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 F049309

Metagenome / Metatranscriptome Family F049309

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F049309
Family Type Metagenome / Metatranscriptome
Number of Sequences 147
Average Sequence Length 129 residues
Representative Sequence YRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Number of Associated Samples 31
Number of Associated Scaffolds 147

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 4.76 %
% of genes near scaffold ends (potentially truncated) 87.76 %
% of genes from short scaffolds (< 2000 bps) 97.96 %
Associated GOLD sequencing projects 21
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 (70.748 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Hypoxic/Sulfidic Aquatic
(68.027 % of family members)
Environment Ontology (ENVO) Unclassified
(68.027 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(76.190 % 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: 16.13%    β-sheet: 22.58%    Coil/Unstructured: 61.29%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 147 Family Scaffolds
PF00534Glycos_transf_1 9.52
PF01402RHH_1 0.68
PF07282OrfB_Zn_ribbon 0.68



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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A70.75 %
All OrganismsrootAll Organisms29.25 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2022920002|YNPsite03_CeleraDRAF_deg1118686632860All Organisms → cellular organisms → Archaea840Open in IMG/M
2022920002|YNPsite03_CeleraDRAF_deg1118686632932All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.861Open in IMG/M
2022920002|YNPsite03_CeleraDRAF_deg1118686643150Not Available782Open in IMG/M
2022920002|YNPsite03_CeleraDRAF_deg1118686644376All Organisms → cellular organisms → Archaea873Open in IMG/M
2022920002|YNPsite03_CeleraDRAF_scf1118686648251All Organisms → Viruses → Predicted Viral1178Open in IMG/M
3300000348|GreS_7680CDRAFT_1017248Not Available523Open in IMG/M
3300001309|JGI20129J14369_1038645Not Available530Open in IMG/M
3300001309|JGI20129J14369_1041335Not Available505Open in IMG/M
3300001340|JGI20133J14441_1025687Not Available1552Open in IMG/M
3300001382|JGI20127J14776_1028157Not Available642Open in IMG/M
3300003614|JGI20129J51890_10015258All Organisms → cellular organisms → Bacteria2665Open in IMG/M
3300003614|JGI20129J51890_10043848All Organisms → Viruses → Predicted Viral2020Open in IMG/M
3300003614|JGI20129J51890_10055337Not Available1887Open in IMG/M
3300003614|JGI20129J51890_10063742All Organisms → Viruses → Predicted Viral1807Open in IMG/M
3300003614|JGI20129J51890_10085950All Organisms → Viruses → Predicted Viral1637Open in IMG/M
3300003614|JGI20129J51890_10089799All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.1613Open in IMG/M
3300003614|JGI20129J51890_10117596All Organisms → Viruses → Predicted Viral1468Open in IMG/M
3300003614|JGI20129J51890_10123403All Organisms → cellular organisms → Bacteria1442Open in IMG/M
3300003614|JGI20129J51890_10127698Not Available1424Open in IMG/M
3300003614|JGI20129J51890_10147617All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.1348Open in IMG/M
3300003614|JGI20129J51890_10152090Not Available1333Open in IMG/M
3300003614|JGI20129J51890_10174637Not Available1261Open in IMG/M
3300003614|JGI20129J51890_10176685Not Available1255Open in IMG/M
3300003614|JGI20129J51890_10181919Not Available1240Open in IMG/M
3300003614|JGI20129J51890_10182650Not Available1238Open in IMG/M
3300003614|JGI20129J51890_10184086All Organisms → cellular organisms → Archaea1234Open in IMG/M
3300003614|JGI20129J51890_10208035Not Available1171Open in IMG/M
3300003614|JGI20129J51890_10208563Not Available1169Open in IMG/M
3300003614|JGI20129J51890_10218817Not Available1146Open in IMG/M
3300003614|JGI20129J51890_10222619All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.1138Open in IMG/M
3300003614|JGI20129J51890_10228793All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.1124Open in IMG/M
3300003614|JGI20129J51890_10232149All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.1117Open in IMG/M
3300003614|JGI20129J51890_10246416Not Available1088Open in IMG/M
3300003614|JGI20129J51890_10263833All Organisms → cellular organisms → Archaea1055Open in IMG/M
3300003614|JGI20129J51890_10272727All Organisms → cellular organisms → Archaea1039Open in IMG/M
3300003614|JGI20129J51890_10278832Not Available1028Open in IMG/M
