Craig J A, Eves G B
Public Health Rep. 1987 Jan-Feb;102(1):86-90.
This proposal is aimed at reducing the risk of adverse drug interactions that may occur when over-the-counter (OTC) preparations are taken in conjunction with prescription drugs in an unsupervised regimen. Such polymedicating is practiced widely among the elderly. A pilot program would be implemented over 12 months at three drugstores of a major retail chain. A barcode-based computer system would be used to identify potential adverse drug interactions for elderly customers. All volunteers admitted to the study, controls and subjects, would agree to buy all their medications, prescriptions and OTC, at the participating pharmacies. In return, the volunteers would receive discounts of 25 percent on prescription and OTC drugs and 10 percent on vitamins. Study subjects (N = 375) would carry barcoded identification (BID) cards that would activate the computerized program to assess each purchase for compatibility with their other medications; controls (N = 375) would carry "dummy" BID cards that would prompt the computer to approve all drug purchases. A final comparison of the subjects with the controls, as well as with a sample of elderly residents selected randomly from the community, would determine whether such a computerized, commercially based drug use review system could reduce the potential for adverse interactions between OTC and prescription drugs among the elderly.
本提议旨在降低在无监督用药方案下非处方药(OTC)制剂与处方药联合使用时可能发生的药物不良相互作用风险。这种多药联用在老年人中广泛存在。将在一家大型零售连锁店的三家药店开展为期12个月的试点项目。将使用基于条形码的计算机系统识别老年顾客潜在的药物不良相互作用。所有参与研究的志愿者,包括对照组和受试组,都要同意在参与的药店购买所有药物,包括处方药和非处方药。作为回报,志愿者在购买处方药、非处方药时可享受七五折优惠,购买维生素可享受九折优惠。受试对象(N = 375)将携带条形码识别(BID)卡,该卡会启动计算机程序来评估每次购买的药物与他们其他药物的兼容性;对照组(N = 375)将携带“虚拟”BID卡,这会促使计算机批准所有药物购买。将受试对象与对照组以及从社区随机挑选的老年居民样本进行最终比较,以确定这种基于商业的计算机化药物使用审查系统是否能降低老年人中OTC药物与处方药之间潜在的不良相互作用。