Nursing Elites

1. Which of the following patients is at greatest risk for developing pressure ulcers?

• A. An alert chronic arthritic patient treated with steroids and aspirin
• B. An 88-year-old incontinent patient with gastric cancer who is confined to bed at home
• C. An apathetic 63-year-old COPD patient receiving nasal oxygen via cannula
• D. A confused 78-year-old patient with congestive heart failure (CHF) who requires assistance to get out of bed

Correct answer: B

Rationale: The correct answer is B. An elderly patient who is incontinent, bedridden, and suffering from a serious illness like gastric cancer is at the highest risk for developing pressure ulcers. Being bedridden and incontinent increases the pressure on certain areas of the body, leading to tissue damage and the development of pressure ulcers. Additionally, the patient's age and underlying health condition further contribute to their risk. It is crucial to identify and address such risk factors promptly to prevent the occurrence of pressure ulcers in vulnerable patients.

2. A healthcare professional is assessing a client who has a pulmonary embolism. Which of the following information should the healthcare professional not expect to find?

• A. Bradypnea
• B. Pleural friction rub
• C. Petechiae
• D. Tachycardia

Correct answer: A

Rationale: In a client with a pulmonary embolism, bradypnea, which is abnormally slow breathing, is not an expected finding. Pulmonary embolism typically presents with tachypnea (rapid breathing) due to the body's compensatory mechanism to increase oxygen levels. Pleural friction rub, petechiae, and tachycardia are commonly associated with a pulmonary embolism due to the impaired oxygenation and increased workload on the heart. Therefore, the healthcare professional should not expect to find bradypnea during the assessment of a client with a pulmonary embolism.

3. A client with COPD expresses concerns about leaving the house due to continuous oxygen use. What is an appropriate response by the nurse?

• A. There are portable oxygen delivery systems that you can take with you.
• B. When you go out, you can remove the oxygen and then reapply it when you get home.
• C. You probably will not be able to go out as much as you used to.
• D. Home health services will come to see you so you will not need to get out.

Correct answer: A

Rationale: For a client with COPD concerned about leaving the house while on continuous oxygen, the nurse should provide reassurance by mentioning the availability of portable oxygen delivery systems. These systems allow the client to maintain their oxygen therapy while being mobile, enabling them to go out and engage in activities outside the home. This response promotes independence and quality of life for the client, addressing their immediate concerns and offering a practical solution to their perceived limitation.

4. Which of the following patients is at greater risk for contracting an infection?

• A. A patient with leukopenia
• B. A patient receiving broad-spectrum antibiotics
• C. A postoperative patient who has undergone orthopedic surgery
• D. A newly diagnosed diabetic patient

Correct answer: A

Rationale: Leukopenia, characterized by low white blood cell count, significantly reduces the body's ability to fight infections. Patients with leukopenia are at a higher risk of contracting infections due to compromised immune defenses.

5. A healthcare professional is assessing a client who has experienced a left-hemispheric stroke. Which of the following is an expected finding?

• A. Impulse control difficulty
• B. Poor judgement
• C. Inability to recognize familiar objects
• D. Loss of depth perception

Correct answer: C

Rationale: Patients who have experienced a left-hemispheric stroke may exhibit symptoms of agnosia, which is the inability to recognize familiar objects or people. This occurs due to damage to the right hemisphere of the brain, which is responsible for visual and spatial perception. Impulse control difficulty, poor judgment, and loss of depth perception are not typically associated with left-hemispheric strokes.

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