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Visual Input to the Pontine Nuclei

Mitchell Glickstein, John Stein, Richard A. King

Open publisher page 79 citations

Abstract

Visual input to the pons was studied by anatomical and physiological methods. Cortical area 18 sends a dense projection to the rostral pons. Pontine cells respond best to targets moving in a preferred direction over a large receptive field, which usually includes the center of gaze. The results suggest a role for pontocerebellar pathways in visual control of movement.

About this research paper

What this paper is about

Visual input to the pons was studied by anatomical and physiological methods. Cortical area 18 sends a dense projection to the rostral pons. Pontine cells respond best to targets moving in a preferred direction over a large receptive field, which usually includes the center of gaze. The results suggest a role for pontocerebellar pathways in visual control of movement.

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OpenAlex reports 79 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Visual input to the pons was studied by anatomical and physiological methods. Cortical area 18 sends a dense projection to the rostral pons. Pontine cells respond best to targets moving in a preferred direction over a large receptive field, which usually includes the center of gaze. The results suggest a role for pontocerebellar pathways in visual control of movement.

Key concepts: Pons, Pontine nuclei, Neuroscience, Receptive field, Visual field, Gaze, Eye movement, Smooth pursuit

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