Nursing Elites

1. A community health action that focuses on reducing the frequency and severity of asthma in inner-city children by requiring a local incinerator to install particulate filters is an example of:

• A. downstream intervention
• B. risk management
• C. primary prevention
• D. upstream intervention

Correct answer: D

Rationale: The correct answer is D: upstream intervention. Upstream thinking addresses the root causes of health problems to create long-term solutions. In this scenario, requiring the incinerator to install particulate filters tackles the root cause of asthma triggers, which is pollution, rather than just managing the symptoms or risks associated with asthma. Choice A, downstream intervention, would focus more on treating asthma symptoms after they have already occurred rather than preventing them. Choice B, risk management, typically involves strategies to assess, control, or mitigate risks, which may not directly address the root cause. Choice C, primary prevention, usually refers to actions taken to prevent a disease or condition before it occurs, but in this case, the action is targeting the underlying cause rather than preventing asthma itself.

2. The nurse is evaluating the growth and development of a toddler with AIDS. The nurse would anticipate finding that the child has

• A. Achieved developmental milestones at an erratic rate
• B. Delay in musculoskeletal development
• C. Displayed difficulty with speech development
• D. Delay in achievement of most developmental milestones

Correct answer: D

Rationale: Children with AIDS often experience delays in achieving developmental milestones, affecting their overall growth and development. This delay can impact various areas of development, not limited to a specific aspect like musculoskeletal or speech development. While some children may achieve milestones at varying rates (choice A), the general trend is a delay in multiple milestones (choice D). Musculoskeletal development (choice B) and speech development (choice C) may be affected but are not as comprehensive as the delay in most developmental milestones.

3. In reviewing the assessment data of a client suspected of having diabetes insipidus, the nurse expects which of the following after a water deprivation test?

• A. Increased edema and weight gain
• B. Unchanged urine specific gravity
• C. Rapid protein excretion
• D. Decreased blood potassium

Correct answer: B

Rationale: After a water deprivation test in a client suspected of having diabetes insipidus, the nurse would expect the urine specific gravity to remain unchanged. This occurs because in diabetes insipidus, the kidneys are unable to concentrate urine, leading to a low urine specific gravity even after water deprivation. Choices A, C, and D are incorrect. Increased edema and weight gain are not typical findings in diabetes insipidus. Rapid protein excretion is not directly related to the condition, and decreased blood potassium is not a common outcome of a water deprivation test for diabetes insipidus.

4. Joseph, 45 years of age, a community resident of Barangay 22-A, suddenly had 2 bouts of soft to almost watery stools after having taken his lunch. While observing his condition further at home and later deciding whether to refer him for medical treatment, you recommended that he boil a decoction for 15 minutes at low fire using 10-15 leaves of which medicinal plant?

• A. Bayabas
• B. Pancit pacitan
• C. Sambong
• D. Lagundi

Correct answer: A

Rationale: The correct answer is Bayabas (guava) leaves. Guava leaves are known for their anti-diarrheal properties, which can help alleviate Joseph's condition. Pancit pacitan, Sambong, and Lagundi are not commonly used for treating diarrhea and do not possess the same anti-diarrheal properties as guava leaves.

5. The nurse is planning care for a client with increased intracranial pressure. The best position for this client is

• A. Trendelenburg
• B. Prone
• C. Semi-Fowler's
• D. Side-lying with head flat

Correct answer: C

Rationale: The correct answer is C, Semi-Fowler's. This position helps to reduce intracranial pressure by promoting venous drainage from the head while maintaining adequate oxygenation. Option A, Trendelenburg position, is incorrect as it involves placing the patient with the head lower than the body, which can increase intracranial pressure. Option B, Prone position, is also incorrect as it involves lying on the stomach, which can further elevate intracranial pressure. Option D, Side-lying with head flat, does not provide the same benefits as the Semi-Fowler's position in terms of promoting venous drainage and maintaining oxygenation in a client with increased intracranial pressure.

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