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 F079473

Metagenome / Metatranscriptome Family F079473

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F079473
Family Type Metagenome / Metatranscriptome
Number of Sequences 115
Average Sequence Length 376 residues
Representative Sequence MKQLLIALMVVSALIAPAVLCAANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTESAASPVTDDLSPGLLSIQVFPPRPF
Number of Associated Samples 74
Number of Associated Scaffolds 115

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Bacteria
% of genes with valid RBS motifs 66.96 %
% of genes near scaffold ends (potentially truncated) 46.96 %
% of genes from short scaffolds (< 2000 bps) 35.65 %
Associated GOLD sequencing projects 70
AlphaFold2 3D model prediction Yes
3D model pTM-score0.82

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 (97.391 % of family members)
NCBI Taxonomy ID 2
Taxonomy All Organisms → cellular organisms → Bacteria

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Freshwater → Wetlands → Bog → Peatland
(21.739 % of family members)
Environment Ontology (ENVO) Unclassified
(48.696 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Water (non-saline)
(41.739 % 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: 6.59%    β-sheet: 41.41%    Coil/Unstructured: 52.00%
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: 0.82
Powered by PDBe Molstar

Structural matches with SCOPe domains

SCOP familySCOP domainRepresentative PDBTM-score
b.69.11.1: Putative isomerase YbhEd1ri6a11ri60.82741
b.69.3.1: Nitrous oxide reductase, N-terminal domaind6y77a16y770.80212
b.69.10.1: 3-carboxy-cis,cis-mucoante lactonizing enzymed1jofa_1jof0.79943
b.69.2.3: YVTN repeatd1l0qa21l0q0.78797
b.69.4.0: automated matchesd6tbnb16tbn0.73951

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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 115 Family Scaffolds
PF07732Cu-oxidase_3 20.00
PF13515FUSC_2 10.43
PF11937DUF3455 3.48
PF02698DUF218 3.48
PF01566Nramp 3.48
PF13472Lipase_GDSL_2 2.61
PF09844DUF2071 2.61
PF00903Glyoxalase 1.74
PF13795HupE_UreJ_2 1.74
PF03901Glyco_transf_22 1.74
PF17164DUF5122 0.87
PF04075F420H2_quin_red 0.87
PF05977MFS_3 0.87
PF00440TetR_N 0.87
PF12698ABC2_membrane_3 0.87
PF14067LssY_C 0.87
PF01435Peptidase_M48 0.87
PF01842ACT 0.87
PF02195ParBc 0.87
PF01551Peptidase_M23 0.87
PF04216FdhE 0.87
PF02518HATPase_c 0.87
PF05345He_PIG 0.87
PF08323Glyco_transf_5 0.87
PF07883Cupin_2 0.87

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 115 Family Scaffolds
COG2132Multicopper oxidase with three cupredoxin domains (includes cell division protein FtsP and spore coat protein CotA)Cell cycle control, cell division, chromosome partitioning [D] 20.00
COG1434Lipid carrier protein ElyC involved in cell wall biogenesis, DUF218 familyCell wall/membrane/envelope biogenesis [M] 3.48
COG1914Mn2+ or Fe2+ transporter, NRAMP familyInorganic ion transport and metabolism [P] 3.48
COG2949Uncharacterized periplasmic protein SanA, affects membrane permeability for vancomycinCell wall/membrane/envelope biogenesis [M] 3.48
COG0297Glycogen synthaseCarbohydrate transport and metabolism [G] 0.87
COG0438Glycosyltransferase involved in cell wall bisynthesisCell wall/membrane/envelope biogenesis [M] 0.87
COG2814Predicted arabinose efflux permease AraJ, MFS familyCarbohydrate transport and metabolism [G] 0.87
COG3058Formate dehydrogenase maturation protein FdhEPosttranslational modification, protein turnover, chaperones [O] 0.87

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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms97.39 %
UnclassifiedrootN/A2.61 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300003368|JGI26340J50214_10015490All Organisms → cellular organisms → Bacteria2378Open in IMG/M
3300004092|Ga0062389_100010031All Organisms → cellular organisms → Bacteria6104Open in IMG/M
3300004092|Ga0062389_100081103All Organisms → cellular organisms → Bacteria2775Open in IMG/M
3300004092|Ga0062389_100331786All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1607Open in IMG/M
3300004092|Ga0062389_101052719All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli999Open in IMG/M
3300004152|Ga0062386_100007301All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter7756Open in IMG/M
3300004152|Ga0062386_100034013All Organisms → cellular organisms → Bacteria3794Open in IMG/M
3300004152|Ga0062386_100052533All Organisms → cellular organisms → Bacteria3071Open in IMG/M
3300004152|Ga0062386_100130793All Organisms → cellular organisms → Bacteria1947Open in IMG/M
3300004635|Ga0062388_100361875All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1242Open in IMG/M
3300005538|Ga0070731_10026704All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae3941Open in IMG/M
3300009623|Ga0116133_1009756All Organisms → cellular organisms → Bacteria2380Open in IMG/M
3300009628|Ga0116125_1017879All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1760Open in IMG/M
3300009634|Ga0116124_1072498All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli990Open in IMG/M
3300009644|Ga0116121_1005015All Organisms → cellular organisms → Bacteria4678Open in IMG/M
3300009644|Ga0116121_1011415All Organisms → cellular organisms → Bacteria2911Open in IMG/M
3300009645|Ga0116106_1009156All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli3715Open in IMG/M
3300009665|Ga0116135_1011871All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli3091Open in IMG/M
3300009665|Ga0116135_1033666All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1761Open in IMG/M
3300010339|Ga0074046_10004891All Organisms → cellular organisms → Bacteria10815Open in IMG/M
3300010339|Ga0074046_10012714All Organisms → cellular organisms → Bacteria6160Open in IMG/M
3300010376|Ga0126381_100043091All Organisms → cellular organisms → Bacteria5483Open in IMG/M
3300014155|Ga0181524_10038448All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli3188Open in IMG/M
3300014158|Ga0181521_10002313All Organisms → cellular organisms → Bacteria23174Open in IMG/M
3300014162|Ga0181538_10013252All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli6189Open in IMG/M
3300014164|Ga0181532_10000152All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae68870Open in IMG/M
3300014164|Ga0181532_10000448All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae42629Open in IMG/M
3300014164|Ga0181532_10009767All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter → Candidatus Koribacter versatilis7569Open in IMG/M
3300014164|Ga0181532_10026394All Organisms → cellular organisms → Bacteria4106Open in IMG/M
3300014164|Ga0181532_10059162All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2497Open in IMG/M
3300014165|Ga0181523_10011698All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae6264Open in IMG/M
3300014165|Ga0181523_10120337All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1564Open in IMG/M
3300014169|Ga0181531_10056987All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2289Open in IMG/M
3300014199|Ga0181535_10140239All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1525Open in IMG/M
3300014492|Ga0182013_10011066All Organisms → cellular organisms → Bacteria9261Open in IMG/M
3300014492|Ga0182013_10237571All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1065Open in IMG/M
3300014495|Ga0182015_10182164All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1412Open in IMG/M
3300014658|Ga0181519_10006971All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter → Candidatus Koribacter versatilis8790Open in IMG/M
3300014838|Ga0182030_10089703All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae4350Open in IMG/M
3300016702|Ga0181511_1058312All Organisms → cellular organisms → Bacteria2543Open in IMG/M
3300016702|Ga0181511_1141216All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae5507Open in IMG/M
3300016730|Ga0181515_1472424All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1460Open in IMG/M
3300016750|Ga0181505_10500478All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1283Open in IMG/M
3300016750|Ga0181505_10746351All Organisms → cellular organisms → Bacteria5354Open in IMG/M
3300017941|Ga0187850_10110912All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1320Open in IMG/M
3300017946|Ga0187879_10011597All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae5608Open in IMG/M
3300017946|Ga0187879_10103563All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1630Open in IMG/M
3300017946|Ga0187879_10144369All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1349Open in IMG/M
3300017948|Ga0187847_10015602All Organisms → cellular organisms → Bacteria → Acidobacteria4836Open in IMG/M
