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 F102130

Metagenome / Metatranscriptome Family F102130

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F102130
Family Type Metagenome / Metatranscriptome
Number of Sequences 102
Average Sequence Length 79 residues
Representative Sequence LCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Number of Associated Samples 25
Number of Associated Scaffolds 102

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 1.96 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 19
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 (99.020 % 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
(64.706 % of family members)
Environment Ontology (ENVO) Unclassified
(64.706 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(76.471 % of family members)



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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 22.37%    β-sheet: 18.42%    Coil/Unstructured: 59.21%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 102 Family Scaffolds
PF00534Glycos_transf_1 5.88
PF13620CarboxypepD_reg 3.92
PF08241Methyltransf_11 0.98
PF00343Phosphorylase 0.98

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 102 Family Scaffolds
COG0058Glucan phosphorylaseCarbohydrate transport and metabolism [G] 0.98


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A99.02 %
All OrganismsrootAll Organisms0.98 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300003614|JGI20129J51890_10026093Not Available2326Open in IMG/M
3300026882|Ga0208313_102124All Organisms → cellular organisms → Archaea → TACK group → Crenarchaeota → Thermoprotei → Acidilobales → Acidilobaceae → Acidilobus → unclassified Acidilobus → Acidilobus sp.3571Open 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 Aquatic64.71%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring17.65%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater4.90%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hot Spring Sediment4.90%
SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Sediment1.96%
Hot Spring Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Microbial Mat0.98%
Hypersaline MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hypersaline Mat0.98%
HotspringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hotspring0.98%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring Water0.98%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Sediment → Unclassified → Hot Spring Sediment0.98%
Hot SpringEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Microbial Mats → Hot Spring0.98%

