds 132

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 76.52 %
% of genes near scaffold ends (potentially truncated) 37.12 %
% of genes from short scaffolds (< 2000 bps) 78.03 %
Associated GOLD sequencing projects 26
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 (63.636 % 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
(42.424 % of family members)
Environment Ontology (ENVO) Unclassified
(43.939 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(46.970 % of family members)



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Multiple Sequence Alignments

Select alignment to view:      


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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: 57.71%    β-sheet: 6.29%    Coil/Unstructured: 36.00%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 132 Family Scaffolds
PF00239Resolvase 0.76
PF05050Methyltransf_21 0.76
PF00392GntR 0.76
PF13659Obsolete Pfam Family 0.76
PF00437T2SSE 0.76

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 132 Family Scaffolds
COG1961Site-specific DNA recombinase SpoIVCA/DNA invertase PinEReplication, recombination and repair [L] 0.76
COG2452Predicted site-specific integrase-resolvaseMobilome: prophages, transposons [X] 0.76


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A63.64 %
All OrganismsrootAll Organisms36.36 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2014031003|YNP3_FUBA11591_g1Not Available825Open in IMG/M
2014031004|YNP9_FWOU21297_g1Not Available798Open in IMG/M
2022920002|YNPsite03_CeleraDRAF_scf1118686648894Not Available1614Open in IMG/M
2022920010|YNPsite09_CeleraDRAF_57074Not Available692Open in IMG/M
3300000398|CisS_allDRAFT_1013049Not Available855Open in IMG/M
3300001309|JGI20129J14369_1022950Not Available759Open in IMG/M
3300003607|JGI20129J51889_1005000Not Available1857Open in IMG/M
3300003607|JGI20129J51889_1011118Not Available1252Open in IMG/M
3300003607|JGI20129J51889_1023123Not Available841Open in IMG/M
3300003614|JGI20129J51890_10004410Not Available3583Open in IMG/M
3300003614|JGI20129J51890_10033530All Organisms → Viruses → Predicted Viral2174Open in IMG/M
3300003614|JGI20129J51890_10034289All Organisms → Viruses → Predicted Viral2160Open in IMG/M
3300003614|JGI20129J51890_10035416All Organisms → Viruses → Predicted Viral2141Open in IMG/M
3300003614|JGI20129J51890_10052415Not Available1917Open in IMG/M
3300003614|JGI20129J51890_10057154All Organisms → Viruses → Predicted Viral1868Open in IMG/M
3300003614|JGI20129J51890_10057554All Organisms → Viruses → Predicted Viral1864Open in IMG/M
3300003614|JGI20129J51890_10060765All Organisms → Viruses → Predicted Viral1833Open in IMG/M
3300003614|JGI20129J51890_10075774All Organisms → Viruses → Predicted Viral1707Open in IMG/M
3300003614|JGI20129J51890_10076042All Organisms → Viruses → Predicted Viral1705Open in IMG/M
3300003614|JGI20129J51890_10078298All Organisms → Viruses → Predicted Viral1688Open in IMG/M
3300003614|JGI20129J51890_10094577All Organisms → Viruses → Predicted Viral1584Open in IMG/M
3300003614|JGI20129J51890_10099095All Organisms → Viruses → Predicted Viral1559Open in IMG/M
3300003614|JGI20129J51890_10117746Not Available1467Open in IMG/M
3300003614|JGI20129J51890_10119003Not Available1462Open in IMG/M
3300003614|JGI20129J51890_10131576Not Available1408Open in IMG/M
3300003614|JGI20129J51890_10132792All Organisms → Viruses → Predicted Viral1404Open in IMG/M
3300003614|JGI20129J51890_10230940Not Available1119Open in IMG/M
3300003614|JGI20129J51890_10247958All Organisms → Viruses → Predicted Viral1085Open in IMG/M
3300003614|JGI20129J51890_10255802All Organisms → Viruses → Predicted Viral1069Open in IMG/M
3300003614|JGI20129J51890_10263965All Organisms → Viruses → Predicted Viral1054Open in IMG/M
3300003614|JGI20129J51890_10310153Not Available978Open in IMG/M
3300003614|JGI20129J51890_10333556Not Available944Open in IMG/M
3300003614|JGI20129J51890_10355651Not Available914Open in IMG/M
3300003614|JGI20129J51890_10386599Not Available875Open in IMG/M
3300003614|JGI20129J51890_10426782Not Available828Open in IMG/M
3300003614|JGI20129J51890_10674691Not Available610Open in IMG/M
3300003614|JGI20129J51890_10681575Not Available605Open in IMG/M
3300003614|JGI20129J51890_10681576Not Available605Open in IMG/M
3300003614|JGI20129J51890_10682887Not Available604Open in IMG/M
3300003614|JGI20129J51890_10682888Not Available604Open in IMG/M
3300003614|JGI20129J51890_10682889Not Available604Open in IMG/M
3300003614|JGI20129J51890_10685618Not Available602Open in IMG/M
3300003614|JGI20129J51890_10691077Not Available598Open in IMG/M
3300003614|JGI20129J51890_10691078Not Available598Open in IMG/M
