Smooth-pursuit eye movements are used to stabilize the image of a moving object of interest
on the fovea, thus guaranteeing its high-acuity scrutiny. Such movements are based on a …

In this paper, we will review the anatomical components of the visuomotor cerebellum in
human and, where possible, in non-human primates and discuss their function in relation to …

Smooth pursuit eye movements enable us to focus our eyes on moving objects by utilizing
well-established mechanisms of visual motion processing, sensorimotor transformation and …

There are multiple distinct regions, or eye fields, in the cerebral cortex that contribute directly
to the initiation and control of voluntary eye movements. We concentrate on six of these: the …

This chapter gives an introduction to the oculomotor system, thus providing a framework for
the subsequent chapters. This chapter describes the characteristics, and outlines the …

Smooth pursuit eye movements are performed in order to prevent retinal image blur of a
moving object. Rhesus monkeys are able to perform smooth pursuit eye movements quite …

Smooth pursuit impairment is recognized clinically by the presence of saccadic tracking of a
small object and quantified by reduction in pursuit gain, the ratio of smooth eye movement …

Studies of individual neurons in area MT have traditionally investigated their sensitivity to
constant speeds. We investigated acceleration sensitivity in MT neurons by comparing their …

Smooth pursuit eye movements are used to track small moving visual objects and depend
on an intact fovea. Optokinetic nystagmus is the oculomotor response to large moving visual …

How does the brain coordinate saccadic and smooth pursuit eye movements to track objects
that move in unpredictable directions and speeds? Saccadic eye movements rapidly foveate …