Inside Your Biology

In Episode 3 of Inside Your Biology, we follow a meal through the body to understand how blood sugar is regulated and what changes when that system begins to lose efficiency.

We break down what glucose actually is, what insulin really does, how the liver stores and releases energy, why skeletal muscle plays such a major role in glucose disposal, and how glycogen, glucagon, beta cells, and fat tissue all fit into the picture.

Then we go deeper into:

insulin sensitivity, insulin resistance, compensatory hyperinsulinemia, fasting glucose, post-meal glucose, HbA1c, prediabetes, type 1 versus type 2 diabetes, exercise, sleep, visceral fat, liver fat, diet, genetics, and continuous glucose monitors.

We also examine some of the most common claims in modern health culture:

Does insulin make you fat? Do carbohydrates cause diabetes? Is every glucose spike harmful? Should healthy blood sugar stay perfectly flat? Is fruit “basically sugar”? And can a continuous glucose monitor tell a healthy person exactly what they should eat?

Why Your Body Needs It and When It Becomes Dangerous

Cholesterol has spent decades being treated like a villain.

But your body makes it on purpose.

You need cholesterol to build cell membranes, produce steroid hormones, make bile acids, and support normal human biology. So why is it also so closely tied to heart attacks and strokes?

In Episode 2 of Inside Your Biology, we go inside the bloodstream to separate cholesterol itself from the particles that carry it.

We break down LDL, HDL, triglycerides, apoB, remnant particles, Lp(a), and the difference between cholesterol concentration and particle number. Then we follow those particles into the artery wall to understand how atherosclerosis actually develops.

We also examine some of the biggest arguments in modern health:

Is LDL really “bad cholesterol”? Is apoB more important than LDL-C? Can high HDL cancel out high LDL? Does eating cholesterol raise cardiovascular risk? Are large LDL particles harmless? What role does inflammation play? And do cholesterol-lowering drugs merely change lab numbers—or do they change real cardiovascular outcomes?

You cut your finger and it becomes red, warm, swollen, and painful.

That reaction may be uncomfortable but it is also part of the system helping keep you alive.

So why has inflammation become one of the most feared words in modern health?

In the first episode of Inside Your Biology, we go inside the immune response to understand what inflammation actually is, why the body creates it, and how a protective process can sometimes become harmful.

We explore acute versus chronic inflammation, immune signaling, blood vessels, white blood cells, tissue repair, infection, exercise, metabolic health, aging, and the biomarkers researchers use to study inflammatory activity.

We also investigate some of the biggest claims surrounding inflammation:

Is all inflammation bad? Can food be “inflammatory”? Does exercise cause inflammation or reduce it? What does C-reactive protein actually tell us? Can you feel chronic inflammation? And what does science really mean when a disease is described as inflammatory?

The deeper question is:

When does the body’s emergency response stop protecting us and start contributing to the problem?

Inside Your Biology — The science of what’s happening inside you.

For educational purposes only. This podcast does not diagnose medical conditions or replace individualized medical care.