3300017948|Ga0187847_10016590All Organisms → cellular organisms → Bacteria → Acidobacteria4652Open in IMG/M
3300017948|Ga0187847_10256684Not Available953Open in IMG/M
3300017970|Ga0187783_10027930All Organisms → cellular organisms → Bacteria4180Open in IMG/M
3300017970|Ga0187783_10308967All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1153Open in IMG/M
3300017972|Ga0187781_10091555All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2105Open in IMG/M
3300018009|Ga0187884_10143410All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1010Open in IMG/M
3300018013|Ga0187873_1011888All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae5013Open in IMG/M
3300018017|Ga0187872_10093450All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1517Open in IMG/M
3300018019|Ga0187874_10019768All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli3550Open in IMG/M
3300018020|Ga0187861_10066389All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1823Open in IMG/M
3300018035|Ga0187875_10006772All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae7594Open in IMG/M
3300018037|Ga0187883_10006690All Organisms → cellular organisms → Bacteria → Acidobacteria6701Open in IMG/M
3300018037|Ga0187883_10011991All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae4897Open in IMG/M
3300018038|Ga0187855_10087723All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1889Open in IMG/M
3300018038|Ga0187855_10104543All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1709Open in IMG/M
3300018042|Ga0187871_10037327All Organisms → cellular organisms → Bacteria3000Open in IMG/M
3300018043|Ga0187887_10009797All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae6554Open in IMG/M
3300018043|Ga0187887_10040761All Organisms → cellular organisms → Bacteria2882Open in IMG/M
3300025412|Ga0208194_1008262All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1771Open in IMG/M
3300025612|Ga0208691_1028273All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1303Open in IMG/M
3300027698|Ga0209446_1000595All Organisms → cellular organisms → Bacteria → Acidobacteria8199Open in IMG/M
3300027812|Ga0209656_10004626All Organisms → cellular organisms → Bacteria8859Open in IMG/M
3300027812|Ga0209656_10004869All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter → Candidatus Koribacter versatilis8628Open in IMG/M
3300027812|Ga0209656_10046087All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2494Open in IMG/M
3300027824|Ga0209040_10056326All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2348Open in IMG/M
3300027824|Ga0209040_10127861All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1400Open in IMG/M
3300028800|Ga0265338_10102204All Organisms → cellular organisms → Bacteria2331Open in IMG/M
3300029908|Ga0311341_10162896All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1423Open in IMG/M
3300029910|Ga0311369_10142266All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2327Open in IMG/M
3300029944|Ga0311352_10126908All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2224Open in IMG/M
3300029945|Ga0311330_10310717All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1354Open in IMG/M
3300030007|Ga0311338_10061890All Organisms → cellular organisms → Bacteria4892Open in IMG/M
3300030518|Ga0302275_10074480All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2392Open in IMG/M
3300030580|Ga0311355_10669177All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli970Open in IMG/M
3300031234|Ga0302325_10040643All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter → Candidatus Koribacter versatilis9408Open in IMG/M
3300031241|Ga0265325_10165040All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1039Open in IMG/M
3300031247|Ga0265340_10047819All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → unclassified Acidobacteriaceae → Acidobacteriaceae bacterium URHE00682081Open in IMG/M
3300031524|Ga0302320_10807711All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1037Open in IMG/M
3300031525|Ga0302326_10425492All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2047Open in IMG/M
3300031708|Ga0310686_108172972All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1479Open in IMG/M
3300032515|Ga0348332_14727161All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1000Open in IMG/M
3300032770|Ga0335085_10000069All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae354961Open in IMG/M
3300032783|Ga0335079_10003746All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae17503Open in IMG/M
3300032783|Ga0335079_10051869All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae4696Open in IMG/M
3300032783|Ga0335079_10058982All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae4378Open in IMG/M
3300032783|Ga0335079_10085147All Organisms → cellular organisms → Bacteria → Acidobacteria3590Open in IMG/M
3300032783|Ga0335079_10214358All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2131Open in IMG/M
3300032783|Ga0335079_10421910All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1435Open in IMG/M
3300032805|Ga0335078_10017955All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae10520Open in IMG/M
3300032805|Ga0335078_10210854All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter → Candidatus Koribacter versatilis → Candidatus Koribacter versatilis Ellin3452686Open in IMG/M
3300032805|Ga0335078_10860767Not Available1095Open in IMG/M
3300032828|Ga0335080_10636982All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1117Open in IMG/M
3300032892|Ga0335081_10988049All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli982Open in IMG/M
3300032893|Ga0335069_10028767All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae7561Open in IMG/M
3300032895|Ga0335074_10027081All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae8061Open in IMG/M
3300032895|Ga0335074_10088834All Organisms → cellular organisms → Bacteria4110Open in IMG/M
3300032895|Ga0335074_10219548All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli2284Open in IMG/M
3300032898|Ga0335072_10098888All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae3738Open in IMG/M
3300032955|Ga0335076_10125720All Organisms → cellular organisms → Bacteria2485Open in IMG/M
3300032955|Ga0335076_10230265All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1750Open in IMG/M
3300033134|Ga0335073_10004507All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia19459Open in IMG/M
3300033134|Ga0335073_10355919All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1731Open in IMG/M
3300033134|Ga0335073_10382453Not Available1654Open in IMG/M
3300033134|Ga0335073_10688528All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli1120Open in IMG/M
3300033402|Ga0326728_10000018All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae689602Open in IMG/M
3300034163|Ga0370515_0014619All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli3665Open in IMG/M


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
PeatlandEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Peatland21.74%
SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Soil20.00%
Bog Forest SoilEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Bog Forest Soil13.91%
BogEnvironmental → Aquatic → Freshwater → Wetlands → Bog → Bog11.30%
PeatlandEnvironmental → Aquatic → Freshwater → Wetlands → Unclassified → Peatland8.70%
PalsaEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Palsa5.22%
BogEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Bog3.48%
Tropical PeatlandEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Tropical Peatland2.61%
BogEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Bog2.61%
RhizosphereHost-Associated → Plants → Rhizosphere → Soil → Unclassified → Rhizosphere2.61%
Bog Forest SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Bog Forest Soil1.74%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Soil0.87%
Tropical Forest SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Tropical Forest Soil0.87%
Surface SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Surface Soil0.87%
Untreated Peat SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Untreated Peat Soil0.87%
PalsaEnvironmental → Terrestrial → Soil → Wetlands → Permafrost → Palsa0.87%
Peat SoilEnvironmental → Terrestrial → Peat → Unclassified → Unclassified → Peat Soil0.87%
Plant LitterEnvironmental → Terrestrial → Plant Litter → Unclassified → Unclassified → Plant Litter0.87%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300003368Bog forest soil microbial communities from Calvert Island, British Columbia, Canada - ECP12_OM2EnvironmentalOpen in IMG/M
3300004092Coassembly of ECP03_0M1, ECP03_OM2, ECP03_OM3, ECP04_OM1, ECP04_OM2, ECP04_OM3, ECP14_OM1, ECP14_OM2, ECP14_OM3EnvironmentalOpen in IMG/M
