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When requested to plan the response to the potential use of smallpox as a biological weapon, what should the emergency department (ED) nurse manager expect to obtain?

A.

Whole blood

B.

Antibiotics

C.

Atropine

D.

Vaccine

Answer and Explanation

The Correct Answer is D

A. Whole blood is not specifically indicated in response to smallpox exposure.
B. Antibiotics may be used for certain biological agents but are not effective against viruses like smallpox.
C. Atropine is used for treating certain types of poisoning and nerve agent exposures, not for smallpox.
D. Vaccine is crucial in response to smallpox as it can prevent infection if administered shortly after exposure or at the onset of symptoms.
 


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Related Questions

Correct Answer is {"A":{"answers":"A"},"B":{"answers":"B"},"C":{"answers":"A"},"D":{"answers":"C"},"E":{"answers":"B"}}

Explanation

  1. This prescription helps maintain oral hygiene and comfort, which is important during chemotherapy to prevent and manage mucositis.
  2. Routine daily temperature checks may not be necessary unless there are specific concerns about infection or fever.
  3. Placing the client in a private room can reduce the risk of infection, which is crucial due to the client's immunocompromised state from chemotherapy.
  4. Unless there is a specific medical indication (e.g., urinary retention), inserting an indwelling urinary catheter increases the risk of infection, which should be minimized in an immunocompromised client.
  5. Droplet precautions are typically used for respiratory infections transmitted by large droplets. Lung cancer itself does not typically require droplet precautions unless there is an active respiratory infection.

Correct Answer is ["200"]

Explanation

To calculate the infusion rate in mL/hr for administering ceftriaxone 1 g via intermittent IV bolus over 30 minutes, you would use the formula: (Total Volume in mL / Time in hours) = Rate in mL/hr. In this case, the total volume of the solution is 100 mL, and the time frame is 0.5 hours (since 30 minutes is half an hour). Therefore, the calculation would be 100 mL / 0.5 hours = 200 mL/hr.

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