在实施数字抗微生物药物管理工具后,对印度尼西亚两家医院的监测类和可获得类抗生素的确定日剂量进行了调查

Ronald Irwanto Natadidjaja , Aziza Ariyani , Hadianti Adlani , Raymond Adianto , Iin Indah Pertiwi , Grace Nerry Legoh , Alvin Lekonardo Rantung , Hadi Sumarsono
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引用次数: 0

摘要

2023年,世界卫生组织(世卫组织)开始瞄准抗生素处方趋势的转变,从观察到获取类别。预期目标是将60%的抗生素处方纳入可及性类别。方法本研究是一项初步研究,本研究组设计了抗菌药物管理数字模型,该模型称为e-RASPRO。这是在未来医院更广泛使用e-RASPRO工具之前对其实施情况的初步审查。在印度尼西亚的两家医院,分别在使用抗生素3个月和9个月时,对抗生素确定每日剂量/ 100病人日(DDD)的使用情况进行了调查。第一医院是初级医院,第二医院是转诊医院。回顾性检索两家医院住院病房的资料。结果1院实施e-RASPRO前后3个月预防性抗生素头孢唑林的DDD增加了167.18%。在医院2,由于医院采用手动RASPRO概念,头孢唑林一直在使用,因此无法描述。1医院实施e-RASPRO工具后9个月内Watch类抗生素DDD下降49.01%。同时,在第二医院实施e-RASPRO 3个月后,Watch类抗生素仍增加20.18%;头孢菌素类和糖肽类抗生素的DDD分别下降了7.63%和49.30%。与此同时,作为一种节约使用抗生素和抗生素处方转向访问类别,我们发现减少DDD的访问类抗生素在医院1 3.64%,增加医院2 8.14% ConclusionThe调查可能表明有储蓄的尝试在抗生素的使用以及早期改变DDD抗生素从手表类别访问类别后e-RASPRO工具的实现在两个医院。使用数字设备的时间仍可能影响结果;然而,这项调查肯定没有说明使用e-RASPRO工具和抗生素DDD之间存在很强的因果关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A survey on define daily dose of watch- and access-category antibiotics in two Indonesian hospitals following the implementation of digital antimicrobial stewardship tool

Background

In 2023, the World Health Organization (WHO) began targeting a shift in antibiotic prescribing trends from Watch to Access category. The expected target is including 60% of antibiotic prescribing in the Access category.

Method

This survey was a preliminary study, in which our study group designed a digital model of antimicrobial stewardship and the model was known as e-RASPRO. It was an initial review on the implementation of e-RASPRO tool prior to its wider use in future hospitals. The survey on the use of antibiotic Define Daily Dose / 100 patient days (DDD) was carried out in two hospitals in Indonesia at 3 months and 9 months of use, respectively. Hospital 1 as a primary hospital, Hospital 2 as a referral hospital. Data was retrieved retrospectively at the inpatient wards of both hospitals.

Result

Three months before and after the implementation of e-RASPRO in Hospital 1, we found an increase in DDD of prophylactic antibiotic Cefazolin by 167.18 %. In hospital 2, it could not be described because Cefazolin had been used since the hospital applied the manual RASPRO concept. DDD of Watch category antibiotics within 9 months following the implementation of e-RASPRO tool in hospital 1 showed a decrease of 49.01 %. Meanwhile, the implementation of e-RASPRO for 3 months in Hospital 2 still showed an increase in Watch category antibiotics by 20.18 %; however, there was a decrease in DDD of Cephalosporin and Glycopeptide antibiotics by 7.63 % and 49.30 %, respectively. In the meantime, as a way of saving antibiotic use and shifting antibiotic prescribing to the Access category, we found a decrease in DDD of Access category antibiotics in Hospital 1 by 3.64 % and an increase in Hospital 2 by 8.14 %

Conclusion

The survey may indicate that there are savings attempts in antibiotic use as well as an early change in DDD antibiotics from the Watch category to the Access category following the implementation of e-RASPRO tool in both hospitals. The time period of using the digital devices may still affect the results; however, this survey certainly has not illustrated a strong cause-and-effect correlation between the use of e-RASPRO tool and antibiotic DDD.
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