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 F088167

Metagenome Family F088167

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F088167
Family Type Metagenome
Number of Sequences 109
Average Sequence Length 200 residues
Representative Sequence MRLKPFMFLSGLLLLLPIAPARADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAALGIAPSGTNVVLSWASPPGGFALQKNSDLTTTNWLTVTNAPAVTNGQNQVTLSPSNSSQFFRLKYP
Number of Associated Samples 92
Number of Associated Scaffolds 109

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Bacteria
% of genes with valid RBS motifs 38.53 %
% of genes near scaffold ends (potentially truncated) 40.37 %
% of genes from short scaffolds (< 2000 bps) 60.55 %
Associated GOLD sequencing projects 88
AlphaFold2 3D model prediction Yes
3D model pTM-score0.67

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 Bacteria (98.165 % of family members)
NCBI Taxonomy ID 2
Taxonomy All Organisms → cellular organisms → Bacteria

Most Common Ecosystem
GOLD Ecosystem Host-Associated → Plants → Rhizosphere → Soil → Unclassified → Rhizosphere
(24.771 % of family members)
Environment Ontology (ENVO) Unclassified
(68.807 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Water (non-saline)
(39.450 % 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: Yes Secondary Structure distribution: α-helix: 8.82%    β-sheet: 43.28%    Coil/Unstructured: 47.90%
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: 0.67
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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 109 Family Scaffolds
PF00694Aconitase_C 5.50
PF01551Peptidase_M23 2.75
PF04055Radical_SAM 1.83
PF10129OpgC_C 1.83
PF00596Aldolase_II 1.83
PF06831H2TH 1.83
PF02896PEP-utilizers_C 1.83
PF13432TPR_16 0.92
PF01979Amidohydro_1 0.92
PF13584BatD 0.92
PF00696AA_kinase 0.92
PF14659Phage_int_SAM_3 0.92
PF02771Acyl-CoA_dh_N 0.92
PF08837DUF1810 0.92
PF00041fn3 0.92
PF02880PGM_PMM_III 0.92
PF00005ABC_tran 0.92
PF13517FG-GAP_3 0.92
PF13414TPR_11 0.92
PF02803Thiolase_C 0.92
PF03840SecG 0.92
PF00406ADK 0.92
PF09286Pro-kuma_activ 0.92
PF12762DDE_Tnp_IS1595 0.92
PF02403Seryl_tRNA_N 0.92
PF02518HATPase_c 0.92
PF08323Glyco_transf_5 0.92
PF13505OMP_b-brl 0.92
PF00009GTP_EFTU 0.92
PF02838Glyco_hydro_20b 0.92
PF11734TilS_C 0.92
PF13365Trypsin_2 0.92

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 109 Family Scaffolds
COG0266Formamidopyrimidine-DNA glycosylaseReplication, recombination and repair [L] 1.83
COG0033Phosphoglucomutase/phosphomannomutaseCarbohydrate transport and metabolism [G] 0.92
COG0172Seryl-tRNA synthetaseTranslation, ribosomal structure and biogenesis [J] 0.92
COG0183Acetyl-CoA acetyltransferaseLipid transport and metabolism [I] 0.92
COG0297Glycogen synthaseCarbohydrate transport and metabolism [G] 0.92
COG0438Glycosyltransferase involved in cell wall bisynthesisCell wall/membrane/envelope biogenesis [M] 0.92
COG0563Adenylate kinase or related kinaseNucleotide transport and metabolism [F] 0.92
COG1109PhosphomannomutaseCarbohydrate transport and metabolism [G] 0.92
COG1314Protein translocase subunit SecGIntracellular trafficking, secretion, and vesicular transport [U] 0.92
COG1960Acyl-CoA dehydrogenase related to the alkylation response protein AidBLipid transport and metabolism [I] 0.92
COG3525N-acetyl-beta-hexosaminidaseCarbohydrate transport and metabolism [G] 0.92
COG4934Serine protease, subtilase familyPosttranslational modification, protein turnover, chaperones [O] 0.92
COG5579Uncharacterized conserved protein, DUF1810 familyFunction unknown [S] 0.92

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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms98.17 %
UnclassifiedrootN/A1.83 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300004082|Ga0062384_101291195All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia534Open in IMG/M
3300005538|Ga0070731_10004152All Organisms → cellular organisms → Bacteria12622Open in IMG/M
3300005602|Ga0070762_10071137All Organisms → cellular organisms → Bacteria1959Open in IMG/M
3300005993|Ga0080027_10054540All Organisms → cellular organisms → Bacteria1452Open in IMG/M
3300009029|Ga0066793_10226166All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium1087Open in IMG/M
3300009518|Ga0116128_1227650All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium520Open in IMG/M
3300009547|Ga0116136_1069614All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia949Open in IMG/M
3300009548|Ga0116107_1030105All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia2018Open in IMG/M
3300009637|Ga0116118_1055663All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia1395Open in IMG/M
3300009639|Ga0116122_1212877All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium603Open in IMG/M
3300009640|Ga0116126_1003901All Organisms → cellular organisms → Bacteria8003Open in IMG/M
3300009640|Ga0116126_1046397All Organisms → cellular organisms → Bacteria1728Open in IMG/M
3300009762|Ga0116130_1073011All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium1077Open in IMG/M
3300010339|Ga0074046_10615297All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium642Open in IMG/M
3300010343|Ga0074044_10000522All Organisms → cellular organisms → Bacteria36921Open in IMG/M
3300014152|Ga0181533_1020624All Organisms → cellular organisms → Bacteria4237Open in IMG/M
3300014161|Ga0181529_10147649All Organisms → cellular organisms → Bacteria1434Open in IMG/M
3300014167|Ga0181528_10409136All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia739Open in IMG/M
3300014168|Ga0181534_10019104All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia3481Open in IMG/M
3300014168|Ga0181534_10182022All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium1090Open in IMG/M
3300014169|Ga0181531_10022859All Organisms → cellular organisms → Bacteria3592Open in IMG/M
3300014199|Ga0181535_10124625All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula1637Open in IMG/M
3300014200|Ga0181526_10248861All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula1133Open in IMG/M
3300014200|Ga0181526_10350062All Organisms → cellular organisms → Bacteria939Open in IMG/M
3300014201|Ga0181537_10009600All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula7289Open in IMG/M