3300003614|JGI20129J51890_10285914Not Available1016Open in IMG/M
3300003614|JGI20129J51890_10333532All Organisms → cellular organisms → Archaea944Open in IMG/M
3300003614|JGI20129J51890_10334273All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.943Open in IMG/M
3300003614|JGI20129J51890_10355128All Organisms → cellular organisms → Archaea915Open in IMG/M
3300003614|JGI20129J51890_10369850All Organisms → cellular organisms → Archaea896Open in IMG/M
3300003614|JGI20129J51890_10393429Not Available866Open in IMG/M
3300003614|JGI20129J51890_10402287Not Available856Open in IMG/M
3300003614|JGI20129J51890_10414897Not Available841Open in IMG/M
3300003614|JGI20129J51890_10468983All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.785Open in IMG/M
3300003614|JGI20129J51890_10480596All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.773Open in IMG/M
3300003614|JGI20129J51890_10521038Not Available735Open in IMG/M
3300003614|JGI20129J51890_10538593All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.720Open in IMG/M
3300003614|JGI20129J51890_10543981All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.715Open in IMG/M
3300003614|JGI20129J51890_10547515Not Available712Open in IMG/M
3300003614|JGI20129J51890_10566867Not Available695Open in IMG/M
3300003614|JGI20129J51890_10572390Not Available690Open in IMG/M
3300003614|JGI20129J51890_10577219All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.686Open in IMG/M
3300003614|JGI20129J51890_10603303Not Available665Open in IMG/M
3300003614|JGI20129J51890_10605492Not Available663Open in IMG/M
3300003614|JGI20129J51890_10611032Not Available659Open in IMG/M
3300003614|JGI20129J51890_10619219Not Available652Open in IMG/M
3300003614|JGI20129J51890_10622446Not Available650Open in IMG/M
3300003614|JGI20129J51890_10635237Not Available640Open in IMG/M
3300003614|JGI20129J51890_10650871Not Available628Open in IMG/M
3300003614|JGI20129J51890_10655331Not Available624Open in IMG/M
3300003614|JGI20129J51890_10675921Not Available609Open in IMG/M
3300003614|JGI20129J51890_10682002Not Available605Open in IMG/M
3300003614|JGI20129J51890_10686107Not Available601Open in IMG/M
3300003614|JGI20129J51890_10689535Not Available599Open in IMG/M
3300003614|JGI20129J51890_10691306Not Available598Open in IMG/M
3300003614|JGI20129J51890_10699062All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.592Open in IMG/M
3300003614|JGI20129J51890_10703155Not Available589Open in IMG/M
3300003614|JGI20129J51890_10711385Not Available583Open in IMG/M
3300003614|JGI20129J51890_10721811Not Available576Open in IMG/M
3300003614|JGI20129J51890_10722255Not Available576Open in IMG/M
3300003614|JGI20129J51890_10725860Not Available573Open in IMG/M
3300003614|JGI20129J51890_10727378Not Available572Open in IMG/M
3300003614|JGI20129J51890_10728381Not Available571Open in IMG/M
3300003614|JGI20129J51890_10735341Not Available566Open in IMG/M
3300003614|JGI20129J51890_10736047Not Available566Open in IMG/M
3300003614|JGI20129J51890_10743068Not Available561Open in IMG/M
3300003614|JGI20129J51890_10744823Not Available560Open in IMG/M
3300003614|JGI20129J51890_10747829Not Available558Open in IMG/M
3300003614|JGI20129J51890_10747979Not Available558Open in IMG/M
3300003614|JGI20129J51890_10752915Not Available555Open in IMG/M
3300003614|JGI20129J51890_10755231Not Available553Open in IMG/M
3300003614|JGI20129J51890_10761224Not Available549Open in IMG/M
3300003614|JGI20129J51890_10768807Not Available544Open in IMG/M
3300003614|JGI20129J51890_10771891Not Available542Open in IMG/M
3300003614|JGI20129J51890_10772255Not Available542Open in IMG/M
3300003614|JGI20129J51890_10774535Not Available540Open in IMG/M
3300003614|JGI20129J51890_10777948Not Available538Open in IMG/M
3300003614|JGI20129J51890_10778300Not Available538Open in IMG/M
3300003614|JGI20129J51890_10789863Not Available530Open in IMG/M
3300003614|JGI20129J51890_10798991Not Available524Open in IMG/M
3300003614|JGI20129J51890_10803935Not Available520Open in IMG/M
3300003614|JGI20129J51890_10804135Not Available520Open in IMG/M
3300003614|JGI20129J51890_10808052Not Available517Open in IMG/M
3300003614|JGI20129J51890_10814889Not Available512Open in IMG/M
3300003614|JGI20129J51890_10819067Not Available509Open in IMG/M
3300003614|JGI20129J51890_10819194Not Available509Open in IMG/M
3300005223|Ga0073350_119558Not Available1849Open in IMG/M
