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 F105594

Metagenome / Metatranscriptome Family F105594

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F105594
Family Type Metagenome / Metatranscriptome
Number of Sequences 100
Average Sequence Length 160 residues
Representative Sequence MRKFGKYFLLTTGFAFLATFARIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCQGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVMEEGIRLEEEND
Number of Associated Samples 88
Number of Associated Scaffolds 100

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 75.00 %
% of genes near scaffold ends (potentially truncated) 5.00 %
% of genes from short scaffolds (< 2000 bps) 9.00 %
Associated GOLD sequencing projects 82
AlphaFold2 3D model prediction Yes
3D model pTM-score0.64

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 (80.000 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Freshwater → Wetlands → Unclassified → Peatland
(17.000 % of family members)
Environment Ontology (ENVO) Unclassified
(52.000 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Soil (non-saline)
(47.000 % 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: Yes Secondary Structure distribution: α-helix: 14.58%    β-sheet: 35.94%    Coil/Unstructured: 49.48%
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: 0.64
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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 100 Family Scaffolds
PF10282Lactonase 12.00
PF00486Trans_reg_C 11.00
PF01833TIG 4.00
PF13620CarboxypepD_reg 3.00
PF01569PAP2 3.00
PF13418Kelch_4 2.00
PF13432TPR_16 2.00
PF01979Amidohydro_1 2.00
PF00069Pkinase 2.00
PF00589Phage_integrase 2.00
PF13964Kelch_6 2.00
PF03050DDE_Tnp_IS66 2.00
PF00152tRNA-synt_2 1.00
PF13007LZ_Tnp_IS66 1.00
PF14559TPR_19 1.00
PF03448MgtE_N 1.00
PF07676PD40 1.00
PF02518HATPase_c 1.00

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 100 Family Scaffolds
COG0515Serine/threonine protein kinaseSignal transduction mechanisms [T] 8.00
COG3436TransposaseMobilome: prophages, transposons [X] 2.00
COG0017Aspartyl/asparaginyl-tRNA synthetaseTranslation, ribosomal structure and biogenesis [J] 1.00
COG0173Aspartyl-tRNA synthetaseTranslation, ribosomal structure and biogenesis [J] 1.00
COG1190Lysyl-tRNA synthetase, class IITranslation, ribosomal structure and biogenesis [J] 1.00
COG2239Mg/Co/Ni transporter MgtE (contains CBS domain)Inorganic ion transport and metabolism [P] 1.00
COG2269Elongation factor P--beta-lysine ligase (EF-P beta-lysylation pathway)Translation, ribosomal structure and biogenesis [J] 1.00

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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A80.00 %
All OrganismsrootAll Organisms20.00 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300003505|JGIcombinedJ51221_10000512All Organisms → cellular organisms → Bacteria8613Open in IMG/M
3300005533|Ga0070734_10000918All Organisms → cellular organisms → Bacteria49764Open in IMG/M
3300009518|Ga0116128_1009478All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium3517Open in IMG/M
3300009519|Ga0116108_1073942All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium1051Open in IMG/M
3300009547|Ga0116136_1040529All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium1359Open in IMG/M
3300009616|Ga0116111_1120557All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium644Open in IMG/M
3300009624|Ga0116105_1022758All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium1326Open in IMG/M
3300010341|Ga0074045_10174534All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium1449Open in IMG/M
3300017925|Ga0187856_1002536All Organisms → cellular organisms → Bacteria13351Open in IMG/M
3300017925|Ga0187856_1084768All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium1290Open in IMG/M
3300017961|Ga0187778_10010430All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Sulfotelmatobacter → Candidatus Sulfotelmatobacter kueseliae5800Open in IMG/M
3300018043|Ga0187887_10027007All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Sulfotelmatobacter → Candidatus Sulfotelmatobacter kueseliae3645Open in IMG/M
3300027826|Ga0209060_10000263All Organisms → cellular organisms → Bacteria114594Open in IMG/M