3300014489|Ga0182018_10589695All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium584Open in IMG/M
3300014501|Ga0182024_10120427All Organisms → cellular organisms → Bacteria3756Open in IMG/M
3300014502|Ga0182021_11841897All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia729Open in IMG/M
3300014655|Ga0181516_10379456All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia721Open in IMG/M
3300014657|Ga0181522_10104748All Organisms → cellular organisms → Bacteria1636Open in IMG/M
3300014838|Ga0182030_10010321All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula18995Open in IMG/M
3300014839|Ga0182027_10407481All Organisms → cellular organisms → Bacteria1508Open in IMG/M
3300017925|Ga0187856_1008889All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia5987Open in IMG/M
3300017935|Ga0187848_10053860All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium1926Open in IMG/M
3300017941|Ga0187850_10262350All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium774Open in IMG/M
3300017948|Ga0187847_10192081All Organisms → cellular organisms → Bacteria1113Open in IMG/M
3300017988|Ga0181520_10131500All Organisms → cellular organisms → Bacteria2071Open in IMG/M
3300017996|Ga0187891_1004268All Organisms → cellular organisms → Bacteria9403Open in IMG/M
3300018008|Ga0187888_1086824All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium1352Open in IMG/M
3300018009|Ga0187884_10051004All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia1933Open in IMG/M
3300018013|Ga0187873_1160362All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium856Open in IMG/M
3300018014|Ga0187860_1000387All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula43508Open in IMG/M
3300018016|Ga0187880_1049166All Organisms → cellular organisms → Bacteria2264Open in IMG/M
3300018016|Ga0187880_1056114All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia2080Open in IMG/M
3300018019|Ga0187874_10011070All Organisms → cellular organisms → Bacteria5198Open in IMG/M
3300018021|Ga0187882_1097623All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia1261Open in IMG/M
3300018022|Ga0187864_10010994All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia6070Open in IMG/M
3300018023|Ga0187889_10089143All Organisms → cellular organisms → Bacteria1545Open in IMG/M
3300018033|Ga0187867_10034589All Organisms → cellular organisms → Bacteria3127Open in IMG/M
3300018034|Ga0187863_10561529Not Available641Open in IMG/M
3300018035|Ga0187875_10026550All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium3488Open in IMG/M
3300018040|Ga0187862_10688966Not Available598Open in IMG/M
3300018046|Ga0187851_10001756All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula20348Open in IMG/M
3300019785|Ga0182022_1021382All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium918Open in IMG/M
3300021403|Ga0210397_11028972All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia639Open in IMG/M
3300022524|Ga0224534_1008832All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes3264Open in IMG/M
3300025432|Ga0208821_1030598All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia1089Open in IMG/M
3300025494|Ga0207928_1002437All Organisms → cellular organisms → Bacteria3362Open in IMG/M
3300025506|Ga0208937_1042126All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium1089Open in IMG/M
3300025548|Ga0208716_1012119All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia2245Open in IMG/M
3300025852|Ga0209124_10019058All Organisms → cellular organisms → Bacteria2764Open in IMG/M
3300027869|Ga0209579_10006686All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula7598Open in IMG/M
3300028556|Ga0265337_1035609All Organisms → cellular organisms → Bacteria1457Open in IMG/M
3300028558|Ga0265326_10003767All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia4946Open in IMG/M
3300028563|Ga0265319_1027545All Organisms → cellular organisms → Bacteria2014Open in IMG/M
3300028563|Ga0265319_1160400All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → unclassified Planctomycetota → Planctomycetota bacterium695Open in IMG/M
3300028566|Ga0302147_10206666All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia659Open in IMG/M
3300028573|Ga0265334_10334308All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium518Open in IMG/M
3300028577|Ga0265318_10094070All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium1103Open in IMG/M
3300028654|Ga0265322_10082584All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula912Open in IMG/M
3300028745|Ga0302267_10358546All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia608Open in IMG/M
3300028785|Ga0302201_10235748All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia747Open in IMG/M
3300028800|Ga0265338_10000009All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia448611Open in IMG/M
3300028800|Ga0265338_10000216All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia106591Open in IMG/M
3300028800|Ga0265338_10003461All Organisms → cellular organisms → Bacteria22221Open in IMG/M
3300028800|Ga0265338_10004958All Organisms → cellular organisms → Bacteria17640Open in IMG/M
3300028800|Ga0265338_10011073All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → Verrucomicrobia subdivision 3 → Pedosphaera → Pedosphaera parvula10461Open in IMG/M
3300028800|Ga0265338_10030492All Organisms → cellular organisms → Bacteria5311Open in IMG/M
3300028800|Ga0265338_10356406All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes1050Open in IMG/M
3300028800|Ga0265338_10454754All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia906Open in IMG/M
3300028800|Ga0265338_10924124All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium593Open in IMG/M
3300028859|Ga0302265_1087210All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium1018Open in IMG/M
3300029985|Ga0302280_1020021All Organisms → cellular organisms → Bacteria3270Open in IMG/M
3300029990|Ga0311336_10215045All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia1571Open in IMG/M
3300030007|Ga0311338_10465742All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium1336Open in IMG/M
3300030020|Ga0311344_10287837All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → unclassified Planctomycetota → Planctomycetota bacterium1593Open in IMG/M
3300030225|Ga0302196_10033167All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia3678Open in IMG/M
