Sep 2026
Truncating the Time-evolving Discrete Chemical Master Equation for Stochastic Biological Networks.
The discrete Chemical Master Equation (dCME) provides a rigorous framework for modeling stochastic biochemical reaction networks but suffers from an exponentially growing state space, making its direct solution intractable. Traditional truncation methods rely on trial-and-error approaches or finite state projections, o...
Ali M. Farhat, Yi-Yu Pang, Farid Manuchehrfar et al.
· Biophysical Journal · 0 citations