3300028780|Ga0302225_10106180All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium1370Open in IMG/M
3300028798|Ga0302222_10049135All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium1712Open in IMG/M
3300029943|Ga0311340_10149210All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium2452Open in IMG/M
3300030503|Ga0311370_10225408All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium2495Open in IMG/M
3300031236|Ga0302324_100150797All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium3810Open in IMG/M
3300031715|Ga0307476_10007436All Organisms → cellular organisms → Bacteria6691Open in IMG/M
3300032895|Ga0335074_10349358All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium1646Open in IMG/M


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
PeatlandEnvironmental → Aquatic → Freshwater → Wetlands → Unclassified → Peatland17.00%
PeatlandEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Peatland16.00%
Tropical PeatlandEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Tropical Peatland13.00%
Surface SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Surface Soil10.00%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Forest Soil → Soil9.00%
PalsaEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Palsa9.00%
BogEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Bog6.00%
Forest SoilEnvironmental → Terrestrial → Soil → Loam → Forest Soil → Forest Soil5.00%
Bog Forest SoilEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Bog Forest Soil2.00%
Hardwood Forest SoilEnvironmental → Terrestrial → Soil → Unclassified → Forest Soil → Hardwood Forest Soil2.00%
SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Soil2.00%
SoilEnvironmental → Terrestrial → Soil → Loam → Forest Soil → Soil2.00%
RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Rhizosphere2.00%
Iron-Sulfur Acid SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Iron-Sulfur Acid Spring1.00%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Soil1.00%
Peatlands SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Peatlands Soil1.00%
Bog Forest SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Bog Forest Soil1.00%
Exposed RockEnvironmental → Terrestrial → Rock-Dwelling (Subaerial Biofilms) → Unclassified → Unclassified → Exposed Rock1.00%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300003505Forest soil microbial communities from Harvard Forest LTER, USA - Combined assembly of forest soil metaG samples (ASSEMBLY_DATE=20140924)EnvironmentalOpen in IMG/M
3300004080Coassembly of ECP04_OM1, ECP04_OM2, ECP04_OM3EnvironmentalOpen 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
3300005537Surface soil microbial communities from Centralia Pennsylvania, which are recovering from an underground coalmine fire - Coalmine Soil_Cen01_05102014_R1EnvironmentalOpen in IMG/M
3300005538Surface soil microbial communities from Centralia Pennsylvania, which are recovering from an underground coalmine fire - Coalmine Soil_Cen03_05102014_R1EnvironmentalOpen in IMG/M
3300005541Surface soil microbial communities from Centralia Pennsylvania, which are recovering from an underground coalmine fire - Coalmine Soil_Cen05_05102014_R1EnvironmentalOpen in IMG/M
3300005602Reference soil microbial communities from the Hubbard Brook experimental Forest, New Hampshire, USA - Hubbard Brook CCASE Soil Metagenome REF2EnvironmentalOpen 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
3300007982Iron sulfur acid spring bacterial and archeal communities from Banff, Canada, to study Microbial Dark Matter (Phase II) - Paint Pots PPM 11 metaGEnvironmentalOpen in IMG/M
3300009518Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_16_150EnvironmentalOpen in IMG/M
3300009519Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_6_150EnvironmentalOpen in IMG/M
3300009547Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_20_40EnvironmentalOpen in IMG/M
3300009616Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_8_100EnvironmentalOpen in IMG/M
3300009617Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_13_100EnvironmentalOpen in IMG/M
3300009624Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_6_10EnvironmentalOpen in IMG/M
3300009629Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_11_100EnvironmentalOpen in IMG/M
