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 F042001

Metagenome / Metatranscriptome Family F042001

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F042001
Family Type Metagenome / Metatranscriptome
Number of Sequences 159
Average Sequence Length 215 residues
Representative Sequence LSSGASGVSSHPIKNGWLEIQSGGGNGRVYWNYHEVPQYSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTDGWVLDGKVVFGGFGLAFHRDNVESKAEYWHNNQGNGITVPYPSGLKLVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGLSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS
Number of Associated Samples 117
Number of Associated Scaffolds 159

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 3.41 %
% of genes near scaffold ends (potentially truncated) 54.72 %
% of genes from short scaffolds (< 2000 bps) 47.17 %
Associated GOLD sequencing projects 100
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (82.390 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Terrestrial → Soil → Unclassified → Agricultural → Soil
(20.126 % of family members)
Environment Ontology (ENVO) Unclassified
(27.044 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Soil (non-saline)
(29.560 % of family members)



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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 0.00%    β-sheet: 38.18%    Coil/Unstructured: 61.82%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 159 Family Scaffolds
PF01026TatD_DNase 5.03
PF07690MFS_1 2.52
PF04493Endonuclease_5 1.89
PF04715Anth_synt_I_N 1.89
PF00795CN_hydrolase 0.63

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 159 Family Scaffolds
COG0147Anthranilate/para-aminobenzoate synthases component IAmino acid transport and metabolism [E] 3.77
COG1515Deoxyinosine 3'-endonuclease (endonuclease V)Replication, recombination and repair [L] 1.89


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A82.39 %
All OrganismsrootAll Organisms17.61 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000890|JGI11643J12802_12338411Not Available1532Open in IMG/M
3300003987|Ga0055471_10028410Not Available1405Open in IMG/M
3300003987|Ga0055471_10052472All Organisms → cellular organisms → Archaea1107Open in IMG/M
3300003996|Ga0055467_10017550All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrososphaeria → Nitrososphaerales → Nitrososphaeraceae → unclassified Nitrososphaeraceae → Nitrososphaeraceae archaeon1555Open in IMG/M
3300003996|Ga0055467_10183209Not Available640Open in IMG/M
3300003999|Ga0055469_10006128All Organisms → cellular organisms → Archaea2209Open in IMG/M
3300003999|Ga0055469_10016437All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrososphaeria → Nitrososphaerales → Nitrososphaeraceae → unclassified Nitrososphaeraceae → Nitrososphaeraceae archaeon1625Open in IMG/M
3300004013|Ga0055465_10027947All Organisms → cellular organisms → Archaea1368Open in IMG/M
3300004013|Ga0055465_10028445Not Available1360Open in IMG/M
3300004013|Ga0055465_10096155All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → unclassified Nitrosopumilales → Nitrosopumilales archaeon879Open in IMG/M
3300004013|Ga0055465_10203732Not Available651Open in IMG/M
3300004643|Ga0062591_101159700Not Available749Open in IMG/M
3300005206|Ga0068995_10064695Not Available687Open in IMG/M
3300005329|Ga0070683_102153878Not Available535Open in IMG/M
3300005356|Ga0070674_101079235Not Available708Open in IMG/M
3300005441|Ga0070700_101522440Not Available569Open in IMG/M
3300005455|Ga0070663_101424721Not Available614Open in IMG/M
3300006169|Ga0082029_1447879All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Candidatus Nitrosotenuis → Candidatus Nitrosotenuis uzonensis784Open in IMG/M
3300006847|Ga0075431_100139048Not Available2504Open in IMG/M
3300006880|Ga0075429_100444766All Organisms → Viruses → Predicted Viral1136Open in IMG/M
3300006918|Ga0079216_10621100Not Available749Open in IMG/M
3300006918|Ga0079216_11044139Not Available637Open in IMG/M
3300007004|Ga0079218_10152077All Organisms → cellular organisms → Bacteria1691Open in IMG/M
3300007004|Ga0079218_10270016All Organisms → Viruses → Predicted Viral1358Open in IMG/M
3300007004|Ga0079218_10391947Not Available1178Open in IMG/M
3300009094|Ga0111539_10091165All Organisms → cellular organisms → Archaea3581Open in IMG/M
3300009100|Ga0075418_10497958All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → unclassified Nitrosopumilales → Nitrosopumilales archaeon1308Open in IMG/M
3300009100|Ga0075418_11530315Not Available724Open in IMG/M
3300009168|Ga0105104_10179635All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → unclassified Nitrosopumilales → Nitrosopumilales archaeon1148Open in IMG/M
3300009168|Ga0105104_10731162Not Available571Open in IMG/M
3300009804|Ga0105063_1081427Not Available518Open in IMG/M
3300010039|Ga0126309_10239646Not Available1023Open in IMG/M
3300010041|Ga0126312_10003512All Organisms → cellular organisms → Archaea10589Open in IMG/M
3300010041|Ga0126312_10091904Not Available2067Open in IMG/M
3300010044|Ga0126310_10059547Not Available2160Open in IMG/M
3300010044|Ga0126310_11414496Not Available567Open in IMG/M
3300010045|Ga0126311_10013860Not Available4614Open in IMG/M
3300011333|Ga0127502_10408840Not Available682Open in IMG/M
3300011333|Ga0127502_10554049Not Available833Open in IMG/M
3300011333|Ga0127502_10675747Not Available689Open in IMG/M
3300012939|Ga0162650_100020830All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → unclassified Nitrosopumilales → Nitrosopumilales archaeon942Open in IMG/M
3300013096|Ga0157307_1022685Not Available1047Open in IMG/M
3300013306|Ga0163162_11345478Not Available812Open in IMG/M
3300014311|Ga0075322_1035503All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → unclassified Nitrosopumilales → Nitrosopumilales archaeon1059Open in IMG/M
3300015077|Ga0173483_10006751All Organisms → cellular organisms → Archaea3856Open in IMG/M
3300015371|Ga0132258_10145604All Organisms → cellular organisms → Archaea5675Open in IMG/M
3300015371|Ga0132258_11533442All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrososphaeria → Nitrososphaerales → Nitrososphaeraceae → unclassified Nitrososphaeraceae → Nitrososphaeraceae archaeon1683Open in IMG/M
3300019208|Ga0180110_1010957Not Available707Open in IMG/M
3300019269|Ga0184644_1711962Not Available575Open in IMG/M
3300025567|Ga0210076_1064144Not Available798Open in IMG/M
3300025721|Ga0209587_1160902Not Available594Open in IMG/M
3300025791|Ga0210115_1025142All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrososphaeria → Nitrososphaerales → Nitrososphaeraceae → unclassified Nitrososphaeraceae → Nitrososphaeraceae archaeon1332Open in IMG/M
3300025791|Ga0210115_1038199All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → unclassified Nitrosopumilales → Nitrosopumilales archaeon1045Open in IMG/M
3300025791|Ga0210115_1093465Not Available612Open in IMG/M
3300025937|Ga0207669_10823218Not Available771Open in IMG/M
3300025944|Ga0207661_11916885Not Available538Open in IMG/M
3300025961|Ga0207712_10337493Not Available1248Open in IMG/M
3300027424|Ga0209984_1037944Not Available690Open in IMG/M
3300027552|Ga0209982_1034910Not Available796Open in IMG/M
3300027636|Ga0214469_1031874Not Available1711Open in IMG/M
3300027650|Ga0256866_1035322Not Available1305Open in IMG/M
3300027695|Ga0209966_1169665Not Available511Open in IMG/M
3300027743|Ga0209593_10100470Not Available1065Open in IMG/M
3300027743|Ga0209593_10191412Not Available723Open in IMG/M
3300027907|Ga0207428_10097823All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → unclassified Nitrosopumilales → Nitrosopumilales archaeon2271Open in IMG/M
3300027909|Ga0209382_10495585Not Available1346Open in IMG/M
3300028578|Ga0272482_10127501Not Available740Open in IMG/M
3300030619|Ga0268386_10066334All Organisms → cellular organisms → Archaea2828Open in IMG/M
3300031229|Ga0299913_11004723Not Available800Open in IMG/M
3300031562|Ga0310886_10237673All Organisms → Viruses → Predicted Viral1013Open in IMG/M