3300004152Coassembly of ECP12_OM1, ECP12_OM2, ECP12_OM3EnvironmentalOpen in IMG/M
3300004635Coassembly of ECP03_0M1, ECP03_OM2, ECP03_OM3, ECP04_OM1, ECP04_OM2, ECP04_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
3300009623Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_19_10EnvironmentalOpen in IMG/M
3300009628Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_16_10EnvironmentalOpen in IMG/M
3300009634Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_13_150EnvironmentalOpen in IMG/M
3300009644Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_13_10EnvironmentalOpen in IMG/M
3300009645Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_6_40EnvironmentalOpen in IMG/M
3300009665Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_20_10EnvironmentalOpen in IMG/M
3300010339Bog forest soil microbial communities from Calvert Island, British Columbia, Canada - Bog Forest MetaG ECP23OM3EnvironmentalOpen in IMG/M
3300010376Tropical forest soil microbial communities from Panama - MetaG Plot_28EnvironmentalOpen in IMG/M
3300014155Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin05_60_metaGEnvironmentalOpen in IMG/M
3300014158Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin02_60_metaGEnvironmentalOpen in IMG/M
3300014162Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin23_30_metaGEnvironmentalOpen in IMG/M
3300014164Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin11_30_metaGEnvironmentalOpen in IMG/M
3300014165Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin05_30_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
3300014492Permafrost microbial communities from Stordalen Mire, Sweden - 612S2M metaGEnvironmentalOpen in IMG/M
3300014495Permafrost microbial communities from Stordalen Mire, Sweden - 712P3M metaGEnvironmentalOpen in IMG/M
3300014658Peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin02_10_metaGEnvironmentalOpen in IMG/M
3300014838Permafrost microbial communities from Stordalen Mire, Sweden - 812S3M metaG (Illumina Assembly)EnvironmentalOpen in IMG/M
3300016702Metatranscriptome of peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin11_30_metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016730Metatranscriptome of peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin23_30_metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016750Metatranscriptome of peatland microbial communities from Houghton, MN, USA - PEATcosm2014_Bin05_30_metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300017941Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_4_150EnvironmentalOpen in IMG/M
3300017946Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_19_10EnvironmentalOpen in IMG/M
3300017948Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_4_10EnvironmentalOpen in IMG/M
3300017970Tropical peat soil microbial communities from peatlands in Department of Meta, Colombia - 1015_SJ02_MP02_20_MGEnvironmentalOpen in IMG/M
3300017972Tropical peat soil microbial communities from peatlands in Department of Meta, Colombia - 0715_SJ02_MP02_20_MGEnvironmentalOpen 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
3300018017Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_16_40EnvironmentalOpen in IMG/M
3300018019Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_16_150EnvironmentalOpen in IMG/M
3300018020Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_10_100EnvironmentalOpen in IMG/M
3300018035Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_17_10EnvironmentalOpen in IMG/M
3300018037Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_20_10EnvironmentalOpen in IMG/M
3300018038Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_8_10EnvironmentalOpen in IMG/M
3300018042Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_16_10EnvironmentalOpen in IMG/M
3300018043Peatland microbial communities from SPRUCE experiment site at the Marcell Experimental Forest, Minnesota, USA - June2016WEW_7_10EnvironmentalOpen in IMG/M
3300025412Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_19_10 (SPAdes)EnvironmentalOpen in IMG/M
3300025612Peatland microbial communities from Minnesota, USA, analyzing carbon cycling and trace gas fluxes - June2015DPH_20_10 (SPAdes)EnvironmentalOpen in IMG/M
3300027698Bog forest soil microbial communities from Calvert Island, British Columbia, Canada - ECP04_OM2 (SPAdes)EnvironmentalOpen in IMG/M
3300027812Bog forest soil microbial communities from Calvert Island, British Columbia, Canada - ECP12_OM2 (SPAdes)EnvironmentalOpen in IMG/M
3300027824Bog forest soil microbial communities from Calvert Island, British Columbia, Canada - ECP12_OM3 (SPAdes)EnvironmentalOpen 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
3300029908II_Bog_E1 coassemblyEnvironmentalOpen in IMG/M
3300029910III_Palsa_E2 coassemblyEnvironmentalOpen in IMG/M
3300029944II_Palsa_E1 coassemblyEnvironmentalOpen in IMG/M
3300029945I_Bog_N2 coassemblyEnvironmentalOpen in IMG/M
3300030007I_Palsa_E1 coassemblyEnvironmentalOpen in IMG/M
3300030518Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - III_Bog_N2_2EnvironmentalOpen in IMG/M
3300030580II_Palsa_N1 coassemblyEnvironmentalOpen in IMG/M
3300031234Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - Palsa_T0_2EnvironmentalOpen 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
3300031247Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-CB2-25 metaGHost-AssociatedOpen in IMG/M
3300031524Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - Bog_T0_3EnvironmentalOpen in IMG/M
3300031525Peat permafrost microbial communities from Stordalen Mire near Abisko, Sweden - Palsa_T0_3EnvironmentalOpen in IMG/M
3300031708FICUS49499 Metagenome Czech Republic combined assemblyEnvironmentalOpen in IMG/M
3300032515FICUS49499 Metatranscriptome Czech Republic combined assembly (additional data)EnvironmentalOpen in IMG/M
3300032770Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_4.5EnvironmentalOpen in IMG/M
3300032783Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_3.3EnvironmentalOpen in IMG/M
3300032805Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_3.2EnvironmentalOpen in IMG/M
3300032828Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_3.4EnvironmentalOpen in IMG/M
3300032892Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_3.5EnvironmentalOpen in IMG/M
3300032893Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_1.1EnvironmentalOpen in IMG/M
3300032895Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_2.3EnvironmentalOpen in IMG/M
3300032898Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_2.1EnvironmentalOpen in IMG/M
3300032955Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_2.5EnvironmentalOpen in IMG/M
3300033134Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_2.2EnvironmentalOpen in IMG/M
3300033402Lab enriched peat soil microbial communities from McLean, Ithaca, NY, United States - MB31MNEnvironmentalOpen in IMG/M
3300034163Peat soil microbial communities from wetlands in Alaska, United States - Goldstream_04D_14EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
JGI26340J50214_1001549023300003368Bog Forest SoilMKPLCKALLIAASLAMPLALCAAEKNATKSPDSPIYVLTNDDGLQHSYVTFYLAGGTQGAPTLTYQKGVNTGGKGIGGGFFGTPRVNLLPDISAQCVYASDASTGDIAAINIQTQQRVGNFSGSVNDVGNSNGIGLVMNKNYLYAGYSLSNTIATFAVGAGCQLSFIGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIESFNTANGTPIPNGDEQNAAGFAAAFFPDAVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTIQYPIGLATNAVGPGVNSATVRLSPDESLIYIGNSQSGNITAAFFDKNTGRVRPGCASQQLNGFYTGWSYIGELATRDTTGTGNVLYAAEFGSSIAILTVTSTGTTCTLTESPASPVLDELSGGLLSIQTFPPRPF*
Ga0062389_10001003143300004092Bog Forest SoilYVITNDDGLLHNYVSFYLAGGTQGAPTLTYQKAVGTISQGIGGGFFASPRLTLLPDPSAQCVYASNANFGDISAVNIQTEQHVGNFAGSSNDSGTSNGIGLVMNKNYLYAGYTLSNTIATFAVGAGCQLSFLGDITVAPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPLSNNDEQNATGFAAAFFPDGVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVQYTIGVGTNAVGPGLNSATVRLSPDESLLYIGNSQSPVVTAAFFNKTTGKVTPGCASQPLSGFYNSWTYIGALATRDTTGTGGVLYAAEFPGSIAIITVTSNGTTCTLAESPASPAPDDFSSGLLSIQTFPPRPF*
Ga0062389_10008110333300004092Bog Forest SoilMRYDSRHVAARQNERSPMKKLLTVLMMVGAVIAPVVLGAVDKADKKKPPSSPIYVVTNDDGTTHTYASFYLAGGTQGAPTLSYQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFLSDAGSSDIAAFNIPTQTVVGTFQGSTNDNGTSNGIGIVMNPNYLYAGYSLSNSIATFSVGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTIVEVSDLSSGKLAPTVMYVLGTAANAVGQGINSATVRLSPDESLIYVGSSQTAYVSAAFFNKNTGKVLSGCISQPLANFYNPWSYVGWLQTRDTTGTGNVLYVAEFGSSIGFINVTSTGTTC