3300009632Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_4_40EnvironmentalOpen in IMG/M
3300009636Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_8_150EnvironmentalOpen in IMG/M
3300009646Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_17_150EnvironmentalOpen in IMG/M
3300009759Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_4_10EnvironmentalOpen in IMG/M
3300009762Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_17_40EnvironmentalOpen in IMG/M
3300009764Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_19_40EnvironmentalOpen 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
3300011120Combined assembly of Microbial Forest Soil metaTEnvironmentalOpen 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
3300014169Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin11_10_metaGEnvironmentalOpen in IMG/M
3300014654Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin06_10_metaGEnvironmentalOpen in IMG/M
3300014655Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin01_10_metaGEnvironmentalOpen in IMG/M
3300014657Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin05_10_metaGEnvironmentalOpen in IMG/M
3300016750Metatranscriptome of peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin05_30_metaT (Metagenome Metatranscriptome)EnvironmentalOpen 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
3300017935Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_4_40EnvironmentalOpen 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
3300017961Tropical peat soil microbial communities from peatlands in Department of Meta, Colombia - 1015_Q2_SP5_20_MGEnvironmentalOpen in IMG/M
3300017970Tropical peat soil microbial communities from peatlands in Department of Meta, Colombia - 1015_SJ02_MP02_20_MGEnvironmentalOpen in IMG/M
3300017975Tropical peat soil microbial communities from peatlands in Department of Meta, Colombia - 0715_SJ02_MP15_20_MGEnvironmentalOpen in IMG/M
3300018017Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_16_40EnvironmentalOpen 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
3300018034Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_11_10EnvironmentalOpen in IMG/M
3300018040Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_10_150EnvironmentalOpen in IMG/M
3300018043Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_7_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
3300018085Tropical peat soil microbial communities from peatlands in Department of Meta, Colombia - 0116_SJ02_MP15_20_MGEnvironmentalOpen in IMG/M
3300018088Tropical peat soil microbial communities from peatlands in Department of Meta, Colombia - 0116_SJ02_MP15_10_MGEnvironmentalOpen in IMG/M
3300018090Tropical peat soil microbial communities from peatlands in Department of Meta, Colombia - 0116_SJ02_MP02_20_MGEnvironmentalOpen in IMG/M
3300020580Forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Inc-BW-C-19-MEnvironmentalOpen in IMG/M
3300020582Forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Inc-BW-H-4-OEnvironmentalOpen in IMG/M
3300021088Forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Inc-BW-H-28-MEnvironmentalOpen in IMG/M
3300021358Rhizosphere microbial communities from Vellozia epidendroides in rupestrian grasslands, the National Park of Serra do Cipo, Brazil - RX_R3Host-AssociatedOpen in IMG/M
3300021362Barbacenia macrantha exposed rock microbial communities from rupestrian grasslands, the National Park of Serra do Cipo, Brazil - ER_R09EnvironmentalOpen in IMG/M
3300021406Forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Inc-BW-H-32-OEnvironmentalOpen 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
3300021433Forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Inc-BW-C-12-OEnvironmentalOpen in IMG/M
3300022721Metatranscriptome of forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Native-BW-C-4-O (Metagenome Metatranscriptome) (v2)EnvironmentalOpen in IMG/M
3300024227Spruce rhizosphere microbial communities from Bohemian Forest, Czech Republic - CZU4Host-AssociatedOpen in IMG/M
3300024271Soil microbial communities from Bohemian Forest, Czech Republic ? CSU5EnvironmentalOpen in IMG/M
