Christoffersen S
Institute of Forensic Medicine, University of Southern Denmark, JB Winsløwsvej 17B, 5000 Odense C, Denmark.
Forensic Sci Int. 2015 May;250:27-32. doi: 10.1016/j.forsciint.2015.02.020. Epub 2015 Feb 28.
Microorganisms have always been one of the great challenges of humankind, being responsible for both high morbidity and mortality throughout history. In a forensic setting microbiological information will always be difficult to interpret due to lack of antemortem information and changes in flora postmortem. With this study we aim to review the use of microbiological procedures at our forensic institute. In a retrospective study including 42 autopsies performed at our Institute, where microbiological test had been applied, analyses were made with regard to: type of microbiological tests performed, microorganisms found, histological findings, antemortem information, C-reactive protein measurement and cause of death. Fiftyone different microorganisms were found distributed among 37 cases, bacteria being the most abundant. Nineteen of the cases were classified as having a microbiological related cause of death. C-reactive protein levels were raised in 14 cases of the 19 cases, histological findings either supported or were a decisive factor for the classification of microbiologically related cause of death in 14 cases. As a multitude of abundant microorganisms are able to cause infection under the right circumstances, all findings should be compared to anamnestic antemortem information, before conclusions are drawn. A definite list of true pathogens is nearly impossible to compile.
微生物一直是人类面临的重大挑战之一,在历史上造成了高发病率和高死亡率。在法医环境中,由于缺乏生前信息以及死后菌群的变化,微生物学信息总是难以解读。通过本研究,我们旨在回顾我们法医机构微生物学程序的使用情况。在一项回顾性研究中,纳入了在我们机构进行的42例尸检,这些尸检都应用了微生物学检测,分析内容包括:所进行的微生物学检测类型、发现的微生物、组织学结果、生前信息、C反应蛋白测量值以及死因。在37例病例中发现了51种不同的微生物,其中细菌最为常见。19例病例被归类为具有微生物相关死因。在这19例病例中,有14例C反应蛋白水平升高,组织学结果在14例病例中支持或成为微生物相关死因分类的决定性因素。由于众多丰富的微生物在合适的情况下都能够引起感染,在得出结论之前,所有结果都应与回忆起的生前信息进行比较。几乎不可能编制出一份确切的真正病原体清单。