3300003614|JGI20129J51890_10695489Not Available595Open in IMG/M
3300003614|JGI20129J51890_10727488Not Available572Open in IMG/M
3300003614|JGI20129J51890_10733242Not Available568Open in IMG/M
3300003614|JGI20129J51890_10742052Not Available562Open in IMG/M
3300003614|JGI20129J51890_10745501Not Available559Open in IMG/M
3300003614|JGI20129J51890_10767442Not Available545Open in IMG/M
3300003614|JGI20129J51890_10787077Not Available532Open in IMG/M
3300003614|JGI20129J51890_10801612Not Available522Open in IMG/M
3300003614|JGI20129J51890_10827090Not Available503Open in IMG/M
3300005856|Ga0080005_126498All Organisms → cellular organisms → Archaea → DPANN group → Nanoarchaeota → Candidatus Nanoarchaeia → Nanoarchaeales → Nanopusillaceae → Candidatus Nanobsidianus → Candidatus Nanobsidianus stetteri6829Open in IMG/M
3300005958|Ga0081473_134133All Organisms → Viruses → Predicted Viral2786Open in IMG/M
3300005959|Ga0081534_100286All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae16987Open in IMG/M
3300005959|Ga0081534_104401All Organisms → Viruses → Predicted Viral2980Open in IMG/M
3300005964|Ga0081529_120621Not Available4355Open in IMG/M
3300005964|Ga0081529_128070Not Available1607Open in IMG/M
3300005977|Ga0081474_122715Not Available7662Open in IMG/M
3300005977|Ga0081474_124766Not Available8923Open in IMG/M
3300006180|Ga0079045_1000753All Organisms → Viruses → Predicted Viral4237Open in IMG/M
3300006180|Ga0079045_1001986All Organisms → Viruses → Predicted Viral2196Open in IMG/M
3300006180|Ga0079045_1003633All Organisms → Viruses → Predicted Viral1463Open in IMG/M
3300006180|Ga0079045_1014507Not Available610Open in IMG/M
3300006181|Ga0079042_1024041Not Available664Open in IMG/M
3300006857|Ga0079041_1015863Not Available972Open in IMG/M
3300006857|Ga0079041_1018924Not Available859Open in IMG/M
3300007812|Ga0105109_1005931Not Available1165Open in IMG/M
3300007812|Ga0105109_1006344All Organisms → Viruses → Predicted Viral1111Open in IMG/M
3300007813|Ga0105108_104544Not Available615Open in IMG/M
3300007814|Ga0105117_1017040Not Available907Open in IMG/M
3300007814|Ga0105117_1021205Not Available789Open in IMG/M
3300007815|Ga0105118_1000577Not Available1954Open in IMG/M
3300007815|Ga0105118_1006025Not Available711Open in IMG/M
3300007816|Ga0105112_1002304All Organisms → Viruses → Predicted Viral1301Open in IMG/M
3300007816|Ga0105112_1002552Not Available1242Open in IMG/M
3300007816|Ga0105112_1002882Not Available1181Open in IMG/M
3300007816|Ga0105112_1005751Not Available857Open in IMG/M
3300007816|Ga0105112_1009957Not Available650Open in IMG/M
3300007816|Ga0105112_1010258Not Available640Open in IMG/M
3300007816|Ga0105112_1010596Not Available629Open in IMG/M
3300013008|Ga0167616_1010094Not Available1669Open in IMG/M
3300013009|Ga0167615_1017041All Organisms → Viruses → Predicted Viral1252Open in IMG/M
3300013009|Ga0167615_1023506Not Available1031Open in IMG/M
3300013009|Ga0167615_1024976Not Available994Open in IMG/M
3300025371|Ga0209224_1003449All Organisms → Viruses → Predicted Viral3064Open in IMG/M
3300025371|Ga0209224_1003757Not Available2910Open in IMG/M
3300025371|Ga0209224_1010648All Organisms → Viruses → Predicted Viral1556Open in IMG/M
3300025371|Ga0209224_1018236All Organisms → Viruses → Predicted Viral1097Open in IMG/M
3300025371|Ga0209224_1018842All Organisms → Viruses → Predicted Viral1075Open in IMG/M
3300026623|Ga0208661_106538Not Available1142Open in IMG/M
3300026623|Ga0208661_113020Not Available631Open in IMG/M
3300026625|Ga0208028_100224All Organisms → Viruses → Predicted Viral3734Open in IMG/M
3300026625|Ga0208028_102867Not Available747Open in IMG/M
3300026813|Ga0208448_100262All Organisms → Viruses → Predicted Viral3689Open in IMG/M
3300026813|Ga0208448_103588All Organisms → Viruses → Predicted Viral1049Open in IMG/M
3300026813|Ga0208448_105206Not Available849Open in IMG/M
3300026813|Ga0208448_110336Not Available567Open in IMG/M
3300026821|Ga0208006_107850Not Available1232Open in IMG/M
3300026882|Ga0208313_132103Not Available502Open in IMG/M
3300026885|Ga0208662_105986Not Available2104Open in IMG/M
3300027931|Ga0208312_100314All Organisms → Viruses → Predicted Viral4776Open in IMG/M
3300027931|Ga0208312_100587All Organisms → cellular organisms → Archaea → DPANN group → Nanoarchaeota → Candidatus Nanoarchaeia → Nanoarchaeales → Nanopusillaceae → Candidatus Nanobsidianus → Candidatus Nanobsidianus stetteri3518Open in IMG/M
3300027931|Ga0208312_100698All Organisms → cellular organisms → Archaea → DPANN group → Nanoarchaeota → Candidatus Nanoarchaeia → Nanoarchaeales → Nanopusillaceae → Candidatus Nanobsidianus → Candidatus Nanobsidianus stetteri3272Open in IMG/M
3300027931|Ga0208312_100752All Organisms → Viruses → Predicted Viral3156Open in IMG/M
