The Taiwan Precision Medicine Initiative provides a cohort for large-scale studies
Yang HCPapers in this archive, Kwok PYPapers in this archive, Li LHPapers in this archive, Liu YMPapers in this archive, Jong YJPapers in this archive, Lee KYPapers in this archive, Wang DWPapers in this archive, Tsai MFPapers in this archive, Yang JHPapers in this archive, Chen CHPapers in this archive, Yeh ECPapers in this archive, Wei CYPapers in this archive, Fann CSPapers in this archive, Huang YTPapers in this archive, Chen CWPapers in this archive, Lee YJPapers in this archive, Chu SKPapers in this archive, Ho CHPapers in this archive, Yang CSPapers in this archive, Lee YLPapers in this archive, Chen HHPapers in this archive, Hou MCPapers in this archive, Chiou JFPapers in this archive, Yang SFPapers in this archive, Wang CHPapers in this archive, Huang CYPapers in this archive, Chiu KMPapers in this archive, Chen MPapers in this archive, Chiang FTPapers in this archive, Lee SLPapers in this archive, Chen SSPapers in this archive, Yao WJPapers in this archive, Chien CCPapers in this archive, Lin SYPapers in this archive, ChanPapers in this archive
Abstract
Han Chinese people comprise nearly 20% of the global population but remain under-represented in genetic studies1,2, so there is an urgent need for large-scale cohorts to advance precision medicine. Here we present the Taiwan Precision Medicine Initiative (TPMI), established by Academia Sinica in collaboration with 16 major medical centres around Taiwan, which has recruited 565,390 participants who consent to provide DNA samples for genetic profiling and grant access to their electronic medical records (EMRs) for research. EMR access is both retrospective and prospective, allowing longitudinal studies. Genetic profiling is done with population-optimized arrays of single-nucleotide polymorphisms for people of Han Chinese ancestry, which enable genome-wide association3,4, phenome-wide association5,6 and polygenic risk score7,8 studies to be performed to evaluate common disease risk and pharmacogenetic response. Participants also agreed to be re-contacted for future research and receive personalized genetic risk profiles with health management recommendations. The TPMI has established the TPMI Data Access Platform, a central database and analysis platform that both safeguards the security of the data and facilitates academic research. As a large cohort of individuals with non-European ancestry that merges genetic profiles with EMR data and enables longitudinal follow-up, TPMI provides a unique resource that could be used to validate genetic risk prediction models, perform clinical trials of risk-based health management and inform health policies. Ultimately, the TPMI cohort will contribute to global genetic research and serve as a model for population-based precision medicine. Subject terms: Genetic markers, Genome-wide association studies, Medical genetics, Genetic predisposition to disease, Health care
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