The Insulin & Heart Doctor: The Fastest Way To Burn Dangerous Visceral Fat. This is How Insulin Is Quietly Clotting Your Blood! - Dr Pradip Jamnadas

What It Covers

Dr. Pradip Jamnadas, cardiologist with 35 years experience treating 250,000+ patients, explains how insulin resistance and visceral fat drive heart disease. He details fasting protocols, gut health connections, toxin exposure, and lifestyle interventions that prevent cardiovascular disease progression.

Key Questions Answered

• •Insulin resistance mechanism: Frequent carbohydrate consumption every 2-3 hours keeps insulin elevated for 4+ hours, creating resistance over years. This drives visceral fat accumulation around organs, fatty liver development, and arterial inflammation—all before diabetes diagnosis occurs, typically 10 years of damage beforehand.
• •Fasting physiology: After 12 hours without food, the body depletes glycogen and begins burning visceral fat first. Eighteen-six fasting (18 hours fasting, 6 hours eating window) produces ketones, increases brain-derived neurotrophic factor, mobilizes stem cells, and elevates growth hormone for muscle preservation and vascular repair.
• •Heart attack formation: Heart attacks occur when inflammatory plaques rupture inside arteries, triggering blood clots that block circulation—not from gradual narrowing alone. Only 20% of blockage patients experience chest pain, making stress tests and coronary calcium scoring essential for detection before acute events occur in asymptomatic individuals.
• •Gut-heart connection: Leaky gut allows bacterial lipopolysaccharides into bloodstream, causing fatty liver and systemic inflammation that accelerates coronary calcification. Fixing gut microbiome with 30-40 different vegetable types weekly, fermented foods, and inulin fiber supplementation improves heart rate variability and flattens coronary calcium progression scores.
• •Rice preparation protocol: White rice contains arsenic from contaminated soil. Soak overnight, discard water, cook with excess water, drain again, then refrigerate to create resistant starch. This process removes heavy metals, reduces insulin spike by 50%, and feeds beneficial gut bacteria instead of spiking blood glucose levels.