
board-certified Cardiologist
Why are obesity, diabetes, and fatty liver disease rising across every continent, in every culture, and in every age group?
Why do these diseases appear rapidly when traditional diets disappear?
And why do they often begin silently—years before diagnosis?
The Sweet Killer answers these questions with a single, unifying idea:
The modern metabolic crisis is driven not just by calories—but by how specific nutrients, especially fructose, are processed in the body.
This book presents a clear biological pathway:
Fructose → Liver → Uric Acid → Fat → Disease
This pathway explains:
Unlike glucose, fructose is handled primarily by the liver, where it drives fat production and metabolic stress.
Most books on nutrition focus on:
This book focuses on:
How the body actually processes sugar at the cellular level.
Why metabolic disease begins in the liver long before symptoms appear.
A neglected marker that rises early in metabolic dysfunction.
From the Pacific Islands to North America to South Asia, the same pathway appears across populations.
Across the world, the same pattern is emerging:
This is not coincidence.
It is biology responding to a new environment.
This book is written for:
No prior scientific background is required.
For clinicians and health professionals, the book provides:
These diseases are not random.
They are predictable.
And most importantly:
They are often detectable—and reversible—early.
Peter Gregor, MD, FACC is a cardiologist with global clinical experience across multiple populations, including Africa, India, North America, and the Pacific.
His work focuses on the intersection of:
This book forms the foundation of the Internets.com knowledge platform.
To explore the science behind the book:
Read the book. Understand the pathway. Change the trajectory.
In The Sweet Killer, cardiologist Peter Gregor, MD, FACC exposes the hidden metabolic pathway driving today’s epidemic of obesity, diabetes, and fatty liver disease.
Fructose.
Unlike glucose, fructose bypasses normal metabolic controls and is processed directly in the liver—where it drives fat production, increases uric acid, and disrupts energy balance.
The result is a predictable cascade:
fatty liver → insulin resistance → systemic disease.
This is happening everywhere:
Different populations. Same biology.
This is not a failure of willpower. It is a mismatch between ancient genes and a modern food system.
The Sweet Killer offers a clear, clinically grounded explanation of the metabolic crisis—and a new way to understand how it begins.
The second edition of The Sweet Killer in being published soon.

Mewnwhile, the second book in the series, DNA, Diet and Destiny is ready for publication soon. Here is the front page.

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