Add to ORKGIn recent years it has become increasingly clear that stochasticity plays an important role in many biological processes. Examples include bistable genetic switches, noise enhanced robustness of oscillations, and fluctuation enhanced sensitivity or “stochastic focusing\\Non UBCUnreviewedAuthor affiliation: University of California Santa BarbaraFacult
Armed with increasingly fast supercomputers and greater knowledge of the molecular mechanisms of gen...
Bistability arises within a wide range of biological systems from the λ phage switch in bacteria to ...
Motivation: Stochastic simulation is a very important tool for mathe-matical modelling. However it i...
We present StochSS: Stochastic Simulation as a Service, an integrated development environment for mo...
We present StochSS: Stochastic Simulation as a Service, an integrated development environment for mo...
Stochasticity (that is, randomness) is an inherent property of many biological systems. For example,...
The whys and wherefores of stochasticity A system evolves stochastically if its dynamics is partly g...
Motivation: Stochastic simulation is a very important tool for mathematical modelling. However, it i...
The whys and wherefores of stochasticity A system evolves stochastically if its dynamics is partly g...
Recent studies through biological experiments have indicated that noise plays a very important role ...
Stochastic models of biochemical interactions elucidate essential properties of the network which ar...
Sensitivity Analysis (SA) provides techniques which can be used to identify the parameters which hav...
Cells live with fluctuations arising from various sources and occurring at a broad spectrum of scale...
In this monograph, we have provided a general framework of how noise can arise and be incorporated ...
Summary: Möbius has found numerous applications in computa-tional biology to build and solve stocha...
Armed with increasingly fast supercomputers and greater knowledge of the molecular mechanisms of gen...
Bistability arises within a wide range of biological systems from the λ phage switch in bacteria to ...
Motivation: Stochastic simulation is a very important tool for mathe-matical modelling. However it i...
We present StochSS: Stochastic Simulation as a Service, an integrated development environment for mo...
We present StochSS: Stochastic Simulation as a Service, an integrated development environment for mo...
Stochasticity (that is, randomness) is an inherent property of many biological systems. For example,...
The whys and wherefores of stochasticity A system evolves stochastically if its dynamics is partly g...
Motivation: Stochastic simulation is a very important tool for mathematical modelling. However, it i...
The whys and wherefores of stochasticity A system evolves stochastically if its dynamics is partly g...
Recent studies through biological experiments have indicated that noise plays a very important role ...
Stochastic models of biochemical interactions elucidate essential properties of the network which ar...
Sensitivity Analysis (SA) provides techniques which can be used to identify the parameters which hav...
Cells live with fluctuations arising from various sources and occurring at a broad spectrum of scale...
In this monograph, we have provided a general framework of how noise can arise and be incorporated ...
Summary: Möbius has found numerous applications in computa-tional biology to build and solve stocha...
Armed with increasingly fast supercomputers and greater knowledge of the molecular mechanisms of gen...
Bistability arises within a wide range of biological systems from the λ phage switch in bacteria to ...
Motivation: Stochastic simulation is a very important tool for mathe-matical modelling. However it i...