Nursing Elites

1. An older female client has normal saline infusing at 45 ml/hour. She complains of pain at the insertion of the IV catheter. There is no redness or edema around the IV site. Which action should the nurse take?

• A. Determine what IV medications have recently been administered.
• B. Slow the infusion rate.
• C. Apply a warm compress to the IV site.
• D. Discontinue the IV line and start a new one.

Correct answer: A

Rationale: The correct action for the nurse to take in this scenario is to determine what IV medications have recently been administered. This is important to identify if the pain at the IV site is related to a medication infusion. Slowing the infusion rate (choice B) may not address the underlying cause of the pain. Applying a warm compress (choice C) is not necessary since there is no redness or edema around the IV site. Discontinuing the IV line and starting a new one (choice D) is a drastic step and should not be the first action taken without investigating the cause of the pain.

2. How are type IV hypersensitivity reactions different from all other types (I, II, or III) of hypersensitivity reactions?

• A. They involve antigen-antibody complexes.
• B. They are mediated by T cells and do not involve antibodies.
• C. They result in immediate allergic reactions.
• D. They are the least severe form of hypersensitivity.

Correct answer: B

Rationale: Type IV hypersensitivity reactions are mediated by T cells and cytokine release, leading to delayed reactions, unlike types I, II, and III, which involve antibodies. Choice A is incorrect because type IV reactions do not involve antigen-antibody complexes. Choice C is incorrect as type IV reactions do not result in immediate allergic reactions. Choice D is incorrect as type IV reactions are not the least severe form of hypersensitivity; in fact, they are known to cause significant tissue damage and inflammation.

3. A male client with Herpes Zoster (shingles) on his thorax tells the nurse that he is having difficulty sleeping. What is the etiology of this problem?

• A. Pain
• B. Nocturia
• C. Dyspnea
• D. Frequent cough

Correct answer: A

Rationale: The correct answer is A: Pain. The pain caused by Herpes Zoster (shingles) can disrupt sleep patterns. It is a common symptom of shingles and can lead to difficulty falling asleep or staying asleep. Nocturia (B), dyspnea (C), and frequent cough (D) are not typically associated with shingles and would not directly cause difficulty sleeping in this scenario.

4. The nurse explains to the parents of a child with developmental hip dysplasia that the application of a Pavlik harness is necessary. In what position will the harness hold the child's femurs?

• A. Abduction
• B. Adduction
• C. Flexion
• D. Extension

Correct answer: A

Rationale: The correct answer is A: Abduction. The use of the Pavlik harness is to maintain the hips in abduction for 4 to 6 months to treat developmental hip dysplasia. This position helps in stabilizing the hip joint and promoting proper growth and development. Choices B, C, and D are incorrect because the Pavlik harness specifically aims to hold the child's femurs in abduction, not adduction, flexion, or extension.

5. A 2-year-old child with laryngotracheobronchitis (LTB) is fussy and restless in the oxygen tent. The oxygen level in the tent is 25%, and blood gases are normal. What would be the correct action by the nurse?

• A. Restrain the child in the tent and notify the health care provider.
• B. Increase the oxygen concentration in the tent.
• C. Take the child out of the tent and into the playroom.
• D. Ask the mother for help in comforting the child.

Correct answer: B

Rationale: The child with LTB should be placed in the mist tent with 30% oxygen. Restlessness is caused by poor oxygenation. The child should not be taken out of the oxygenated tent. While the mother could be asked to help comfort the child, and the health care provider may be notified, the priority is to set the oxygen at the correct level.

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