Temporal aspects of visual perception in XXXX .

@entity1 @entity735 @entity17 @entity7995
UNASSIGNED: The study aims to test whether impaired conduction velocities following @entity7995 ( @entity7995 ) serve as a limiting factor on various temporal, as compared to static, aspects of vision. Critical Flicker fusion frequency (CFFF), two motion perception tasks (object and number-from-motion extraction tasks), high and low contrast acuities, and visual evoked potentials (VEPs) were assessed in 23 @entity7995 @entity1 . Strong correlations were found between the various dynamic visual function scores. Furthermore, regression models revealed that each of the dynamic visual functions significantly predicted VEP latencies. These findings were specific to @entity1 ' affected eyes and were not evident for static visual functions. Fellow eyes' VEP latencies were best predicted by the VEP latencies of the affected eyes. The similar impact of VEP latencies on various dynamic visual functions suggests conduction velocity to be the common limiting factor for temporal-related visual perceptual abilities. The specificity of these findings to the @entity1 ' affected eyes and to dynamic visual functions highlights the precision of dynamic visual functions for identifying @entity17 attack. Prolonged VEP latencies in the fellow eyes seem to stem from different patho-physiological processes. The hypothesis that @entity735 in conduction latencies is important to accomplish visual processing (binocular vision) is further discussed.
