✅ Condition Most Likely Experiencing: Congestive Heart Failure

❤️ Congestive heart failure (CHF) is the correct answer because the infant has multiple findings consistent with fluid overload and decreased cardiac function.

❤️ The infant has failure to thrive, poor feeding, and inadequate weight gain, which are common signs of heart failure in infants because feeding requires significant energy.

❤️ The infant’s tachypnea (RR 72/min), nasal flaring, retractions, and crackles indicate pulmonary congestion caused by fluid backing up into the lungs.

❤️ Periorbital edema, pedal edema, diaphoresis, pallor, and cool extremities suggest impaired circulation and fluid accumulation.

❤️ The infant’s tachycardia (HR 174/min while sleeping) is a compensatory response to decreased cardiac output.

❤️ Weak pedal pulses indicate reduced peripheral perfusion, another finding associated with cardiac compromise.

❤️ Infants with CHF often tire easily during feeding because the heart cannot meet the increased metabolic demands.

❤️ Therefore, the most likely condition is congestive heart failure.

✅ Actions to Take

✔ 1. Elevate the head of the bed to a 45° angle

❤️ Elevating the head of the bed helps improve lung expansion and breathing effort in an infant experiencing respiratory distress.

❤️ Upright positioning decreases pressure on the diaphragm and helps reduce pulmonary congestion symptoms.

❤️ This position can improve oxygenation and decrease work of breathing.

✔ 2. Anticipate a prescription for digoxin

❤️ Digoxin may be prescribed for infants with heart failure to improve cardiac contractility and help the heart pump more effectively.

❤️ It increases the force of myocardial contraction, improving cardiac output.

❤️ The nurse should monitor the infant’s heart rate before administration because digoxin can cause bradycardia.

❌ Place nasogastric tube for gastric decompression

❤️ NG tubes may be used for certain gastrointestinal problems or feeding support, but this infant’s findings are primarily cardiac and respiratory.

❤️ Gastric decompression does not treat pulmonary congestion or decreased cardiac output.

❤️ The priority is improving respiratory status and cardiac function.

❌ Implement contact precautions

❤️ Contact precautions are used for infections transmitted through direct contact, such as some respiratory illnesses.

❤️ This infant has no signs pointing primarily toward an infectious process.

❤️ The findings are more consistent with CHF.

❌ Provide chest physiotherapy and postural drainage

❤️ Chest physiotherapy and postural drainage are commonly used for conditions involving thick respiratory secretions, such as cystic fibrosis.

❤️ This infant’s crackles are related to fluid accumulation rather than mucus obstruction.

❤️ These interventions would not address the underlying cardiac problem.

✅ Parameters to Monitor

✔ 1. Respiratory status

❤️ Monitoring respiratory status is essential because CHF causes pulmonary congestion and respiratory distress.

❤️ The nurse should assess respiratory rate, effort, oxygen saturation, breath sounds, and retractions.

❤️ Improvement in breathing indicates response to treatment.

✔ 2. Intake and output

❤️ Monitoring intake and output helps evaluate fluid balance and kidney perfusion.

❤️ Infants with CHF are at risk for fluid retention and worsening edema.

❤️ Urine output is an important indicator of hydration and cardiac function.

❌ Blood glucose

❤️ Blood glucose monitoring is not the priority parameter for this infant’s suspected condition.

❤️ Although glucose may be checked in infants with feeding problems, it does not evaluate CHF progression.

❤️ Respiratory status and fluid balance are more important.

❌ Number of steatorrhea stools

❤️ Steatorrhea is associated with cystic fibrosis due to pancreatic insufficiency and fat malabsorption.

❤️ This infant does not have signs suggesting cystic fibrosis.

❤️ Stool fat monitoring would not evaluate heart failure.

❌ Abdominal peristaltic waves

❤️ Visible abdominal peristaltic waves are associated with conditions such as pyloric stenosis.

❤️ Pyloric stenosis causes projectile vomiting and feeding intolerance, not pulmonary congestion and edema.

❤️ This is not an appropriate monitoring parameter for CHF.

✅ Pyelonephritis

🩺 Pyelonephritis is correct because this child has vesicoureteral reflux (VUR), which allows infected urine to move backward from the bladder into the kidneys.

🩺 The child has a history of recurrent urinary tract infections (UTIs), which increases the risk that bacteria can ascend into the upper urinary tract.

🩺 The current findings support an active urinary infection, including fever, lethargy, cloudy urine, positive leukocyte esterase, positive nitrites, and increased WBCs in urine.

🩺 Pyelonephritis is an infection involving the renal pelvis and kidney tissue, usually caused by bacteria traveling upward from the lower urinary tract.

🩺 Children with VUR are at higher risk because urine reflux creates an opportunity for bacteria to repeatedly reach the kidneys.

