We review the behavior of theoretical models of excitable systems driven by Gaussian white
noise. We focus mainly on those general properties of such systems that are due to noise …

This review provides a comparative overview of recent developments in the modelling of
cellular calcium oscillations. A large variety of mathematical models have been developed …

Trainability, in any substrate, refers to the ability to change future behavior based on past
experiences. An understanding of such capacity within biological cells and tissues would …

The interactions between mathematics and physiology have a long and illustrious history, of
which the study of calcium signalling is but a small chapter. Nevertheless, for those involved …

Efforts to elucidate the doubtful character of the static magnetic field (SMF) influence on
living cells have been made, although the topic still faces controversies because confusing …

Ca2+ is one of the most important messengers. It transmits signals inside living cells and
takes part in intercellular coordination. The dynamics of the Ca2+ concentration shows a …

The role of cytosolic calcium oscillation has long been recognized in the regulation of
cellular and molecular interactions. Information embedded in calcium oscillation can provide …

Abstract Calcium (Ca 2+) signals have a crucial role in regulating various processes of
almost every cell to maintain its structure and function. Calcium dynamics has been studied …

Hormones that act through the calcium-releasing messenger, inositol 1, 4, 5-trisphosphate
(IP 3), cause intracellular calcium oscillations, which have been ascribed to calcium …

Calcium ions control many cellular processes by relaying signals in the form of their spatio-
temporal distribution. Dynamics and patterns of calcium concentration such as repetitive …