3300027931|Ga0208312_101875All Organisms → Viruses → Predicted Viral1940Open in IMG/M
3300027931|Ga0208312_103192All Organisms → Viruses → Predicted Viral1390Open in IMG/M
3300027931|Ga0208312_104472All Organisms → Viruses → Predicted Viral1116Open in IMG/M
3300027931|Ga0208312_104651Not Available1087Open in IMG/M
3300027931|Ga0208312_107848Not Available733Open in IMG/M
3300027931|Ga0208312_108481Not Available690Open in IMG/M
3300027931|Ga0208312_111108Not Available555Open in IMG/M
3300027932|Ga0208429_100071All Organisms → cellular organisms → Archaea → DPANN group → Nanoarchaeota → Candidatus Nanoarchaeia → Nanoarchaeales → Nanopusillaceae → Candidatus Nanobsidianus → Candidatus Nanobsidianus stetteri14677Open in IMG/M
3300027932|Ga0208429_100235All Organisms → cellular organisms → Archaea → DPANN group → Nanoarchaeota → Candidatus Nanoarchaeia → Nanoarchaeales → Nanopusillaceae → Candidatus Nanobsidianus → Candidatus Nanobsidianus stetteri8482Open in IMG/M
3300027932|Ga0208429_100261All Organisms → cellular organisms → Archaea8094Open in IMG/M
3300027933|Ga0208549_135498Not Available531Open in IMG/M
3300027937|Ga0208151_120797Not Available630Open in IMG/M
3300029625|Ga0311297_1421602All Organisms → Viruses → Predicted Viral1115Open in IMG/M
3300031749|Ga0315298_1066837All Organisms → Viruses → Predicted Viral2557Open in IMG/M
3300031749|Ga0315298_1092016Not Available1958Open in IMG/M
3300033476|Ga0326765_103988Not Available1678Open in IMG/M
3300033476|Ga0326765_105117Not Available1447Open in IMG/M
3300033830|Ga0326764_004634All Organisms → Viruses → Predicted Viral2890Open in IMG/M
3300033830|Ga0326764_036116Not Available630Open in IMG/M
3300033892|Ga0326767_000071All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei44534Open in IMG/M
3300033892|Ga0326767_006586Not Available1823Open in IMG/M
3300033892|Ga0326767_009598All Organisms → Viruses → Predicted Viral1385Open in IMG/M
3300033892|Ga0326767_016034Not Available943Open in IMG/M
3300034404|Ga0374090_02656All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Thermoproteales → Thermoproteaceae → Vulcanisaeta → unclassified Vulcanisaeta → Vulcanisaeta sp.4140Open in IMG/M
3300034404|Ga0374090_07102Not Available1448Open in IMG/M
3300034404|Ga0374090_13103Not Available703Open 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 Spring42.42%
Hypoxic/Sulfidic AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Hypoxic/Sulfidic Aquatic41.67%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring Water4.55%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hot Spring Sediment2.27%
Hot Spring Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Microbial Mat1.52%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Sediment → Unclassified → Hot Spring Sediment1.52%
Hypoxic/Sulfidic AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Alkaline → Unclassified → Hypoxic/Sulfidic Aquatic1.52%
Ferrous Microbial MatEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat1.52%
Ferrous Microbial Mat And AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat And Aquatic1.52%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hot Spring Sediment0.76%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hot Spring0.76%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2014031003Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP3 Monarch Geyser, Norris Geyser BasinEnvironmentalOpen in IMG/M
2014031004Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP9 Dragon Spring, Norris Geyser BasinEnvironmentalOpen in IMG/M
2022920002Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP3 Monarch Geyser, Norris Geyser BasinEnvironmentalOpen in IMG/M
2022920010Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP9 Dragon Spring, Norris Geyser BasinEnvironmentalOpen in IMG/M
3300000398Hypoxic/sulfidic aquatic microbial communities from Cistern Spring, Yellowstone National Park, USAEnvironmentalOpen in IMG/M
3300001309Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen 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
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
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
3300006857Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B host_MetaGEnvironmentalOpen in IMG/M
3300007812Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_6_15EnvironmentalOpen in IMG/M
3300007813Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_6_15EnvironmentalOpen in IMG/M
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
3300025371Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MG (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
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