3300005856|Ga0080005_113581Not Available727Open in IMG/M
3300005959|Ga0081534_117403Not Available672Open in IMG/M
3300005959|Ga0081534_122002Not Available524Open in IMG/M
3300006857|Ga0079041_1035092Not Available568Open in IMG/M
3300006858|Ga0079048_1051378All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.503Open in IMG/M
3300007812|Ga0105109_1012840Not Available676Open in IMG/M
3300007813|Ga0105108_100562Not Available1689Open in IMG/M
3300007815|Ga0105118_1007274All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.649Open in IMG/M
3300007816|Ga0105112_1007454Not Available754Open in IMG/M
3300007816|Ga0105112_1008121Not Available719Open in IMG/M
3300007816|Ga0105112_1011154Not Available612Open in IMG/M
3300007816|Ga0105112_1013719Not Available549Open in IMG/M
3300013008|Ga0167616_1030202All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.768Open in IMG/M
3300013008|Ga0167616_1041568Not Available615Open in IMG/M
3300013008|Ga0167616_1050235All Organisms → cellular organisms → Archaea → Euryarchaeota → Methanomada group → Methanobacteria → Methanobacteriales → Methanobacteriaceae → Methanobrevibacter → Methanobrevibacter millerae543Open in IMG/M
3300013009|Ga0167615_1048463Not Available666Open in IMG/M
3300013009|Ga0167615_1077347Not Available506Open in IMG/M
3300025360|Ga0209739_118231Not Available1056Open in IMG/M
3300025360|Ga0209739_120471Not Available957Open in IMG/M
3300025360|Ga0209739_124587Not Available811Open in IMG/M
3300025360|Ga0209739_128199Not Available711Open in IMG/M
3300025360|Ga0209739_136456All Organisms → cellular organisms → Archaea → Euryarchaeota → Methanomada group → Methanobacteria → Methanobacteriales → Methanobacteriaceae → Methanobrevibacter → Methanobrevibacter millerae550Open in IMG/M
3300025360|Ga0209739_137712All Organisms → cellular organisms → Archaea → Euryarchaeota → Methanomada group → Methanobacteria → Methanobacteriales → Methanobacteriaceae → Methanobrevibacter → Methanobrevibacter millerae531Open in IMG/M
3300025371|Ga0209224_1008582All Organisms → Viruses → Predicted Viral1782Open in IMG/M
3300025371|Ga0209224_1014292Not Available1285Open in IMG/M
3300025371|Ga0209224_1015650All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.1214Open in IMG/M
3300025371|Ga0209224_1037214Not Available667Open in IMG/M
3300025371|Ga0209224_1037289Not Available666Open in IMG/M
3300025371|Ga0209224_1038269Not Available653Open in IMG/M
3300025371|Ga0209224_1040572All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.625Open in IMG/M
3300025371|Ga0209224_1042290Not Available606Open in IMG/M
3300025371|Ga0209224_1048861Not Available541Open in IMG/M
3300025503|Ga0209012_1062975Not Available869Open in IMG/M
3300025503|Ga0209012_1089507Not Available628Open in IMG/M
3300026625|Ga0208028_104979Not Available526Open in IMG/M
3300026768|Ga0208447_109373Not Available751Open in IMG/M
3300026885|Ga0208662_125916All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.614Open in IMG/M
3300026906|Ga0208683_127473All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.651Open in IMG/M
3300027931|Ga0208312_108908All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.664Open in IMG/M
3300027931|Ga0208312_111678Not Available532Open in IMG/M
3300029569|Ga0311280_115246Not Available514Open in IMG/M
3300033159|Ga0326758_110015Not Available1015Open in IMG/M
3300033476|Ga0326765_108869Not Available1011Open in IMG/M
3300033781|Ga0326759_08078Not Available926Open in IMG/M
3300033830|Ga0326764_030683Not Available722Open in IMG/M
3300034404|Ga0374090_02875All Organisms → cellular organisms → Archaea → TACK group3856Open in IMG/M
3300034404|Ga0374090_06842All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.1511Open in IMG/M
3300034404|Ga0374090_10161Not Available937Open in IMG/M
3300034404|Ga0374090_12946All Organisms → cellular organisms → Archaea715Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hypoxic/Sulfidic AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Hypoxic/Sulfidic Aquatic68.03%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring17.01%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hot Spring Sediment5.44%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hot Spring Sediment2.72%
Hypersaline MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hypersaline Mat2.04%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring Water1.36%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Sediment → Unclassified → Hot Spring Sediment1.36%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater0.68%
SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Sediment0.68%
HotspringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hotspring0.68%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2022920002Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP3 Monarch Geyser, Norris Geyser BasinEnvironmentalOpen in IMG/M
3300000348Acidic sulfate chloride spring microbial streamer communities from Grendel Spring, Yellowstone National Park, USA - T=76-80EnvironmentalOpen in IMG/M
3300001309Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen in IMG/M
3300001340Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3BEnvironmentalOpen in IMG/M
3300001382Hot spring sediment microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC3_ASEDEnvironmentalOpen in IMG/M
3300003614Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MGEnvironmentalOpen in IMG/M
3300005223Sylvan Springs Unknown 12.1A - Microbial communities from the Yellowstone National Park, bulk metagenomes as controls for mini-metagenomic methodsEnvironmentalOpen in IMG/M
3300005856Hot spring sediment microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC3_ASED (SPADES assembly)EnvironmentalOpen in IMG/M
3300005959Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MG (SPADES assembly)EnvironmentalOpen 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
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
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
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
3300025503Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3B (SPAdes)EnvironmentalOpen in IMG/M
3300026625Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_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
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
3300029569Moderately acidic thermal spring sediment microbial community from Yellowstone National Park, USA - MV2 SpringEnvironmentalOpen in IMG/M
3300033159Hot spring sediment microbial communities from Geyser Creek Basin, Yellowstone National Park, WY, United States - GCR.JH_SEnvironmentalOpen in IMG/M
3300033476Hot spring water microbial communities from Norris Geyser Basin, Yellowstone National Park, WY, United States - NOR.RB_PEnvironmentalOpen in IMG/M
3300033781Hot spring water microbial communities from Geyser Creek Basin, Yellowstone National Park, WY, United States - GCR.JH_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
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
YNPsite03_CeleraDRAFT_593402022920002Hot SpringWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
YNPsite03_CeleraDRAFT_974102022920002Hot SpringPVTCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLMPIDGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
YNPsite03_CeleraDRAFT_510302022920002Hot SpringVDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
YNPsite03_CeleraDRAFT_2400002022920002Hot SpringMQWRLPVVCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
YNPsite03_CeleraDRAFT_1280702022920002Hot SpringKRVDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNT
GreS_7680CDRAFT_101724813300000348FreshwaterRYLTPGDIPPGSRLIPIDGGGLGLCLIDMRVFNMIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLEVTASHYLAPPVALKIDGTLYNTP*
JGI20129J14369_103864513300001309Hypoxic/Sulfidic AquaticYRLKRVDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDVIDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J14369_104133513300001309Hypoxic/Sulfidic AquaticAILQLMQWYTPVVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20133J14441_102568723300001340Hypersaline MatVAREFSVKIAKQKKAEYLFFLDSDVVPDKDDTILQLMSWKLPAVCGVYRLKRVDAQVFPFSIYKWDYQKNAYRYLVPEDIPKNWRLIPIDGGGLGICLIDMVVFNDIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLNITASHYLAPPVALRFDGTLYNTP*
JGI20127J14776_102815723300001382Hot Spring SedimentDAVLQLMQWYLPVVCGVYRLKRIDAQVFPFSIYKWDPQRNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDXHVFDVLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALRFDGTXXNTP*
