摘要
目的:对基于电子病历的表型分析流程、主要方法、应用现状进行总结梳理,为后续相关研究提供借鉴。方法:通过关键词检索、参考文献回溯等方法在PubMed数据库中检索并经人工筛选后获得53篇文献,在此基础上总结了表型分析的一般流程,对表型定义及表型算法开发、验证和共享进行了综述,最后归纳了表型分析在临床研究中的应用现状。结果:表型分析的数据来源丰富,包括开放医学资源、结构化和非结构化电子病历数据等,表型算法开发的方法逐渐从基于规则开发向无监督学习开发转变,但目前电子病历数据的利用仍有很多挑战和困难有待解决。结论:今后应继续致力于提高数据的可信度,增加数据来源和种类以提升表型算法的效果,同时还应加强表型分析相关研究的共享和传播、扩大表型分析在临床研究中的应用。
Objective To provide reference for further research work by analyzing the workflow,methods and applications of phenotyping based on electronic medical records.Methods 53 papers on phenotyping based on electronic medical records were retrieved from the PubMed database by key words searching,reference backtracking and manual screening,with which the general workflow of phenotyping was summarized,the phenotype definition,phenotype algorithm development,validation and sharing were reviewed,and finally the application status of phenotyping in clinical research was summarized.Results The data sources for phenotyping are rich,including open medical resources,structured and unstructured electronic medical records,etc.The development method of phenotype algorithm development was gradually changing from rule-based to unsupervised learning.However,there are still many challenges and difficulties to be solved in the application of electronic medical records.Conclusion Further efforts should be made to improve the reliability of data,increase the variety and types of data sources and improve the effect of phenotype algorithm,and further research can be carried out on strengthening the sharing and dissemination of research related to phenotyping and expanding the application of phenotyping in clinical research.
作者
王梓阳
杨林
王嘉阳
李姣
WANG Zi-yang;YANG Lin;WANG Jia-yang;LI Jiao(Institute of Medical Information/Medical Library,Chinese Academy of Medical Sciences/Peking Union Medical College,Beijing 100020,China)
出处
《中华医学图书情报杂志》
CAS
2022年第1期38-48,共11页
Chinese Journal of Medical Library and Information Science
基金
北京市自然科学基金重点研究专题“基于机器学习的动脉粥样硬化性脑血管病的深度表型分析及预后研究”(Z200016)
中国医学科学院创新工程“医学知识管理与智能化知识服务关键技术研究”(2021-I2M-1-056)。
关键词
表型分析
表型算法
电子病历
表型验证
表型共享
Phenotyping
Phenotype algorithm
Electronic medical record
Phenotype validation
Phenotype sharing