Ga0062389_10033178613300004092Bog Forest SoilGVNTGGKGIGGGFFGTPRVNLLPDSSAQCVYASDASTGDIAAINIQTQQRMGNFSGSANDVGSSNGIGLVMNKNYLYAGYSLSNTIATFAVGAGCQLSFMGDITVAPLNGGWVAGMALNGNMLVVTYIDGSIESFNTANGIPIPNGDEQNAAGFAAAFFPDAVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVRYTIGLASRAVGPGVNSATVRLSPDESLLYIGNSQSGNITAAFFNKNTGRVTAGCASQQLNGFYTGWSYIGELATRDTTGTGNVLYAAEFGSSIAILTVTSTGTTCTLTESSASPVVDELSGGLLSIQTFPPRPF*
Ga0062389_10105271913300004092Bog Forest SoilTGLGIGGGFFGTPRLTMLPSSSAQCLFLSDAGTGDIAAFNIQSQSVVGTFQGSSNDNGTSNGIGIVMSQNYLYAGYTLSNTIATFSVGSGCQLSFLGDISVTPLNGGWVAGMALNGNILVVTYIDGSIQSFNTASGIPTSNNDEQNATGFASAFFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTATNAIGPGINSANVRLSPDESLIYIGNSQNAYVSAAFFNKNTGKVSPGCISPALTNFYNPWSYVGALQTRDTTGTGNVLYVAEFGSSIGLVNVTSTGTTCTLTEAAGSPVGDSFSPGLLSIQVFPPRPF*
Ga0062386_10000730153300004152Bog Forest SoilMKTFQTVLLAAIALAAPLICAAADHTTKPPDTPTYLLTNDDGVLHNYAGFYLAGGTQGAPTLIFQKAVATIAQGIGGGFFGSPRLTLLPDPSAQCVYVSNAGSGFGNISSINIQTQQHVGNFSASSNDIGTSNGIGLAMNKNYLYAGYTLSNTIATFAVGSGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTTNGIPISNNDEQDATGFTAAFFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSKGKLAPTVQYTIGVGTNAVGPGFNSATVRLSPDESLIYIGNSQSAFVSAAFFNKTTGKVTPGCVSQPLSGFYNSWSYIGALATRDTTGTGGVLYAAEFPGSIAIISVTSNGTTCTLAESPASPVADDFTSGLLSIQTFPPRPF*
Ga0062386_10003401313300004152Bog Forest SoilYVITNDDGLLHNYVSFYLAGGTQGAPTLTYQKAVGTISQGIGGGFFASPRLTLLPDPSAQCVYASNANFGDISAVNIQTEQHVGNFAGSSNDSGTSNGIGLVMNKNYLYAGYTLSNTIATFAVGAGCQLSFLGDITVAPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPLSNNDEQNATGFAAAFFPDGVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVQYTIGVGTNAVGPGLNSATVRLSPDESLLYIGNSQSPVVTAAFFNKTTGKVTPGCASQPLSGFYNPWTYIGALATRDTTGTGGVLYAAEFPGSIAIITVTSNGTTCTLAESPASPAPDDFSSGLLSIQTFPPRPF*
Ga0062386_10005253333300004152Bog Forest SoilVKNFIVCLTTALILVCASLLAAADKSGPSNPIYVIANDDGTLHSYATFFTAGGTQGNPTLTYLSNVNTQGLGIAGGFFGTQRVAMQPSSSAQCVYISDASTNDIAAINIQTQALAGNFTGSSTDNGNTNGIGIVVNQNYLYAGYTASNTIGTFAVGSGCQLTFLGDIAVTPLNGGWIAGMALSGNILVVTYIDGSIQSFNNANGVPISNNDEQNSTGFAQAYFPDGVDITQDGHYAIFGDAAITTAIEVSDISSGKLTPTVFYPIGEATRSIAPVVNSSTVRLSPDQTLIYIGNSQSGNVSAAFFSKTTGKVVGGCASKQLTDFYNPLAYVGSLATRDTTGTGNVLYAAEFASYIAIINVTSSGTTCTLTEAPSSPVINEASPGLLSIGVFPPRPF*
Ga0062386_10013079323300004152Bog Forest SoilMMKLVALLFVLSIWISPATSHAADKSKAPSSPIYVFTNDDGTLHTYSTVFTAGGTQNDPTLSFLQSINTQGLGIGGGFFGTPRLAMLPSSTTLCLYVSDAGTGDIASINIQSMSLVGNYVGSSNDIGTSNGIGMVMNQNYLYAGFSTSNTIATFAVGAGCTLSFLGDITVTPLNGGWVAGMALNGNIMVVTYIDGSIESFNIANGIPVSNNDEKNSFGYIQSYYPDSVDITQDGHFAIFGDAAVPTVVEVSDLSTGKLAPTVMYLVGQQSNVIGPGVNSATARLSPDESLIYIGNSQNGFINAAFFNKSNGRVTAGCSSKLLNNFYNPWSYVGGLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPANDNS
Ga0062388_10036187513300004635Bog Forest SoilTYQQSVNTTGLGIGGGFFGTPRLTMLPSSSAQCLFLSDAGTGDIAAFNIQSQSVVGTFQGSSNDNGTSNGIGIVMSQNYLYAGYTLSNTIATFSVGSGCQLSFLGDISVTPLNGGWVAGMALNGNILVVTYIDGSIQSFNTASGIPTSNNDEQNATGFASAFFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTATNAIGPGINSANVRLSPDESLIYIGNSQNAYVSAAFFNKNTGKVSPGCISPALTNFYNPWSYVGALQTRDTTGTGNVLYVAEFGSSIGLVNVTSTGTTCTLTEAAGSPVGDSFSPGLLSIQVFPPRPF*
Ga0070731_1002670413300005538Surface SoilRGKMKTFLITAATAALLIVPSLLGAENKQALPPDPPIYVIANDDGLLHTYATFFVAGGTQNNPTLTYVQNVNTQGQGIGGGFFGTPRLAMMPSSSAQCLYVSDAGTGDIAAINLQTQQLVGNFLGSSTDNGNGNGIGMVVNANYLYAGYTTSNTIGTFAVGSNCQLSFLGDIAVTPLNGGWVAGMALNGNMLVVTYIDGSIQSFSTANGIPISNNDEQNATGFAAADFPDGVDITQDGHYAIFGDAAVPTTIEVSDISSGKLTPTVMYVVGDAMRAVTPVANSASVRLSPDESLIYVGNSQTGNISAVFFNKNTGKVTPGCVSQQLKNFYNPWTYIGSLVTRDTTGTGNVLYAAEFGSSIAMINVTSTGTACTLVEAPASPVGDSASPGLLSIEVFPPRPF*
Ga0116133_100975613300009623PeatlandMKQLLIALMVVSALIAPAVLCAANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGCCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSI
Ga0116125_101787923300009628PeatlandMKMLFVVLMLGTFIAPLMLHASGKAKTPDTPIYVFTNDDALRHTYASVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTESAASPVTDDLSPGLLSIQVFPPRPF*
Ga0116124_107249813300009634PeatlandMKQLLIALMVVSALIAPAVLCAANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYISNSQNGYVTAAFFNRNTGKVTGGCNS
Ga0116121_100501523300009644PeatlandMKMLFVVLMLGTFIAPLMLHASGKAKTPDTPIYVFTNDDALRHTYASVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLALLPSSSAQCLFASDAGSSDIAAINIQTQTVVGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSAQLANFYNPWSYVGSLQTRDATGTGTVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVIDDLSPGLLSIQVFPPRPF*
Ga0116121_101141513300009644PeatlandMKQLLIALMVVSALIAPAVLCSANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYISNSQNGYVTAAFFNRNTGKVTGGCNSAQL
Ga0116106_100915633300009645PeatlandMKQLLIALMVVSALIAPAVLCAANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTESAASPVTDDLSPGLLSIQVFPPRPF*
Ga0116135_101187123300009665PeatlandMTVIGVFACASLLNGADKTKPSTPIYVITNDDAILHSYSSFYTAGGTLGNPTLTYLSNVNTQGLGIGGGFFGTQRLAMLPSSSAQCIYVSDASTNDIAAVNIQTQTLVGNFTGSSTDNGNTNGIGMVMNQNYLYAGYTASNTIATFSVGSGCQLTFLADITVTPLNGGWVDGMALNGNILVVTYIDGSIQSFNTSNGIPISNNDEQYTAGYVTGPYFANGVDITQDGHFAIFGDTATATVVEVSDLSTGRLGPTIMTVVPHQPSNTLGPAMSSSTVRLSPDESLLYIANSQLPYVTAAFFNKTTGRVSAGCTSGALNLFYNPWSYIGSLATRDTTGTGNVLYAAEFGSDIGILNVSSTDTSCTLTESPSSPVSDELSPGLISIQVFPPRPF*
Ga0116135_103366623300009665PeatlandMKQLLIALMVVSALIAPAVLCAANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTESAASPVT
Ga0074046_1000489113300010339Bog Forest SoilMLCAAADHPKKSPGTSTYVITNDDGLLHNYVSFYLAGGTQGAPTLTYQKAVGTISQGIGGGFFASPRLTLLPDPSAQCVYASNANFGDISAVNIQTEQHVGNFAGSSNDSGTSNGIGLVMNKNYLYAGYTLSNTIATFAVGAGCQLSFLGDITVAPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPLSNNDEQNATGFAAAFFPDGVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVQYTIGVGTNAVGPGLNSATVRLSPDESLLYIGNSQSPVVTAAFFNKTTGKVTPGCASQPLSGFYNPWTYIGALATRDTTGTGGVLYAAEFPGSIAIITVTSNGTTCTLAESPASPAPDDFSSGLLSIQTFPPRPF*
Ga0074046_1001271443300010339Bog Forest SoilMKPLCKALLIAASLAMPLALCAAEKNATKSPDSPIYVLTNDDGLQHSYVTFYLAGGTQGAPTLTYQKGVNTGGKGIGGGFFGTPRVNLLPDISAQCVYASDASTGDIAAINIQTQQRVGNFSGSVNDVGNSNGIGLVMNKNYLYAGYSLSNTIATFAVGAGCQLSFIGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIESFNTANGTPIPNGDEQNAAGFAAAFFPDAVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTIQYPIGLATNAVGPGVNSATVRLSPDESLIYIGNSQSGNITAAFFDKNTGRVRPGCASQQLNGFYTGWSYIGELATRDTTGTGYVLYAAEFGSSIAILTVTSTGTTCTLTESPASPVLDELSGGLLSIQTFPPRPF*
Ga0126381_10004309153300010376Tropical Forest SoilMKKLLFVLSVSSLLLSSVALHAANKSPSKSNKTKAPDSPIYVITNDDAGGVSSASFYLAGGSQGAPTLTFARSVSIVGQGIGGGFFGTPRLAMLPTSSPQCLYVSDAGTQDIAAINLQTQTLAGNFPPSMNDNGSSNGIGLAVNQNYLYAGYTQSNTIATFSVGAGCTLSFLGDITVTPLNGGWVAGMALNGNLLVVTYIDGSIQSFNVANGIPIPNDDEQNASGFANAYFPDGVDITQDGHFAIFADAAVPTTVEVSDLSSGKLAATVQYLVGQPTNAIGPGVNSATVRLSPDQSLIYIGNSQNGFVTAAFFNKNTGKVTPGCSSKQLSGFYNPWSYVGSLATRDTTGTGNVLYVAEFGSSIALVNVTSTGTSCTLTEAAGSPVSDVLSPGLLSIQVFPPRPF*
Ga0181524_1003844823300014155BogMKMTKMLFVVLMLGTFIAPLMLHASSKAKTPDTPIYVFTNDDALRHTYASVYLAGGSQGLPTLTYQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFASDAGSGDIAAINIQTQQLVGNFSGSTNDSGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANVIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGTTTNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNKNTGSVSGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVTDDLSPGLLSIQVFPPRPF*
Ga0181521_10002313133300014158BogMILGTFIAPLMLHASSKPKTPDSPIYVFTDDDGVRHNYASIYLAGGSQGFPTLTYQHSVNTGGKGIGGGFFGTPRVTLLPDSSAQCLYASDAATGDIAAISIPTQQLLGNFSGSSNDSGTSNGIGMVMNQSYLYAGYTLSNTIATFAIGGGCQLSFLGDIAVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNAANGVPISNNDEQNAAGFASAYFPDGVDITQDGHFAIFGDAGVPTTVEVSDLSSGKLAPTVMYILGTATNAIGPGVNSASVRLSPDESLLYIGNSQTGYVSAAFFNRNTGSVSAGCISPQLKNFFNPWSYVGSLVTRDTTGTGGVLYAAEFGSSIGIINVTSTGTACTLTEAAASPVNDDLSPGLLSIQVFPPRPF*
Ga0181538_1001325233300014162BogMILGTFIAPLMLHASSKPKTPDSPIYVFTDDDGVRHNYASIYLAGGSQGFPTLTYQHSVNTGGKGIGGGFFGTPRVTLLPDSSAQCLYASDAATGDIAAISIPTQQLLGNFSGSSNDSGTSNGIGMVMNQSYLYAGYTLSNTIATFAIGGGCQLSFLGDIAVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNAANGVPISNNDEQNAAGFASAFFPDGVDITQDGHFALFGDAGVPTTVEVSDLSSGKLAPTVMYILGTAANAIGPGVNSASVRLSPDESLLYIGNSQTGYVSAAFFNRNTGSVSAGCISPQLKNFFNPWSYVGSLVTRDTTGTGGVLYAAEFGSSIGIINVTSTGTACTLTEAAASPVNDDLSPGLLSIQVFPPRPF*
Ga0181532_10000152373300014164BogMKKLFTLLFILSIWISPATSHAADKSKAPSSPIYVFTNDDGTLHTYTSVYVAGGTQNDPTLTFQQSINTQGLGIGGGFFGTPRLAMLPNPTTQCLYVSDAGTGDIAGINIQSRLLAGNFSGSSNDIGTSNGIGMAMNQNYLYAGYSLSNTIATFSVGSGCTLSFLGDITVTPLNGGWIAGMALNGNIMVVTYIDGSIQSFNIANGIPVSNNDEQNSFGFVQAYYPDSVDITQDGHFAIFGDAAVPTVVEVSDLSSGKLAPTVMYLVSPQTNVIGPGVNSATVRLSPDESLIYVGNSQNGYVAAAFFNKTTGRVTPGCSSPLLSQFYNTWSYVGGLQTRDTTGTGNVLYVAEFGSPSSIGIVNVTSTGTACTLKEAAGSPASDGSSPGLFNIQVFPPRPF*
Ga0181532_1000044833300014164BogMKTWFTVLMMVTALAVPLILCGASKDQSKPDSPIYVMTNDDSPIHSYVSFYLAGGTQGAPTLTYQKSVNTFGLGIGGGFFGTPRVTLLPDSSAQCLYASDAATGDVAAVNIQAQHLVGNFSASSNDSGTGNGIGMVMNENYLYAGYTLSNTIATFAIGAGCQLSFLGDITVTPLNGGWVAGMALNGNMLVVTYIDGSIQSFNTANGIPMSNNDEQNAAGFAAAFFPDGVDITQDGHFAIFADAAVPTTVEISDLSSGKLAPTVKYTLGVSTNAVGPEINSATIRLSPDESLLYIGNSQSGNVTAAFFNKNTGKVLPGCASQQLSGFYNPWSYIGSLATRDTTGTGNVLYAAEFGSSIAIINVTSTGTTCTLTESSASPVGDDFSPGLLSIQVFPPRPF*
