NEVER Weigh Yourself (The Scale is Rigged)

Berg argues that visceral fat is the real enemy — it drives inflammation, insulin resistance, and organ dysfunction. A tape measure around the midsection is a cheap, immediate proxy. He explains that some people lose visceral fat rapidly (within days or weeks) without seeing scale changes because the fat is being removed from the liver and pancreas while water weight, muscle, or bowel contents mask the loss. The 0.5 cut‑off is simple: if your waist is less than half your height, your visceral fat is in a healthy range. He contrasts this with the scale, which can show zero progress for weeks even as dangerous fat is disappearing.

Berg presents appetite as a direct biological feedback loop: when insulin is low and fat stores are mobilised, the brain receives satiety signals and stops demanding food. If you’re still ravenous after a few hours, your body hasn’t made the switch — likely due to lingering carbohydrate intake, snacking, or high insulin. He contrasts this with the scale, which tells you nothing about your metabolic state. He has observed that clients who can breeze through an 18‑hour fast without thinking about food are consistently losing fat, even if the scale hasn’t budged that week.

Berg frames insulin resistance as the real disease beneath obesity. The primary drivers are dietary sugars and starches that spike insulin, plus seed oils that integrate into cell membranes and impair insulin signaling. He says these three ingredients are the backbone of all junk food, so removing them effectively forces a whole‑food diet. He stresses that even 'healthy whole grains' are starches that break down into sugar and must go. The payoff is that insulin levels plummet, the liver stops overproducing glucose, and the body finally accesses stored fat. He also notes that seed oils promote inflammation, which further worsens insulin resistance, making their elimination doubly important.

Berg calls this a fast correction for insulin resistance. He explains that after a meal, blood sugar rises, and insulin is secreted to shuttle it into cells. Moving the muscles at this moment provides an insulin‑independent pathway for glucose disposal, reducing the total insulin required. Over time, this lowers the chronic insulin load and helps reverse resistance. He points out that for diabetics whose livers are churning out glucose, post‑meal walking directly consumes that excess sugar, blunting the damaging glucose peak. It’s a simple, zero‑cost intervention that works in concert with dietary changes.

Berg contends that the modern advice to eat small, frequent meals keeps insulin chronically high, which locks fat in storage. By shifting to two meals (or one) and eliminating all snacks, insulin has long troughs. This not only promotes fat burning but also allows the digestive system to rest and the liver to clear fat. He strongly links this protocol to the appetite gauge: when someone on intermittent fasting stops feeling hungry between meals, they know they’ve successfully transitioned into fat metabolism. He notes that even healthy snacks like nuts or fruit will raise insulin and break the fast, so the discipline is absolute.

Berg recounts a dramatic case: a woman who dieted and exercised for an entire year lost only 1–2 lbs. Her sole missing piece was sleep. Once her sleep was fixed, weight loss began immediately. He explains that sleep deprivation directly causes insulin resistance, elevates cortisol, and triggers hunger hormones (ghrelin) that lead to snacking on high‑carb foods. Low sleep also reduces testosterone, impairing muscle building. The result is a perfect storm of fat accumulation. He thus positions sleep as non‑negotiable; without it, even the best diet will underperform.

Berg shares an extreme anecdote of an obese woman who defecated only once a month and insisted on losing weight without addressing her constipation. He told her it wouldn’t work because she was ‘full of waste.’ He warns that the popular advice to eat loads of fiber for weight loss can backfire when the fiber is of the synthetic, soluble type that absorbs water and just sits in the gut, causing further constipation. By fixing elimination first, the scale will drop waste weight and the body will be ready to mobilise fat.

Berg insists that the conventional sequence — lose weight to get healthy — is backwards. He points out that you can lose liver fat and epicardial fat within days or weeks of adopting low‑insulin protocols without the scale moving at all, because these visceral fat depots are relatively small in absolute weight but huge in metabolic impact. By focusing on health biomarkers (fasting insulin < 5, waist‑to‑height ratio < 0.5, energy levels, sleep quality), the person stays motivated and eventually sees the scale reflect the improvements. He says this approach prevents the cortisol‑driven yo‑yo effect caused by scale disappointment.

Berg emphasizes that the maximum realistic fat loss is 1–2 lbs per week, not per day. Seeing no change or a gain after a perfect day triggers a stress response that retains sodium and water via cortisol, making the next weigh‑in even worse. He likens it to checking stock prices every hour and expecting to get rich: the noise obscures the trend. Cortisol also promotes visceral fat storage and muscle breakdown, so the very act of weighing yourself daily can sabotage the metabolic environment needed to shed fat. He’s seen this pattern so often that he now insists people abandon the scale altogether and adopt non‑scale metrics.

Berg explains that insulin normally tells the liver to stop producing glucose. In insulin resistance, the liver doesn’t hear that signal and continues pumping out sugar. Consequently, a type 2 diabetic can fast all night and still wake up with high blood sugar — the sugar is being made internally from substrates like lactate, glycerol, and amino acids. This is why he advocates checking fasting insulin (not just blood sugar or A1C) to catch the problem early, and why the dietary fix (removing sugars, starches, and seed oils) directly targets hepatic insulin resistance rather than just mopping up glucose with medication.

Berg describes the process of getting into fat‑burning (ketosis) as a slow, multi‑step conversion that requires low insulin. A single carb‑containing snack, even a seemingly trivial amount, spikes insulin and pushes the body back into sugar‑burning mode. Resuming deep ketosis can take 24 to 48 hours, during which fat loss stalls. This underlines why consistency is paramount — having a cheat day every other day effectively keeps the person out of fat‑burning mode almost continuously, making sustained weight loss impossible.

Berg notes that patients on Ozempic become dependent, regaining almost all lost weight when they stop, and that the drug does not teach the body to burn fat correctly because it operates through appetite suppression and slowed gastric emptying. The 20–40% muscle loss is ‘crazy’ to him because muscle is the engine of metabolism. He contrasts this with his approach of building muscle through exercise and proper nutrition while losing fat, which may not show dramatic scale drops but improves body composition and long‑term insulin sensitivity.

Berg lists the hierarchy of dangerous fats: epicardial fat, fat on the back of the tongue causing sleep apnea, intra‑organ fat in the pancreas and liver. He says liver and pancreatic fat can come off quickly (days to weeks), but the scale might not reflect it because visceral fat loss is masked by other fluctuations. By measuring epicardial fat, a person can see cardiovascular risk dropping even if weight stays the same, reinforcing his argument that health improvements precede visible weight loss.