Antipsychotics are a category of psychotropic medications that often require long-term or even lifelong administration, and they are also routinely screened in forensic examinations. Clinically, the use of antipsychotics can usually cause observed signs, such as QT interval prolongation, supraventricular tachycardia and conduction block. A relatively high proportion of deaths among individuals taking these medications present as negative autopsies, making cause of death determination in cases involving antipsychotics particularly unique and challenging. At present, due to the lack of effective detection indicators and standardized forensic protocols for such negative autopsy cases, forensic scientists often can only provide exclusionary or presumptive cause of death determinations. This situation frequently calls into question the scientific rigor and professional credibility of forensic opinions. To address this issue, this consensus integrates opinions from domestic forensic and related field experts, summarizes the latest evidence from forensic toxicology and molecular identification relevant to such difficult cases, and provides recommendations for case investigation, sampling and laboratory testing of such cases. It aims to offer scientific evidence for cause of death determination in antipsychotics-related deaths with negative autopsy findings, to better integrate evidence from forensic pathology, forensic toxicology, and forensic genetics, and to serve as a reference for conducting related forensic identifications.
抗精神病药是一类需要长期甚至终身服用的精神类药物,也是司法鉴定中需要常规筛查的一类药(毒)物。使用抗精神病药后临床上常检见QT间期延长、室上性心动过速、传导阻滞等体征,服用者死后阴性解剖比例较高,因此涉及抗精神病药的死因鉴定具有特殊性和挑战性。目前,由于缺乏针对这类阴性解剖案件的有效检测指标及法医学鉴定规范,法医学工作者在处理这类案件时,往往仅作出排除性或推测性死因诊断,导致司法鉴定意见的科学性和专业性容易遭到质疑。针对这一问题,本共识综合国内法医学及相关行业专家意见,归纳了此类疑难案件在法医毒物学及分子鉴识层面的最新证据,提出了在案情调查、检材提取及实验室检验(测)中的操作建议,旨在为抗精神病药相关阴性解剖的死因鉴定提供科学证据,更好地将法医病理学、法医毒物学和法医遗传学证据结合起来,为相关鉴定工作的开展提供参考。.
Keywords: antipsychotics; cause of death determination; expert consensus; forensic pathology; forensic toxicology; molecular identification.