Ga0181532_1000976763300014164BogMKKLLTVLIVVSALVVPAVLCAANKSKPSSSPIYVVTNDDGITHSYASFYLAGGTQGAPTLTYQKSVNTTGLGIAGGFFGTPRLAMLPSSSAQCLFLSDAGTSDIAAFNIQTQTLVGTFQGSTSDSGTSNGIGMVLNQNYLYAGYTLSNTIATFSVGAGCQLSFLGDITVAPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTASGIPTSNNDEQNSFGFVSGYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTTHNAIGAGVNSATVRLSPDESLIYIGNSQNAYVSAAFFNKTTGRVSAGCISPPLVNFYNPWSYVGWLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVTDSFSPGLLSIQVFPPRPF*
Ga0181532_1002639433300014164BogMMLAASKSKTKTPDSPIYVLTNDDGVLHSYLSYFQAGGTQGSPTLTYLKSVNTQGVGIGGGFFGTPRLAMLPDSSAQCVYASDAGTGDIASFNISAQQLVGNFSGSVNDVGTSNGIGLVLNQNYLYAGYSLSNTIATFAVGSGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPLSNGDEQNATGYASAYFPDGVDITQDGHFAIFADAAVPTTVEVSDLSTGKLAPTVQYIVGQVTNAIGPGVNSATVRLSPDESLLYIGNSQNGYVSAAFFNKNTGKVSAGCASPSLNNFYNPWSYVGALATRDTTGTGNVLYAAEFGSSIAIINVTSTGTNCTLTEAAGSPALDSSSPGLLSIEVFPPRPF*
Ga0181532_1005916213300014164BogMKKAFVVLLLATLAKPLMLSAANKPKSPDSPIYVFTNDDGLRHTYVSVYLAGESQGSPTLTFQHSVNTTGLGIGGGFFGTPRLAVLPSASAQCLYASDAASGDVAAINIPTQQLVGTYLGSANDSGTSNGIGVVVNQNYLYAGYTLSNTIATFSIGSGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYADGSIQSFNTANGIPISNNDEQNSTGFASGNFPDGVDITQDGHFAIFADAAVPATLEVSDLSSGKLAPTVQYIVGPASNVIGPGVNSATVRLSPDQSLLYIGNSQSGNITAAFFNKNTGTVSSGCVSQQLNNFYNPWSYIGALQTRDITGTGNVLYAAEFGSSIGIVDVTSTGTACTLIEATSSPVTDNSSPGLLSIQVLPPRPF*
Ga0181523_1001169823300014165BogMKKLLTVLIVVSALVAPAVLCAANKSKPSSSPIYVVTNDDGITHSYASFYLAGGTQGAPTLTYQKSVNTTGLGIAGGFFGTPRLAMLPSSSAQCLFLSDAGTSDIAAFNIQTQTLVGTFQGSTSDSGTSNGIGMVLNQNYLYAGYTLSNTIATFSVGAGCQLSFLGDITVAPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTASGIPTSNNDEQNSFGFVSGYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTTHNAIGAGVNSATVRLSPDESLIYIGNSQNAYVSAAFFNKTTGRVSAGCISPPLVNFYNPWSYVGWLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVTDSFSPGLLSIQVFPPRPF*
Ga0181523_1012033723300014165BogDDALRHTYASVYLAGGSKGSPTLTFQQSINTTGLGIGGGFFGTPRLALLPSSSAQCLFASDAGSSDIAAINIQTQTVVGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSAQLANFYNPWSYVGSLQTRDATGTGTVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVIDDLSPGLLSIQVFPPRPF*
Ga0181531_1005698713300014169BogNDDGLTHTYASFYLAGGTQGAPTLTYQQSVNTTGLGIGGGFFGTPRLAMVPSSSPQCLFVSDAGSGDIAALNMPAQTLVGTFQGSTNDNGTSNGIGMAVNQNYLYAGYTLSNTIATFSVGSGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPTSNNDEQNATGFASAFFPDSVDITQDGHYAIFGDAAITTTVEVSDLSSGKLAPTVMYLLGAATNAIGPGVNSASVRLSPDESLLYIGNSQNAYVSAAFFNKNTGKVSAGCVSPPLTNFYNPWSYVGSLQTRDTTGTGNVLYVAEFGSSIGIVSVTSTGMTCTLTEAAGSPVTDSFSPGLLSIQAYPPRLF
Ga0181535_1014023913300014199BogPIYVFTNDDALRHTYASVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLALLPSSSAQCLFASDAGSSDIAAINIQTQTVVGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSAQLANFYNPWSYVGSLQTRDATGTGTVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVIDDLSPGLLSIQVFPPRPF*
Ga0182013_1001106683300014492BogMSFRLRLFLPAILLASLLTFCAANDNLSHPASQSTYVMTDDDGLLHSYISFFLAGTSGSGPTLTFQTNVNSGGKGIGGGFFGTPRVNLLHDSSAQCAYLSNAGSGDVASINIQTETRVGNFFGSATDNGSTNGIGIVLNQNYLYAGYSASNTIGTFAIGSGCQLTFLGDVSAAGLNGGWVGGMAINGNMLVVAYGDGSIQSFNIANGVPMSNNDEQNSTGFAAAYFPEGVDITQDGHFAIFGDASVPTTIEVSDISSGKLTATVQYTVGAPINAVGPGFNSATVWLSPDESLLYVGNSQGNTVTAAFFNKNTGKVSAGCNSAPLNGFYNPWSYVGSLVTRDNSGTGGVLYLAEFASTGSSIGILQVVSNGTTCTLTEPSTSPVLDPFSGGLLSIQAFPPRLF*
Ga0182013_1023757113300014492BogMKMLLMVLMFGIFLAPLKLHAADTKKAPSSPIYVLTNDDGTTHSYASFYLAGGTQGAPTLTFQKSVNTTGLGIGGGFFGTPRLAMAPSSSAQCLYVSDAGSGDVAAINTQTQALVGTFQGSTNDVGTSNGIGIVVNQNYLYAGYTLSNTIATFSVGSGCQLSFLGDITVTPLNGGWISGMALNGNMLVVTYIDGSIQSFNTANGIPISNNDEQNSTGFASAYFPDGVDITQDGHFAIFGDAAVTTTVEVSDLSSGKLAPTVMYILGTATNAIGPGVNSANVRLSPDESLLYIGNSQVGYVSAALFNKSTGGVLAGCISPPLKNFYNPWSYVGSLQTRDTTGT
Ga0182015_1018216413300014495PalsaMLLAASKSKTKTPDSPIYVLTNDDGVLHSYLSYFQAGGTQGSPTLTYLKSVNTQGVGIGGGFFGTPRLAMLPDSSAQCVYASDAGTGDIASFNIAAQQLVGNFFGSANDIGTSNGIGMVLNQNYLYAGYSLSNTIATFAVGAGCQLSFLGDISVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPLSNGDEQNATGYASAYFPDGVDITQDGHFAIFADAAIPTTVEVSDLSTGKLAPTVQYIVGQVTNAIGPGVNSATVRLSPDESLLYIGNSQNGYVSAAFFNKNTGKVSAGCASPSLNNFYNPWSYVGALATRDTTGTGNVLYAAEFGSSIAIINVTSTGTNCT
Ga0181519_1000697163300014658BogMKKLLIVLMAVCVLIAPLMLSAVDKKKPSNSPIYVITNDDGLTHTYASFYLAGGTQGAPTLTYQQSVNTTGLGIGGGFFGTPRLAMVPSSSPQCLFVSDAGSGDIAALNMPAQTLVGTFQGSTNDNGTSNGIGMAVNQNYLYAGYTLSNTIATFSVGSGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPTSNNDEQNATGFASAFFPDSVDITQDGHYAIFGDAAITTTVEVSDLSSGKLAPTVMYLLGAATNAIGPGVNSASVRLSPDESLLYIGNSQNAYVSAAFFNKNTGKVSAGCVSPPLTNFYNPWSYVGSLQTRDTTGTGNVLYVAEFGSSIGIVSVTSTGMTCTLTEAAGSPVTDSFSPGLLSIQAYPPRLF*
Ga0182030_1008970313300014838BogMKMLLMVLMFGIFLAPLKLHAADTKKAPSSPIYVLTNDDGTTHSYASFYLAGGTQGAPTLTFQKSVNTTGLGIGGGFFGTPRLAMAPSSSAQCLYVSDAGSGDVAAINTQTQALVGTFQGSTNDVGTSNGIGIVVNQNYLYAGYTLSNTIATFSVGSGCQLSFLGDITVTPLNGGWISGMALNGNMLVVTYIDGSIQSFNTANGIPISNNDEQNSTGFASAYFPDGVDITQDGHFAIFGDAAVTTTVEVSDLSSGKLAPTVMYILGTATNAIGPGVNSANVRLSPDESLLYIGNSQVGYVSAALFNKSTGGVLAGCISPPLKNFYNPWSYVGSLQTRDTTGTGNVLYAAEFGSSVGIINVTSTGSTCTLNEAAASPVSDDLSPGLLSIQVVPPRPF*
Ga0181511_105831213300016702PeatlandMKKLFTLLFILSIWISPATSHAADKSKAPSSPIYVFTNDDGTLHTYTSVYVAGGTQNDPTLTFQQSINTQGLGIGGGFFGTPRLAMLPNPTTQCLYVSDAGTGDIAGINIQSRLLAGNFSGSSNDIGTSNGIGMAMNQNYLYAGYSLSNTIATFSVGSGCTLSFLGDITVTPLNGGWIAGMALNGNIMVVTYIDGSIQSFNIANGIPVSNNDEQNSFGFVQAYYPDSVDITQDGHFAIFGDAAVPTVVEVSDLSSGKLAPTVMYLVSPQTNVIGPGVNSATVRLSPDESLIYVGNSQNGYVAAAFFNKTTGRVTPGCSSPLLSQFYNTWSYVGGLQTRDTTGTGNVLYVAEFGSPSSIGIVNVTSTGTACTLKEAAGSPAS
Ga0181511_114121633300016702PeatlandMKMTKMLFVVLMLGTFIAPLMLHASSKAKTPDTPIYVFTNDDALRHTYASVYLAGGSQGLPTLTYQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFASDAGSGDIAAINIQTQQLVGNFSGSTNDSGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANVIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGTTTNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNKNTGSVSGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVTDDLSPGLLSIQVFPPRPF
Ga0181515_147242413300016730PeatlandMKKLCVVLMILGTFIAPLMLHASSKPKTPDSPIYVFTDDDGVRHNYASIYLAGGSQGFPTLTYQHSVNTGGKGIGGGFFGTPRVTLLPDSSAQCLYASDAATGDIAAISIPTQQLLGNFSGSSNDSGTSNGIGMVMNQSYLYAGYTLSNTIATFAIGGGCQLSFLGDIAVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGVPISNNDEQNAAGFASAFFPDGVDITQDGHFALFGDAGVPTTVEVSDLSSGKLAPTVMYILGTAANAIGPGVNSASVRLSPDESLLYIGNSQTGYVSAAFFNRNTGSESAGCISPQLKNFF
Ga0181505_1050047813300016750PeatlandVPRDKIYLAARQNERSPMKQLLIALMVVSALIAPAVLCAANKSKPSSSPIYVVTNDDGITHSYASFYLAGGTQGAPTLTYQKSVNTTGLGIAGGFFGTPRLAMLPSSSAQCLFLSDAGTSDIAAFNIQTQTLVGTFQGSTSDSGTSNGIGVVLNQNYLYAGYTLSNTIATFSVGAGCQLSFLGDITVAPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTASGIPTSNNDEQNSFGFVSGYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTTHNAIGAGVNSATVRLSPDESLIYIGNSQNAYVSAAFFNKTTGRVSAGCISPPLVNFYNPWSYVGWLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVTDSFSPGLLSIQVFPPRPF
Ga0181505_1074635133300016750PeatlandMKKLFTLLFILSIWISPATSHAADKSKAPSSPIYVFTNDDGTLHTYTSVYVAGGTQNDPTLTFQQSINTQGLGIGGGFFGTPRLAMLPNPTTQCLYVSDAGTGDIAGINIQSRLLAGNFSGSSNDIGTSNGIGMAMNQNYLYAGYSLSNTIATFSVGSGCTLSFLGDITVTPLNGGWIAGMALNGNIMVVTYIDGSIQSFNIANGIPVSNNDEQNSFGFVQAYYPDSVDITQDGHFAIFGDAAVPTVVEVSDLSSGKLAPTVMYLVSPQTNVIGPGVNSATVRLSPDESLIYVGNSQNGYVAAAFFNKTTGRVTPGCSSPLLSQFYNTWSYVGGLQTRDTTGTGNVLYVAEFGSPSSIGIVNVTSTGTACTLKEAAGSPASDGSSPGLFNIQVFPPRPF
Ga0187850_1011091213300017941PeatlandRLALLPSSSAELLLASDAGSSVRAAITIQTQTVVGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSAQLANFYNPWSYVGSLQTRDATGTGTVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVIDDLSPGLLSIQVFPPRPF
Ga0187879_1001159743300017946PeatlandMKQLLIALMVVSALIAPAVLCAANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTESAASPVTDDLSPGLLSIQVFPPRPF
Ga0187879_1010356313300017946PeatlandMKNFILCMTVIGVFACASLLNGADKTKPSTPIYVITNDDAILHSYSSFYTAGGTLGNPTLTYLSNVNTQGLGIGGGFFGTQRLAMLPSSSAQCIYVSDASTNDIAAVNIQTQTLVGNFTGSSTDNGNTNGIGMVMNQNYLYAGYTASNTIATFSVGSGCQLTFLADITVTPLNGGWVDGMALNGNILVVTYIDGSIQSFNTSNGIPISNNDEQYTAGYVTGPYFANGVDITQDGHFAIFGDTATATVVEVSDLSTGRLGPTIMTVVPHQPSNTLGPAMSSSTVRLSPDESLLYIANSQLPYVTAAFFNKTTGRVSAGCTSGALNLFYNPWSYIGSLATRDTTGTGNVLYAAEFGSDIGILNVSSTDTSCTLTESPSSPVSDELSPGLISIQVFPPRPF
Ga0187879_1014436913300017946PeatlandMKMLFVVLMLGTFIAPLMLHASGKAKTPDTPIYVFTNDDALRHTYASVYLAVGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLALLPSSSAQCLFASDAGSSDIAAINIQTQTVVGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSAQLANFYNPWSYVGSLQTRDATGTGTVLYVAEFGSSIG
Ga0187847_1001560233300017948PeatlandMKMLFVVLMLGTFIAPLMLHASGKAKTPDTPIYVFTNDDALRHTYASVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLALLPSSSAQCLFASDAGSSDIAAINIQTQTVVGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSAQLANFYNPWSYVGSLQTRDATGTGTVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVIDDLSPGLLSIQVFPPRPF
Ga0187847_1001659033300017948PeatlandMRYDSRDVAAHQTERSPMKKLLIVLLVVGTVIAPVMLGAIDKKPGAIDKKKPGSPPVYVITNDDGTLHTYASFFLAGGTQGAPTLTYQQSVNTTGLGIGGGFFGTPRLTMLPSSSAQCLFLSDAGTGDIAAFNIQSQSVVGTFQGSSNDNGTSNGIGIVMSQNYLYAGYTLSNTIATFSVGSGCQLSFLGDISVTPLNGGWVAGMALNGNILVVTYIDGSIQSFNTASGIPTSNNDEQNATGFASAFFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTATNAIGPGINSANVRLSPDESLIYIGNSQNAYVSAAFFNKNTGKVSPGCISPALTNFYNPWSYVGALQTRDTTGTGNVLYVAEFGSSIGLVNVTSTGTTCTLTEAAGSPVGDSFSPGLLSIQVFPPRP
