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           | DescriptionNeuronResistanceCapacitanceRev.jpg |  | 
          
           | Date | 13 September 2006 (according to  EXIF data) | 
          
           | Source | Own work | 
          
           | Author | User:Michael Klausen | 
         
         
        
         
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        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 fibre the cytosol exerts a resistance ( ). Simultaneously current will escape through the phospholipid bilayer (with resistance
). Simultaneously current will escape through the phospholipid bilayer (with resistance  ) to the outside; and due to electrostatic forces a buildup of charge (
) to the outside; and due to electrostatic forces a buildup of charge ( ) will take place along the bilayer.
) will take place along the bilayer.
        
         
          | Public domainPublic domainfalsefalse | 
        
        
         
          |  | 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.
 Public domainPublic domainfalsefalse | 
        
        
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