Where Curiosity Meets Science

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I started researching Tricaprin after noticing something curious in my own family. Relatives in Kerala, India cook almost exclusively with coconut oil and have maintained normal triglyceride levels well into retirement. Yet many people following modern diets still struggle with elevated triglycerides.

While researching this question, I discovered fascinating work from Osaka University in Japan on Tricaprin (C10 triglycerides) and metabolic heart disease.

What began as personal curiosity grew into a deeper interest in metabolism, heart health, and muscle aging. This website was created to organize and explain that research in clear, simple language.

SV
Sabu Varghese Researcher & Lifelong Student of Metabolic Health
About TriCaprin.com

A Research Hub for C10 Metabolism

An independent educational website dedicated to explaining research on Tricaprin (C10 triglycerides) and related areas of metabolic science.

Our Goal

Translate complex metabolic research into clear, understandable insights.

Rather than focusing on marketing claims or diet trends, we review and summarize peer-reviewed studies related to the following areas:

Triglyceride Metabolism Metabolic Cardiology Mitochondrial Energy Pathways Sarcopenia & Muscle Aging Body Composition Metabolic Health

Our Approach

Whenever possible, we link directly to the original scientific papers so readers can explore the research themselves.

We do not manufacture or sell supplements. This is a purely educational project built around peer-reviewed science — not trends, not trends, not marketing.

All referenced studies are sourced from accredited scientific journals and institutional publications.

Why It Matters

Beyond Cholesterol — Inside the Cell

Most discussions about heart health focus primarily on cholesterol and blocked arteries. However, emerging research suggests that how cells process fuel inside the body may also influence metabolic health.

Scientists are increasingly studying how fats are metabolized inside mitochondria — the tiny energy generators inside our cells — and how disruptions in these pathways may affect heart function and muscle metabolism.

Understanding these mechanisms may help expand how we think about metabolic health in the future.

Research from Osaka University highlights Tricaprin's unique role in mitochondrial energy metabolism — a pathway distinct from typical fat metabolism.

Our Philosophy

What Makes This Site Different

A research-first approach to metabolic education — no hype, no sales, no shortcuts.

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Research-Backed

We focus exclusively on peer-reviewed scientific studies. Every insight is grounded in published research, not opinion.

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Plain-Language Explanations

Complex science explained clearly. No jargon — just straightforward breakdowns that anyone can understand.

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Independent Education

No supplement sales, no product promotion. Our only goal is to make emerging metabolic research easier to understand.

⚠️ Important Disclaimer

Not Medical Advice

Tricaprin.com is an independent educational project. We do not manufacture or sell supplements, and the information on this website is not intended as medical advice. Product names mentioned on this site are trademarks of their respective owners and are referenced only in the context of scientific discussion.

Tricaprin eBook

Download the Free Tricaprin eBook

Instant access to our full C10 research guide.

  • Osaka University cardiovascular study summary
  • C8 vs C10 comparison
  • Why coconut oil ≠ Tricaprin
  • Dosing insights and safety

Learn how tricaprin research began at Osaka University — the discovery that changed metabolic cardiology.

Read the Origin Story →
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