As we stand on the brink of a new era in healthcare, I often envision a future where patient care transcends traditional boundaries. Imagine walking into a clinic where long questionnaires are obsolete, replaced by immediate insights drawn from your genetic blueprint. This isn’t just about convenience; it’s about precision.
With such tools, treatments can be tailored not just to treat, but also to prevent disease—ensuring a healthier future for everyone. This vision is not only transformative but essential as we look forward to more proactive and personalised healthcare.
At MEDICUS, our commitment has always been to bring you stories that not only inform but inspire; stories that resonate with our core values of purpose, community service and, of course, impact.
A perfect example is the lead feature in this issue by Dr Chua Li Min on the transformative potential of precision medicine. This feature vividly captures the shift in the winds that I have been pondering about. In her in-depth exploration, Li Min tracks how genetic insights are reshaping patient care—turning what once seemed like science fiction into reality.
She doesn’t just report on current research; she invites us to think critically about its implications for tomorrow.
Stories like these are what MEDICUS strives to deliver. They are narratives that challenge, engage, and inspire. Yet, the way we tell these stories can always improve, and your feedback is crucial in this ongoing process. We are eager to understand better how you connect with our content. What draws you to read MEDICUS? How can we make our stories more accessible and relevant to you? Your insights are invaluable to us.
To help us serve you better, we invite you to participate in a brief survey. It won’t take more than a minute, but your input will significantly influence how we shape MEDICUS moving forward. Your suggestions will help ensure that our content continues to resonate and inform effectively.
As we continue to navigate the complexities of modern medicine and storytelling, your perspectives will make our narratives complete. Join us on this journey to not just tell stories, but to inspire change and foster a community well-informed and engaged in the future of healthcare.
And as always, let me invite you to grab that Latte or Chai and dive into this issue to explore a brand new podcast edition, where sociologist Angelique Chan discusses what it takes to create a society where living longer and healthier lives is a reality; or be inspired by Class of 2011 alumnus Karrie Ko’s infectious curiosity that examines anything and everything under the microscope as a seven-year-old to today, when her lab identified a new strain of feared hospital microbe. And if you want to learn more about our healthcare future beyond precision medicine, check out our “In conversation with”, where two eye doctors-turned-AI innovators share their insights and experiences.
Explore these, and the many other insightful stories we’ve curated just for you. Happy reading!
About MEDICUS
MEDICUS, the School’s quarterly magazine, goes beyond the latest discoveries in education, research and academic medicine, shining a spotlight on the people whose ideas are shaping the future of science and medicine. In its coverage of Duke-NUS Medical School, a landmark collaboration between Duke University and the National University of Singapore, MEDICUS publishes award-winning stories about the scientists, educators, clinicians, students and alumni who work tirelessly to transform medicine and improve lives for people on the Little Red Dot and around the world.
Awards:
About the masthead
This issue’s masthead shows dormant neural stem cells in the brains of fruit flies.
A team of Duke-NUS scientists discovered a novel pathway to wake up such dormant neural stem cells, offering potential new therapies for neurodevelopmental disorders such as autism, learning disabilities, and cerebral palsy. Using super high-resolution microscopy, they examined the tiny fibre structures that are a hallmark of these cells.
Under the lenses, the cells were magnified to 10 times their original size, allowing scientists to observe the fine fibre structures, which at 1.5 µm in diameter are 20 times thinner than the diameter of a human hair. These structures extend out from the cell body and are rich in protein filaments called actin.
When the actin filaments are activated, they assemble, a process that ultimately rouses neural stem cells from their dormant state. They then start to divide, creating new neurons that contribute to brain repair and development.
Photo credit: Wang Hongyan lab
Editor-in-chief
Anirudh Sharma
Senior editor
Nicole Lim
Production and
eDM editor
Dr Chua Li Min
Design
Wee Yanshou
Editorial Committee
Chow Wan Cheng, Duke-NUS
Christopher Laing, Duke-NUS
Chua Loo Lin, NUS
Karl Bates, Duke
Jenne Foo, Duke-NUS
Jenny Ang Thar Bin, SingHealth
Luke James, Office of Duke-NUS Affairs @ Duke
Patrick Casey, Duke-NUS
Patrick Tan, Duke-NUS
Reza Shah Bin Mohd Anwar, Duke-NUS
Scott Compton, Duke-NUS
Photography lead
Norfaezah Abdullah
Digital production
Jessie Chew
Marketing and social
Sean Firoz
Writers and contributors
Alice Chia
Brandon Raeburn
Dr Chua Li Min
Dr Khoo Yoong Khean
Nicole Lim
Robin Smith
Sruthi Jagannathan
Tan Ruilin