Add to ORKGGeometry and nonlinear dynamics underlying excitability phenotypes in biophysical models of membrane potentia
The excitable properties of the neural cell membrane is the driving mechanism of the neural pulses. ...
Excitability is a phenomenon seen in different kinds of systems, e.g., biological systems. Cardiac c...
What every neuroscientist should know about the mathematical modeling of excitable cells. Combining ...
<p>The main goal of this dissertation was to study the bifurcation structure underlying families of ...
<p> The main properties of the membrane dynamics of many excitable cell can be modeled using a 2-di...
We consider an electrical parallel conductance membrane model which is an extension of the classical...
Passive membrane and intrinsic excitability properties of infralimbic pyramidal neurons.</p
In recent years, a vast body of information has been accummulated on the electrical properties of b...
. Sample-path approach. Application to excitable systems Excitable systems The structure of a neuron...
The excitable properties of the neural cell membrane is the driving mechanism of the neural pulses. ...
We consider an electrical parallel conductance membrane model which is an extension of the classical...
<p>Linear analysis of the model neurons with fixed external conductances. A: Resting potential as a ...
The nonlinear dynamics of cardiac action potentials is explained via simple model equations describi...
The physical and mathematical models of cells membrane pulse breakdown in different solutions on the...
ABSTRACT Intracellular effects of submicrosecond, megavolt-per-meter pulses imply changes in a cell’...
The excitable properties of the neural cell membrane is the driving mechanism of the neural pulses. ...
Excitability is a phenomenon seen in different kinds of systems, e.g., biological systems. Cardiac c...
What every neuroscientist should know about the mathematical modeling of excitable cells. Combining ...
<p>The main goal of this dissertation was to study the bifurcation structure underlying families of ...
<p> The main properties of the membrane dynamics of many excitable cell can be modeled using a 2-di...
We consider an electrical parallel conductance membrane model which is an extension of the classical...
Passive membrane and intrinsic excitability properties of infralimbic pyramidal neurons.</p
In recent years, a vast body of information has been accummulated on the electrical properties of b...
. Sample-path approach. Application to excitable systems Excitable systems The structure of a neuron...
The excitable properties of the neural cell membrane is the driving mechanism of the neural pulses. ...
We consider an electrical parallel conductance membrane model which is an extension of the classical...
<p>Linear analysis of the model neurons with fixed external conductances. A: Resting potential as a ...
The nonlinear dynamics of cardiac action potentials is explained via simple model equations describi...
The physical and mathematical models of cells membrane pulse breakdown in different solutions on the...
ABSTRACT Intracellular effects of submicrosecond, megavolt-per-meter pulses imply changes in a cell’...
The excitable properties of the neural cell membrane is the driving mechanism of the neural pulses. ...
Excitability is a phenomenon seen in different kinds of systems, e.g., biological systems. Cardiac c...
What every neuroscientist should know about the mathematical modeling of excitable cells. Combining ...