3300031847|Ga0310907_10135485Not Available1112Open in IMG/M
3300031854|Ga0310904_10040865All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrososphaeria → Nitrososphaerales → Nitrososphaeraceae → unclassified Nitrososphaeraceae → Nitrososphaeraceae archaeon2242Open in IMG/M
3300031854|Ga0310904_10503384Not Available813Open in IMG/M
3300031858|Ga0310892_10225053Not Available1143Open in IMG/M
3300031908|Ga0310900_11189279Not Available634Open in IMG/M
3300031944|Ga0310884_10277603Not Available926Open in IMG/M
3300032003|Ga0310897_10519312Not Available580Open in IMG/M
3300032012|Ga0310902_10098815All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrososphaeria → Nitrososphaerales → Nitrososphaeraceae → unclassified Nitrososphaeraceae → Nitrososphaeraceae archaeon1556Open in IMG/M
3300032012|Ga0310902_10172478All Organisms → cellular organisms → Archaea1245Open in IMG/M
3300032075|Ga0310890_10018211All Organisms → cellular organisms → Archaea3542Open in IMG/M
3300032075|Ga0310890_10708915Not Available789Open in IMG/M
3300032075|Ga0310890_11314907Not Available591Open in IMG/M
3300032122|Ga0310895_10186100Not Available923Open in IMG/M
3300034666|Ga0314788_062989Not Available761Open in IMG/M
3300034668|Ga0314793_033153Not Available877Open in IMG/M
3300034673|Ga0314798_072936Not Available684Open in IMG/M
3300034675|Ga0314800_046430Not Available608Open in IMG/M
3300034676|Ga0314801_075762Not Available714Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
SoilEnvironmental → Terrestrial → Soil → Unclassified → Agricultural → Soil20.13%
Natural And Restored WetlandsEnvironmental → Aquatic → Marine → Wetlands → Unclassified → Natural And Restored Wetlands13.21%
Populus RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Populus Rhizosphere10.06%
Serpentine SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Serpentine Soil8.80%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Soil6.92%
Agricultural SoilEnvironmental → Terrestrial → Soil → Unclassified → Agricultural Land → Agricultural Soil6.29%
Freshwater SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Freshwater Sediment3.77%
Arabidopsis Thaliana RhizosphereHost-Associated → Plants → Rhizoplane → Epiphytes → Unclassified → Arabidopsis Thaliana Rhizosphere3.14%
SoilEnvironmental → Aquatic → Freshwater → Groundwater → Unclassified → Soil2.52%
Corn RhizosphereEnvironmental → Terrestrial → Soil → Loam → Agricultural Soil → Corn Rhizosphere2.52%
Groundwater SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Groundwater Sediment1.89%
Arctic Peat SoilEnvironmental → Terrestrial → Soil → Unclassified → Permafrost → Arctic Peat Soil1.89%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Grasslands → Soil1.89%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Uranium Contaminated → Soil1.89%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Agricultural Land → Soil1.26%
Natural And Restored WetlandsEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Natural And Restored Wetlands1.26%
Arabidopsis RhizosphereHost-Associated → Plants → Rhizoplane → Unclassified → Unclassified → Arabidopsis Rhizosphere1.26%
Switchgrass RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Switchgrass Rhizosphere1.26%
Miscanthus RhizosphereHost-Associated → Plants → Rhizosphere → Soil → Unclassified → Miscanthus Rhizosphere1.26%
Corn RhizosphereHost-Associated → Plants → Rhizosphere → Soil → Unclassified → Corn Rhizosphere1.26%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh0.63%
Sediment, IntertidalEnvironmental → Aquatic → Marine → Intertidal Zone → Sediment → Sediment, Intertidal0.63%
Groundwater SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Groundwater Sediment0.63%
Terrestrial SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Terrestrial Soil0.63%
Termite NestEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Termite Nest0.63%
Corn, Switchgrass And Miscanthus RhizosphereEnvironmental → Terrestrial → Soil → Loam → Agricultural Soil → Corn, Switchgrass And Miscanthus Rhizosphere0.63%
Groundwater SandEnvironmental → Terrestrial → Soil → Sand → Unclassified → Groundwater Sand0.63%
SoilEnvironmental → Terrestrial → Agricultural Field → Unclassified → Unclassified → Soil0.63%
Corn RhizosphereHost-Associated → Plants → Rhizoplane → Epiphytes → Unclassified → Corn Rhizosphere0.63%
Switchgrass RhizosphereHost-Associated → Plants → Rhizoplane → Epiphytes → Unclassified → Switchgrass Rhizosphere0.63%
Miscanthus RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Miscanthus Rhizosphere0.63%
Corn RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Corn Rhizosphere0.63%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2228664021Soil microbial communities from Great Prairies - Iowa, Continuous Corn soilEnvironmentalOpen in IMG/M
3300000890Soil microbial communities from Great Prairies - Iowa, Continuous Corn soilEnvironmentalOpen in IMG/M
3300003987Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_TuleB_D2EnvironmentalOpen in IMG/M
3300003993Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_CattailC_D2EnvironmentalOpen in IMG/M
3300003996Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_CattailB_D2EnvironmentalOpen in IMG/M
3300003999Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_TuleA_D2EnvironmentalOpen in IMG/M
3300004013Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_CattailA_D2EnvironmentalOpen in IMG/M
3300004157Soil microbial communities from Arlington Agricultural Research Station in Wisconsin, USA - - Combined assembly of AARS Block 2EnvironmentalOpen in IMG/M
3300004463Combined assembly of Arabidopsis thaliana microbial communitiesHost-AssociatedOpen in IMG/M
3300004643Soil microbial communities from Arlington Agricultural Research Station in Wisconsin, USA - Combined assembly of AARS Block 3EnvironmentalOpen in IMG/M
3300005206Wetland microbial communities from the San Francisco Bay, California, USA, that impact long-term carbon sequestration - Sandmound_ThreeSqB_D2EnvironmentalOpen in IMG/M
3300005329Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS C7.1-3L metaGEnvironmentalOpen in IMG/M
3300005337Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS C6-3L metaGEnvironmentalOpen in IMG/M
3300005356Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS M3-3 metaGHost-AssociatedOpen in IMG/M
3300005441Corn, switchgrass and miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS K5-10-1 metaGEnvironmentalOpen in IMG/M
3300005455Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS C6-3 metaGHost-AssociatedOpen in IMG/M
3300005535Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS C7.2-3L metaGEnvironmentalOpen in IMG/M
3300006169Termite nest microbial communities from Madurai, IndiaEnvironmentalOpen in IMG/M
3300006636Arctic peat soil microbial communities from the Barrow Environmental Observatory site, Barrow, Alaska, USA - NGEE Permafrost154B-twoEnvironmentalOpen in IMG/M
3300006844Populus root and rhizosphere microbial communities from Tennessee, USA - Rhizosphere MetaG P. deltoides SRZDD2Host-AssociatedOpen in IMG/M
3300006845Populus root and rhizosphere microbial communities from Tennessee, USA - Soil MetaG P. deltoides SBSDD5Host-AssociatedOpen in IMG/M
3300006847Populus root and rhizosphere microbial communities from Tennessee, USA - Rhizosphere MetaG P. deltoides SRZDD5Host-AssociatedOpen in IMG/M
3300006880Populus root and rhizosphere microbial communities from Tennessee, USA - Rhizosphere MetaG P. deltoides SRZDD3Host-AssociatedOpen in IMG/M
3300006894Agricultural soil microbial communities from Utah to study Nitrogen management - NC ControlEnvironmentalOpen in IMG/M
3300006918Agricultural soil microbial communities from Utah to study Nitrogen management - NC AS100EnvironmentalOpen in IMG/M
3300006969Populus root and rhizosphere microbial communities from Tennessee, USA - Soil MetaG P. deltoides SBSDD3Host-AssociatedOpen in IMG/M