3300030503|Ga0311370_12392617All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia512Open in IMG/M
3300030688|Ga0311345_10134521All Organisms → cellular organisms → Bacteria2693Open in IMG/M
3300031234|Ga0302325_10008991All Organisms → cellular organisms → Bacteria21892Open in IMG/M
3300031235|Ga0265330_10237362All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium769Open in IMG/M
3300031236|Ga0302324_101699340All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia808Open in IMG/M
3300031236|Ga0302324_102157023All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia693Open in IMG/M
3300031240|Ga0265320_10002375All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia13159Open in IMG/M
3300031240|Ga0265320_10179567All Organisms → cellular organisms → Bacteria949Open in IMG/M
3300031241|Ga0265325_10523212All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium513Open in IMG/M
3300031242|Ga0265329_10144689All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium769Open in IMG/M
3300031249|Ga0265339_10126498All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium1310Open in IMG/M
3300031344|Ga0265316_10094124All Organisms → cellular organisms → Bacteria2283Open in IMG/M
3300031344|Ga0265316_10429221All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium949Open in IMG/M
3300031525|Ga0302326_10244736All Organisms → cellular organisms → Bacteria2932Open in IMG/M
3300031595|Ga0265313_10011220All Organisms → cellular organisms → Bacteria → Acidobacteria5586Open in IMG/M
3300031711|Ga0265314_10157589All Organisms → cellular organisms → Bacteria1385Open in IMG/M
3300031711|Ga0265314_10410258All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia730Open in IMG/M
3300031884|Ga0316220_1164990All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia789Open in IMG/M
3300032560|Ga0316223_1050444All Organisms → cellular organisms → Bacteria1642Open in IMG/M
3300032665|Ga0316221_1141961All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia840Open in IMG/M
3300032770|Ga0335085_11934335All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → unclassified Bryobacterales → Bryobacterales bacterium600Open in IMG/M
3300033887|Ga0334790_000607All Organisms → cellular organisms → Bacteria33287Open in IMG/M


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
RhizosphereHost-Associated → Plants → Rhizosphere → Soil → Unclassified → Rhizosphere24.77%
PeatlandEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Peatland18.35%
BogEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Bog11.93%
PeatlandEnvironmental → Aquatic → Freshwater → Wetlands → Unclassified → Peatland9.17%
BogEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Bog6.42%
PalsaEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Palsa5.50%
FreshwaterEnvironmental → Aquatic → Freshwater → Lentic → Hypolimnion → Freshwater2.75%
Arctic Peat SoilEnvironmental → Terrestrial → Soil → Unclassified → Permafrost → Arctic Peat Soil2.75%
FenEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Fen2.75%
Surface SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Surface Soil1.83%
Bog Forest SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Bog Forest Soil1.83%
Prmafrost SoilEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Prmafrost Soil1.83%
SoilEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Soil1.83%
FenEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Fen1.83%
Bog Forest SoilEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Bog Forest Soil0.92%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Forest Soil → Soil0.92%
SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Soil0.92%
BogEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Bog0.92%
PalsaEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Palsa0.92%
PermafrostEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Permafrost0.92%
SoilEnvironmental → Terrestrial → Soil → Loam → Forest Soil → Soil0.92%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300004082Coassembly of ECP03_0M1, ECP03_OM2, ECP03_OM3EnvironmentalOpen 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
3300005602Reference soil microbial communities from the Hubbard Brook experimental Forest, New Hampshire, USA - Hubbard Brook CCASE Soil Metagenome REF2EnvironmentalOpen in IMG/M
3300005993Permafrost soil microbial communities from the Arctic, to analyse light accelerated degradation of dissolved organic matter (DOM) - Organic soil replicate 1 DNA2013-046EnvironmentalOpen in IMG/M
3300009029Permafrost soil microbial communities from the Arctic, to analyse light accelerated degradation of dissolved organic matter (DOM) - Permafrost soil replicate 1 DNA2013-189EnvironmentalOpen in IMG/M
3300009518Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_16_150EnvironmentalOpen in IMG/M
3300009547Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_20_40EnvironmentalOpen in IMG/M
3300009548Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_6_100EnvironmentalOpen 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
3300009762Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_17_40EnvironmentalOpen in IMG/M
3300010339Bog forest soil microbial communities from Calvert Island, British Columbia, Canada - Bog Forest MetaG ECP23OM3EnvironmentalOpen in IMG/M
3300010343Bog forest soil microbial communities from Calvert Island, British Columbia, Canada - Bog Forest MetaG ECP23OM1EnvironmentalOpen in IMG/M
3300014152Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin11_60_metaGEnvironmentalOpen in IMG/M
3300014161Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin10_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
3300014169Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin11_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
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
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
3300014838Permafrost microbial communities from Stordalen Mire, Sweden - 812S3M metaG (Illumina Assembly)EnvironmentalOpen in IMG/M
3300014839Permafrost microbial communities from Stordalen Mire, Sweden - 712E1D metaG (Illumina Assembly)EnvironmentalOpen in IMG/M
3300017925Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_8_40EnvironmentalOpen in IMG/M