🩺 Untreated or recurrent kidney infections can interfere with normal kidney growth and function.

🩺 Early recognition and treatment help prevent complications associated with repeated kidney infections.

🩺 Therefore, this child is at risk for pyelonephritis.

✅ Renal scarring

🩺 Renal scarring is correct because repeated episodes of kidney infection caused by VUR can cause permanent injury to kidney tissue.

🩺 When bacteria reach the kidneys, inflammation can damage the renal tissue and create areas of scarring.

🩺 Children are especially monitored for renal scarring because their kidneys are still developing.

🩺 Renal scarring can reduce kidney function and increase the risk of complications such as hypertension and chronic kidney disease later in life.

🩺 The child’s history of three UTIs within one year suggests repeated exposure to infection.

🩺 Correct management of UTIs and monitoring of children with VUR help reduce the chance of permanent kidney damage.

🩺 The goal of treatment is not only to clear the infection but also to protect long-term kidney health.

🩺 Therefore, recurrent UTIs associated with VUR place the child at risk for renal scarring.

❌ Acute glomerulonephritis

🩺 Acute glomerulonephritis is incorrect because it involves inflammation of the glomeruli, the filtering structures of the kidneys.

🩺 It is commonly associated with immune responses after infections such as group A streptococcal infections, not recurrent UTIs caused by VUR.

🩺 Clients with glomerulonephritis often present with findings such as hematuria, proteinuria, hypertension, and edema.

🩺 This child’s findings indicate an ascending urinary infection rather than glomerular inflammation.

🩺 The risk from VUR is infection traveling upward to the kidneys, not damage to the glomeruli.

🩺 Therefore, acute glomerulonephritis is not the expected complication.

❌ Polycystic kidney

🩺 Polycystic kidney disease is incorrect because it is a genetic disorder involving the development of multiple cysts in the kidneys.

🩺 It is inherited and is not caused by repeated urinary tract infections or vesicoureteral reflux.

🩺 Children with polycystic kidney disease may have enlarged kidneys and other genetic-related findings.

🩺 This child’s problem is related to abnormal urine flow and infection risk.

🩺 The history of VUR does not increase the risk for kidney cyst formation.

🩺 Therefore, polycystic kidney disease is not the expected condition.

❌ Nephrotic syndrome

🩺 Nephrotic syndrome is incorrect because it is caused by increased permeability of the glomeruli, resulting in excessive protein loss in urine.

🩺 Common findings include massive proteinuria, generalized edema, low albumin levels, and elevated cholesterol.

🩺 Although this child has some edema around the eyes and feet, the overall clinical picture points toward infection rather than nephrotic syndrome.

🩺 The child has fever, positive urine infection markers, and a history of VUR, which are not typical findings of nephrotic syndrome.

🩺 Periorbital edema in nephrotic syndrome is usually related to protein loss and fluid shifts, not urinary infection.

🩺 Therefore, nephrotic syndrome is not the most likely risk.

Working

Step 1:

Calculate total daily dose

50 mg/kg/day×30 kg =1500 mg/day

Step 2:

Divide into doses every 6 hours

Every 6 hr = 4 doses per day

1500 ÷ 4mg​ =375 mg per dose

Step 3:

Convert mg to mL

Available:

125 mg=5 mL

Need:

375 mg=? mL

Using ratio:

125×5 ÷ 375​ =1875 ÷125​ =15 mL

❤️ Notifying the provider of the parent’s concerns is the correct answer because the parent is expressing uncertainty about proceeding with the child’s surgery.

❤️ The nurse’s role is to support the parent’s right to make an informed decision and ensure that questions and concerns are addressed.

❤️ The provider is responsible for explaining the surgical procedure, risks, benefits, alternatives, and possible outcomes.

❤️ A signed consent form does not remove the parent’s right to ask questions or withdraw consent before the procedure.

❤️ The nurse should recognize hesitation as a need for further discussion rather than attempting to persuade the parent.

❤️ Respecting the parent’s autonomy and the child’s best interests is an important part of ethical nursing care.

❤️ The healthcare team should provide additional information so the parent can make a knowledgeable decision.

❤️ Therefore, the best nursing response is to notify the provider about the parent’s concerns.

🔥 Checking the wound sites for manifestations of infection is the correct answer because the greatest risk for a client with multiple burns is infection due to loss of the protective skin barrier.

🔥 The skin normally prevents microorganisms from entering the body, but burns destroy this defense mechanism.

🔥 Burn wounds provide an ideal environment for bacterial growth because of damaged tissue and reduced immune protection.

🔥 Signs of infection include increased redness, swelling, warmth, purulent drainage, foul odor, fever, and worsening pain.

🔥 Early identification of infection allows prompt treatment and reduces the risk of complications such as sepsis.

