The nurse is taking care of a patient diagnosed with Methicillin-Resistant Staphylococcus Aureus (MRSA). The nurse knows that this disease is difficult to treat and has a high mortality rate. Which medication would the nurse expect to be ordered to treat this infection?

A. A 49-year-old who works in food services: While individuals working in food services may be at risk of exposure to influenza, they are not in the highest priority group. Age and underlying health conditions are typically prioritized over occupational risk factors.

B. An 88-year-old who lives in an apartment for senior citizens: Older adults, especially those living in congregate settings like senior citizen apartments, are at higher risk of complications from influenza. Therefore, the 88-year-old should have the highest priority to receive the vaccine.

C. A 26-year-old with three young children: While having young children may increase the risk of exposure to influenza, younger adults without underlying health conditions are generally at lower risk of severe complications compared to older adults.

D. A 15-year-old who plays ice hockey: While participation in activities like ice hockey may increase the risk of exposure to respiratory infections, age and health status are more significant factors in determining priority for influenza vaccination.

A. Antibiotic dosages below the minimum concentration are prescribed: This statement is inaccurate. MRSA infections typically require higher than normal doses of antibiotics due to their resistance. Prescribing below the minimum concentration would likely be ineffective.
B. Broad-spectrum antibiotics are used whenever possible: While broad-spectrum antibiotics may cover a wide range of bacteria, they are not always the best choice for treating MRSA.
Targeted antibiotics effective against MRSA are preferred to minimize the risk of further antibiotic resistance.
C. Antibiotics are prescribed only when a viral infection is present: MRSA is a bacterial infection, not viral. Antibiotics are indicated for bacterial infections like MRSA but not for viral infections.
D. Infections become resistant to high doses of antibiotics: This statement is accurate. MRSA is resistant to many common antibiotics, and overuse or inappropriate use of antibiotics can contribute to the development of antibiotic-resistant strains. High doses of antibiotics may not be effective against MRSA, as the bacteria have developed mechanisms to resist their action.