3300025439Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_10_100 (SPAdes)EnvironmentalOpen in IMG/M
3300025448Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_13_100 (SPAdes)EnvironmentalOpen in IMG/M
3300025460Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_16_150 (SPAdes)EnvironmentalOpen in IMG/M
3300026489Soil microbial communities from H.J. Andrews Experimental Forest, Oregon, United States - NL-11-AEnvironmentalOpen in IMG/M
3300027297Forest soil microbial communities from Harvard Forest Long Term Ecological Research site in Petersham, Massachusetts, USA - MetaG HF047 (SPAdes)EnvironmentalOpen in IMG/M
3300027648Forest soil microbial communities from Thunder Bay, Ontario, Canada - Black Spruce, Ontario site 2_A8_OM1_O1 (SPAdes)EnvironmentalOpen in IMG/M
3300027767Bog forest soil microbial communities from Calvert Island, British Columbia, Canada - ECP03_OM2 (SPAdes)EnvironmentalOpen in IMG/M
3300027826Surface soil microbial communities from Centralia Pennsylvania, which are recovering from an underground coalmine fire - Coalmine Soil_Cen06_05102014_R1 (SPAdes)EnvironmentalOpen in IMG/M
3300027857Surface soil microbial communities from Centralia Pennsylvania, which are recovering from an underground coalmine fire - Coalmine Soil_Cen01_05102014_R1 (SPAdes)EnvironmentalOpen in IMG/M
3300027867Surface soil microbial communities from Centralia Pennsylvania, which are recovering from an underground coalmine fire - Coalmine Soil_Cen05_05102014_R1 (SPAdes)EnvironmentalOpen in IMG/M
3300027869Surface soil microbial communities from Centralia Pennsylvania, which are recovering from an underground coalmine fire - Coalmine Soil_Cen03_05102014_R1 (SPAdes)EnvironmentalOpen in IMG/M
3300027895Forest soil microbial communities from Algoma, Ontario, Canada - Jack Pine, Ontario site 1_JW_OM2H0_O1 (SPAdes)EnvironmentalOpen in IMG/M
3300028776Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - III_Palsa_E2_1EnvironmentalOpen in IMG/M
3300028780Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - II_Palsa_E3_2EnvironmentalOpen in IMG/M
3300028798Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - II_Palsa_E2_2EnvironmentalOpen in IMG/M
3300029943I_Palsa_N3 coassemblyEnvironmentalOpen in IMG/M
3300029951III_Palsa_N1 coassemblyEnvironmentalOpen in IMG/M
3300030053Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - I_Palsa_E1_2EnvironmentalOpen in IMG/M
3300030503III_Palsa_E3 coassemblyEnvironmentalOpen in IMG/M
3300030737Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - III_Palsa_N1_2EnvironmentalOpen in IMG/M
3300030740Forest Soil Metatranscriptomes Boreal Montmorency Forest, Quebec, Canada ARE Co-assemblyEnvironmentalOpen in IMG/M
3300031236Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - Palsa_T0_1EnvironmentalOpen in IMG/M
3300031715Hardwood forest soil microbial communities from Morgan-Monroe State Forest, Indiana, United States - atmos_gasesECM2C_05EnvironmentalOpen in IMG/M
3300032895Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_2.3EnvironmentalOpen in IMG/M
3300033134Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_2.2EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
JGIcombinedJ51221_1000051273300003505Forest SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDLSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPXAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLDE*
Ga0062385_1022140123300004080Bog Forest SoilMSKFGKYFLLATGFAFLATFARIPGAITKVHAKSQVCSVASLKGKYAFRRTGMDNLVGGSNCNGFSHCGPIAEMGVSFYGGDGTRGLIRNTRSTSGEIRPWADYPAPNGTYTVDSDCTESFFDADGTLRNNVVVLDGGKRFFLLGTDPGTTVMEEGIRLEEEND*
Ga0070734_1000091833300005533Surface SoilMNKLGKYFLLVTGFALLTPFAPIPGAYKNVHAHDRNCSVASLKGKYAFRRSGTDNLVGGANCQGFNDCGPIAEIGVAIYDGDGKRGLIRNTRSTAGEIRSWTDQPAPNGTYTVDSDCTGSFFDTTGTLRDNVVVVDGGKRFFVLSEDPSTTVMEEGIRLEGDKD*
Ga0070730_1057781413300005537Surface SoilMSKFGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTDNLVGGPNCQGFSDCGPIAEMGVASYDGNGTRGLIRSTRSTAGEIRPWGDSPAPNGTYTVDPDCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVLEEGVKLDD*
Ga0070731_1018592923300005538Surface SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSAASLKGKYAFRRSGTINLVGGLNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD*
