Nursing Elites

1. Which structures are located in the subcutaneous layer of the skin?

• A. Sebaceous and sweat glands
• B. Melanin and keratin
• C. Sensory receptors and hair follicles
• D. Adipose cells and blood vessels

Correct answer: D

Rationale: The correct answer is D: Adipose cells and blood vessels. The subcutaneous layer, also known as the hypodermis, primarily consists of adipose (fat) tissue and blood vessels. Adipose tissue provides insulation, energy storage, and cushioning, while blood vessels supply nutrients and oxygen. Sebaceous and sweat glands are located in the dermis, which is the layer beneath the epidermis. Melanin and keratin are components of the epidermis, responsible for skin color and waterproofing, respectively. Sensory receptors and hair follicles are found in the dermis and extend into the subcutaneous layer but are not exclusive to it.

2. During a severe asthma exacerbation in a client, what is the nurse's priority?

• A. Administer a rescue inhaler immediately
• B. Prepare for intubation
• C. Encourage deep breathing exercises
• D. Monitor oxygen saturation levels

Correct answer: A

Rationale: During a severe asthma exacerbation, the nurse's priority is to administer a rescue inhaler immediately. This action helps open the airways and improve breathing, which is crucial in managing the exacerbation. Choice B, preparing for intubation, would be considered if the client's condition deteriorates and they are unable to maintain adequate oxygenation even after using the rescue inhaler. Encouraging deep breathing exercises (Choice C) may not be appropriate during a severe exacerbation as the client may struggle to breathe. While monitoring oxygen saturation levels (Choice D) is important, the immediate administration of a rescue inhaler takes precedence to address the acute breathing difficulty.

3. The nurse is caring for a client with a diagnosis of bipolar disorder who is taking lithium. What is the most important information the nurse should provide?

• A. Take the medication on an empty stomach.
• B. Monitor sodium intake.
• C. Report any signs of weight gain.
• D. Avoid excessive caffeine intake.

Correct answer: B

Rationale: The correct answer is B: 'Monitor sodium intake.' Sodium levels can affect lithium levels in the body, so it is crucial to maintain a consistent sodium intake to prevent toxicity or subtherapeutic levels. Option A is incorrect because lithium is usually recommended to be taken on an empty stomach to enhance absorption. Option C, reporting signs of weight gain, is relevant but not as critical as monitoring sodium intake. Option D, avoiding excessive caffeine intake, is important for some individuals but not as essential as monitoring sodium levels when taking lithium.

4. The healthcare provider is preparing to administer a 1.2mL injection to a 4-year-old. Which is the best site to administer an IM injection?

• A. Vastus Lateralis
• B. Radial artery
• C. Dorsogluteal
• D. Rectus femoris

Correct answer: A

Rationale: The correct answer is A, Vastus Lateralis. The vastus lateralis site is recommended for IM injections in small children due to its large muscle mass, making it suitable for injections in pediatric patients. Choices B, C, and D are incorrect. The radial artery is not a site for IM injections; it is a site for arterial puncture. The dorsogluteal site is not recommended for children due to potential risks, such as injury to the sciatic nerve. The rectus femoris is not typically used for IM injections in children, as other sites like the vastus lateralis are more commonly preferred.

5. The nurse is assessing a client who has just received a blood transfusion. The client reports chills and back pain. What is the nurse's priority action?

• A. Slow the rate of transfusion.
• B. Administer an antipyretic.
• C. Stop the transfusion immediately.
• D. Notify the healthcare provider.

Correct answer: C

Rationale: The correct answer is C: Stop the transfusion immediately. Chills and back pain are indicative of a possible transfusion reaction, which is a critical situation. Stopping the transfusion is crucial to prevent further complications and ensure the client's safety. Slowing the rate of transfusion (Choice A) is not sufficient in this case as immediate action is required. Administering an antipyretic (Choice B) may help with fever but does not address the potential severe reaction. Notifying the healthcare provider (Choice D) can be done after stopping the transfusion, but the priority is to halt the infusion to prevent harm.

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