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 F104356

Metagenome / Metatranscriptome Family F104356

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F104356
Family Type Metagenome / Metatranscriptome
Number of Sequences 100
Average Sequence Length 175 residues
Representative Sequence SPLLIPSSKMSDATPTDFMAGEAHTFTEADDPSGTVFYCESQRGYQPTSGTDTIGVLDTTRGFFGCNAPGMWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPTTVGRQKETNSVYIGYNDGCNASFLDGHVKYYHDAALASGTDYLASTPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA
Number of Associated Samples 74
Number of Associated Scaffolds 100

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 0.00 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 72
AlphaFold2 3D model prediction Yes
3D model pTM-score0.27

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 (100.000 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Terrestrial → Soil → Unclassified → Unclassified → Grasslands Soil
(21.000 % of family members)
Environment Ontology (ENVO) Unclassified
(30.000 % of family members)
Earth Microbiome Project Ontology (EMPO) Host-associated → Plant → Plant rhizosphere
(37.000 % of family members)


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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 13.94%    β-sheet: 14.42%    Coil/Unstructured: 71.63%
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: 0.27
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Low Quality Model:

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

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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 100 Family Scaffolds
PF13633Obsolete Pfam Family 1.00


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Phylogeny

NCBI Taxonomy

NameRankTaxonomyDistribution
UnclassifiedrootN/A100.00 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Grasslands SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Grasslands Soil21.00%
Forest SoilEnvironmental → Terrestrial → Soil → Unclassified → Forest Soil → Forest Soil13.00%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Agricultural → Soil12.00%
Avena Fatua RhizosphereHost-Associated → Plants → Rhizosphere → Soil → Unclassified → Avena Fatua Rhizosphere11.00%
Host-AssociatedHost-Associated → Human → Digestive System → Large Intestine → Fecal → Host-Associated6.00%
Avena Fatua RhizosphereHost-Associated → Plants → Rhizoplane → Unclassified → Unclassified → Avena Fatua Rhizosphere5.00%
SoilEnvironmental → Aquatic → Freshwater → Groundwater → Unclassified → Soil4.00%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Forest Soil → Soil4.00%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Soil3.00%
Miscanthus RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Miscanthus Rhizosphere3.00%
Boreal Forest SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Boreal Forest Soil3.00%
River WaterEnvironmental → Aquatic → Freshwater → Unclassified → Unclassified → River Water2.00%
Switchgrass RhizosphereEnvironmental → Terrestrial → Soil → Loam → Agricultural Soil → Switchgrass Rhizosphere2.00%
Switchgrass RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Switchgrass Rhizosphere2.00%
Miscanthus RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Miscanthus Rhizosphere2.00%
Grasslands SoilEnvironmental → Terrestrial → Soil → Unclassified → Grasslands → Grasslands Soil1.00%
Arabidopsis RhizosphereHost-Associated → Plants → Rhizoplane → Unclassified → Unclassified → Arabidopsis Rhizosphere1.00%
Corn RhizosphereHost-Associated → Plants → Rhizoplane → Epiphytes → Unclassified → Corn Rhizosphere1.00%
Switchgrass RhizosphereHost-Associated → Plants → Rhizoplane → Epiphytes → Unclassified → Switchgrass Rhizosphere1.00%
Miscanthus RhizosphereHost-Associated → Plants → Rhizoplane → Epiphytes → Unclassified → Miscanthus Rhizosphere1.00%
RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Rhizosphere1.00%
Switchgrass RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Switchgrass Rhizosphere1.00%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300003161Avena fatua rhizosphere microbial communities - H2_Rhizo_Litter_8 (Metagenome Metatranscriptome, Counting Only)Host-AssociatedOpen in IMG/M
3300003305Avena fatua rhizosphere microbial communities - H3_Rhizo_Litter_13 (Metagenome Metatranscriptome, Counting Only)Host-AssociatedOpen in IMG/M
3300003569Grassland soil microbial communities from Hopland, California, USA - Sample H2_Bulk_36 (Metagenome Metatranscriptome, Counting Only)Host-AssociatedOpen in IMG/M
3300003571Grassland soil microbial communities from Hopland, California, USA - Sample H2_Bulk_35 (Metagenome Metatranscriptome, Counting Only)Host-AssociatedOpen in IMG/M
