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Message definition (Amacrine Cell )
===Cellular Biophysics===
===Cellular Biophysics===
Amacrine cells are interesting biophysically in that they operate using both sodium-mediated action potentials and sodium-independent graded potential changes. This has been shown in inhibitory (i.e., GABAergic/glycinergic) amacrine cells<ref name="Bieda 1999">M. C. Bieda & D. R. Copenhagen (1999) [http://jn.physiology.org/content/81/6/3092.long Sodium Action Potentials Are Not Required for Light-Evoked Release of GABA or Glycine From Retinal Amacrine Cells] J. Neurophysiol. <strong>81</strong> (6): 3092-3095</ref>, which make up the majority of amacrine cells, though it is unclear if this holds for all amacrine cells. Translation ===Cellular Biophysics=== Cellular Biophysics
Amacrine cells are interesting biophysically in that they operate using both sodium-mediated action potentials and sodium-independent graded potential changes. This has been shown in inhibitory (i.e., GABAergic/glycinergic) amacrine cells
[1] , which make up the majority of amacrine cells, though it is unclear if this holds for all amacrine cells.
↑ M. C. Bieda & D. R. Copenhagen (1999) Sodium Action Potentials Are Not Required for Light-Evoked Release of GABA or Glycine From Retinal Amacrine Cells J. Neurophysiol. 81 (6): 3092-3095