JGI20129J51890_1001525853300003614Hypoxic/Sulfidic AquaticMQWRLPVVCGVYRLKRIDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1004384813300003614Hypoxic/Sulfidic AquaticPVVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1005533713300003614Hypoxic/Sulfidic AquaticRLKRVDAQVFPFSVYKWNPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1006374213300003614Hypoxic/Sulfidic AquaticQWRLPVVCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1008595013300003614Hypoxic/Sulfidic AquaticDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1008979943300003614Hypoxic/Sulfidic AquaticVPDRDDAILQLMQWYRLPVVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1011759633300003614Hypoxic/Sulfidic AquaticCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1012340313300003614Hypoxic/Sulfidic AquaticREFSVKLAREKNADYLFFLDSDVVPDRDDAILQLYQWRLPVTCGVYRLKRIDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1012769833300003614Hypoxic/Sulfidic AquaticVYKWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGLQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1014761733300003614Hypoxic/Sulfidic AquaticFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1015209013300003614Hypoxic/Sulfidic AquaticVDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1017463713300003614Hypoxic/Sulfidic AquaticQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1017668523300003614Hypoxic/Sulfidic AquaticFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1018191923300003614Hypoxic/Sulfidic AquaticFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1018265023300003614Hypoxic/Sulfidic AquaticVDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1018408633300003614Hypoxic/Sulfidic AquaticDAILQLYQWYTPVVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDVPQCITRSMR*
JGI20129J51890_1020803533300003614Hypoxic/Sulfidic AquaticLPGRRAPRHIFFLDSDVVPDRNDAILQLYQWYTPATCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1020856313300003614Hypoxic/Sulfidic AquaticAQVFPFSVYKWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQGDGLALPCASSRA*
JGI20129J51890_1021881723300003614Hypoxic/Sulfidic AquaticVYKWNPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1022261913300003614Hypoxic/Sulfidic AquaticFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1022879313300003614Hypoxic/Sulfidic AquaticDSDVVPDRNDTILQLYRWRLPVVCGIYRLKRIDSAQVFPFSVYKWSPERNAFRYLTPADIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1023214913300003614Hypoxic/Sulfidic AquaticLDSDVVPDRDDTILQLLMWRLPVVCGMYRLKKIDSSQVFPFSVYKWDPERNAFRYLTPADIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1024641613300003614Hypoxic/Sulfidic AquaticPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1026383333300003614Hypoxic/Sulfidic AquaticQWRLPVVCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1027272733300003614Hypoxic/Sulfidic AquaticLQLMQWRLPVVCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1027883213300003614Hypoxic/Sulfidic AquaticVPDRNDAILQLLQWYTPVTCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1028591423300003614Hypoxic/Sulfidic AquaticRIDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
JGI20129J51890_1033353213300003614Hypoxic/Sulfidic AquaticYKWDPQKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1033427323300003614Hypoxic/Sulfidic AquaticIFFLDSDVVPDRNDTILQLYRWRLPVVCGIYRLKRIDSAQVFPFSVYKWSPERNAFRYLTPADIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1035512833300003614Hypoxic/Sulfidic AquaticEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1036985013300003614Hypoxic/Sulfidic AquaticEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1039342913300003614Hypoxic/Sulfidic AquaticQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1040228713300003614Hypoxic/Sulfidic AquaticYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1041489713300003614Hypoxic/Sulfidic AquaticLCLTGDDAILQLYQWYTPVVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1046898323300003614Hypoxic/Sulfidic AquaticSDVVPDRNDAILQLMQWYTPVTCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1048059623300003614Hypoxic/Sulfidic AquaticLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1052103813300003614Hypoxic/Sulfidic AquaticVYRLKRVDAQVFPFSVYRWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1053859333300003614Hypoxic/Sulfidic AquaticNPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1054398113300003614Hypoxic/Sulfidic AquaticDAQVFPFSVYRWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1054751513300003614Hypoxic/Sulfidic AquaticVYKWDPXKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1056686723300003614Hypoxic/Sulfidic AquaticLCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1057239013300003614Hypoxic/Sulfidic AquaticILQLLQWRLPVVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1057721923300003614Hypoxic/Sulfidic AquaticGIYRLKRIDSSQVFPFSVYKWSPERNAFRYLTPADIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDKGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1060330313300003614Hypoxic/Sulfidic AquaticYRLKRIDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1060549213300003614Hypoxic/Sulfidic AquaticRLPVVCGIYRLKRIDSAQVFPFSVYKWSPERNAFRYLTPADIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1061103223300003614Hypoxic/Sulfidic AquaticCSGGYQWCAECYRLKRIDAQVFPFSVYKWNPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1061921913300003614Hypoxic/Sulfidic AquaticLYQWRLPVVCGVYRLKRVDAQVFPFSVYRWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1062244613300003614Hypoxic/Sulfidic AquaticQWRLPVVCGVYRLKRVDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTCCITLREVRA*
JGI20129J51890_1063523713300003614Hypoxic/Sulfidic AquaticDAQVFPFSVYRWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1065087113300003614Hypoxic/Sulfidic AquaticQVFPFSVYRWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1065533113300003614Hypoxic/Sulfidic AquaticIDSAQVFPFSVYKWNPERNAFRYLTPADIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP
JGI20129J51890_1067592113300003614Hypoxic/Sulfidic AquaticQWRLPVVCGVYRLKRVDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1068200213300003614Hypoxic/Sulfidic AquaticAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1068610713300003614Hypoxic/Sulfidic AquaticARQNNADYIFFLDSDVVPDSRDAILQLYQWYTPVVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1068953523300003614Hypoxic/Sulfidic AquaticFFLDSDVVPDRNDAILQLYQWYTPVTCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1069130613300003614Hypoxic/Sulfidic AquaticRASRLTSQGSSPLSSPGRGAPRTSSSLTATLCLTGDDAVLQLYQWYTPVTCGVYRLKRVDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1069906213300003614Hypoxic/Sulfidic AquaticFSVYKWDPQKNAYRYLTPEDIPKGWRLVPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1070315513300003614Hypoxic/Sulfidic AquaticVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1071138513300003614Hypoxic/Sulfidic AquaticLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1072181113300003614Hypoxic/Sulfidic AquaticIFFLDSDVVPDRNDAILQLYQWYTPVTCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTPWG*
JGI20129J51890_1072225513300003614Hypoxic/Sulfidic AquaticVEPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1072586013300003614Hypoxic/Sulfidic AquaticLTPEDIPKGWRLVPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1072737823300003614Hypoxic/Sulfidic AquaticLQLMQWRLPVVCGVYRLKRIDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1072838113300003614Hypoxic/Sulfidic AquaticAILQLYQWYTPLVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1073534113300003614Hypoxic/Sulfidic AquaticPDRNDTILQLYRWRLPVVCGIYRLKRIDSAQVFPFSVYKWSPERNAFRYLTPADIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1073604713300003614Hypoxic/Sulfidic AquaticAILQLMQWYTPVVCGVYRLKRVDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1074306823300003614Hypoxic/Sulfidic AquaticVVCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1074482313300003614Hypoxic/Sulfidic AquaticSDVVPDRNDAILQLFCSGTLPVVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1074782913300003614Hypoxic/Sulfidic AquaticSDVVPDRNDAILQLYQWYTPATCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTPWGESVSQATLCVQCLQRQTGQPYYSNVVATPAAFGVM
JGI20129J51890_1074797923300003614Hypoxic/Sulfidic AquaticAVLQLMQWRLPVVCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1075291513300003614Hypoxic/Sulfidic AquaticLLQWRLPVVCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1075523113300003614Hypoxic/Sulfidic AquaticDSDVVPDRNDAILQLYQWYTPVTCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1076122413300003614Hypoxic/Sulfidic AquaticLMQWRLPVVCGVYRLKRIDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1076880713300003614Hypoxic/Sulfidic AquaticVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1077189113300003614Hypoxic/Sulfidic AquaticILQLYQWYTPATCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1077225523300003614Hypoxic/Sulfidic AquaticCGVYRLKRVDAQVFPFSVYKWNPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1077453523300003614Hypoxic/Sulfidic AquaticQWRLPVVCGVYRLKRVDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1077794823300003614Hypoxic/Sulfidic