In neuroscience, classical cable theory uses mathematical models to calculate the electric current (and accompanying voltage) along passive [a] neurites. History · Deriving the cable equation · Length constant |
17 мар. 2022 г. · Neuronal cable theory is a set of assumptions and results relating to the propagation and interaction of electrical signals in spatially extended nerve cells. |
Cable theory. The effects of passive conduction are most pronounced for long and narrow dendritic branches, which may be treated like a 'cable'. |
| Кабельная теория дендритов |  |
Кабельная теория дендритов — это множество предположений и результатов, которые относятся к распространению и взаимодействия электрических сигналов в дендритных деревьях. Википедия
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The cable equation is a mathematical equation derived from a circuit model of the membrane and its intracellular and extracellular space |
According to the 'cable theory', mitochondria are regarded as intracellular electric cables with a homogenous voltage across the entire mitochondrion. |
To derive a linear cable equation, it will be assumed that gm is a constant, linear resistance equal to the resting conductance of the membrane. |
We present a theory and computational methods to incorporate transverse polarization of neuronal membranes into the cable equation. |
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