3300017935Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_4_40EnvironmentalOpen in IMG/M
3300017941Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_4_150EnvironmentalOpen in IMG/M
3300017948Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_4_10EnvironmentalOpen in IMG/M
3300017988Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin02_30_metaGEnvironmentalOpen in IMG/M
3300017996Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_21_40EnvironmentalOpen in IMG/M
3300018008Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_7_40EnvironmentalOpen 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
3300018014Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_10_40EnvironmentalOpen in IMG/M
3300018016Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_19_40EnvironmentalOpen in IMG/M
3300018019Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_16_150EnvironmentalOpen in IMG/M
3300018021Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_19_150EnvironmentalOpen in IMG/M
3300018022Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_11_40EnvironmentalOpen in IMG/M
3300018023Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_7_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
3300018040Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_10_150EnvironmentalOpen in IMG/M
3300018046Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_6_10EnvironmentalOpen in IMG/M
3300019785Permafrost microbial communities from Stordalen Mire, Sweden - 612E3M metaG (PacBio error correction)EnvironmentalOpen in IMG/M
3300021403Forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Inc-BW-H-2-OEnvironmentalOpen in IMG/M
3300022524Peat soil microbial communities from Stordalen Mire, Sweden - 717 E1 20-24EnvironmentalOpen in IMG/M
3300025432Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_20_40 (SPAdes)EnvironmentalOpen in IMG/M
3300025494Arctic peat soil from Barrow, Alaska - NGEE Surface sample 210-2 shallow-072012 (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
3300025548Arctic peat soil from Barrow, Alaska - NGEE Surface sample 415-3 deep-092012 (SPAdes)EnvironmentalOpen in IMG/M
3300025852Arctic peat soil from Barrow, Alaska - Barrow Graham LP Incubations 011-22A (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
3300028556Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-21-22 metaGHost-AssociatedOpen in IMG/M
3300028558Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-14-24 metaGHost-AssociatedOpen in IMG/M
3300028563Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-8-24 metaGHost-AssociatedOpen in IMG/M
3300028566Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - I_Bog_E3_2EnvironmentalOpen in IMG/M
3300028573Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-20-23 metaGHost-AssociatedOpen in IMG/M
3300028577Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-8-21 metaGHost-AssociatedOpen in IMG/M
3300028654Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-12-22 metaGHost-AssociatedOpen in IMG/M
3300028745Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - III_Bog_E1_3EnvironmentalOpen in IMG/M
3300028785Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - II_Bog_N3_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
3300028859Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - III_Bog_E1_1EnvironmentalOpen in IMG/M
3300029985Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - III_Fen_E1_1EnvironmentalOpen in IMG/M
3300029990I_Fen_N2 coassemblyEnvironmentalOpen in IMG/M
3300030007I_Palsa_E1 coassemblyEnvironmentalOpen in IMG/M
3300030020II_Bog_N1 coassemblyEnvironmentalOpen in IMG/M
3300030225Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - II_Bog_N1_3EnvironmentalOpen in IMG/M
3300030503III_Palsa_E3 coassemblyEnvironmentalOpen in IMG/M
3300030688II_Bog_N2 coassemblyEnvironmentalOpen in IMG/M
3300031234Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - Palsa_T0_2EnvironmentalOpen in IMG/M
3300031235Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-19-19 metaGHost-AssociatedOpen in IMG/M
3300031236Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - Palsa_T0_1EnvironmentalOpen in IMG/M
3300031240Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-8-27 metaGHost-AssociatedOpen 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
3300031242Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-16-27 metaGHost-AssociatedOpen in IMG/M
3300031249Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-CB2-19 metaGHost-AssociatedOpen in IMG/M
3300031344Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-5-22 metaGHost-AssociatedOpen in IMG/M
3300031525Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - Palsa_T0_3EnvironmentalOpen in IMG/M
3300031595Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-1-23 metaGHost-AssociatedOpen in IMG/M
3300031711Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-1-26 metaGHost-AssociatedOpen in IMG/M
3300031884Freshwater microbial communities from Trout Bog Lake, Wisconsin, USA - TBH18005EnvironmentalOpen in IMG/M
3300032560Freshwater microbial communities from Trout Bog Lake, Wisconsin, USA - TBH18009EnvironmentalOpen in IMG/M
3300032665Freshwater microbial communities from Trout Bog Lake, Wisconsin, USA - TBH18007EnvironmentalOpen in IMG/M
3300032770Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_4.5EnvironmentalOpen in IMG/M
3300033887Peat soil microbial communities from Stordalen Mire, Sweden - 713 P-1-X1EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
Ga0062384_10129119513300004082Bog Forest SoilLLMPAAPVRADLIFVLTPAVQLDVGSNEVFFTGTLINTSLTDNLFLNNIQFDLIDEADDYLGADTNVFFANVPGILPPGETYSDVVFGINIAPTTPPDQYFGIVTIQGGTNIFAANNLASPIFEVSLPPAALGITTSGSNIALSWPSPPGGFVLQQNSDLTTTNWLTVTNLSTITNF
Ga0070731_1000415223300005538Surface SoilMRLKPLVLWSSLAVLLPGTSVPADLAFTLTPAVQSGLGSNEVIFAGVLTNTSLTDNLFLNNIQVSFTGIATNYLAADTNVFFANVPGILLPGETYGDVVFGIAINPATPLGQYFGIVTLQGGTNIFAATNLAGPTFEVTLSPAALTLALAGANQLVSWPSPPGDFVLQQNSDLATTNWTTVTNVPALVNGQNQVTLPPGSSNQFFRLVYP*
Ga0070762_1007113723300005602SoilMRLKPFLFLSGLALLLAVSARADLAFVLAPAVQSDEGSNEVIFTGTLINTSPTDDLFLNNIQFDFMDEANDYLAADTNVFFANVPGILLPGETYADVVLGITIAPGTPPGQYFGLVTIQGGTNIFAADNLASPLFEVSLSPAVLGAALSGTNFVLSWPAPPGDFVLQQNSDLTTTNWQTVTNAPTPSNFQDQVMLPVAAGNYFYRLAYP*
