The programs describe ion dynamics and osmosis-driven cellular swelling. “code_fig3.ode” shows a scenario of permanent cessation of energy supply / Na/K-pump activity, and the induced transition from normal conditions to the Donnan equilibrium for an isolated neuron and its extracellular space. “code_Fig7.ode” shows spreading depolarization induced by an interruption of energy supply in a model consisting of a neuron, a glia cell and the extracellular space. The simulations show the evolution of ion concentrations, Nernst potentials, the membrane potential, gating variables and cellular volumes
SYNOPSIS. Extrapolating from a body of work on isolated neurons, a model is suggested for how centra...
Intracellular ionic concentrations, membrane potential and cell volume in Donnan (A, B) and non-Donn...
A biophysical model that captures molecular homeostatic control of ions at the perisynaptic cradle (...
Neuronal activity is associated with transmembrane ionic redistribution, which can lead to an osmoti...
Neurons spend most of their energy building ion gradients across the cell membrane. During energy de...
© 2023 by the author. Licensee MDPI, Basel, Switzerland. This article is an open access article dist...
Extracellular potassium concentration, [K(+)](o), and intracellular calcium, [Ca(2+)](i), rise durin...
We studied single neuron dynamics during anoxic depolarizations, which are often observed in cases o...
Survival of mammalian cells is achieved by tight control of cell volume while transmembrane potentia...
Survival of mammalian cells is achieved by tight control of cell volume while transmembrane potentia...
We present a dynamic biophysical model to explain neuronal swelling underlying cytotoxic edema in co...
Neurons are particularly vulnerable to changes in intracellular and extracellular solute composition...
Neurons are particularly vulnerable to changes in intracellular and extracellular solute composition...
<div><p>Cell volume changes are ubiquitous in normal and pathological activity of the brain. Neverth...
The cable equation is a proper framework for modeling electrical neural signalling that takes place ...
SYNOPSIS. Extrapolating from a body of work on isolated neurons, a model is suggested for how centra...
Intracellular ionic concentrations, membrane potential and cell volume in Donnan (A, B) and non-Donn...
A biophysical model that captures molecular homeostatic control of ions at the perisynaptic cradle (...
Neuronal activity is associated with transmembrane ionic redistribution, which can lead to an osmoti...
Neurons spend most of their energy building ion gradients across the cell membrane. During energy de...
© 2023 by the author. Licensee MDPI, Basel, Switzerland. This article is an open access article dist...
Extracellular potassium concentration, [K(+)](o), and intracellular calcium, [Ca(2+)](i), rise durin...
We studied single neuron dynamics during anoxic depolarizations, which are often observed in cases o...
Survival of mammalian cells is achieved by tight control of cell volume while transmembrane potentia...
Survival of mammalian cells is achieved by tight control of cell volume while transmembrane potentia...
We present a dynamic biophysical model to explain neuronal swelling underlying cytotoxic edema in co...
Neurons are particularly vulnerable to changes in intracellular and extracellular solute composition...
Neurons are particularly vulnerable to changes in intracellular and extracellular solute composition...
<div><p>Cell volume changes are ubiquitous in normal and pathological activity of the brain. Neverth...
The cable equation is a proper framework for modeling electrical neural signalling that takes place ...
SYNOPSIS. Extrapolating from a body of work on isolated neurons, a model is suggested for how centra...
Intracellular ionic concentrations, membrane potential and cell volume in Donnan (A, B) and non-Donn...
A biophysical model that captures molecular homeostatic control of ions at the perisynaptic cradle (...