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
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
3300029625Mildly acidic thermal spring sediment microbial community from Yellowstone National Park, USA - SJ3 SpringEnvironmentalOpen 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
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
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
YNP3_1468102014031003Hot SpringMSEVIQTPVDIAELLTLTGRSRVLTEKVKRCYALVANPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE
YNP9_2069602014031004Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRG
YNPsite03_CeleraDRAFT_2072802022920002Hot SpringVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGSLKPGGT
YNPsite09_CeleraDRAFT_852302022920010Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRR
CisS_allDRAFT_101304923300000398Hypoxic/Sulfidic AquaticMSEVIQTTIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
JGI20129J14369_102295023300001309Hypoxic/Sulfidic AquaticVSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51889_100500043300003607Hypoxic/Sulfidic AquaticVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGES*
JGI20129J51889_101111813300003607Hypoxic/Sulfidic AquaticMSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51889_102312313300003607Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEVTKRCYTLVTNPKFSDSIATALRGYDAASGGWFIPHATHAKQVIQPIIQECVIEPLTIVATGDDAHSLATLADFSNMLGVDVDVRAVSLQDIIELKLNSCLPQGDGKKPPAYVDLVNATSNCLREIVKKALVTLEHVGAVEVFTSRRGE*
JGI20129J51890_1000441063300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1003353023300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDITAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
JGI20129J51890_1003428923300003614Hypoxic/Sulfidic AquaticLVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
JGI20129J51890_1003541633300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
JGI20129J51890_1005241523300003614Hypoxic/Sulfidic AquaticVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIASALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGES*
JGI20129J51890_1005715423300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1005755433300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTDLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1006076533300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
JGI20129J51890_1007577423300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQEXVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1007604223300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1007829833300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKFSDSIATALRGYDAASGGWFIPHATHAKQVIQPIIQECVIEPLTIVATGDDAHSLATLADFSNMLGVDVDVRAVSLQDIIELKLNSCLPQGDGKKPPAYVDLVNATSNCLREIVKKALVTLEHVGAVEVFTSRRGE*
JGI20129J51890_1009457733300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
JGI20129J51890_1009909523300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASXRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATSNCLREIVTKALVTLEHVGAQP*
JGI20129J51890_1011774613300003614Hypoxic/Sulfidic AquaticMKRRLGWWPVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIASALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGES*
JGI20129J51890_1011900313300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
JGI20129J51890_1013157633300003614Hypoxic/Sulfidic AquaticTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1013279213300003614Hypoxic/Sulfidic AquaticVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIASALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKA
JGI20129J51890_1023094023300003614Hypoxic/Sulfidic AquaticMKRRLGWWPVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIASALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNHRAMRKSHLPTLT*
JGI20129J51890_1024795823300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRR
JGI20129J51890_1025580223300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1026396523300003614Hypoxic/Sulfidic AquaticVREVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
JGI20129J51890_1031015313300003614Hypoxic/Sulfidic AquaticTELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1033355623300003614Hypoxic/Sulfidic AquaticIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1035565123300003614Hypoxic/Sulfidic AquaticRLGWWPVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIASALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGES*
JGI20129J51890_1038659923300003614Hypoxic/Sulfidic AquaticNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGES*
JGI20129J51890_1042678223300003614Hypoxic/Sulfidic AquaticTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1067469113300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTDLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE
JGI20129J51890_1068157513300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE
JGI20129J51890_1068157613300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
JGI20129J51890_1068288713300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE
JGI20129J51890_1068288813300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE
JGI20129J51890_1068288913300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
JGI20129J51890_1068561813300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLTLEHVGAAIAFTSRR
JGI20129J51890_1069107713300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALVTLEHVGAAIAFTSRR
JGI20129J51890_1069107813300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRR
JGI20129J51890_1069548913300003614Hypoxic/Sulfidic AquaticIMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
JGI20129J51890_1072748813300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVG
JGI20129J51890_1073324213300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGA
JGI20129J51890_1074205213300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE
JGI20129J51890_1074550113300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE
JGI20129J51890_1076744213300003614Hypoxic/Sulfidic AquaticVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALL
JGI20129J51890_1078707713300003614Hypoxic/Sulfidic AquaticMSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKAL
JGI20129J51890_1080161213300003614Hypoxic/Sulfidic AquaticVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
JGI20129J51890_1082709013300003614Hypoxic/Sulfidic AquaticEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0080005_12649813300005856Hot Spring SedimentMSEVVQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPIIQECVIEPLTMVATGNDAYSLVTLADFADMLGVDVDVRAVSLQDIIELKLNACLPQGDDKKPPAYADLVNATGNCLREIVTKALITLEHVGATVAFTSRRGE*
Ga0081473_13413323300005958Hypoxic/Sulfidic AquaticMSEVIQTTIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVIEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
Ga0081534_100286263300005959Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
Ga0081534_10440123300005959Hypoxic/Sulfidic AquaticVSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGATIAFTSRRGE*
Ga0081529_12062123300005964Ferrous Microbial Mat And AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKSCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPIIQECVVEPLTIAATGNDAYSLVTLADFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALVTLEHVGATVAFTSRRGE*
Ga0081529_12807013300005964Ferrous Microbial Mat And AquaticGRSRVLTEKVKRCSALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPPGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGES*
Ga0081474_12271523300005977Ferrous Microbial MatVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALLALEHVGAAIAFTSRRGE*
Ga0081474_12476653300005977Ferrous Microbial MatVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPPGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGES*
Ga0079045_100075323300006180Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVANPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0079045_100198623300006180Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAVSLRGYDAASGGWFIPHATHAKQVIQPVIQECVIEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0079045_100363323300006180Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVIEPLTIIATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0079045_101450713300006180Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTDLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0079042_102404113300006181Hot SpringPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEAIAASLRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPPGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAV*
Ga0079041_101586323300006857Hot SpringVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPPGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVAAIASRRGES*
Ga0079041_101892423300006857Hot SpringMSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTIAATGNDAYSLVTLADFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPVYADLVNATNNCLREIVTKALVTLEHVGATVAFTSRRGE*
Ga0105109_100593113300007812Hot SpringCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0105109_100634423300007812Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGNDAHSLVTLTEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTDLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0105108_10454423300007813Hot SpringRSRVLTEKVKRCYALVANPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0105117_101704013300007814Hot SpringVSEVIQAPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0105117_102120523300007814Hot SpringLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTDLVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE*