Ga0080027_1005454023300005993Prmafrost SoilMRLKFFMLLSGPALLLSAAPMRADLIFVLTPAVQSCVGSNEVVFAGTLINTSLTDNLFLNNIQFDFIDEADDYLAADTNVFFANVPGILLPGETYNDVVFGITIAPTTPLGQYFDFVTLQGGTNIFAANNFASPIFEVSLPPAALGLARTGTNLALTWPSPPGGFVLQQNSNLTTTNWLTVTNLPAFTNGLNQIILSPSTSNQFFRLQYP*
Ga0066793_1022616623300009029Prmafrost SoilMRLKPLFTLLSGLALLLSIAPARADLAFVLTPAVRSGVGSNEFFFTGTLINASPTDNLFLNDIQFDFIDGAADYLAADTNAFFANVPGILLPFETYSDVVFGITIDPATPPGQYFGFVTIQGGTNIFAATDLASPIFEVSLPPAALGIAPSGTNVVLAWASPPGGFELQQNSDLTTTNWLTATNTQTFTNGQNQVMLSRSN
Ga0116128_122765013300009518PeatlandRADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWASPPGGFELQKNSNLTTTNWLTVTNIPTVTNGQNQ
Ga0116136_106961423300009547PeatlandMRLKPFMLLSGLALLLSIAPTRADLAFVLTPAVQSDVGSNEVFFTGTLINTSLTDNLFLNDIQFDFIDEATGHLAADTNAFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGSVTILGGTNIFAATNLASPIFEVSLPPAALGIAPSRTNVVLLWASPPGGFELQKNSDLTTTNWLTVTNIPAVTNGQNQVTLSRSNSSQFFRLKYP*
Ga0116107_103010523300009548PeatlandMRLKPFMFLSGLLLLLSNAPAREDLAFVLTPTVPSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIDEAAGHLAADTNAFFANVPGILLPFETYSDVVFGITIDPATPPGQYFGFVTILGGTNVFAATDLASPIFEVSLPPAALGIAPSGTNVVLSWASPPGGFALQKNSDLTTTNWLAVTNAPAVTNGQNQVTLSRSNSNQFFQLKYP*
Ga0116118_105566313300009637PeatlandMRLKPFMLLSGLTLLLSIAPTRADLAFVLTPAVQSDVGSNEVFFTGTLINTSLTDNLFLNDIQFDFIDEATGHLAADTNAFFANVPGILLPFETYSDVVFGITIDPATPPGQYFGFVTIQGGTNIFAVTDLISPIFEVSLPPAALGIAPSGTNVVLSWVSPPGGFEFQKNSDLTTTNWLTVTNIPAVTNGQNQVTLSRSNSSQFFRLKYP*
Ga0116122_121287713300009639PeatlandMRLKPFLLLSGLALLLPVALARADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWASPPGGFELQKNSNLTTTNWLT
Ga0116126_100390193300009640PeatlandMRLKPFMLLSGLALLLSIAPTRADLAFVLTPAVQSDVGSNEVFFTGTLINTSLTDNLFLNDIQFDFIDEATGHLAADTNAFFANVPGILLPFETYSDVVFGITIDPATPPGQYFGFVTIQGGTNIFAVTDLISPIFEVSLPPAALGIAPSGTNVVLSWVSPPGGFEFQKNSDLTTTNWLTVTNIPAVTNGQNQVTLSRSNSSQFFRLKYP*
Ga0116126_104639723300009640PeatlandMRLKPFMFLSGLLLLLPIAPARADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWASPPGGFELQKNSNLTTTNWLTVTNIPTVTNGQNQVTLSQSNSSQFFRLKYP*
Ga0116130_107301113300009762PeatlandMRLKPFMFLSGLLLLLPIAPARADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAALGIAPSGTNVVLSWASPPGGFALQKNSDLTTTNWLTVTNAPAVTNGQNQVTLSPSNSSQFFRLKYP*
Ga0074046_1061529713300010339Bog Forest SoilMRLKPFMLLSGLALLLPIAPTRADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLYLNDIQFDFIDEAAGYLAADTNAFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATDLASPIFEVSLLPAALGITNSGANLVLFWPSPPGGFGLQQNSDLTSTNWTA
Ga0074044_10000522153300010343Bog Forest SoilMRLKPFMLLSGLALLLPIAPTRADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLYLNDIQFDFIDEAAGYLAADTNAFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGFVTILGGTNIFAATNLASPIFEVSLPPAALGIAPTGTNVVLSWASPPGGFELQKNSDLTTTNWLTVTNAPAVTNGQNQVTLSQSNRSQFFRLKYP*
Ga0181533_102062433300014152BogMRLKPFMFLSGLLLLLSIAPARADLAFVLTPAVQSDVGSNEVFFTGMLINTSLTDNLFLNDIQFDFIDAAAGYLAADTNVFFANIPGILLPFETYNDVVFGITIDPATPPGQYFGSVTILGGTNIFAATNLASPIFEVSLPPAALGIAPSRTNVVLLWASPPGGFELQKNSDLTTTNWLTVTNAPAVTNGQNQVTLSRSNSSQFFRLKYP*
Ga0181529_1014764923300014161BogMRLKLLMLGSGLACLLSAVPGRADLASSLTPDVQSAVGSIEVVFTGTLSNTSPTDVLFLNDIQFSLVDEAGDYLTADTNAFFANVPGILLPSENYSDVVFAIAIDPATPPGEYFGAVTFEGGVDIFAATNLASPVFEVSLPPAALGLALSGANPILSWASPPGSFVLQNNSDLTTTNWLTVTNIPTVTNGQNQVILPPPTASQFYRLQYP*
Ga0181528_1040913623300014167BogMRLKPFMLLTGLAALLALPVRADLVFVVTPSVQPGLGSNEVFFSGELINTSMASNLFLNNIQFAFIDEATNYLAADTNAFFANVPGILAPGGTYSDIVFGVAIASNTPPGQYFGTVTIQGGGDVFGATNLASPLFEVSLSAAGLTLASSGTNLVLSWASPPGSWTLQQNSDL
Ga0181534_1001910423300014168BogMRLKFLTLLSGLAWLLSVTSSRAGLAFDLTPAVQPDVGSNEVFFTGTLINTSLTDNLFLNNLQFYFIDEAGDWLAADTNVFFANVPGILLPGETYSDVVFGITINPATPPGQYFGIVTIQGGTDIFTADDLTSPIFEVSLPPAALAVALSCTNLILSWPSPPGGFVLQQNSDLTTTNWLTVTNVPTITNFQNQIILLPNAGNEFYRLEYP*
Ga0181534_1018202213300014168BogGLAALLALPVRADLVFVVTPSVQPGLGSNEVFFSGELINTSMASNLFLNNIQFAFIDEATNYLAADTNAFFANVPGILAPGGTYSDIVFGVAIASNTPPGQYFGTVTIQGGGDVFGATNLASPLFEVSLSAAGLTLASSGTNLVLSWASPPGSWTLQQNSDLTTTNWTTATNSTAVFNGQARATIPPTNAGVFYRLVYP*
Ga0181531_1002285923300014169BogMRLKPFMLLTGLAALLALPVRADLVFVVTPSVQPGLGSNEVFFSGELINTSMASNLFLNNIQFAFIDEATNYLAADTNAFFANVPGILAPGGTYSDIVFGVAIASNTPPGQYFGTVTIQGGGDVFGATNLASPLFEVSLSAAGLTLASSGTNLVLSWASPPGSWTLQQNSDLTTTNWTTATNSTAVFNGQARATIPPTNAGVFYRLVYP*
Ga0181535_1012462523300014199BogMRLKSLMLLSGLALLLPGTSALADLAFTLTPVVQSAMGSNEVIFAGVLTNTSPTDNLFLNNLQVGFTGIATNYLVADTNVFFANVPGILLPSETYSDVMFGVVINPATPPGQYFGVVTLQGGTNIFAATNLASPTFEVTLSPAALNLALSGTNQLVSWPSPPGDFVLQQNSDLTTTNWTTITNTPAVVNGQNQVTLPPGSSNQFYRLEYP*
Ga0181526_1024886123300014200BogMRLKSLMLLSGLALLLSAAPVRADLAFFLTPAVQSGLGSNEIVFTGTLINTSPTDDLFLNNIQISLIGGAAGHLAADTNVFFANVPGILLPGETYSDVVFGITINPTTPPSQYFGIVTLQGGTNIFATTNLASPIFEVALPTAVLNIALSGTNVLLSWPTPPGDVVLQQNFDLTTTNWTTVTNPPAVMNGQNQVVLPSGSSNQFYRIEYP*
Ga0181526_1035006223300014200BogMRLKSLFLLSGLALLLVASVRADLAFTLTPAVQSGVGSNEVVFIGTLINTSLTDNLFLNNIQFSFIDEAAGYLAADTNVFFANVPGILLPGETYSDVVFGIVINPTTPPGQYFGIVTLQGGTNIFAATNLASPIFEVTLPTASLDIALSGTNVLLSWPAPPGDFVLQQNFDLTTTNWTTITNTPAVVNGQNQVMLPTGSSNQFYRIEYP*
Ga0181537_1000960043300014201BogMRLKFLKLLSGLALMLSVVSTRADLAFILTPATQSGVGTNEIFFTGTLTNTSLTDNLFLNNIQFAFTNAATNYLTADTNVFFANVPGILLPGETYSDVVFGIAINPATPSGNYSGTATIQGGTNIFAATNLSCQTFQVSLPPAALRIAISGTNLFLFWPSPPGDFVLQQNSDLTTTNWLTVTNTPTIANFQNQVILLRTNGNQFYRLEYP*
Ga0182018_1058969513300014489PalsaASMRADLIFVLTPAVQSDVGSNEVVFTGTLINTSLTDKLFLNNIQFDFIDEADDYLAADTNIFFANVPGILLPGETYSDVMFGITIAPATPPGQYFGIVTIQGGTNIFAANNLASPIFEVSLPPAALGIATSSGNLLISWPSPPGDFVLQQNSDLTTTNWLTVTNTPTMTNFQNLVILSPINAKQFYRLKYP*
Ga0182024_1012042723300014501PermafrostMGLKPLTLLSGLVLLISGTSMRADLAFVLTPASQSDVGSNEVIFTGTLINTSLTNNLFLNNIQFDFIDEAADYFAADTNAFFANVPGILLPDETYSDVVFAITINPAAPPGQYFGIVTVQGGTNIFAAVDLASPIFEVSLPPAALGIAPSGTSLVLSWPSPPGGFVLQQNFDLTTTNWLTVTNMPTNTNGQNQVFLVPSTGNEFYRLKYP*
Ga0182021_1184189723300014502FenMRLKPFMLLSGLALLLSAASARADLAFVLNPAIRPGAGSNELFFTGTLTNTSLTDNLFLNDIQFDFIGEAAVHLAADTNAFFANVPGILLPLETYGDVVFAITIDPATPPGQYSGHVTIQGGTNIFATTNLASPTFEVSLPPATLGLAPSGTSVVLSWLSPPGGYVLQKNSDLTTTNWLQVTDGSGRIGWLQRRQVEILPGS*
Ga0181516_1037945623300014655BogMRLKSLMLLSGLALLLSAAPVRADLAFFLTPAVQSGLGSNEIVFTGTLINTSPTDDLFLNNIQISLIGGAAGHLAADTNVFFANVPGILLPGETYSDVVFGITINPTTPPSQYFGIVTLQGGTNIFATTNLASPIFEVALPTAVLNIALSGTNVLLSWPTPPGDVVLQQNFDLTTTNWT
Ga0181522_1010474813300014657BogALLALPVRADLVFVVTPSVQPGLGSNEVFFSGELINTSMASNLFLNNIQFAFIDEATNYLAADTNAFFANVPGILAPGGTYSDIVFGVAIASNTPPGQYFGTVTIQGGGDVFGATNLASPLFEVSLSAAGLTLASSGTNLVLSWASPPGSWTLQQNSDLTTTNWTTATNSTAVFNGQARATIPPTNAGVFYRLVYP*