Ga0187847_1025668413300017948PeatlandAANKSKPSSSPIYVVTNDDGITHSYASFYLAGGTQGAPTLTYQKSVNTTGLGIAGGFFGTPRLAMLPSSSAQCLFLSDAGTSDIAAFNIQTQTLVGTFQGSTSDSGTSNGIGMVLNQNYLYAGYTLSNTIATFSVGAGCQLSFLGDITVAPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTASGIPTSNNDEQNSFGFVSGYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTTHNAIGAGVNSATVRLSPDESLIYIGNSQNAYVSAAFFNKTTGRVSAGCISPPLVNFYNPWSYVGWLQTR
Ga0187783_1002793043300017970Tropical PeatlandGTQGAPTLTFLKSVNTEGKGIGGGFFGTPRVNLLPDSSAQCVYASDAATGDIAAINIQAQQLVGNFSGSANDSGTSNGIGLVMNENYLYAGYSLSNTIATFAVGAGCQLSFLGDISVTPLNGGWVAGMALNGNMLVLTYVDGSIESFNVANGIPIPNGDEQNATGFAATFFPDAVDITQDGHFAIFGDAALTTTLEVSDLSSGKLAPTVLYTLGTATNAVGPGVNSATVRLSPDESLIYIGNSQSAYITAAFFNRKTGQVTPGCISTALNGFYIGWAYVGELVTRDTTGTGNVLYAAEFGNSIAILSITSTGTTCTLTESLDSPVQDELSGGLLSIQTFPPRPF
Ga0187783_1030896713300017970Tropical PeatlandRLRLYGLYPLVSLTELQDPMRYPFACFLSCPRKRSPKKMSLIALVTLTVLLVPIGLSAANQSNPATTSPIYVYTNDDGTRHTDVGIYLAGGTQGSPTLTWQSNINIPTGLGIAGGYFGTQRLAVLPSNPQCLYASDAGTGDIAAVNLQTQQLVGTFQGSSTDSGTSNGIGLVLSQNYLYAGYTLSNTIATFSIGSGCALSFLGDIPVTPLNGGYVAGMATNGNILVVTYIDGSIQSFNISNGIPVSNNDEQNATGFASAYLPDSVDITQDGHFAIFGDDAIQPTVEVSDLSSGKLAPTVQYMVGPVSNAVGPGLNSATARLSPDETMLYVGNTQSAFVTAAFFNKNTGVVSPGCASKPLVNFYNPWSYVGWLQTRDTTGTGNVL
Ga0187781_1009155513300017972Tropical PeatlandGIGGGFFGTPRVNLLPDSSAQCVYASDAATGDIAAINIQAQQLVGNFSGSANDSGTSNGIGLVMNENYLYAGYSLSNTIATFAVGAGCQLSFLGDISVTPLNGGWVAGMALNGNMLVLTYVDGSIESFNVANGIPIPNGDEQNATGFAATFFPDAVDITQDGHFAIFGDAALTTTLEVSDLSSGKLAPTVLYTLGTATNAVGPGVNSATVRLSPDESLIYIGNSQSAYITAAFFNRKTGQVTPGCISTALNGFYIGWAYVGELVTRDTTGTGNVLYAAEFGNSIAILSITSTGTTCTLTESLDSPVQDELSGGLLSIQTFPPRPF
Ga0187884_1014341013300018009PeatlandGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYISNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTESAASPVTDDLSPGLLSIQVFPPRPF
Ga0187873_101188833300018013PeatlandMKQLLIALMVVSALIAPAVLCSANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYISNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTESAASPVTDDLSPGLLSIQVFPPRPF
Ga0187872_1009345013300018017PeatlandMKQLLIALMVVSALIAPAVLCAANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYISNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVN
Ga0187874_1001976833300018019PeatlandMKQLLIALMVVSALIAPAVLCAANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYISNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTESAASPVTDDLSPGLLSIQVFPPRPF
Ga0187861_1006638923300018020PeatlandMKQLLIALMVVSALIAPAVLCSANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVIDDLSPGLLSIQVFPPRPF
Ga0187875_1000677233300018035PeatlandMKMLFVVLMLGTFIAPLMLHASGKAKTPDTPIYVFTNDDALRHTYASVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLALLPSSSAQCLFASDAGSSDIAAINIQTQTVVGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSAQLANFYNPWSYVGSLQTRDATGTGTVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVIDDLSPGLMSIQVFPPRPF
Ga0187883_1000669023300018037PeatlandMKQLLIALMVVSALIAPAVLCSANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVLYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSPQLANFYNPWAYVGSLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTESAASPVTDDLSPGLLSIQVFPPRPF
Ga0187883_1001199123300018037PeatlandMKNFILCMTVIGVFACASLLNGADKTKPSTPIYVITNDDAILHSYSSFYTAGGTLGNPTLTYLSNVNTQGLGIGGGFFGTQRLAMLPSSSAQCIYVSDASTNDIAAVNIQTQTLVGNFTGSSTDNGNTNGIGMVMNQNYLYAGYTASNTIATFSVGSGCQLTFLADITVTPLNGGWVDGMALNGNILVVTYIDGSIQSFNTSNGIPISNNDEQYTAGYVTGPYFANGVDITQDGHFAIFGDTATATVVEVSDLSTGRLGPTIMTVVPHQPSNTLGPAMSSSTVRLSPDESLLYIANSQLPYVTAAFFNKTTGRVSAGCTSGALNLFYNPWSYIGSLATRDTTGTGNVLYAAEFGSDIGILNVSSTGTSCTLTESPSSPVSDELSPGLISIQVFPPRPF
Ga0187855_1008772313300018038PeatlandMKSFLFLLTMVCVLVSVSLLSAADKASPSNPPPIYVMTNDDGTLHNYSSFFVAGVSQGQPTLTVLSGVNTQGTGIGGGFFGTNRVTMPPSSTAQCEYVSDANSGDIAAINIQTQQLVGNFMGSSNDIGTSNGIGMAMNQNYLYAGYTLSNTIATFSVGAGCQLAFLGDITVTPLNGGYIDGMALNGNILVVTYIDGSIQSFNTSNGIPISNNDEQNATGYAAGPYFANGVDITQDGHFAIFGDTATATVVEVSDLSSGKLAPTIMYVIPQQPSNSIGPAISSSTVRLSPDESLLYIANSQLPYVTAAFFNKTTGKVSAGCTSPALNLFYNPWSYIGSLATRDTTGTGNVLYAAEFGSDIAILNVSSTGTSCTLTESPSSPVSDELSPGLISIQVFPPRPF
Ga0187855_1010454313300018038PeatlandMKMLFVVLMLGTFIAPLMLHASGKAKTPDTPIYVFTNDDALRHTYASVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLALLPSSSAQCLFASDAGSSDIAAINIQTQTVVGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSAQLANFYNPWSYVGSLQTRDATGTGTVLYVAEFGSSIG
Ga0187871_1003732723300018042PeatlandMKSFLFLLTMVCVLVSVSLLSAADKASPSNPPPIYVMTNDDGTLHNYSSFFVAGVSQGQPTLTVLSGVNTQGTGIGGGFFGTNRVTMPPSSTAQCEYVSDANSGDIAAINIQTQQLVGNFMGSSNDIGTSNGIGMAMNQNYLYAGYTLSNTIATFSVGAGCQLAFLGDITVTPLNGGYIDGMALNGNILVVTYIDGSIQSFNTSNGIPISNNDEQNATGYAAGPYFANGVDITQDGHFAIFGDTATATVVEVSDLSSGKLAPTVMFVIPQQPSNTIGPAISSSTVRLSPDESLLYIANSQLPYVTAAFFNKTTGKVSAGCTSPTLNLFYNPWSYIGSLATRDTTGTGNVLYAAEFGSDIAILNVSSTGTSCTLTESPSSPVSDELSPGLISIQVFPPRPF
Ga0187887_1000979733300018043PeatlandMKMLFVVLMLGTFIAPLMLHASGKAKTPDTPIYVFTNDDALRHTYASVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLALLPSSSAQCLFASDAGSSDIAAINIQTQTVVGTFQGSTNDNGTSNGIGIAMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVAYIDGSIQSFNTANGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSAQLANFYNPWSYVGSLQTRDATGTGTVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVIDDLSPGLLSIQVFPPRPF
Ga0187887_1004076113300018043PeatlandMKSFLFLLTMVCVLVSVSLLSAADKASPSNPPPIYVMTNDDGTLHNYSSFFVAGVSQGQPTLTVLSGVNTQGTGIGGGFFGTNRVTMPPSSTAQCEYVSDANSGDIAAINIQTQQLVGNFMGSSNDIGTSNGIGMAMNQNYLYAGYTLSNTIATFSVGAGCQLAFLGDITVTPLNGGYIDGMALNGNILVVTYIDGSIQSFNTSNGIPISNNDEQNATGYAAGPYFANGVDITQDGHFAIFGDTATATVVEVSDLSTGRLGPTIMTVVPHQPSNTLGPAMSSSTVRLSPDESLLYIANSQLPYVTAAFFNKTTGRVSAGCTSGALNLFYNPWSYIGSLATRDTT
Ga0208194_100826223300025412PeatlandMKQLLIALMVVSALIAPAVLCAANKSKPSTSPIYVFTNDDALRHTYSSVYLAGGSQGSPTLTFQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLFVSDAGSSDIAAINIQTQTVLGTFQGSTNDNGTSNGIGMVMNQNYLYAGYTLSNTIATFSIGAGCQLSFLGDIAVTPLNGGWIAGMALNGNVLVVAYIDGSIQSFNTASGIPTSNNDEQNATGFASAYFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYILGAATNAIGPGINSATARLSPDESLIYIGNSQNGYVTAAFFNRNTGKVTGGCNSAQLANFYNPWSYVGSLQTRDATGTGTVLYVAEFGSSIGIVNVTSTGTACTLTEAAGSPVIDDLSPGLLSIQVFPPRPF
Ga0208691_102827313300025612PeatlandMKNFILCMTVIGVFACASLLNGADKTKPSTPIYVITNDDAILHSYSSFYTAGGTLGNPTLTYLSNVNTQGLGIGGGFFGTQRLAMLPSSSAQCIYVSDASTNDIAAVNIQTQTLVGNFTGSSTDNGNTNGIGMVMNQNYLYAGYTASNTIATFSVGSGCQLTFLADITVTPLNGGWVDGMALNGNILVVTYIDGSIQSFNTSNGIPISNNDEQYTAGYVTGPYFANGVDITQDGHFAIFGDTATATVVEVSDLSTGRLGPTIMTVVPHQPSNTLGPAMSSSTVRLSPDESLLYIANSQLPYVTAAFFNKTTGRVSAGCTSGALNLFYNPWSYIGSLATRDTTGT
Ga0209446_100059543300027698Bog Forest SoilMKMCRIVLPTIIALAVTMLCAAADHPKKSPGTSTYVITNDDGLLHNYVSFYLAGGTQGAPTLTYQKAVGTISQGIGGGFFASPRLTLLPDPSAQCVYASNANFGDISAVNIQTEQHVGNFAGSSNDSGTSNGIGLVMNKNYLYAGYTLSNTIATFAVGAGCQLSFLGDITVAPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPLSNNDEQNATGFAAAFFPDGVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVQYTIGVGTNAVGPGLNSATVRLSPDESLLYIGNSQSPVVTAAFFNKTTGKVTPGCASQPLSGFYNSWTYIGALATRDTTGTGGVLYAAEFPGSIAIITVTSNGTTCTLAESPASPAPDDFSSGLLSIQTFPPRPF
Ga0209656_1000462673300027812Bog Forest SoilMKPLCKALLIAASLAMPLALCAAEKNATKSPDSPIYVLTNDDGLQHSYVTFYLAGGTQGAPTLTYQKGVNTGGKGIGGGFFGTPRVNLLPDISAQCVYASDASTGDIAAINIQTQQRVGNFSGSVNDVGNSNGIGLVMNKNYLYAGYSLSNTIATFAVGAGCQLSFIGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIESFNTANGTPIPNGDEQNAAGFAAAFFPDAVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTIQYPIGLATNAVGPGVNSATVRLSPDESLIYIGNSQSGNITAAFFDKNTGRVRPGCASQQLNGFYTGWSYIGELATRDTTGTGNVLYAAEFGSSIAILTVTSTGTTCTLTESPASPVLDELSGGLLSIQTFPPRPF
Ga0209656_1000486943300027812Bog Forest SoilMKTFQTVLLAAIALAAPLICAAADHTTKPPDTPTYLLTNDDGVLHNYAGFYLAGGTQGAPTLIFQKAVATIAQGIGGGFFGSPRLTLLPDPSAQCVYVSNAGSGFGNISSINIQTQQHVGNFSASSNDIGTSNGIGLAMNKNYLYAGYTLSNTIATFAVGSGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTTNGIPISNNDEQDATGFTAAFFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSKGKLAPTVQYTIGVGTNAVGPGFNSATVRLSPDESLIYIGNSQSAFVSAAFFNKTTGKVTPGCVSQPLSGFYNSWSYIGALATRDTTGTGGVLYAAEFPGSIAIISVTSNGTTCTLAESPASPVADDFTSGLLSIQTFPPRPF
Ga0209656_1004608723300027812Bog Forest SoilMKMCRIVLPTIIALAVTMLCAAADHPKKTPGTSTYVITNDDGLLHNYVSFYLAGGTQGAPTLTYQKAVGTISQGIGGGFFASPRLTLLPDPSAQCVYASNANFGDISAVNIQTEQHVGNFAGSSNDSGTSNGIGLVMNKNYLYAGYTLSNTIATFAVGAGCQLSFLGDITVAPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPLSNNDEQNATGFAAAFFPDGVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVQYTIGVGTNAVGPGLNSATVRLSPDESLLYIGNSQSPVVTAAFFNKTTGKVTPGCASQPLSGFYNPWTYIGALATRDTTGTGGVLYAAEFPGSIAIITVTSNGTTCTLAESPASPAPDDFSSGLLSIQTFPPRPF
Ga0209040_1005632623300027824Bog Forest SoilVKNFIVCLTTVLILVCASLLAAADKASPSNPIYVIANDDGTLHSYATFFTAGGTQGNPTLTYLTNVNTQGLGIAGGFFGTPRLAMLPSNSAQCVYVSDASTGDIAAVNLQSQTLVGNFTGSTTDNGTSNGIGMVLNQNYLYAGYSLSNTIATFSVGSGCQLTFLGDITVTPLNGGWIAGMALSGNMLVVTYIDGSIQSFNVASGIPVSNNDEQNSTGFAQAYFPDGVDITQDGHYAIFADAAITTTVEVSDISSGKLTPTVVYSLGEATRSIAPVVNSATIRLSPDQSLIYIGNSQSGNVSAAFFSKTTGKIVGGCASKQLNNFYNPWAYIGSLATRDTTGTGNVLYAAEFASY
