This episode covers oven-baked tilapia served over a Mediterranean salad — and organizes the argument around a practical fish hierarchy: good is tilapia, better is salmon, best is wild Alaskan sockeye. The framing is a more clinically useful way to think about what each fish is doing and what the rest of the plate needs to contribute.

Chad Larson, NMD walks through the SMASH framework — salmon, mackerel, anchovy, sardines, herring — as the oily fish category delivering 1,500 to 2,500 mg of EPA and DHA per 100 grams, versus tilapia's roughly 100 to 200 mg. That gap is structural: farmed tilapia's omega-6 to long-chain omega-3 ratio averages around 11:1 (Chilton et al., Wake Forest, 2008), a feature of corn- and soy-based aquaculture feed that hasn't materially changed. What tilapia does contribute — 26 grams of protein per 100 grams, selenium, B12 — earns it a place as a legitimate weeknight protein source. The omega-3 case has to come from elsewhere in the week. The episode also covers sourcing: nearly all tilapia sold in US retail is farmed, with domestic producers (Regal Springs, Blue Ridge Aquaculture) operating under tighter feed standards; Trader Joe's frozen tilapia is flagged as a practical default.

The cardiometabolic argument rests on the olive oil, not the fish. Tilapia has roughly 2 grams of total fat per 100 grams. The butter and high-polyphenol EVOO used in cooking, and the additional olive oil added at the end, are filling in what the fish doesn't bring. Oleuropein and hydroxytyrosol, the active phenolic compounds in early-harvest EVOO, carry the mechanism. A 2023 meta-analysis of 33 trials in the Journal of Nutrition found meaningful improvements in insulin sensitivity associated with high-polyphenol extra virgin olive oil. The Mediterranean salad — Kalamata olives, chickpeas, pepperoncinis, romaine, Pecorino Romano — is built around the same framework.

This episode is part of the ongoing Kitchen Video series. The full video version is available on YouTube.

In this episode, Dr. Chad Larson and Nicole demonstrate a metabolically aligned pancake recipe filmed in their home kitchen. The conversation covers the carbohydrate math behind traditional pancakes — roughly 50 to 70 grams of net carbs per stack — and how reformulation drops that to about 1.5 grams per pancake without giving up the experience of pancakes as a meal.

Each ingredient swap carries its own clinical reasoning. Almond flour and flaxseed meal replace wheat flour, with the flaxseed contributing lignans, omega-3 fatty acids, and a soluble-insoluble fiber blend that supports the gut microbiome. Monk fruit and allulose replace sugar without measurably affecting glucose or insulin. Coconut oil supplies medium-chain triglycerides — a fat your mitochondria convert to ketones with very little metabolic friction. Cinnamon contributes to post-prandial glucose regulation.

The broader point of the episode is the distinction between restriction and control. Restriction is what diets do. Control is what food literacy gives you, and it's the basis for the kind of metabolic health that survives a stressful quarter, a holiday week, or the rest of your life.

This episode is part of the ongoing Kitchen Video series. The full video version is available on YouTube.

Dr. Chad and his wife Nicole walk through a four-ingredient
skillet meal they fall back on most weeks — rotisserie chicken,
mushrooms, onions, and arugula, cooked in a single cast-iron pan
in about twelve minutes. The conversation moves through why each
ingredient earns its place metabolically and why the most durable
patients aren't the most precise eaters — they're the most
repeatable.

Topics covered:
- Protein as the metabolic anchor — thermogenesis, glucose
steadying, and muscle protein synthesis
- Why arugula's glucosinolates support phase 2 liver detoxification
- Inulin in onions and what prebiotic fiber actually does for the
gut microbiome
- Beta-glucan in mushrooms and its role in immune and
gastrointestinal function
- Why "good, better, best" beats "perfect" when sourcing real
ingredients
- How Nicole plans meals around tomorrow's schedule instead of
prepping for the week

Dr. Chad is a naturopathic medical doctor (NMD) running
The Adapt Lab, an integrative metabolic health practice in
Solana Beach, California.

Learn more at doctorchadlarson.com.

This podcast is for educational purposes only and does not
constitute medical advice. Always consult your physician
before making changes to your health regimen.

Tags: metabolic health, naturopathic medicine, functional medicine,
real food, gut microbiome, integrative medicine

Most people didn't stop eating butter because they wanted to. They stopped because a generation of nutrition advice told them they had to.

In this episode, Nicole and I walk you through a real Sunday dinner at our house — bone-in, skin-on chicken thighs basted in grass-fed butter and avocado oil, an arugula salad, cooled rice for the kids, and a scoop of kimchi on the side. We cover why the skin stays on, why butter earns its spot back on the plate, what glycine and butyrate actually do inside your body, why cooled rice behaves differently than freshly cooked rice, and why a fermented food on the table is doing more work than most people realize.

