About
Tuyến Trần, MD
Surgeon · Researcher · Builder
Vinmec International Hospital, Vietnam
The story
birds are flying over sky,
why can't I?
I came to surgery because I wanted to understand the human body at the deepest level available — and because what happens in an operating room can't be fully described in words. There is something in the combination of irreversible decisions and immediate consequences that makes me think more clearly.
Research came to me differently. I wasn't trained to do it — I was trained to operate. And when I started, I discovered that most of the tools and workflows in academic publishing were designed for people with support structures I didn't have: protected time, methodological mentors, institutional libraries.
I kept doing research anyway. Because the questions wouldn't leave me alone. And because I came to believe that if AI could make that process less inaccessible — not by replacing judgment, but by making it less opaque — then the patients at the end of the research chain benefit too.
So I started building tools. First for myself. Then I realized other clinicians were facing the same walls. I don't think of myself as an entrepreneur. I'm a surgeon trying to fill the gaps he can see.
"AI assists thinking. You own the science."
Things I believe
AI assists thinking. You own the science.
The most dangerous version of AI in medicine isn't the one that makes mistakes. It's the one that makes people stop thinking. I believe the goal is to use these tools to think more clearly, not to outsource the thinking.
Credibility comes from the inside.
I'm not a tech person who learned about medicine. I'm a surgeon who learned to code. That context shapes every decision — what to build, what to question, and what to leave alone.
Honest pipeline. No inflated claims.
In a world where everyone overstates, the discipline of saying exactly what you know — and what you don't — is a competitive advantage and a moral obligation.
Background
Medical Doctor, graduated 2017. Pediatric & Plastic Surgeon at Vinmec since 2021.
Clinical focus: congenital anomalies, neonatal surgery, microsurgery, long-term outcomes.
Research: clinical trials, retrospective cohorts, diagnostics studies, AI in academic research.
Epidemiology in Public Health Practice — Johns Hopkins University · Summary Biostatistics — Johns Hopkins University
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