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Translating genomic data into healthcare practice with the Singapore National Precision Medicine program

delete2026-07-29
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PRE
AI
S
Shih Wee Seow
T
Theresia Mina
M
Maxime Hebrard
N
Nilanjana Sadhu
C
Claire Bellis
B
Bitong Clarabelle Alexandrine Lin
P
Pritesh Jain
P
Pierre Vincent-Goy
X
Xiaoyan Wang
P
Pin Yan Low
T
Tavintharan Subramaniam
S
Sharon Pek
H
Hwee Lin Wee
J
Joanne Ngeow
K
Ken Redekop
A
Alec Morton
K
Kar Hui Ng
D
David B. Matchar
王翊 (Yì Wáng)
M
Mikael Hartman
J
Jingmei Li
E
Elaine Ah Gi Lo
C
Charlie Guan Yi Lim
J
Jiali Yao
W
Wei Ting Huang
E
Eleanor Wong
K
Kriti Sethi
D
Doreen Low
I
Irenaeus Paul Chia
Y
Yasmin Bylstra
W
Weng Khong Lim
S
Saumya Shekhar Jamuar
R
Ruifen Weng
M
Marthe Smedinga
T
Tamra Lysaght
W
Weiling Zheng
M
Mingshi Koh
J
Jimmy Lee
S
Sabrina Wong
K
Khung Keong Yeo
C
Ching‐Yu Cheng
C
Charumathi Sabanayagam
X
Xueling Sim
B
Boon Cher Goh
C
Chiea Chuen Khor
N
Nicolas Bertin
E
Ee Shien Tan
M
Max Lam
E
E Shyong Tai *
J
John C. Chambers *
P
Patrick Tan *
DOI:10.1038/s41588-026-02687-8delete
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Abstract

Abstract

En 中文
The Singapore National Precision Medicine (NPM) program is a three-phase whole-of-nation effort designed to develop scalable, evidence-based solutions for precision health tailored to Asia’s diverse populations. Here we present NPM phase II (2020–2025), highlighting how large-scale precision medicine initiatives can drive new research insights, enable healthcare innovations and create economic value. Key achievements include the PRECISE-SG100K population dataset, which reflects Singapore’s unique multi-ancestry Asian population; the successful translation of research findings into mainstream national healthcare using familial hypercholesterolemia as a use case; and the establishment of strategic public–private partnerships with diverse industry sectors. We also outline phase III (2025–2031), which aims to establish whole-genome sequencing as a foundational element of a patient’s lifelong healthcare record for 10% of the population. NPM provides a model for how smaller countries, despite limited populations and finite resources, can contribute meaningfully to global scientific movements while preserving strategic independence and addressing national health challenges. Singapore’s National Precision Medicine program phase II establishes a multi-ancestry Asian population cohort, national-scale genetic testing and public–private partnerships, demonstrating how small countries can contribute to global genomics efforts.

Journal

Nature Genetics cover
Nature Genetics
IF:
29
Papers:
689
Citations:
241

Organization

N
National University Hospital
Scholars:
128
Papers: 67
Citations: 4.4K
Khoo Teck Puat Hospital cover
Khoo Teck Puat Hospital
Scholars:
98
Papers: 45
Citations: 523
A
admiralty medical centre
Scholars:
5
Papers: 4
Citations: 0
S
singapore national eye centre
Scholars:
192
Papers: 70
Citations: 0
E
erasmus university rotterdam
Scholars:
2.4K
Papers: 1.0K
Citations: 0
N
Nanyang Technological University
Scholars:
4.8W
Papers: 4.7W
Citations: 8.1W
P
precision health research, singapore (precise)
Scholars:
12
Papers: 3
Citations: 0
R
rie trust office
Scholars:
3
Papers: 1
Citations: 0
D
duke university
Scholars:
7.3K
Papers: 2.9K
Citations: 2
A
agency for science, technology and research
Scholars:
504
Papers: 197
Citations: 0
N
National University of Singapore
Scholars:
7.4W
Papers: 6.4W
Citations: 11.4W
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