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首页> 外文期刊>British Journal of Pharmaceutical Research >Use of Mobile Phones for Monitoring Adverse Drug Reaction in Pharmacy and Drug Stores in Ishaka, Uganda - a Pilot Assessment of Willingness to Report
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Use of Mobile Phones for Monitoring Adverse Drug Reaction in Pharmacy and Drug Stores in Ishaka, Uganda - a Pilot Assessment of Willingness to Report

机译:使用移动电话监测乌干达伊沙卡药房和药店的药物不良反应-自愿报告的初步评估

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Aim: We investigated reporting of Adverse Drug Reaction (ADR) following use of drugs purchased from open system pharmacy (OSP) and drug stores, and the effectiveness of mobile phones for reporting drug reactions and detection of drug interactions. Study Design: The study was descriptive and inceptional. Place and Duration of Study: Selected Pharmacies and drug stores in Ishaka Municipality, Bushenyi, Uganda, between January and April 2012. Methodology: A total of 190 participants purchasing prescription and non prescription drugs in the drug outlets were enrolled and drug purchases documented. Structured interviews were used to assess any existing system of ADR tracking. Possible interactions were assessed using electronic checkers software on drug combinations prescribed or purchased. Mobile phone calls were used to monitor the reporting potential, use of medication and events or reactions following drug use for ADRs. Results: No formalized pre-study system was found for tracking ADR in the OSP and drug stores studied. Participants purchased 420 different medications with 55.8% without prescription. Antibiotics, analgesics and antimalarials ranked most purchased medications. All participants carried at least a functional mobile phone and demonstrated interest to report ADRs. Mean Effective Mobile Phone Contact Ratio (MEMPCR) for ADR monitoring was 0.91+0.2 and follow-up was 96% (n=183) and 89.5% on days 0 and 4 respectively. Interactions predicted were in 24.8% (31). Significant reporting of at least one of 404 reactions occurred within 72hr compared to 96-120hr (P=0.003). Two participants had reaction leading to discontinued use of Cotrimoxazole. Conclusion: Use of mobile phones and drug interaction checker software may avail early detection of ADR and reporting. Facilitated toll free- call service may be an effective means of extending the scope of ADR tracking in addition to Yellow Card scheme, and augment involvement of pharmacists and consumers in safe use of drugs.
机译:目的:我们调查了使用从开放式系统药房(OSP)和药品商店购买的药品后发生的药品不良反应(ADR)的报告,以及使用手机报告药物反应和检测药物相互作用的有效性。研究设计:研究是描述性的和初始的。研究的地点和时间:2012年1月至2012年4月间在乌干达布什肯尼州伊沙卡市的部分药房和药店。方法:共有190名参与者在药房购买处方药和非处方药,并记录了购药记录。使用结构化访谈来评估任何现有的ADR跟踪系统。使用电子检查软件对处方药或购买的药物组合进行可能的相互作用评估。使用移动电话来监视潜在的报告,用药情况以及吸毒后ADR发生的事件或反应。结果:在OSP和所研究的药店中,没有正式的预研究系统可以追踪ADR。参与者购买了420种不同药物,而没有处方的占55.8%。抗生素,止痛药和抗疟疾药物是购买最多的药物。所有参与者至少携带了一部功能正常的手机,并表现出对举报ADR的兴趣。用于监测ADR的平均有效手机接触率(MEMPCR)为0.91 + 0.2,在第0天和第4天的随访率分别为96%(n = 183)和89.5%。预计的互动比例为24.8%(31)。与96-120小时相比,在72小时内发生了至少404个反应之一的显着报道(P = 0.003)。两名参与者的反应导致停止使用复方新诺明。结论:使用手机和药物相互作用检查器软件可以早期发现ADR和报告。便利的免费电话服务可能是扩展除黄卡计划之外的ADR跟踪范围的有效手段,并增加药剂师和消费者对安全使用药物的参与度。

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