The nurse is caring for a client in neurogenic shock following an overdose of anti-anxiety medication. When assessing this client, the nurse should recognize what characteristic of neurogenic shock?
Signs of sympathetic stimulation
Hypertension
Cool, moist skin
Bradycardia
The Correct Answer is D
A. Neurogenic shock is characterized by the loss of sympathetic tone, leading to parasympathetic predominance. Therefore, signs of sympathetic stimulation, such as tachycardia or sweating, are not present.
B. Neurogenic shock typically causes hypotension, not hypertension, due to vasodilation and decreased systemic vascular resistance.
C. Cool, moist skin is more commonly seen in hypovolemic or septic shock due to peripheral vasoconstriction. In neurogenic shock, vasodilation leads to warm, dry skin.
D. Bradycardia is a hallmark of neurogenic shock due to unopposed parasympathetic stimulation resulting from the loss of sympathetic nervous system control.
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Related Questions
Correct Answer is {"A":{"answers":"A,B"},"B":{"answers":"A,B"},"C":{"answers":"A,B"},"D":{"answers":"A"},"E":{"answers":"A,B"}}
Explanation
A high white blood cell (WBC) count in cerebrospinal fluid (CSF) is more commonly associated with bacterial meningitis, characterized by a high neutrophil count, low glucose, and high protein levels. it is also seen in encephalitis and reflects the individual cell lines that are affected.
Muscle weakness and altered levels of consciousness can occur in both conditions but are more prominent in encephalitis, which often presents with focal neurological deficits and seizures. The
Kernig sign, a classical sign of meningitis, is a physical examination finding that indicates irritation of the meninges and supports a diagnosis of bacterial meningitis when positive.
An elevated body temperature is common in bacterial meningitis, but it is not exclusive and can be observed in encephalitis as well.
Correct Answer is B
Explanation
A. Distributive shock is associated with decreased MAP, not increased.
B. Decreased venous return occurs in distributive shock due to the pooling of blood in the periphery, leading to reduced preload and decreased cardiac output.
C. Distributive shock typically results in increased heart rate as the body attempts to compensate for decreased blood pressure and venous return.
D. Cardiac output is generally decreased in distributive shock due to reduced venous return and impaired blood flow.
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