Nursing Elites

1. A client is admitted for observation following an unrestrained motor vehicle accident. A bystander stated that he lost consciousness for 1-2 minutes. On admission, the client's Glasgow Coma Scale (GCS) was 14. The GCS is now 12. The nurse should:

• A. Re-assess in 15 minutes
• B. Stimulate the client with a sternal rub
• C. Administer Tylenol with codeine for a headache
• D. Notify the physician

Correct answer: D

Rationale: A decrease in the Glasgow Coma Scale (GCS) score from 14 to 12 indicates a significant neurological change in the client's condition. This change can be indicative of a deterioration in the client's neurological status, possibly due to intracranial bleeding or swelling. It is crucial for the nurse to notify the physician immediately to ensure prompt evaluation and intervention. Re-assessing in 15 minutes or stimulating the client with a sternal rub are not appropriate actions in this situation as they do not address the underlying cause of the decrease in GCS. Administering Tylenol with codeine for a headache is also not recommended without further assessment and evaluation of the client's condition.

2. What must the evening nurse do to facilitate the client's ECT treatment the next morning?

• A. Ensure the patient signs an informed consent form
• B. Administer evening medications
• C. Ensure the patient gets a good night's sleep
• D. Provide dietary restrictions as per ECT protocol

Correct answer: A

Rationale: For electroconvulsive therapy (ECT) treatment, obtaining informed consent is crucial before the procedure. This ensures the patient is aware of the risks, benefits, and alternatives to the treatment. Administering medications, ensuring rest, and dietary restrictions are important but not directly related to the specific requirement of obtaining informed consent for ECT. The correct answer, ensuring the patient signs an informed consent form, is essential to uphold the patient's autonomy and ensure they have the necessary information to make an informed decision about their treatment.

3. Which deficiency in the mother has been primarily associated with neural tube defects in the fetus?

• A. Iron
• B. Folic acid
• C. Vitamin B12
• D. Vitamin E

Correct answer: B

Rationale: Folic acid deficiency in the mother has been primarily associated with neural tube defects in the fetus. Folic acid is crucial for the development of the neural tube in the early stages of pregnancy. Its deficiency can lead to neural tube defects, such as spina bifida or anencephaly. Iron deficiency is not directly related to neural tube defects but can cause other complications in pregnancy. Vitamin B12 is important for neurological function but is not the primary cause of neural tube defects. Vitamin E deficiency is not associated with neural tube defects in the fetus.

4. The factor that most determines drug distribution is:

• A. vascular perfusion of the tissue or organ.
• B. salt form.
• C. drug interactions.
• D. steady state.

Correct answer: A

Rationale: The correct answer is 'vascular perfusion of the tissue or organ.' Drug distribution is primarily determined by how well the circulatory system delivers the drug to various tissues and organs. Adequate perfusion ensures proper distribution of the drug throughout the body. While the salt form (choice B), drug interactions (choice C), and steady state (choice D) can influence drug efficacy and metabolism, they are not as crucial as vascular perfusion for the initial distribution of a drug.

5. A client returns to the nursing unit post-thoracotomy with two chest tubes in place connected to a drainage device. The client's spouse asks the nurse about the reason for having two chest tubes. The nurse's response is based on the knowledge that the upper chest tube is placed to:

• A. Remove air from the pleural space
• B. Create access for irrigating the chest cavity
• C. Evacuate secretions from the bronchioles and alveoli
• D. Drain blood and fluid from the pleural space

Correct answer: A

Rationale: The correct answer is 'Remove air from the pleural space.' When a client has two chest tubes in place post-thoracotomy, the upper chest tube is typically positioned to remove air from the pleural space. Air rises, so placing the tube at the top allows for efficient removal of air that has accumulated in the pleural cavity. Choice B, creating access for irrigating the chest cavity, is incorrect as chest tubes are not primarily used for irrigation. Choice C, evacuating secretions from the bronchioles and alveoli, is incorrect as chest tubes are not designed for this purpose. Choice D, draining blood and fluid from the pleural space, is also incorrect as the upper chest tube in this scenario is specifically for removing air, not blood or fluid.

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