Nursing Elites

1. When caring for a patient with latex allergy, the healthcare provider creates a latex-safe environment by doing which of the following?

• A. Carefully cleaning the wall-mounted blood pressure device before using it.
• B. Donning latex gloves outside the room to limit powder dispersal.
• C. Using a latex-free pharmacy protocol.
• D. Placing the patient in a semi-private room.

Correct answer: C

Rationale: Creating a latex-safe environment for a patient with latex allergy is crucial to prevent allergic reactions. Using a latex-free pharmacy protocol is essential as it ensures that medications and supplies provided to the patient are free of latex components. Cleaning a wall-mounted blood pressure device may not be sufficient as the device itself may contain latex parts that can trigger an allergic reaction. Donning latex gloves, even outside the room, is not recommended as powder dispersal can cause issues; only non-latex gloves should be used in a latex-safe environment. Placing the patient in a semi-private room does not directly address the need to eliminate latex exposure from medical supplies and equipment, which is better achieved through a latex-free pharmacy protocol.

2. Which of the following bony landmarks is described as a large, blunt, irregularly shaped process found on the lateral aspect of the proximal femur?

• A. Tubercle
• B. Tuberosity
• C. Condyle
• D. Trochanter

Correct answer: D

Rationale: The correct answer is D: Trochanter. The Greater Trochanter is located on the lateral aspect of the proximal femur and is a large, blunt, irregularly shaped bony process. It serves as an important attachment site for many muscles of the legs, providing leverage and movement. Choice A, Tubercle, is a small rounded projection, usually for the attachment of a ligament or tendon. Choice B, Tuberosity, is a large rounded projection, also typically for muscle attachment. Choice C, Condyle, refers to a rounded articular surface at the end of a bone, usually involved in joints.

3. The Rule of Nines is used to:

• A. determine the amount of the body surface that has been burned
• B. assess the level of oxygen saturation in a body that has been burned.
• C. determine the level of tissue damage that has occurred in a burn.
• D. None of the above.

Correct answer: A

Rationale: The Rule of Nines is used to assess the amount of body surface that has been burned. Most body areas are divided out based on 9%, with the exception of the genitalia, which is only 1%.

4. What does the term 'Afferent Nerve' mean?

• A. Carrying an impulse to the brain
• B. Carrying an impulse away from the brain
• C. Carrying impulses to the motor neurons of the appendicular muscles
• D. None of the above

Correct answer: A

Rationale: The correct answer is 'Carrying an impulse to the brain.' Afferent nerves are sensory nerves that carry signals from sensory receptors towards the central nervous system, including the brain. Choice B, 'Carrying an impulse away from the brain,' is incorrect as this describes efferent nerves which carry signals from the central nervous system to muscles and glands. Choice C, 'Carrying impulses to the motor neurons of the appendicular muscles,' is incorrect as it describes a different type of nerve function. Choice D, 'None of the above,' is incorrect as the correct definition of afferent nerve is indeed 'Carrying an impulse to the brain.'

5. Specific gravity in urinalysis:

• A. compares the concentration of urine to that of distilled water
• B. is useless when the patient is dehydrated
• C. can only be measured using a refractometer
• D. None of the above

Correct answer: A

Rationale: Specific gravity in urinalysis measures the concentration of solutes in urine compared to that of distilled water. This comparison helps in assessing the kidney's ability to concentrate urine properly. It is a valuable test even in dehydrated patients as it provides insights into renal function. Specific gravity can be measured using various methods, including a refractometer or reagent strips. Normal specific gravity readings of human urine typically range from 1.005 to 1.030. Choice A is correct as it accurately describes the purpose of specific gravity in urinalysis. Choices B and C are incorrect as specific gravity remains relevant in dehydrated patients and can be measured using different techniques, not solely a refractometer.

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