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 F046736

Metagenome Family F046736

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F046736
Family Type Metagenome
Number of Sequences 151
Average Sequence Length 86 residues
Representative Sequence MGFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Number of Associated Samples 122
Number of Associated Scaffolds 151

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 50.00 %
% of genes near scaffold ends (potentially truncated) 0.00 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 110
AlphaFold2 3D model prediction Yes
3D model pTM-score0.39

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 (96.026 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Freshwater → Wetlands → Bog → Peatland
(20.530 % of family members)
Environment Ontology (ENVO) Unclassified
(47.020 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Soil (non-saline)
(41.722 % 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: 44.76%    β-sheet: 0.00%    Coil/Unstructured: 55.24%
Feature Viewer
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Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.39
Powered by PDBe Molstar

Low Quality Model:

This family has a low confidence model (pTM < 0.7) and has not been screened against SCOPe or PDB.


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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 151 Family Scaffolds
PF02086MethyltransfD12 11.92
PF07508Recombinase 10.60
PF00239Resolvase 5.30
PF13408Zn_ribbon_recom 2.65
PF01555N6_N4_Mtase 1.99
PF00589Phage_integrase 1.99
PF01381HTH_3 1.99
PF11185DUF2971 0.66
PF08463EcoEI_R_C 0.66
PF00882Zn_dep_PLPC 0.66
PF13426PAS_9 0.66
PF07670Gate 0.66
PF05063MT-A70 0.66
PF02452PemK_toxin 0.66
PF01527HTH_Tnp_1 0.66
PF01026TatD_DNase 0.66
PF00069Pkinase 0.66
PF12704MacB_PCD 0.66

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 151 Family Scaffolds
COG1961Site-specific DNA recombinase SpoIVCA/DNA invertase PinEReplication, recombination and repair [L] 15.89
COG0338DNA-adenine methylaseReplication, recombination and repair [L] 11.92
COG3392Adenine-specific DNA methylaseReplication, recombination and repair [L] 11.92
COG2452Predicted site-specific integrase-resolvaseMobilome: prophages, transposons [X] 5.30
COG0515Serine/threonine protein kinaseSignal transduction mechanisms [T] 2.65
COG0863DNA modification methylaseReplication, recombination and repair [L] 1.99
COG1041tRNA G10 N-methylase Trm11Translation, ribosomal structure and biogenesis [J] 1.99
COG2189Adenine specific DNA methylase ModReplication, recombination and repair [L] 1.99
COG4725N6-adenosine-specific RNA methylase IME4Translation, ribosomal structure and biogenesis [J] 1.32
COG2337mRNA-degrading endonuclease MazF, toxin component of the MazEF toxin-antitoxin moduleDefense mechanisms [V] 0.66
COG4096Type I site-specific restriction endonuclease, part of a restriction-modification systemDefense mechanisms [V] 0.66


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A96.03 %
All OrganismsrootAll Organisms3.97 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300006893|Ga0073928_10008045All Organisms → cellular organisms → Bacteria13384Open in IMG/M
3300009616|Ga0116111_1000620All Organisms → cellular organisms → Bacteria28143Open in IMG/M
3300021432|Ga0210384_10001525All Organisms → cellular organisms → Bacteria31266Open in IMG/M
3300032893|Ga0335069_10000906All Organisms → cellular organisms → Bacteria47565Open in IMG/M
3300033402|Ga0326728_10000671All Organisms → cellular organisms → Bacteria130432Open in IMG/M
3300033755|Ga0371489_0005569All Organisms → cellular organisms → Bacteria13470Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
PeatlandEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Peatland20.53%
FenEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Fen7.28%
Arctic Peat SoilEnvironmental → Terrestrial → Soil → Unclassified → Permafrost → Arctic Peat Soil7.95%
BogEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Bog6.62%
PeatlandEnvironmental → Aquatic → Freshwater → Wetlands → Unclassified → Peatland5.96%
SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Soil5.96%
Vadose Zone SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Vadose Zone Soil5.30%
Peatlands SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Peatlands Soil4.64%
BogEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Bog3.31%
SoilEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Soil3.31%
SoilEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Soil3.31%
SoilEnvironmental → Terrestrial → Soil → Loam → Forest Soil → Soil2.65%
PalsaEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Palsa2.65%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Forest Soil → Soil1.99%
Iron-Sulfur Acid SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Iron-Sulfur Acid Spring1.32%
SoilEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Soil1.32%
WatershedsEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Watersheds1.32%
PalsaEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Palsa1.32%
PermafrostEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Permafrost1.32%
FenEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Fen1.32%
Peat SoilEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Peat Soil1.32%
RhizosphereHost-Associated → Plants → Rhizosphere → Soil → Unclassified → Rhizosphere1.32%
FreshwaterEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater0.66%
Freshwater SedimentEnvironmental → Aquatic → Freshwater → Wetlands → Sediment → Freshwater Sediment0.66%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Soil0.66%
Surface SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Surface Soil0.66%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Permafrost → Soil0.66%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Grasslands → Soil0.66%
Grasslands SoilEnvironmental → Terrestrial → Soil → Unclassified → Grasslands → Grasslands Soil0.66%
Hardwood Forest SoilEnvironmental → Terrestrial → Soil → Unclassified → Forest Soil → Hardwood Forest Soil0.66%
Tropical PeatlandEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Tropical Peatland0.66%
Bog Forest SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Bog Forest Soil0.66%
Corn RhizosphereEnvironmental → Terrestrial → Soil → Loam → Agricultural Soil → Corn Rhizosphere0.66%
Arabidopsis RhizosphereHost-Associated → Plants → Rhizoplane → Unclassified → Unclassified → Arabidopsis Rhizosphere0.66%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2140918024Permafrost microbial communities from permafrost in Bonanza Creek, Alaska - Bog_allEnvironmentalOpen in IMG/M
3300001870Arctic peat soil from Barrow, Alaska - Barrow Graham LP Ref core NGADG0002-211EnvironmentalOpen in IMG/M
3300002066Barrow Graham LP Ref core NGADG0002-211 (Barrow Graham LP Ref core NGADG0002-211,NGADG0004-311, ASSEMBLY_DATE=20131004)EnvironmentalOpen in IMG/M
3300002347Arctic peat soil from Barrow, Alaska - NGEE Surface sample 415-1 deep-072012 (NGEE Surface samples 415 (1, 2, 3 deep-072012) AP id is 1030520, ASSEMBLY_DATE=20131219)EnvironmentalOpen in IMG/M
3300005533Surface soil microbial communities from Centralia Pennsylvania, which are recovering from an underground coalmine fire - Coalmine Soil_Cen06_05102014_R1EnvironmentalOpen in IMG/M
3300005535Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS C7.2-3L metaGEnvironmentalOpen in IMG/M
3300005591Reference soil microbial communities from the Hubbard Brook experimental Forest, New Hampshire, USA - Hubbard Brook CCASE Soil Metagenome REF1EnvironmentalOpen in IMG/M
3300005938Permafrost soil microbial communities from the Arctic, to analyse light accelerated degradation of dissolved organic matter (DOM) - Permafrost soil replicate 2 DNA2013-191EnvironmentalOpen in IMG/M
3300005947Permafrost soil microbial communities from the Arctic, to analyse light accelerated degradation of dissolved organic matter (DOM) - Permafrost soil replicate 2 DNA2013-190EnvironmentalOpen in IMG/M
3300005995Permafrost soil microbial communities from the Arctic, to analyse light accelerated degradation of dissolved organic matter (DOM) - Organic soil replicate 3 DNA2013-050EnvironmentalOpen in IMG/M
3300006162Freshwater sediment microbial communities from Pennsylvania, USA - Little Laurel Run_MetaG_LLR_2012EnvironmentalOpen in IMG/M
3300006176Warmed and freeze-thawed soil microbial communities from the Hubbard Brook experimental Forest, New Hampshire - Hubbard Brook CCASE Soil Metagenome WFT 5EnvironmentalOpen in IMG/M
3300006638Arctic peat soil microbial communities from the Barrow Environmental Observatory site, Barrow, Alaska, USA - NGEE PermafrostL2-AEnvironmentalOpen in IMG/M
3300006640Arctic peat soil microbial communities from the Barrow Environmental Observatory site, Barrow, Alaska, USA - NGEE Permafrost305-11BEnvironmentalOpen in IMG/M
3300006800Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - Sample Angelo_109EnvironmentalOpen in IMG/M
3300006864Permafrost soil microbial communities from the Arctic, to analyse light accelerated degradation of dissolved organic matter (DOM) - Permafrost soil replicate 3 DNA2013-193EnvironmentalOpen in IMG/M
3300006893Iron sulfur acid spring bacterial and archeal communities from Banff, Canada, to study Microbial Dark Matter (Phase II) - Paint Pots PPA 5.5 metaGEnvironmentalOpen in IMG/M
3300006950Arctic peat soil microbial communities from the Barrow Environmental Observatory site, Barrow, Alaska, USA - NGEE Permafrost154B-oneEnvironmentalOpen in IMG/M
3300009088Vadose zone soil microbial communities from the Eel River Critical Zone Observatory, Northern California, USA - CZOApr15con2H3.8 metaGEnvironmentalOpen in IMG/M
3300009089Vadose zone soil microbial communities from the Eel River Critical Zone Observatory, Northern California, USA - CZOApr15con2H1.8 metaGEnvironmentalOpen in IMG/M
3300009137Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - Sample Angelo_158EnvironmentalOpen in IMG/M