Ga0070731_1029896813300005538Surface SoilMSKFGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTDNLVGGPTCQGFSDCGPIAEMGVAIYDGNGTRGLIRTTRSTAGEIRSWGDQPAPNGTYTVDADCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVLEEGVKLDE*
Ga0070733_1012351523300005541Surface SoilMRKTRKYFLLTTGFAFLAAFAGIPGAITKVHAKNQSCSVASLKGKYAFRRTGVNNLVGGSDCQGYGGCGPIAEMGVAYYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDSDCTGSYFDADGTHSNDVIVVDGGKRFFVLSQAPGTTVMEEGVRLDE*
Ga0070762_1012201223300005602SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDLSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPVAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLDE*
Ga0070765_10013121323300006176SoilMSKFGKGFLLVTGFGFLATFAHIPGAITKVHAEDRVCSVASLKGKYAFRRAGVDNLVGGSHCNGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTNGEVRPCPDYPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQRPGTAVMEEGIRLEEERE*
Ga0102924_104440923300007982Iron-Sulfur Acid SpringMNKFGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFADCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDSDCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVLEEGVKLDE*
Ga0116128_100541333300009518PeatlandMNKFGKYLLLVTGFALLATLARIPGVTNNVHAHDRSCSVASLKGKYAFRRMGVNNLGGGSNCTGFNDCGPIAEMGVAVYGGDGKRGNIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGEFFDEDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEDKD*
Ga0116128_100947823300009518PeatlandMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD*
Ga0116108_107394213300009519PeatlandMSKFGKYFLLVTGFAFLATFARVPGASISVHAQNGACSVASLKGTYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD*
Ga0116136_104052923300009547PeatlandHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD*
Ga0116111_112055713300009616PeatlandKLSRKDKGESKMSKFGKYFLLVTGFAFLATFARVPGASISVHAQNGACSVASLKGTYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD*
Ga0116123_111911613300009617PeatlandGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD*
Ga0116105_102275823300009624PeatlandMNKFGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD*
Ga0116119_103344013300009629PeatlandMNKFGKYLLLVTGFALLATLARIPGVTNNVHAHDRSCSVASLKGKYAFRRMGVNNLGGGSNCTGFNDCGPIAEMGVAVYGGDGKRGNIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGEFFDEDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD*
Ga0116102_1000400133300009632PeatlandMNKFGKYLLLVTGFALLATLARIPGVTNNVHAHDRSCSVASLKGKYAFRRMGVNNLGGGSNCTGFNDCGPIAEMGVAVYGGDGKRGNIRNTRSTAGEIRPWTDQPAPNGTYTVHPDCTGEFFDEDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEQDKD*
Ga0116112_100543943300009636PeatlandMSKFGKYFLLVTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD*
Ga0116132_113422313300009646PeatlandAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD*
Ga0116101_114381113300009759PeatlandSKMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVVEEGVRLEDDRD*
Ga0116130_104427113300009762PeatlandKGESKMSKFGKYFLLVTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEKKD*
Ga0116134_100132873300009764PeatlandMSKFGKYFLLVTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEKKD*
Ga0074045_1017453423300010341Bog Forest SoilMNKFGKYFLLVAGFALLATSARIPGVITNVHAKGQVCSVASLKGKYAFHRMGVNNLVGGSNCTGFSDCGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGTRLEEEKD*
Ga0136449_10174288213300010379Peatlands SoilMNKFGKYLLLVTGFALLATLARIPGVTNNVHAHDRSCSVASLKGKYAFRRMGVNNLGGGSNCTGFNDCGPIAEMGVAVYGGDGKRGNIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGEFFDEDGTHSNNVVVVDGGKRFFVL
Ga0150983_1362255323300011120Forest SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPVAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLDE*
Ga0181518_1015437713300014156BogMSNFGKCFLLVTGFALLATFAHIPGTITNVHAKNQTCSVASLKGKYAFRRMGVNNLAGGSNCTGFGECGPIAEIGVSFYGGDGTRGLIRNTRSTSGEIRPWTDQPAPNGTYTVDSDCTGSFFDADGTHSNNVIVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD*
Ga0181538_1001312843300014162BogMSKFGKYFLLVTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDPDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD*
Ga0181531_1029611723300014169BogMTRFGKYFLLTTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRSGVNNLAGGSNCQGFSECGPIAEIGVAFYGGDGTRGVIRNTRSTAGEIRPWTNQPAPNGTYTIDPDCTGSFFDADGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD*
Ga0181525_1074418213300014654BogKFGKYFLLVTGFALLATFARIPGAIPNVQAKDQVCSVASLKGKYAFRRTGVNNLAGGANCQGFSHCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVMEEGIRLEEEND*