AquaticVCGVYRLKRIDAQVFPFSVYKWDPQKNAYSYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1077830013300003614Hypoxic/Sulfidic AquaticILQLLQWRLPVVCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLVPIDGGGLGLCLVDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1078986313300003614Hypoxic/Sulfidic AquaticPVTCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1079899123300003614Hypoxic/Sulfidic AquaticYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1080393523300003614Hypoxic/Sulfidic AquaticNPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1080413513300003614Hypoxic/Sulfidic AquaticRLPVVCGIYRLKRIDSAQVFPFSVYKWSPERNAFRYLTPADIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1080805213300003614Hypoxic/Sulfidic AquaticVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1081488913300003614Hypoxic/Sulfidic AquaticFLDSDVVPDRNDAILQLYQWYTPVTCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1081906723300003614Hypoxic/Sulfidic AquaticDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1081919413300003614Hypoxic/Sulfidic AquaticNDAILQLYQWYTPVTCGVYRLKRIDAQVFPFSVYKWNPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0073350_11955833300005223HotspringLPVVCGVYRLKRVDAQVFPFSVYKWDPAKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDAIDEPYFRWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0080005_11358113300005856Hot Spring SedimentRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0081534_11740313300005959Hypoxic/Sulfidic AquaticYKWNPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGILYNTP*
Ga0081534_12200213300005959Hypoxic/Sulfidic AquaticHIFFLDSDVVPDRNDTILQLYRWRLPVVCGIYRLKRIDSSQVFPFSVYKWSPERNAFRYLTPADIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDKGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
Ga0079041_103509213300006857Hot SpringYKWDPQKNAYRYLTLDDIPKGWRLIPIDGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0079048_105137823300006858Hot SpringYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0105109_101284013300007812Hot SpringMSYKLPVVCAVYRLKRVDMQVFPFSIYKWDYQKNNYRYLVPEDIPKNWSLIPIDGGGLGLCLIDMAVFNVIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLSLTASHYLAPPVALRFDGTLYNTP*
Ga0105108_10056233300007813Hot SpringVCAVYRLKRVDAQVFPFSIYKWDYQKNNYRYLVPEDIPKNWSLIPIDGGGLGLCLIDMAVFNVIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLSLTASHYLAPPVAIRFDGTLYNTP*
Ga0105118_100727423300007815Hot SpringLQLLQWRLPVVCGVYRLKRIDAQMFPFSVYKWNPEKNAYRYLLPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0105112_100745413300007816Hot SpringIDSSQVFPFSVYKWDSVKNAFRYLIPADIQPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP
Ga0105112_100812123300007816Hot SpringDVVPDRDDAFFQLYQWKLPVSCGMYRLKRVDAQVFPFSVYKWDPAKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDALEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0105112_101115423300007816Hot SpringQVFPFSVYKWSPERNAFRYLTPSDIPPGSRLIPIEGGGLGLCLIDMRVFNMIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
Ga0105112_101371923300007816Hot SpringFLDSDVVPDRDDAILQLYQWYTPVTCGVYRLKRIDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0167616_103020213300013008Hot SpringSSQVFPFSVYKWSPERNAFRYPTPGDIPPGSRLIPIDGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFRKVIDNGIQPYADLQVIASHYLAPPVALKIDGTLYNTP*
Ga0167616_104156823300013008Hot SpringAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDALDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDRGIQPYADLQVTASHYLAPPVALKFDGTLDNTP*
Ga0167616_105023513300013008Hot SpringREKGADYILFLDSDVVPDRDDAVLQLMQWRLPAVCGVYRLKRVDAQVFPFSVYKWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDILDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0167615_104846313300013009Hot SpringYRLKRIDAQVFPFSVYKWSPEKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDRGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0167615_107734713300013009Hot SpringDVVPDKNDTILQLYRWRLPLVCGIYRLKRIDSSQVFPFSVYKWDSVKNAFRYLIPADIQPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
Ga0209739_11823123300025360Hot Spring SedimentFLDSDVVPDRDDAILQLMQWYAPVVCGFYRLKRVDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDILDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALRFDGTLYNTP
