Nursing Elites

1. Anemia of chronic inflammation is generally classified as:

• A. Hypochromic and microcytic.
• B. Hypochromic and macrocytic.
• C. Normochromic and microcytic.
• D. Normochromic and normocytic.

Correct answer: D

Rationale: Anemia of chronic inflammation is typically characterized by normochromic (normal hemoglobin content) and normocytic (normal cell size) red blood cells. Choice A, hypochromic and microcytic, is incorrect because hypochromic refers to reduced hemoglobin content and microcytic refers to smaller than normal red blood cells, which are not typically seen in anemia of chronic inflammation. Choice B, hypochromic and macrocytic, is also incorrect as macrocytic refers to larger than normal red blood cells. Choice C, normochromic and microcytic, is incorrect because microcytic red blood cells are smaller than normal. Therefore, the correct classification for anemia of chronic inflammation is normochromic and normocytic.

2. An influenza outbreak has spread through a long-term care residence, affecting many of the residents with severe malaise, fever, and nausea and vomiting. In an effort to curb the outbreak, the nurse has liaised with a physician to see if residents may be candidates for treatment with what drug?

• A. Saquinavir mesylate
• B. Oseltamivir phosphate
• C. Lamivudine
• D. Ribavirin

Correct answer: B

Rationale: The correct answer is B: Oseltamivir phosphate. Oseltamivir is an antiviral medication used to treat influenza infections. It works by inhibiting the neuraminidase enzyme of the influenza virus, reducing the spread of the virus in the body. Saquinavir mesylate (choice A) is used in the treatment of HIV, not influenza. Lamivudine (choice C) is also an antiviral medication primarily used in the treatment of HIV and hepatitis B, not influenza. Ribavirin (choice D) is used to treat certain viral infections like hepatitis C, respiratory syncytial virus (RSV), and some viral hemorrhagic fevers, but it is not a first-line treatment for influenza.

3. When does pain in the lower extremities due to peripheral artery disease usually worsen?

• A. with rest because blood flow decreases.
• B. with elevation of the extremity because blood is diverted away.
• C. when the leg is in a dependent position because blood pools.
• D. when the leg is touched or massaged because cytokines are released.

Correct answer: B

Rationale: Pain in the lower extremities due to peripheral artery disease usually worsens with elevation of the extremity because blood is diverted away from the affected area, leading to decreased perfusion and exacerbation of symptoms. Choices A, C, and D are incorrect because resting, dependent position, and touch/massage do not typically worsen the pain associated with peripheral artery disease.

4. After studying about fungi, which information indicates a correct understanding of fungi? Fungi causing deep or systemic infections:

• A. Are easily treated with penicillin
• B. Are extremely rare
• C. Never occur with other infections
• D. Are commonly opportunistic

Correct answer: D

Rationale: The correct answer is D: 'Are commonly opportunistic.' Fungi causing deep or systemic infections are commonly opportunistic, particularly in individuals with compromised immune systems. Choice A is incorrect because fungi infections are not easily treated with penicillin. Choice B is incorrect as deep or systemic fungal infections are not extremely rare. Choice C is incorrect as fungal infections can co-occur with other infections.

5. A secondary immune response differs from the primary immune response in that:

• A. It is more rapid than the primary response and results in higher antibody levels
• B. It is slower than the primary response and doesn't change the antibody levels
• C. It occurs at the same time as the primary response but results in a decrease in antibodies
• D. It only occurs in hyperallergic reactions and results in a decrease in antibodies

Correct answer: A

Rationale: The correct answer is A. A secondary immune response is characterized by being more rapid than the primary response and results in higher antibody levels. This is because memory B cells are already present and can quickly differentiate into plasma cells upon re-exposure to the antigen. Choice B is incorrect because a secondary immune response is faster, not slower, than the primary response, and it does lead to higher antibody levels. Choice C is incorrect because a secondary response does not result in a decrease in antibodies; instead, it leads to an increase. Choice D is incorrect because a secondary immune response is not limited to hyperallergic reactions, and it results in an increase, not a decrease, in antibodies.

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