<p>The simplified GRN model includes the confirmed relationships through genetic analysis, putative relationships derived through comparative genomics, and the proposed <i>ZMM4</i> positive feedback loop. Arrows between genes stand for promotion or activation. T bars between genes stand for inhibition or suppression. Solid lines stand for confirmed relationships while dashed lines stand for putative relationships. Genes highlighted in yellow background are included in the DGN model.</p
<p>The pipeline is divided in three main parts, which are required for the study of pattern formatio...
International audienceThe efficacy of a newly created software package for predictive modeling of de...
<p>The subnetwork on the left depicts a reduced GRN sampled from the observed GRN (center) whose pro...
<p>An arrow indicates an activation, a bar at the end of an edge indicates an inhibitory interaction...
Gene Regulatory Network (GRN) plays an important role in knowing insight of cellular life cycle. It ...
<p>(<b>A</b>) Schematic representation of the GRN, composed of five interacting genes that give rise...
Gene regulatory networks (GRNs) play important roles in genetic systems and are involved in various ...
<p>The GRN model is divided into two components: leaf and shoot apical meristem (SAM). It includes s...
<p>(A) GRN of ventralization assembled from published experimental data. TFs are denoted by ellipses...
(A) WGCNA analysis of cHCs and endogenous HCs, showing the correlation of each cell type and the exp...
A. Example of the feedback from the MN to the GRN. The TF XylR (coded for by the gene xylR), when ac...
(a): Gene regulatory network (GRN) of two self-activating, mutually-inhibitory genes with epigenetic...
Gene regulatory networks are genes (and their products) that interact with each other. Patterning GR...
Synopsis Advanced genomics tools enable powerful new strategies for understanding complex biological...
<p>(A) Graphical representation of haploinsufficient gene network. White and black edges indicate po...
<p>The pipeline is divided in three main parts, which are required for the study of pattern formatio...
International audienceThe efficacy of a newly created software package for predictive modeling of de...
<p>The subnetwork on the left depicts a reduced GRN sampled from the observed GRN (center) whose pro...
<p>An arrow indicates an activation, a bar at the end of an edge indicates an inhibitory interaction...
Gene Regulatory Network (GRN) plays an important role in knowing insight of cellular life cycle. It ...
<p>(<b>A</b>) Schematic representation of the GRN, composed of five interacting genes that give rise...
Gene regulatory networks (GRNs) play important roles in genetic systems and are involved in various ...
<p>The GRN model is divided into two components: leaf and shoot apical meristem (SAM). It includes s...
<p>(A) GRN of ventralization assembled from published experimental data. TFs are denoted by ellipses...
(A) WGCNA analysis of cHCs and endogenous HCs, showing the correlation of each cell type and the exp...
A. Example of the feedback from the MN to the GRN. The TF XylR (coded for by the gene xylR), when ac...
(a): Gene regulatory network (GRN) of two self-activating, mutually-inhibitory genes with epigenetic...
Gene regulatory networks are genes (and their products) that interact with each other. Patterning GR...
Synopsis Advanced genomics tools enable powerful new strategies for understanding complex biological...
<p>(A) Graphical representation of haploinsufficient gene network. White and black edges indicate po...
<p>The pipeline is divided in three main parts, which are required for the study of pattern formatio...
International audienceThe efficacy of a newly created software package for predictive modeling of de...
<p>The subnetwork on the left depicts a reduced GRN sampled from the observed GRN (center) whose pro...