Ga0209040_1012786113300027824Bog Forest SoilTALILVCASLLAAADKSGPSNPIYVIANDDGTLHSYATFFTAGGTQGNPTLTYLSNVNTQGLGIAGGFFGTQRVAMQPSSSAQCVYISDASTNDIAAINIQTQALAGNFTGSSTDNGNTNGIGIVVNQNYLYAGYTASNTIGTFAVGSGCQLTFLGDIAVTPLNGGWIAGMALSGNILVVTYIDGSIQSFNNANGVPISNNDEQNSTGFAQAYFPDGVDITQDGHYAIFGDAAITTAIEVSDISSGKLTPTVFYPIGEATRSIAPVVNSSTVRLSPDQTLIYIGNSQSGNVSAAFFSKTTGKVVGGCASKQLTDFYNPLAYVGSLATRDTTGTGNVLYAAEFASYIAIINVTSSGTTCTLTEAPSSPVINEASPGLLSIGVFPPRPF
Ga0265338_1010220413300028800RhizosphereMLPSSSAQCLYVSDAGTGDIAAINLQTQTLAGNFSPSMNDNGTSNGVGLVLNQSYLYAGYTQSNTIATFAIGAGCTLSFLGDITVNPLNGGWVAGMALNGNMLVVTYIDGSIESFNTANGIPLPNNDEQNATGFASAFFPDGVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLARTVQYLVGLPTNAIGPGVNSASVRLSPDQSLLYIGNSQNGYVAAAFFNKSTGKVSPGCSSKLLNGFYDPWSYVGALATRDTTGTGNVLYVAEFGSSIGIVNVTSNGASCTLTEAAGSPVADDSSPGLLSIQVFPPRPF
Ga0311341_1016289613300029908BogMSFRLRLFLPAILLASLLTFCAANDNLSHPASQSTYVMTDDDGLLHSYISFFLAGTSGSGPTLTFQTNVNSGGKGIGGGFFGTPRVNLLHDSSAQCAYLSNAGSGDVASINIQTETRVGNFFGSATDNGSTNGIGIVLNQNYLYAGYSASNTIGTFAIGSGCQLTFLGDVSAAGLNGGWVGGMAINGNMLVVAYGDGSIQSFNIANGVPMSNNDEQNSTGFAAAYFPEGVDITQDGHFAIFGDASVPTTIEVSDISSGKLTATVQYTVGAPINAVGPGFNSATVWLSPDESLLYVGNSQGNTVTAAFFNKNTGKVSAGCNSAPLNGFYNPWSYVGSLVTRDNSGTGGVLYLAEFASTGSSIGILQVVSNGTTCTLTEPSTSPVLDPFSGGLLSIQAFPPR
Ga0311369_1014226613300029910PalsaMRYDSRDVAAHQTERSPMKKLLIVLLVVGTVIAPVMLGAIDKKPGAIDKKKPGSPPVYVITNDDGTLHTYASFFLAGGTQGAPTLTYQQSVNTTGLGIGGGFFGTPRLTMLPSSSAQCLFLSDAGTGDIAAFNIQSQSVVGTFQGSSNDNGTSNGIGIVMNQNYLYAGYTLSNTIATFSVGSGCQLSFLGDISVTPLNGGWVAGMALNGNILVVTYIDGSIQSFNTASGIPTSNNDEQNATGFASAFFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTATNAIGPGINSANVRLSPDESLIYIGNSQNAYVSAAFFNKNTGKVSPGCISPALTNFYNPWSYVGALQTRDTTGTGNVLYVAEFGSSIGLVNVTSTGTTCTLTEAAGSPVGDSFSPGLLSIQVFPPRP
Ga0311352_1012690833300029944PalsaMRYDSRDVAAHQTERSPMKKLLIVLLVVGTVIAPVMLGAIDKKPGAIDKKKPGSPPVYVITNDDGTLHTYASFFLAGGTQGAPTLTYQQSVNTTGLGIGGGFFGTPRLTMLPSSSAQCLFLSDAGTGDIAAFNIQSQSVVGTFQGSSNDNGTSNGIGIVMNQNYLYAGYTLSNTIATFSVGSGCQLSFLGDISVTPLNGGWVAGMALNGNILVVTYIDGSIQSFNTASGIPTSNNDEQNATGFASAFFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTATNAIGPGINSANVRLSPDESLIYIGNSQNAYVSAAFFNKNTGKVSPGCISPALTNFYNPWSYVGALQTRDTTGTGNVLYVAEFGSSIGLVNVTSTGTTCTLTEAAGSPVGDSFSPGLLSIQVFPP
Ga0311330_1031071713300029945BogILLASLLTFCAANDNLSHPASQSTYVMTDDDGLLHSYISFFLAGTSGSGPTLTFQTNVNSGGKGIGGGFFGTPRVNLLHDSSAQCAYLSNAGSGDVASINIQTETRVGNFFGSATDNGSTNGIGIVLNQNYLYAGYSASNTIGTFAIGSGCQLTFLGDVSAAGLNGGWVGGMAINGNMLVVAYGDGSIQSFNIANGVPMSNNDEQNSTGFAAAYFPEGVDITQDGHFAIFGDASVPTTIEVSDISSGKLTATVQYTVGAPINAVGPGFNSATVWLSPDESLLYVGNSQGNTVTAAFFNKNTGKVSAGCNSAPLNGFYNPWSYVGSLVTRDNSGTGGVLYLAEFASTGSSIGILQVVSNGTTCTLTEPSTSPVLDPFSGGLLSIQAFPPRLF
Ga0311338_1006189023300030007PalsaMRYDSRDVAAHQTERSPMKKLLIVLLVVGTVIAPVMLGAIDKKKPGSPPVYVITNDDGTLHTYASFFLAGGTQGAPTLTYQQSVNTTGLGIGGGFFGTPRLTMLPSSSAQCLFLSDAGTGDIAAFNIQSQSVVGTFQGSSNDNGTSNGIGIVMNQNYLYAGYTLSNTIATFSVGSGCQLSFLGDISVTPLNGGWVAGMALNGNILVVTYIDGSIQSFNTASGIPTSNNDEQNATGFASAFFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTATNAIGPGINSANVRLSPDESLIYIGNSQNAYVSAAFFNKNTGKVSPGCISPALTNFYNPWSYVGALQTRDTTGTGNVLYVAEFGSSIGLVNVTSTGTTCTLTEAAGSPVGDSFSPGLLSIQVFPPRPF
Ga0302275_1007448023300030518BogIGGGFFGTPRVNLLHDSSAQCAYLSNAGSGDVASINIQTETRVGNFFGSATDNGSTNGIGIVLNQNYLYAGYSASNTIGTFAIGSGCQLTFLGDVSAAGLNGGWVGGMAINGNMLVVAYGDGSIQSFNIANGVPMSNNDEQNSTGFAAAYFPEGVDITQDGHFAIFGDASVPTTIEVSDISSGKLTATVQYTVGAPINAVGPGFNSATVWLSPDESLLYVGNSQGNTVTAAFFNKNTGKVSAGCNSAPLNGFYNPWSYVGSLVTRDNSGTGGVLYLAEFASTGSSIGILQVVSNGTTCTLTEPSTSPVLDPFSGGLLSIQAFPPRLF
Ga0311355_1066917713300030580PalsaKPGAIDKKKPGSPPVYVITNDDGTLHTYASFFLAGGTQGAPTLTYQQSVNTTGLGIGGGFFGTPRLTMLPSSSAQCLFLSDAGTGDIAAFNIQSQSVVGTFQGSSNDNGTSNGIGIVMNQNYLYAGYTLSNTIATFSVGSGCQLSFLGDISVTPLNGGWVAGMALNGNILVVTYIDGSIQSFNTASGIPTSNNDEQNATGFASAFFPDSVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVMYVLGTATNAIGPGINSANVRLSPDESLIYIGNSQNAYVSAAFFNKNTGKVSPGCISPALTNFYNPWSYVGALQTRDTT
Ga0302325_1004064363300031234PalsaMKKLWIVLMVLSAVIAPVLLCAADKADKKKPGNSPIYVVTNDDGTTHTYASFYLAGGTQGAPTLTYQQSVNTTGLGIGGGFFGTPRLAMLPSSSAQCLFLSDAGTSDIAAFNIQTQSVVGTFQGSTNDNGTSNGIGIVMNQNYLYAGYTLSNSIATFSVGAGCQLSFLGDITVAPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTASGIPTSNNDEQNATGFASAFFPDSVDITQDGHFAIFGDAAITTTVEVSDLSSGKLAPTVMYILGTTTNAIGPGVNSATARLSPDESLIYIGNSQNSYVTAAFFNKNTGKVSAGCNSPALANFYNPWSYVGWLQTRDTTGTGNVLYAAEFGSSIGIINVTSTGTACTLTEAAGSPVTDDFSPGLLSIQVFPPRPF
Ga0265325_1016504013300031241RhizosphereVITNDDALTPNLASFYLAGGSQGSPTLSLAQTVNIQGQGIGGGFFGTPRLAMLPSSSAQCLYVSDAGTGDIAAINLQTQTLAGNFSPSMNDNGTSNGVGLVLNQNYLYAGYTQSNTIATFAIGAGCTLSFLGDITVNPLNGGWVAGMALNGNMLVVTYIDGSIESFNTANGIPLPNNDEQNATGFASAFFPDGVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLARTVQYLVGLPTNAIGPGVNSASVRLSPDQSLLYIGNSQNGYVAAAFFNKSTGKVSPGCSSKLLNGFYDPWSYVGALATRDTTGTGNVLYVAEFGSSIGIVNVTSNGASCTLTEAAGSPVA
Ga0265340_1004781923300031247RhizosphereMKKLSLLLAILSILVSPLASYAGNKSNNKSNKTKAPDTPIYVITNDDALTPNLASFYLAGGSQGSPTLSLAQTVNIQGQGIGGGFFGTPRLAMLPSSSAQCLYVSDAGTGDIAAINLQTQTLAGNFSPSMNDNGTSNGVGLVLNQSYLYAGYTQSNTIATFAIGAGCTLSFLGDITVNPLNGGWVAGMALNGNMLVVTYIDGSIESFNTANGIPLPNNDEQNATGFASAFFPDGVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLARTVQYLVGLPTNAIGPGVNSASVRLSPDQSLLYIGNSQNGYVAAAFFNKSTGKVSPGCSSKLLNGFYDPWSYVGALATRDTTGTGNVLYVAEFGSSIGIVNVTSNGASCTLTEAAGSPVADDSSPGLLSIQVFPPRPF
Ga0302320_1080771113300031524BogPMKKLLIVLMAVCVLIAPLMLFAVDKKKPSNSPIYVITNDDGLTHTYASFYLAGGTQGAPTLTYQQSVNTTGLGIGGGFFGTPRLAMVPSSSPQCLFVSDAGSGDIAALNMPAQTLVGTFQGSTNDNGTSNGIGMAVNQNYLYAGYTLSNTIATFSVGSGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPTSNNDEQNATGFASAFFPDSVDITQDGHYAIFGDAAITTTVEVSDLSSGKLAPTVMYLLGAATNAIGPGVNSASVRLSPDESLLYIGNSQNAYVSAAFFNKNTGKVSAGCVSPPLTNFYNPWSYVGSLQTRDTTGTG
Ga0302326_1042549223300031525PalsaMKSFLFLLTMVCVLVSVSLLSAADKASPSNPPPIYVMTNDDGTLHNYSSFFVAGVSQGQPTLTVLSGVNTQGTGIGGGFFGTNRVTMPPSSTAQCEYVSDANSGDIAAINIQTQQLVGNFMGSSNDIGTSNGIGMAMNQNYLYAGYTLSNTIATFSVGAGCQLAFLGDITVTPLNGGYIDGMALNGNILVVTYIDGSIQSFNTSNGIPISNNDEQNATGYAAGPYFANGVDITQDGHFAIFGDTATATVVEVSDLSSGKLAPTVMFVIPQQPSNTIGPAISSSTVRLSPDESLLYIANSQLPYVTAAFFNKTTGKVSAGCTSPALNLFYNPWSYIGSLATRDTTGTGNVLYAAEFGSDIAILNVSSTGTSCTLTESPSSPVSDELSPGLISIQVFPPRPF
Ga0310686_10817297213300031708SoilGSGPTLTFQSNVNSGGKGIGGGFFGTPRVNLLHDSSAQCAYVSNAGTGDIASINIQTQTRVGNFLGSSTDSGSANGIGIALNQNYLYAGYSVSNTIGTFAIGAGCQLTFLGDVSAVSLNGGWIGGMAIHGNILVVAYGDGSIQSFNIANGIPMSNNDEQNSTGFAAAYFPEGVDITQDGHFAIFGDASVPTTIEVSDISSGKLTPTVQYTVGTPTNAVGPGLNSASVWLSPDESLLYIANSQGNTVTAAFFNKNTGKVTPGCSSPPLNLFYNPWTYVGSLVTRDNTGTGGVLYLAEFAPVDSSIGILQVTSNGTTCTLTEPSTSPVVDSFSGGLLSIQSFPPRLF
Ga0348332_1472716113300032515Plant LitterQNNPTLSFLQSINTQGLGIAGGFFGTPRLAMLPSSSAQCLYVSDAGTGDIASINLSTNQVVGNFLGSANDIGSSNGIGMVMNQNYLYAGYTTSNTIGTFAVGAGCTLSFLGDITVTPLNGGYIAGMALNGNIMVVTYIDGSIESFNIANGIPVTNNDEKNSFGFIQGFFPDSVDISQDGHFAIFGDAATSTIVEVSDISSGKLAPTVMYILGVPTNPITPGVSSATARLSPDESLLYIGNTTSGYVSAAFFNKSNGRLSPGCITQHLTNYYNPWSYVTSLQTRDTTGTGNVLYAAEFGSSIAIIKVTSTGTACTLTEVAGSPVSDNSSPALIS
Ga0335085_10000069873300032770SoilMKKLVVSIMVVVLCLAPSLLCAANKSAPGAPPVYVITNDDGTLHSYATFYVAGGMQGDPTLSYLENINTHGFGIGGGFFGTPRLAMLPSSSAQCLYVSNASSGDIAAMDISTLQLVGNFLGSTNDNGTSNGIGMVLNQNYLYAGYSLSNTIATFSVGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIESFNTANGIPISNNDKQNAAGFASAYFPDGVDITQDGHYAIFADAAVPTTVEVSDLSSGKLGPTIPYLVSEPTNVIGPGVNSATVRLSPDQSLLYIGNSQSGTVSAAFFDKNTGKISPGCASKQLKNFYNPWSYIGALATRDTGGTGTVLYAAEFGSSIGILNVTSTGTTCTLTESASSPVTDESSPGLLSIEVFPPRPF
Ga0335079_10003746123300032783SoilMKPISSFLTVVCIFVSASLLLAADKTSPSGPPNIYVMTDDDGTLHNYSSFYLAGGTQGAPTLTNQHGVLTEGTGIGGGFFGTSRLAMPPSSSAQCVYVSDANSGDIAAMNIQSQTLVGNFLGSSNDVGTSNGIGLVMNQNYLYAGYTLSNTIATFAVGSSCQLTFLGDITVTPLNGGWISGMALNGNILVVAYLDGSIQSFNTSNGIPVSNNDEQYTAGYAADYLANGVDITQDGHFAIFGDTATATVVEVSDLSSGKLSPTMLYVIPQQPSNTIGPAISASTVRLSPDESLLYVGNTQSSYVTAAFFNKNTGKVSAGCTSPALNLFLNPWSYVGSLQTRDTTGTGNVLYVAEFGSYIGILTVSSTGTSCTLTESPASPVGDELSPGLISIQVFPPRPF
Ga0335079_1005186933300032783SoilMKNLVVSLLVVTGVFLMPSLLGAANKPKPADSPIYVITNDDGTLHSYGSFYQAAGTQEAPTLTYLQSVNTHGFGIGGGFFGMPRVAMVPSSSAQCVYISDASSGDIAAIDIQSQQLVGNFSGSMNDNGTSNGIGMVMNQNYLYAGYSLSNTIATFSVGAGCQLSFLGDITVTPLNGGWVAGMALNGNILVVTYIDGSIQSFNTANGIPISNNDEQNASGFASAFFPDGVDVTQDGHFAIFADAAVPTTVEVSDLSSGKLGPTVQYLVSNTTNVIGPGVNSATVRLSPDQSLLYIGNSQSGTVTAAFFNKNTGAVTPGCSSQQLKNFYNPWSYIGGLATRDTTGTGNVLYVAEFGSSIGILTVGPMGCTLTESAASPVTDELSPGLLSIQVYPPRPF
Ga0335079_1005898223300032783SoilMKKLVVSIMVVVLCLAPSLLCAANKSAPGAPPVYVITNDDGTLHSYATFYVAGGTQGDPTLSYLENINTHGFGIGGGFFGTPRLAMLPSSSAQCLYVSNASSGDIAAMDISTLQLVGNFLGSTNDNGTSNGIGMVLNQNYLYAGYSLSNTIATFSVGAGCQLSFLGDITVTPLNGGWIAGMALNSNMLVVTYIDGSIESFNTANGIPISNNDKQNAAGFASAYFPDGVDITQDGHYAIFADAAVPTTVEVSDLSSGKLGPTIPYLVSEPTNVIGPGVNSATVRLSPDQSLLYIGNSQSGTVSAAFFDKNTGKISPGCASKQLKNFYNPWSYIGALATRDTGGTGTVLYAAEFGSSIGILNVTSTGTTCTLTESASSPVTDESSPGLLSIEVFPPRPF