3300007004Agricultural soil microbial communities from Utah to study Nitrogen management - NC CompostEnvironmentalOpen in IMG/M
3300009034Intertidal mud flat sediment archaeal communities from Garolim Bay, Chungcheongnam-do, KoreaEnvironmentalOpen in IMG/M
3300009094Populus root and rhizosphere microbial communities from Tennessee, USA - Rhizosphere MetaG P. TD hybrid SRZTD1 (version 2)Host-AssociatedOpen in IMG/M
3300009100Populus root and rhizosphere microbial communities from Tennessee, USA - Soil MetaG P. deltoides SBSDD2Host-AssociatedOpen in IMG/M
3300009146Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (1) Depth 10-12cm March2015EnvironmentalOpen in IMG/M
3300009156Populus root and rhizosphere microbial communities from Tennessee, USA - Soil MetaG P. TD hybrid SBSTD1 (version 2)Host-AssociatedOpen in IMG/M
3300009168Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (6) Depth 19-21cm September2015EnvironmentalOpen in IMG/M
3300009176Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS M2-4 metaGHost-AssociatedOpen in IMG/M
3300009553Switchgrass rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS S4-4 metaGHost-AssociatedOpen in IMG/M
3300009804Groundwater microbial communities from the Columbia River, Washington, USA - GW-RW N3_30_40EnvironmentalOpen in IMG/M
3300010036Serpentine soil microbial communities from UC McLaughlin Reserve, CA, USA - Plot26EnvironmentalOpen in IMG/M
3300010038Serpentine soil microbial communities from UC McLaughlin Reserve, CA, USA - Plot106EnvironmentalOpen in IMG/M
3300010039Serpentine soil microbial communities from UC McLaughlin Reserve, CA, USA - Plot56EnvironmentalOpen in IMG/M
3300010040Serpentine soil microbial communities from UC McLaughlin Reserve, CA, USA - Plot55EnvironmentalOpen in IMG/M
3300010041Serpentine soil microbial communities from UC McLaughlin Reserve, CA, USA - Plot104AEnvironmentalOpen in IMG/M
3300010042Serpentine soil microbial communities from UC McLaughlin Reserve, CA, USA - Plot105BEnvironmentalOpen in IMG/M
3300010044Serpentine soil microbial communities from UC McLaughlin Reserve, CA, USA - Plot60EnvironmentalOpen in IMG/M
3300010045Serpentine soil microbial communities from UC McLaughlin Reserve, CA, USA - Plot61EnvironmentalOpen in IMG/M
3300010166Serpentine soil microbial communities from UC McLaughlin Reserve, CA, USA - Plot27EnvironmentalOpen in IMG/M
3300010375Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS C4-4 metaGHost-AssociatedOpen in IMG/M
3300010399Terrestrial soil microbial communities with excess Nitrogen fertilizer from Kellogg Biological Station, Michigan, USA - KB3-175-3EnvironmentalOpen in IMG/M
3300011333Cornfield soil microbial communities from Stanford, California, USA - CI-CA-CRN metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012883Soil microbial communities from Arlington Agricultural Research Station in Wisconsin, USA - Nitrogen cycling UWRJ-S014-104B-1EnvironmentalOpen in IMG/M
3300012884Soil microbial communities from Arlington Agricultural Research Station in Wisconsin, USA - Nitrogen cycling UWRJ-S073-202C-2EnvironmentalOpen in IMG/M
3300012939Agricultural soil microbial communities from Tamara ranch near Red Deer, Alberta, Canada - d1t1i015EnvironmentalOpen in IMG/M
3300013096Soil microbial communities from Arlington Agricultural Research Station in Wisconsin, USA - Nitrogen cycling UWRJ-S178-409R-2EnvironmentalOpen in IMG/M
3300013306Switchgrass rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - S5-5 metaGHost-AssociatedOpen in IMG/M
3300014265Natural and restored wetland microbial communities from the San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNE_CattailC_D2EnvironmentalOpen in IMG/M
3300014311Natural and restored wetland microbial communities from the San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_CattailB_D1EnvironmentalOpen in IMG/M
3300015077Soil microbial communities from Arlington Agricultural Research Station in Wisconsin, USA - Nitrogen cycling UWRJ-S178-409R-2 (version 2)EnvironmentalOpen in IMG/M
3300015371Combined assembly of cpr5 and col0 rhizosphere and soilHost-AssociatedOpen in IMG/M
3300018073Groundwater sediment microbial communities from an aquifer in East River, Colorado, USA - PLM3_5_b1EnvironmentalOpen in IMG/M
3300018432Populus adjacent soil microbial communities from riparian zone of Yellowstone River, Montana, USA - 550 TEnvironmentalOpen in IMG/M
3300018465Populus adjacent soil microbial communities from riparian zone of Blue River, Arizona, USA - 249 ISEnvironmentalOpen in IMG/M
3300018466Populus adjacent soil microbial communities from riparian zone of Blue River, Arizona, USA - 249 TEnvironmentalOpen in IMG/M
3300019208Metatranscriptome of soil microbial communities from meander-bound floodplain in the East River, Colorado, USA - East River metaT ERMLT231_16_1Ra (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019263Metatranscriptome of groundwater sediment microbial communities from an aquifer in East River, Colorado, USA - PLM4_5 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019269Metatranscriptome of groundwater sediment microbial communities from an aquifer in East River, Colorado, USA - PLM1_5 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019884Soil microbial communities from a riparian zone of the East river system, Colorado, United States ? L2s2EnvironmentalOpen in IMG/M
3300025567Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_CattailA_D2 (SPAdes)EnvironmentalOpen in IMG/M
3300025582Arctic peat soil microbial communities from the Barrow Environmental Observatory site, Barrow, Alaska, USA - NGEE Permafrost154B-two (SPAdes)EnvironmentalOpen in IMG/M
3300025721Arctic peat soil microbial communities from the Barrow Environmental Observatory site, Barrow, Alaska, USA - NGEE PermafrostL1-D (SPAdes)EnvironmentalOpen in IMG/M
3300025791Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_TuleB_D2 (SPAdes)EnvironmentalOpen in IMG/M
3300025792Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_TuleC_D2 (SPAdes)EnvironmentalOpen in IMG/M
3300025795Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_TuleA_D2 (SPAdes)EnvironmentalOpen in IMG/M
3300025796Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNW_CattailC_D2 (SPAdes)EnvironmentalOpen in IMG/M
3300025904Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - C2 (SPAdes)Host-AssociatedOpen in IMG/M
3300025937Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS M3-3 metaG (SPAdes)Host-AssociatedOpen in IMG/M
3300025944Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS C7.1-3L metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025961Switchgrass rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS S4-4 metaG (SPAdes)Host-AssociatedOpen in IMG/M
3300025962Wetland microbial communities from the San Francisco Bay, California, USA, that impact long-term carbon sequestration - Sandmound_ThreeSqB_D2 (SPAdes)EnvironmentalOpen in IMG/M
3300026067Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS C6-3 metaG (SPAdes)Host-AssociatedOpen in IMG/M
3300027252Arabidopsis thaliana rhizosphere microbial communities from the Joint Genome Institute, USA, that affect carbon cycling - Inoculated plant Co S PM (SPAdes)Host-AssociatedOpen in IMG/M
3300027424Arabidopsis thaliana rhizosphere microbial communities from the Joint Genome Institute, USA, that affect carbon cycling - Inoculated plant M2 S PM (SPAdes)Host-AssociatedOpen in IMG/M
3300027552Arabidopsis thaliana rhizosphere microbial communities from the Joint Genome Institute, USA, that affect carbon cycling - Inoculated plant M1 S AM (SPAdes)Host-AssociatedOpen in IMG/M
3300027636Soil microbial communities from uranium-contaminated site in the Upper Colorado River Basin, Wyoming, United States - RVT153D57 HiSeqEnvironmentalOpen in IMG/M
3300027637Agricultural soil microbial communities from Utah to study Nitrogen management - NC AS200 (SPAdes)EnvironmentalOpen in IMG/M
