The networks were visualised using the Cytoscape software (v. 3.7.2). The connection network between transcripts, including hormone synthesis and signalling-related genes, transcription factors, cell division and expansion-related genes, and hormones or rhizome diameter (RD), respectively. Symbol IDs are listed in S3–S5 Tables.</p
The inference of gene regulatory networks can reveal molecular connections underlying biological pro...
<p>(<b>A</b>) Network mediated by flower-specific microRNAs. (<b>B</b>) Network mediated by leaf-spe...
<p>Networks were plotted using Cytoscape with sugars (light pink), sugar acid (red), amino acids (bl...
<p>Schematic visualization of shared associations between transcription factors (TFs), miRNAs, and d...
<p>(A) E13 network, (B) E16 network. Gene node shape code: oval and circle – protein; diamond – liga...
<p>Gene-to-metabolite networks in snapdragon petals. ESTs are represented by gray circles and metabo...
Correlation matrix of hormone contents/rhizome diameter and gene expression levels.</p
indicates the height at which the tree was cut to produce the distinct gene clusters (modules) as de...
indicates the height at which the tree was cut to produce the distinct gene clusters (modules) as de...
<p>Red and green fill indicate up- and down regulation, respectively in treated animals relative to ...
<p>MEA, DFR, JA, ABA, auxin, ethylene, SEC14, FAH and PR-4 formed an interconnected sub-network, whi...
<p>A) Inferred regulatory network of 12 genes known to participate in the yeast cell-cycle. Thick li...
<p>Genes from pathways showing high expression differences were analyzed and identified using a gene...
<p>This interaction network for the top 2000 genes which showed a higher expression level in RG was ...
<p>(A) ARACNE reconstructed gene regulatory network for the transcription factor SP1 using the multi...
The inference of gene regulatory networks can reveal molecular connections underlying biological pro...
<p>(<b>A</b>) Network mediated by flower-specific microRNAs. (<b>B</b>) Network mediated by leaf-spe...
<p>Networks were plotted using Cytoscape with sugars (light pink), sugar acid (red), amino acids (bl...
<p>Schematic visualization of shared associations between transcription factors (TFs), miRNAs, and d...
<p>(A) E13 network, (B) E16 network. Gene node shape code: oval and circle – protein; diamond – liga...
<p>Gene-to-metabolite networks in snapdragon petals. ESTs are represented by gray circles and metabo...
Correlation matrix of hormone contents/rhizome diameter and gene expression levels.</p
indicates the height at which the tree was cut to produce the distinct gene clusters (modules) as de...
indicates the height at which the tree was cut to produce the distinct gene clusters (modules) as de...
<p>Red and green fill indicate up- and down regulation, respectively in treated animals relative to ...
<p>MEA, DFR, JA, ABA, auxin, ethylene, SEC14, FAH and PR-4 formed an interconnected sub-network, whi...
<p>A) Inferred regulatory network of 12 genes known to participate in the yeast cell-cycle. Thick li...
<p>Genes from pathways showing high expression differences were analyzed and identified using a gene...
<p>This interaction network for the top 2000 genes which showed a higher expression level in RG was ...
<p>(A) ARACNE reconstructed gene regulatory network for the transcription factor SP1 using the multi...
The inference of gene regulatory networks can reveal molecular connections underlying biological pro...
<p>(<b>A</b>) Network mediated by flower-specific microRNAs. (<b>B</b>) Network mediated by leaf-spe...
<p>Networks were plotted using Cytoscape with sugars (light pink), sugar acid (red), amino acids (bl...