When a nurse fails to check for drug-drug interactions before administering a medication, which of the Six Rights is being compromised?
Right route
Right time
Right dose
Right medication
The Correct Answer is D
A. Right route: The right route ensures the medication is given via the correct pathway, such as oral or intravenous. Drug-drug interactions are unrelated to the route of administration.
B. Right time: The right time focuses on administering medications at the appropriate intervals. Missing drug-drug interactions does not directly affect timing.
C. Right dose: The right dose ensures the correct amount is given. While interactions may influence effects, the dose itself may still be accurate; the issue is safety, not dosage measurement.
D. Right medication: Failing to check for drug-drug interactions compromises the right medication because it risks administering a drug that could cause harm when combined with another medication. Ensuring compatibility is part of verifying that the correct and safe medication is given.
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Related Questions
Correct Answer is C
Explanation
A. Cup, tablespoon, kilogram: Cups and tablespoons are household measurements, not standard metric units. Kilogram is a metric unit for mass, but the combination with non-metric units makes this option incorrect for base metric units used in clinical practice.
B. Ounce, teaspoon, pound: These are customary or imperial units, commonly used in the United States for cooking or informal measurements, and are not part of the metric system used in clinical practice.
C. Gram, liter, meter: Gram (mass), liter (volume), and meter (length) are the base units of the metric system and are standard in clinical practice. They provide consistent, precise measurements essential for medication dosing, fluid administration, and laboratory calculations.
D. Minim, dram, grain: These are apothecary units, an older system previously used in pharmacy, and are largely obsolete in modern clinical practice due to inconsistency and lack of standardization compared with the metric system.
Correct Answer is D
Explanation
A. Upper arm: The upper arm is an acceptable site for subcutaneous injections, but absorption is slower compared with the abdomen due to less vascularized subcutaneous tissue.
B. Thigh: The thigh is commonly used for subcutaneous injections, but absorption is slower than the abdomen. This site is often chosen for convenience rather than rapid onset.
C. Buttocks: The buttocks have thicker subcutaneous tissue and slower blood flow, resulting in slower absorption of insulin compared with other sites.
D. Abdomen: The abdomen provides the fastest absorption for subcutaneous insulin because it has rich vascularization and a consistent layer of subcutaneous fat, making it ideal for rapid onset of action.
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