3300027650Soil microbial communities from uranium-contaminated site in the Upper Colorado River Basin, Wyoming, United States - RVT152D67 HiSeqEnvironmentalOpen in IMG/M
3300027695Arabidopsis thaliana rhizosphere microbial communities from the Joint Genome Institute, USA, that affect carbon cycling - Rhizosphere soil Co-N PM (SPAdes)Host-AssociatedOpen in IMG/M
3300027743Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (6) Depth 19-21cm September2015 (SPAdes)EnvironmentalOpen in IMG/M
3300027880Populus root and rhizosphere microbial communities from Tennessee, USA - Soil MetaG P. deltoides SBSDD3 (SPAdes)Host-AssociatedOpen in IMG/M
3300027886Agricultural soil microbial communities from Utah to study Nitrogen management - NC Compost (SPAdes)EnvironmentalOpen in IMG/M
3300027907Populus root and rhizosphere microbial communities from Tennessee, USA - Rhizosphere MetaG P. TD hybrid SRZTD1 (SPAdes)Host-AssociatedOpen in IMG/M
3300027909Populus root and rhizosphere microbial communities from Tennessee, USA - Soil MetaG P. deltoides SBSDD5 (SPAdes)Host-AssociatedOpen in IMG/M
3300028578Soil microbial communities from uranium-contaminated site in the Upper Colorado River Basin, Wyoming, United States - RVT160D0EnvironmentalOpen in IMG/M
3300030619Soil microbial communities from uranium-contaminated site in the Upper Colorado River Basin, Wyoming, United States - RVT150D86 (Novaseq)EnvironmentalOpen in IMG/M
3300031229Soil microbial communities from uranium-contaminated site in the Upper Colorado River Basin, Wyoming, United States - RVT155D38EnvironmentalOpen in IMG/M
3300031379Salt marsh sediment microbial communities from the Plum Island Ecosystem LTER, Massachusetts, United States - WE1603-220EnvironmentalOpen in IMG/M
3300031538Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - T20D1EnvironmentalOpen in IMG/M
3300031562Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - T60D3EnvironmentalOpen in IMG/M
3300031847Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C48D4EnvironmentalOpen in IMG/M
3300031854Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C48D1EnvironmentalOpen in IMG/M
3300031858Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C8D2EnvironmentalOpen in IMG/M
3300031908Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C24D1EnvironmentalOpen in IMG/M
3300031943Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - T60D2EnvironmentalOpen in IMG/M
3300031944Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - T60D1EnvironmentalOpen in IMG/M
3300032000Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C0D3EnvironmentalOpen in IMG/M
3300032003Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C0D1EnvironmentalOpen in IMG/M
3300032012Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C24D3EnvironmentalOpen in IMG/M
3300032013Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C48D3EnvironmentalOpen in IMG/M
3300032075Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - T20D3EnvironmentalOpen in IMG/M
3300032122Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C0D4EnvironmentalOpen in IMG/M
3300032179Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - T20D2EnvironmentalOpen in IMG/M
3300032211Lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C8D1EnvironmentalOpen in IMG/M
3300034663Metatranscriptome of lab incibated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - T20R1 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034666Metatranscriptome of lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C8R2 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034668Metatranscriptome of lab incubated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C0R1 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034672Metatranscriptome of lab incibated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C24R2 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034673Metatranscriptome of lab incibated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C24R3 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034675Metatranscriptome of lab incibated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C48R1 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034676Metatranscriptome of lab incibated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C48R2 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
ICCgaii200_104573512228664021SoilTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWVLNGKYAFGGFGLAFHRDSVESKAEYWHNNQGNGITVPYPNGLKLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
JGI11643J12802_1105060113300000890SoilGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGASSLPVKDIMIGTLPFIS*
JGI11643J12802_1233841113300000890SoilPPVGNFPVPNVNWFYDSKNALSQDMTLRSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0055471_1002841023300003987Natural And Restored WetlandsCPLGQHLENGQCVPNPPEPCPLGQHLENGQCVPNPPPTGGAFPVQGVIWMYESKQTFINDILLPSGKTHPIDKVLLSSGASGVNAHIIKNGWLEVQSGGGNGRVYWDYHELPQFSQLDTAGFNTVMTGTFKLKPGIENLSVKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASQYPNGITLQDDKEYKFFSTIRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMFGWNPGRVPNGDDKTEIEKGPSFIERHHIWTRANGSGDLPIKDIRIGTINFIS*
Ga0055471_1005247213300003987Natural And Restored WetlandsDGTTHPNDPVLLSSGASGVDSHSIRNGWLEIESGGGNGRVYWNYHELPYFSQLLTAGYNTVMTGTFMFKPGIDNLSIKDGNHGTDGWILDGQLVFGGFGVAFHRTETETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWDPGSVPDGNDKADILKGPSFIKKHHIWTRANSGGGGVVLPVKDIKIGTIGFIS*
Ga0055468_1018707013300003993Natural And Restored WetlandsTAMTGTFMFKPGIDNLSIKDGNHNTDGWSLEGQYVFGGFGLAFHRTEVESKAEYWHNNQGQGISVSYPNGLKLVDNKEYKFFLTLGTDRVKEEIVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0055467_1001755013300003996Natural And Restored WetlandsETFPVQNIIWMYDSKQTLSKDISLPSGETHPTDKVLLSSGASGVNAHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLDTAGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRTEVQSKVEYWHNDQGQEVASEYPNGSTLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMFGWNPGRVPNGDDKTEIEKGPSFIERHHIWTRANGSGDLPIKDIRIGTINFIS*
Ga0055467_1018320913300003996Natural And Restored WetlandsKDMTLKSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVAYPNGLKLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGQDKADILKGPSFIKKHHI
Ga0055469_1000612813300003999Natural And Restored WetlandsDCPTVPEICNNGLDDDRDGLKDAADADCASPPADTYPVSNIIWTYDSKQTLSNDIIIPDGTTHPNDPVLLSSGASGVDSHSIRNGWLEIESGGGNGRVYWNYHELPYFSQLLTAGYNTVMTGTFMFKPGIDNLSIKDGNHGTDGWILDGQLVFGGFGVAFHRTETETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWDPGSVPDGNDKADILKGPSFIKKHHIWTRANSGGGGVVLPVKDIKIGTIGFIS*
Ga0055469_1001643723300003999Natural And Restored WetlandsPEPCPLGQHLENGQCVPNPPPTGGAFPVQGVIWMYESKQTFINDILLPSGKTHPIDKVLLSSGASGVNAHIIKNGWLEVQSGGGNGRVYWDYHELPQFSQLDTAGFNTVMTGTFKLKPGIENLSVKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASQYPNGITLQDDKEYKFFSTIRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMFGWNPGRVPNGDDKTEIEKGPSFIERHHIWTRANGSGDLPIKDIRIGTINFIS*
Ga0055465_1002794713300004013Natural And Restored WetlandsGKIDAEDLDCPTVPEICNNGLDDDRDGLKDAADADCASPPADTYPVSNIIWTYDSKQTLSNDIIIPDGTTHPNDPVLLSSGASGVDSHSIRNGWLEIESGGGNGRVYWNYHELPYFSQLLTAGYNTVMTGTFMFKPGIDNLSIKDGNHGTDGWILDGQLVFGGFGVAFHRTETETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWDPGSVPDGNDKADILKGPSFIKKHHIWTRANSGGGGVVLPVKDIKIGTIGFIS
Ga0055465_1002844513300004013Natural And Restored WetlandsVPDSPQCPLGQHLENGQCVPNPPPTGETFPVQNIIWMYDSKQTLSKDISLPSGETHPTDKVLLSSGASGVNAHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLDTAGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRTEVQSKVEYWHNDQGQEVASEYPNGITLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSGWDPGSVPNGDDKAEIENGPSFIKKHHIWTRANGSGDLPIKDIRIGTVGFIS*
Ga0055465_1009615513300004013Natural And Restored WetlandsIMPNTEDTLKFTLTVRNDQTGKQDTDTITVSKTLTTPPPPPVGNFPVPNVNWFYDSKNALSKDMTLKSGTNPPQDPVLLSSSASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIG
Ga0055465_1020373213300004013Natural And Restored WetlandsGQHLENGQCVPNPPPTGGAFPVQGVIWMYESKQTFINDILLPSGKTHPIDKVLLSSGASGVNAHIIKNGWLEVQSGGGNGRVYWDYHELPQFSQLDTAGFNTVMTGTFKLKPGIENLSVKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASQYPNGITLQDDKEYKFFSTIRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRK
Ga0055465_1026903313300004013Natural And Restored WetlandsMTGTFMFKPGIDNLSIKDGNHNTDGWSLEGQYVFGGFGLAFHRTEVESKAEYWHNNQGQGISVSYPNGLKLVDNKEYKFFLTLGTDRVKEEIVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0062590_10190973813300004157SoilGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTHGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGASSLPVKDIMIGTLPFIS*
Ga0063356_10180450813300004463Arabidopsis Thaliana RhizosphereGWVLNGKYAFGGFGLSFHRDNVESKAEYWHNNQGNGITVPYPNGLTLVDNKEYKFFLTLVTDRAKQEVVLNAWLDIGDGKGWIQVLKDRKWGKSGWSPGSVPNGEDKADILKGPAFIKKHHIWTRANGGSSLPVKDVMIGTLPFIS*
Ga0062591_10115970013300004643SoilDMTLKSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTHGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGASSLPVKDIMIGTLPFIS*
Ga0068995_1006469513300005206Natural And Restored WetlandsNVIWAYDSKQTLSNDITIPEDMTHPNDPVLLSSGASGVDSHSIRNGWLEIESGGGNGRVYWNYHELPYFSQLSTAGYNTVMTGTFMFKPGIDNLSIKDGNHGSDGWILDGQLVFGGFGVAFHRTEVETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWDPGSVPDGNDKADILKGPSFIKKHHIWTR
Ga0070683_10215387813300005329Corn RhizosphereSKDMTLKSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQV
Ga0070682_10183982613300005337Corn RhizosphereVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKA
Ga0070674_10107923513300005356Miscanthus RhizospherePQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTDGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0070700_10152244013300005441Corn, Switchgrass And Miscanthus RhizosphereMTLKSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGS
Ga0070663_10142472113300005455Corn RhizosphereSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKK
Ga0070684_10182184813300005535Corn RhizosphereLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0082029_144787913300006169Termite NestQHRDPTTQQCVPDTQTPPQCPTGQHRDPTTQQCVPDTQTPPTGGVFPVPNVIWFYDSAPTLSKDMVLKSGQTLPTDRVLLPSSASGASSHPIKNGWLEIQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKEGNHPTNGWSLEGDLVFGGFGVAFHRDNAESKAEYWHNSQGSGVTVPYPNGLKLVDNKEYKFFLTLQTDRVKQEVVLNAWLDFGDGKGWVQVMKDRKWGQSGWSPGSVPNGSDKA
Ga0075525_1011240213300006636Arctic Peat SoilLSIKDGNHNTGGWNLENKYAFGGFGLAFQRTNVESKAEYWHNSQGNGITVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNSWLDFGDGKGWILVMKDRKWGHSGWSPGSVPSGQDKADILKGPSFINKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0075428_10073124013300006844Populus RhizosphereQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0075421_10099163013300006845Populus RhizosphereLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0075431_10013904813300006847Populus RhizosphereWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0075429_10044476613300006880Populus RhizosphereKPFSKQFIMPNTEDTLKFTLTVRNDQTGKQDTDTMTVSKTITTPPPPVGNFPVPNVNWFYDSKNGLSQDMTLRSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0079215_1073665813300006894Agricultural SoilAGIDNLSIKDGNHGTNGWSLDGELVFGGFGLAFHRTNVESKAEYWHNNQGDGVTISYPSGLELVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWVQVMKDRKWGQSGWDPGSVPNGDDKTQIEKGPSFIKKHHVWTRANGDSFLPVKDIKIGTLDFLS*
Ga0079216_1062110013300006918Agricultural SoilYPVPNIIWFYDSQPTLSKDMVLRGSQTHPTDRVLLSSSASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWVLDGKVVFGGFGLAFHRTNVESKAEYWHNEQGSGVTVSYPNNLQLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWVQVMKDRKWGQTGWDPGSVPNGDDKTQIEKGPSFIKKHHVWTRANGDSFLPVKDIKIGT
Ga0079216_1104413913300006918Agricultural SoilINWFYNSKNALSQDLTLKSGTTHPQDRVLLSSVASGVSSHPIKNGFIEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTDGWSLDGQYVFGGFGLAFHRDNVESKAEYWHNRQGAGITVSYPTGLNLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFSDGKGWIHVMKDRKWGLSGWSPGSVPNGDDKA
Ga0075419_1046444013300006969Populus RhizosphereKPGIDNLSIKDGNHNTGGWSLENQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0079218_1015207713300007004Agricultural SoilMVLRGSQTHPTDRVLLSSSASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWVLDGKVVFGGFGLAFHRTNVESKAEYWHNEQGSGVTVSYPNGLQLVDNKEYKFFLTLVTDRVKQEVVLNAWLD
Ga0079218_1027001613300007004Agricultural SoilFSKQFIMPNTEDTLKFTLTVRNDQTGKQNTDTMTVSKTLTTPPPSPPSGDFPVSNVTWFYDSKNALSNDMTLKSGTTHPQDRVLLSSGASGVSSHPIKNGFIEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWVLNGKYAFGGFGLAFHRDSVESKAEYWHNNQGNGITVPYPNGLKMIDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPAFIKKHHIWTRANGGSSMPIKDIMIGTLPFIS*
Ga0079218_1039194713300007004Agricultural SoilPDGMTHPNDPVLLSSGASGVDSHSIRNGWLEIESGGGNGRVFWNYHELPYFSQLSTAGFNTVMTGTFMFKPGIDNLSIKDGNHGTDGWVLDDDLVFGGFGLAFHRTEVESKVEYWHNYQGSEVTAIYPNGLNLIDNKEYKFFITFITDRLNQEVVLNAWLDFGDGKGWVKVLADRKWGQNGWDPGSVPDGDDKAEIIKGPSFIKKYHIWTRANSDGGVVLPIKDIKIGTIDFIS*
Ga0079218_1207751213300007004Agricultural SoilGTFMFKPGIDNLSIKDGNHNTDGWVLNGKYAFGGFGLAFHRDNVESKVEYWHNLQGSGVTIPYPSGLNLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFSDGKGWIHVMKDRKWGQSGWSPGSVPNGDDKADIEKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFLS*
Ga0115863_115609713300009034Sediment, IntertidalKDGNHGTNGWSLEDDLVFGGFGLSIHRDDVQSKAEYWHNEQGRKQTFPYPNGIKLVDNKEYKFFLTIRTDRTNQEVLLNVWLDFGDGNGWVHVVKDRMWGQNNWDPGNVPNGDDKEQIEKGPSFIKKHHIWTRANGDAFLPIKDIKIGTIDYIS*
Ga0111539_1009116513300009094Populus RhizosphereLKFTLTVRNDQTGKQNTDTITVSKTLTTPPPPPSGDFPVSSITWFYDSKNALSKDMTLKSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0111539_1080558513300009094Populus RhizosphereIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMLRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNFQGNGITVPYPNGLQLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGLSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0075418_1049795813300009100Populus RhizosphereDGQPSVVLENVPTKPFSKQFIMPNTEDTLKFTLTVRNDQTGKQDTDTMTVSKTITTPPPPPVGNFPVPNVNWFYDSKNGLSQDMTLRSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLENQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0075418_1106973413300009100Populus RhizosphereLSSGASGVSSHPIKNGWLEIQSGGGNGRVYWNYHEVPQYSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTDGWVLDGKVVFGGFGLAFHRDNVESKAEYWHNNQGNGITVPYPSGLKLVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGLSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0075418_1153031513300009100Populus RhizosphereDQTGKQNTDTITVSKTLTTPPPPPSGDFPVSSITWFYDSKNALSKDMTLKSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNFQGNGITVPYPNGLQLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGLSGWSPGSVPNGE
Ga0105091_1050475413300009146Freshwater SedimentFKPGIDNLSIKDGNHNTGGWSLEGQHAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0111538_1232434613300009156Populus RhizosphereTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTDGWVLDGKVVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPSGLKLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0105104_1017963523300009168Freshwater SedimentMPNTEDTLKFTLTVRNDQTGKQDTDTMTVSKTITTPPPPVGNFPVPNINWFYDSKNALSKDMTLSSGTTPPQDRILLSSGASGVNSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPPAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWSLEGKYAFGGFGLAFHRTEVESKAEYWHNNQGNGISVAYPNGLQLVDNKEYKFFLTLVTDRVKEEIVLNAWLDFADGKGWIQVMKDRKWGHSGWSPGSIPNGEDKVDIIKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0105104_1073116213300009168Freshwater SedimentMTLKSGSTHPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQYSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHNTDGWVLNGKYAFGGFGLAFHRDSVESKAEYWHNNQGNGITVPYPNGLKMVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGS
Ga0105104_1079720413300009168Freshwater SedimentTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQHAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0105242_1262086013300009176Miscanthus RhizosphereIKDGNHGTNGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKDYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0105249_1024955723300009553Switchgrass RhizosphereIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0105063_108142713300009804Groundwater SandGETHPTDKVLLSSGASGVNAHPIKNGWLEVQSGGGNGRVYWDYHELPQFSQLETAGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASQYPNGITLQDDKEYKFFSTMRTDRTNPEVVLNVWLDFGDGKGWVLVMKD