Ga0105118_100057733300007815Hot SpringLLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHGKHAKQVIQNIIQECVIEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPPGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVAAIASRRGES*
Ga0105118_100602523300007815Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0105112_100230423300007816Hot SpringVSEVIQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0105112_100255223300007816Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVANPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTIAATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYSDLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0105112_100288233300007816Hot SpringLLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVIEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVAAIASR
Ga0105112_100575113300007816Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0105112_100995713300007816Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVVASLRGYDAASGGWFIPHATHAKQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0105112_101025813300007816Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAVSLRGYDAASGGWFIPHATHAKQVIQPVIQECVIEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRG
Ga0105112_101059613300007816Hot SpringVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVIEPLTIVATGDDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTDLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0167616_101009443300013008Hot SpringLLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVAAIASRRGES*
Ga0167615_101704123300013009Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVIEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE*
Ga0167615_102350613300013009Hot SpringLLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVIEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVAAIASRRGES*
Ga0167615_102497623300013009Hot SpringLLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPPGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGES*
Ga0209224_100344923300025371Hypoxic/Sulfidic AquaticVSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEH
Ga0209224_100375733300025371Hypoxic/Sulfidic AquaticVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGES
Ga0209224_101064823300025371Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEVTKRCYTLVTNPKFSDSIATALRGYDAASGGWFIPHATHAKQVIQPIIQECVIEPLTIVATGDDAHSLATLADFSNMLGVDVDVRAVSLQDIIELKLNSCLPQGDGKKPPAYVDLVNATSNCLREIVKKALVTLEHVGAVEVFTSRRGE
Ga0209224_101823623300025371Hypoxic/Sulfidic AquaticVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0209224_101884223300025371Hypoxic/Sulfidic AquaticMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVIEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGATIAFTSRRGE
Ga0208661_10653813300026623Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTIAATGNDAYSLVTLADFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLALEHVGAAIAFTSRRGE
Ga0208661_11302013300026623Hot SpringVIQTPIDITELLTLTGRSRVLTEVTKRCYALVTNPKFSDSIATALRGYDAASGGWFIPHATHAKQVIQPIIQECVIEALTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLNSCLPQGDGKKPPAYTDLVNATSNCLREIVKKALVTLEHVGAVDVFTSRRGE
Ga0208028_10022423300026625Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208028_10286713300026625Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208448_10026213300026813Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALLALEHVGAAIVFTSRRGE
Ga0208448_10358823300026813Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPHGDGKKPPAYADLVNATSNCLREIVTKALLALEHVGAAIAFTSRRGE
Ga0208448_10520623300026813Hot SpringMSEVVQTPLDIAELFTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALLALEHVGAAIAFTSRRGE
Ga0208448_11033613300026813Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALLALEHVGAAV
Ga0208006_10785033300026821Hot SpringPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEAIAASLRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPPGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAV
Ga0208313_13210313300026882Hot SpringLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208662_10598613300026885Hot SpringVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPPGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVSAIASRRGES
Ga0208312_10031423300027931Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVIEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208312_10058713300027931Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVVASLRGYDAASGGWFIPHATHAKQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208312_10069823300027931Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAVSLRGYDAASGGWFIPHATHAKQVIQPVIQECVIEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208312_10075223300027931Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGNDAHSLVTLTEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTDLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208312_10187523300027931Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTDLANATNNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208312_10319223300027931Hot SpringVSEVIQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208312_10447223300027931Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSN
Ga0208312_10465123300027931Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTIAATGNDAHSLVTLAEFADMLGVDVDVRTVSLQDIIELKLSSCLPQGDGKKPPAYSDLVNATNNCLREIVTKAL
Ga0208312_10784813300027931Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208312_10848123300027931Hot SpringVSEVIQTPIDITELLMLTGRSRVLTEKVKRCYALVANPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVIEPLTIVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208312_11110813300027931Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNA
Ga0208429_100071153300027932Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVANPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208429_10023573300027932Hot SpringMSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVIEPLTIIATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208429_10026123300027932Hot SpringVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAVSLRGYDAASGGWFIPHATHAKQVIQPVIQECVIEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208549_13549823300027933Hot SpringEKVKRCYALVTNPKTFEGVVASLRGYDAASGGWFIPHATHARQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0208151_12079723300027937Hot SpringLVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTIAATGNDAYSLVTLADFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPVYADLVNATNNCLREIVTKALVTLEHVGATVAFTSRRGE
Ga0311297_142160223300029625Hot SpringMSEVIQTPIDIAELLTLTGRSRVLTEKVKRCYALVTNPRTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIVQECVIEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPHGDGKKPPAYTDLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0315298_106683723300031749Hot Spring Microbial MatMSEVVQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDSASGGWFMPHATHAKQVIQPIIQECVIEPLTMVATGSDAYSLVTLADFADMLGVDVDVRAVSLQDIIELKLNACLPQGDGKKPPAYADLVNATGNCLREIVTKALITLEHVGATVAFTSRRGE
Ga0315298_109201623300031749Hot Spring Microbial MatMSTQQAPVDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDAASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPPGDEKKPPAYTELVNATSNCLREIVTKALVTLERAGAVSAIASRRGES
Ga0326765_10398823300033476Hot Spring WaterVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGAAIAFTSRRGE
Ga0326765_10511713300033476Hot Spring WaterVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIAAALRGYDPASGGWFIPHGKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPPGDEKKPPAYTDLVNATINCLREIVTKALVTLERAGAVAAIASRRGES
Ga0326764_004634_1_4743300033830Hot Spring SedimentVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALV
Ga0326764_036116_148_6093300033830Hot Spring SedimentVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHARQVIQPIIQECVIEPLTMVATGSDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYTELVNATNNCLREIVTKALLTLEHVGAAIAFTSRRGE
Ga0326767_000071_28023_285503300033892Hot Spring WaterVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPRATHAKQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATNNCLREIVTKALVTLEHVGATVAFTSRRGE
Ga0326767_006586_1234_17613300033892Hot Spring WaterVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIASALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATNNCLREIVTKALVTLERAGAVAAIASRRGES
Ga0326767_009598_690_12173300033892Hot Spring WaterVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPVIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALVTLEHVGATVVFTSRRGE
Ga0326767_016034_35_5623300033892Hot Spring WaterVSEVIQTPIDITELLTLTGRSRVLTEKVKRCYALVTNPKTFEGVAASLRGYDAASGGWFIPHATHAKQVIQPIIQECVVEPLTMVATGNDAHSLVTLAEFADMLGVDVDVRAVSLQDIIELKLSSCLPQGDGKKPPAYADLVNATSNCLREIVTKALLTLEHVGAAIAFTSRRGE
Ga0374090_02656_3346_38733300034404Hot Spring SedimentVSTQQTPIDITELLALTGRSRVLTEKVKRCYALVTNPKTFEAIAASLRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATSNCLREIVTKALVTLERAGAVAAIASRRGES
Ga0374090_07102_615_10793300034404Hot Spring SedimentVLTEKVKRCYALVTNPKTFEAIAEALRGYDPASGGWFIPHAKHAKQVIQNIIQECVVEPLTMVAEGGGMDGLITLAEYASMLDVDVDVSAVNIQDIIELKLNSCLPQGDEKKPPAYTDLVNATSNCLREIVTKALVTLERAGAVSAIASRRGES
Ga0374090_13103_81_6113300034404Hot Spring SedimentMSEVIQTPIDITELLTLTGGRSRVLTEVTKRCYTLVTNPKFSDFIATALRGYDAASGGWFIPHATHAKQVIQPIIQECVIEPLTIVATGDDAHSLATLADFSNMLGVDVDVRAVSLQDIIELKLNSCLPQGDGKKPPAYADLVNATSNCLREIVKKALVTLEHVGAVEVFTSRRGE


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