what dietary instructions should be provided for a patient with pre dialysis end stage kidney disease

ATI RN

ATI Capstone Medical Surgical Assessment 1 Quizlet

1. What dietary instructions should be provided for a patient with pre-dialysis end-stage kidney disease?

A. Limit phosphorus intake to 700 mg/day
B. Increase protein intake to 1g/kg/day
C. Increase sodium intake
D. Avoid potassium-rich foods

Correct answer: A

Rationale: Patients with pre-dialysis end-stage kidney disease should limit phosphorus intake to manage their condition. Excessive phosphorus can lead to mineral and bone disorders in patients with kidney disease. Choices B, C, and D are incorrect. Increasing protein intake is not recommended as it can burden the kidneys. Increasing sodium intake is usually discouraged due to its association with hypertension and fluid retention in kidney disease. Avoiding potassium-rich foods is more relevant in advanced kidney disease stages when potassium levels are high, not in pre-dialysis end-stage kidney disease.

2. Which ECG change is associated with hyperkalemia?

A. Flattened T waves
B. Prominent U waves
C. Elevated ST segments
D. Widened QRS complex

Correct answer: A

Rationale: Flattened T waves are a characteristic ECG change seen in hyperkalemia. Hyperkalemia affects the repolarization phase of the cardiac cycle, leading to T wave abnormalities. Prominent U waves are typically seen in hypokalemia. Elevated ST segments are more indicative of myocardial infarction or pericarditis. Widened QRS complexes are commonly associated with conditions like bundle branch blocks or certain toxicities.

3. When caring for a patient with a burn injury, what is the priority intervention?

A. Monitor the burn area for infection
B. Administer IV fluids
C. Debride the burn area
D. Apply a dry dressing

Correct answer: A

Rationale: The priority intervention when caring for a patient with a burn injury is to monitor the burn area for infection. This is crucial to prevent further complications such as sepsis. While administering IV fluids is important for fluid resuscitation, it is not the top priority compared to preventing infection. Debriding the burn area and applying a dry dressing are necessary interventions for wound care, but ensuring there is no infection takes precedence to avoid sepsis and other serious complications.

4. A patient reports abdominal cramping after enema administration. What is the appropriate action?

A. Lower the height of the solution container
B. Stop the procedure and remove tubing
C. Increase the flow of enema solution
D. Continue the enema at a slower rate

Correct answer: A

Rationale: Lowering the height of the enema solution container is the appropriate action when a patient reports abdominal cramping after enema administration. This helps reduce the flow rate of the solution, potentially alleviating the cramping. Stopping the procedure and removing tubing (Choice B) would be too abrupt and may not address the issue. Increasing the flow of enema solution (Choice C) could exacerbate the cramping by adding more pressure. Continuing the enema at a slower rate (Choice D) might not provide immediate relief compared to lowering the height of the solution container.

5. What ECG changes should be monitored in a patient with hypokalemia?

A. Flattened T waves and prominent U waves
B. Elevated ST segments and wide QRS complexes
C. Tall T waves and flattened QRS complexes
D. Widened QRS complexes and decreased P wave amplitude

Correct answer: A

Rationale: The correct answer is A: Flattened T waves and prominent U waves. In hypokalemia, there is a decrease in potassium levels, which can lead to ECG changes such as flattened T waves and prominent U waves. These changes are classic findings associated with hypokalemia. Choices B (Elevated ST segments and wide QRS complexes), C (Tall T waves and flattened QRS complexes), and D (Widened QRS complexes and decreased P wave amplitude) are all incorrect. Elevated ST segments and wide QRS complexes are not typically seen in hypokalemia. Tall T waves and flattened QRS complexes, as well as widened QRS complexes and decreased P wave amplitude, do not represent the typical ECG changes seen in hypokalemia.