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DescriptionNeuronResistanceCapacitanceRev.jpg	This file has no description, and may be lacking other information. Please provide a meaningful description of this file.
Date	13 September 2006 (according to Exif data)
Source	Own work
Author	User:Michael Klausen
Other versions	File:Cable theory Neuron RC circuit v3.svg is a vector version of this file. It should be used in place of this JPG file when not inferior. File:NeuronResistanceCapacitanceRev.jpg → File:Cable theory Neuron RC circuit v3.svg For more information, see Help:SVG. In other languages Alemannisch ∙ Bahasa Indonesia ∙ Bahasa Melayu ∙ British English ∙ català ∙ čeština ∙ dansk ∙ Deutsch ∙ eesti ∙ English ∙ español ∙ Esperanto ∙ euskara ∙ français ∙ Frysk ∙ galego ∙ hrvatski ∙ Ido ∙ italiano ∙ lietuvių ∙ magyar ∙ Nederlands ∙ norsk bokmål ∙ norsk nynorsk ∙ occitan ∙ Plattdüütsch ∙ polski ∙ português ∙ português do Brasil ∙ română ∙ Scots ∙ sicilianu ∙ slovenčina ∙ slovenščina ∙ suomi ∙ svenska ∙ Tiếng Việt ∙ Türkçe ∙ vèneto ∙ Ελληνικά ∙ беларуская (тарашкевіца) ∙ български ∙ македонски ∙ нохчийн ∙ русский ∙ српски / srpski ∙ татарча/tatarça ∙ українська ∙ ქართული ∙ հայերեն ∙ বাংলা ∙ தமிழ் ∙ മലയാളം ∙ ไทย ∙ 한국어 ∙ 日本語 ∙ 简体中文 ∙ 繁體中文 ∙ עברית ∙ العربية ∙ فارسی ∙ +/−

Licensing

Schematic overview of cable theory's simplified view of a piece of neuronal fiber. When an electrical current is moving along the inside of a fiber the cytosol exerts a resistance (${\displaystyle r_{l}}$). Simultaneously current will escape through the phospholipid bilayer (with resistance ${\displaystyle r_{m}}$) to the outside; and due to electrostatic forces a buildup of charge (${\displaystyle c_{m}}$) will take place along the bilayer.

This work has been released into the public domain by its author, Michael Klausen. This applies worldwide. In some countries this may not be legally possible; if so: Michael Klausen grants anyone the right to use this work for any purpose, without any conditions, unless such conditions are required by law.

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