Albumin 25% IV is prescribed for a child with nephrotic syndrome. Which assessment finding indicates to the nurse that the medication is having the desired effect?
Weight gain.
Reduction of edema.
Improved caloric intake.
Reduction of fever.
The Correct Answer is B
A. Weight gain. While albumin administration increases intravascular volume, leading to temporary fluid retention, the goal in nephrotic syndrome is to shift fluid from the interstitial spaces back into circulation. The expected outcome is a reduction in edema, not an overall weight gain. A persistent increase in weight could indicate continued fluid retention rather than treatment effectiveness.
B. Reduction of edema. Nephrotic syndrome is characterized by hypoalbuminemia, which causes fluid to leak from the blood vessels into the tissues, leading to generalized edema. Albumin 25% IV works by increasing oncotic pressure, drawing fluid back into the bloodstream. Once in circulation, excess fluid is excreted by the kidneys, resulting in decreased swelling, especially in the face, abdomen, and lower extremities.
C. Improved caloric intake. Nephrotic syndrome affects fluid balance but does not typically lead to reduced appetite unless complications arise. While improved well-being may lead to better nutritional intake, this is not the primary expected outcome of albumin therapy.
D. Reduction of fever. Fever is not a direct symptom of nephrotic syndrome, though it may occur with infections due to immunosuppression from protein loss. Albumin therapy does not have antipyretic properties, so a reduction in fever would not indicate the medication’s effectiveness in managing nephrotic syndrome.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is {"A":{"answers":"C"},"B":{"answers":"C"},"C":{"answers":"A"},"D":{"answers":"A"},"E":{"answers":"B"},"F":{"answers":"C"}}
Explanation
- Pulse of 105 beats/minute – Both mastitis and endometritis
Tachycardia (heart rate >100 bpm) is a systemic response to infection and inflammation, which can occur in both mastitis and endometritis. In mastitis, infection in the breast tissue triggers a systemic inflammatory response, while in endometritis, uterine infection can cause sepsis-related tachycardia. - Feeling chilled, achy, and fatigued – Both mastitis and endometritis
Both conditions can cause systemic flu-like symptoms, including chills, body aches, and fatigue, as the body mounts an immune response. Mastitis leads to generalized malaise due to localized infection and inflammation in the breast, while endometritis causes uterine infection, which can spread if untreated. - Baby fed pumped breast milk – Mastitis
Mastitis often develops due to milk stasis when the breasts are not fully emptied. The client was away from the baby for several hours while feeding pumped milk, which may have led to incomplete drainage of the breast, increasing the risk of bacterial overgrowth and mastitis. - Pain rating of 4 on a 0 to 10 scale – Mastitis
Pain in mastitis is usually localized to the affected breast, presenting as a red, firm, warm area. The uterine pain in endometritis is generally more cramp-like and associated with uterine tenderness, rather than a focal area of pain like in mastitis. - Foul-smelling lochia rubra at 2 weeks postpartum – Endometritis
Lochia should transition from rubra (red) to serosa (pink-brown) to alba (white/yellow) within 2 weeks postpartum. Foul-smelling, persistent lochia rubra is a hallmark sign of endometritis, indicating bacterial overgrowth in the uterus. - Temperature of 101.2° F (38.4°C) – Both mastitis and endometritis
Fever is a key symptom of both mastitis and endometritis as the body responds to infection. Mastitis causes localized breast infection with systemic symptoms, while endometritis results in uterine infection and systemic inflammatory response.
Correct Answer is ["450"]
Explanation
Calculate the concentration of the solution:
Concentration = Total grams of magnesium sulfate / Total volume (mL)
= 20 grams / 500 mL
= 0.04 grams/mL
Calculate the volume needed for the prescribed dose:
Volume (mL) = Desired dose (grams) / Concentration (grams/mL)
= 6 grams / 0.04 grams/mL
= 150 mL
Calculate the infusion rate in mL/hour:
Infusion rate (mL/hour) = Volume (mL) / Time (minutes) x 60 minutes/hour
= 150 mL / 20 minutes x 60 minutes/hour
= 450 mL/hour
The nurse should set the infusion pump to deliver 450 mL/hour.
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