What is the best response for the nurse to give a parent about contacting the physician regarding an infant with diarrhea?
"Call the doctor immediately if the infant has a temperature greater than 100° F."
"Call your paediatrician if the infant has not had a wet diaper for 6 hours.
The paediatrician should be contacted if the infant has two loose stools in an 8-hour period."
"Notify the paediatrician if the infant naps more than 2 hours
The Correct Answer is B
The best response for the nurse to give a parent regarding contacting the physician about an
infant with diarrhea is option B. In infants, dehydration can occur quickly, and a decrease in
urine output is an important indicator of fluid imbalance. Not having a wet diaper for 6 hours
can be a sign of inadequate fluid intake or excessive fluid loss, which warrants contacting the
paediatrician for further assessment and guidance.
"Call the doctor immediately if the infant has a temperature greater than 100° F,"in (option
A) is incorrect because it is not directly related to the concern of diarrhea. While a high fever
can be a sign of an underlying infection, it is not the primary concern in this case.
"The paediatrician should be contacted if the infant has two loose stools in an 8-hour
period,” in (option B) is incorrect because it may not necessarily require immediate medical
attention. While increased frequency of stools can be concerning, the absence of urine output
is a more critical indicator of dehydration.
"Notify the paediatrician if the infant naps more than 2 hours," in (option D) is incorrect
because it is unrelated to the concern of diarrhea and dehydration.
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Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
The most important factor in determining the rate of fluid replacement in a dehydrated child
is urine output. Urine output is a crucial indicator of renal perfusion and hydration status.
Monitoring urine output allows healthcare professionals to assess the child's response to fluid
replacement therapy and adjust the rate accordingly.
The type of dehydration in (Option A) is incorrect. The type of dehydration, is important in
determining the appropriate fluid composition for rehydration but does not directly dictate the
rate of fluid replacement.
The child’s weight in (Option B) is incorrect. The child's weight, is considered when
calculating the maintenance fluid requirements, but it does not solely determine the rate of
fluid replacement for dehydration.
Serum potassium level in (Option D) is incorrect. The serum potassium level, is important to
monitor in a dehydrated child, especially in cases of severe dehydration, as electrolyte
imbalances may occur. However, it is not the most important factor in determining the rate of
fluid replacement. Fluid replacement is primarily guided by assessing the child's hydration
status through parameters such as urine output and clinical assessment.
Correct Answer is B
Explanation
The regulation of acid-base balance in the body involves multiple systems working together. The respiratory system, renal system, and chemical-buffering systems play key roles in maintaining the balance of acids and bases in the body.
The respiratory system helps regulate acid-base balance through the control of carbon dioxide (CO2) levels in the blood. By adjusting the rate and depth of breathing, the respiratory system can increase or decrease the elimination of CO2, which affects the pH of the blood.
The renal system (kidneys) plays a crucial role in regulating acid-base balance by controlling the excretion and reabsorption of hydrogen ions (H+) and bicarbonate ions (HCO3-) in the urine. The kidneys can excrete excess acids or bases to help maintain the body's pH within a normal range.
The chemical-buffering systems involve various chemical compounds in the body that can absorb or release hydrogen ions to help maintain pH balance. Examples of chemical buffers include bicarbonate ions (HCO3-), phosphate ions (HPO4-), and proteins.
the cardiovascular and integumentary systemin (option A) is incorrect because they, are not primarily responsible for regulating acid-base balance in the body.
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