Ga0181516_1019595623300014655BogMTRFGKYFLLTTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRSGVNNLAGGSNCQGFSECGPIAEIGVAFYGGDGTRGVIRNTRSTAGEIRPWTNQPAPNGTYTIDPDCTGSFFDADGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGI
Ga0181522_1021933923300014657BogMTRFGKYFLLTTGFAFFANFAGIPGAITKVHAKGQVCSVASLKGKYAFRRSGVNNLAGGSNCQGFSECGPIAEIGVAFYGGDGTRGVIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVMEEGMRLEEEKD*
Ga0181505_1066675913300016750PeatlandVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD
Ga0187856_100253643300017925PeatlandMNKFGKYLLLVTGFALLATLARIPGVTNNVHAHDRSCSVASLKGKYAFRRMGVNNLGGGSNCTGFNDCGPIAEMGVAVYGGDGKRGNIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGEFFDEDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEDKD
Ga0187856_108476823300017925PeatlandMSKFGKYFLLVTGFAFLATFARVPGASISVHAQNGACSVASLKGTYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD
Ga0187849_131175113300017929PeatlandKYLLLVTGFALLATLARIPGVTNNVHAHDRSCSVASLKGKYAFRRMGVNNLGGGSNCTGFNDCGPIAEMGVAVYGGDGKRGNIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGEFFDEDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEDKD
Ga0187877_101063423300017931PeatlandMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD
Ga0187848_1005683123300017935PeatlandMSKFGKYFLLVTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDPDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD
Ga0187853_1039204423300017940PeatlandMSKFGKYFLLVTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVME
Ga0187879_1000944323300017946PeatlandMSKFGKYFLLVTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEKKD
Ga0187778_1001043013300017961Tropical PeatlandHAKDQSCSVASLKGKYAFRRWGVNNLAGGANCQGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDEPAPNGTYTVDPDCTGSFFDTTGTLRNNVVVVDGGKRFFLLSTDPGTTVMEEGIRLEEEKD
Ga0187783_1001761533300017970Tropical PeatlandMSNFGKCFLLVTGFALLATFAHIPGTITNVHAKNQTCSVASLKGKYAFRRMGVNNLVGGSNCTGFNDCGPIARTGVAFYGGDGIRGFIRITGSVSGEILPWTDQPAPNGTYTVDSDCTGSFFDANGIHSNNVVVLDGGKRFFLLSTDPGTTVMEEGIRLEDEKD
Ga0187783_1005002723300017970Tropical PeatlandMSNFGKCFLLVTGFALLATFAHIPGTITNVHAKGQSCSVASLKGKYAFRRMGVNNLVGGSSCQSFSDCGPIARMGVASYGGDGTRGNIRITASVSGEILPWTDQLAPNGTYTVDSDCTGSFFDANGKHSNDVVVVDGGKRFFLLSEEAGTTVMEEGVRLEEDKD
Ga0187783_1005433523300017970Tropical PeatlandMSNFGKYLLLVTGFALLATIARIPGAITNVHAKGQTCSVASLKGKYAFRRSGTNNLVGGPNCRGFSECGPIAEMGVAISGGDGTRGLIRNTRSTAGEIRPWTDEPAPNGTYTVGPDCTGSFFDTTGTLMDNVVVVDGGKRFFVLSTDPGTTVMEEGIRLEDEKD
Ga0187783_1017436523300017970Tropical PeatlandMNKFGKYFLLVTGFALLAPFARIPGANIKVHAKDRVCSVASLKGKYAFRRWGVNNLVGGANCQGFGNCGPIAEMGVAIYDGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFNADGTHSNDVVIVDGGKRFFVLSEAPGTTVMEEGIRLEGEKD
Ga0187782_1022090923300017975Tropical PeatlandMNKLGKYFLIVTGFALVAPFAPIPGANINVHAQNRSCSVASLKGKYAFRRSGTDNLVGGPNCQGFTDCGPIAEMGVSTYDGNGTRGVIRTTRSTAGELRPWGDQAAPNGTYTVDSDCTGSFFDTTGKLRDDVVVVDGGKRFFVLSQDAGTTVLEEGVRIEDDTD
Ga0187782_1029367723300017975Tropical PeatlandMSRFGKHFLLVTGFALLATFARIPGVITNVHAQNQGCSVASLKGKYAFRRWGVNNLVGGANCQGFIDCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDEPAPNGTYTVDPDCTGSFFDADGTHSNNVVVVDGGKRFFLLSEAPGTTVMEEGIRLEEAKD
Ga0187782_1081684713300017975Tropical PeatlandMSKFGKYFLLVTGFALLAPFARIPGANINVHAKDRVCSVASLKGKYAFRRWGVNNLLGGTNCQGFGNCGPIAEMGVAIYDGNGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFNADGTHSNDVVVVEGGKRFFVLSEAP
Ga0187872_1000392943300018017PeatlandMNKFGKYLLLVTGFALLATLARIPGVTNNVHAHDRSCSVASLKGKYAFRRMGVNNLGGGSNCTGFNDCGPIAEMGVAVYGGDGKRGNIRNTRSTAAEIRPWTDQPAPNGTYTVDPDCTGEFFDEDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEDKD
Ga0187861_1021467713300018020PeatlandMSKFGKYFLLVTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD
Ga0187869_1000287073300018030PeatlandMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVVEEGVRLEDDRD
Ga0187863_1001878323300018034PeatlandMNKFGKYFLLVTGFALVASFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVVEEGVRLEDDRD
Ga0187862_1002412013300018040PeatlandMSKFGKYFLLVTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVV
Ga0187887_1002700713300018043PeatlandFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD
Ga0187890_1003383333300018044PeatlandMSKFGKYFLLVTGFAFLATFAGIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCQGFSECGPIAEMGVAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEEKD
Ga0187851_1021113913300018046PeatlandMNKFGKYFLLVTGFALVASFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD
Ga0187772_1012355823300018085Tropical PeatlandMNKLGKYFLLVTGLALVATLAHIPGVTTNVHAKGQSCSVASLKGKYAFRRSGTDNLVGGPNCQGFTDCGPIAEMGVASYDGNGTRGLIRTTRSTAGELRPWGDQPAPNGTYTIDSDCTGSFFDTTGTLRDDVIVVDGGKRFFVLSQDPGTTVTEEGIRLEEEDD
Ga0187772_1041157823300018085Tropical PeatlandMSKFAKYFLLLTGFALLATFARIPGAVISVHAHDQACSVASLKGKYAFRRSGVNNLAGGDNCQGYSECGPIAEMGVAVYGGDGTRGLIRNTRSTAGEIRPWTDEPAPNGTYTVDPDCTGSFFDTTGTLRDNVVVVDGGKRFFVLSTDPGTTVMEEGVRLEEKD
Ga0187771_1026741023300018088Tropical PeatlandMRKIGKYLLLVTSLALVATLAHIPGVVTNVHAKGQSCSVASLKGKYAFRRMGVNNLVGGSNCQSFSDCGPIARMGVAFYGGDGTRGLIRITGSVSGEILPWIDQPAPNGTYTVDSDCTGSFFDANGIHSNNVVVLD
Ga0187771_1111420513300018088Tropical PeatlandMREFGKYFLLVTGFALLAAFARIPGAITNVHAKDRVCSVASLKGKYAFRRSGVDNLVGGAKCQGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDDPAPNGTYTVDPDCTGSFFDTTGTLRNNVVVVDGGKRFFLLSTDPGTTVMEEGIKLEEEKD
Ga0187770_1121453913300018090Tropical PeatlandMRKFGKYFLLVTGFALLATSAHIPGATPNVHAKDQSCSVASLKGEYAFRRSGVDNLVGGANCQGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDDPAPNGTYTVDPDCTGSFFDADGTHSNNVVVVDGGKRFFLLSEAPGTTVMEEGIRLEEEKD
Ga0210403_1129392113300020580SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDLSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPVAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKR
Ga0210395_1003597533300020582SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDLSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPVAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLDE
Ga0210404_1032902513300021088SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDLSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPVAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEE
Ga0213873_1007816313300021358RhizosphereMSNFGKCFLLVTGFAFLATFAHIPGTIINVHAKDQNCSVSSLKGKYAFRRWGVNNLVGGSNCQGFRECGPIARTGVAFYGGDGMRGFIRITGSVSGEILPWTDQPAPNGTYTVDSDCTGSFFDANGTHSNNVVVLDGGKRFFLLSTDPGTTVMEEGTRLEEEDRN
Ga0213882_1003637923300021362Exposed RockMSNFGKCFLLVTGFALLATFAHIPGTITNVHAKDQNCSVSSLKGKYAFRRWGVNNLVGGSNCQGFRECGPIARTGVAFYGGDGMRGFIRITGSVSGEILPWTDQPAPNGTYTVDSDCTGSFFDANGTHSNNVVVLDGGKRFFLLSTDPGTTVMEEGTRLEEEDRN
Ga0210386_1004064653300021406SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDLSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPVAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD
Ga0210394_1051351913300021420SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDLSCSVASLKGKYAFRRSGKINLVGGPNCQGFTDCGPVAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLDE
Ga0210391_1009397433300021433SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDLSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPVAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRL
Ga0242666_100757723300022721SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPVAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLDE
Ga0228598_100636133300024227RhizosphereVTGFALLATFARIPGAITKVHAKDPVYSVASLKGKYAFRRMGVNNFVGGPSCIGFSECGPIAVMGVAFYGEDGTRGLIRITRSNSGEILPWTDQPAPNGTYTVDPDCTGSFFDANGTHSNDVVVVDGGKRFFLLSEEAGTTVMEEGIRLEEEND
Ga0224564_104074823300024271SoilRKVFLLVTGFALLATFARIPGAITKVHAKDPVYSVASLKGKYAFRRMGVNNFVGGPSCIGFSECGPIAVMGVAFYGEDGTRGLIRITRSNSGEILPWTDQPAPNGTYTVDPDCTGSFFDANGTHSNDVVVVDGGKRFFLLSEEAGTTVMEEGIRLEEEND
Ga0208323_109065113300025439PeatlandVYLRSQCFDTNPNLGLKKKGESKMNKFGKYLLLVTGFALLATLARIPGVTNNVHAHDRSCSVASLKGKYAFRRMGVNNLGGGSNCTGFNDCGPIAEMGVAVYGGDGKRGNIRNTRSTAGEIRPWTDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFV
Ga0208037_106224713300025448PeatlandYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD
Ga0208562_109524613300025460PeatlandMSKFGKYFLLVTGFAFLATFARVPGASISVHAQNGACSVASLKGTYAFRRTGVNNLAGGSNCTGLSECGPIAEIGIAFYGGDGTRGPIRNTRSTSGEIRPWTDQPGTNGTYTVDPDCTGSYFDSDGTHSNNVVVVDGGKRFFVLSEAPGTTVMEEGIRLEEE
Ga0257160_110224113300026489SoilMRKFEKYFLLTTGFAFLATFARIPGAITKVHAKGQVCSVNSLKGKYAFRRTGVDNLVGGSNCNGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTSGEIRPWADYPAPNGTYTVDSDCTGSFFDADGTLRN
Ga0208241_102819523300027297Forest SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDLSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLDE
Ga0209420_100486023300027648Forest SoilMSKLGKYSLLATGFVILVTFVHIPGTSIKVHAHDRGCSVASLKGRYAFRRMGTNNLVGGSSCQGLTDCGPIAEIGVSFYGGDGTRGQIRNTRSTAGEIRPWADYPAPQGTYTVDPDCTGSFFDANGDQSNNVVVVDGGRRFFVLSVAPGTTVMEEGVRLDDDKD
