中国医学装备2025，Vol.22Issue(5)：105-109,5.DOI:10.3969/j.issn.1672-8270.2025.05.021
呼吸机智能通气模式临床验证标准研究
Research on clinical validation standard for intelligent ventilation mode of ventilator
摘要
Abstract
Objective:To explore clinical validation standard for intelligent ventilation mode of ventilator and promote ventilator's clinical application.Methods:By real-time quantification of physiological parameters related to patient's ventilation and oxygenation,the change of respiratory function was analyzed,and the settings of ventilator's parameters were adjusted synchronously by using feedback signals to realize personalized support of ventilation.Combining with artificial intelligence(AI)technique,the clinical validation standard for intelligent ventilation mode was investigated from three aspects:requirements of clinical application and function of intelligent ventilation mode of ventilator,validation for platform of simulation experiment,and early clinical evaluation and interventional trials.Results:The clinical validation standards for intelligent ventilation mode of ventilator should meet the requirements of clinical application and function,and should complete preclinical evaluation of intelligent ventilation mode of ventilator,and assess safety and usability of that by the platform of simulation trials,and should conduct early clinical evaluations and interventional clinical trials so as to further assess safety and effectiveness of that before it was used formally in clinical application.Conclusion:The clinical validation standard of intelligent ventilation mode of ventilator can form standard validation process for intelligent ventilation mode,and promote the construction of standard validation platform,and facilitate clinical application and iterative optimization of intelligent ventilation mode,and improve medical quality.关键词
智能通气模式/机械通气/人工智能(AI)/验证标准Key words
Intelligent ventilation mode/Mechanical ventilation/Artificial intelligence(AI)/Validation standard分类
医药卫生引用本文复制引用
王雯婷,王蒙,赵菲璠,沈宁..呼吸机智能通气模式临床验证标准研究[J].中国医学装备,2025,22(5):105-109,5.基金项目
国家重点研发计划(2021YFC0122405) National Key R&D Program of China(2021YFC0122405) （2021YFC0122405）