Ga0126305_1082862313300010036Serpentine SoilGFNTAMTGTFMFRPGIDNLSIKDGNHGTNGWVLDGKFAFGGFGLSFHRNDVQSKAEYWHNNQGNGITVPYPNGLKLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPAFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0126315_1001674013300010038Serpentine SoilSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWILDGKVVFGGFGLSFHRTDVQSKAEYWHNNQGSGTTVSYPNGLKLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSEWDPGSVPNGNDKVDILKGPSFIKKHHIWTRANGDSFLPVKDIKIGTLPFLS*
Ga0126309_1023964613300010039Serpentine SoilTMTVSKALTTPPPPPQSGDFPVSNVIWFYDSKNALSKDMTLKSGTTHPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHELPQFSQLPTVGFNTAMTGTFMFRPGIDNLSIKDGNHGTNGWVLDGKYVFGGFGLSFHRNDVQSKTEYYHNFQGNGITVPYPNGLKLVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPAFIKKHHICTRAN*
Ga0126308_10001768113300010040Serpentine SoilNGWILDGKVVFGGFGLSFHRTDVQSKAEYWHNNQGSRTTVSYPNGLQLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWDPGSVPNGNDKADILKGPSFIKKHHIWTRANGDSFLPVKDIKIGTLPFLS*
Ga0126308_1049893213300010040Serpentine SoilSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTDGWVLDGKFAFGGFGLSFHRDNVESKAEYWHNNQGNGITVPYPNGLKLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPAFIKKHHIWTRANGVSSLPVKDIMIGTLPFIS*
Ga0126312_10003512133300010041Serpentine SoilIGAFKKQFTAPNGNFQLGFQAIAQKGSKQATTQVSIQVSTTLPPPTGGVFPVPNVLWFYDSQPSLTKDMVLKGGQTHPTDRVILSSSASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWILDGKVVFGGFGLSFHRTDVQSKAEYWHNNQGSSTTVSYPNGLQLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWDPGSVPNGNDKADILKGPSFIKKHHIWTRANGDSFLPVKDIKIGTLPFLS*
Ga0126312_1009190423300010041Serpentine SoilGVSSHPIKNGWLEVQSGGGNGRVYWNYHELPQFSQLPTAGSNTAMTGTFMFRPGIDNLSIKDGNHGTNGWVLDGKYVFGGFGLSFHRNDVQSKTEYYHNVQGNGITVPYPNGLKLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPAFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0126312_1066412613300010041Serpentine SoilGVSSHPIKNGWLEVQSGGGNGRVYWNYHELPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTNGWVLDGKFAFGGFGLAFHRDSVESKAEYYHNVQGNGITVPYPNGLKLVDNKEYKFFLTLVKDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPIKDIMIGTLPFIS*
Ga0126314_1009145513300010042Serpentine SoilVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWVLDGKLVFGGFGLAFHRTNVESKAEYWHNTQGSGTTVSYPNGLQLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWDPGSVPNGNDKADILKGPSFIKKHHIWTRANGDSFLPVKDIKIGTLPFLS*
Ga0126310_1005954723300010044Serpentine SoilPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHELPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTNGWVLDGKFAFGGFGLAFHRDSVESKAEYYHNVQGNGITVPYPNGLKLVDNKEYKFFLTLVKDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPAFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0126310_1141449613300010044Serpentine SoilPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTDGWVLDGKFAFGGFGLAFHRDSVESKAEYWHNNQGNGITVPYPNGLKLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKAD
Ga0126311_1001386053300010045Serpentine SoilIGAFKKQFTAPNGNFQLGFQAIAQKGSKQATTQVSIQVSTTLPPPTGGVFPVPNVLWFYDSLPSLTKDMVLKGGQTHPTDRVILSSSASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWILDGKVVFGGFGLSFHRTDVQSKAEYWHNNQGSSTTVSYPNGLKLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWDPGSVPNGNDKADILKGPSFIKKHHIWTRANGDSFLPVKDIKIGTLPFLS*
Ga0126306_1085138113300010166Serpentine SoilILSSSASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWILDGKVVFGGFGLSFHRTDVQSKAEYWHNNQGSRTTVSYPNGLQLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWDPGSVPNGNDKADILKGPSFIKKHHIWTRANGDSFLPVKDIKIGTLPFLS*
Ga0126306_1168098013300010166Serpentine SoilFRPGIDNLSIKDGNHGTNGWVLDGKFAFGGFGLSFHRNDVQSKAEYWHNNQGNGITVPYPNGLQLVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFLS*
Ga0105239_1185660213300010375Corn RhizosphereHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0134127_1232409113300010399Terrestrial SoilAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGASSLPVKDIMI
Ga0127502_1040884013300011333SoilPVPNVNWFYDSKNALSQDMTLKSSTTHPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWVLDGKVVFGGFGLAFHRTNVESKAEYWHNRQGSGLTVSYPNGLQLVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKH
Ga0127502_1055404913300011333SoilPALSKDMVLKSGQTHPTDRVLLPSSASGASSHPIKNGWLEVQSGGGNGRAYWNYHEVPQFSQLQTAGFNTAMTGTFMLKPGIDNLSIKDGNHGTNGWSLDGELVFGGFGLAFHRTNVESKAEYWHNSQGSGITVSYPNGLKLVDDKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGNVPTANDKEQIEQGPSFIKKHHVWTRANGDSFLPVKDIKIGTLDFLS*
Ga0127502_1067574713300011333SoilGKQDTDTMTVSKTITTPPPPVGNFPVPNINWFYDSKNALSQDMTLKSGTTPPQDRVLLSSGASGVKSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWSLEGQYVFGGFGLAFHRTEVESKAEYWHNNQGQGISVSYPNGLKLVDNKEYKFFLTLGTDRVKEEIVLNAWLDFGDGKGWIQVMKDRKWGHSGWSP
Ga0127502_1103722113300011333SoilYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVAYPNGLKLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFADGKGWIQVMKDRKWGHSGWSPGSVPNGQDKADILKGPSFIKKHH
Ga0157281_111386413300012883SoilGIDNLSIKDGNHGTHGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGASSLPVKDIMIGTLPFIS*
Ga0157300_100732113300012884SoilGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGASSLPVKDIMIGTLPFIS*
Ga0162650_10002083013300012939SoilVQTDGQPSVVLENAPPTKPFSKQFIMPNTEDTLKFTLTVRNDQTGKQNTDTMTVSKTLTTPPPPGNFPVPNVSWFYDSKNALSKDITLKSGTTHPQDRVLLSSGASGVSSHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLIDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGASSLPVKDIMIG
Ga0157307_102268513300013096SoilKQNTDTITVSKTLTTPPPPPSGDFPVSSITWFYDSKNALSKDMTLKSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGASSLPVKDIMIGTLPFIS*
Ga0163162_1134547813300013306Switchgrass RhizosphereSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0075314_115373013300014265Natural And Restored WetlandsGGGNGRVYWNYHEVPQFSQSPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWVLDGKVVFGGFGLAFHRTNVESKAEYYHNVQGNGLTVSYPNGLQLVDNKEYKFFLTLVTDRAKQEVILNAWLDFGDGKSWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRA
Ga0075322_103550313300014311Natural And Restored WetlandsIVQTDGQPSVVLQNAPKPFSKQFIMPNTEDTLKFTLTVRNDQTGKQDTDTMTVSKTITTPPPPVGNFPVPNVNWFYDSKNALSQDMTLKSGTTPPQDRELLSSGASGVKSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWSLEGQYVFGGFGLAFHRTEVESKAEYWHNNQGQGISVSYPNGLKLVDNKEYKFFLTLGTDRVKEEIVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS*
Ga0173483_1000675153300015077SoilWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTHGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGASSLPVKDIMIGTLPFIS*
Ga0132258_1014560463300015371Arabidopsis RhizosphereSVVLQDAPTKPFSKQFIMPNTEDTLKFTLTVRNDQTGKQNTDTITVSKTLTTPPPPPSGDFPVSSITWFYDSKNALSKDMTLKSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS*
Ga0132258_1153344213300015371Arabidopsis RhizospherePCPLGQHLENGQCVPNPPEPCPLGQHLENGQCVPNPPPTGGAFPVQGVIWMYDSKQTFINDILLPSGKTHPIDKVLLSSGASGVKAHIIKNGWLEVQSGGGNGRVYWDYHELPQFSQLDTAGFNTVMTGTFKLKPGIENLSVKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASQYPNGITLQDDKEYKFFSTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSEWNPGGVPNGDDKTEIEKGPSFIKRHHIWTRANGSGDLPIKDIRIGTINFIS*
Ga0184624_1025688513300018073Groundwater SedimentRPGIDNLSIKDGNHGTDGWVLDGQVVFGGFGLAFHRDNVESKAEYWHNNQGNGISVAYPNGLQLVDNKEYKFFLTLVTDRVKEEIVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0190275_1020542623300018432SoilLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQHVFGGFGLAFHRTDVESKAEYWHNNQGSGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0190269_1158285913300018465SoilLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTDGWVLDGKVVFGGFGLAFHRDSVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGASSLPVKDIMIGTLPFLS
Ga0190268_1150186213300018466SoilIKDGNHGTNGWVLDGKVVFGGFGLAFHRTNVESKAEYWHNEQGSGVTVSYPNGLQLVDNKEYKFFLTLVTDRVKQEVVLNAWLDVGDGKGWVQVMKDRKWGQTGWDPGSVPNGDDKTQIEKGPSFIKKHHVWTRANGDSFLPVKDIKIGTLDFLS
Ga0190268_1161802613300018466SoilYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWVLNGKYAFGGFGLAFHRDNVESKAEYWHNNQGNGITVPYPNGLKLVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPAFIKKHHIWTRANGASSLPVKDIMIGTLPFL
Ga0180110_101095713300019208Groundwater SedimentQTGKQDTDTMTVSKTITTPPPPPVGNFPVPNINWFYDSKNALSQDMTLRSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGAFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTEVESKAEYWHNNQGSGITVSYPNGLQLVDNKEYKFFLTLVNDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSI
Ga0184647_116482813300019263Groundwater SedimentRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWSLEGKYAFGGFGLAFHRTNVESKAEYWHNLQGNGITVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFADGQGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSMSVKDVMI
Ga0184644_171196213300019269Groundwater SedimentDRVLLSSGASGVSAHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWSLEGKYAFGGFGLAFHRTEVESKAEYWHNNQGNGISVAYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWILVMKDRKWGHSGWSPGSVPNGQDKADILKG
Ga0193741_108793113300019884SoilSGASGVSAHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNIAMTGTFMFKPGIDNLSIKDGNHNTDGWGLEGQYAFGGFGLAFHRTNVESKAEYWHNSQGNGITVSYPNGLQLVDNKEYKFFLTMVNDRVKEEVVLNAWLDFGDGKGWILVMKDRKWGHSGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0210076_106414413300025567Natural And Restored WetlandsQCPLGQHLENGQCVPDSPQCPLGQHLENGQCVPNPPPTGETFPVQNIIWMYDSKQTLSKDISLPSGETHPTDKVLLSSGASGVNAHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLDTAGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRTEVQSKVEYWHNDQGQEVASEYPNGITLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSGWDPGSVPNGDDKAEIENGPSF
Ga0209386_106538313300025582Arctic Peat SoilSGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTVMTGTFMFKPGIDNLSIKDGNHNTGGWNLENKYAFGGFGLAFQRTNVESKAEYWHNNQGNGITVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNSWLDFGDGKGWILVMKDRKWGHSGWSPGSVPSGQDKADILKGPSFINKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0209587_116090213300025721Arctic Peat SoilTHPEDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTDGWSLDGQYVFGGFGLAFHRDNVESKAEYWHNRQGAGITVSYPSGLNLVDNKEYKFFLTLVTDRVKEEVVLNSWLDFGDGKGWILVMKDRKWGHSGWSPGSVPNGQDKADILKGPS
Ga0210115_102514223300025791Natural And Restored WetlandsILLPSGKTHPIDKVLLSSGASGVNAHIIKNGWLEVQSGGGNGRVYWDYHELPQFSQLDTAGFNTVMTGTFKLKPGIENLSVKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASQYPNGITLQDDKEYKFFSTIRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMFGWNPGRVPNGDDKTEIEKGPSFIERHHIWTRANGSGDLPIKDIRIGTVGFIS
Ga0210115_103819913300025791Natural And Restored WetlandsPNTEDTLKFTLTVRNDQTGKQDTDTMTVSKTLTTPPPPPSGDFPVSNVIWFYDSKNALSKDMTLKSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTGGWVLDGKYAFGGFGLAFHRTNVESKAEYYHNVQGNGLTVSYPNGLQLVDNKEYKFFLTLVTDRAKQEVILNAWLDFGDGKSWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0210115_109346513300025791Natural And Restored WetlandsDGTTHPNDPVLLSSGASGVDSHSIRNGWLEIESGGGNGRVYWNYHELPYFSQLLTAGYNTVMTGTFMFKPGIDNLSIKDGNHGTDGWILDGQLVFGGFGVAFHRTETETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWDPGSVPDGNDKADILKGPSFIKK
Ga0210143_111457113300025792Natural And Restored WetlandsNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0210114_107344913300025795Natural And Restored WetlandsIRNGWLEIESGGGNGRVYWNYHELPYFSQLLTAGYNTVMTGTFMFKPGIDNLSIKDGNHGTDGWILDGQLVFGGFGVAFHRTETETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWDPGSVPDGNDKADILKGPSFIKKHHIWTRANSGGGGVVLPVKDIKIGTIGFIS
Ga0210113_108633913300025796Natural And Restored WetlandsTGTFMFKPGIDNLSIKDGNHNTDGWSLEGQYVFGGFGLAFHRTEVESKAEYWHNNQGQGISVSYPNGLKLVDNKEYKFFLTLGTDRVKEEIVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0207647_1028493313300025904Corn RhizosphereSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0207669_1082321813300025937Miscanthus RhizosphereNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTDGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0207661_1191688513300025944Corn RhizosphereLSKDMTLKSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQV
Ga0207712_1033749323300025961Switchgrass RhizospherePGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS
Ga0210070_105068313300025962Natural And Restored WetlandsNYHELPYFSQLSTAGYNTVMTGTFMFKPGIDNLSIKDGNHGSDGWILDGQLVFGGFGVAFHRTEVETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWDPGSVPDGNDKADILKGPSFIKKHHIWTR
Ga0207678_1118305213300026067Corn RhizosphereKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGKFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0209973_108522313300027252Arabidopsis Thaliana RhizosphereQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDRADILKGPAFIKKHHIWTRANGASSLPV
Ga0209984_103794413300027424Arabidopsis Thaliana RhizosphereALSKDMTLSSGTTPPQDRVLLSSGASGVNSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLENQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANADSSLSVKD
Ga0209982_103491013300027552Arabidopsis Thaliana RhizosphereTPPPPVGNFPVPNVNWFYDSKNALSKDMTLSSGTTPPQDRVLLSSGASGVNSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDRADILKGPAFIKKHHIWTRANGASSLPVKDVMIGTLPFLS
Ga0214469_103187413300027636SoilNVNWFYDSKNTLSQDMTLKSSTTHPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWVLDGKVVFGGFGLAFHRTNVESKAEYWHNRQGSGLTVSYPNGLQLVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSNLPVKDIMIGTLPFLS
Ga0209818_107474013300027637Agricultural SoilNTAMTGTFMFKPGIDNLSIKDGNHNTDGWVLNGKYAFGGFGLAFHRDSVESKAEYWHNNQGNGITVPYPNGLKMIDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPAFIKKHHIWTRANGGSSMPIKDIMIGTLPFLS
Ga0256866_103532223300027650SoilNVNWFYDSKNALSQDMTLKSSTTHPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWVLDGKVVFGGFGLAFHRTNVESKAEYWHNRQGSGLTVSYPNGLQLVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSNLPVKDIMIGTLPFLS
Ga0209966_116966513300027695Arabidopsis Thaliana RhizosphereVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPN
Ga0209593_1010047013300027743Freshwater SedimentDQTGKQDTDTMTVSKTITTPPPPVGNFPVPNINWFYDSKNALSKDMTLSSGTTPPQDRILLSSGASGVNSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWSLEGKYAFGGFGLAFHRTEVESKAEYWHNNQGNGISVAYPNGLQLVDNKEYKFFLTLVTDRVKEEIVLNAWLDFADGKGWIQVMKDRKWGHSGWSPGSIPNGEDKVDIIKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0209593_1019141213300027743Freshwater SedimentPNVSWFYDSKNALSKDMTLKSGSTHPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQYSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHNTDGWVLNGKYAFGGFGLAFHRDSVESKAEYWHNNQGNGITAPYPNGLKMIDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPAFIKKHHIWTRANGGSSMPIK
Ga0209481_1014211813300027880Populus RhizosphereAGFNTAMTGTFMFRPGIDNLSIKDGNHGTDGWVLDGKVVFGGFGLAFHRDNVESKAEYWHNNQGNGITVPYPSGLKLLDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGLSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS
Ga0209486_1074876513300027886Agricultural SoilIKNGFIEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWVLNGKYAFGGFGLAFHRDNVESKVEYWHNLQGSGVTIPYPSGLNLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFSDGKGWIHVMKDRKWGQSGWSPGSVPNGDDKADIEKGPSFIKKHHIWTRANGGSNLPVKDIMIGTLPFLS
Ga0209486_1099040113300027886Agricultural SoilPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTDGWVLNGKYAFGGFGLAFHRDNVESKAEYWHNNQGNGITVPYPNGLKMIDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPAFIKKHHIWTRANGGSSMPIKDIMIGTLPFLS
Ga0207428_1009782313300027907Populus RhizosphereIVQTDGQPSVVLQDAPTKPFSKQFIMPNTEDILKFTLTVRNDQTGKQNTDTITVSKTLTTPPPPPSGDFPVSSITWFYDSKNALSKDMTLKSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNFQGNGITVPYPNGLQLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGLSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS
Ga0207428_1032998523300027907Populus RhizosphereMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDSVESKAEYWHNFQGNGITVPYPNGLKLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS
Ga0209382_1049558513300027909Populus RhizosphereTLTTPPPPPSGDFPVSSITWFYDSKNALSKDMTLKSGTNPPQDPVLLSSGASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTVMTGTFMFRPGIDNLSIKDGNHGTTGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNFQGNGITVPYPNGLQLVDNKEYKFFMTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGLSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGGSSLPVKDIMIGTLPFIS
