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...field" cell arbors range from 125 to 400 µm in diameter, and "wide-field" cell arbors are larger than 400 µm.<ref name="Masland 1998"></ref>

...ell layer, orientation selective ganglion cells have relatively small cell-bodies<ref name="Amthor1"></ref> and have an "elongated" and "polygonal" shape <re

...l side of the inner plexiform layer of the retina, however, displaced cell bodies of ganglion cells can occasionally be found in the inner margin of the inne ...trips of light when presented at the preferred orientation of the ganglion cell. Some of these cells responded only when the strip of light was presented i

Within the retina, bipolar cell bodies are located within the the inner nuclear layer (INL). The cells' [[Dendrite

...among many types of cell, each making up 5% or less of the total amacrine cell population. The average diameter of [[Dendrite#Dentritic_Arbor|dendritic fi ...honCell.png|thumb|right|500px|[[Starburst Amacrine Cell|Starburst amacrine cell]] reconstructed in Eyewire]]

...olored circles mark the locations of [[On-Off Direction-Selective Ganglion Cell]]. These direction-selective ganglion cells (DSGC) fall into four types, wh ...nd the [[Dendrite|dendrites]] of [[Amacrine Cell|amacrine]] and [[Ganglion Cell|ganglion cells]].

...ompared to anything else in the slides except Cell Bodies, but unlike Cell Bodies they have a thick black ink outline.

Players can also encounter [[Cell Body| Cell bodies]] of other Cells we may have already mapped or are to be mapped, some we ma ...ompared to anything else in the slides except Cell Bodies, but unlike Cell Bodies they have a thick black ink outline.

Players can also encounter [[Cell Body| Cell bodies]] of other Cells we may have already mapped or are to be mapped, some we ma

...onstructed by the researchers. The circles are representations of the cell bodies, and the lines are "skeletons" of the dendrites. Each DSGC is said to be "b

...olored circles mark the locations of [[On-Off Direction-Selective Ganglion Cell]]. These direction-selective ganglion cells (DSGC) fall into four types, wh

...olored circles mark the locations of [[On-Off Direction-Selective Ganglion Cell]]. These direction-selective ganglion cells (DSGC) fall into four types, wh ...nd the [[Dendrite|dendrites]] of [[Amacrine Cell|amacrine]] and [[Ganglion Cell|ganglion cells]].

*[[Cell Body |Cell bodies]] are frozen because: *If there was a merger in a past cell and it has been removed, the Duplicate cube will automatically splice the b

[[File:Bipolar neuron.jpg|thumb|right|280px|A diagram of a bipolar cell<ref>http://test.classconnection.s3.amazonaws.com/649/flashcards/343649/jpg/

...ving the nucleus, the dendrites and usually an axon also branch off of the cell body. In EyeWire the cell bodies are often [[The Consensus#Frozen_Cubes | frozen]] because they take a lot o

...ving the nucleus, the dendrites and usually an axon also branch off of the cell body. In EyeWire the cell bodies are often [[The Consensus#Frozen_Cubes | frozen]] because they take a lot o

...honCell.png|thumb|right|500px|[[Starburst Amacrine Cell|Starburst amacrine cell]] reconstructed in Eyewire]]