PDF(Pubmed)
Abstract：
UNASSIGNED: This paper summarizes the research progress into stimulation methods used in rehabilitation equipment for pediatric cerebral palsy (CP) for the past 20 years from 2003 to 2023. We also provide ideas for innovative research and development of artificial intelligence-based rehabilitation equipment.
UNASSIGNED: Through a certain search strategy, Keywords are searched in the China National Knowledge Network Database (CNKI), the Wanfang Database knowledge service platform, the Chongqing VIP information service, PubMed, Web of Science, Cochrane, ScienceDirect, Medline, Embase, and IEEE database. A total of 3,049 relevant articles were retrieved, and 49 articles were included that mentioned research and development of rehabilitation equipment. We excluded articles that were not specific to children with CP, were duplicated or irrelevant literature, were missing data, the full article was not available, the article did not describe the method of stimulation used with the rehabilitation equipment on children with CP, were not Chinese and English, and were the types of reviews and commentaries.
UNASSIGNED: Physical stimulation is the main stimulation method of rehabilitation equipment for children with CP. Force stimulation is the main mode of physical stimulation, and there are 17 articles that have verified the clinical efficacy of force stimulation-based equipment.
UNASSIGNED: Research on the stimulation mode of pediatric cerebral palsy rehabilitation equipment is likely to focus on simulating the force of the Chinese medicine called \"tuina manipulation.\" When this method is combined with artificial intelligence and personalized direction we believe this will lay the foundation for future development of a novel therapy for children with CP.
UNASSIGNED: Through a certain search strategy, Keywords are searched in the China National Knowledge Network Database (CNKI), the Wanfang Database knowledge service platform, the Chongqing VIP information service, PubMed, Web of Science, Cochrane, ScienceDirect, Medline, Embase, and IEEE database. A total of 3,049 relevant articles were retrieved, and 49 articles were included that mentioned research and development of rehabilitation equipment. We excluded articles that were not specific to children with CP, were duplicated or irrelevant literature, were missing data, the full article was not available, the article did not describe the method of stimulation used with the rehabilitation equipment on children with CP, were not Chinese and English, and were the types of reviews and commentaries.
UNASSIGNED: Physical stimulation is the main stimulation method of rehabilitation equipment for children with CP. Force stimulation is the main mode of physical stimulation, and there are 17 articles that have verified the clinical efficacy of force stimulation-based equipment.
UNASSIGNED: Research on the stimulation mode of pediatric cerebral palsy rehabilitation equipment is likely to focus on simulating the force of the Chinese medicine called \"tuina manipulation.\" When this method is combined with artificial intelligence and personalized direction we believe this will lay the foundation for future development of a novel therapy for children with CP.
摘要：
■本文总结了2003年至2023年过去20年用于小儿脑瘫（CP）康复设备的刺激方法的研究进展。我们还为基于人工智能的康复设备的创新研发提供思路。
■通过一定的搜索策略，在中国国家知识网络数据库（CNKI）中搜索关键词，万方数据库知识服务平台,重庆贵宾信息服务，PubMed,WebofScience,科克伦,ScienceDirect,Medline,Embase,IEEE数据库。共检索到相关文章3049篇,包括49篇文章，提到康复设备的研发。我们排除了非特定于CP儿童的文章，是重复的或不相关的文献，缺少数据，全文不可用，这篇文章没有描述与康复设备一起用于CP儿童的刺激方法，不是中文和英文，以及评论和评论的类型。
■物理刺激是CP儿童康复设备的主要刺激方式。力刺激是物理刺激的主要方式,有17篇文章验证了基于力刺激的设备的临床疗效。
■对小儿脑瘫康复设备的刺激模式的研究很可能集中在模拟称为“推拿手法”的中药的力量上。“当这种方法与人工智能和个性化方向相结合时，我们相信这将为将来开发CP儿童的新型疗法奠定基础。
■通过一定的搜索策略，在中国国家知识网络数据库（CNKI）中搜索关键词，万方数据库知识服务平台,重庆贵宾信息服务，PubMed,WebofScience,科克伦,ScienceDirect,Medline,Embase,IEEE数据库。共检索到相关文章3049篇,包括49篇文章，提到康复设备的研发。我们排除了非特定于CP儿童的文章，是重复的或不相关的文献，缺少数据，全文不可用，这篇文章没有描述与康复设备一起用于CP儿童的刺激方法，不是中文和英文，以及评论和评论的类型。
■物理刺激是CP儿童康复设备的主要刺激方式。力刺激是物理刺激的主要方式,有17篇文章验证了基于力刺激的设备的临床疗效。
■对小儿脑瘫康复设备的刺激模式的研究很可能集中在模拟称为“推拿手法”的中药的力量上。“当这种方法与人工智能和个性化方向相结合时，我们相信这将为将来开发CP儿童的新型疗法奠定基础。