3300003693Avena fatua rhizosphere microbial communities - H2_Rhizo_Litter_49 (Metagenome Metatranscriptome)Host-AssociatedOpen in IMG/M
3300003840Avena fatua rhizosphere microbial communities from Hopland, California, USA - H2_Bulk_Litter_50 (Metagenome Metatranscriptome)Host-AssociatedOpen in IMG/M
3300004785Switchgrass rhizosphere and bulk soil microbial communities from Kellogg Biological Station, Michigan, USA for expression studies - roots SR-1 (Metagenome Metatranscriptome)Host-AssociatedOpen in IMG/M
3300004798Switchgrass rhizosphere and bulk soil microbial communities from Kellogg Biological Station, Michigan, USA for expression studies - roots SR-2 (Metagenome Metatranscriptome)Host-AssociatedOpen in IMG/M
3300004799Switchgrass rhizosphere and bulk soil microbial communities from Kellogg Biological Station, Michigan, USA for expression studies - soil CB-3 (Metagenome Metatranscriptome)Host-AssociatedOpen in IMG/M
3300004800Switchgrass rhizosphere and bulk soil microbial communities from Kellogg Biological Station, Michigan, USA for expression studies - soil CB-1 (Metagenome Metatranscriptome)Host-AssociatedOpen in IMG/M
3300004801Switchgrass rhizosphere and bulk soil microbial communities from Kellogg Biological Station, Michigan, USA for expression studies - roots SR-3 (Metagenome Metatranscriptome)Host-AssociatedOpen in IMG/M
3300004803Switchgrass rhizosphere and bulk soil microbial communities from Kellogg Biological Station, Michigan, USA for expression studies - soil CB-2 (Metagenome Metatranscriptome)Host-AssociatedOpen in IMG/M
3300005330Switchgrass rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS S3-3H metaGEnvironmentalOpen in IMG/M
3300005340Switchgrass rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS S2-3H metaGEnvironmentalOpen in IMG/M
3300005617Switchgrass rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS Switchgrass S2-2Host-AssociatedOpen in IMG/M
3300009098Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS M5-4 metaGHost-AssociatedOpen in IMG/M
3300009148Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS M3-4 metaGHost-AssociatedOpen in IMG/M
3300009177Switchgrass rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS S3-4 metaGHost-AssociatedOpen in IMG/M
3300009247Microbial communities of water from Amazon river, Brazil - RCM14EnvironmentalOpen in IMG/M
3300009252Microbial communities of water from Amazon river, Brazil - RCM16EnvironmentalOpen in IMG/M
3300010064Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Wat_20_2_16_2 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010066Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Wat_20_2_8_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010084Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Wat_40_5_24_2 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010088Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Met_20_5_24_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010090Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Met_20_2_24_2 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010108Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Met_20_5_8_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010121Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Wat_20_5_16_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010140Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Wat_40_5_24_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010142Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Met_40_2_4_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010146Soil microbial communities from California, USA to study soil gas exchange rates - JR-CA-SND metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010147Soil microbial communities from California, USA to study soil gas exchange rates - BB-CA-RED metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010857Boreal forest soil eukaryotic communities from Alaska, USA - W1-3 Metatranscriptome (Eukaryote Community Metatranscriptome)EnvironmentalOpen in IMG/M
3300010861Boreal forest soil eukaryotic communities from Alaska, USA - C4-5 Metatranscriptome (Eukaryote Community Metatranscriptome)EnvironmentalOpen in IMG/M
3300012212Combined assembly of Hopland grassland soilHost-AssociatedOpen in IMG/M
