Which of the following is a common cardiovascular complication associated with kidney failure?

A. Asking the patient to empty the bladder completely and then collecting the next specimen is not specific enough for a clean-catch technique. This method does not reduce contamination from the urethral meatus or surrounding genital area.

B. Using povidone iodine is not recommended for routine clean-catch urine collection because it can irritate the urethral area and does not offer additional benefit over standard cleansing with mild soap and water or antiseptic wipes.

C. Cleaning the urethral area reduces contamination, and discarding the initial urine flushes out bacteria from the urethra. Collecting midstream urine ensures that the sample accurately reflects bladder contents for culture and sensitivity testing.

D. Catheterization is an invasive procedure and is reserved for patients who cannot provide a clean-catch specimen. Routine midstream collection is preferred to reduce infection risk and discomfort while still providing an uncontaminated sample.

• Educating on limiting foods high in phosphorus is more specific to chronic kidney disease, where impaired renal excretion causes long-term hyperphosphatemia. This education helps prevent complications such as renal osteodystrophy and secondary hyperparathyroidism that occur in progressive CKD.
• Administering corticosteroids for nephrotic syndrome may be relevant in both acute and chronic presentations because nephrotic syndrome can occur as a complication of glomerular injury. Corticosteroids help reduce inflammation and proteinuria regardless of whether the renal impairment is acute or chronic.
• Ensuring informed consent for renal diagnostic procedures applies to both AKI and CKD since clients with either condition may require imaging, biopsy, or dialysis access placement. Informed consent ensures patient understanding and legal protection while promoting safety in invasive interventions.
• Monitoring fluid intake and output is essential in both AKI and CKD because altered kidney function leads to fluid imbalance. Careful monitoring helps guide fluid restriction or replacement, prevents overload, and assists in evaluating renal function changes over time.