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...acrine cells''' (SAC or SBAC) are, as the name would suggest, a subtype of retinal [[Amacrine Cell|amacrine cells]] primarily identified by the characteristic ...ical constancy and systematic variation in the anisotropic field of rabbit retinal neurons]. J. Neurosci. 5, 562–577</ref>]]

...rences indicate that outputs from different subtypes may wire to different parts of the brain <ref name="kay2011" /> ...tor) are received from SACs. The motion detection result is fed to higher parts of the brain for further processing.

[[Category:Retinal Parts]]

A self-touch is a non-synaptic contact between parts of a cell's own [[The_Eyewire_Lexicon#N|neurite]]s, and through which anoth ...n directional selectivity. Starburst amacrine cells (SAC) are a subtype of retinal amacrine cells traced by eyewirers in 2013. Their dendritic arbor has a cha

The four types of retinal neurons are bipolar cells, ganglion cells, horizontal cells, and amacrine c ...m to distribute each cell type evenly across the retina, ensuring that all parts of the visual field have access to a full set of processing elements.[3] ME

...rences indicate that outputs from different subtypes may wire to different parts of the brain <ref name="kay2011" /> ...tor) are received from SACs. The motion detection result is fed to higher parts of the brain for further processing.

A self-touch is a non-synaptic contact between parts of a cell's own [[The_Eyewire_Lexicon#N|neurite]]s, and through which anoth ...n directional selectivity. Starburst amacrine cells (SAC) are a subtype of retinal amacrine cells traced by eyewirers in 2013. Their dendritic arbor has a cha

A self-touch is a non-synaptic contact between parts of a cell's own [[The_Eyewire_Lexicon#N|neurite]]s, and through which anoth ...n directional selectivity. Starburst amacrine cells (SAC) are a subtype of retinal amacrine cells traced by eyewirers in 2013. Their dendritic arbor has a cha