3300012224Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Glu_20cm_2_4_2 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012378Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Glu_20cm_2_16_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012381Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Glu_20cm_2_24_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012388Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Glu_20cm_2_24_2 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012389Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Glu_20cm_5_16_2 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012391Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Glu_20cm_5_16_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012400Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Glu_40cm_2_4_2 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012404Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Glu_20cm_2_8_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012409Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - 15_R_Glu_40cm_2_16_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300012469Combined assembly of Soil carbon rhizosphereHost-AssociatedOpen in IMG/M
3300013296Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - M2-5 metaGHost-AssociatedOpen in IMG/M
3300014497Rhizosphere microbial communities from Sorghum bicolor, Mead, Nebraska, USA - 072115-129_1 metaGHost-AssociatedOpen in IMG/M
3300014968Switchgrass rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - S2-5 metaGHost-AssociatedOpen in IMG/M
3300014969Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - M4-5 metaGHost-AssociatedOpen in IMG/M
3300015374Col-0 rhizosphere combined assemblyHost-AssociatedOpen in IMG/M
3300018431Grasslands soil microbial communities from the Angelo Coastal Reserve, California, USA - Sample Angelo_104EnvironmentalOpen in IMG/M
3300022508Metatranscriptome of forest soil microbial communities from Barre Woods Harvard Forest LTER site, Petersham, Massachusetts, United States - Native-BW-C-19-M (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300025899Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS Miscanthus M2-2 (SPAdes)Host-AssociatedOpen in IMG/M
3300026041Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS Corn C3-2 (SPAdes)Host-AssociatedOpen in IMG/M
3300030905Metatranscriptome of soil microbial communities from the East River watershed near Crested Butte, Colorado, United States - ER_RNA_204 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300030939Forest soil microbial communities from Spain - ITS-tags Site 9-Mixed-thinned forest site A9_MS_spring Metatranscriptome (Eukaryote Community Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300030967Forest soil microbial communities from France for metatranscriptomics studies - Site 11 - Champenoux / Amance forest - FA11 Emin (Eukaryote Community Metatranscriptome)EnvironmentalOpen in IMG/M
3300030987Metatranscriptome of soil microbial communities from the East River watershed near Crested Butte, Colorado, United States - ER_RNA_144 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300030990Metatranscriptome of soil microbial communities from the East River watershed near Crested Butte, Colorado, United States - ER_RNA_149 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300031015Forest soil microbial communities from Spain - ITS-tags Site 9-Mixed-thinned forest site A9_MS_autumn Metatranscriptome (Eukaryote Community Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300031057Oak Coassembly Site 11 - Champenoux / Amance forestEnvironmentalOpen in IMG/M
3300031122Oak Spring Coassembly Site 11 - Champenoux / Amance forestEnvironmentalOpen in IMG/M
3300031128Oak Summer Coassembly Site 11 - Champenoux / Amance forestEnvironmentalOpen in IMG/M
3300031231Coassembly Site 11 (all samples) - Champenoux / Amance forestEnvironmentalOpen in IMG/M
3300031474Fir Coassembly Site 11 - Champenoux / Amance forestEnvironmentalOpen in IMG/M
3300034661Metatranscriptome of lab incibated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - T60R3 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034662Metatranscriptome of lab incibated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - T60R4 (Metagenome Metatranscriptome)EnvironmentalOpen 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
3300034664Metatranscriptome of lab incibated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - T20R3 (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
3300034667Metatranscriptome of lab incibated soil microbial communities from West Virginia University Organic Research Farm, Morgantown, WV, United States - C8R1 (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

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
Ga0006765J45826_11825913300003161Avena Fatua RhizosphereTYRNQSRFAFYGVNYLFDSPLLIPASKMSDATPTDFMAGEAHTFTEADDPSGTVFYCESQRGYQPSSNTDTIGALDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNGSGDWCGDFDPTTVGRQKNSNFTYIGYNDGCNASFLDGHVKYYHDAALCAGTDYLATTPQDGGSTAFGGGANITDKTHYLWNLTNNYYG