Ga0182030_1001032123300014838BogMHLKTFISLSVLGLLLAVPAQADLAFVLTPAAQTDIGSNEVVFAGTLINTSLTDDLFLNNIQFNFIDEAGDYLGADTNVFFANVPGILLPGETYSDVVLGITIAPTAPPGQYFGTVSIQGGPNIFATTNLTSPIFEVSLPPAAMVVTLAGTNLVLSWPSPPGGFALQQNADLTTTNWETVTNTPIPTNGQNQVILAPVTGNQFYRLNYP*
Ga0182027_1040748123300014839FenMLLSGLALLLSIAPARADLAFVLTPAMQSGVGSNEFFFTGTLINTSLTDNLYLNDIQFDFIDEAADHLAADTTAFFGNVPGILLPFETYSDIVFGITIDPATPPGQYFGLVTIQGGTNIFAATDLASPIFEVSLPPAALGIAPSATNVVLSWASPPGGFELQKNSDLATSNWLIVTNIPTVTNGQNQVTLSPSNSSQFFRLKYP*
Ga0187856_100888973300017925PeatlandMRLKPFMLLSGLALLLSIAPTRADLAFVLTPAVQSDVGSNEVFFTGTLINTSLTDNLFLNDIQFDFIDEATGHLAADTNAFFANVPGILLPFETYSDVVFGITIDPATPPGQYFGFVTIQGGTNIFAVTDLISPIFEVSLPPAALGIAPSGTNVVLSWVSPPGGFEFQKNSDLTTTNWLTVTNIPAVTNGQNQVTLSRSNSSQFFRLKYP
Ga0187848_1005386023300017935PeatlandMRLKPFVLRSGLALLLAASAQADLAFVLTPAAQSDVGSNEVIFTGTLINTSLTDDLFLNDIQFSFIDEAADYLAADTNAFFANVPGILLPGETYRDVVFGITIAPATPPGQYFGIVTIQGGTNIFAATNLVSPIFEVSLPPAAMGITLSGTNLVLSWPSPPGGFVLQQNADLTTTNWTAATNTPAITNRQNQVILLPANGSQ
Ga0187850_1026235023300017941PeatlandMRLKSFMLLSGLALLLSSAPARADLAFVLTPAVRSGAGSNEFFFIGTLINASLTDNLYLNDIQFDFIDEAAGYLAADTNAFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWVSPPGGFEFQK
Ga0187847_1019208123300017948PeatlandMRLKSLMLLSGLALLLSAAPVRADLAFFLTPAVQSGLGSNEIVFTGTLINTSPTDDLFLNNIQISLIGGAAGHLAADTNVFFANVPGILLPGETYSDVVFGITINPTTPPSQYFGIVTLQGGTNIFATTNLASPIFEVALPTAVLNIALSGTNVLLSWPTPPGDVVLQQNFDLTTTNWTTVTNPPAVMNGQNQVVLPSGSSNQFYRIEYP
Ga0181520_1013150023300017988BogMRLKLLPLVSSLACLLSAAPGRADLASFLTPDAQSGVGSIEVVFTGTLSNTSPTDLLFLNDIQFSLIDEAGDYLTAYTNAFFANVPGILLPSENYSDVVFAIAIDPATPPGQYFGTVAFEGGVDIFAATNLASQVFEVSLPPAALGLALSGANPILSWASPPGGFVLQNNSDLTTTNWLTVTNIPTVTTGQNQVILPPPTASQFYRLQYP
Ga0187891_100426883300017996PeatlandMRLKPFMFLSGLLLLLPIAPARADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWASPPGGFELQKNSNLTTTNWLTVTNIPTVTNGQNQVTLSQSNSSQFFRLKYP
Ga0187888_108682423300018008PeatlandMRLKPFMFLSGLLLLLPIAPARADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGITLDPATPPGQYFGLVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWASPPGGFELQKNSNLTTTNWLTVTNIPTVTNGQNQVTLSQSNSSQFFRLKYP
Ga0187884_1005100423300018009PeatlandMCLKPFMLLSGLALLLSIAPTRADLAFVLTPAVQSDVGSNEVFFTGTLINTSLTDNLFLNDIQFDFIDEATGHLAADTNAFFANVPGILLPFETYSDVVFGITIDPATPPGQYFGFVTIQGGTNIFAVTDLISPIFEVSLPPAALGIAPSGTNVVLSWVSPPGGFEFQKNSDLTTTNWLTVTNIPAVTNGQNQVTLSRSNSSQFFRLKYP
Ga0187873_116036223300018013PeatlandMRLKPFMLLSSLTLLLFVASAWADLAFVLTPAVRSGVGSNEFFFTGTLINASLTDNLYLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWASPPGGFELQKNSNLTTTNWLTVTNIPTVTNGQNQVTLSQSN
Ga0187860_100038723300018014PeatlandMHTPRLNLFTVLSGLALLVSAESARADLAFELTPAVESGVVSNEIVFNGTLINTSPTDTLFLNSIQFSFIDAAAGYLAADTNVFFANVPGILAPLETYSDVVFAIVLNPAAPPGQYFGIVTVQGGTNIFDSTDLASPIFEVSVPLPALSIALSGTNVVVSWAWSSSGFVLQQNSDLTTTNWITVTNSPAVTNWQNQLLVSPGAGDRFYRLLRP
Ga0187880_104916623300018016PeatlandMRLKPFMLLSGLALLLPIAPTQADLAFVLTPAMQSGVGSNEFFFNGTLINTSLTDNLYLNDIQFDFIDEAVGYLAADTNAFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWASPPGGFELQKNSNLTTTNWLTVTNIPTVTNGQNQVTLSQSNSSQFFRLKYP
Ga0187880_105611423300018016PeatlandSGLLLLLPIAPARADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLFLNDIRFDFIDEAADYLAADTNVFFANVPGILLPFEIYNDVVFGITIDPATPPGQYFGFVTIQGGTNIFAVTDLISPIFEVSLPPAALGIAPSGTNVVLSWVSPPGGFEFQKNSDLTTTNWLTVTNIPAVTNGQNQVTLSRSNSSQFFRLKYP
Ga0187874_1001107043300018019PeatlandMCLKPFMLLSGLALLLSIAPTRADLAFVLTPAVQSDVGSNEVFFTGTLINASLTDDLYLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGITIDPATPPGQYFGSVTILGGTNIFAATNLASPIFEVSLPPALLGIAPSGTNVVLLWASPPGSFELQKNSDLTTTNWLTVTNAPAVTNGQNQVTLSRSNSSQFFRLKYP
Ga0187882_109762323300018021PeatlandMRLKPFMFLSGLLLLLPIAPARADLAFVLTPAVQSDVGSNEVFFTGMLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNAFFANVPGILLPFETYNDVVFGITIDPATPPGQYFGSVTILGGTNIFAATNLASPIFEVSLPPALLGIAPSGTNVVLLWASPPGSCELQKNSDLTTTNWLTVTNIPTVTNGQNQVTLSPSNSSQFSRLKYP
Ga0187864_1001099483300018022PeatlandMLLSGLTLLLSIAPTRADLAFVLTPAVQSDVGSNEVFFTGMLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGSVTILGGTNIFAATNLASPIFEVSLPPAALGIAPSGTNVVLLWASPPGGFELQKNSDLTTTNWLTVTNAPAVTNGQNQVTLSRSNSSQFFRLKYP
Ga0187889_1008914313300018023PeatlandMRLKPFMFLSGLLLLLSIAPARADLAFVLTPAVQSDVGSNEVFFTGTLINTSLTDNLFLNDIQFDFIDEATGHLAADTNAFFGNVPGILLPFETYSDVVFGITIDPATPPGQYFGSVTILGGTNIFAATNLASPIFEVSLPPAALGIAPSRTNVVLLWASPPGGFELQKNSDLTTTNWLTVTNAPAVTNGQNQVTLSRSNSSQFFRLKYP
Ga0187867_1003458923300018033PeatlandMRLKPFMFLSGLLLLLPIAPARADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWASPPGGFELQKNSDLTTTNWLTVTNIPTVTNGQNQVTLSQSNSSQFFRLKYP
Ga0187863_1056152913300018034PeatlandMRTRLLNVLLALSGLGLLARAESARADLAFELTPAVETGVVSNEIVFSGTLVNTSPTDNLYLNGIQLTFIDAAANYLAADTNVFFANVPGILTPIETYSDVVFAIALNPATPPGQYFGVVTLQGGTNIFAATNLASPTFEVTLSPAALNLALSGTNQLVSWPSPPGDFVLQQNSDLTTTNWTTITNTPAVVNGQNQVTL
Ga0187875_1002655033300018035PeatlandMRLKPFMLLSGLALLLSIAPARADLAFVLTPAMQSGVGSNQFFFTGTLINTSLTDNLYLNDIQFDFIDEAADHLAADTNAFFGNVPGILLPFETYSDVVFGITLDPATPPGQYFGLVTIQGGTNIFAATDLASPIFEVSLPPAALGIAPSGTNVVLSWASPPGGFELQKNSDLTTTNWLTVTNIPTVTNGQNQVTLSPSNSSQFFRLKYP
Ga0187862_1068896613300018040PeatlandFMLLSGLALLLSIAPTRADLAFVLTPAVQSDVGSNEVFFTGTLINASLTDNLYLNDIQFDFIDAAAGYLAADTNVFFANIPGILLPFETYNDVVFGITIDPATPPGQYFGSVTILGGTNIFAATNLASPIFEVYLPPALLGIAPSGTNVVLLWASPPGSFELQKNSDLTTTNWLTVTTRRRSRTGRIK
Ga0187851_10001756103300018046PeatlandMRLKPFLLLPGLALLLSVSPARADLAFVLTPAMQSGVGSNEIFFTATLINTSLTDNLFLNDIQFDFIDEAAGYLTADTNAFFGNVPGILLPLEAYNDVVFGITIDPATPPGQYFGLVTIQGGTNIFAATNLASPIFEVSLLPAALDIAPSATNVVLSWASPPGGFELQQNSDLTTTNWLAVTNIPAVTNGRNQVTLSRTNSSQFFRLKYP
Ga0182022_102138213300019785FenMRSKIFMLLSGLASLLSPSAQADLAFVLTPAAQSDVGSNEVVFTGMLINTSLTDDLFLNDIQFNFIDEADNYLAADTNAFFANVPGILLPGEIYSDVVFGITIFPSTPPGQYFGIVTIQGGTNIFAVTSLVSPIFEVSLPPVAMGIMLSGTNLVLSWPSPPGRFVLQQ
Ga0210397_1102897213300021403SoilDWPLTNNRMRLRPFILLSLVLLLFTVSAWADLAFFLTPAAQSGVGTNEVFFTGTLTNTSLTDKLFLNNIQLGFINAATNYLSADTNAFFANVPGILLPGETYGDVVFGISVAPATPPGQYFCLVTIQGGADIFAATSLSNQTAQVSLPPAALCITVSGTNLVLSWPSPPGDFVLQQNHDLTTTNWTAATNLPSAGEGQSQVIVNPVIGNQFY
Ga0224534_100883223300022524SoilMHTPRLSLLTVLPGLALLLSPESARADLAFELTPAVESGVVSNEIVFNGTLINTSLTDNLFLNNIQFSFIDAAAGYLAADTNVFFANVPGILTPFETYSDVVFAIALNPATPPGQYFGIVTIQGGTNIFASTDLASPIFEVSVPVPALSIALSGTNVVVSWAWSSSDFVLQQNSDLTTTNWITVTNSPAVTNWQNQWLVSPDAGNNFYRLLRP
Ga0208821_103059823300025432PeatlandMRLKPFMLLSGLALLLSIAPTRADLAFVLTPAVQSDVGSNEVFFTGTLINTSLTDNLFLNDIQFDFIDEATGHLAADTNAFFANVPGILLPFETYSDVVFGITIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWASPPGGFELQKNSNLTTTNWLTVTNAPAVTNGQNQVTLSRSNSSQFFRLKYP
