法医学杂志2026，Vol.42Issue(3)：220-223,4.DOI:10.12116/j.issn.1004-5619.2026.260405
视觉诱发电位技术在法医临床鉴定领域的转化策略与路径
Strategies and Pathways for Transferring Visual Evoked Potential Technology into Forensic Clinical Identification
摘要
Abstract
Visual evoked potential(VEP)can objectively reflect the conductive function of the visual pathway,so it is considered as one of the core technologies for objective evaluation of visual function impairment in forensic clinical identification.However,when such visual electrophysiological devices are transferred from clinical medical scenarios to forensic identification scenarios,they still face com-mon issues such as malingering and exaggeration of visual function impairment.This paper systemati-cally reviews the current application status and translational needs of visual electrophysiological devices in forensic clinical practice and presents the development of a virtual reality-pattern visual evoked po-tential(VR-PVEP)instrument.By integrating virtual reality technology with VEP technology and adopting a binocular simultaneous but asynchronous stimulation mode,the device can identify and pre-vent visual malingering interference.This article further describes the pathway of technical innovation based on practical requirements in forensic clinical identification.It is proposed that problem-oriented approach,collaborative innovation and standard formulation are the keys to promoting the successful transfer of visual electrophysiological devices,such as VEP systems,from"clinical diagnosis and treat-ment"to"forensic identification"scenarios,thereby providing more scientific and reliable technical sup-port for forensic clinical visual function impairment identification.关键词
法医临床学/科技成果转化/电生理技术/虚拟现实/视觉诱发电位/司法鉴定装备Key words
forensic clinical medicine/technology transfer/electrophysiological techniques/virtual rea-lity/visual evoked potential/forensic identification equipment分类
医药卫生引用本文复制引用
陈捷敏..视觉诱发电位技术在法医临床鉴定领域的转化策略与路径[J].法医学杂志,2026,42(3):220-223,4.基金项目
司法鉴定科学研究院公益项目资助项目(GY2026G-3) （GY2026G-3）
上海市法医学重点实验室资助项目(21DZ2270800) （21DZ2270800）