Ga0006770J48903_102060913300003305Avena Fatua RhizosphereFDSPLLIPSNKMADATPTDFMAGEAHTFTEADDPSGTVFYTESQRGYIPSTSTDVIGQLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWAGTNCSGDWCGDADPATVGRQKRSNWCYIGYNDGANATFLDGHVKYQKDAALASGTDYLASTPQDGGSGYFGGGCNITDKVHYLWNLTDNYY
Ga0007420J51693_102181213300003569Avena Fatua RhizosphereDSHSIFSSPAHATNDPGYDGLGATYRNQSRFVFYGVNYLFDSPLLIPSNKLADATPTDFMAGEAHTFTEADDPSGTVFYTESQRGYIPSTSTDVIGQLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWAGTNCSGDWCGDADPATVGRQKRSNWCYIGYNDGANATFLDGHVKYQKDAALASGTDYLASTPQDGGSGYFGGGCNITD
Ga0007419J51692_102868613300003571Avena Fatua RhizosphereSIFSSPAHATNDPGYDGLGATYRNQSRFVFYGVNYLFDSPLLIPSNKMADATPTDFMSGEAHTFTEADDPSGTVFYTESQRGYIPSTSTDVIGQLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWAGTNCSGDWCGDADPATVGRQKRSNWCYIGYNDGANATFLDGHVKYQKDAALASGTDYLASTPQDGGSGYFGGGCNITDKVHYLWNLTDNYYGA
Ga0032354_110884813300003693Avena Fatua RhizosphereDPSGTIFYTESQRGYGATTSTDNLGVLDATRGFFGVDAPGLWEALAPSSIQYVIFWAGTYCSGDFCGDADSATQGRQKRTNFVYIGYNDGANATFVDGHVKYMKDNQLAGGTNYLSSTPQDGGTGYFGGGATITDKTHYLWNLTDNYYGA*
Ga0032355_108453213300003840Avena Fatua RhizosphereVNYLFDSPLLIPSNKLADATPTDFMSGEAHTFTEADDPSGTVFYTESQRGYIPSTSTDVIGQLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWAGTNCSGDWCGDADPATVGRQKRSNWCYIGYNDGANATFLDGHVKYQKDAALASGTDYLASTPQDGGSGYFGGGCNITDKVHYLWNLTDNYY
Ga0058858_136626813300004785Host-AssociatedEADDPAGTVFYTESQRGYGATTSTDNLGVLDATRGFFGVDAPGLWEVLAPSSIQYVIFWAGTYCSGDFCGDADSATQGRQKRTNFVYIGYNDGANATFLDGHVKYMKDNQLAGGTNYLSSTPQDGGTGYFGGGATITDKTHYLWNLTDNYYGA*
Ga0058859_1161160613300004798Host-AssociatedLHIPTSKMSDPTPTDWMVGESHTFTEADDPAGTVFYTESQRGYGATTSTDNLGVLDATRGFFGVDAPGLWGVLAASSIQYVIFWAGTYCSGDFCGDADSATQGRQKRTNFVYIGYNDGANATFLDGHVKYMKDNQLAGGTNYLSSTPQDGGTGYFGGGATITDKTHYLWNLTDNYYGA*
Ga0058863_1195174913300004799Host-AssociatedGATYRNQSRFAFYGVNYLFDSPLLIPSSKMSDATPTDFMAGEAHTFTEADDPSGTVFYCESQRGYQPTSGTDTIGVLDTTRGFFGCNAPGMWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPTTVGRQKNSNFTYIGYNDGCNASFLDGHVKYYHDAALCSGTDYLASTPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA*
Ga0058861_1001157013300004800Host-AssociatedSKMSDATPTDFMAGEAHTFTEADDPSGTVFYTESQRGYIPTSGTDTIGALDTTRGFFGVNAPGLWEVLVSSTVPYVVFWSGANGSGDWCGDVDPTTVGRQKETNSVYIGYNDGCNASFLDGHVKYYHDAALASGTDYLASTPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA*
Ga0058860_1001864213300004801Host-AssociatedVNYLFDSPLLIPSSKMSDATPTDFMAGEAHTFTEADDPSGTVFYCESQRGYQPTSGTDTIGVLDTTRGFFGCNAPGMWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPTTVGRQKNSNFTYIGYNDGCNASFLDGHVKYYHDAALCSGTDYLASTPQDGGSGAFGGGANITDKTHYLWNLT
Ga0058862_1000104513300004803Host-AssociatedSSKMSDATPTDFMAGEAHTFTEADDPSGTVFYCESQRGYQPTSGTDTIGVLDTTRGFFGCNAPGMWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPTTVGRQKNSNFTYIGYNDGCNASFLDGHVKYYHDAALCSGTDYLASTPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA*
Ga0070690_10076806313300005330Switchgrass RhizosphereLLIPSSKMSDATPTNFMAGEAHQFTEADDPSGTVFYTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSSVPYVVFWNGTNCSGDWCGDMDPTTVGQKRNTNYVYMGYNQGCNTSFLDGHVKYYKDGALAQGTDYLSATPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA*
Ga0070689_10160881813300005340Switchgrass RhizosphereRFVFYGVNYLFDSPLLIPSSKMSDATPTNFMAGEAHQFTEADDPSGTVFYTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNCSGDWCGDMDPTTVGQKRNTNYVYMGYNQGCNTSFLDGHVKYYKDGALAQGTDYLSATPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA*
Ga0068859_10132676913300005617Switchgrass RhizosphereYDPYGATYRNQSRFVFYGVNYLFDSPLLIPSSKMSDATPTNFMAGEAHQFTEADDPSGTVFYTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNCSGDWCGDMDPTTVGQKRNTNFLYMGYNGGCNTSFLDGHVKYYKDGALAQGTDYLSATPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA*
Ga0105245_1041483613300009098Miscanthus RhizosphereRGYQPTSGTDTIGVLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNGSGDWCGDFDPTTVGRQKNSNFTYIGYNDGCNASFLDGHVKYYHDAALCAGTDYLASTPQDGGSTAFGGGANIIDKTHYLWNLTNNYYGA*
Ga0105245_1146468023300009098Miscanthus RhizosphereAPGLWEVLVSSTVPYVIFWTGTNCSGDWCGDMDPTTVGQKRNTNFLYMGYNGGCNTSFLDGHVKYYKDGALAQGTDYLSATPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA*
Ga0105243_1183992413300009148Miscanthus RhizosphereMSDATPTDFMAGEAHTFTEADDPSGTVFYCESQRGYQPTSGTDTIGVLDTTRGFFGCNAPGMWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPTTVGRQKNSNFTYIGYNDGCNASFLDGHVKYYHDAALCSGTDFLASTPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA*
Ga0105248_1078679723300009177Switchgrass RhizospherePYGATYRNQNRFVFYGVNYLFDSPLLIPSSKLSDATPTNFMAGEAHQFTEADDPSGTVFYTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNCSGDWCGDMDPTTVGQKRNTNFLYMGYNGGCNTSFLDGHVKYYKDGALAQGTDYLSATPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA*