Ga0209382_1178641113300027909Populus RhizosphereVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLENQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHAGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0272482_1012750113300028578SoilFTLTVRNDQTGKQDTDTMTVSKTLTTPPPPVGNFPVPNINWFYDSKNGLSKDMTLRSGTTPPQDRVLLSSGASGVSSHPVKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWSLEGQYVFGGFGLAFHRDNVESKAEYWHNRQGAGITVSYPSGLKLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGE
Ga0268386_1006633413300030619SoilVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGWVLDGKVVFGGFGLAFHRTNVESKAEYWHNRQGSGLTVSYPNGLQLVDNKEYKFFLTLVTDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGQSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSNLPVKDIMIGTLPFLS
Ga0299913_1100472313300031229SoilNSGTTHPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTVMTGTFMFKPGIDNLSIKDGNHGTNGWSLDGQYVFGGFGLAFHRDNVESKAEYWHNRQGAGITVSYPSGLNLVDNKEYKFFLTLVTDRVKQEVVLNAWLDFSDGKGWIHVMKDRKWGLSGWSPGSVPNGDDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0307434_112446623300031379Salt MarshLDGQYVFGGFGLSIHRDDIQSKAEYWHNEQGRKLTFPYPNGIKLVDNKEYKFFLTIRTDRTNQEVVLNVWLDFGDGKGWVHVVKDRKWGKNDWDPGSVPSGGDKEQIEQGPSFIKKHHIWTRANGDAFLPVKDIKIGTIDYIS
Ga0310888_1014002713300031538SoilGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASEYPNGITLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSGWDPGSVPNGDDKAEIENGPSFIKKHHIWTRANGSGDLPIKDIRIGTVGFIS
Ga0310886_1023767313300031562SoilDPVLLSSSASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLITDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0310907_1013548513300031847SoilRLNDISSPIPCPLGQHLENGQCVPDSPQCPLGQHLENGQCVPDSPQCPLGQHLENGQCVPNPPPTGETFPVQNIIWMYDSKQTLSKDISLPSGETHPTDKVLLSSGASGVNAHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLDTAGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRTEVQSKVEYWHNDQGQEVASEYPNGITLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSGWDPGSVPNGDDKAEIENGPSFIKKHHIWTRANGSGDLPIKDIRIGTVGFIS
Ga0310904_1004086513300031854SoilNDISSPIPCPLGQHLENGQCVPNPPEPCPLGQHLENGQCVPNPPPTGGAFPVQGVIWMYDSKQTFINDILLPSGKTHPIDKVLLSSGASGVNAHIIKNGWLEVQSGGGNGRVYWDYHELPQFSQLDTSGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASQYPNGITLQDDKEYKFFSTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSEWNPGGVPNGDDKTEIEKGPSFIKRHHIWTRANGSGDLPIKDIRIGTINFIS
Ga0310904_1050338413300031854SoilRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0310904_1101077513300031854SoilQLSTAGYNTVMTGTFMFKPGIDNLSIKDGNHGSDGWILDGQLVFGGFGVAFHRTEVETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWDPGSVPDGNDKADILKGPSFIKKHHIWTRANSGGGGVVLPVKDIKIGTIGFIS
Ga0310892_1022505313300031858SoilIWMYDSKQTFINDILLPSGKTHPIDKVLLSSGASGVNAHIIKNGWLEVQSGGGNGRVYWDYHELPQFSQLDTSGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASQYPNGITLQDDKEYKFFSTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSEWNPGGVPNGDDKTEIEKGPSFIKRHHIWTRANGSGDLPIKDIRIGTINFIS
Ga0310900_1118927913300031908SoilNWFYDSKNGLSQDMTLRSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLENQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKAD
Ga0310885_1064142413300031943SoilEVQSGGGNGRVYWNYHEVPQFSQLDTAGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRTEVQSKVEYWHNDQGQEVASEYPNGITLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSEWNPGGVPNGDDKTEIEKGPSFIKRHHIWTRANGSGDLPIKDIRIG
Ga0310884_1027760313300031944SoilKNGLSQDMTLRSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0310903_1028967013300032000SoilVLLSSSASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLITDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0310897_1051931213300032003SoilKQTLSNDITIPEDMTHPNDPVLLSSGASGVDSHSIRNGWLEIESGGGNGRVYWNYHELPYFSQLSTAGYNTVMTGTFMFKPGIDNLSIKDGNHGSDGWILDGQLVFGGFGVAFHRTEVETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWD
Ga0310902_1009881513300032012SoilDILLPSGKTHPIDKVLLSSGASGVNAHIIKNGWLEVQSGGGNGRVYWDYHELPQFSQLDTSGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASQYPNGITLQDDKEYKFFSTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSEWNPGGVPNGDDKTEIEKGPSFIKRHHIWTRANGSGDLPIKDIRIGTINFIS
Ga0310902_1017247813300032012SoilYDSKQTLSNDITIPEDMTHPNDPVLLSSGASGVDSHSIRNGWLEIESGGGNGRVYWNYHELPYFSQLSTAGYNTVMTGTFMFKPGIDNLSIKDGNHGSDGWILDGQLVFGGFGVAFHRTEVETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWDPGSVPDGNDKADILKGPSFIKKHHIWTRANSGGGGVVLPVKDIKIGTIGFIS
Ga0310902_1111309513300032012SoilFGLAFHRDSVESKAEYWHNYQGNGITVPYPNGLKLVDNKEYKFFMTLITDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0310906_1032724813300032013SoilGTNGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLITDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0310890_1001821153300032075SoilKPFSKQFIMPNTEDTLKFTLTVRNDQTGKQDTDTMTVSKTLTTPPPPVGNFPVPNINWFYDSKNALSKDMTLKSGTNPPQDPVLLSSSASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLITDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0310890_1070891513300032075SoilDGDGFKDAEDVDSCPAVPEICTNGLDDDRDGFKDASDPDCAPPSGNTYPVSNVIWAYDSKQTLSNDITIPEDMTHPNDPVLLSSGASGVDSHSIRNGWLEIESGGGNGRVYWNYHELPYFSQLSTAGYNTVMTGTFMFKPGIDNLSIKDGNHGSDGWILDGQLVFGGFGVAFHRTEVETKVEYWHNRQGSGVTVAYPSGLNLIDNKEYKFFITFITDRVNQQVVLNAWLDFGNGNGWVKVMTDRKWGQSGWDPGSVPDGNDK
Ga0310890_1131490713300032075SoilKDISLPSGETHPTDKVLLSSGASGVNAHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLDTAGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRTEVQSKVEYWHNDQGQEVASEYPNGITLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSGWDPGSVPNGDD
Ga0310895_1018610013300032122SoilPLGQHLENGQCVPDSPQCPLGQHLENGQCVPDSPQCPLGQHLENGQCVPNPPPTGETFPVQNIIWMYDSKQTLSKDISLPSGETHPTDKVLLSSGASGVNAHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLDTAGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRTEVQSKVEYWHNDQGQEVASEYPNGITLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSGWDPGSVPNGDDKAEIENGPSFIKKHHIWTRANGSGDLPIKDIRIGTV
Ga0310895_1025430013300032122SoilRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLITDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0310889_1023241113300032179SoilGNHGTNGFAFDGKLVFGGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLITDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMIGTLPFLS
Ga0310896_1005810623300032211SoilNAHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLDTAGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRTEVQSKVEYWHNDQGQEVASEYPNGITLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSGWDPGSVPNGDDKAEIENGPSFIKKHHIWTRANGSGDLPIKDIRIGTVGFIS
Ga0314784_120629_3_4883300034663SoilMTGTFMFKPGIDNLSIKDGNHNTDGWSLEGKYAFGGFGLAFHRTNVESKAEYWHNLQGNGITVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIM
Ga0314788_062989_139_7593300034666SoilMYDSKQTFINDILLPSGKTHPIDKVLLSSGASGVNAHIIKNGWLEVQSGGGNGRVYWDYHELPQFSQLDTSGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASQYPNGITLQDDKEYKFFSTMRTDRTNQEVVLNVWLDFGDRKGWVLVMKDRKWGMSEWNPGGVPNGDDK
Ga0314788_158666_1_5553300034666SoilLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGEDKADILKGPSFIKKHHIWTRANG
Ga0314793_033153_207_8753300034668SoilMYDSKQTFINDILLPSGKTHPIDKVLLSSGASGVNAHIIKNGWLEVQSGGGNGRVYWDYHELPQFSQLDTSGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASEYPNGITLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSGWDPGSVPNGDDKAEIENGPSFIKKHHIW
Ga0314797_085108_2_6283300034672SoilASGVSAHPIKNGWLEIQSGGGNGRVYWDYHKLPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHGTNGFAFHGKLVFCGFGLAFHRDNVESKAEYWHNLQGNGITVPYPNGLKLVDNKEYKFFMTLITDRAKQEVVLNAWLDFGDGKGWIQVMKDRKWGHSGWSPGSVPNGQDKADILKGPSFIKKHHIWTRANGDSSLSVKDIMI
Ga0314798_072936_2_6433300034673SoilMTLRSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPGSVPNGQDKADILKGPSFIKKHHIWTR
Ga0314800_046430_1_6063300034675SoilGNFPVPNVNWFYDSKNGLSQDMTLRSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLENQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWG
Ga0314801_075762_43_7143300034676SoilMTVSKTITTPPPPPVGNFPVPNVNWFYDSKNALSQDMTLRSGTTPPQDRVLLSSGASGVSSHPIKNGWLEVQSGGGNGRVYWNYHEVPQFSQLPTAGFNTAMTGTFMFKPGIDNLSIKDGNHNTGGWSLEGQYAFGGFGLAFHRTDVESKAEYWHNNQGNGISVSYPNGLQLVDNKEYKFFLTLVTDRVKEEVVLNAWLDFGDGKGWIQVMKDRKWGHTGWSPG
Ga0314801_107176_79_6333300034676SoilVYWDYHELPQFSQLDTSGFNTVMTGTFKLKPGIENLSIKDGNHGTDGWILDGKLVFGGFGFSIHRNEVQSKVEYWHNDQGQEVASEYPNGITLQDDKEYKFFTTMRTDRTNQEVVLNVWLDFGDGKGWVLVMKDRKWGMSEWNPGGVPNGDDKTEIEKGPSFIKRHHIWTRANGSGDLPIKDIRI


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