Gene regulatory networks (GRNs) are the fundamental mechanisms through which
biological organisms control their growth, their dynamical behavior, their interaction with …

The behaviour of biological cells emerges from complex patterns of interactions between
genes and their products, known as gene regulatory networks (GRN). An important aim of …

In this paper, we discuss computational architectures that are motivated by connectionist
patterns that occur in biochemical networks, and speculate about how this biochemical …

Biological organisms exist within environments in which complex nonlinear dynamics are
ubiquitous. They are coupled to these environments via their own complex dynamical …

Gene regulatory networks (GRNs) are the complex dynamical systems that orchestrate the
activities of biological cells. In order to design effective therapeutic interventions for diseases …

Motivation: A grand challenge in the modeling of biological systems is the identification of
key variables which can act as targets for intervention. Good intervention targets are the" key …

In this thesis, we present techniques and algorithms for analysis and synthesis of
synchronous Boolean and multiple-valued networks. Synchronous Boolean and multiple …

Motivation: A grand challenge in the modeling of biological systems is the identification of
key variables which can act as targets for intervention. Good intervention targets are the “key …

Motivation A grand challenge in the modeling of biological systems is the identification of
key variables which can act as targets for intervention. Boolean networks are among the …

Biological cell behaviours emerge from complex patterns of interactions between genes and
their products, known as gene regulatory networks (GRNs). More specifically, GRNs are …