How to calculate the output of differential equation model of gene regulation network ? I know that dx/dt represents the rate of gene expression change, and I also know how to calculate the rate of change. But applied to the gene regulatory network, how to calculate the output on the left side of the gene regulation network?
This applies to any set of ordinary differential equations, not just those of regulatory networks:
Given a set of differential equations and initial conditions (here, all the Xs at time 0), you can solve them (analytically or numerically). As a result you get values of all the Xs as functions of time (when the model is dynamical, otherwise it can also be distance, angle etc.).
Call for papers:
https://www.researchgate.net/project/Call-for-Papers-Special-Issue-of-title-Recurrent-neural-networks-Bifurcation-Analysis-and-Control-Theory-of-Complex-Systems
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