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
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
3300005959Hypoxic/sulfidic aquatic microbial communities from Monarch Geyser, Yellowstone National Park, USA - MG (SPADES assembly)EnvironmentalOpen in IMG/M
3300006855Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C host_MetaGEnvironmentalOpen in IMG/M
3300007812Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_6_15EnvironmentalOpen in IMG/M
3300007814Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Slides-mat_host_7_15EnvironmentalOpen in IMG/M
3300007816Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_9_15EnvironmentalOpen 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
3300025462Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_E (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
3300026813Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_virus_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026877Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026882Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Slides-mat_host_7_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026906Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300027931Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300027932Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_virus_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300029569Moderately acidic thermal spring sediment microbial community from Yellowstone National Park, USA - MV2 SpringEnvironmentalOpen in IMG/M
3300031749Extremophilic microbial mat communities from Washburn Hot Springs, YNP, Wyoming, USA - WHS_1_MGEnvironmentalOpen in IMG/M
3300033159Hot spring sediment microbial communities from Geyser Creek Basin, Yellowstone National Park, WY, United States - GCR.JH_SEnvironmentalOpen in IMG/M
3300033781Hot spring water microbial communities from Geyser Creek Basin, Yellowstone National Park, WY, United States - GCR.JH_PEnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
YNPsite03_CeleraDRAFT_1297102022920002Hot SpringMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
YNPsite03_CeleraDRAFT_2356002022920002Hot SpringLYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
YNPsite03_CeleraDRAFT_374302022920002Hot SpringRTYQKGWRLIPIEGGGLGLCLIDMHVFDVLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
GreS_7680CDRAFT_100537933300000348FreshwaterYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLSLTASHYLAPPVALRFDGTLYNTP*
GreS_7680CDRAFT_101134423300000348FreshwaterMLSKSLTLSGSFTHGTMAIFDVIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLSLTASHYLAPPVALRFDGTLYNTP*
GreS_7680CDRAFT_101257213300000348FreshwaterIPIDGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDKGIQPYADLEVTASHYLAPPVALKIDGTLYNTP*
GreS_7680CDRAFT_101271523300000348FreshwaterFDVIDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
GreS_7680CDRAFT_101747913300000348FreshwaterLTPGDIPPGSRLIPIDGGGLGLCLIDMRVFNVIEEPYFKWELYPWNPPPGGLSEDLYFFKKVIDKGIQPYADLEVTASHYLAPPVALKIDGTLYNTP*
JGI20127J14776_101616533300001382Hot Spring SedimentRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20127J14776_102860223300001382Hot Spring SedimentLREGGLGLCLIDMHVFDVLDEPYFRWELYPWNPPPGGLSEDLYFFKKLIDRGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1002609313300003614Hypoxic/Sulfidic AquaticLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1004026113300003614Hypoxic/Sulfidic AquaticDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1009547133300003614Hypoxic/Sulfidic AquaticVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1013741513300003614Hypoxic/Sulfidic AquaticIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1014890033300003614Hypoxic/Sulfidic AquaticLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1015181333300003614Hypoxic/Sulfidic AquaticGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1015414623300003614Hypoxic/Sulfidic AquaticMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1015504113300003614Hypoxic/Sulfidic AquaticIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1016466013300003614Hypoxic/Sulfidic AquaticKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1019004913300003614Hypoxic/Sulfidic AquaticWRLIPIXGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1020347523300003614Hypoxic/Sulfidic AquaticLTPDDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1022820533300003614Hypoxic/Sulfidic AquaticLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1023564213300003614Hypoxic/Sulfidic AquaticPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1026011133300003614Hypoxic/Sulfidic AquaticGWRLIPIDGGGLGLCLIDMHVFDILDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1029923233300003614Hypoxic/Sulfidic AquaticGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1033219613300003614Hypoxic/Sulfidic AquaticCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1034279133300003614Hypoxic/Sulfidic AquaticIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1034899633300003614Hypoxic/Sulfidic AquaticLTSIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1035843213300003614Hypoxic/Sulfidic AquaticWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1036803413300003614Hypoxic/Sulfidic AquaticYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1037062313300003614Hypoxic/Sulfidic AquaticTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1037377313300003614Hypoxic/Sulfidic AquaticDIPKGWRLIPIEGGGLGLCLIDMHVFDILDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1037930533300003614Hypoxic/Sulfidic AquaticDIPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1039732013300003614Hypoxic/Sulfidic AquaticIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1039806633300003614Hypoxic/Sulfidic AquaticGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1040672913300003614Hypoxic/Sulfidic AquaticIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1041366013300003614Hypoxic/Sulfidic AquaticIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1042443413300003614Hypoxic/Sulfidic AquaticPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1048585423300003614Hypoxic/Sulfidic AquaticWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1048650133300003614Hypoxic/Sulfidic AquaticTPEDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1049087613300003614Hypoxic/Sulfidic AquaticTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1051109433300003614Hypoxic/Sulfidic AquaticVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1052751133300003614Hypoxic/Sulfidic AquaticFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
