智慧城市中应用人工智能技术构建的精准医疗智慧系统及其运行标准研究

Application of AI Technology to Construct Precision Medicine Smart System and Its Operation Standard in a Smart City

通过真实世界数据探索疾病发生机理,长期追踪致病细胞、基因等生物特征的变化情况,从而提出抑制致病因素的诊疗方案,能够从根本上提升疾病特别是传染病或者重大疾病诊疗的精准性,而这需要运用人工智能技术,构建精准医疗智慧系统,对真实世界数据进行实时更新、抓取和研究。本研究提出应由各医院信息系统数据和医疗知识数据构建真实世界数据,结合RWE、RCT、基因研究、人工智能技术在精准医疗中的作用,创新性地设计社会5.0智慧城市中精准医疗智慧系统,并提出智慧系统结构和运行标准,为未来社会建设精准医疗智慧系统提出创新性设想和贡献。

Explore the mechanism of disease occurrence through real-world data, track the changes of biological characteristics such as pathogenic cells and genes for a long time, and put forward a diagnosis and treatment plan to inhibit pathogenic factors. It can fundamentally improve the accuracy of the diagnosis and treatment of diseases, especially infectious diseases or major diseases, which requires the use of artificial intelligence technology to build an accurate medical intelligence system to update, capture and study real-world data in real time. This study proposes that real-world data should be constructed from hospital information system data and medical knowledge data, and combined with the role of RWE, RCT,genetic research and artificial intelligence technology in precision medicine, this study innovatively designs precision medicine intelligence system in social 5.0 Smart City, and puts forward smart system structure and operation standards, which poses innovative ideas and makes contributions to the construction of accurate medical intelligence system in the future society.