True or false: If a patient with kidney dysfunction has edema and a low serum sodium concentration, the edema rules out a water-balance problem.
6 Complications of Renal Dysfunction Practice Questions Online Quiz Questions
Use this free practice quiz with 20 questions to review 6 Complications of Renal Dysfunction, test your knowledge, and prepare for your next test or exam.
A patient with advanced kidney dysfunction develops ankle edema, rising blood pressure, and crackles at both lung bases. Which mechanism best accounts for this combination?
- A
Increased renal excretion of sodium and water
- B
Retention of sodium and water
- C
Loss of plasma proteins into the urine only
- D
Increased production of red blood cells
A patient with advanced chronic kidney disease has normocytic anemia. What kidney-produced hormone may be reduced and contribute directly to the anemia?
A patient with markedly reduced kidney function has a high serum potassium level. Which electrocardiogram finding is classically associated with this electrolyte disturbance?
- A
Peaked T waves
- B
Prominent U waves
- C
Shortened PR interval with delta waves
- D
Sawtooth flutter waves
As chronic kidney disease advances, impaired phosphate excretion tends to make the serum phosphate level , while reduced vitamin D activation tends to make the calcitriol level .
A patient with advanced kidney failure may develop symptoms as waste products build up. Which symptoms are consistent with this complication? Select all that apply.
- A
Nausea
- B
Reduced appetite
- C
Itching
- D
Difficulty concentrating
- E
Improved concentration
- F
Unusually high energy
A patient with advanced kidney dysfunction has extracellular fluid expansion. Which findings can be associated with this fluid overload? Select all that apply.
- A
Ankle edema
- B
Rising blood pressure
- C
Crackles at the lung bases
- D
Increased red blood cell production
- E
Increased renal excretion of water
True or false: Reduced kidney acid excretion and reduced bicarbonate production can contribute to metabolic acidosis in chronic kidney disease.
- A
True
- B
False
In chronic kidney disease, impaired phosphate handling and reduced vitamin D activation can contribute to increased PTH. What is the name of the resulting endocrine disorder?
In chronic kidney disease, reduced acid excretion and reduced bicarbonate can contribute to metabolic acidosis.
A patient with chronic kidney disease has an arterial pH of 7.29, bicarbonate of 16 mmol/L, and PaCO₂ of 32 mm Hg. What is the primary acid–base disorder?
- A
Metabolic acidosis with respiratory compensation
- B
Respiratory acidosis with renal compensation
- C
Metabolic alkalosis with respiratory compensation
- D
Respiratory alkalosis with renal compensation
Explain how chronic kidney disease can contribute to normocytic anemia, and identify one other potential contributor that should be considered during evaluation.
A patient with chronic kidney disease has anemia. Besides reduced erythropoietin production, which potential contributor should also be considered during evaluation?
- A
Iron deficiency
- B
Increased calcitriol production
- C
Increased phosphate excretion
- D
Excessive red blood cell production
True or false: A suspected severe potassium elevation or concerning symptoms in a patient with kidney dysfunction requires urgent medical assessment.
- A
True
- B
False
Which kidney-produced hormone signals the bone marrow to make red blood cells?
A patient with advanced kidney failure develops several symptoms. Which group is most consistent with buildup of waste products?
- A
Nausea, reduced appetite, itching, or difficulty concentrating
- B
Increased appetite, unusually high energy, and improved concentration
- C
Isolated joint swelling after exercise
- D
Sudden hearing improvement and increased urine output
A patient with advanced kidney dysfunction develops ankle edema, rising blood pressure, and crackles at both lung bases. Which mechanism best explains these findings?
- A
Increased renal excretion of sodium and water
- B
Retention of sodium and water
- C
Loss of plasma proteins into the urine only
- D
Increased production of red blood cells
A patient with markedly reduced kidney function has a high serum potassium level. Which electrocardiogram finding is classically associated with hyperkalemia?
- A
Peaked T waves
- B
Prominent U waves
- C
Shortened PR interval with delta waves
- D
Sawtooth flutter waves
Which active form of vitamin D may decrease when advancing kidney disease impairs vitamin D activation?
As chronic kidney disease advances, which pattern is most consistent with impaired phosphate excretion and reduced activation of vitamin D?
- A
Lower phosphate, higher calcitriol, and lower parathyroid hormone
- B
Higher phosphate, lower calcitriol, and increased parathyroid hormone
- C
Higher calcitriol and persistently suppressed parathyroid hormone
- D
Lower phosphate and increased red-cell production
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