The nurse is caring for a client who experienced a severe headache. When the prescribed dose of analgesics did not cause relief, the client took double the dosage 1 hour later. The nurse should assess the client for what adverse effect?
An allergic reaction
Anaphylactic reaction
Poisoning
Sedative effects
The Correct Answer is C
A. An allergic reaction is a possible response to medication, but it is not directly related to doubling the dosage.
B. Anaphylactic reaction is a severe and rapid allergic response; while possible, it is not the most likely consequence of an overdose in this context.
C. Poisoning is a likely concern when a client takes double the prescribed dosage of analgesics, especially if the medication has a narrow therapeutic index or is known to cause toxicity at high doses.
D. Sedative effects could occur depending on the analgesic used, but poisoning is a more pressing concern following an overdose.
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Correct Answer is A
Explanation
A. Take the drug on an empty stomach is correct because tetracycline should be taken without food for optimal absorption, ideally 1 hour before or 2 hours after meals.
B. Take the drug along with a meal is incorrect as it can reduce the absorption of tetracycline.
C. Take the drug along with milk or fruit juice is incorrect because calcium and magnesium can bind to tetracycline, decreasing its effectiveness.
D. Take the drug immediately after meals is also incorrect as food can hinder absorption, making this timing ineffective for treatment.
Correct Answer is B
Explanation
A. A drug that binds tightly to protein is typically released slowly, not quickly, as it remains bound in circulation.
B. Tight binding to proteins usually results in a prolonged duration of action since the drug is released gradually into the bloodstream, leading to sustained therapeutic effects.
C. Drugs that bind tightly to protein are generally not excreted quickly; they remain in circulation longer due to the binding.
D. While toxicity can occur with any drug, tight protein binding does not inherently lead to toxicity; it primarily affects the pharmacokinetics of the drug.