Nokea
When a father asks why his child with tetralogy of Fallot seems to favor a squatting position, the nurse would explain that squatting:
- A. Increases peripheral vascular resistance
- B. Decreases arterial blood flow away from the heart
- C. It's a common resting position when a child is tachycardic
- D. Increases the workload of the heart
Correct Answer: A
Rationale: Squatting increases systemic vascular resistance, which leads to a reduction in the right-to-left shunting of blood in children with tetralogy of Fallot. This helps improve oxygenation by balancing the pulmonary and systemic blood flow. The squatting position decreases the pressure in the right ventricle and reduces the magnitude of the right-to-left shunt by increasing afterload, thereby improving oxygenation. Choices B, C, and D are incorrect because squatting does not decrease arterial blood flow away from the heart, is not related to being tachycardic, and does not increase the workload of the heart.
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How would you classify a child at two years of age who has fast breathing without chest indrawing or stridor when calm?
- A. Very severe disease
- B. Pneumonia
- C. No pneumonia
- D. Local infection
Correct Answer: B
Rationale: In pediatric clinical assessment, a child at two years of age with fast breathing but without chest indrawing or stridor when calm is classified as having pneumonia. Fast breathing in this context is a key symptom used in the Integrated Management of Childhood Illness (IMCI) guidelines to diagnose pneumonia in children under five years old. The absence of chest indrawing or stridor when the child is calm helps differentiate this case from other respiratory conditions, making pneumonia the likely classification. Choices A, C, and D are incorrect. 'Very severe disease' is too broad and not specific to the symptoms described. 'No pneumonia' is also incorrect as the symptoms match the presentation of pneumonia. 'Local infection' is too vague and does not specifically address the respiratory symptoms observed.
What is the aim of Integrated Management of neonatal and Childhood Illnesses?
- A. Improved case management
- B. Improved family and community practices
- C. None of the above
- D. A & B
Correct Answer: D
Rationale: The aim of the Integrated Management of neonatal and Childhood Illnesses is to enhance both case management and family and community practices. By improving case management, healthcare providers can ensure appropriate treatment and care, leading to better outcomes for neonates and children. Enhancing family and community practices can contribute to the prevention, early detection, and overall well-being of children. Choice A is incorrect as the aim is not solely focused on improved case management. Choice B is incorrect as the aim goes beyond just improving family and community practices. Choice C is incorrect as the correct aim involves both improved case management and family/community practices, making choice D the most comprehensive and accurate answer.
Jaundice in children can be either pathological or physiological. Which of these will you consider as more serious?
- A. Jaundice seen within 24 hours of life
- B. Jaundice seen at the palms and soles
- C. Jaundice appearing after 24 hours of life
- D. Jaundice seen after 14 days of life
Correct Answer: A
Rationale: Jaundice seen within 24 hours of life is considered more serious in children as it can indicate pathological causes such as hemolytic disease or sepsis, which require prompt evaluation and management to prevent complications. Jaundice appearing within 24 hours of life is concerning due to the higher likelihood of severe conditions, while jaundice seen at the palms and soles is more likely due to physiological causes such as breast milk jaundice. Jaundice appearing after 24 hours or after 14 days of life may still require evaluation but is less urgent compared to jaundice within the first 24 hours.
During a well-child visit, a 10-year-old child is found to be above the 95th percentile for weight and reports watching more than two hours of television daily. An appropriate nursing diagnosis for this child is:
- A. Imbalanced Nutrition: More than body requirements
- B. Altered Growth and Development
- C. Ineffective Coping
- D. Altered Family Processes
Correct Answer: A
Rationale: The correct nursing diagnosis for a 10-year-old child who is above the 95th percentile for weight and watches more than two hours of television daily would be 'Imbalanced Nutrition: More than body requirements.' This diagnosis reflects the excessive intake of nutrients compared to the child's energy expenditure, which can contribute to weight gain. 'Altered Growth and Development' (choice B) is not the most appropriate diagnosis in this scenario, as the primary concern is related to nutrition and sedentary behavior rather than developmental issues. 'Ineffective Coping' (choice C) and 'Altered Family Processes' (choice D) are also not relevant to the child's weight status and television habits. Monitoring and addressing the child's dietary habits and sedentary behavior are essential to promote a healthier lifestyle and prevent further weight-related issues.
A child was brought to the emergency department with complaints of nausea, vomiting, and fruity-scented breath. The resident on duty diagnosed the child with diabetic ketoacidosis. Which of the following should the nurse expect to administer?
- A. Potassium chloride IV infusion.
- B. Dextrose 5% IV infusion.
- C. Ringer's Lactate.
- D. Normal saline IV infusion
Correct Answer: D
Rationale: In diabetic ketoacidosis (DKA), there is a state of dehydration and electrolyte imbalance. Normal saline is the initial fluid of choice to help restore intravascular volume and improve electrolyte balance. It also helps to correct acidosis. Potassium chloride IV infusion is commonly added to the treatment regimen once kidney function is confirmed to prevent hypokalemia. Dextrose 5% IV infusion is not the first-line treatment for DKA as it can worsen hyperglycemia. Ringer's Lactate is not typically used as the initial fluid for managing DKA as it contains potassium and could worsen hyperkalemia.