3300009610Soil microbial communities from meander-bound floodplain in the East River, Colorado, USA - East River MetaG ERMLT700EnvironmentalOpen in IMG/M
3300009616Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_8_100EnvironmentalOpen in IMG/M
3300009634Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_13_150EnvironmentalOpen in IMG/M
3300009637Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_11_40EnvironmentalOpen in IMG/M
3300009639Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_13_40EnvironmentalOpen in IMG/M
3300009640Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_16_40EnvironmentalOpen in IMG/M
3300009759Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_4_10EnvironmentalOpen in IMG/M
3300010341Bog forest soil microbial communities from Calvert Island, British Columbia, Canada - Bog Forest MetaG ECP23OM2EnvironmentalOpen in IMG/M
3300010379Sb_50d combined assemblyEnvironmentalOpen in IMG/M
3300011269Vadose zone soil microbial communities from Angelo Coast Range Reserve, California, USA - 15con2h3.4A metaGEnvironmentalOpen in IMG/M
3300011271Vadose zone soil microbial communities from Angelo Coast Range Reserve, California, USA - 15con2h3.4B metaGEnvironmentalOpen in IMG/M
3300012189Vadose zone soil microbial communities from Angelo Coast Range Reserve, California, USA - 15con2h1.4A metaGEnvironmentalOpen in IMG/M
3300012917Vadose zone soil microbial communities from Angelo Coast Range Reserve, California, USA - czobulk2.16 metaGEnvironmentalOpen in IMG/M
3300012923Vadose zone soil microbial communities from Angelo Coast Range Reserve, California, USA - Mad1_40_16 metaGEnvironmentalOpen in IMG/M
3300012929Vadose zone soil fungal communities from Angelo Coast Range Reserve, California, USA - CZOMad2_1_16fungal (Illumina Assembly)EnvironmentalOpen in IMG/M
3300014152Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin11_60_metaGEnvironmentalOpen in IMG/M
3300014156Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin01_60_metaGEnvironmentalOpen in IMG/M
3300014162Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin23_30_metaGEnvironmentalOpen in IMG/M
3300014167Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin10_10_metaGEnvironmentalOpen in IMG/M
3300014168Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin17_10_metaGEnvironmentalOpen in IMG/M
3300014199Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin17_30_metaGEnvironmentalOpen in IMG/M
3300014200Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin06_30_metaGEnvironmentalOpen in IMG/M
3300014201Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin23_10_metaGEnvironmentalOpen in IMG/M
3300014489Permafrost microbial communities from Stordalen Mire, Sweden - 812P2M metaGEnvironmentalOpen in IMG/M
3300014490Permafrost microbial communities from Stordalen Mire, Sweden - 611E1M metaGEnvironmentalOpen in IMG/M
3300014491Permafrost microbial communities from Stordalen Mire, Sweden - 612S2D metaGEnvironmentalOpen in IMG/M
3300014492Permafrost microbial communities from Stordalen Mire, Sweden - 612S2M metaGEnvironmentalOpen in IMG/M
3300014493Permafrost microbial communities from Stordalen Mire, Sweden - 712S2M metaGEnvironmentalOpen in IMG/M
3300014494Permafrost microbial communities from Stordalen Mire, Sweden - 712E3D metaGEnvironmentalOpen in IMG/M
3300014498Permafrost microbial communities from Stordalen Mire, Sweden - 812E2M metaGEnvironmentalOpen in IMG/M
3300014501Permafrost microbial communities from Stordalen Mire, Sweden - P3-2 metaG (Illumina Assembly)EnvironmentalOpen in IMG/M
3300014502Permafrost microbial communities from Stordalen Mire, Sweden - 612E3M metaG (Illumina Assembly)EnvironmentalOpen in IMG/M
3300014638Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin17_60_metaGEnvironmentalOpen in IMG/M
3300014839Permafrost microbial communities from Stordalen Mire, Sweden - 712E1D metaG (Illumina Assembly)EnvironmentalOpen in IMG/M
3300015373Combined assembly of cpr5 rhizosphereHost-AssociatedOpen in IMG/M
3300017925Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_8_40EnvironmentalOpen in IMG/M
3300017929Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_4_100EnvironmentalOpen in IMG/M
3300017931Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_17_100EnvironmentalOpen in IMG/M
3300017934Wetland sediment microbial communities from Neuse River Estuary, North Carolina, USA - Control_3EnvironmentalOpen in IMG/M
3300017940Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_6_100EnvironmentalOpen in IMG/M
3300017946Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_19_10EnvironmentalOpen in IMG/M
3300017948Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_4_10EnvironmentalOpen in IMG/M
3300018002Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_13_40EnvironmentalOpen in IMG/M
3300018004Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_11_100EnvironmentalOpen in IMG/M
3300018009Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_20_40EnvironmentalOpen in IMG/M
3300018013Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_16_100EnvironmentalOpen in IMG/M
