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...entrically and evenly distributed about the cell body" and there is almost no overlap of dendrites. The dendritic tree has been divided into three "disti ...h input and output connections along the same neuronal processes that show no distinction between axon and dendrite, and are nevertheless called "dendrit

Studies imply that no sizable populations of OFF RGCs exist with asymmetric dendrites pointing in

...These studies also showed that W3-RGCs respond to moving stimuli, but show no preference for the direction of motion of a moving stimulus (Kim et al, 201

...''Sulla anatomia della retina'' (Archivio per le science mediche, Vol. XI. No. 16. p. 335. 1887): "[Tartuferi] succeeded, above all, to detect the true m

...illumination of both the central and two side inhibitory regions produces no response in the cell due to the cancellation of the excitatory and inhibito ...ed at the null angle (90 degrees from the preferred orientation) there was no longer a depolarization when the light was removed, but rather a declining

...er(s) of the stratum in the IPL they are in, and by neurotransmitter type. No single type of amacrine cell predominates; the type with most frequency is There is no clear distinction between [[Dendrite|dendrites]] and [[Axon|axons]] in the

...site the preferred direction (called the null direction), elicit little or no response <ref name="wiki" />. The response to stimulus is independent of m ...lysis confirms that this marker correctly identifies the ON/OFF DSGCs with no false positives. <ref name="kay2011" />]]

...m the outputs of the hidden layer is called the ''output layer''. There is no direct connectivity between the output layer and the input layer.

...on. However, unlike [[Almeida-Pineda recurrent backpropagation]], there is no backpropagation of errors; weights are updated purely via local information ...t, the negative phase exactly cancels out the positive phase, and there is no net change in weight. Also note that [[File:CHL14.png]], meaning that compl

...nnections are restricted to be from one layer to the next, that is, having no intra-layer connections.

...loring brain images, you can help map the connections of a neural network. No specialized knowledge of neuroscience is required; you need only be curious

If you get a message that says "Oh no! We are sorry but your browser does not seem to support WebGL" that means i

If you get a message that says "Oh no! We are sorry but your browser does not seem to support WebGL" that means y

...g abilities. Segmenting the brain and studying its parts in isolation, is no longer a very promising option. The span of mental disorders and their eff ...st be a reevaluation of the way mental disorders are looked upon. They can no longer be attributed to section specific-happenings; the expanse of mental

...ural system, is one of the most mysterious and compelling fields of study. No one knows for sure how the central nervous system works, but science aims t ...ice is a little sad to me, but then as the famous saying goes “no pain, no gain.” I hope that in the future we can create research techniques withou

...ose synapses. However, it is important to note that the weak synapses have no effect on the cell assembly. Thus, through repeated sequences, the connecti

...ans from the deceased for transplantation later on. At this point there is no way of saving harvested organs for extended periods of time, so if an appro

...dicate degenerated neurons. Image H is from the etifoxine group. There are no degenerated neurons.

...he topic more from a theoretical and psychological background. They are by no means concerned with displaying neuronal networks that make up thought and

Nope! No specialized knowledge is required, but being curious, observant and clever Actually, no. You're tracing neurons in the retina of a mouse. A mouse's retina is sim