🔥 Burn clients are at high risk for rapid progression of infection because their immune response may be impaired.

🔥 Wound assessment is an essential part of every dressing change to evaluate healing and detect complications.

🔥 Therefore, the priority intervention is to check the wound sites for manifestations of infection.

🫁 Kerosene heater is the correct answer because it uses a fuel source that can produce carbon monoxide (CO) when combustion is incomplete.

🫁 Carbon monoxide is a colorless, odorless, and dangerous gas that can accumulate in poorly ventilated areas.

🫁 Kerosene heaters, gas heaters, fireplaces, and other fuel-burning appliances require proper ventilation to prevent CO buildup.

🫁 A child exposed to carbon monoxide may develop symptoms such as headache, dizziness, nausea, weakness, confusion, and fatigue.

🫁 The nurse should recognize that the child’s new-onset headaches may be related to possible carbon monoxide exposure.

🫁 Teaching should include installing carbon monoxide detectors and ensuring adequate ventilation when using fuel-burning appliances.

🫁 Early identification of carbon monoxide sources can prevent serious complications, including loss of consciousness or death.

🫁 Therefore, the appliance of greatest concern is the kerosene heater.

❤️ Urine output of 2 mL/kg/hr indicates a positive response to digoxin therapy because it reflects improved cardiac output and kidney perfusion.

❤️ Digoxin is a cardiac glycoside that increases the strength of myocardial contraction, allowing the heart to pump more effectively.

❤️ Improved cardiac function increases blood flow to the kidneys, which promotes adequate urine production.

❤️ Infants with heart failure often have decreased cardiac output, causing poor circulation and reduced renal perfusion.

❤️ A urine output of approximately 1–2 mL/kg/hr or greater is generally an expected finding in infants and indicates adequate kidney function.

❤️ Other signs of improvement with digoxin include decreased respiratory distress, improved feeding, reduced edema, and better activity tolerance.

❤️ Monitoring urine output helps the nurse evaluate whether the medication is improving the infant’s overall circulation.

❤️ Therefore, urine output of 2 mL/kg/hr is the finding that indicates a positive response.

🩸 Hydroxyurea is the correct answer because it is a medication used to reduce the frequency and severity of vaso-occlusive crises in children with sickle cell anemia.

🩸 Hydroxyurea works by increasing the production of fetal hemoglobin (HbF), which reduces the tendency of red blood cells to sickle.

🩸 Fewer sickled cells result in improved blood flow and fewer episodes of pain caused by blocked blood vessels.

🩸 Children taking hydroxyurea often experience fewer hospitalizations, reduced pain crises, and improved quality of life.

🩸 The nurse should teach parents that the medication requires regular monitoring of blood counts because it can suppress bone marrow function.

🩸 The medication is used as part of long-term management to prevent complications rather than only treating acute pain episodes.

🩸 Teaching about hydroxyurea supports adherence and helps prevent future vaso-occlusive events.

🩸 Therefore, the correct discharge teaching includes that the child will need to receive hydroxyurea.

🦟 Maculopapular skin burrows on the hand are the correct answer because scabies is caused by the Sarcoptes scabiei mite, which burrows into the superficial layers of the skin.

🦟 The classic finding of scabies is thin, wavy burrow tracks with small papules or vesicles caused by the mite’s movement and the body’s immune response.

🦟 Common locations include the spaces between the fingers, wrists, elbows, waistline, groin, and genital area.

🦟 In children, scabies can also affect the scalp, palms, and soles because their skin involvement can be more widespread.

🦟 The rash is usually associated with severe itching, often worse at night.

🦟 Identifying burrows helps differentiate scabies from other skin conditions that cause generalized rashes.

🦟 Early recognition is important because scabies is contagious and requires treatment of the child and close contacts.

🦟 Therefore, the expected finding is maculopapular skin burrows on the hand.

🦠 Antibiotics initiated 24 hours ago is the correct answer because clients with bacterial meningitis are considered infectious until they have received appropriate antibiotic therapy for at least 24 hours.

🦠 Bacterial meningitis, especially caused by organisms such as Neisseria meningitidis, can spread through respiratory droplets.

🦠 Droplet precautions are used to prevent transmission through coughing, sneezing, or close respiratory contact.

🦠 After effective antibiotic therapy has been administered for 24 hours, the number of bacteria in respiratory secretions decreases significantly.

🦠 At that point, the risk of transmitting the infection to others is greatly reduced.

🦠 The nurse should follow infection-control guidelines and may discontinue droplet precautions after the required antibiotic period.

🦠 Other findings, such as improvement in fever or symptoms, do not determine whether the client remains contagious.

🦠 Therefore, the finding that indicates the child can be removed from droplet precautions is antibiotics initiated 24 hours ago.