Sensitivity of smooth eye movement to small differences in target velocity
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2019, HeliyonCitation Excerpt :A normal change in the environment may cause a change in the performance of a smooth pursuit related task, such as attention or background changes behind the target (Van Donkelaar and Drew, 2002; Souto and Kerzel, 2011). Smooth pursuit performance is also affected by target position (Pola and Wyatt, 2001), target velocity (Kowler and McKee, 1987; Meyer et al., 1985), target visibility (Becker and Fuchs, 1985; Pola and Wyatt, 1997), target direction (Engel et al., 2000) and predictability of target direction (Soechting et al., 2010). Abnormal smooth pursuit movements may be the result of increasing age (Morrow and Sharpe, 1993; Dowiasch et al., 2015) or various disorders and dysfunctions, ranging from low to high severity across a spectrum of conditions.
Motor Sequence Learning in the Brain: The Long and Short of It
2018, NeuroscienceCitation Excerpt :A good example of this transition is observed during pursuit eye movements of repeated single-velocity ramps, double-step ramps and sinusoids (Kao and Morrow, 1994; Barnes and Donelan, 1999; Wells and Barnes, 1999; Barnes et al., 2000; Barnes and Schmid, 2002; Collins and Barnes, 2005). The outcome of this learning is revealed by the early initiation (latency) of the movement, with eye velocity increasing toward a moving target prior to the brain receiving the information to drive the movement response (Kowler and McKee, 1987). Furthermore, prediction in pursuit results from the learning of not only timing, but also direction and velocity of the up-coming stimulus presentation (Barnes and Donelan, 1999; Wells and Barnes, 1999).
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