Alterations in cognitive systems, cerebral hemodynamics, and motor function can cause problems and diseases that affect functional adequacy. Some examples of alterations in cognitive systems include: Alterations in arousal, Alterations in awareness, Data processing deficits, and Seizure disorders. Some examples of alterations in cerebral hemodynamics include: Abnormalities in the control mechanisms regulating cerebral blood flow, Disorders of cerebral metabolism Some examples of alterations in motor function include: Alterations in muscle tone, Alterations in movement, and... Show more Alterations in cognitive systems, cerebral hemodynamics, and motor function can cause problems and diseases that affect functional adequacy. Some examples of alterations in cognitive systems include: Alterations in arousal, Alterations in awareness, Data processing deficits, and Seizure disorders. Some examples of alterations in cerebral hemodynamics include: Abnormalities in the control mechanisms regulating cerebral blood flow, Disorders of cerebral metabolism Some examples of alterations in motor function include: Alterations in muscle tone, Alterations in movement, and Extrapyramidal motor syndromes. Periventricular vascular lesions can cause simultaneous dysfunction in both motor and cognitive systems. This is due to the close proximity of frontal-subcortical circuits that control both systems. Related Test: Pathophysiology Practice Test: Pain, Temperature, Sleep, and Sensory Function Show less
Alterations in cognitive systems, cerebral hemodynamics, and motor function can cause problems and diseases that affect functional adequacy.
Some examples of alterations in cognitive systems include: Alterations in arousal, Alterations in awareness, Data processing deficits, and Seizure disorders. Some examples of alterations in cerebral hemodynamics include: Abnormalities in the control mechanisms regulating cerebral blood flow, Disorders of cerebral metabolism
Some examples of alterations in motor function include: Alterations in muscle tone, Alterations in movement, and Extrapyramidal motor syndromes. Periventricular vascular lesions can cause simultaneous dysfunction in both motor and cognitive systems. This is due to the close proximity of frontal-subcortical circuits that control both systems.
Related Test: Pathophysiology Practice Test: Pain, Temperature, Sleep, and Sensory Function
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