You Are Not Three Separate People: Why You Can't Separate Your Biology From Your Mind and Your World We love to sort our health into tidy boxes. The body goes in one: hormones, sleep, blood sugar, inflammation, the nervous system…all the systems and symptoms are interconnected.. The mind goes in another: stress, mood, beliefs, the stories we tell ourselves. And then there's everything "out there" our relationships, our work, our finances, the culture we're marinating in. It's a comforting way to think, because it lets us believe we can fix one box without touching the others. Feel anxious? Take something for the anxiety. Tired all the time? Optimize the biology. Struggling in your relationships? That's a "personal" issue, separate from your physiology. The biopsychosocial model says this is an illusion. And more than an illusion, it's often the reason people stay stuck for years, chasing one box while the answer lives in another. Where the idea came from In 1977, a physician named George Engel published a paper arguing that medicine had become too narrow. The dominant "biomedical" model treated the body like a machine with broken parts: find the malfunctioning gear, fix or replace it, done. It was extraordinarily powerful for infections and acute injuries. It was far less useful for the conditions that quietly wreck modern lives: chronic fatigue, hormonal dysregulation, anxiety, autoimmune flares, burnout. Engel proposed something that sounds obvious once you hear it but reorganizes everything: a person's health is the product of three interacting domains: the biological, the psychological, and the social and none of them can be understood in isolation. The key word is interacting.Not stacked. Not side by side. Interwoven, feeding each other, constantly. The domains, briefly Biological is what most wellness content obsesses over: genetics, hormones, biohacking, immune function, gut health, the autonomic nervous system, the physical machinery. Psychological is the internal world: thoughts, emotions, beliefs, how you interpret events, how you cope, what you expect to happen next.

I don’t want perfect to be the enemy of good enough or to get lost in the weeds, but I have a few questions… Sitting outside in a high ceilinged screen porch in the morning – is that good enough for the light or do I need to actually be out with my eyeballs on the sunshine? What about contact lenses? I was told that there are certain brands that allow the UV light through. Is that something you have looked into or agree with? Thank you so much for all that you do.

Let’s break it down: What is NAFLD (Non-Alcoholic Fatty Liver Disease)? The medical world defines it as a condition where excess fat is stored in the liver, potentially leading to inflammation and cell damage. Causes? They say it’s from eating too many calories. Treatment? The usual recommendations: lower cholesterol, exercise, eat healthy, control blood sugar, and protect your liver. But here’s what it’s REALLY about…NAFLD is actually caused by a retinol (Vitamin A) deficiency. Research even shows that chronic liver diseases, including NAFLD, are linked to low retinol levels in the body and liver, which signals a systemic vitamin A deficiency (Saeed, Ali et al. 2021). This deficiency causes a cascade of issues, including a rise in IRON! Why? 👉🏻 You need retinol to activate bioavailable copper, which loads it into ceruloplasmin (Cp). 👉🏻 Cp is vital for producing energy, creating antioxidants (SOD, Cp, CAT, Gpx, etc.), and regulating iron recycling. 👉🏻 Without Cp, iron recycling in the liver gets disrupted, leading to oxidative stress, inflammation, and iron overload in the liver. The result? Fatty liver, inflammation, and exhaustion. What pushes us toward NAFL? 👉🏻 Chronic stress: adrenals can’t support Cp production 👉🏻Certain Meds & Supps effect Cu 👉🏻 Iron-fortified foods (too much iron!) 👉🏻Low-fat diets (no retinol!) 👉🏻Low copper in the soil (less in our food) 👉🏻HFCS, Sorbitol etc effect Cu transport proteins 👉🏻 Overuse of vitamin D supplements(they deplete liver retinol!) It’s not just about “calories in, calories out.” Your liver health depends on nutrients like retinol and copper that help regulate iron, reduce inflammation, and boost energy. Any questions let us know..

