A child has an avulsed (knocked-out) tooth. In which medium should the nurse instruct the parents to place the tooth for transport to the dentist?

The correct answer is choice C. Therapeutic management includes administration of gamma globulin and aspirin.

Choice A rationale:

The child's fever in Kawasaki disease is not usually responsive to antibiotics within 48 hours. Kawasaki disease is an inflammatory condition of blood vessels, and it doesn't typically respond to antibiotics. The fever associated with Kawasaki disease often persists even with appropriate treatment, and the management focuses on reducing inflammation and preventing complications.

Choice B rationale:

Aspirin is not contraindicated in Kawasaki disease. In fact, aspirin is a key component of the therapeutic management of Kawasaki disease. It is used to reduce inflammation and prevent the development of coronary artery aneurysms, a severe complication of the disease. However, the dosing of aspirin in Kawasaki disease is different from its use for pain relief, and it should be administered under medical supervision.

Choice C rationale:

Therapeutic management of Kawasaki disease does include administration of gamma globulin and aspirin. Gamma globulin is given to reduce the risk of coronary artery involvement and aneurysm formation. Aspirin, at a specific dose regimen, is used to decrease inflammation and platelet aggregation, thus preventing clot formation in the coronary arteries.

Choice D rationale:

The principal area of involvement in Kawasaki disease is not the joints. Kawasaki disease primarily affects the blood vessels, particularly the coronary arteries. The inflammation of these arteries can lead to the development of coronary artery aneurysms, which is a critical concern in Kawasaki disease. Joint involvement is not a prominent feature of this condition.

The correct answer is choice A, E.

Choice A rationale:

Using an air conditioner is an effective way to reduce exposure to pollens and dust. Air conditioners filter the air and help prevent outdoor allergens from entering the indoor environment. This choice is correct because it addresses one of the primary sources of exposure to allergens.

Choice B rationale:

Keeping humidity in the house above 60% is not a recommended approach. High humidity can promote the growth of mold and dust mites, which can exacerbate allergies. Maintaining humidity levels between 30-50% is generally recommended for reducing allergen exposure.

Choice C rationale:

Keeping pets outside might seem like a logical option to reduce allergen exposure; however, pet allergens can still be carried indoors on clothing and shoes. Moreover, if individuals are not allergic to pet dander, keeping the pets inside may not pose an issue.

Choice D rationale:

Replacing wall-to-wall carpeting with wood and tile floors is a good strategy for reducing allergen exposure. Carpets can trap dust, pollen, and other allergens, while hard surfaces are easier to clean and do not accumulate allergens as readily. This choice is correct because it addresses a common source of indoor allergens.

Choice E rationale:

Putting dust-proof covers on pillows and mattresses is another effective strategy for reducing allergen exposure. These covers create a barrier that prevents dust mites and their allergens from permeating the sleeping environment. This choice is correct because it directly addresses the issue of dust mite allergens.