<p>Network-guided discovery of disease-resistant genes. (A) Brief statistics of the 225 genes involved in the predicted disease-resistance module in SoyFGN-INT (before in silico verification). Numbers in the bars indicate the corresponding gene numbers. Percentages above the bars indicate the corresponding proportions. (B) The results after in silico verification, wherein the dark part of the same colour indicates the newly validated genes, which are those previous tagged with “Unknown function” in B (shown as the dashed box in C now). By in silico verification, 77 additional genes were predicted to be plant disease resistance genes.</p
Classification of DEGs based on gene ontology in the susceptible interaction (A) and resistant inter...
The Soybean Gene Atlas project provides a comprehensive map for understanding gene expression patter...
Abstract Background Current experimental evidence indicates that functionally related genes show coo...
<p>The 24 query genes (red filled) and the 737 candidate genes (ellipse). 6 putative R-genes are sha...
Cellular interactome, in which genes and/or their products interact on several levels, forming trans...
Cellular interactome, in which genes and/or their products interact on several levels, forming trans...
<p>SoyFGNs include many genes and linkages beyond those found by simple orthology from the Arabidops...
<div><p>Cellular interactome, in which genes and/or their products interact on several levels, formi...
<p>Various types of interactions between genes and a schematic view of the workflow for constructing...
<p>Schematic view of the work described herein as part of the whole research project for the soybean...
<p>The graphic view of the degree distributions and fitted models for each functional gene network.<...
<p>The enriched putative functions and GO-level distribution of 97 annotated genes. (A) The enriched...
<p>The joint degree distributions (JDD) of SoyFGNs. The X- and Y-axes represent the nodal degrees an...
<p>The k-nearest neighbours (<i>knn</i>) and Pearson degree correlations (PDCs) of SoyFGNs. Note tha...
Cellular interactome, in which genes and/or their products interact on several levels, forming trans...
Classification of DEGs based on gene ontology in the susceptible interaction (A) and resistant inter...
The Soybean Gene Atlas project provides a comprehensive map for understanding gene expression patter...
Abstract Background Current experimental evidence indicates that functionally related genes show coo...
<p>The 24 query genes (red filled) and the 737 candidate genes (ellipse). 6 putative R-genes are sha...
Cellular interactome, in which genes and/or their products interact on several levels, forming trans...
Cellular interactome, in which genes and/or their products interact on several levels, forming trans...
<p>SoyFGNs include many genes and linkages beyond those found by simple orthology from the Arabidops...
<div><p>Cellular interactome, in which genes and/or their products interact on several levels, formi...
<p>Various types of interactions between genes and a schematic view of the workflow for constructing...
<p>Schematic view of the work described herein as part of the whole research project for the soybean...
<p>The graphic view of the degree distributions and fitted models for each functional gene network.<...
<p>The enriched putative functions and GO-level distribution of 97 annotated genes. (A) The enriched...
<p>The joint degree distributions (JDD) of SoyFGNs. The X- and Y-axes represent the nodal degrees an...
<p>The k-nearest neighbours (<i>knn</i>) and Pearson degree correlations (PDCs) of SoyFGNs. Note tha...
Cellular interactome, in which genes and/or their products interact on several levels, forming trans...
Classification of DEGs based on gene ontology in the susceptible interaction (A) and resistant inter...
The Soybean Gene Atlas project provides a comprehensive map for understanding gene expression patter...
Abstract Background Current experimental evidence indicates that functionally related genes show coo...