Clinical neuroscience has long recognised the role of parietal cortex in static attention and its activation prior to the shifts in attention which precede eye movements [ 26, 68, 69].
Throughout the study, IOP was measured in both eyes (the right eye preceding the left eye) using a calibrated Goldmann applanation tonometer.
Moreover, subjects need to perform an active return-saccade to the center of straight gaze between trials that would likely invoke additional, and perhaps different, neural activations than the preceding centrifugal eye movement [43].
Under normal viewing conditions one's eyes are continuously moving, and it has been suggested that attention shifts precede eye movements (Hoffman & Subramanian, 1995).
In most cases seizure activity was preceded by eye blinking and consisted of head tilt (up), eye closure, full body muscle spasms, followed by falling onto the side and continuing to spasm for 1 10 sec.
We used latencies to investigate whether a head movement precedes an eye movement in younger infants.
In their infant study regarding the coordination of eye and head movement in order to capture peripheral visual stimuli, Regal et al. [ 14] pointed out that the pattern according to which infant head movement precedes their eye movement is not found in adults.
In this response, we explain why the evidence of one trait influencing eye reduction is stronger for VAB than other traits, and provide further support for a scenario whereby elaboration of VAB in surface fish may precede complete eye-loss.