3300018018Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_20_150EnvironmentalOpen in IMG/M
3300018019Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_16_150EnvironmentalOpen in IMG/M
3300018020Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_10_100EnvironmentalOpen in IMG/M
3300018030Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_13_100EnvironmentalOpen in IMG/M
3300018033Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_13_10EnvironmentalOpen in IMG/M
3300018034Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_11_10EnvironmentalOpen in IMG/M
3300018035Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_17_10EnvironmentalOpen in IMG/M
3300018037Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_20_10EnvironmentalOpen in IMG/M
3300018038Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_8_10EnvironmentalOpen in IMG/M
3300018042Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_16_10EnvironmentalOpen in IMG/M
3300018044Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_21_10EnvironmentalOpen in IMG/M
3300018046Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_6_10EnvironmentalOpen in IMG/M
3300018057Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_8_150EnvironmentalOpen in IMG/M
3300018090Tropical peat soil microbial communities from peatlands in Department of Meta, Colombia - 0116_SJ02_MP02_20_MGEnvironmentalOpen in IMG/M
3300021420Forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Inc-BW-C-12-MEnvironmentalOpen in IMG/M
3300021432Forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Inc-BW-H-2-MEnvironmentalOpen in IMG/M
3300021433Forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Inc-BW-C-12-OEnvironmentalOpen in IMG/M
3300022557Paint Pots_combined assemblyEnvironmentalOpen in IMG/M
3300023068Peat soil microbial communities from Stordalen Mire, Sweden - 717 S2 20-24EnvironmentalOpen in IMG/M
3300023088Peat soil microbial communities from Stordalen Mire, Sweden - 717 S2 30-34EnvironmentalOpen in IMG/M
3300023090Peat soil microbial communities from Stordalen Mire, Sweden - 717 S3 20-24EnvironmentalOpen in IMG/M
3300023311Combined Assembly of Gp0281739, Gp0281740, Gp0281741EnvironmentalOpen in IMG/M
3300025481Arctic peat soil from Barrow, Alaska - NGEE Surface sample 210-2 deep-092012 (SPAdes)EnvironmentalOpen in IMG/M
3300025496Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_13_40 (SPAdes)EnvironmentalOpen in IMG/M
3300025506Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_11_40 (SPAdes)EnvironmentalOpen in IMG/M
3300025553Arctic peat soil from Barrow, Alaska - NGEE Surface sample 210-3 deep-092012 (SPAdes)EnvironmentalOpen in IMG/M
3300025716Arctic peat soil from Barrow, Alaska - Barrow Graham LP Ref core NGADG0011-211 (SPAdes)EnvironmentalOpen in IMG/M
3300025725Arctic peat soil from Barrow, Alaska - Barrow Graham LP Ref core NGADG0002-211 (SPAdes)EnvironmentalOpen in IMG/M
3300025854Arctic peat soil microbial communities from the Barrow Environmental Observatory site, Barrow, Alaska, USA - NGEE Permafrost305-11B (SPAdes)EnvironmentalOpen in IMG/M
3300025862Arctic peat soil microbial communities from the Barrow Environmental Observatory site, Barrow, Alaska, USA - NGEE PermafrostL2-A (SPAdes)EnvironmentalOpen in IMG/M
3300026271Permafrost soil microbial communities from the Arctic, to analyse light accelerated degradation of dissolved organic matter (DOM) - Permafrost soil replicate 2 DNA2013-191 (SPAdes)EnvironmentalOpen in IMG/M
3300027533Soil microbial communities from meander-bound floodplain in the East River, Colorado, USA - East River MetaG ERMLT700 (SPAdes)EnvironmentalOpen in IMG/M
3300027853Reference soil microbial communities from the Hubbard Brook experimental Forest, New Hampshire, USA - Hubbard Brook CCASE Soil Metagenome REF1 (SPAdes)EnvironmentalOpen in IMG/M
3300027911Freshwater sediment microbial communities from Pennsylvania, USA - Little Laurel Run_MetaG_LLR_2012 (SPAdes)EnvironmentalOpen in IMG/M
3300028798Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - II_Palsa_E2_2EnvironmentalOpen in IMG/M
3300028800Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-21-26 metaGHost-AssociatedOpen in IMG/M
3300028906Warmed and freeze-thawed soil microbial communities from the Hubbard Brook experimental Forest, New Hampshire - Hubbard Brook CCASE Soil Metagenome WFT 5 (v2)EnvironmentalOpen in IMG/M
3300029817Soil microbial communities from Marcell Experimental Forest, Minnesota, USA - Bog25EnvironmentalOpen in IMG/M
3300029910III_Palsa_E2 coassemblyEnvironmentalOpen in IMG/M
3300030520III_Palsa_N2 coassemblyEnvironmentalOpen in IMG/M
3300031236Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - Palsa_T0_1EnvironmentalOpen in IMG/M
3300031241Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-14-20 metaGHost-AssociatedOpen in IMG/M
3300031718Hardwood forest soil microbial communities from Morgan-Monroe State Forest, Indiana, United States - atmos_gasesECM1C_05EnvironmentalOpen in IMG/M