Ga0105248_1282352613300009177Switchgrass RhizosphereSPLLIPSSKMSDATPTDFMAGEAHTFTEADDPSGTVFYCESQRGYQPTSGTDTIGVLDTTRGFFGCNAPGMWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPTTVGRQKETNSVYIGYNDGCNASFLDGHVKYYHDAALASGTDYLASTPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA
Ga0103861_1007525413300009247River WaterDPAGTIFYTESQRGYGATTSTDNLGVLDATRGFFGVDAPGLWGALAPSTVAYVIFWAGTYCSGDFCGDADATTQGRQKRTNFVYIGYNDGANATFLDGHVKYMKDNQLASGTDYLSSTPQDGGTGYFGGGANITDKTHYLWNLTDNYYGA*
Ga0103863_1004730113300009252River WaterPPTNFMVGESHTFTEADDPSGTIFYTESQRGYVPTTSTDNLGVLDSTRGFFGVDAPGLWGVLAPSTVAYVIFWAGTYCSGDFCGDADATTQGRQKRTNFVYIGYNDGANATFLDGHVKYMKDNQLASGTDYLSSTPQDGGTGYFGGGANITDKTHYLWNLTDNYYGA*
Ga0127433_10147413300010064Grasslands SoilDFMQGESHTFTEADDPSGTIFFTESQRGYVPTNGTDNLGVLDTTRGFFGVNGPGLWEVLVSSTVPYVIFWAGTYGSGDFVGDRDVATVGRQKGTNFIYIGYNDGANATFVDGHVKYMKDNQLAGGTNYLSSTPQDGGTGYFGGGATITDKTHYLWNLTDNYYGA*
Ga0127427_11550813300010066Grasslands SoilWSGPALATNDPGYVGGKNTYRNQSRYTMYGINYLFASPLLIPASKMADATPTDWMQGESHTSTEADDPSGTVFYTESQRGYVGGSTVGTLDSTRGFFGVEAPGLWGVLVSSTVPYVIFWNGTYCSGDWCGDADAATTGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDANLASGTNYLASTPNDWGSGYFGGGCTI
Ga0127461_106836813300010084Grasslands SoilGVNYLFDSPLLIPASKMADATPTNFMQGEAHTFTEADDPSGTIFYTESQRGYVPTTTTDTIGQLDTTRGFFGVNAPGLWEALVSSTVPYVIFWTGSNGSGDWCGDTDPTTVGRQKNTNFCYIGYNDGCNASFLDGHVKYYHDAALAIGTDYLSSTPQDGGSGAFGGGANITDKTHYLWNL
Ga0127476_107309913300010088Grasslands SoilPASKMADATPTDWMQGESHTSTEADDPSGTVFYTESQRGYVGGSTVGTLDSTRGFFGVEAPGLLGVLVSSTVPYVIFWNGTYCSGDWCGDADAATVGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDANLASGTNYLASTPNDWGSGYFGGGCTIIDKVHYLWNLNDNYFGA*
Ga0127471_107240513300010090Grasslands SoilYLFLSPLHIPASHMSDTTPTSFMTGESHTFTEADDPSGTIFYTESQRGYGATTSTDNLGVLDATRGFFGVDAPGLWEALAPSSIQYVIFWAGTYCSGDFCGDADSATQGRQKRTNFVYIGYNDGANATFIDGHVKYMKDNQLAGGTNYLSSTPQDGGTGYFGGGATITDKTHYLWNLTDNYYGA*
Ga0127474_103555113300010108Grasslands SoilHTSTEADDPSGTVFYTESQRGYVGGSTVGTLDSTRGFFGVEAPGLWGVLVSSTVPYVIFWNGTYCSGDWCGDADAATVGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDASLASGTNYLASTPNDWGSGYFGGGCTIIDKVHYLWNLNSNYFGA*
Ga0127438_101477213300010121Grasslands SoilGGATYRNQSRFAFYGVNYLFDSPLLIPASKMSDATPTDFMAGEAHTFTEADDPSGTVFYTESQRGYVGGSTVGTLDSTRGFFGVEAPGLWGVLVSSTVPYVIFWNGTYCSGDWCGDADAATVGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDANLASGTNYLASTPNDWGSGYFGGGCTIIDKVHYLWNLNDNY
Ga0127456_102919413300010140Grasslands SoilATPTDFMAGEAHGFTEADDPSGTVFYTESQRGYVPTSGTDTIGALDTTRGFFGVNAPGMWEVLVSSTVPYVIFWTGSNGSGDWCGDTDPTTVGRQKNTNFCYIGYNDGCNDSFLDGHVKYYHDAALAIGTDYLSSTPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA*
Ga0127483_112686513300010142Grasslands SoilANGIWSGPALATNDPGYVGGKNTYRNQSRYTMYGINYLFASPLLIPASKMSDATPTDFMTGEAHTTTEADDPSGTVFYTESQRGYVGGSTTGKLDSTRGFFGVEAPGLWGVLVSPTIPYVIFWNGTYCSGDWCGDADATTTGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDANLASGTNYLASTPNDWGSGYFGGGCTIIDKVHYLWNLNDNYFGA*
Ga0126320_103400813300010146SoilPGFDVYGACYRAQNRFVFYGVNYLFDSPLLIPSSKMSDATPTNFMAGEAHQFTEADDPSGTVFYTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSSIPYVIFWTGTNCSGDWCGDMDPTTVGQKRNTNYVYTGYNGGANTSFLDGHVKYYKDAALAVGTDYLSSTPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA*
Ga0126320_104132113300010146SoilVWRGPALASADAGYVAVKNTYRNQSRDSMYGVNYLFLSPLLIPASKMGDTTPTDFMSGESHSFTEADDPSGTVFYTESQFGYLSTDNLVADFLGQLENAHGFFGVNAPGLWNVLASSSVPYVIFWNGTDCSGDWCGDFDPATTGRQKETNSVSILYNDGANATFLDGHVKYLKDNALAAGTNYLSATPNSVVVGANGGGATITNKAAYLWNLKNFYYGA*
Ga0126320_150695913300010146SoilHATIDAGFDKYGASYRNQSRLPFYGVNYLFDSPLLIPASKMSDATPTNFMRGEAHTFTEADDPSGTIFYTESQRGYAPTTTTDTIGVLDTTRGFFGVNAPGLWEVLVAATVPYVIFWTGTNCSGDWCGDVDPTTVGRQKNSNFCYIGYNDGANATFLDGHVKYLKDSALCSGTDYLAATPQDG
Ga0126319_112116613300010147SoilRNQNRFAFYGVNYLFVSPLLIPSSKMSDATPTDFMAGEAHQFTEADDPSGTVFYTESQRGYQPTSLTDTIGVLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPTTVGRQKNTNFCYIGYNDGCNASFLDGHVKYYHDAALCSGTDYLASTPQDGGSTAFGGGANITDKNHYIWNLTNNYYGA*
Ga0126354_100761513300010857Boreal Forest SoilMYGINYLFDSPLLIPSSKMSDATPTDWMQGEAHTTTEADDPSGTVFYTESQRGYIPTVASPNVGVLDSTRGFFGVDAPGLWEVLVSSTVPYVIFWDGSYCSGDFCGDADAATLGQQKRTNFVYIGYNDGANATFIDGHVKYMKDASLASGTDYLASTPQDGGSGYFGGGANIIDK
Ga0126349_101543313300010861Boreal Forest SoilHASQDPGYDPYGATYRNQSRFTFYGVNYLFDSPLLIPSSKMSDATPTDFMAGEAHTFTEADDPSGTVFYTESQRGFVPTSGTDTIGALDTTRVFFGVNAPGMWEVLVSSTVPYVIFWTGANGSGDWCGDVDPVTVGRQKDTNFCYIGYNDGCNASFLDGHVKYYHDAALASGTDYLASTPQDGGSGAFGGGANITDKTHYLWNLTANYYGA*
Ga0126349_118078513300010861Boreal Forest SoilLFVSPLLIPASKMSDATPTDFMAGEAHQFTEADDPSGTVFYTLSQRGYQPTSNTDTLGVLDTTRGFFGVNAPGMWEVLVSSTVPYVIFWTGTNGSGDWCGDFDPTTVGRQKNTNFCYIGYQDGTCVTFLDGHVKYYHDSALCIGTDYLASTPQDGGSGAFGGGANIVDKTQ
