Nursing Elites

1. The client with chronic kidney disease (CKD) is being taught about the necessary sodium restriction in the diet to prevent edema and hypertension. Which statement by the client indicates more teaching is needed?

• A. I am thrilled that I can continue to eat fast food.
• B. I will cut out bacon with my eggs every morning.
• C. My cooking style will change by not adding salt.
• D. I will probably lose weight by cutting out potato chips.

Correct answer: A

Rationale: Choice A, 'I am thrilled that I can continue to eat fast food,' indicates a lack of understanding as fast food is typically high in sodium, which is detrimental for individuals with CKD. The client should be advised to avoid fast food due to its high sodium content. Choices B, C, and D demonstrate a good understanding of the need for sodium restriction in the diet to prevent complications associated with CKD. Cutting out bacon, avoiding salt in cooking, and eliminating high-sodium snacks like potato chips are all positive steps towards managing CKD.

2. The nurse is caring for a patient who will receive 10% calcium gluconate to treat a serum potassium level of 5.9 mEq/L. The nurse performs a drug history prior to beginning the infusion. Which drug taken by the patient would cause concern?

• A. Digitalis
• B. Hydrochlorothiazide
• C. Hydrocortisone
• D. Vitamin D

Correct answer: A

Rationale: Calcium gluconate is administered to treat hyperkalemia by reducing myocardial irritability. When given to a patient taking digitalis, it can lead to digitalis toxicity. Digitalis and calcium gluconate both affect cardiac function, and their concomitant use can potentiate adverse effects. Hydrochlorothiazide, Hydrocortisone, and Vitamin D may impact potassium levels, but they do not interact with calcium gluconate in a way that would cause concern for toxicity.

3. After a renal biopsy, which intervention should the nurse include in the post-procedure plan of care?

• A. Restricting fluid intake for the first 24 hours
• B. Periodically testing the urine for occult blood
• C. Avoiding the administration of opioid analgesics
• D. Having the client ambulate in the room and hall for short distances

Correct answer: B

Rationale: After a renal biopsy, it is essential to maintain bed rest and frequently assess the client's vital signs and the puncture site. The nurse should test the urine periodically for occult blood to detect any bleeding, which could be a complication of the procedure. Restricting fluid intake for the first 24 hours is not necessary after a renal biopsy and could potentially lead to dehydration. Avoiding the administration of opioid analgesics is not a standard intervention post-renal biopsy unless contraindicated for a specific reason. Having the client ambulate in the room and hall for short distances is generally not recommended immediately after a renal biopsy due to the need for bed rest to prevent complications.

4. Which of the following lab results is most indicative of dehydration?

• A. Low sodium levels.
• B. Elevated creatinine levels.
• C. Low potassium levels.
• D. High blood glucose levels.

Correct answer: B

Rationale: Elevated creatinine levels are indicative of dehydration because when the body is dehydrated, the kidneys concentrate urine to preserve fluid, leading to higher levels of creatinine. Low sodium levels (Choice A) can be seen in conditions like hyponatremia but are not specific to dehydration. Low potassium levels (Choice C) are more commonly associated with conditions like hypokalemia. High blood glucose levels (Choice D) are typically seen in diabetes and are not specific indicators of dehydration.

5. A young adult client, admitted to the Emergency Department following a motor vehicle collision, is transfused with 4 units of PRBCs (packed red blood cells). The client's pretransfusion hematocrit is 17%. Which hematocrit value should the nurse expect the client to have after all the PRBCs have been transfused?

• A. 0.19
• B. 0.09
• C. 0.39
• D. 0.29

Correct answer: D

Rationale: The expected increase in hematocrit after transfusion is approximately 3% per unit of PRBCs. Since the client received 4 units, the expected increase would be 4 x 3% = 12%. Therefore, adding this to the pretransfusion hematocrit of 17% would result in an expected post-transfusion hematocrit of 29%. Choice A (0.19) is incorrect as it doesn't consider the incremental increase per unit of PRBCs. Choices B (0.09) and C (0.39) are also incorrect as they do not align with the expected increase in hematocrit following the transfusion of 4 units of PRBCs.

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