A client who swims several times a week asks the nurse, "Why are ears prone to frequent infection?" What is the nurse's best response?
"The pool water has chlorine that is killing all of the good bacteria."
"The pool water is entering your Eustachian tubes."
"The pool water has microorganisms that are entering your ears."
"The pool water is drying out your ears, causing skin breakdown."
The Correct Answer is C
A. While chlorine can kill some bacteria, it does not prevent all microbial growth and does not directly explain ear infections.
B. Pool water entering the Eustachian tubes is unlikely; infections are more commonly related to pathogens in the water.
C. The best response addresses the presence of microorganisms in pool water that can enter the ear and potentially lead to infections, such as swimmer's ear (otitis externa).
D. Pool water is not typically associated with drying out the ears; rather, it can lead to excess moisture, which can promote bacterial growth.
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Correct Answer is D
Explanation
A. Increased insulin production would not cause polyuria and low specific gravity urine; rather, hyperglycemia from lack of insulin can cause high specific gravity due to glucose in urine.
B. Increased ACTH affects cortisol production but is not directly related to urine concentration or polyuria.
C. Low T3 and T4 levels are associated with hypothyroidism, which typically does not cause polyuria or decreased specific gravity.
D. Insufficient ADH, as seen in diabetes insipidus, leads to the inability to concentrate urine, resulting in a low specific gravity, polyuria, and nocturia due to excessive water loss.
Correct Answer is D
Explanation
A. Hypotension is not typically associated with adrenal cortex hyperfunction; in fact, patients may experience hypertension due to excess cortisol and aldosterone.
B. Dehydration is more common with adrenal insufficiency than hyperfunction, as excess hormone production often leads to fluid retention.
C. Hyponatremia is generally not a concern with adrenal cortex hyperfunction; clients may experience hypernatremia instead due to fluid retention.
D. Hypokalemia is a significant risk in clients with adrenal cortex hyperfunction, especially due to the effects of excessive aldosterone, which promotes sodium retention and potassium excretion.