3300031902Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - Fen_T0_2EnvironmentalOpen in IMG/M
3300032160Sb_50d combined assembly (MetaSPAdes)EnvironmentalOpen in IMG/M
3300032770Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_4.5EnvironmentalOpen in IMG/M
3300032782Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_4.1EnvironmentalOpen in IMG/M
3300032805Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_3.2EnvironmentalOpen in IMG/M
3300032892Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_3.5EnvironmentalOpen in IMG/M
3300032893Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_1.1EnvironmentalOpen in IMG/M
3300032954Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_4.2EnvironmentalOpen in IMG/M
3300033402Lab enriched peat soil microbial communities from McLean, Ithaca, NY, United States - MB31MNEnvironmentalOpen in IMG/M
3300033755Lab enriched peat soil microbial communities from McLean, Ithaca, NY, United States - MB26FY SIP fractionEnvironmentalOpen in IMG/M
3300033887Peat soil microbial communities from Stordalen Mire, Sweden - 713 P-1-X1EnvironmentalOpen in IMG/M
3300034070Peat soil microbial communities from Stordalen Mire, Sweden - 713 E-3-MEnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
B_all_v_020612802140918024SoilMQQNKQQHQDMLDHFRRRMGFRPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
JGI24129J20441_104797833300001870Arctic Peat SoilMLDHFRRRMGFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRAPVEFLSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
JGIcombinedJ21911_1010548013300002066Arctic Peat SoilMGFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRAPVEFLFPALYDGLRNEIRAEEERLAALHQPT
JGIcombinedJ26865_106212823300002347Arctic Peat SoilMRQNKQQHQNMLDHFRRRMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0070734_1021927013300005533Surface SoilMGFSAAHVARLLGQQDSAAVSDYERGVHTPSLVNALRLGIILRVPVEFLFPALYDGLRNDIRAEEERLAVPEQQTLF*
Ga0070684_10086702123300005535Corn RhizosphereMRFTTAHVAQLLGHQDASTLSDYERGDRLPSLVNAFSLGIILRVPIEFLFPDLYDRLLKEIRAEEERLRQPAQPTLF*
Ga0070761_1111705023300005591SoilMNQNKEPKQNRLDMYRRRMRFSQRQVARLMGHENGTVWSSYERGERLPSLTNALRLGIILRIPVEFLFYSLHDELRNQIRAEEERIAEPTQQVLF*
Ga0066795_1000570553300005938SoilMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPHQPTLL*
Ga0066794_1004017423300005947SoilMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0066790_1033633323300005995SoilMGFTAAHVARLLGQQDSSAVSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAQEERLAAPEQQTLF*
Ga0075030_10005885143300006162WatershedsMGFTAAHVACLLGQKDTSAVSDYERGEHMPSLANALRLGIILRVPVEFLFPALYDGLRNEIRVQEERLAAPEQPMLF*
Ga0070765_10112355413300006176SoilMRFTASHVARLLRHKDASTLSDYERGERLPSLVNAFRLGIILRVPVEFLFPALYDGLREEIRAEEERLAQPQQPTLF*
Ga0075522_1000958243300006638Arctic Peat SoilMKFSQSYVAHLLGYKDNSVWSKYERGGRLPSLVNALRLGIIMRVPVEFLFHVLHDDLRDQIRAEEERLVHPTQQPLF*
Ga0075527_1025677123300006640Arctic Peat SoilMQQNKQQHQNMLDHFRRRMGFSPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0066660_1018272453300006800SoilMKNKYPKQNKVDIYRRRMKFGSEHVAHLLRHKSISALSNYERGERLPSLVNALRLGIILRVPVEFLFYALNEQLRNEIRAEEERLAQPTQQPLF*
Ga0066797_100241153300006864SoilMGFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLPAPHQPTLL*
Ga0073928_1000804563300006893Iron-Sulfur Acid SpringMRQNKQQHQHQNMLDHFRRRMGFTLRHVARLLGQQDTSALSDYERGDHMPSLVNALCLGIILRVPVEFLFPALYDRLRNEIREKEERLAKPEQPTLF*
Ga0075524_1001986923300006950Arctic Peat SoilMGFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0099830_1063570323300009088Vadose Zone SoilMYRRRMRFSTRQVAELLGHKDTSAWSNYERGERLPSLVNALRLGIIMRVPVEFLFYSLHDELRHQIRGEEERLARPAQQVLF*
Ga0099828_1116988023300009089Vadose Zone SoilMRFSTRQVARLLGHKDTSAWSNYERGEHLPSLVNALRLGIIMRVPVEFLFYSLHDELRHQIRAEEEDLVQPAQQVLF*
Ga0066709_10271512813300009137Grasslands SoilMQLKNKQQNQNRLDYLRRRMRFTTSHVASLLGHQDASTLSDYERGDRLPSLINALRLGIILRVPVEFLFPTLYNGLREKIRSEEQLLAVPEQQVLF*
Ga0105340_107726833300009610SoilSTSHIGHLLGHKDSSTYCDYERGDRIPSLVNAFRLSAILRTPVEFLFPSLYDGLRDAIRAEEERLATPKQAVLF*
Ga0116111_1000620293300009616PeatlandMQQNKQQHQNMLDHFRRRMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0116111_114693513300009616PeatlandMRQNKQQHQNMLDHFRRRMGFTPVHVAHLLGHQDASALSDYERGKHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAE
Ga0116124_107954023300009634PeatlandMQQNKQQHQNMLDHFRRRMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF*
Ga0116118_102084823300009637PeatlandMRQNKQQHQNMLDHFRRRMGFTPVHVAHLLGHQDASALSDYECGKHAPCLSNALRLGIILRVPVEFLFPTLYDGLRNEIRAEEERLAAPQQATLF*
Ga0116122_112863923300009639PeatlandMQQNKQQHQNMLDHFRRRMGFTPVHVAHLLGHQDASALSDYECGKHAPCLSNALRLGIILRVPVEFLFPTLYDGLRNEIRAEEERLAAPQQATLF*
Ga0116126_102826943300009640PeatlandVARLLRHQDASTLSDYERGERLPSLVNAFRLGIILRVPVEFLYPALYDGLRDEIRAEETRLARPQQPTLF*
Ga0116101_108736013300009759PeatlandMARLLGHKDASTLSDYERGDRLPSLVNAFCLGIILRVPVEFLFPELYDGLRNDIRAKEEVMARPEQPTLL*
Ga0074045_1079625823300010341Bog Forest SoilMRQNKQQHQNMLDHFRRRMGFTPVHVAHLLGHQDASALSDYECGKHAPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF*
