抗菌管理
医学
重症监护医学
心理干预
药方
管理(神学)
诊断试验
考试(生物学)
抗生素管理
梅德林
抗生素耐药性
抗生素
急诊医学
护理部
微生物学
生物
古生物学
政治
政治学
法学
作者
Patricia Muñóz,Antonio Vena,Almudena Burillo,Emilio Bouza
标识
DOI:10.1097/mcc.0000000000001314
摘要
Purpose of review To highlight the unintended consequences of microbiological test results in driving inappropriate antimicrobial prescriptions, and to evaluate strategies – particularly from the perspective of diagnostic stewardship – that may mitigate this issue. Recent findings Despite the critical role of microbiological data in guiding appropriate antimicrobial therapy, several studies have demonstrated that misinterpretation of such results frequently leads to unnecessary treatments. Common pitfalls include overinterpretation of positive cultures from poorly collected or clinically unwarranted samples, misclassification of colonization vs. infection, and excessive reliance on test results in the absence of supporting clinical evidence. Emerging diagnostic stewardship interventions – ranging from restricting sample processing and modifying test reporting to implementing decision support tools – have shown promising outcomes in reducing overtreatment without compromising patient safety. Specific examples include urine and wound cultures, respiratory specimens, and the diagnosis of Clostridioides difficile infection. Furthermore, educational and system-level strategies such as the BLADDER score or selective result reporting can improve decision-making at various stages of the diagnostic process. Summary Microbiology laboratories play a pivotal role in antimicrobial stewardship and must actively support clinicians in avoiding diagnostic and therapeutic errors. While evidence supports multiple approaches to mitigate inappropriate prescriptions driven by microbiology results, their successful implementation requires interdisciplinary collaboration, tailored interventions, and ongoing evaluation of clinical impact. Diagnostic stewardship, when aligned with clinician education and robust reporting practices, is a crucial component in enhancing the accuracy of infection diagnosis and reducing antimicrobial overuse.
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