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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 ∙ العربية ∙ беларуская (тарашкевіца) ∙ български ∙ বাংলা ∙ català ∙ нохчийн ∙ čeština ∙ dansk ∙ Deutsch ∙ Ελληνικά ∙ English ∙ British English ∙ Esperanto ∙ español ∙ eesti ∙ euskara ∙ فارسی ∙ suomi ∙ français ∙ Frysk ∙ galego ∙ Alemannisch ∙ עברית ∙ हिन्दी ∙ hrvatski ∙ magyar ∙ հայերեն ∙ Bahasa Indonesia ∙ Ido ∙ italiano ∙ 日本語 ∙ ქართული ∙ 한국어 ∙ lietuvių ∙ македонски ∙ മലയാളം ∙ Bahasa Melayu ∙ မြန်မာဘာသာ ∙ norsk bokmål ∙ Plattdüütsch ∙ Nederlands ∙ norsk nynorsk ∙ norsk ∙ occitan ∙ polski ∙ prūsiskan ∙ português ∙ português do Brasil ∙ română ∙ русский ∙ sicilianu ∙ Scots ∙ slovenčina ∙ slovenščina ∙ српски / srpski ∙ svenska ∙ தமிழ் ∙ ไทย ∙ Türkçe ∙ татарча / tatarça ∙ українська ∙ vèneto ∙ Tiếng Việt ∙ 中文 ∙ 中文（中国大陆） ∙ 中文（简体） ∙ 中文（繁體） ∙ 中文（马来西亚） ∙ 中文（新加坡） ∙ 中文（臺灣） ∙ +/−

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.

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