Ga0136449_10093901823300010379Peatlands SoilMRQNKQQHQNMLDHFRRRIGFPAAHVAHLLGQQDTSALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0136449_10110614633300010379Peatlands SoilMGFTAAHVSRLLGQQDTSALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0136449_10112894333300010379Peatlands SoilMRFTAAHVARLLNHQDASTLSDYERGERLPSLVNALRLGIILRVPVEFLYPALYNRLRNQLRAEEERLARPRQSTLF*
Ga0136449_10202120523300010379Peatlands SoilMRFSPSHIAHLLGHQDASTLSDYERGDRLPSLTNAFSLGIILRVPVEFLYPQLYDTLRSGIRAEEERMAQPQQQPLF*
Ga0137392_1095497623300011269Vadose Zone SoilMRFSTRQVARLLGHKDTSAWSNYERGERLPSLVNALRLGIIMRVPVEFLFYSLHDELRHQIRGEEERLARPAQQVLF*
Ga0137393_1082427813300011271Vadose Zone SoilMHQSKEPKQNRLDMYRRRMRFSTRQVARLLGHKDTSAWSNYERGERLPSLVNALRLGIIMRVPVEFLFYSLHDQLRRQIRAEEERLAQPAQQVLF*
Ga0137388_1108525123300012189Vadose Zone SoilMYRRRMRFSTRQVARLLGHKDTSAWSNYERGERLPSLVNALRLGIIMRVPVEFLFYSLHDELRHQIRGEEERLARPAQQVLF*
Ga0137395_1084947023300012917Vadose Zone SoilMHQNKEPKQNRLDMYRRRMRFSTRQIAQLLGHKDTSAWSNYERGERLPSLVNALRLGIIMRVPVEFLFYSLHDELRHQIRADEEDLVQPAQQVLF*
Ga0137359_1122891123300012923Vadose Zone SoilMHQNKEPKQNRLDMYRRRMRFSTRQIAQLLGHKDTSAWSNYERGERLPSLVNALRLGIIMRVPVEFLFYSLHDELRHQIRTEEEGFAQPAQQVLF*
Ga0137404_1147641213300012929Vadose Zone SoilMYRRRMRFSTRQIAQLLGHKDTSAWSNYERGERLPSLVNALRLGIIMRVPVEFLFYSLHDELRRQIRTEEEGFAQPAQQVLF*
Ga0181533_112436733300014152BogMRQNKQQHQNMLDHFRRRMGFTLVHVAHLLGHQDASALSDYECGKHAPCLSNALRLGIILRVPVEFLFPALYDGLRNKIRAEEERLAAPQQATLF*
Ga0181518_1034613313300014156BogKVTMRQNKQQHPNMLDHFRRRMGFTPVHVAHLLGHQDASALSDYECGKHTPSLANALRLGIILRVPVEFLFPALYDGLRNKIRAEEERLAAPQQATLF*
Ga0181538_1051554223300014162BogMRQNKQQHPNMLDHFRRRMGFTPVHVAHLLGHQDASALSDYECGKHAPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERL
Ga0181538_1072780423300014162BogHLLGHKDNSAWSDYERGERLPSLANALRLAIILRTPVEFLFYDLHDELRDKIRAEEERLARPTQQPLF*
Ga0181528_1006209743300014167BogMRFTASHIARLLGHKDASTLSDYERGDRLPSLVNAFCLGIILRVPVEFLFPELYDGLRNDIRAKEEVMARPEQPTLL*
Ga0181534_1000650523300014168BogMQRNKQQHQNRLDHFRRRMGFSAAHVARLLGQKDSAAVSDYERGVHTPSLVNALRLGIILRVPVEFLFPALYDGLRIEIRAEEERLAVPEQQTLF*
Ga0181535_1082703123300014199BogFTTSHVARLLRHQDASTLSDYERGERLPSLVNAFRLGIILRVPVEFLYPALYDGLRDEIRAEETRLARPQQPTLF*
Ga0181526_1104160523300014200BogMQRNKQQHQNRLDHFRRRMGFTAAHVARLLRQQDTSAVSDYERGVNTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPEQQTLF*
Ga0181537_1081977713300014201BogHKNRYKNQLDHFRRRMRFTASHIARLLGHKDASTLSDYERGDRLPSLVNAFCLGIILRVPVEFLFPELYDGLRNDIRAKEEVMARPEQPTLL*
Ga0182018_1001902013300014489PalsaMGFTAAHVAHLLGQQDTSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNQIRAEEERRAAPEQQTLF*
Ga0182018_1005045713300014489PalsaMRRNKQQHQNRLDHFRRRMGFTAAHVARLLGQQGSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPTLYDGLRNQIRAEEERLAAPEQQTLF*
Ga0182010_1034006613300014490FenMRQNKQQHQNMLDHFRRRMRFTAVHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0182014_1004187313300014491BogMRQNKQQHQNMLDHFRRRMRFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRAPVEFLFPVLYDGLRNEIRAEEERLA
Ga0182013_1009984213300014492BogMRFTASQVANLLDHQDASTFSDYQRGERLPSLVNALRLGIILRVPVEFLFPNLYDEMRNQIRAE
Ga0182013_1061955213300014492BogMGFTAAHVARLLGQQDSAAVSDYERGVHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRETEERLATPEQQTLF*
Ga0182016_1001647233300014493BogVAHLLGHQDASTFSDYQRGERLPSLVNALRLGIILRVPVEFLFPDLYDQMRNQIRAEEEQLRQAQQPQLF*
Ga0182016_1049377623300014493BogMHRNKQQHQNRLDHFRRRMGFTAAHVARLLGQQDSSAMSDYERDEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPEQQTLF*
Ga0182017_1006158423300014494FenMRQNKQQHQNMLDHFRRRMSFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF*
Ga0182017_1006333133300014494FenMRFTTSHVAHLLGHQDASTLLNYERGERLPSLVNALRLGIILRVPVEFLFPAIYDGLREGIRAEEERLAKPQQPPLF*
Ga0182017_1028213413300014494FenMRQNKQQHQNMLDHFRRRMRFTAAHVAHLLGHQDASALSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0182019_1068885123300014498FenMQQNKQQHQNMLDHFRRRMRFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0182024_1059931023300014501PermafrostMRFTPSHVASLLGHKDGSTLSDYERGDRFPSLSNAFRLGIILRVPVEFLFPALYDELRQQIRAEEERRAQPEQPTLF*
Ga0182024_1120817023300014501PermafrostMQQKQTLKHHPNQLDIYRRRMKFSQRQVAHLLGHSDNSAWSDYERSARLPSLANALRLGIILRVPVEFLFYALHDDLRNQIRAEEDRLAQPSQQTLF*
Ga0182021_1229064613300014502FenMRQNKQQHQNMLDQFRRRMRFTAAHVAHLLGHQDASALSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0181536_1005999023300014638BogMRQNKQQHQNMLDHFRRRMGFTPVHVAHLLGHQDASALSDYECGKHAPCLSNALRLGIILRVPVEFLFPALYDGLRNEIREEEERLTAPQQATLF*
Ga0182027_1021241333300014839FenMRQNKQQHQNMLDHFRRRMRFTTAHVAHLLGHQDASALSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF*
Ga0182027_1022595933300014839FenMRQNKQQHQNMLDHFRRRMRFTAAHVAHLLGHQDASALSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF*
Ga0182027_1093582723300014839FenMRQNKQQHQNMLDHFRRRMRFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF*
Ga0182027_1107313213300014839FenMRQNKQQHQNMLDHFRRRMRFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLGAPQQATLF*
Ga0182027_1109157223300014839FenMRQNKQQHHNMLDHFRRRMRFTAAHVADLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF*
Ga0132257_10441574213300015373Arabidopsis RhizosphereMSFTTSHVGCLLGHQDSSTFCEFERGDRLPSLINAFRLGIILRVPVEFLFPDLYDGLRNHIRAQE
Ga0187856_100422453300017925PeatlandMGFTLVHVAHLLGHQDASALSDYERGKHTPSLANALRLGIILRVPVEFLFPALYDGLRNKIRAEEERLAAPQQATLF
