Abstract

BackgroundThe aims of this study were to evaluate the current awareness of and implementation by pharmacists in Japan of adjustment of drug dosage according to renal function (ADDR) in patients with chronic kidney disease (CKD) and to clarify the factors influencing implementation of ADDR by community pharmacists.MethodsWe conducted a web-based questionnaire of Japanese community and hospital pharmacists. Responders were compared by characteristics, rate of implementation of ADDR, experience with adverse drug events, pharmacist awareness of implementation of ADDR, and obstacles to ADDR implementation experienced by pharmacists. Additionally, the factors influencing the implementation of ADDR by community pharmacists were investigated by logistic regression analysis.ResultsFewer community pharmacists had implemented ADDR than hospital pharmacists. The community pharmacists had less experience with adverse drug events caused by an inappropriate dosage than the hospital pharmacists, while the hospital pharmacists had encountered more severe adverse drug events than the community pharmacists. The community pharmacists had less awareness of ADDR implementation, and believed that problems in implementing ADDR were caused by a lack of information on the renal function of patients. In the logistic regression analysis, the factors influencing implementation of ADDR were “Routinely receiving prescriptions from nephrologists”, “Experience with adverse drug events caused by inappropriate dosage for CKD patients”, and “Awareness of the need for pharmacists to check the dosage of renally excreted drugs”; they did not include “Lack of information on patient renal function”.ConclusionsThis study indicates that fewer Japanese community pharmacists than hospital pharmacists implement ADDR and that implementation of ADDR by community pharmacists is hindered by their limited awareness of the importance of patient renal function. We advocate that many countermeasures be introduced to prevent CKD patients from experiencing adverse drug events caused by inappropriate dosage. Such countermeasures would include a training program to educate pharmacists about the impact of impaired renal function on dosage of drugs that are excreted by the kidneys.Electronic supplementary materialThe online version of this article (doi:10.1186/s12913-014-0615-0) contains supplementary material, which is available to authorized users.

Highlights

  • The aims of this study were to evaluate the current awareness of and implementation by pharmacists in Japan of adjustment of drug dosage according to renal function (ADDR) in patients with chronic kidney disease (CKD) and to clarify the factors influencing implementation of ADDR by community pharmacists

  • Experience with adverse drug events caused by inappropriate dosage for CKD patients We investigated the pharmacists’ experience with adverse drug events caused by an inappropriate dosage for CKD patients

  • Factors influencing implementation of ADDR for CKD patients by community pharmacists The final model of the logistic regression identified that the factors influencing implementation of ADDR by community pharmacists were “Routinely receiving prescriptions from nephrologists” (OR: 3.12, CI: 1.16–8.44), “Experience with adverse drug events caused by inappropriate dosage for CKD patients” (OR: 3.92, CI: 1.00–15.3), and “Awareness of need for pharmacists to check dosage of renally excreted drugs” (OR: 4.29, CI: 2.45–7.49) (Table 5)

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Summary

Introduction

The aims of this study were to evaluate the current awareness of and implementation by pharmacists in Japan of adjustment of drug dosage according to renal function (ADDR) in patients with chronic kidney disease (CKD) and to clarify the factors influencing implementation of ADDR by community pharmacists. The optimal dosages of renally excreted drugs are strongly affected by renal impairment. Dosages that do not take renal function into account are a major cause of increases in drug blood concentrations that lead to adverse drug events [3,4]. Dosage adjustment based on renal function contributes to a reduction in the incidence of adverse drug events in older patients and others with renal impairment [5,6,7]

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