Ga0209739_12047113300025360Hot Spring SedimentRNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209739_12458713300025360Hot Spring SedimentDVVPDSKDAILQLLQWYLPVVCGVYRLKRIDAQVFPFSVYKWDPQRNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVLDEPYFRWELYPWNPPPGGLSEDLYFFKKLIDRGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209739_12819913300025360Hot Spring SedimentNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDILDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDRGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209739_13645613300025360Hot Spring SedimentGADYLFFLDSDVVPDRDDAVLQLMQWYLPVVCGVYRLKRVDAQVFPFSIYKWSPERNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDRGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209739_13771213300025360Hot Spring SedimentGADYLFFLDSDVVPDRDDAVLQLMQWYLPVVCGVYRLKRVDAQVFPFSIYKWSPERNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_100858233300025371Hypoxic/Sulfidic AquaticVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_101429223300025371Hypoxic/Sulfidic AquaticYQWYTPATCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_101565013300025371Hypoxic/Sulfidic AquaticVDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_103721423300025371Hypoxic/Sulfidic AquaticLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_103728913300025371Hypoxic/Sulfidic AquaticYQWYTPATCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_103826913300025371Hypoxic/Sulfidic AquaticLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_104057223300025371Hypoxic/Sulfidic AquaticAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_104229023300025371Hypoxic/Sulfidic AquaticDAVLQLYQWYTPVTCGVYRLKRVDAQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDVIDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_104886113300025371Hypoxic/Sulfidic AquaticRNDAILQLMQWYTPVVCGVYRLKRIDAQVFPFSVYKWDPQKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209012_106297513300025503Hypersaline MatQKKAEYLFFLDSDVVPDKDDTILQLMSWKLPAVCGVYRLKRVDAQVFPFSIYKWDYQKNSYRYLVPEDIPKNWRLIPIDGGGLGICLIDIAVFNDIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIEKGIQPYADLNITASHYLAPPVALRFDGTLYNTP
Ga0209012_108950713300025503Hypersaline MatVYRLKRVDAQVFPFSIYKWDYQKNAYRYLVPEDIPKNWRLIPIDGGGLGICLIDMAIFNDIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLNITASHYLAPPVALRFDGTLYNTP
Ga0208028_10497913300026625Hot SpringTHIFFLDSDVVPDRNDTILQLYRWRLPVVCGIYRLKRIDSSQVFPFSVYKWSPERNAFRYLTPSDIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP
Ga0208447_10937333300026768Hot SpringDYQKNSYRYLVPEDIPKNWSLIPIDGGGLGSCLIDMAVFNVIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLSLTASHYLAPPVALRFDGTLYNTP
Ga0208662_12591623300026885Hot SpringKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0208683_12747323300026906Hot SpringQVFPFSVYKWDPQKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0208312_10890823300027931Hot SpringIYRLKRVDSSQVFPFSVYKWSPERNAFRYLTPSDIPPGSRLIPIEGGGLGLCLIDMRVFNMIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP
Ga0208312_11167813300027931Hot SpringDDAFFQLYQWKLPVSCGMYRLKRVDAQVFPFSVYKWDPAKNAYRYLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDALEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0311280_11524623300029569SedimentILQLMSWKLPVVCGVYRLKRVDMQVFPFSIYKWDYQKNNYRYLVPEDIPKNWRLIPIEGGGLGICLIDMNVFNDIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLNITASHYLAPPVALRFDGTLYNTP
Ga0326758_11001533300033159Hot Spring SedimentLKRIDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDRGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0326765_10886913300033476Hot Spring WaterVDAQVFPFSVYKWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0326759_08078_571_9243300033781Hot Spring WaterAQVFPFSVYKWSPEKNAYRYLTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFRKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0326764_030683_3_3713300033830Hot Spring SedimentLKRVDAQVFPFSVYKWSPEKNAYRYLTPEDIPKGWRLIPIDGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0374090_02875_1_3663300034404Hot Spring SedimentRVDSSQVFPFSVYKWSPERNAFRYLTPADIPPGSRLIPIDGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNT
Ga0374090_06842_1043_15103300034404Hot Spring SedimentIFFLDSDVVPDRNDTILQLYRWRLPVVCGIYRLKRIDSSQVFPFSVYKWSPERNAFRYLTPADIPPGSRLIPIEGGGLGLCLIDMRVFNVIEEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP
Ga0374090_10161_7_3963300034404Hot Spring SedimentVVCGVYRLKRIDAQVFPFSVYKWSPEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFRWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0374090_12946_401_7153300034404Hot Spring SedimentEKNAYRYLTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP


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