Drop Inflammation and Lose Belly Fat in 7 Days by Doing This (step by step plan)

DeLauer references a study in the journal Cell Calcium confirming that the fastest phase of insulin release relies on this calcium trigger. He explains that without adequate calcium, the pancreas may need to produce more insulin later to compensate, which can lead to hyperinsulinemia and increased fat storage. Mineral waters like Gerolsteiner provide a bioavailable calcium source without the risks associated with calcium supplements. He also endorses kefir for its added probiotics and A2 dairy for those who tolerate it, both delivering calcium alongside other metabolic benefits.

DeLauer explains that normally GLUT4 resides inside the muscle cell waiting for insulin to trigger its movement. Exercise creates an emergency pathway that bypasses insulin entirely. He cites a review in Molecular Metabolism describing this process. The simplest application is to not sit down after a meal — a short walk or a set of squats can meaningfully blunt postprandial glucose. The effect is immediate, free, and doesn't require supplements.

DeLauer references a Diabetes Care study in which adding 7.5 g fructose to a glucose drink lowered blood sugar response by 14%. He emphasizes that this is a precise, acute trick rather than a dietary overhaul. Berries are his preferred vehicle because they provide fiber to slow absorption and polyphenols that independently improve insulin sensitivity. Manuka honey adds antimicrobial MGO compounds. The key is timing: consume the primer 15–20 minutes before the meal.

A study published in the Journal of Clinical Investigation demonstrated that glycine could expand beta cell numbers by 80–130%. DeLauer uses the metaphor of building more assembly lines in the insulin factory rather than just speeding up the existing line. He suggests stacking this with the fructose primer before the evening carb meal for complementary acute and chronic effects. A typical dose is 3–5 g, which can be dissolved in a small amount of water.

DeLauer explains that brown fat, unlike white fat, acts as a furnace that burns glucose when you are cold. He cites a study showing that cool temperatures enhance glucose uptake in muscles, but also highlights the specific effect on brown adipose tissue. Ending the day with a cold shower not only may lower blood glucose after dinner but also programs mitochondria for greater metabolic flexibility. He ties this to the circadian stacking plan, where glucose is consumed at dinner, then rapidly cleared by post-meal movement and cold exposure.

DeLauer cites a 2020 Nutrients study showing that people who ate more calories and carbs earlier in the day had better insulin sensitivity. He then introduces the contrarian caveat: if you are metabolically broken, you actually want to avoid carbs when your body is most insulin-sensitive so that you force it to use stored fat. Evening carbs, in this model, serve a strategic purpose — they help with sleep and replenish glycogen after a day of low-carb fat burning, without causing the same level of metabolic disruption because the body is preparing for rest and repair. He integrates this with the other protocols: morning walk, calcium water during the day, fructose+glycine primer before dinner, post-meal walk, cold shower.

When blood glucose rises, the beta cell's electrical charge changes, opening L-type calcium channels. The rapid first phase of insulin secretion depends entirely on this calcium surge. Without enough calcium, the signal is weaker and the pancreas may need to pump out more insulin later, contributing to hyperinsulinemia and resistance. DeLauer cites a study in Cell Calcium that confirmed this mechanistic dependency. He suggests that sipping high-calcium mineral water (Gerolsteiner, San Pellegrino) throughout the day or consuming kefir provides the raw material for a crisp response. He warns against calcium supplements, referencing the American Heart Association's concern about coronary artery calcium, and instead recommends food sources like sardines with bones, kefir, and cottage cheese.

DeLauer describes a Diabetes Care study in which adults with type 2 diabetes were given a glucose drink; adding 7.5 g of fructose reduced the overall blood sugar response by 14%. The mechanism: fructose arrives at the liver first and stimulates hepatic glucokinase, an enzyme that phosphorylates glucose and traps it inside the hepatocyte, accelerating glycogen synthesis. This means less glucose remains in the bloodstream during the subsequent meal. He emphasizes the dose makes the poison — this is a pre-meal tactical primer, not a free pass to eat fructose all day. His preferred vehicles are a teaspoon of raw Manuka honey or a small handful of berries, because berries provide fiber and polyphenols that add further glucose-modulating effects.

DeLauer describes a study where glycine treatment led to an 80–130% increase in beta cell numbers. Glycine acts through the PI3K/mTOR C1 pathway to signal growth and replication of pancreatic beta cells, essentially expanding the factory that produces insulin. This doesn't just acutely lower glucose; it increases the body's capacity to handle future metabolic stressors like poor sleep or cheat meals. He suggests taking 3–5 g of glycine powder before the largest meal of the day, stacked with the fructose primer, to both build the factory and prime the liver.