A 9-year-old client presents to the emergency department after a bee sting and experiencing bouts of nausea and vomiting. The nurse notes the client's blood pressure is 68/40 mm Hg, pulse is 148 beats/minute. 02 saturation is 86%, and the child is dyspneic. Which action is the nurse's priority?
Administer benadryl.
Apply ice to the site.
Give epinephrine.
Determine if the sting is in situ
The Correct Answer is C
A. Administering Benadryl may help with allergic reactions but is not the immediate priority when the patient is showing signs of severe hypotension and respiratory distress.
B. Applying ice to the site may help with local swelling but does not address the systemic reaction the child is experiencing.
C. Giving epinephrine is the priority action as it counteracts the anaphylactic reaction, improves blood pressure, and alleviates respiratory distress.
D. Determining if the sting is in situ is less critical than addressing the child's life-threatening symptoms.
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Related Questions
Correct Answer is C
Explanation
A. Soccer is a contact sport with a high risk of injury, which is not suitable for a child with hemophilia.
B. Gymnastics can also pose risks of falls and injuries that are not advisable for children with bleeding disorders.
C. Swimming is generally considered safe for children with hemophilia as it is a non-contact activity and does not involve high risk of injury.
D. Football is a contact sport and carries a high risk of trauma, making it unsafe for children with hemophilia.
Correct Answer is ["8"]
Explanation
To calculate the dosage of diphenhydramine (Benadryl) for the child, we first determine the total milligrams needed per dose by multiplying the child's weight in kilograms by the prescribed milligrams per kilogram. The child weighs 20 kg, so the calculation is 20 kg * 5 mg/kg, which equals 100 mg per dose. The medication is supplied at a concentration of 12.5 mg per 5 ml. To find out how many milliliters are needed to provide 100 mg, we set up a proportion: 12.5 mg/5 ml = 100 mg/x ml. Solving for x gives us x = (100 mg * 5 ml) / 12.5 mg, which equals 40 ml. Therefore, the nurse will administer 40 milliliters of the medication for one dose.
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