Ga0207928_100243723300025494Arctic Peat SoilMRLKFFMLLSGLALLMSAAPMRADLIFVLTPAVQSCVGSNEVVFAGTLINTSLTDNLFLNNISFDFIDEADDYLAADTNVFFANVPGILLPGETYHDVVFGITIAPTTPPGQYFGFVTLQGGTNIFATNNFASPIFEVSLPPAALGIARAGANLALTWPSPPGGFVLQQNSNLTTTNWLTVTNQPAVTNGLNQVILSPSTSNQFFRLQYP
Ga0208937_104212623300025506PeatlandMRLKPFMFLSGLLLLLPIAPARADLAFVLTPAVQSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIDEAAGYLAADTNVFFANVPGILLPFETYSDVVFGVTIDPATPPGQYFGVVTIQGGTNIFAATNLASPIFEVSLPPAVLGIAPSGTNVVLSWVSPPGGFEFQKNSDLTTTNWLTVTNVPAVTNGQNQVTLSQSNSSQFFRLKYP
Ga0208716_101211933300025548Arctic Peat SoilMRLKPFMLLSGLALLLSIAPARADLAFVLTPAVRSGVGSNEFFFTGTLINTSLTDNLFLNDIQFDFIAEAAGHLAADTNAFFANVPGILLPFETYSDVVFAITIDPATPPGQYFGFVTIQGGTNIFAATDLASPIFEVSLPPAALGIAPSGTNVVLSWASPPGGFELQKNSNLTTTNWLTITNAPVVTNGQNQVTLSRSNSSQFFRLKYP
Ga0209124_1001905823300025852Arctic Peat SoilMRLKPFMLLSGLALLLSIAPARADLAFVLTPAVRSGVGSNEFFFTGTLINASLTDNLFLNDIQFDFIDEAAGYLAADTNAFFANVPGILLPFETYSDVVFAITIDPATPPGQYFGFVTIQGGTNIFAATDLASPIFEVSLPPAALGIAPSGTNVVLSWASPPGGFVLQKNSDLTTTNWLTVTNATAVTNGQNQVTLSQSNTSQFFRLKYS
Ga0209579_1000668623300027869Surface SoilMRLKPLVLWSSLAVLLPGTSVPADLAFTLTPAVQSGLGSNEVIFAGVLTNTSLTDNLFLNNIQVSFTGIATNYLAADTNVFFANVPGILLPGETYGDVVFGIAINPATPLGQYFGIVTLQGGTNIFAATNLAGPTFEVTLSPAALTLALAGANQLVSWPSPPGDFVLQQNSDLATTNWTTVTNVPALVNGQNQVTLPPGSSNQFFRLVYP
Ga0265337_103560923300028556RhizosphereMRLKSLMLLSGLAVLLSAAPVRADLAFFLTPAVQSGLGSNEVVFNGTLINTSPTDDLFLNNIQISFIGGAAGHLTADTNVFFANVPGILLPGETYSDVVFGIAINPTTPPSQYFGIVTLQGGTNIFATTNLASPIFEVALPSALLNIALSGTNVLLSWPTPPGDVVLQQNFDLTTTNWTTVTNTPAVTNGQNQLFVPSGSSNQFYRIEYP
Ga0265326_1000376723300028558RhizosphereMRFKPFILLSLALLLFTVSAWADLAFFLTPAAQSGVGNNEVFFTGTLTNTSLTDKLFLNNIQFGFIDAATNYLSADTNAFFANVPGILLPGETYGDVVFGISVAPATPPGQYFCLVTVQGGTDIFAATSLSNQTAQVSLPPAALSITVSGTNLVLSWPSPPGGFVLQQNYDLTTTNWTAATNMPIAGEGQNQVIVNPVISNQFYRLQYP
Ga0265319_102754533300028563RhizosphereMRLKSLILLSGLAVLLSAAPVRAYLAFFLTPAVQSGLGSNEVVFTGTLINTSLTDDLFLNNIQMSFIGGAAGHLAADTNVFFANVPGILLPGETYSDVVFGIAINAATPPGQYFGVATVQGGTNIFATTNLASPIFEVALPSAALNIALSGTNVLLSWPTPPGDVVLQQNLDLTTTNWNTVTNMPAVTNGQNQVVLPSGSSNQFYRIEYP
Ga0265319_116040023300028563RhizosphereMRLKLLMLLSGLAWLLPETPVQADLAFFLTPAVQSGAASNEVVFTGTLINTSLTDTLFLNGIQFSFIDLAADYLVADTNVFFANVPGVLLPFETYSDVVFAIALSPATPPGQYFGFVTLQGGANIFASNNLTSPIFEVSVPLPALGITLSGSHLVLSWPWPSAGFRLWQNADLTTTNWLMITNTPAVTNWQNQ
Ga0302147_1020666613300028566BogMRLKFLTLLSGLAWLLSVTSSRAGLAFDLTPAVQPDVGSNEVFFTGTLINTSLTDNLFLNNLQFYFIDEAGDWLAADTNVFFANVPGILLPGETYSDVVFGITINPATPPGQYFGIVTIQGGTDIFTADDLTSPIFEVSLPPAALAVALSCTNLVLSWPSPPGGFVLQQNSDLTTTNWLTVTNVPTI
Ga0265334_1033430813300028573RhizosphereLKLLTLLSGLALLSAAPARAGLAFVLTPAVRSGAGSNEFFFTGTLINASLTDNLFLNDIQVDFIDEAAGYLAADTNAFFANVPGILLPFESYSDVVFGIRINPATPPGQYFGFVTLRGGTNIFAATDLASPIFEVSLPPAELGLARAGTNVVLSWTSPPGGFELQQNSDLTV
Ga0265318_1009407013300028577RhizosphereMRLKSLILLSGLAVLLPAAPVRADLAFFLTPAVQSGLGSNEVVFTGTLINTSLTDDLFLNYIQMSFIGGAAGHLAADTNVFFANVPGILLPGETYSDVVFGIAINAATPPGQYFGVATVQGGTNIFATTNLASPIFEVALPSAALNIALSGTNVLLSWPTPPGDVVLQQNLDLTTTNWNTVTNMPAVTNGQNQVVLPSGSSSQFYRIEYP
Ga0265322_1008258423300028654RhizosphereLKSLILLSGLAVLLSAAPVRAYLAFFLTPAVQSGLGSNEVVFTGTLINTSLTDDLFLNNIQMSFIGGAAGHLAADTNVFFANVPGILLPGETYSDVVFGIAINAATPPGQYFGVATVQGGTNIFATTNLASPIFEVALPSAALNIALSGTNVLLSWPTPPGDVVLQQNLDLTTTNWTTVTNTPAVTNGQNQVVLPSGSSNQFYRIEYP
Ga0302267_1035854613300028745BogMRLKPSRIMFALAWLLAASARADLAFNLTPATQTDTGSNEVVFSGKLVNTSLTDDLFLNNLQCVLIDEANNYIVADTNVFFANVPGILLPGESYRDVVFGITVASNTPPGQYFGVVTIQGGPDIFAATNLAGPIFEISLPPAALGVALSGTNLVLSWPSPPGGFGLEQNDDLTTTN
Ga0302201_1023574813300028785BogMRLKSSRFMFALAWLLAASARADLAFNLTPATQTDAGSNEVVFSGTLVNTSLTDDLFLNNLQCVLIDGANNYVVADTNVFFENVPGILLPGESYRDVVFGITVASNTPPGQYFGVVTIQGGQDIFAATNLASPIFEISLTPAALGVALSGTNLVLSWPSPPGGFGLEQNDDLTTTNWTMTTSPPVITNGLNQVIVTPTAGNWFYRLIYH
Ga0265338_100000093243300028800RhizosphereMRFRPFIFLSLALLLFTVSAWADLAFFLTPAAQSGVGNNEVFFTGTLTNTSLTDKLFLNNIQFGFINAATNYLSADTNAFFANVPGILLPGETYGDVVFGISVAPATPPGQYFCLVTIQGGADILAATSLSNQTAQVSLPPAALSITVSGTNLVLSWPSPPGSFVLQQNYDLTTTNWTEATNMPIAGEGQNQVIVNPVIGNQFYRLKYP
Ga0265338_10000216183300028800RhizosphereMLAMRLKFPTFLSALALLLASAPAQADLAFVLTPATQSGVGSNEVVFTGTLTNTSQTDNLFLNNLQFSFTGAATNWLTGDTNFFFENVPGILLPGETYSDIVFAIALNPATPPGVYSGTATLQGGTNIFAATSLSGQPFQVSLPPATLALALSGTNRILSWGAPPAGFALQQVSDLTTANWVTVTNTPNATNGRNHVVLSPTNGIEFYRLKYP
Ga0265338_10003461163300028800RhizosphereMRLKFFTLLSGLALLLSAVPVQADLAFFLTPAVQSGLGSNEVVFTGTLINTSLTDNLFLNNIQFTLIDEAAGYLTADTNVFFANVPGILLPGETYSDVVFAIAINPATPPGQYFGIVTLQGGTNIFAATNLASPIFEVTLPPAALGIVLSGTNLLVSWPSPPGSFGLQRNFDLTTTNWITVTNISAVINGQNQAVLPAGASNQFYRLQYP
Ga0265338_10004958143300028800RhizosphereMRPQPLLLLSGLALLLSVPPAQADLAFVLTPALRSGAGSNEFFFTGTLSNTSLTDTLYLNDVQFDFIAGAASYLAADTNAFFANVPGILLPFETYSDVVFGITIDPTTPPGQYFGSVTVQGGTNIFAATNLASPTFEVSLPPAALGIVPAGTNVVISWASPPGGFELQKNSDLATTSWLTVTNLPAFTNGQNQVRLSGTNSSLFFRLKYP
Ga0265338_1001107323300028800RhizosphereMRLKLSIFLSGLALLLFVWPARADLAISLTSAVQSGVGSNEVFFTGTLSNTSSADNLFLNNIQVSFTGPATNYLTADTNVFFANVPGILLPGGTYSDVVFGITIDPATPPGDYFGMVTVQGGADIFGAVDLAGTAFEVSLPAAALGIAPSNTNLVISWLSPPGGFVLQQNSDLTGTNWVTITNSPLVENGQNQVTLPPQPGAQFYRLVYP
Ga0265338_1003049223300028800RhizosphereMRLKSLILLSGLAVLLSAAPVRAYLAFFLTPAVQSGLGSNEVVFTGTLINTSLTDDLFLNNIQMSFIGGAAGHLAADTNVFFANVPGILLPGETYSDVIFGIAINAATPPGQYFGVATVQGGTNIFATTNLASPIFEVALPSAALNIALSGTNVLLSWPTPPGDVVLQQNLDLTTTNWNTVTNMPAVTNGQNQVVLPSGSSNQFYRIEYP
Ga0265338_1035640623300028800RhizosphereMRLKLLMLLSGLAWLLPETPVQADLAFFLTPAVQSGAASNEVVFTGTLINTSLTDTLFLNGIQFSFIDLAADYLVADTNVFFANVPGVLLPFETYSDVVFAIALSPATPPGQYFGFVTLQGGANIFASNNLTSPIFEVSVPLPALGITLSGSHLVLSWPWPSAGFRLWQNANLT
Ga0265338_1045475413300028800RhizosphereMTILRSRPCKILAGLAWLLFALSTRADLAFVLTPAAQSGVGSNEVFFTSALTNTSLTDILLLNNLQVSFNGVAANYLSADTNAFFANVPGILLPGQTYRDVVFGIAIAPSTPPGQYCGTVTVQGGTNIFAATNLSSQTFQVTLSPAALGVALSGDTLVLSWPSPPGGFLLQENSDLTTTNWL
Ga0265338_1092412413300028800RhizosphereMPSAADLSKAMRLKFLTLATGLAMLLSGALVRADVAFFLTPAVQSGLGSNEVVFTGTLINTSLTGNLFLNNIQFGFIDEATGYLTADTNVFFANVPGILLPGETYSDVVFAIAINPATPPGQYFGFVTLQGGTNIFAANNLASPLFEVTLSPAPLSIALSNANVAVSWPSPPGSFGLEQNTD
Ga0302265_108721023300028859BogMRLKAFMLLSALVGMLATSAPADLAFFLTPAVQSDIGSNEVVFTGTLINTSQTDTLFLNGIQFNFIDPANNYFAADTNVFFANVPGILLPGETYSDVVFGINSVPATPPGPYFGVVTLQGGTNIFSVTSLASPIFEIYLPPATLGITTFGTNLVVFWPSPPGGFVLQQNS
Ga0302280_102002133300029985FenMRLKSSRFMFALAWLLAASARADLAFNLTPATQTDAGSNEVVFSGTLVNTSLTDDLFLNNLQCVLIDGANNYVVADTNVFFENVPGILLPGESYRDVVFGITVASNTPPGQYFGVVTIQGGQDIFAATNLASPIFEISLTPAALGVALSGTNLVLSWPSPPGGFGLEQNDDLTTTNWTMT
