空军军医大学学报2026，Vol.47Issue(5)：625-630,6.DOI:10.13276/j.issn.2097-1656.2026.05.001
人工智能赋能高原低氧认知损伤研究:从机制解析到闭环神经调控
Artificial intelligence-empowered research on high-altitude hypoxic cognitive impairment:from mechanism elucidation to closed-loop neuromodulation—new breakthroughs in digital twin brain and brain-apparatus conversations
摘要
Abstract
Plateau regions bear significant economic value and profound strategic importance,serving as the key to national development.However,the unique hypoxic environment in these areas poses a serious challenge to cognitive health,severely affecting the quality of life of plateau populations.Therefore,research on the mechanism analysis of hypoxic cognitive impairment in plateau regions and related protective technologies has become an important scientific issue in the field of special environmental medicine.With the rapid development of artificial intelligence and the advent of the big data era,cutting-edge technologies such as digital twin brain and closed-loop neuromodulation provide new perspectives and entry points for the above research,not only helping to elucidate the injury mechanisms but also empowering cognitive health protection for plateau populations.A brief review is provided on the current research status of hypoxic cognitive impairment in plateau regions,and the potential application value of relevant cutting-edge technologies in this field is discussed,aiming to offer a reference for medical-engineering integration and multidisciplinary convergence in special environmental medicine.关键词
高原低氧/认知损伤/人工智能/数字孪生脑/脑器交互/闭环神经调控Key words
high-altitude hypoxia/cognitive impairment/artificial intelligence/digital twin brain/brain-apparatus conversations/closed-loop neuromodulation分类
医药卫生引用本文复制引用
郭思嘉,陈景元..人工智能赋能高原低氧认知损伤研究:从机制解析到闭环神经调控[J].空军军医大学学报,2026,47(5):625-630,6.基金项目
国家自然科学基金重点项目(82030055) （82030055）