Ga0187856_103328223300017925PeatlandMRQNKQQHQNMLDHFRRRMGFTPVHVAHLLGHQDASALSDYECGKHAPCLSNALRLGIILRVPVEFLFPTLYDGLRNEIRAEEERLAAPQQATLF
Ga0187849_109846133300017929PeatlandMRQNKQQHQNALDHFRRRMGFTLVHVAHLLGHQDASALSDYECGKHAPCLSNALRLGIILRVPVEFLFPALYDGLRNKIRAEEERLAAPQQATLF
Ga0187877_119042623300017931PeatlandMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0187803_1021262813300017934Freshwater SedimentSADGGFLTGYPHQSSLVWSFCQIFPTLQTPRNCYSDFTKKIKVTMRQNKQQHQNMLDHFRRRMGFTAAHVSRLLGQQDTSALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLTAPQQPTLF
Ga0187853_1023861823300017940PeatlandMQQNKQQHQNMLDHFRRRMGFTPAHVAHLLGHQDASALSDYERGGHAPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0187879_1011151123300017946PeatlandMGFTAAHVARLLGQQDSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPEQQTLF
Ga0187847_1081953413300017948PeatlandMRQNKQQHQNMLDHFRRRMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF
Ga0187868_100061713300018002PeatlandRMGFTPVHVAHLLGHQDASALSDYERGKHTPSLANALRLGIILRVPVEFLFPALYDGLRNKIRAEEERLAAPQQATLF
Ga0187865_115081623300018004PeatlandMRQNKQQHQNMLDHFRRRMRFTPAHVSHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLA
Ga0187884_1001258513300018009PeatlandNKQQHQNMLDHFRRRMGFTPVHVAHLLGHQDASALSDYECGKHAPCLSNALRLGIILRVPVEFLFPTLYDGLRNEIRAEEERLAAPQQATLF
Ga0187884_1002814223300018009PeatlandMRQNKQQHQNMLDHFRRRMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0187873_117030413300018013PeatlandMRQNKQQHQNMLDHFRRRMGFTAAHVAHLLGHQDTSALSDYERSEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0187886_115886023300018018PeatlandMQQNKQQHQNMLDHFRRRLGSTAPHVAHLLGHPDTSALSDYERGKHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERPAAPQQPTLF
Ga0187874_1000135433300018019PeatlandMQQNKQQHQNMLDHFRRRMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0187874_1005693213300018019PeatlandLGHKDGSTLSDYERGDRFPSLSNAFRLGIILRVPVEFLFPALYDELRQQIRAEEERRAQPEQPTLF
Ga0187861_1014243123300018020PeatlandMQQNKQQHQNMLDHFRRRMGFTPAHVAHLLGHQDASALSDYERGEHTPPLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0187869_1007197633300018030PeatlandMQQNKQQHQNMLDHFRRRMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF
Ga0187869_1060146923300018030PeatlandMRFTPAQVASLLGHKDGSTLSDYERGDRFPSLSNAFRLGIILRVPVEFLFPALYDELRQQIRAEEERRAQPEQPTLF
Ga0187867_1016457113300018033PeatlandMGFTAAHVARLLGQQDSSAVSDYERGVHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEER
Ga0187867_1021431613300018033PeatlandQLDHFRRRMRFTTSHVARLLRHQDASTLSDYERGERLPSLVNAFRLGIILRVPVEFLYPALYDGLRVEIRTEEKRLARPQQPTLF
Ga0187863_1029597643300018034PeatlandMQQHKNRYKNQLDHFRRRMRFTASHIARLLGHKDASTLSDYERGDRLPSLVNAFCLGIILRVPVEFLFPELYDGLRNDIRAKEEVMARPEQPTLL
Ga0187863_1053381613300018034PeatlandMRFTAAHVARLLGQQDSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPEQRMLF
Ga0187875_1006381923300018035PeatlandMRFTTSHVARLLRHQDASTLSDYERGERLPSLVNAFRLGIILRVPVEFLYPALYDGLRDEIRAEETRLARPQQPTLF
Ga0187883_1003380533300018037PeatlandMGFTAAHVARLLGQQDSSAVSDYERGEHTPSLVNALRPGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPEQQTLF
Ga0187855_1006933353300018038PeatlandMARLLGHKDASTLSDYERGDRLPSLVNAFCLGIILRVPVEFLFPELYDGLRNDIRAKEEVMARPEQPTLL
Ga0187855_1014773923300018038PeatlandMGFTAAHVARLLGQKDSSAVSDYERGVNTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPEQQTLF
Ga0187871_1016070423300018042PeatlandMRFTASHMARLLGHKDASTLSDYERGDRLPSLVNAFCLGIILRVPVEFLFPELYDGLRNDIRAKEEVMARPEQPTLL
Ga0187890_1028820233300018044PeatlandMRRNKQQHQNRLDHFRRRMRFTAAHVARLLGQQDSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPEQQTLF
Ga0187851_1018955313300018046PeatlandRNKQQHQNRLDHFRRRMGFTAAHVARLLGQKDSSAVSDYERGVNTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIREEEERLAAPERQTLF
Ga0187858_1006644243300018057PeatlandHFRRRMGFTAAHVARLLGQQDSSAVSDYERGVHTPSLVNALRLGIILRVPVEFLFPVLYDGLRNEIRAEEERLAMPEQQTLF
Ga0187858_1018336623300018057PeatlandMRQNKQQHQNMLDHFRRRMGFTPVHVAHLLGHQDASALSDYECGKHAPCLSNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0187770_1169332813300018090Tropical PeatlandHVARLLGLRDTSALSDYERGRHAPSLANAFRLGIILRVPVEFLFPALYDGLRDEIRAKEELLAAPKQAALF
Ga0210394_1150083213300021420SoilPNKLDLFRRRMRFSQRQVAHLLGHNDNSAWSDYERGDRLPSLVNALRLGIILRVQVEFLFGPLYDELRNQIRAEEEQLATPVQQALF
Ga0210384_10001525133300021432SoilMTQNIQPEHNCLDIYRRRMGFTPNRVARLLGHKNISALSHYERGPRLPSFVNALRLGIILRTPVEFLFPTLYVQLRKQIRAEEEALGRPGPLVETHVLRTQHALF
Ga0210391_1064028213300021433SoilMQRNKQQRQNRLDHFRRRMGFTAAHVARLLGQQGSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPEQQTLF
Ga0212123_1003740833300022557Iron-Sulfur Acid SpringMRQNKQQHQHQNMLDHFRRRMGFTLRHVARLLGQQDTSALSDYERGDHMPSLVNALCLGIILRVPVEFLFPALYDRLRNEIREKEERLAKPEQPTLF
Ga0224554_103811123300023068SoilMRQNKQQHQNMLDHFRRRMRFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF
Ga0224555_100618063300023088SoilMRFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF
Ga0224558_125622823300023090SoilMRQNKQQHQNMLDHFRRRMGFSPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPTLYEGLRNEIRAEEERLAAPQQPTLF
Ga0256681_1035906313300023311FreshwaterMRQNKQQHQNMLDHFRRRMRFTAAHVAHLLGHQDASALSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAQEERLAAPQQ
Ga0208079_100874043300025481Arctic Peat SoilMGFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0208191_106996223300025496PeatlandMGFTPVHVAHLLGHQDASALSDYECGKHAPCLSNALRLGIILRVPVEFLFPTLYDGLRNEIRAEEERLAAPQQATLF
Ga0208937_108794613300025506PeatlandRRMGFTPVHVAHLLGHQDASALSDYECGKHAPCLSNALRLGIILRVPVEFLFPTLYDGLRNEIRAEEERLAAPQQATLF
Ga0208080_111413423300025553Arctic Peat SoilMRQNKQQHQDMLDHFRRRMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0209746_100769043300025716Arctic Peat SoilMGFTPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRAPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0209638_101232643300025725Arctic Peat SoilMGFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRAPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0209176_1019589613300025854Arctic Peat SoilMRQNKQQHQNMLDHFRRRMGFSPAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLTAPQQPTLF
Ga0209483_100274543300025862Arctic Peat SoilVNKNTKHKPNNLDIYRRRMKFSQSYVAHLLGYKDNSVWSKYERGGRLPSLVNALRLGIIMRVPVEFLFHVLHDDLRDQIRAEEERLVHPTQQPLF
Ga0209880_100616133300026271SoilMGFTAAHVAHLLGHQDASALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPHQPTLL
Ga0208185_109766723300027533SoilSTSHIGHLLGHKDSSTYCDYERGDRIPSLVNAFRLSAILRTPVEFLFPSLYDGLRDAIRAEEERLATPKQAVLF
Ga0209274_1068308613300027853SoilTVTSQRRHMNQNKEPKQNRLDMYRRRMRFSQRQVARLMGHENGTVWSSYERGERLPSLTNALRLGIILRIPVEFLFYSLHDELRNQIRAEEERIAEPTQQVLF
Ga0209698_1008401843300027911WatershedsMGFTAAHVACLLGQKDTSAVSDYERGEHMPSLANALRLGIILRVPVEFLFPALYDGLRNEIRVQEERLAAPEQPMLF
Ga0302222_1036468713300028798PalsaVIHSRLALCGLSAKFSLLCRFRGIATVTLLKHKQVTMRRNKQQHQNRLDHFRRRMGFTAAHVAHLLGQQDTSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNQIRAEEERLAAPEQQTLF
Ga0265338_1055014523300028800RhizosphereMQQKTKLKHQPNKLDLYRRRMRFSQRHVAHLLGHQDNSGWSDYERGDRLPSLVNALRLAIILRVPVEFLFGALHEELRGQIRAEEERLTAPTQQPLF
Ga0308309_1154527323300028906SoilMQQNKHRHQNQLDHFRRRMRFTASHVARLLRHKDASTLSDYERGERLPSLVNAFRLGIILRVPVEFLFPALYDGLREEIRAEEERLAQPQQPTLF
Ga0247275_103950833300029817SoilMRFTTSHVARLLRHQDASTLSDYERGERLPSLVNAFRLGIILRVPVEFLYPALYDGLRDEIRA
Ga0311369_1063753623300029910PalsaMGFTAAHVAHLLGQQDTSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNQIRAEEERRAAPEQQTLF
Ga0311372_1224779723300030520PalsaFRRRMGFTAAHVAHLLGQQDTSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNQIRAEEERRAAPEQQTLF
Ga0302324_10092779123300031236PalsaMGFTAVHVARLLGQQGSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNQIRAEEERLAAPEQQTLF
Ga0265325_1011725823300031241RhizosphereMRFTTSHVARLLRHQDASTLSDYERGERLPSLVNAFRLGIILRVPVEFFYPALYDGLREDIRAEEERLTQPRQPTLF
Ga0307474_1117223813300031718Hardwood Forest SoilMNQQSEEPKQNRLDMYRRRMRFSQRQVARLLGHKNSSVWSRYECGERLPSLVNALRLGIILRVPVEFIFYSLHDQLRNQIRAEEERIAEP
Ga0302322_10266290023300031902FenMRQNKQQHQNMLDHFRRRMGFTPAHVARLLGHQDASALSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0302322_10376711113300031902FenMQQNKHRHQNQLDHFRRRMRFTTSHVAHLLGHQDASTLLNYERGERLPSLVNALRLGIILRVPVEFLFPAIYDGLREGIRAEEERLAKPQQPPLF
Ga0311301_10018570203300032160Peatlands SoilMFSTSHVARLLGHRDTSTFREFERGERLPSLVNAFRLSVILRVPVEFLFPDLYDGLKHEIRAQEEHMAQPEQPPLF
Ga0311301_1044469623300032160Peatlands SoilMLDHFRRRIGFPAAHVAHLLGQQDTSALSDYERGEHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQPTLF
Ga0311301_1155879613300032160Peatlands SoilMRFTAAHVARLLNHQDASTLSDYERGERLPSLVNALRLGIILRVPVEFLYPALYNRLRNQLRAEEERLARPRQSTLF
Ga0335085_10001802483300032770SoilVTLVKKTKVTMQGNKQQHQNMLDHFRRRMGFTATHVARLLGQQDSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAKEERLAVPEQQTLF
Ga0335085_1000612243300032770SoilVTVVKKTKVTMQGNKQQHQNMLDHFRRRMGFTSTHVARLLGQQDSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAKEERLAVPEQQTLF
Ga0335085_1014836823300032770SoilMGFTATHVARLLGQQDSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAKEERLAVPEEQTLF
Ga0335082_1152532013300032782SoilMQSKEKHKPNQLDLFRRKRKFSQKHVAHLLGHKDSSAWSDYERGERLPSLVNALRLGIILRTPVEFLFYALHDDLRNRIRAEEERLACRPAEPTQQF
Ga0335078_1005963153300032805SoilMGFTAAHVALLLGQQDSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPVLYDGLRNEIRAEEERLAAPEQQALF
Ga0335081_1040098513300032892SoilMQRNKQQHQNRIDHFRRRMGFTAAHVALLLGQQDSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPVLYDGLRNEIRAEEERLAAPEQQALF
Ga0335081_1116324023300032892SoilMGFTSTHVARLLGQQDSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAKEERLAVPEQQTLF
Ga0335069_10000906363300032893SoilMLDHFRRRMGFTAAHVARLLGQQDSSAVSDYERGVHTPSLVNALRLGIILRVPVEFLFPALYDGLRNDIRAEEERLSVPEQQMLF
Ga0335083_1028024523300032954SoilMGFTATHVARLLGQQDSSAVSDYERGEHTPSLVNALRLGIILRVPVEFLFPALYDGLRNEIRAKEERLAVPEQQTLF
Ga0326728_10000671173300033402Peat SoilMSFTLVHVAHLLGHQDASALSDYERGKHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF
Ga0371489_0005569_1035_13223300033755Peat SoilMRQNKQQHQNALDHFRRRMSFTLVHVAHLLGHQDASALSDYERGKHTPSLANALRLGIILRVPVEFLFPALYDGLRNEIRAEEERLAAPQQATLF
Ga0334790_021882_1027_12393300033887SoilVAHLLGHQDASTLSDYERGERLPSLVNALRLGIILRVPVEFLFPHLYDQMRDQIRAEEDRLSRPQQTQLF
Ga0334822_101512_360_5933300034070SoilMRFTTSHVAHLLGHQDASTLLNYERGERLPSLVNALRLGIILRVPVEFLFPAIYDGLREGIRAEEERLAKPQQPPLF


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