Ga0311336_1021504513300029990FenMRLKPFMLLSGLALLLSAASARADLAFVLTPAVRPGAGSNELFFAGTLTNTSLTDNLFLNDIQFDFIGEAAVHLAADTNAFFANVPGILLPLETYSDVVFAITINPATPPGQYSGHVTILGGTNIFATTNLASPTFEVSLPPATLGLAPSGTSVVLSWLSPPGGYVLQKNSDLTTTNWLTVTNASGFTNGQNQVTLSRTNSSQFFRLKYP
Ga0311338_1046574213300030007PalsaMQTTCFRLLTGTAGVALALFTISARADLAFVVTPAVQSGVGSNEVFFTATLTNTSPTDELFLNNLQISFTDGATNYLAADTNAFFANVPGILLASETYIDIVFGITIAPATPLGLYYGTVTIQGGTNIFAGTNLSSQTFQVSLPPASLGITLSGGNLVLSWPSPPGGFILLENSDLTTTN
Ga0311344_1028783723300030020BogMRLKAFMLLSALVGMLATSAPADLAFFLTPAVQSDIGSNEVVFTGTLINTSQTDTLFLNGIQFNFIDPANNYFAADTNVFFANVPGILLPGETYSDVVFGINSVPATPPGPYFGVVTLQGGTNIFSVTSLASPIFEIYLPPATLGITTFGTNLVVFWPSPPGGFVLQQNSDLTTTNWTTVTNTPAITNGLNQVI
Ga0302196_1003316743300030225BogMRLKFLTLLSGLAWLLSVTSSRAGLAFDLTPAVQPDVGSNEVFFTGTLINTSLTDNLFLNNLQFYFIDEAGDWLAADTNVFFANVPGILLPGETYSDVVFGITINPATPPGQYFGIVTIQGGTDIFTADDLTSPIFEVSLPPAALAVALSCTNLVLSWPSPPGGFVLQQNSDLTTTNWLTVTNVPTITNFQNQIIL
Ga0311370_1239261713300030503PalsaLALALFTMSSRADLAFLVTPAAQSGVGSNEVFFTGTLTNTSPTDELFLNNIQISFTDEATNYFVADTNAFFANVPGILLPNENYIDIVFGVTIAPATPPGQYFGTVTLQGGTNIFALTNLSSQTFQVSLSPAALGVTLSGGNVVLSWPSPPGGFTLLENSNLTTTNWLTV
Ga0311345_1013452113300030688BogMRLKAFMLLSALVGMLATSAPADLAFFLTPAVQSDIGSNEVVFTGTLINTSQTDTLFLNGIQFNFIDPANNYFAADTNVFFANVPGILLPGETYSDVVFGINSVPATPPGPYFGVVTLQGGTNIFSVTSLASPIFEIYLPPATLGITTFGTNLVVFWPSPPGGFVLQQNSDLTTTNWTTVTNTPAITNG
Ga0302325_1000899123300031234PalsaMRNRTFTIKAALALALFTMSSRADLAFLVTPAAQSGVGSNEVFFTGTLTNTSPTDELFLNNIQISFTDEATNYFVADTNAFFANVPGILLASETYIDIVFGITIAPATPPGQYYGTVTIQGGTNIYAVTNMSSQTFQVSLPPSALDITLSGGNLVVSWPSPPGGFTLLENSDLTTTDWVTMTNTPVFTNGQNQVSLLPTDASEFYLLEYP
Ga0265330_1023736213300031235RhizosphereMRLKSLMLLSGLAVLLSAAPVRADLAFFLTPAVQSGLGSNEVVFNGTLINTSPTDDLFLNNIQISFIGGAAGRLTADTNVFFANVPGILLPGETYSDVVFGIAINPTTPPSQYFGIVTLQGGTNIFATTNLASPIFEVALPSALLNIALSGTNVLLSWPTPPGDVVLQQNFDLTTTNWTTVTNTPAVTNGQNQLFLPSGSSNQFYRIEYP
Ga0302324_10169934013300031236PalsaALTLALGTMSARADLAFMVTPAAQMGVGSNEVFFTATLTNTSPTDELFLNNLQLSFLDGASNYLAADTNAFFANVPGILLPNETYIDIVFGVTIAPATPPGPYYGTVTIQGGTNIFAVTNLSSQTFQVSLPPAVLCITLCGGDVVLSWPSPPGGFALLENFDLTTTNWLTITNTPLFTNGQNQVSLWPTNTSEFYLLEYP
Ga0302324_10215702323300031236PalsaMRNNPFIFPAAPALVLALLTMSARADLAFEVAPAALSAVGSNEIFFTATLTNTSPTDELFLNNLQFGFTDGAGNYLAADTNAFFANVPGILLPNETYLDIVFGVTIAPATPAGQYYGTVTIQGGTNIFAVTNLSSQTFQVSLPPGVLGITLCGGDVVLSWPSPPGGFSL
Ga0265320_1000237593300031240RhizosphereMRWAIDRKRTMRPQPLLLLSGLALLLSVPPAQADLAFVLTPALRSGAGSNEFFFTGTLSNTSLTDTLYLNDVQFDFIAGAASYLAADTNAFFANVPGILLPFETYSDVVFGITIDPTTPPGQYFGSVTVQGGTNIFAATNLASPTFEVSLPPAALGIVPAGTNVVISWASPPGGFELQKNSDLATTSWLTVTNLPAFTNGQNQVRLSGTNSSLFFRLKYP
Ga0265320_1017956723300031240RhizosphereMRLKSLMLLSGLAVLLSAAPVRADLAFFLTPAVQSGLGSNEVVFNGTLINTSPTDDLFLNNIQISFIGGAAGHLTADTNVFFANVPGILLPGETYSDVVFGIAINPTTPPSQYFGIVTLQGGTNIFATTNLASPIFEVALPPAALNITLSGTNVLLSWPTPPGDVVLQQNFDLTTTNWNTVTNTPAVTNGQNQLFLPSGSSNQFYRIEYP
Ga0265325_1052321213300031241RhizosphereKSLILLSGLAVLLSAAPVRAYLAFFLTPAVQSGLGSNEVVFTGTLINTSLTDDLFLNNIQMSFIGGAAGHLAADTNVFFANVPGILLPGETYSDVVFGIAINAATPPGQYFGVATVQGGTNIFATTNLASPIFEVALPSAALNIALSGTNVLLSWPTPPGDVVLQQNLDL
Ga0265329_1014468913300031242RhizosphereMRLKSLMLLSGLAVLLSAAPVRADLAFFLTPAVQSGLGSNEVVFNGTLINTSPTDDLFLNNIQISFIGGAAGHLTADTNVFFANVPGILLPGETYSDVVFAIAINPATPPGQYFGIVTLQGGTNIFAATNLASPIFEVTLPPAALGIVLSGTNLLVSWPSPPGSFGLQRNFDLTTTNWITVTNISAVINGQNQAVLPAGASNQFYRLQYP
Ga0265339_1012649813300031249RhizosphereMRLKSLMLLSGLAVLLSAAPVRADLAFFLTPAVQSGLGSNEVVFNGTLINTSPTDDLFLNNIQISFIGGAAGHLTADTNVFFANVPGILLPGETYSDVVFGIAINPTTPPSQYFGIVTLQGGTNIFATTNLASPIFEVALPPALLNIALSGTNVLLSWPTPPGDVVLQQNFDLTTTNWTTVTNTPAVTNGQNQLFLPSGSGNQF
Ga0265316_1009412433300031344RhizosphereMHAHRHPPLVVLFSLGILAHLDAARAELAFELTPAVELGVVSNEVVFDGTLVNTSPTDSLFLNAIQFNLIDAAAGYLSADTNVFFVNVPGIFTPLETYSDVVFAIALNPATPPGRYFGIVTIQGGTNIFDITDLASPIFEVTVPLPALSIALAGTNVVVSWAWSSSGFVLQRNSDLSTTNWTTVTNTPAVTNWQRQLVVSPGAGNQFYRLAGP
Ga0265316_1042922113300031344RhizosphereMRLKSLMLLSGLAVLLSAAPVRADLAFFLTPAVQSGLGSNEVVFNGTLINTSPTDDLFLNNIQISFIGGAAGHLTADTNVFFANVPGILLPGETYSDVVFGIAINPTTPPSQYFGIVTLQGGTNIFATTNLASPIFEVALPPAALNITLSGTNVLLSWLTPPGDVVLQQNFDLTTTNWNTVTNTPA
Ga0302326_1024473633300031525PalsaMRNNPFIFPAAPALVLALLTMSARADLAFEVAPAALSAVGSNEIFFTATLTNTSPTDELFLNNLQFGFTDGAGNYLAADTNAFFANVPGILLPNETYLDIVFGVTIAPATPAGQYYGTVTIQGGTNIFAVTNLSSQTFQVSLPPGVLGITLCGGDVVLSWPSPPGGFSLLENSDLTTTNWLTITNTPLFTNGQNQVSLLPTNTSEFYLLEYP
Ga0265313_1001122013300031595RhizosphereMRLKSLMLLSGLAVLLSAAPVRADLAFFLTPAVQSGLGSNEVVFNGTLINTSPTDDLFLNNIQISFIGGAAGHLTADTNVFFANVPGILLPGETYSDVVFGIAINPTTPPSQYFGIVTLQGGTNIFATTNLASPIFEVALPSALLNIALSGTNVLLSWPTPPGDVVLQQNFDLTTTNWTTVTNTPAVTNGQNQLFLPSGSSNQFYRIEYP
Ga0265314_1015758923300031711RhizosphereMRLKSLMLLSGLAVLLSAAPVRADLAFFLTPAVQSGLGSNEVVFNGTLINTSPTDDLFLNNIQISFIGGAAGHLTADTNVFFANVPGILLPGETYSDVVFGIAINPTTPPSQYFGIVTLQGGTNIFATTNLASPIFEVALPPAALNITLSGTNVLLSWLTPPGDVVLQQNFDLTTTNWNTVTNTPAVTNGQNQLFLPSGSSNQFYRIEYP
Ga0265314_1041025813300031711RhizosphereICRWPLTNTRMRFRPFIFLSLALLLFTVSAWADLAFFLTPAAQSGVGNNEVFFTGTLTNTSLTDKLFLNNIQFGFINAATNYLSADTNAFFANVPGILLPGETYGDVVFGISVAPATPPGQYFCLVTIQGGADILAATSLSNQTAQVSLPPAALSITVSGTNLVLSWPSPPGSFVLQQNYDLTTTNWTEATNMPIAGEGQNQVIVNPVIGNQFYRLKYP
Ga0316220_116499023300031884FreshwaterMRLKFLTLLSGLAWLLSVTSSRAGLAFDLTPAVQPDVGSNEVFFTGTLINTSLTDNLFLNNLQFYFIDEAGDWLAADTNVFFANVPGILLPGETYSDVVFGITINPATPPGQYFGIVTIQGGTDIFTADDLTSPIFEVSLPPAALAVALSCTNLILSWPSPPGGFVLQQNSDLTTTN
Ga0316223_105044423300032560FreshwaterMRLKFLTLLSGLAWLLSVTSSRAGLAFDLTPAVQPDVGSNEVFFTGTLINTSLTDNLFLNNLQFYFIDEAGDWLAADTNVFFANVPGILLPGETYSDVVFGITINPATPPGQYFGIVTIQGGTDIFTADDLTSPIFEVSLPPAALAVALSCTNLILSWPSPPGGFVLQQNSDLTTTNWLTVTNVPTITNFQNQIILLPNAGNEFYRLEYP
Ga0316221_114196113300032665FreshwaterMRLKFLTLLSGLAWLLSVTSSRAGLAFDLTPAVQPDVGSNEVFFTGTLINTSLTDNLFLNNLQFYFIDEAGDWLAADTNVFFANVPGILLPGETYSDVVFGITINPATPPGQYFGIVTIQGGTDIFTADDLTSPIFEVSLPPAALAVALSCTNLILSWPSPPGGFVLQQNS
Ga0335085_1193433513300032770SoilMRLKPFALLSGLALLLAASARADLAFSLTPAAQSDVGSNEVVFTGTLINTSLTDVLFLNDIQFNFIDEADDYLAPDTNAFFANVPGILLPGETYNDVVFGITIAPATPPGQYFGTVTIQGGTNIFAVANLAGPIFEVSLPPAAMGIARSGTNLVLSWPSPPGSFVLQQNS
Ga0334790_000607_2438_30793300033887SoilMHTPRLNLLTVLTGLALLSSPESARADLAFELTPTVESGVVSNEIVFNGTLINTSLTDNLFLNNIQFSFIDAAAGYLAADTNVFFANVPGILTPFETYSDVVFAIALNPATPPGQYFGIVTIQGGTNIFASTDLAGPIFEVSVPLPALSIALSGTNVVVSWAWSSSDFVLQQNSDLTTTNWITVTNSPAVTNWQNQWLVSPGAGNNFYRLLRP

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Institute for Fundamental Biomedical Research
Biomedical Sciences Research Center "Alexander Fleming"
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