A nurse is planning care for a client who has reduced visual sensory perception. Which of the following interventions should the nurse include in the plan of care?

Choice A reason: Supplementing breastfeedings with water every 12 hours is not advised for newborns, as breast milk provides complete hydration and nutrition. Water can reduce milk intake, decreasing supply due to reduced demand. It risks electrolyte imbalances, like hyponatremia, in infants with immature kidneys. Exclusive breastfeeding for six months supports optimal growth, immune function, and maternal-infant bonding, making this recommendation inappropriate.
Choice B reason: Offering the breast at hunger cues, such as rooting or hand-sucking, supports demand-driven breastfeeding, which stimulates prolactin and oxytocin for milk production. This ensures adequate supply, promotes healthy weight gain, and aligns with the infant’s natural feeding rhythm. It prevents over- or under-feeding, fostering neonatal development and strengthening the maternal-infant bond, making this the correct advice.
Choice C reason: Limiting feeding to 10 minutes per breast can prevent adequate hindmilk transfer, which is high in fat and calories, essential for growth. Short sessions may reduce milk supply due to insufficient stimulation. Infants need variable feeding times to meet nutritional needs. This restriction risks poor weight gain and inadequate nutrition, indicating it’s not a suitable recommendation.
Choice D reason: Starting each feeding with the same breast can cause imbalanced milk production, as one breast may be understimulated, reducing overall supply. Alternating breasts ensures both are drained, supporting balanced lactation and preventing engorgement or mastitis. This practice maintains milk supply via prolactin release, making this advice incorrect for optimal breastfeeding.

Choice A reason: Anuria, minimal or no urine output, is expected in end-stage kidney disease (ESKD) due to nephron loss, reducing glomerular filtration rate. This causes fluid and toxin buildup, requiring dialysis to manage fluid balance and prevent complications like uremia in ESKD clients.
Choice B reason: Edema results from impaired sodium and water excretion in ESKD, causing fluid overload. Reduced filtration leads to volume retention, manifesting as peripheral or pulmonary edema, increasing cardiovascular strain and necessitating diuretics or dialysis to control fluid status effectively.
Choice C reason: Hyperkalemia occurs in ESKD, as failing kidneys cannot excrete potassium, elevating serum levels. This risks cardiac arrhythmias due to disrupted membrane potentials. Dietary restrictions or dialysis are needed to manage potassium, preventing life-threatening complications in end-stage renal failure.
Choice D reason: Hypocalcemia in ESKD stems from impaired vitamin D activation and phosphate retention, binding calcium. This disrupts bone mineralization and neuromuscular function, causing tetany or fractures. Calcium supplementation and dialysis correct this imbalance, addressing renal failure’s metabolic consequences.
Choice E reason: Metabolic acidosis in ESKD results from impaired hydrogen ion excretion and bicarbonate reabsorption. This lowers blood pH, causing fatigue and bone demineralization. Dialysis or bicarbonate therapy corrects acid-base imbalances, addressing the kidneys’ failure to maintain homeostasis in end-stage disease.