Nursing Elites

1. Which of the following is a key benefit of interprofessional collaboration in healthcare?

• A. Increased professional isolation
• B. Improved patient outcomes
• C. Reduced need for communication
• D. Longer treatment times

Correct answer: B

Rationale: Improved patient outcomes are a key benefit of interprofessional collaboration in healthcare. Collaboration among healthcare professionals leads to better coordination of care, reduced medical errors, and improved overall patient satisfaction. The other choices are incorrect because interprofessional collaboration aims to decrease professional isolation, enhance communication among team members, and streamline treatment processes to reduce time spent on patient care.

2. A nurse is preparing to discharge a client who has end-stage heart failure. The client's partner tells the nurse she can no longer handle caring for the client. Which of the following actions should the nurse take?

• A. Request another family member to assist the client's partner with care
• B. Recommend the partner to place the client in a long-term care facility
• C. Contact the case manager to discuss discharge options
• D. Ask the provider to delay the client's discharge home for a few more days

Correct answer: C

Rationale: The nurse should contact the case manager to discuss discharge options and support the client's partner. This action is appropriate as it involves seeking professional guidance and support for the client's partner who is struggling to care for the client. Option A is not the best choice as it solely focuses on involving another family member without addressing the partner's concerns directly. Option B is premature as recommending long-term care should be a well-considered decision involving multiple healthcare professionals. Option D delays the inevitable without providing a solution to the partner's current challenges.

3. Your long-term care patient has chronic pain and at this point in time, the patient needs increasing dosages to adequately control this pain. What is this patient most likely affected by?

• A. Drug addiction
• B. Drug interactions
• C. Drug side effects
• D. Drug tolerance

Correct answer: D

Rationale: The correct answer is D: Drug tolerance. When a patient needs increasing dosages to achieve the same pain relief, it indicates the development of drug tolerance. This means the body has adapted to the drug, requiring higher doses to produce the same effect. Choice A, drug addiction, is incorrect because drug addiction involves a psychological and physical dependence on the drug, which is not described in the scenario. Choice B, drug interactions, is incorrect as it refers to the effects when multiple drugs interact with each other, not the situation described. Choice C, drug side effects, is also incorrect as it pertains to the unintended effects of a drug, not the need for higher doses to control pain.

4. While administering penicillin intravenously, you notice that the patient becomes hypotensive with a bounding, rapid pulse rate. What is the first action you should take?

• A. Decrease the rate of the intravenous medication flow.
• B. Increase the rate of the intravenous medication flow.
• C. Call the doctor.
• D. Stop the intravenous flow.

Correct answer: D

Rationale: The correct action to take when a patient becomes hypotensive with a bounding, rapid pulse rate after administering penicillin intravenously is to stop the intravenous flow immediately. This can help prevent further complications by discontinuing the administration of the medication that might be causing the adverse effects. Decreasing or increasing the rate of medication flow may not address the underlying issue of the patient's adverse reaction. While it's important to involve the healthcare provider in such situations, the immediate priority is to halt the administration of the medication.

5. Rotating injection sites when administering insulin prevents which of the following complications?

• A. Insulin edema
• B. Insulin lipodystrophy
• C. Insulin resistance
• D. Systemic allergic reactions

Correct answer: B

Rationale: Rotating injection sites when administering insulin helps prevent insulin lipodystrophy, which is the abnormal distribution of fat at injection sites. Insulin edema (choice A) is not prevented by rotating injection sites; it is characterized by swelling at the site of insulin injection due to increased capillary permeability. Insulin resistance (choice C) is a condition where the body's cells become less responsive to insulin, and rotating injection sites does not directly prevent this. Systemic allergic reactions (choice D) are not specifically prevented by rotating injection sites; they are related to an allergic response to insulin.

Similar Questions