* {{cite journal|title=Dendritic signal transition induced by intracellular charge in inhomogeneties|journal=Phys. Rev. E|year=2013|volume=88|last1=Lazarevich|first1=Ivan A.|last2=Kazantsev|first2=Victor B.|doi=10.1103/PhysRevE.88.062718|arxiv=1308.0821|bibcode=2013PhRvE..88f2718L}}
== Notlar ==
{{Kaynakça|group=lower-alpha|refs=<ref name="classical" group="lower-alpha">Passive here refers to the membrane resistance being voltage-independent. However recent experiments (Stuart and Sakmann 1994) with dendritic membranes shows that many of these are equipped with voltage gated [[ion channel]]s thus making the resistance of the membrane voltage dependent. Consequently there has been a need to update the classical cable theory to accommodate for the fact that most dendritic membranes are not passive.</ref>
<ref name="fiberradius" group="lower-alpha">Classical cable theory assumes that the fiber has a constant radius along the distance being modeled.</ref>
<ref name="linearity" group="lower-alpha">Classical cable theory assumes that the inputs (usually injections with a micro device) are currents which can be summed linearly. This linearity does not hold for changes in synaptic membrane conductance.</ref>}}
