Drop Cortisol in Minutes - Protect Muscle & Shrink Abdominal Fat by Doing This

Chronic high cortisol, common with age, degrades muscle through autophagy and suppresses muscle protein synthesis. An evening dose of glycine addresses the culprit at a time when cortisol should naturally dip. DeLauer emphasizes that managing cortisol is not just about belly fat but about preserving muscle, and glycine is a straightforward, low-side-effect intervention. He also notes that glycine is found in collagen and bone broth, linking it to gut health benefits, but isolated glycine provides a potent direct signal for calming the body.

Cortisol follows a diurnal curve with a spike in the morning. By taking a whole-food-based vitamin C at that time, the intent is to buffer this spike and the ensuing oxidative load. DeLauer stresses whole-food forms over synthetic ascorbic acid, implying better bioavailability and cofactors that enhance its stress-modulating effects. This, combined with nighttime glycine, creates a 24-hour cortisol management strategy.

DeLauer positions omega-3s as a critical dual-purpose supplement: they not only dampen the catabolic environment created by cortisol but also actively ramp up anabolic signaling. The dosage of 2–3g is higher than typical general-health recommendations and is specifically tied to muscle outcomes. He also notes a preference for obtaining omega-3s from fish but acknowledges supplementation is fine. This approach integrates seamlessly with the other cortisol-lowering protocols, creating a synergistic environment for muscle preservation.

DeLauer mentions ashwagandha as an optional addition to the nighttime cortisol-lowering stack, alongside glycine. He acknowledges that individual responses vary, which is consistent with the typical adaptogen experience. It serves as a flexible tool: if well-tolerated, it can further enhance sleep quality and cortisol dip; if not, glycine and carbohydrates may suffice.

DeLauer frames this in opposition to the widespread demonization of insulin, pointing out that a small, controlled insulin spike at the right time serves a restorative purpose. He recommends that those who are not extremely active concentrate their carb intake at night rather than spreading it through the day, to avoid maintaining high insulin levels during sedentary periods while still harnessing its cortisol-lowering benefit when it's most valuable—before sleep. This strategy also supports sleep quality, as elevated cortisol at night is a known disruptor.

DeLauer directly addresses the pervasive myth that creatine harms kidneys, citing strong literature that even 5–20g doses are safe. He advocates for higher doses in aging populations because the benefits become more noticeable at 10–15g and up. He shares his personal strategy of sipping micronized creatine throughout the day to minimize water retention. Additionally, he endorses the Creapure form as the gold standard and mentions a specific product (Create) with an affiliate discount.

DeLauer explains that gut health is a primary driver of the chronic inflammation that literally ‘gums up’ muscle tissue. By removing emulsifiers, the gut barrier can maintain its integrity, preventing the low-level endotoxemia that keeps the immune system in a pro-inflammatory state. This is a foundational step to create an environment where muscle can respond to training and nutrition, rather than being constantly sabotaged by inflammatory signals.

This recommendation works in concert with avoiding emulsifiers. DeLauer underscores that the microbial ecosystem and the mucosal layer are interdependent; feeding the microbes with polyphenols and providing structural amino acids via bone broth or collagen creates a resilient gut barrier. Since he already recommended glycine for cortisol, this doubles as a gut-support strategy—a synergistic overlap that simplifies the supplement protocol.

DeLauer frames meal spacing as a recovery protocol for the gut, not just a calorie-control tactic. He connects the gut barrier’s integrity directly to insulin sensitivity and muscle anabolism: when the gut is leaky, inflammation rises, insulin resistance follows, and muscle protein synthesis is blunted. Simple spacing strategies can, therefore, improve metabolic health and shift the body toward building rather than breaking down.

DeLauer argues that the old advice of moderate protein may no longer suffice once the leucine threshold increases with age. He suggests that many older adults could safely consume 50% more protein and emphasizes protein quality over quantity alone. By combining higher intake with high-DASS proteins, individuals can maximize muscle protein synthesis from every meal without simply eating massive calories.

DeLauer notes that cortisol rises with age, and its catabolic effects are twofold: it promotes belly fat storage via glucocorticoid receptors on visceral fat, and it degrades muscle protein partly through autophagy. While autophagy is often seen as a healthy housekeeping mechanism, in skeletal muscle it can contribute to atrophy when driven by chronically elevated cortisol. This nuance helps explain why older individuals may respond poorly to aggressive fasting protocols that elevate cortisol further. He cautions against frequent fasting for those over 35 and instead suggests managing cortisol directly to preserve muscle.

DeLauer explains that high circulating cortisol suppresses muscle protein synthesis at the translational level, genetically downregulating muscle building. Omega-3s, at doses of 2–3g per day, counteract this in two ways: they reduce the inflammation that follows cortisol elevation and can directly blunt cortisol itself, and they activate the p70S6K phosphorylation complex, which is a key step in initiating muscle protein synthesis. By addressing both the catabolic signal and the anabolic machinery, omega-3s help tilt the balance back toward muscle gain.

DeLauer points out that chronically high cortisol at night disrupts circadian balance and keeps the body in a catabolic state. Since insulin directly suppresses cortisol secretion, consuming 50–100g of carbohydrates in the evening creates a small insulin spike that helps bring cortisol down, allowing proper sleep onset and overnight recovery. He recommends against eating carbs all day unless one is highly active, instead concentrating them at the last meal to harness this cortisol-lowering effect without excessive insulin exposure during sedentary periods.

Using a visual of the inflammatory cascade, DeLauer explains that when NF-κB is turned on by chronic inflammation, the immune system diverts resources away from muscle building and toward fighting the perceived threat. The muscle tissue itself can become fibrotic—replaced by connective tissue—which reduces contractile capacity and power output. This is why older individuals may feel that their muscles ‘just don’t work as well.’ The root, he argues, often lies in a compromised gut mucosal layer that allows inflammatory triggers to leak through, so addressing gut health becomes a foundational step for muscle preservation.

The recommendation is to approach near-failure in the full range of motion and then add a few partial reps in the stretched position to further stimulate muscle protein synthesis without pushing the nervous system to its absolute limit. This technique can be especially useful as one ages, when recovery capacity declines and the risk of overuse injuries rises. It adds a novel layer to the advice on programming for muscle preservation beyond just eating more protein.