<p>Model 1 is the network as shown in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0162052#pone.0162052.g001" target="_blank">Fig 1</a>. Model 2 is the network where the interaction BMP →MEF2C (slow) was replaced by the interaction WNT→MEF2C (slow). In model 3, the interaction BMP →MEF2C (slow) was removed, leaving only RUNX2 to regulate expression of MEF2C mRNA. For each model, the relative size of the attractors basins of RUNX2 and SOX9, and ‘None’ attractors is shown for the overactivation of WNT and/or BMP.</p
Complex systems are an unavoidable problem in the field of biology. One of the ways that scientists ...
Signalling pathways are subcellular networks that enable the cell to respond to its microenvironment...
<p>WNT Signaling Pathway Subnetwork. A model of the WNT Signaling pathway adapted from the curated K...
<p>(A) Simulation of the IGF sub-network lead to attractors A, B and C, the first of which could be ...
<p>Gene activity for all genes of the model is presented at distinct network states. A green box ind...
<p>The dose response of the network to an increase in the activity of a growth factor can show diffe...
(A-B) 2D and 3D models illustrating mutual antagonism between bmp and wnt1 in the far posterior, bmp...
<p>A model for how interactions between FGF and Wnt/β-Catenin signalling pathways interact to regula...
<p>The model consists of 18 places (circles, representing gene or protein states), 11 transitions (b...
<div><p>Cellular signalling pathways consolidate multiple molecular interactions into working models...
<p>(A) Attractors available for , with , and respective frequency. (B) Attractors available for , wi...
<p>(A) Based on an initial state where all nodes are inactive, a simulation of a signaling cascade w...
<p>Exhaustive attractor search of the IGF/Wnt crosstalk model yielded four single state attractors a...
Gene regulatory networks, like any evolving biological system, are subject to potentially damaging m...
<p>For knock-down or overexpression a gene is set to 0 or 1, respectively, throughout the simulation...
Complex systems are an unavoidable problem in the field of biology. One of the ways that scientists ...
Signalling pathways are subcellular networks that enable the cell to respond to its microenvironment...
<p>WNT Signaling Pathway Subnetwork. A model of the WNT Signaling pathway adapted from the curated K...
<p>(A) Simulation of the IGF sub-network lead to attractors A, B and C, the first of which could be ...
<p>Gene activity for all genes of the model is presented at distinct network states. A green box ind...
<p>The dose response of the network to an increase in the activity of a growth factor can show diffe...
(A-B) 2D and 3D models illustrating mutual antagonism between bmp and wnt1 in the far posterior, bmp...
<p>A model for how interactions between FGF and Wnt/β-Catenin signalling pathways interact to regula...
<p>The model consists of 18 places (circles, representing gene or protein states), 11 transitions (b...
<div><p>Cellular signalling pathways consolidate multiple molecular interactions into working models...
<p>(A) Attractors available for , with , and respective frequency. (B) Attractors available for , wi...
<p>(A) Based on an initial state where all nodes are inactive, a simulation of a signaling cascade w...
<p>Exhaustive attractor search of the IGF/Wnt crosstalk model yielded four single state attractors a...
Gene regulatory networks, like any evolving biological system, are subject to potentially damaging m...
<p>For knock-down or overexpression a gene is set to 0 or 1, respectively, throughout the simulation...
Complex systems are an unavoidable problem in the field of biology. One of the ways that scientists ...
Signalling pathways are subcellular networks that enable the cell to respond to its microenvironment...
<p>WNT Signaling Pathway Subnetwork. A model of the WNT Signaling pathway adapted from the curated K...