I wanted to clarify something about red light, in regards to what I learned recently from Dr Jack Kruse. So I wanted to write this up to share but also some new perspectives. Is Red Light Therapy Safe to Use? Here's What Actually Matters This is one of the most common questions in our community. People see a red light panel and immediately wonder if it's doing something harmful. Is it disrupting hormones. Is it messing with sleep. Is it safe to use every day. Short answer: yes, it's safe. Long answer: the real question isn't "is red light safe," it's "when and why are you using it." Summer Rule: Get Outside First Right now it's summer. The sun is up early, setting late, and full-spectrum sunlight is sitting right outside your door for free. If you have access to real sunlight, that always wins over a panel. Sunlight isn't just red and near-infrared. It carries the full spectrum your mitochondria evolved to use, along with UV that drives vitamin D production, nitric oxide release, and skin health in ways no panel replicates. Red light panels exist to fill the gap when the sun isn't available. In winter, at high latitudes, or if you're stuck inside all day, that's when a panel earns its keep. In summer, your first move should be outside, barefoot if you can, skin exposed, before you reach for a device. Why Red Light at Night Doesn't Blunt Melatonin Here's the part that confuses most people. They think any bright light at night is a melatonin killer. That's true for white light, blue light, and most LED lighting. It is not true for red light. Melatonin suppression isn't about how bright a light is. It's about wavelength. Your eyes have a specific receptor, melanopsin, sitting in the retinal ganglion cells. Melanopsin is tuned almost exclusively to blue-green wavelengths, in the 460 to 490 nanometer range. That's the signal your brain reads as "it's daytime, hold off on melatonin." Red and near-infrared light sit way outside that range, typically 630 to 850 nanometers. Melanopsin barely responds to it. So even if a red light panel is pumping out a high lux reading, one of those old-school light meters, your brain's melatonin machinery doesn't register it as daytime. You can use red light in the evening, even at what looks like high intensity, and your circadian signaling stays intact.

…And It Started the Moment You Woke Up. Let's burn down a piece of wellness advice that's been recycled so many times people have stopped questioning it. "Have a small carb snack before bed to help you sleep." Maybe it's a banana. A little rice. Some oatmeal. Crackers with honey. Social media is full of it. So are functional medicine blogs and even some registered dietitians. The reasoning sounds logical enough: carbs raise insulin, insulin drives sugar into the brain, this process can blunt cortisol, and boom you are asleep. Neat little story. Mostly wrong. And not just a little wrong. Wrong in a way that's actively destroying your sleep quality, tanking your hormones, and keeping you stuck in a cycle of fatigue, cravings, and metabolic dysfunction. Here's what's happening. Your Body Runs on a Clock, And You've Been Hacking It With a Sledgehammer Every cell in your body contains a molecular clock. Not metaphorically, literally a set of clock genes (CLOCK, BMAL1, PER, CRY) that oscillate on a 24-hour cycle and govern everything from cortisol secretion to insulin sensitivity to melatonin production. This is your circadian system, and it is not optional. It is the operating system underneath every other system in your body. This clock is entrained (set and reset) primarily by light (and darkness). Specifically, the quality, timing, and intensity of light hitting your retina and your skin across the day. Food timing is a secondary zeitgeber (time signal), which means when you eat matters almost as much as what you eat. The mistake most people make is treating sleep as a nighttime event. It's not. Sleep is a 24-hour biological process that begins the second your eyes open in the morning. If you botch the morning, you are guaranteed to botch the night. No bedtime snack, supplement, or blackout curtain will fully compensate. What Actually Happens When You Eat Carbs Before Bed 1. The Cortisol Rebound Nobody Talks About Cortisol gets a bad reputation as a purely "stress hormone." That's like calling fire "that thing that burns your house down." Fire is also how you cook food and stay warm. Cortisol, in its proper circadian expression, is your most powerful anti-inflammatory, your primary fat-burning signal, and the engine of your morning alertness.