Ga0335079_1008514713300032783SoilDDYGVMFSTISIYQATTTEQGPSLVFQNAINISGRGGVGGFFGTPRITMLPDPSTQCLYASNAATNDIAAVNLQTQQLAGIFAGRKDTGSSNGIGLVMNGNYLYAGFTLTNTIAVFAVQAGCQLSFVDHISVAGLNGGSIGGMALRGNLLVVAYGDGSIESFNVANGVPVPNNDEQNSTGFASAYFPESVDITQDGHFAIFGDAAVPATVEVSDISGGKLAPTVQYTPGTATHAVTQGVNSSTVRLSPDETLLYIGDSQSGHVTAAFFNKTSGKITPGCVSARLNNFYNPWSYVGGLATRDTTGAGGVLYVAEFGSSIAIVNVASDGTTCSLTESAASPVGDERSPDLLSIQVVPPRPF
Ga0335079_1021435823300032783SoilVKKLFLLLLFCSFLLLSAASYGANKSTGKANKTEAADSPIYVITNDDDGVLNSASFFVAGGSQGAPTLTLSRSVNIVGQGIGGGFFGTPRLAMLPDSSAPCLYVSDAGTQDIAAIDLQTQMLVGNFSPSMNDNGSSNGIGLAVNQNYLYAGYTQSNTIATFAVSAGCTLSFLGDITVAPLNRGWVAGMALNGNLLVVTYVDGSIQSFNTANGIPIPNDDEQNASGYANAFFPDGVDITQDGHFAIFADAAVPTTVEVSDLSSGKLAPTVQYLVGQPTNAIGPGVNSATVRLSPDQSLIYIGNSQNGYVTAAFFNKNTGKVTPGCSSKLLNGFYNPWSYVGSLATRDAIGTGNVLYVAEFGSSLGIVNVTSTGTSCTLTEAAASPVSDQSSGLLSIQVFPPRPF
Ga0335079_1042191013300032783SoilFYLAGGTQSTPTLTYQRSVTTQGMGIGGGFFGTPRLAMLPDPSAQCLYVADAGSGDIAAINIQSQQWAGNFSGSQTDNGTSNGIGLAMNQSYLYAGYSLSNTIATFAVGAGCTLSFLGDISVTPLNGGWIAGMALNRNMLVVTYIDGSIQSFNTANGVPMSNNDEQNATGFADAFFPDGVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAPTVQYLVSAPTNAVGPGLSSATVRLSPDQSLIYIGNSQNGYVTAAFFNKNTGKVTPGCSSPVLTNFYNPWSYVGSVATRDTTGTGNVLYVAEFGSSIAVVKVTSTGTSCTLTEAAGSPVSDDMSPGLLSIQVFPPRPF
Ga0335078_1001795583300032805SoilMKKLVVSIMVVVLCLAPSLLCAANKSAPGAPPVYVITNDDGTLHSYATFYVAGGMQGDPTLSYLENINTHGFGIGGGFFGTPRLAMLPSSSAQCLYVSNASSGDIAAMDISTLQLVGNFLGSTNDNGTSNGIGMVLNQNYLYAGYSLSNTIATFSVGAGCQLSFLGDITVTPLNGGWIAGMALNSNMLVVTYIDGSIESFNTANGIPISNNDKQNAAGFASAYFPDGVDITQDGHYAIFADAAVPTTVEVSDLSSGKLGPTIPYLVSEPTNVIGPGVNSATVRLSPDQSLLYIGNSQSGTVSAAFFDKNTGKISPGCASKQLKNFYNPWSYIGALATRDTGGTGTVLYAAEFGSSIGILNVTSTGTTCTLTESASSPVTDESSPGLLSIEVFPPRPF
Ga0335078_1021085423300032805SoilVKKLFLLLLFCSFLLLSAASYGANKSTGKANKTEAADSPIYVITNDDDGVLNSASFFVAGGSQGAPTLTLSRSVNIVGQGIGGGFFGTPRLAMLPDTSAPSLYVSDAGTQDLSANDLQTQKLVGNFSPSMNDNGSSNGIGLAVNQNYLYAGYTQSNTIATFAVSAGCTLSFLGDITVAPLNRGWVAGMALNGNLLVVTYVDGSIQSFNTANGIPIPNDDEQNASGYANAFFPDGVDITQDGHFAIFADAAVPTTVEVSDLSSGRLAPTVQYLVGQPTNAIGPGVNSATVRLSPDQSLIYIGNSQNGYVTAAFFNKNTGKVTPGCSSKLLNGFYNPWSYVGSLATRDAIGTGNVLYVAEFGSSLGIVNVTSTGTSCTLTEAAASPVSDQSSGLLSIQVFPPRPF
Ga0335078_1086076723300032805SoilSLNTQGLGIGGGFFGTPRLTMLPSSNAQCLYVSDASTGDIAAINIQNLASPVLVGNFSGSTNDNGTTNGIGIVMNQNYLYAGYSLSNTIATFSVGAGCTLSFLGDITVTPLNGGYIAGMATNGNILVVTYIDGSIQSFNTASGIPVSNNDEQNSAGFAQSYYPDSVDITADGHYAIFGDAAVPITVEVSDLSSGKLAPTVMYLVSPTTNAIGPGVNSATARLSPDESLLYVGNSQSGYVAAAFFNASTGKVSPGCTSQLLNNFYNPWAYIGGLQTRDTTGTGNVLYIAEFGSSIGIVKVTSTGTACTLTEAAGSPANDESSPGLLSIQVVPPRPF
Ga0335080_1063698213300032828SoilVNIVGQGIGGGFFGTPRLAMLPDSSAPCLYVSDAGTQDIAAIDLQTQMLVGNFSPSMNDNGSSNGIGLAVNQNYLYAGYTQSNTIATFAVSAGCTLSFLGDITVAPLNRGWVAGMALNGNLLVVTYVDGSIQSFNTANGIPIPNDDEQNASGYANAFFPDGVDITQDGHFAIFADAAVPTTVEVSDLSSGKLAPTVQYLVGQPTNAIGPGVNSATVRLSPDQSLIYIGNSQNGYVTAAFFNKNTGKVTPGCSSKLLNGFYNPWSYVGSLATRDAIGTGNVLYVAEFGSSLGIVNVTSTGTSCTLTEAAASPVSDQSSGLLSIQVFPPRPF
Ga0335081_1098804913300032892SoilAMLPDPSAQCLYVADAGSGDIAAINLQSQQLAGNFSASQNDNGTSNGIGLAMNQSYLYAGYSLSNTIATFAVGAGCTLSFLGDIAETPLNGGWIAGMALNRNMLVVTYIDGSIQSFNTANGVPMSNNDEQNATGFADAFFPDGVDITQDGHFAIFGDAAVPTTVEVSDLSSGKLAATVQYLVGQPTNAIGPGLSSATVRLSPDQSLIYIGNSQNGYVTAAFFDKNTGKVTPGCASPVLTNFYNPWSYVGSLATRDTTGTGNVLYVAEFGSSIAIVKVTSTGTACTLTEAAGSPVADDLSPGLLSIQVFPPRPF
Ga0335069_1002876723300032893SoilMKKRFLLMVMGTFALSLLASAGEKTKTPDSPIYVMTNDDGQLHSYASFYQAGGSQGAPTLTYLTSVNTQGLGIGGGFFGTPRLAMLPSSSAQCLYVSDASSGDIAAIDIQTQQLVGNFAGSSNDNGTSNGIGLAMNQSYLYAGYTLSNTIATFSVGAGCQLTFLGDITVTPLNGGWVAGMALNGNILVVTYIDGSIQSFNISNGIPLSNNDEQNATGFASAFFPDAVDITQDGHFAIFADSAIATTVEVSDISSGKLMPTVMYTLGDAARSITLAVNSATVRLSPDQSLIYIGNSQSGTVTAAYFNKNTGKVLPGCTSKQLNNFYNPWSYIGELATRDTTGTGNVLYAAEFGSSIAIINVNVTTPLCTLTEAVSSPIGDDFSPGLLSIQVFPPRPF
Ga0335074_1002708153300032895SoilMKNFLAILVVATLATPVLVRAADKAKSSPPSSPSGSPIYVFTNDDGTTHSYSSVYEAGGTQGAPTLTYQQSINTTGLGIGGGFFGTPRLAMLPSSSAQCLYVSDAGTGDIAAVNIAAQTLAGTFMGSSNDVGTSNGIGLALNQTYLYAGYTLSNTIATFAVEPGCQLNFLGDISVTPLNGGYIAGMALHGNILVVTYIDGSIQSFNISNGIPISNNDEQNSAGYSQAYFPDGVDITSDGHWAIFADASVPPVIEVSDISSGKLAPTAMYLLGEATRSITPGVNSTTVRLSPDGTLLYVGNSQTGYVTAAFFFNGTGKVLNGCISPQLKNFYNPWSYVGDLETRDTTGSGNVLYVAEFGSSIGILNVMSSGTTCTMTEAASSPVTDDLSPGLLNIKVFPPRPY
Ga0335074_1008883443300032895SoilMKKLFIVLFILGIWISPAPSYAANKSKPSDSPTYVITNDDGLLHTYATVFLAGTNQGQPTLTFQQSINTTGLGIGGGFFGTQRLTMLPSSNAQCLYVSDAGTGDVAAINLQSLQLLGNFHGSSNDVGTSNGIGLAMNQNYLYAGYTLSNTIATFSVGAGCTLSFLGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIQSFNTANGIPVSNNDEQNATGFASAYFPDGVDITQDGHYAIFGDAAVTSVVEVSDLSSGKLAPTVLYVVGQPTNAIGAGYNSASVRLSPDESLLYIGNSQNGYVTAAFFNKTTGTLSPGCSSKQLANFYNPWSYVGSLQTRDTTGTGNVLYVAEFGSSIGILNITSTGTTCTLTEAPGSPVSDDSSPGLLSIQAVPPRPF
Ga0335074_1021954813300032895SoilYVMTDDDGTLHNYSSFYVAGGTQGSPTLTYQQSVNSGGTGIGGGYFGSNRVVLPPSSTAQCEYVSDANSGDIAAINIQSQQLVGNFLGSTNDIGTSNGIGMAMNQNYLYAGYTLSNTIATFSVGAGCQLTFLGDITVTPLNGGYVAGMAVNGNILVVTYLDGSIQSFNISNGIPISNNDEQDAAGYAQTFYPDGLDITQDGHYAVFGDDATQNVVEVSDLSSGKLAPTVLYALGDAFRSITPVVNSATVRLSPDETLLYIGNSTSGNVSAAFFDKNTGRLAGGCASATLNNYYNPWAYVGALATRDTTGNGNVLYAAEFGSSIGIINVTATDVTCTLTEAPGSPVTDNLSPGLISIGVFPPRPF
Ga0335072_1009888823300032898SoilMKNSIFLLFVCGSLLAPSLLCAADKSKPSGNTIYVMTDDDGTLHNYSSFYVAGGTQGSPTLTYQQSVNSGGTGIGGGYFGSNRVVLPPSSTAQCEYVSDANSGDIAAINIQSQQLVGNFLGSTNDIGTSNGIGMAMNQNYLYAGYTLSNTIATFSVGAGCQLTFLGDITVTPLNGGYVAGMAVNGNILVVTYLDGSIQSFNISNGIPISNNDEQDAAGYAQTFYPDGLDITQDGHYAVFGDDATQNVVEVSDLSSGKLAPTVLYALGDAFRSITPVVNSATVRLSPDETLLYIGNSTSGNVSAAFFDKNTGRLAGGCASATLNNYYNPWAYVGALATRDTTGNGNVLYAAEFGSSIGIINVTATDVTCTLTEAPGSPVTDNLSPGLISIGVFPPRPF
Ga0335076_1012572023300032955SoilMKNLVVSLLVVTGVFLMPSLLGAANKPKPADSPIYVITNDDGTLHSYGSFYQAAGTQEAPTLTYLQSVNTHGFGIGGGFFGMPRVAMVPSSSAQCVYISDASSGDIAAIDIQSQQLVGNFSGSMNDNGTSNGIGMVMNQNYLYAGYSLSNTIATFSVGAGCQLSFLGDITVTPLNGGWVAGMALNGNILVVTYIDGSIQSFNTANGIPISNNDEQNASGFASAFFPDGVDITQDGHFAIFADAAVPTTVEVSDLSSGKLGPTVQYLVSNTTNVIGPGVNSATVRLSPDQSLLYIGNSQSGTVTAAFFNKNTGAVTPGCSSQQLKNFYNPWSYIGGLATRDTTGTGNVLYVAEFGSSIGILTVGPMGCTLTESAASPVTDELSPGLLSIQVYPPRPF
Ga0335076_1023026523300032955SoilMKKLVVSIMVVVLCLAPSLLCAANKSAPGAPPVYVITNDDGTLHSYATFYVAGGTQGDPTLSYLENINTHGFGIGGGFFGTPRLAMLPSSSAQCLYVSNASSGDIAAMDISTLQLVGNFLGSTNDNGTSNGIGMVLNQNYLYAGYSLSNTIATFSVGAGCQLSFLGDITVTPLNGGWIAGMALNGNMLVVTYIDGSIESFNTANGIPISNNDKQNAAGFASAYFPDGVDITQDGHYAIFADAAVPTTVEVSDLSSGKLGPTVPYLVSEPTNVIGPGVNSATVRLSPDQSLLYIGNSQSGTVSAAFFDKNTGKISPGCASKQLKNFYNPWSY
Ga0335073_1000450783300033134SoilMKKLFILVMMTSLALPSALCAGNKASPSDSPIYVITNDDGARHTYASFYAAGGTQGAPTLTYVQSVNTLGLGIGGGFFGTPRLAMLPSSTAQCLYVSDAGSSDIAAINIPSQQLVGNFIGSTNDSGTSNGIGLVMNQNYLYAGYTLSNTIATFSVGAGCQLTFLGDITVTPLNGGWIAGMALNGNILVVTYIDGSIQSFNVANGIPVSNNDEQNATGYASAFFPDGVDITQDGHFAIFADAAVPTTIEVSDISSGKLTPTVLYTVGDAVHVISGAVNSATVRLSPDESLIYIGNSQSGNVTAAYFNKNTGKILPGCTSKQLNNFYNPWSYIGSLVTRDTTQTGTVLYAAEFGSSIAIINVGTTGPVCTLTEAPSSPVSDNLSPGLLSIEVFPPRPF
Ga0335073_1035591923300033134SoilMKKTIFLLLVCGSLLVPSLCMASDKEPSGPNIYVITNDDAPRHTTASFYTAGGTQQAPTLSDQHGVSITNATGIGGGFFGTPRLAILPSSSPQCIYVSDANTGDVAAVDIPSQTLVGRFFGSSNDVGTSNGIGIVINQNYLYAGYTLSNTIATFAVGSGCQLTFLGDITVTPLNGGYISGMALNGNMLVLTYLDGSIQSFNTANGIPISNNDEQNSTGYAADYFANGVDITQDGHFAIFGDTATTTVVEVSDLSSGKLAPTVMYVIPQQPSNTIGPAISSSTVRLSPDESLLYIANTQLPYVTAAFFNATSGKVSAGCTSPALNLFYNPWSYIGALQTRDTTGTGNVLYVAEFGSDIGILTVTSTGT
Ga0335073_1038245323300033134SoilMKKLCVVLLILGVWILPATSYAANKSKPGTVPIYVITNDDGTLHTYASFYFAGGTQNDPTLTYQNSLNTQGLGIGGGFFGTPRLTMLPSSNAQCLYVSDASTGDIAAINIQNLASPVLVGNFSGSTNDNGTTNGIGIVMNQNYLYAGYTLSNTIATFSVGAGCTLSFLGDITATPLNGGYIAGMATNGNILVVTYIDGSIQSFNTASGIPVSNNDEQNSAGFAQSYYPDSVDITADGHYAIFGDAAVPITVEVSDLSSGKLAPTVMYLVSPTTNVIGPGVNSATARLSPDESLLYVGNSQSGYVAAAFFNASTGKVSPGCTSQLLNNFYNPWAYIGGLQTRDTTGTGNVLYIAEFGSSIGIVKVTSTGTACTLTEAAGSPANDESSPGLLSIQVVPPRPF
Ga0335073_1068852823300033134SoilDANSGDIAAINIQSQQLVGNFLGSTNDIGTSNGIGMAMNQNYLYAGYTLSNTIATFSVGAGCQLTFLGDITVTPLNGGYVAGMAVNGNILVVTYLDGSIQSFNISNGIPISNNDEQDAAGYAQTFYPDGLDITQDGHYAVFGDDATQNVVEVSDLSSGKLAPTVLYALGDAFRSITPVVNSATVRLSPDETLLYIGNSTSGNVSAAFFDKNTGRLAGGCASATLNNYYNPWAYVGALATRDTTGNGNVLYAAEFGSSIGIINVTATDVTCTLTEAPGSPVTDNLSPGLISIGVFPPRPF
Ga0326728_100000183203300033402Peat SoilMKKLFTLLLILGIWILPATSHAADKSKASSSPIYVITNDDGTMHSYATFFVAGGTQNDPTLTFQQSVNTQGLGIGGGFFGTPRLTMLPNSSTQCLYVSDAGTGDVAAINLSSKTLVGNFSGSINDIGTSNGIGLAMNQNYLYAGYTLSNTIATFSVGAGCTLSFLGDITVTPLNGGWIAGMALNGNIMVVTYIDGSIESFNIANGIPIPNNDEQNSAGFAQTYFPDSVDITQDGHFAIFGDAAVPTIVEVSDLSSGKLAPTVMYLVSLPTNAIGPGVNSATARLSPDESLLYICNSQNGYVAAAFFNTSTGKVTPGCTSQLLNNFYNPWSYVGGLQTRDTTGTGNVLYVAEFGSSIGIVNVTSTGTACTLTEVAGSPVADNSSPGLLSIQVAPPRPF
Ga0370515_0014619_3_10733300034163Untreated Peat SoilHSYSSFYTAGGTLGNPTLTYLSNVNTQGLGIGGGFFGTQRLAMLPSSSAQCIYVSDASTNDIAAVNIQTQTLVGNFTGSSTDNGNTNGIGMVMNQNYLYAGYTASNTIATFSVGSGCQLTFLADITVTPLNGGWVDGMALNGNILVVTYIDGSIQSFNTSNGIPISNNDEQYTAGYVTGPYFANGVDITQDGHFAIFGDTATATVVEVSDLSTGRLGPTIMTVVPHQPSNTLGPAMSSSTVRLSPDESLLYIANSQLPYVTAAFFNKTTGRVSAGCTSGALNLFYNPWSYIGSLATRDTTGTGNVLYAAEFGSDIGILNVSSTGTSCTLTESPSSPVSDELSPGLISIQVFPPRPF

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Bioinformatics & Integrated Biology Lab
Institute for Fundamental Biomedical Research
Biomedical Sciences Research Center "Alexander Fleming"
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