What might a patient experience with a right CVA affecting the visual-spatial area?

What might a patient experience with a right CVA affecting the visual-spatial area?

• A. Denial of symptoms
• B. Increased impulse control
• C. Enhanced spatial awareness
• D. Better ability to recognize faces

Answer: (A)

A patient experiencing a right cerebrovascular accident (CVA) impacting the visual-spatial area may indeed display denial of symptoms, also known as anosognosia. This is a common phenomenon following right hemisphere lesions. Patients may not recognize or acknowledge their own impairments, which can include issues with visual-spatial processing, neglect of the left side of their body, or difficulties with non-verbal communication. This denial can stem from the right hemisphere's role in perceptual processes and self-awareness; when damaged, the individual may lack insight into their condition. In contrast, the other options do not align with the typical manifestations following a right CVA. Increased impulse control is generally not associated with right hemisphere strokes; rather, impulsivity may be more noticeable. Enhanced spatial awareness would not occur, as individuals may have deficits in this area. Lastly, better ability to recognize faces (prosopagnosia) would also be unlikely, as right hemisphere strokes can impair facial recognition capabilities rather than improve them. Overall, anosognosia is a significant and characteristic response in individuals with right hemisphere injuries, particularly in those affecting visual-spatial processing.

A patient experiencing a right cerebrovascular accident (CVA) impacting the visual-spatial area may indeed display denial of symptoms, also known as anosognosia. This is a common phenomenon following right hemisphere lesions. Patients may not recognize or acknowledge their own impairments, which can include issues with visual-spatial processing, neglect of the left side of their body, or difficulties with non-verbal communication. This denial can stem from the right hemisphere's role in perceptual processes and self-awareness; when damaged, the individual may lack insight into their condition.

In contrast, the other options do not align with the typical manifestations following a right CVA. Increased impulse control is generally not associated with right hemisphere strokes; rather, impulsivity may be more noticeable. Enhanced spatial awareness would not occur, as individuals may have deficits in this area. Lastly, better ability to recognize faces (prosopagnosia) would also be unlikely, as right hemisphere strokes can impair facial recognition capabilities rather than improve them. Overall, anosognosia is a significant and characteristic response in individuals with right hemisphere injuries, particularly in those affecting visual-spatial processing.