Ga0209655_1005298213300027767Bog Forest SoilMSKFGKYFLLATGFAFLATFARIPGAITKVHAKSQVCSVASLKGKYAFRRTGMDNLVGGSNCNGFSHCGPIAEMGVSFYGGDGTRGLIRNTRSTSGEIRPWADYPAPNGTYTVDSDCTESFFDADGTLRNNVVVLDGGKRFFLLGTDPGTTVMEEGIRLEEEND
Ga0209060_1000026393300027826Surface SoilMNKLGKYFLLVTGFALLTPFAPIPGAYKNVHAHDRNCSVASLKGKYAFRRSGTDNLVGGANCQGFNDCGPIAEIGVAIYDGDGKRGLIRNTRSTAGEIRSWTDQPAPNGTYTVDSDCTGSFFDTTGTLRDNVVVVDGGKRFFVLSEDPSTTVMEEGIRLEGDKD
Ga0209166_1039791813300027857Surface SoilMSKFGKYFLLVTGFALVAPFAPIPGANNKVNAHDRSCSVASLKGKYAFRRSGTDNLVGGPNCQGFSDCGPIAEMGVASYDGNGTRGLIRSTRSTAGEIRPWGDSPAPNGTYTVDPDCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVLEEGVKLDD
Ga0209167_1014842823300027867Surface SoilMRKTRKYFLLTTGFAFLAAFAGIPGAITKVHAKNQSCSVASLKGKYAFRRTGVNNLVGGSDCQGYGGCGPIAEMGVAYYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDSDCTGSYFDADGTHSNDVIVVDGGKRFFVLSQAPGTTVMEEGVRLDE
Ga0209579_1032173313300027869Surface SoilMSKFGKYFLLVTGFALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTDNLVGGPTCQGFSDCGPIAEMGVAIYDGNGTRGLIRTTRSTAGEIRSWGDQPAPNGTYTVDADCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVLEEGVKLDE
Ga0209579_1059405213300027869Surface SoilMNKIGKYFLLVTGFALVAPFAIPGANNKVHAHDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFNDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD
Ga0209624_1085465513300027895Forest SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAQDRSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPPPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKR
Ga0302303_1019898013300028776PalsaGESKMRKFGKYFLLVTGFALLATFARIPGAIPNVQAKDQVCSVASLKGKYAFRRTGVNNLAGGANCQGFSHCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVMEEGIRLEEEND
Ga0302225_1010618023300028780PalsaRKFGKYFLLVTGFALLATFARIPGAIPNVQAKDQVCSVASLKGKYAFRRTGVNNLAGGANCQGFSHCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVMEEGIRLEEEND
Ga0302222_1004913523300028798PalsaMRKFGKYFLLTTGFAFLATFARIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCQGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVMEEGMRLEEEKD
Ga0311340_1014921023300029943PalsaMRKFGKYFLLTTGFAFLATFARIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCQGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVMEEGIRLEEEND
Ga0311371_1129180323300029951PalsaMRKFGKYFLLTTGFAFLATFARIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCQGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVM
Ga0302177_1004564123300030053PalsaMRKFGKYFLLVTGFALLATFARIPGAIPNVQAKDQVCSVASLKGKYAFRRTGVNNLAGGANCQGFSHCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVMEEGIRLEEEND
Ga0311370_1022540823300030503PalsaMRKFGKYFLLVTGFALLETFARIPGAIPNVQAKDQVCSVASLKGRYAFRRTGVNNLAGGANCQGFSHCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVMEEGIRLEEEND
Ga0302310_1058349213300030737PalsaMRKFGKYFLLTTGFAFLATFARIPGAITKVHAKGQVCSVASLKGKYAFRRTGVNNLAGGSNCQGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTV
Ga0265460_1014533413300030740SoilMSKFGKRFLLVTGFAFLATFAHIPGAITKVHAKDRVCSVASLKGKYAFRRAGVDNLVGGSNCNGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTSGEIRPWADYPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQRP
Ga0302324_10015079723300031236PalsaMRKFGKYFLLVTGFALLETFARIPGAIPNVQAKDQVCSVASLKGKYAFRRTGVNNLAGGANCQGFSHCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDPDCTGSFFDADGTHSNDVVVVDGGKRFFVLSQAPGTTVMEEGIRLEEEND
Ga0307476_1000743643300031715Hardwood Forest SoilMRKIRKHFLLVAGFAFLATFAGIPGAITKVHAKNQSCSVASLKGKYAFRRTGVNNLVGGSDCQGYSGCGPIAEMGVAYYGGDGTRGLIRNTRSTAGEIRPWTDQPAPNGTYTVDSDCTGSFFDTTGTLRDNVVVVDGGKRFFVLSQDAGTTVMEEGIRLEDEKD
Ga0307476_1077135923300031715Hardwood Forest SoilMNKIGKYFLLVTGFALVAPFAPIPGANNKVHAHDLSCSVASLKGKYAFRRSGTINLVGGPNCQGFTDCGPIAEMGVATYDGNGTRGLIRTTRSTAGEIRPWGDQPAPNGTYTVDPNCTGSFFDTTGTLRDDVVVVDGGKRFFVLSQDPGTAVMEEGVRLEDDRD
Ga0335074_1034935813300032895SoilMNKLGKYFLLVSGFALVASFAPIPGAKNNVHAHDRSCSVASLKGKYAFHRSGTNNLVGGPTCQGFSDCGPIAEMGVAIYDGDGTRGLIRNTRSTAGEIRPWADQPAPNGTYTVDSDCTGSFFDTTGTLRDNVVVVDGGKRFFVLSTDPGTTVMEEGIRLEGERD
Ga0335073_1042936013300033134SoilMNKLGKYFLLVTGSALVAPFAPIPGANNKVHAHDRSCSVASLKGKYAFRRSGTDNLVGGPSCQGFSDCGPIAEMGVAFYGGDGTRGLIRNTRSTAGEIRPWTDEPAPNGTYMVDADCTGSFFDTTGTLRDNVVVVDGGKRFFVLSTDPGTTVMEEAIRLEDEKD

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