نتایج جستجو برای: homonymous hemianopia

تعداد نتایج: 1227  

2013
Michał Bola Carolin Gall Bernhard A. Sabel

Unilateral visual cortex lesions caused by stroke or trauma lead to blindness in contralateral visual field - a condition called homonymous hemianopia. Although the visual field area processed by the uninjured hemisphere is thought to be "intact," it also exhibits marked perceptual deficits in contrast sensitivity, processing speed, and contour integration. Such patients are "sightblind" - thei...

2017
Aniruddha A Sheth Stephen Honeybul

Vertebral artery dissection following a posterior cervical foraminotomy with rhizolysis of the subaxial spine has not been described before. A 46-year-old lady underwent the procedure for a left C6 radiculopathy with a focal disc herniation with no intraoperative complications. Seven hours post-operatively, she developed a right homonymous hemianopia, thalamic dysphasia, gait and memory impairm...

2007
M. Paciaroni M. Viana Baptista J. Bogousslavsky

We assessed the prevalence and characteristics of neuro-ophthalmological manifestations (NOMs) in patients with stroke due to internal carotid artery (ICA) disease. NOMs were evaluated in 81 patients with ICA dissection and 229 patients with ICA atherosclerotic occlusion from the Lausanne Stroke Registry. NOMs, seen in 57% of patients with ICA dissection consisted of visual field defect (32%), ...

2003
RICHARD J. JAMARA

Sparing or partial recovery of visual fields in hemianopic patients is frequently difficult to document. This is because when testing large field losses, the standard automated or manual visual field testing systems have limited fixation controls. Measured visual field recovery in these cases may not be real but instead may be due to an artifact such as scanning eye movement. This article illus...

Journal: :Frontiers in behavioral neuroscience 2015
Delphine Lévy-Bencheton Denis Pélisson Myriam Prost Sophie Jacquin-Courtois Roméo Salemme Laure Pisella Caroline Tilikete

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 visual scene or reading a text. Rehabilitation using oculomotor compensatory methods with automatic training over a short duration (~15 days) have been shown as efficient as longer voluntary training methods (>1 month). He...

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