Ga0150985_10919202913300012212Avena Fatua RhizosphereVADFLGQLENAHGFFGVNAPGLWNVLASSSVPYVIFWNGTDCSGDWCGDFDPATTGRQKETNSVSILYNDGANATFLDGHVKYLKDNALAAGTNYLSATPNSVVVGANGGGATITNKAAYLWNLKNFYYGA*
Ga0150985_11190150213300012212Avena Fatua RhizosphereFDSPLLIPASKMSDATPTDWMQGEAHTTTEADDPAGTIFYTETSRGYQRTTGPDKIGVLDTTRGFFGTDAPGLWDVLVASTVPYVIFWNATHCSGDWCGDRDSATVGIQKGSNYTYIGYNDGANATFIDGHVKYMKDASLASGTNYLASTAGGAYLGGGCHIIDKVHYLWNL
Ga0150985_12273662913300012212Avena Fatua RhizosphereTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSSIPYVIFWTGTNCSGDWCGDMDPTTVGQKRNTNFVYTGYNGGANTSFLDGHVKYYKDAALAVGTDYLSSTPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA*
Ga0134028_124022813300012224Grasslands SoilNQSRFPMYGINYLFDSPLLIPASKMADATPTDFMVGESHTSTEADDPSGTVFYTESQRGYVGGSTVGTLDSTRGFFGVEAPGLWGVLVSSTVPYVIFWNGTYCSGDWCGDADAATTGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDANLASGTNYLASTPNDWGSGYFGGGCTIIDKVHYLWNLNDNYFGA*
Ga0134025_103133613300012378Grasslands SoilFYTESQRGYVPTTTTDTLGQLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWSGANCSGDWCGDYDPTTVGRQKNTNFCYIGYNDGANATFLDGHVKYLMDAALASGTDYLSATPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA*
Ga0134026_112847513300012381Grasslands SoilDDPSGTVFYTESQRGYVGGSTVGTLDSTRGFFGVEAPGLWGVLVSSTVPYVIFWNGTYCSGDWCGDADAATTGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDANLAAGTNYLASTPNDWLSTYFGGGCTIIDKVHYLWNLNDNYFGA*
Ga0134031_117318313300012388Grasslands SoilMSDATPTNFMAGEAHQFTEADDPSGTVFYTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSSIPYVIFWTGTNCSGDWCGDMDPTTVGQKRNTNYVYTGYNGGANTSFLDGHVKYYKDAALAVGTDYLSSTPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA*
Ga0134031_125971113300012388Grasslands SoilYRNQSRFVFYGVNYLFDSPLLIPSNKMADATPTDFMAGEAHTFTEADDPSGTVFYTESQRGYIPSTSTDVIGQLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWAGTNCSGDWCGDADPATVGRQKRSNWCYIGYNDGANATFLDGHVKYQKDAALASGTDYLASTPQDGGSGYFGGGCNITDKVHYLWNLTDNY
Ga0134040_122446513300012389Grasslands SoilAYFMVGESHTSTEADDPSGTVFYTESQRGYVGGSTVGTLDSTRGFFGVEAPGLWGVLVSSTVPYVIFWNGTYCSGDWCGDADAATVGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDANLASGTNYLASTPNDWGSGYFGGGCTIIDKVHYLWYLNDNYFGA*
Ga0134035_127640813300012391Grasslands SoilAHASVDAGYVPTGASYRNQSRFPFYGVNYLFDSPLLIPASKMADATPTNFMQGEAHTFTEADDPSGTIFYTESQRGYVPTTTTDTIGQLDTTRGFFGVNAPGLWEVLVAATVPYVIFWSGTNCSGDWCGDFDPTTIGLQKNSNFVYIGYNDGANATFLDGHVKYLKDSALASGTDYLAATPQDGGSGYFGGGANITDKVHYLWNL
Ga0134048_108542313300012400Grasslands SoilPMYGVNYLYISPLLIPLSKMSDATPTDFMQGESHTFTEADDPSGTIFYTESQRGYGATTSTDNLGVLDATRGFFGVDAPGLWEALAPSSIQYVIFWAGTYCSGDFCGDADSATQGRQKRTNFVYIGYNDGANATFIDGHVKYMKDNQLAGGTNYLSSTPQDGGTGYFGGGATITDKTHYLWNL
Ga0134024_108048213300012404Grasslands SoilMYGINYLFDSPLLIPASKMADATPTDWMQGESHTSTEADDPSGTVFYTESQRGYVGGSTVGTLDSTRGFFGVEAPGLWGVLVSSTVPYVIFWNGTYCSGDWCGDADAATTGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDANLASGTNYLASTPNDWGSGYLGGGCTIIDKVHYLWNLNDNYFGA*
Ga0134045_110754813300012409Grasslands SoilNDPGFILTKNTYRIQSRNPMYGVNYLYISPLLIPLSKMSDATPTDFMQGESHTFTEADDPSGTIFFTESQRGYVPTNGTDNLGVLDTTRGFFGVNGPGLWEVLVSSTVPYVIFWAGTYGSGDFVGDRDVATAGRQKGTNFIYIGYNDGANATFLDGHVKYLKDSALCSGTDYLAATPQDGGSGYFGGGANITDKVHYLWNLTNNYYG
Ga0134045_118197713300012409Grasslands SoilDATPTDFMVGESHTSTEADDPSGTVFYTESQRGYVGGSTVGTLDSTRGFFGVEAPGLWGVLVSSTVPYVIFWNGTYCSGDWCGDADAATTGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDANLASGTNYLASTPNDWGSGYFGGGCTIIDKVHYLWNLNDNYFGA*
Ga0134045_125471913300012409Grasslands SoilMYGVNYLFLSPLHIPASHMSDTTPTSFMVGESHTFTEADDPSGTIFYTESQRGYGATTSTDNLGVLDATRGFFGVDAPGLWEVLAASTIQYVIFWAGTYCSGDFCGDADSATQGRQKRTNFVYIGYNDGANATFIDGHVKYMKDNQLAGGTNYLSSTPQDGGTGYFGGG
Ga0150984_10177514913300012469Avena Fatua RhizosphereYGINYLFDSPLLIPASKMSDATPTDWMQGEAHTTTEADDPAGTIFYTETSRGYQRTTGPDKIGVLDTTRGFFGTDAPGLWDVLVASTVPYVIFWNATHCSGDWCGDRDSATVGIQKGSNYTYIGYNDGANATFIDGHVKYMKDASLASGTNYLASTAGGAYLGGGCHIIDKVHYLWNLNENYFGA*
Ga0150984_10641911613300012469Avena Fatua RhizosphereMYGINYLFDSPLLIPASKMSDATPTDWMQGEAHTTTEADDPSGTIFYTETSRGYQRSFGADKIGVLDTTRGFFGTDAPGLWDVLVSSSVPYVIFWNATHCSGDWCGDRDSAVVGIQKGSNYTYIGYNDGANATFVDGHVKYMKDASLASGTNYLASTAGGAYLGGGCHIIDKVHY
Ga0150984_10883473113300012469Avena Fatua RhizosphereEAHTFTEADDPSGTVFYCESQRGYQPTSLTDTIGVLDTTRGFFGCNAPGLWEVLVSSTVPYVIFWTGTNSSGDWTGDIDPTTVGRQKSSNFTYIGYNDGCNASFLDGHVKYYHDAALCAGTDYLASTPQDGGSTAFGGGANITDKTHYLWNLTNNYFGA*
Ga0150984_10919090713300012469Avena Fatua RhizospherePGLWGVLVSSTVPYVIFWNGTYCSGDWCGDADSTTVGLQKRTNYVYIGYNDGCNATFLDGHVKYMKDASLAVGTTYLASTPNDWGSGYFGGGATIVDKVHYLWNLNDNFFGA*
Ga0150984_11361425913300012469Avena Fatua RhizosphereMYGVNYLFLSPLLIPLSKMGDTTPTDFMSGESHTFTEADDPSGTVFYTESQFGYLSTDGLVTDLKGTLESAHGFFGVNAPGLWNALASSSIPYVIFWNGTDCSGDWCGDFDAAVTGRQKETNSVYIGYNDGANATFLDGHVKYLKDNALAAGTNYLSATPNSIVVGANGGGATITDKAAYIWNLKNYYYGA*
Ga0150984_11987022413300012469Avena Fatua RhizosphereYGINYLFDSPLLIPASKMSDATPTDWMQGEAHTTTEADDPAGTIFYTETSRGYQRTSGADKIGVLDTTRGFFGTDAPGLWDVLVASSVPYVIFWNVTHCSGDWCGDRDSATVGIQKGSNYTYIGYNDGANATFIDGHVKYMKDASLASGTNYLASTAGGAYLGGGCHII
