SUN Wenjuan, ZOU Yuzhen, ZHANG Fan, ZHANG Lu, ZHAO Lin, BAI Chunmei, ZHANG Feng, XU Yan, MAO Feng, LI Jing, GU Yu, FAN Xinrong, WANG Mengzhao, ZHOU Daobin, ZHANG Zhanjie, ZHAO Bin, DU Xiaoli, ZHANG Bo, SUN Xueqin, LONG Xiao, CHANG Qing, HU Bingshui, PAN Hui, WU Wenming. Design and Analysis of the Operation Effect of the Safety Management System for Antitumor Drugs[J]. Medical Journal of Peking Union Medical College Hospital, 2022, 13(3): 461-467. DOI: 10.12290/xhyxzz.2021-0704
Citation: SUN Wenjuan, ZOU Yuzhen, ZHANG Fan, ZHANG Lu, ZHAO Lin, BAI Chunmei, ZHANG Feng, XU Yan, MAO Feng, LI Jing, GU Yu, FAN Xinrong, WANG Mengzhao, ZHOU Daobin, ZHANG Zhanjie, ZHAO Bin, DU Xiaoli, ZHANG Bo, SUN Xueqin, LONG Xiao, CHANG Qing, HU Bingshui, PAN Hui, WU Wenming. Design and Analysis of the Operation Effect of the Safety Management System for Antitumor Drugs[J]. Medical Journal of Peking Union Medical College Hospital, 2022, 13(3): 461-467. DOI: 10.12290/xhyxzz.2021-0704

Design and Analysis of the Operation Effect of the Safety Management System for Antitumor Drugs

  •   Objective  To design a safety management system for antitumor drugs, which can intercept or warn the overdose of medical orders from the prescription source, and ensure the safety of clinical application of antitumor drugs.
      Methods  The threshold of interception and warning strategy of 88 kinds of antitumor drugs were developed, and the safety management system of antitumor drugs was established to intercept or warn the overdose orders. The interception and warning data from January 2021 to June 2021 in the safety management system of antitumor drugs were extracted and analyzed.
      Results  A total of 665 medical orders were intercepted or warned by the safety management system of antitumor drugs, and the majority of the intercepted or warned drugs were oral tablets(74.29%). The intercepted orders were 642 (96.54%), and the warned orders were 23(3.46%). Among the intercepted medical orders, frequency error (64.22%) has the highest proportion, followed by route error (11.73%) and dose error (9.92%). A total of 564 medical orders were intercepted, involving 28 kinds of antitumor drugs. Methotrexate tablets ranked first in overdose quantity, with an average of seven times. Pemetrexed ranked first in overdose multiples, with an average overdose of 1000 times. 78 medical orders were intercepted for over pathway, involving 5 kinds of antitumor drugs.
      Conclusion  The safety management system of antitumor drugs can eliminate the error of overdose in prescription and guarantee the safety of antitumor drugs.
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