Research in the neural pathway for vergence is less understood in comparison to the other four visual eye movements. The aim of this study was to review the literature on vergence neural pathways and associated disorders. A review of previous published literature though to March 2016 was conducted. Intracranial pathologies that affect entire neural functioning were found to cause convergence insufficiencies. In contrast, pathologies with a more localised intracranial lesion cause more specific vergence disorders. There is debate as to the potential presence of a "divergence centre." Detailed information on the divergence pathway is lacking and warrants further research
AbstractWe studied gaze-shift dynamics during several gaze-shift tasks and during reading, in five s...
Introduction: Previous studies have shown that the slow, or fusion sustaining, component of di...
Summary. Vergence eye movements permit stereopsis and prevent diplopia by moving the eyes in opposit...
Vergence (e.g. convergence and divergence), a class of eye movements that rotates the eyes in opposi...
Purpose: Traumatic brain injury involving loss of consciousness has focal effects in the human brain...
Vergence eye movement is one of the oculomotor systems which allow depth perception via disconjugate...
Vergence is a form of eye movement in which the eyes move in opposite directions to minimize retinal...
When we track an object moving in depth, our eyes rotate in opposite directions. This type of "disju...
This study investigates the underlying physiological mechanisms that may lead to improved outcomes f...
Introduction The vergence oculomotor system possesses two robust adaptive mechanisms; a fast “dynami...
Vergence eye movements, movements executed in opposite directions, have a crucial role in depth perc...
Prior oculomotor studies have investigated the various effects of short-term modification on vergenc...
In pure symmetrical vergence eye movements, a fusion initiating component quickly brings the eyes cl...
Vergence is the disjunctive (inward or outward) movement of the eyes that is stimulated by retinal d...
While functional magnetic resonance imaging (fMRI) has identified which regions of interest (ROIs) a...
AbstractWe studied gaze-shift dynamics during several gaze-shift tasks and during reading, in five s...
Introduction: Previous studies have shown that the slow, or fusion sustaining, component of di...
Summary. Vergence eye movements permit stereopsis and prevent diplopia by moving the eyes in opposit...
Vergence (e.g. convergence and divergence), a class of eye movements that rotates the eyes in opposi...
Purpose: Traumatic brain injury involving loss of consciousness has focal effects in the human brain...
Vergence eye movement is one of the oculomotor systems which allow depth perception via disconjugate...
Vergence is a form of eye movement in which the eyes move in opposite directions to minimize retinal...
When we track an object moving in depth, our eyes rotate in opposite directions. This type of "disju...
This study investigates the underlying physiological mechanisms that may lead to improved outcomes f...
Introduction The vergence oculomotor system possesses two robust adaptive mechanisms; a fast “dynami...
Vergence eye movements, movements executed in opposite directions, have a crucial role in depth perc...
Prior oculomotor studies have investigated the various effects of short-term modification on vergenc...
In pure symmetrical vergence eye movements, a fusion initiating component quickly brings the eyes cl...
Vergence is the disjunctive (inward or outward) movement of the eyes that is stimulated by retinal d...
While functional magnetic resonance imaging (fMRI) has identified which regions of interest (ROIs) a...
AbstractWe studied gaze-shift dynamics during several gaze-shift tasks and during reading, in five s...
Introduction: Previous studies have shown that the slow, or fusion sustaining, component of di...
Summary. Vergence eye movements permit stereopsis and prevent diplopia by moving the eyes in opposit...