In this episode, we unpack a groundbreaking 2024 study from the Journal of Biophotonics showing that just 15 minutes of 670 nm red light exposure—targeting the upper back before a glucose challenge—led to a 27.7% reduction in overall post-meal blood sugar levels and up to 12% lower glucose spikes compared to placebo

We explore how this light stimulates your mitochondria to make more ATP, prompting your body to burn more glucose, and possibly triggering systemic signals that help regulate metabolism

Think: a smart, non-invasive way to curb sugar surges and protect against long-term health risks.

Tune in to learn the science, real-world implications, and whether this red-light method could one day support diabetes management or everyday metabolic health.

Source https://onlinelibrary.wiley.com/doi/10.1002/jbio.202300521

What if part of what makes us human comes from an ancient virus? In this episode, we explore groundbreaking research revealing how retroviral DNA—once thought to be genetic junk—played a critical role in the evolution of myelin. Myelin, the protective sheath around nerve fibers, supercharged the speed of nerve signals and made complex vertebrate brains possible. Scientists have now discovered a specific genetic element, called RetroMyelin, embedded in our DNA by a virus hundreds of millions of years ago.

This viral legacy appears not only in humans but across species—from fish to mammals—suggesting it was a pivotal evolutionary leap. Without this ancient genetic hitchhiker, the rapid, efficient brain communication we take for granted might never have evolved.

Join us as we break down what myelin is, how this discovery reshapes our understanding of brain evolution, and why viruses might be more deeply woven into the story of life than we ever imagined. Whether you’re into neuroscience, genetics, or just love a good twist in the history of evolution, this episode delivers a mind-expanding journey through time, science, and the surprising ways the past still lives inside us.

In this episode, we dive into a groundbreaking BMJ study of nearly 60 million U.S. Medicare beneficiaries, revealing how long-term exposure to fine particulate matter (PM₂.₅) increases hospital admission risks for heart diseases—even at low levels. Discover how chronic PM₂.₅ exposure raises rates of ischemic heart disease, stroke, heart failure, arrhythmia, and aneurysms, with no safe threshold, as risks emerge even from 5 μg/m³—well below many current regulatory levels

Learn about the study’s innovative use of causal frameworks and exposure calibration techniques that sharpen our understanding of air pollution’s true impact. We also unpack how the World Health Organization's guideline of ≤ 5 μg/m³ can deliver substantial cardiovascular benefits—yet many U.S. standards may still fall short

Plus, hear how factors like age, education level, neighborhood deprivation, and access to healthcare amplify vulnerability to PM₂.₅—underscoring environmental justice implications

Can something inspired by olive oil help fight one of the deadliest brain cancers? In this episode, we explore the groundbreaking Phase 1/2A clinical trial of 2-OHOA, a lab-made version of a natural fat molecule found in olive oil. This brain-penetrating lipid is designed to change the way cancer cell membranes work, helping to slow down or even stop tumor growth.

The study involved 54 patients with advanced cancers, many of them with recurrent glioma or glioblastoma—tumors that are often resistant to existing treatments. The results are promising: treatment was generally well tolerated, and around 1 in 4 patients saw their disease stabilize or improve. In one remarkable case, a patient’s cancer stopped growing for over 2.5 years.

We break down what 2-OHOA is, how it works, and why scientists believe it could open a new chapter in brain cancer therapy.

In this episode, we break down groundbreaking research—published in Nature Metabolism in February 2024—that uncovers how ultra-high protein diets (over 22% of your daily calories) may speed up atherosclerosis and boost heart attack risk. The key player? Leucine, an amino acid abundant in animal proteins like meat, eggs, and dairy, which turns on mTOR signaling in macrophages—accelerating arterial plaque buildup.

Whether you're a science buff, a fitness enthusiast, or a “gym bro” chasing gains with extra protein (especially leucine), this episode gets real about what “high protein” really means—for your muscles and your heart.

Keywords: protein heart risk, leucine atherosclerosis, high-protein diet dangers, mTOR cardiovascular, protein intake gym, plant vs animal protein heart health, Nature Metabolism protein study

Tune in to make sure your protein-packed lifestyle is also heart-smart.

Type 5 diabetes is one of the rarest and least understood forms of diabetes — but its impact can be life-changing. In this episode, we dive into its causes, symptoms, diagnosis, and treatment options, breaking it down in a way that’s clear for both medical professionals and curious listeners. Whether you’re studying medicine, working in endocrinology, or simply passionate about health, this short episode will give you valuable insights into a condition that deserves more attention.