Ga0150984_12071431013300012469Avena Fatua RhizosphereFYGVNYLFDSPLLIPASKMTDTTPTDFMAGEAHTFTEADDPSGTVFYCESQRGYQPSSLTDTLGALDTTRGFFGVNAPGLWEALVSSTVPYVIFWTGTNGSGDWCGDFDPGTVGRQKNSNFTYIGYNDGCNASFLDGHVKYYHDAALCAGTDYLATTPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA*
Ga0157374_1148792813300013296Miscanthus RhizosphereTTEADDPSGTVFYTESQRGYVGGSTTGTLDSTRGFFGVEAPGLWGVLVSSTVPYVIFWNGTFCSGDWCGDADATTTGLQKRTNYVYIGYNDGANATFIDGHVKYMKDANLASGTNYLASTPNDWASGYFGGGCTIIDKVHYLWNLNDNYFGA*
Ga0182008_1084154913300014497RhizosphereLWGVLVSSTVPYVIFWNGTYCSGDVCGDADATTVGLQKRTNYVYIGYNDGCNATFLDGHVKYMKDASLAQGTNYLASTPNDWGSGYFGGGCTIVDKVHYLWNLNANYFGA*
Ga0157379_1248043113300014968Switchgrass RhizosphereNQSRFVFYGVNYLFDSPLLIPSNKMADATPTDFMAGEAHTFTEADDPSGTVFYTESQRGFIPTTSTDVIGVLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGANCSGDWCGDMDPVTVGRQKNTNWVYIGYNDGCNATFLDGHVKYQKDAALASGTDYLGSTPQDGGSGYF
Ga0157376_1232978013300014969Miscanthus RhizosphereLLIPSSKMSDATPTDFMAGEAHTFTEADDPSGTVFYTESQRGYIPTSGTDTIGALDTTRGFFGVNAPGLWEVLVSSTVPYVVFWSGANGSGDWCGDVDPTTVGRQKETNSVYIGYNDGCNASFLDGHVKYYHDAALASGTDYLASTPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA*
Ga0132255_10390747013300015374Arabidopsis RhizosphereLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPTPVGRQKNTNFTYTGYNEGCNATFLDGHVKYYHDAALCAGTDFLASTPQDGGSGAFGGGANITDKTHYLWNLTSNYYGA*
Ga0066655_1033227113300018431Grasslands SoilDWMQGEAHTTTEADDPSGTVFFTESMRGYGPTTATDTIGVLDSAHGFFGVNAPGIFDAMAPVTVPYVVWYGGVNCSGDWCGDADPTTTGAQKRTTFTYNGYNDGANATFVDGHVKYMKDASLASGTNYLTSTPSLITAGYGGCHIIDKVHYLWNLNDNYFNA
Ga0222728_108813413300022508SoilWMQGEAHTSTEADDPSGTVFYTESQRGYVQTNGTDSIGTLDSTRGFFGVEAPGLWDVLVSSTVPYVIFWNGDNCSGDWCGDADPATVGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDASLAAGTNYLASTTDGLYGGGGCHIIDKVHYLWNLNSNYFGA
Ga0207642_1052620623300025899Miscanthus RhizosphereNQNRFVFYGVNYLFDSPLLIPSSKMSDATPTNFMAGEAHQFTEADDPSGTVFYTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSSVPYVVFWNGTNCSGDWCGDMDPTTVGQKRNTNYVYMGYNQGCNTSFLDGHVKYYKDGALAQGTDYLSATPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA
Ga0207639_1128746513300026041Corn RhizosphereDDPSGTVFYTESQRGFVPTTTTDVIGVLDTTRGFFGVNAPGLWEVLVSSSVPYVVFWNGTNCSGDWCGDMDPTTVGQKRNTNFLYMGYNGGCNTSFLDGHVKYYKDGALAQGTDYLSATPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA
Ga0308200_109073813300030905SoilDVNSIWAGPTLRSGDAGYVATANTYRNQSRFPMYGVNYLFLSPLHIPTSKMSDPTPTDWMVGESHTFTEADDPAGTVFYTESQRGYGATTSTDNLGVLDATRGFFGVDAPGLWGVLAASSIQYVIFWAGTYCSGDFCGDADSATQGRQKRTNFVYIGYNDGANATFLDGHVKYMKDNQLAGGTNYLSSTPQDGGTGYFGGGSTITDKTHYL
Ga0138303_126522613300030939SoilGPSGTVFYTESQRGYVQTNGTDSIGTLDSTRGFFGVEAPGLWDFLVASTVPYVIFWNGDNCSGDWCGDADPLVVGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDASLASGTNYLASTTDGLYGGGGCHIIDKVHYLWNLNSNYFGG
Ga0075399_1107968613300030967SoilNYLFDSPLLIPSSKMSDATPTDWMQGEAHTSTEADDPSGTVFYTESQRGYVQTNGTDSIGTLDSTRGFFGVEAPGLWDFLVASTVPYVVFWNGDNCSGDWCGDADPLVVGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDASLASGTNYLASTTDGLYGGGGCHIIDKVHYLWNLNSNYFGG
Ga0308155_102761413300030987SoilSRFAFYGVNYLYDSPLLIPSSKMSDATPTDFMAGEAHQFTEADDPSGTVFYTESQRGYQPTSGTDTIGQLDTTRGFFGVNAPGLWEVLVSSSVPYVIFWTGTNGSGDWCGDVDPVTVGKQKNSNFCYIGYNDGCNASFLDGHVKYYKDAALCAGTDYLASTPQDGGSTAFGGGANIIDKTHYLW
Ga0308178_108308013300030990SoilYRNQSRFPMYGINYLFDSPLLIPASKMADATPTDFMAGEAHTSTEADDPSGTVFYTESQRGYVGGSTTGTLDSTRGFFGVEAPGLWGVLVSSTVPYVIFWNGTYCSGDWCGDADSTTVGLQKRSNYVYIGYNDGCNATFIDGHVKYMKDASLAVGTTYLASTPNDWGSGYFGGGATIVDKVHYLWNLNANYFGA
Ga0138298_169470713300031015SoilGADDPSGTVFYTESQRGYQPTSGTDTLGALDTTRGFFGVNAPGMWEVLVSSTVPYVIFWTGTNGSGDWCGDFDPTTVGRQKNTNFCYIGYQDGTCVTFLDGHVKYYHDSALCIGTDYLASTPQDGGSGAFGGGANITDKVHYLWNLTNNYYGA
Ga0170834_10350356313300031057Forest SoilDSTRGFFGVDAPGLWEVLVPSTVPYVIFWDGTYCSGDFCGDADAATLGQQKRTNFVYIGYNDGANATFIDGHVKYMKDASLASGTDYLASTPQDGGSGYFGGGANIIDKVHYLWNLNDNYYGA
Ga0170834_11007513113300031057Forest SoilDPGRADTHSIFSSPAHATNDAGYDKYGATYRNQSRFPFYGVNYLFDSPLLIPSNKMSDATPTDFMAGEAHTFTEADDPSGTIFYTESQRGYQPTTTTDTIGLLDTTRGFFGVNAPGLWEVLVSASVAYVIFWSGTNCSGDWCGDFDPTTIGLQKNTNWVYIGYNDGANATFLDGHVKYLKDSALASGTDYLAATPQDGGSG
Ga0170834_11146188313300031057Forest SoilFDSPLLIPASKMSDATPTDFMAGEAHTSTEADDPSGTVFYTESQRGYVQTNGTDVIGTLDTTRGFFGVEAPGLWEVLVASTVPYVIFWNGDNCSGDWCGDADPAVIGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDASLASGTNYLASTTSGLYGGGGCHIIDKVHYLWNLNSNYFGA
Ga0170822_1487674813300031122Forest SoilSYRDQSRYTFYGVNYLFDSPLLIPASKMSDATPTDFMAGEAHTFTEADDPSGTVFYTESQRGYAPTSTTDTIGVLDTTRGFFGVNAPGMWEVLVSSSVPYVIFWTGANCSGDWCGDQQPAVIGRQKVTNFVYIGYNDGCNASFLDGHVKYYHDAALASGTDYLASTPQDG
Ga0170823_1283756413300031128Forest SoilSPAHATNDAGYDKYGATYRNQSRFPFYGVNYLFDSPLLIPSNKMSDATPTDFMAGEAHTFTEADDPSGTIFYTESQRGYQPTTTTDTIGLLDTTRGFFGVNAPGLWEVLVSASVAYVIFWSGTNCSGDWCGDFDPTTIGLQKNTNWVYIGYNDGANATFLDGHVKYLKDSALASGTD