The framework is the same one we keep coming back to: protein anchor → fiber base → healthy fats → optional carbs calibrated to your own tolerance. Master that, and butter isn't a guilty pleasure. It's how the meal holds together.

This isn't a diet-rules showcase. It's what eating well actually looks like when a naturopathic doctor makes Sunday dinner for his family.

Most people don't struggle with knowing what to eat. They struggle with actually building a metabolically healthy meal when life is moving fast and the fridge is full of leftovers.

In this episode, Nicole and I walk you through a real weeknight dinner — a lamb taco bowl built around what we had on hand, the shortcuts we lean on without apology, and why this meal works metabolically even when it isn't perfect. We cover the protein anchor, slow-carb vegetables, healthy fats that keep your mitochondria burning clean, and how to think about carbohydrates relative to your own tolerance.

The framework is simple: protein anchor → fiber base → healthy fats → optional carbs. Master that, and you can build this meal a hundred different ways out of whatever's in your kitchen.

This isn't a perfection showcase. It's what a metabolically healthy lifestyle actually looks like when you're busy, you have a family to feed, and the guacamole is leftover from Easter.

The most disciplined people in my practice are often the ones who can't stay consistent with their health. That pattern is worth examining — because it means the problem isn't what most people think it is.

In this episode, I work through a clinical pattern I see constantly: high-capacity individuals who are exceptional at managing everything in their lives, whose health keeps unraveling on the same schedule. Not because they lack discipline. Because their life is configured in a way that makes health optional — and anything optional, under enough pressure, eventually loses.

The goal was never to get better at discipline. It was to build a life where you stop needing it.

Where does your metabolic health actually stand? Find out here: Take the quiz

Most people think their metabolism is broken.

In reality, they’re running an energy deficit.

In this episode, I walk through a real clinical case of a high-performing executive who was working out intensely, tracking his metrics, and trying to “do everything right” — yet experiencing fatigue, weight gain, and poor recovery.

The issue wasn’t effort.

It was energy management.

Your body operates like an economy.

Every day, you make withdrawals:

Stress
Poor sleep
Alcohol
High training load

And deposits:

Recovery
Nutrition
Sleep
Circadian alignment

When withdrawals consistently exceed deposits, the body adapts in predictable ways:

Slower metabolism
Hormonal disruption
Increased hunger
Reduced recovery

This episode reframes metabolism through a more accurate and practical lens — one that integrates physiology, stress, and real life.

In This Episode

• The concept of the “energy economy”
• Why high performers burn out their metabolism
• How stress drives insulin resistance
• Why sleep is the most powerful metabolic lever
• When exercise becomes counterproductive
• The hidden reason rest days feel worse

Take the Next Step
Take the Metabolic Health Quiz to assess your current state:

Final Thought

You don’t need more discipline.
You need a better energy strategy.

Most people believe their health problems come down to willpower.

They think they need more motivation, more willpower, or a stronger mindset to stay consistent with healthy habits.

But in reality, the problem is often something else entirely.

Your environment.

Your kitchen, your schedule, your sleep habits, and your daily routines quietly shape your behavior every single day. And when those environments are designed poorly, your metabolism ends up fighting an uphill battle.

In this episode, we explore why environmental design is one of the most powerful drivers of metabolic health, and why relying on willpower alone almost always fails.

Human behavior tends to follow the path of least resistance. When the unhealthy option is the easiest option, even highly disciplined people struggle to stay consistent.

This is why many high performers who successfully build businesses, manage teams, and execute complex strategies still feel stuck when it comes to their health. In business, they rely on systems and structure. But with health, they often rely on daily decisions and motivation.

The real solution is to design environments that make healthy behavior automatic.
In this episode, we discuss the concept of metabolic architecture and how small structural changes can dramatically improve consistency with nutrition, sleep, and exercise.

In this episode, we cover:

• Why friction determines behavior
• The hidden metabolic cost of modern convenience
• Why discipline alone rarely produces lasting health change
• How kitchen architecture shapes daily nutrition choices
• Why schedule architecture improves consistency with exercise and meal preparation
• How sleep architecture impacts metabolism, energy, and recovery
• Why reducing daily decisions can dramatically improve long-term health habits

Key Takeaway

Health becomes dramatically easier when the right behaviors are the default behaviors.

Instead of relying on daily willpower, redesign your environment so that healthy actions require less effort and fewer decisions.

When the environment changes, behavior follows.