Oscillation in calcium levels in the cytoplasm of individual cells has been observed experimentally to consist of a series of spikes and plateaux of differing amplitudes and inter-peak intervals. On the other hand, mathematical models based on known biochemical reaction kinetic behaviours predict, in the main, limit cycle behaviour. Chaotic solutions do not mimic the observed variability, and so another solution was sought by the introduction of filtered noise into some of the kinetic coefficients. Some of the variability can be predicted from this mechanism, but it is likely that other sources contribute to this as well
Spike, spike and burst, and burst but non-spike phase synchronizations of various oscillation patter...
Intracellular Ca2+ oscillations are commonly observed in a large number of cell types in response to...
This review provides a comparative overview of recent developments in the modelling of cellular calc...
Transient rises and falls of the intracellular calcium concentration have been observed in numerous ...
Calcium is an important and versatile second messenger in eukaryotic cells. External signals are oft...
Transient rises and falls of the intracellular calcium concentration have been observed in numerous ...
The problem of analyzing the internal mechanisms of structural transformations of non-equilibrium re...
Calcium has been established as a key messenger in both intra- and intercellular signaling. Experime...
The dynamics of cytosolic Ca2 concentration exhibits oscillations with a wide range of periods. It ...
ntra for e 15 h se re th sim he i chemical network of cell [1–22]. The information in Ca2+ the subce...
Sensitivity and flexibility are typical properties of biological systems. These properties are here ...
<p>(a) Experimental oscillations belonging to the citric acid cycle, a metabolic subsystem always ac...
The dynamics of cytosolic Ca(2+) concentration exhibits oscillations with a wide range of periods. I...
Two types of bifurcation diagrams of cytosolic calcium nonlinear oscillatory systems are presented i...
Calcium is the most important second messenger in living cells serving as a critical link between a ...
Spike, spike and burst, and burst but non-spike phase synchronizations of various oscillation patter...
Intracellular Ca2+ oscillations are commonly observed in a large number of cell types in response to...
This review provides a comparative overview of recent developments in the modelling of cellular calc...
Transient rises and falls of the intracellular calcium concentration have been observed in numerous ...
Calcium is an important and versatile second messenger in eukaryotic cells. External signals are oft...
Transient rises and falls of the intracellular calcium concentration have been observed in numerous ...
The problem of analyzing the internal mechanisms of structural transformations of non-equilibrium re...
Calcium has been established as a key messenger in both intra- and intercellular signaling. Experime...
The dynamics of cytosolic Ca2 concentration exhibits oscillations with a wide range of periods. It ...
ntra for e 15 h se re th sim he i chemical network of cell [1–22]. The information in Ca2+ the subce...
Sensitivity and flexibility are typical properties of biological systems. These properties are here ...
<p>(a) Experimental oscillations belonging to the citric acid cycle, a metabolic subsystem always ac...
The dynamics of cytosolic Ca(2+) concentration exhibits oscillations with a wide range of periods. I...
Two types of bifurcation diagrams of cytosolic calcium nonlinear oscillatory systems are presented i...
Calcium is the most important second messenger in living cells serving as a critical link between a ...
Spike, spike and burst, and burst but non-spike phase synchronizations of various oscillation patter...
Intracellular Ca2+ oscillations are commonly observed in a large number of cell types in response to...
This review provides a comparative overview of recent developments in the modelling of cellular calc...