Ga0170823_1323147813300031128Forest SoilPLGASYRDQSRYTFYGVNYLFDSPLLIPASKMSDATPTDFMAGEAHTFTEADDPSGTVFYTESQRGYAPTSTTDTIGVLDTTRGFFGVNAPGMWEVLVASSVPYVIFWTGANCSGDWCGDQQPAVIGRQKVTNFVYIGYNDGCNASFLDGHVKYYHDAALASCTDYLASTPQDGGSGAFGGGANITDKTHYLWNLTDNYYGA
Ga0170823_1401699323300031128Forest SoilVNSIWHGPALATNDTNYSGLKNTYRNQSRFPMYGINYLFDSPLLIPSSKMSDATPTDFMAGEAHTTTEADDPSGTVFYTESQRGYVPTTGTDVIGTLDSTRGFFGVEAPGLWEVLVASTVPYVIFWNATNCSGDWCGDADPATVGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDASLAAGTNYLASTTNGLYGGGGCTIIDKVHYLWNLNANYFGA
Ga0170823_1649977713300031128Forest SoilPTDFMQGEAHTTTEADDPSGTVFYTESQRGYIPTNNTDSIVTLDTTRGFFGVDAPGLWDVLVASTVPYVIFWDATNCSGDFCGDADSATIGLQKRTNFVYIGYNDGCNATFIDGHVKYMKDASLAAGTNYLASTTSGMYGGGGCHIIDKVHYLWNLNSNYFGA
Ga0170824_10363038413300031231Forest SoilGSQRGYQPTSGTDTIGVLDTTRGFFGCNAPGMWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPATVGRQKNSNFTYIGYNDGCNASFLDGHVKYYHDAALASGTDYLASTPQDGGSGAFGGGANITDKTHYLWNLTSNYYGA
Ga0170824_11322033123300031231Forest SoilMYGINYLFDSPLLIPSSKMSDATPTDFMAGEAHTTTEADDPSGTVFYTESQRGYVPTTGTDVIGTLDSTRGFFGVEAPGLWEVLVASTVPYVIFWNATNCSGDWCGDADPATVGLQKRTNYVYIGYNDGCNATFIDGHVKYMKDASLAAGTNYLASTTNGLYGGGGCTIIDKVHYLWNLNANYFGA
Ga0170824_12043100513300031231Forest SoilLGASYRDQSRYTFYGVNYLFDSPLLIPASKMSDATPTDFMAGEAHTFTEADDPSGTVFYTESQRGYAPTSTTDTIGVLDTTRGFFGVNAPGMWEVLVASSVPYVIFWTGANCSGDWCGDQQPAVIGRQKVTNFVYIGYNDGCNASFLDGHVKYYHDAALASGTDYLASTPQDGGSGAFGGGANIIDKTHYLWNLTNNYYGA
Ga0170824_12612831813300031231Forest SoilPMYGINYLFASPLLIPSSKMSDATPTDWMQGEAHTTTEADDPSGTVFYTESQRGYIPTNNTDSIVTLDTTRGFFGVDAPGLWDVLVASTVPYVIFWDATNCSGDFCGDADSATIGLQKRTNFVYIGYNDGCNATFIDGHVKYMKDASLAAGTNYLASTTSGMYGGGGCHIIDKVHYLWNLNNNYFG
Ga0170818_11020639813300031474Forest SoilGSQRGYQPTSGTDTIGVLDTTRGFFGCNAPGMWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPATVGRQKNSNFTYIGYNDGCNASFLDGHVKYYHDAALCSGTDFLASTPQDGGSGAFGGGANITDKTHYLWNLTNNYYGA
Ga0314782_194691_9_4463300034661SoilVFYTESQRGYQPTSTTDTIGLLDTTRGFFGSNAPGLWNVLVSSSVPYVIFWTGTNGSGDWCGDIDPSTVGKQKSSNFAYIGYNDGCNASFLDGHVKYYKDAALCAGTDYLASTPQDGGSTAFGGGANITDKTHYLWNLTNNYSGA
Ga0314783_056058_3_4793300034662SoilAHGFTEADDPSGTVFYTESDRGYIPTTTTDTIGVLDTTRGFFGSNAPGLWNVLVSSSVPYVIFWTGTNGSGDWCGDIDPSTVGKQKSSNFAYIGYNDGCNASFLDGHVKYYKDAALCAGTDYLASTPQDGGSTAFGGGANITDKTHYLWNLTNNYYGA
Ga0314783_173217_1_5103300034662SoilPYGATYRNQSRFSFYGVNYLFDSPLLIPSSKMSDATPTDFMAGEAHTFTEADDPSGTVFYCESQRGFQPTSGTDTIGVLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPTTVGRQKNTNFTYTGYNEGCNATFLDGHVKYYHDAALCAGTDFLAST
Ga0314784_160839_13_4503300034663SoilVFYTESQRGYGATTSTDNLGVLDATRGFFGVDAPGLWSALAPSSIQYVIFWAGTYCSGDFCGDADSATQGRQKRTNFVYIGYNDGANATFLDGHVKYMKDNQLAGGTNYLSSTPQDGGTGYFGGGATITDKTHYLWNLTDNYYGA
Ga0314784_173323_3_4943300034663SoilMSDATPTDFMAGEAHGFTEADDPSGTVFYTESQRGYQPTSTTDTIGLLDTTRGFFGSNAPGLWNVLVSSSVPYVIFWTGTNGSGDWCGDIDPSTVGKQKSSNFAYIGYNDGCNASFLDGHVKYYKDAALCAGTDYLASTPQDGGSTAFGGGANITDKTHYLWNL
Ga0314786_101567_2_6193300034664SoilQDANYDPYGATYRNQSRFVFYGVNYLFDSPLLIPSSKMSDATPTDFMAGEAHTFTEADDPSGTVFYCESQRGFQPTSGTDTIGVLDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNGSGDWCGDVDPTTVGRQKNTNFTYTGYNEGCNATFLDGHVKYYHDAALCAGTDFLASTPQDGGSGAFGGGANITDKTHYLWNLTNNYY
Ga0314788_184265_2_5293300034666SoilMYGVNYLFLSPLLIPASKMGDATPTDFMSGESHSFTEADDPSGTIFYTESQFGYLSTDGLVADFLGQLENAHGFFGVNAPGLWNVLASSSVPYVIFWNGTDCSGDWCGDFDPATTGRQKETNSVSILYNDGANATFLDGHVKYMKDNALAAGTNYLSATPNSIVPGANGGGATITD
Ga0314792_263512_1_4983300034667SoilVNYLFDSPLLIPSSKMSDATPTNFMAGEAHQFTEADDPSGTVFYTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNCSGDWCGDMDPTTVGQKRNTNFLYMGYNGGCNTSFLDGHVKYYKDGALAQGTDYLSATPQDGGSGYFGGG
Ga0314793_115302_20_5083300034668SoilMVGESHTFTEADDPAGTVFYTESQRGYGATTSTDNLGVLDATRGFFGVDAPGLWSALAPSSIQYVIFWAGTYCSGDFCGDADSATQGRQKRTNFVYIGYNDGANATFLDGHVKYMKDNQLAGGTNYLSSTPQDGGTGYFGGGATITDKTHYLWNLTDNYYGA
Ga0314797_131906_1_5403300034672SoilGASYRNQNRFVFYGVNYLFDSPLLIPASKMSDATPTNFMAGEAHQFTEADDPSGTVFYTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNCSGDWCGDMDPTTVGQKRNTNFLYMGYNGGCNTSFLDGHVKYYKDGALAQGTDYLSATPQDGGSGYFGGG
Ga0314798_090774_67_6273300034673SoilVNYLFDSPLLIPSSKMSDTTPTDFMAGEAHQFTEADDPSGTVFYTESDRGYAPSSGTDTQGALDTTRGFFGVNAPGLWEVLVSSTVPYVIFWTGTNCSGDWCGDMDPTTVGQKRNTNFLYMGYNGGCNTSFLDGHVKYYKDGALAQGTDYLSATPQDGGSGYFGGGANITDKTKYLWNLTDNYYGA
Ga0314800_030340_3_6353300034675SoilATQDTGYDPYGATYRNQSRFVFYGVNYLFDSPLLIPSSKMSDATPTDFMAGEAHGFTEADDPSGTVFYTESDRGYIPTTTTDTIGVLDTTRGFFGSNAPGLWNVLVSSSVPYVIFWTGTNGSGDWCGDIDPSTVGKQKSSNFAYIGYNDGCNASFLDGHVKYYKDAALCAGTDYLASTPQDGGSTAFGGGANITDKTHYLWNLTNNYYGA

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Biomedical Sciences Research Center "Alexander Fleming"
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