Purpose: To examine whether a noncomputerized multitasking compensatory saccadic
training program (MCSTP) for patients with hemianopia, based on a reading regimen and …

Homonymous Visual Field Defects (HVFD) are common following stroke and can be highly
debilitating for visual perception and higher level cognitive functions such as exploring …

Objective: Patients with homonymous hemianopia are disabled on everyday exploratory
activities. We examined whether explorative saccade training (EST), compared with flicker …

Objectives: We describe a novel rehabilitation tool for patients with homonymous
hemianopia based on a visual search (VS) paradigm that is portable, inexpensive, and easy …

The impact of visual field deficits such as hemianopia can be mitigated by eye movements
that position the visual image within the intact visual field. Effective eye movement strategies …

Abstract Normal Subjects (Ss) show a stairstep/overshoot saccadic strategy similar to
hemianopic patients either when confronted with a virtual reality model of an artificial …

Background This study investigates the effect of a new computer-based visual search
training (VST) that was adapted for children with homonymous hemianopia (HH). Methods …

Normal Subjects (Ss) show a stairstep/overshoot saccadic strategy similar to hemianopic
patients either when confronted with a virtual reality model of an artificial hemianopia using …

Patients with visual field disorders often exhibit impairments in visual exploration and a
typical defective oculomotor scanning behaviour. Recent evidence [Bolognini, N., Rasi, F …

Objective: Unusual or unexpected effect of treatment Background: Homonymous
hemianopia is a loss of conscious vision in one hemifield, strongly affecting everyday life …