JGI20129J51890_1058538133300003614Hypoxic/Sulfidic AquaticEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1061478213300003614Hypoxic/Sulfidic AquaticCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1063908813300003614Hypoxic/Sulfidic AquaticDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1064765133300003614Hypoxic/Sulfidic AquaticGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1065243323300003614Hypoxic/Sulfidic AquaticDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDNGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1065366213300003614Hypoxic/Sulfidic AquaticLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1067353213300003614Hypoxic/Sulfidic AquaticIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1068523223300003614Hypoxic/Sulfidic AquaticIPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1068887023300003614Hypoxic/Sulfidic AquaticHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1071049013300003614Hypoxic/Sulfidic AquaticKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1071949713300003614Hypoxic/Sulfidic AquaticDIPKGWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1072794923300003614Hypoxic/Sulfidic AquaticLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1073636923300003614Hypoxic/Sulfidic AquaticCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1073897923300003614Hypoxic/Sulfidic AquaticLTGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1075350013300003614Hypoxic/Sulfidic AquaticLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDKGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1079009223300003614Hypoxic/Sulfidic AquaticTPDDIPKGWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1079524513300003614Hypoxic/Sulfidic AquaticMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1079994423300003614Hypoxic/Sulfidic AquaticPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
JGI20129J51890_1080448813300003614Hypoxic/Sulfidic AquaticIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1081486123300003614Hypoxic/Sulfidic AquaticIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
JGI20129J51890_1081580213300003614Hypoxic/Sulfidic AquaticLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0073350_14536223300005223HotspringIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLNLTASHYLAPPVALRFDGTLYNTP*
Ga0081534_12323823300005959Hypoxic/Sulfidic AquaticWRLIPIEGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0079044_102963113300006855Hot SpringIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0105109_100672843300007812Hot SpringVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
Ga0105117_102435523300007814Hot SpringFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0105117_104111513300007814Hot SpringMPDDIPKGWRLIPIEGGGLGLCLIDMHVFDILDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0105112_100773533300007816Hot SpringLGSCLIDMAVFNVIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLSLTASHYLAPPVAIRFDGTLYNTP*
Ga0105112_101392833300007816Hot SpringKWELYPWNPPPGGLSEDLHFFKKLLDKGIQPCADLQVTASHYLAPPVALRFDGTLYNTP*
Ga0105112_101458623300007816Hot SpringLVLCLIDMHVFDLLDEPYFKWELAPWNPPPGGLSEDLYFFKKLIDRGIQPYADLQVTASHYLAPPVALKFDGTLYNTP*
Ga0167615_104213423300013009Hot SpringGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP*
Ga0209739_11769913300025360Hot Spring SedimentWRLIPIEGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209739_12723113300025360Hot Spring SedimentPIEGGGLGLCLIDMHVFDVLDEPYFRWELYPWNPPPGGLSEDLYFFKKLIDRGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209739_13714613300025360Hot Spring SedimentGLCLIDMHVFDVLDEPYFRWELYPWNPPPGGLSEDLYFFKKLIDRGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_101047833300025371Hypoxic/Sulfidic AquaticCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_101346533300025371Hypoxic/Sulfidic AquaticPKGWRLIPIDGGGLGLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_103267633300025371Hypoxic/Sulfidic AquaticLCLIDMHVFDLLDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_103370433300025371Hypoxic/Sulfidic AquaticVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_103789733300025371Hypoxic/Sulfidic AquaticFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_103813613300025371Hypoxic/Sulfidic AquaticDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_104065013300025371Hypoxic/Sulfidic AquaticLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_104074523300025371Hypoxic/Sulfidic AquaticLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_104269123300025371Hypoxic/Sulfidic AquaticPKGWRLIPIDGGGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_104721633300025371Hypoxic/Sulfidic AquaticIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0209224_104905223300025371Hypoxic/Sulfidic AquaticPPGSRLIPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP
Ga0209120_107338023300025462Hot SpringPGYRLVPIEGGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNVP
Ga0209012_102577333300025503Hypersaline MatPKNWRLIPIDGGGLGICLIDMVVFNDIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLNITASHYLAPPVALRFDGTLYNTP
Ga0208448_10654113300026813Hot SpringPEDIPKGWRLIPIEGGGLGLCLIDMHVFDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0208314_13127313300026877Hot SpringKNWSLIPIDGGGLGSCLIDMAVFNVIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLSLTASHYLAPPVALRFDGTLYNTP
Ga0208313_10212493300026882Hot SpringDVIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0208313_13041713300026882Hot SpringGLGLCLIDMHVFDIIDEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0208683_12803313300026906Hot SpringGGLGSCLIDMAVFNVIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLSLTASHYLAPPVALRFDGTLYNTP
Ga0208312_11252313300027931Hot SpringGGLGLCLIDMRVFNVIDEPYFKWELYPWNPPPGGLSEDLYFFKKVIDHGIQPYADLQVTASHYLAPPVALKIDGTLYNTP
Ga0208429_11631133300027932Hot SpringGLCLIDMAVFNVIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLSLTASHYLAPPVAIRFDGTLYNTP
Ga0311280_10843213300029569SedimentIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLNITASHYLAPPVALRFDGTLYNTP
Ga0311280_11322513300029569SedimentPEDIPKNWRLIPIEGGGLGICLIDMNVFNDIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLNITASHYLAPPVALRFDGTLYNTP
Ga0315298_141965823300031749Hot Spring Microbial MatLVDMHVFDVIEEPYFKWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0326758_12056113300033159Hot Spring SedimentGLCLIDMHVFDLLDEPYFRWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP
Ga0326759_15408_334_5493300033781Hot Spring WaterMHVFDLLDEPYFRWELYPWNPPPGGLSEDLYFFKKLIDKGIQPYADLQVTASHYLAPPVALKFDGTLYNTP


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