The goal of this review article is to assess how relevant is the concept of dissipative structure
for understanding the dynamical bases of non-equilibrium self-organization in biological …

Intracellular Ca2+ signals are well organized in all cell types, and trigger a variety of vital
physiological processes. The temporal and spatial characteristics of cytosolic Ca2+ …

Multiscale competency is a central phenomenon in biology: molecular networks, cells,
tissues, and organisms all solve problems via behavior in various spaces (metabolic …

Cells execute specific responses to diverse environmental cues by encoding information in
distinctly compartmentalized biochemical signalling reactions. Genetically encoded …

Spatial stochastic models of single cell kinetics are capable of capturing both fluctuations in
molecular numbers and the spatial dependencies of the key steps of intracellular regulatory …

Background All living systems acquire information about their environment. At the cellular
level, they do so through signaling pathways. Such pathways rely on reversible binding …

Tight spatiotemporal control of cellular behavior and cell fate decisions is paramount to the
formation of multicellular organisms during embryonic development. Intercellular …

Investigating disease progression, transmission of infection and impacts of Multidrug
Therapy (MDT) to inhibit demyelination in leprosy involves a certain amount of difficulty in …

During development, cells from a population of common progenitors evolve towards different
fates characterized by distinct levels of specific transcription factors, a process known as cell …

A noise-induced variability of nonlinear dynamics in the Goldbeter model of the enzymatic
reaction is studied. For this model, peculiarities of the stochastic behavior in the zone of …