This Powder Drops Inflammation, Shrinks Fat and Builds Serious Muscle (5g per day)

DeLauer synthesizes a 2021 Nutrients study identifying 7 g as the new sweet spot, an October 2023 meta-analysis showing differential strength gains (upper +10 lbs, lower +25 lbs), and the hypothesis that creatine transporter density varies by muscle group. He notes that androgen receptors also differ, making this plausible. For upper body, a loading phase (20 g/day for a few days then 5 g) forces saturation of fewer transporters; for lower body, a consistent moderate-high dose works because of abundant transporters. He personally titrates his dose based on training focus, stress, and sleep, suggesting flexibility.

DeLauer explains that creatine increases brain phosphocreatine, providing instant energy for demanding cognitive tasks. A 2022 study showed 5 g/day improved memory, particularly in those 65+. For reducing brain oxidative stress and fatigue, 8 g/day increased oxygen delivery and lowered stress markers. The most striking finding: in sleep-deprived subjects, 20 g/day for 7 days restored executive function and mood to near-normal levels. He uses the example of filming many videos in a row as a time to up the dose to 8 g. The 20 g protocol is a rescue intervention, not a daily routine.

As detailed in the whats_new entry, this protocol is based on the discovery that the creatine transporter SLC6A8 is sodium-dependent. Without enough sodium, creatine stays extracellular, causing puffiness. Adding salt or electrolytes can boost uptake by up to 47% and eliminate the cosmetic side effect. DeLauer recommends a teaspoon of salt or an electrolyte product like Element.

DeLauer highlights a July 2024 systematic review of people under 50 that showed, across many studies, an average increase of 2.5 lbs of muscle and a decrease of 1.5 lbs of fat (8%) compared to placebo. Researchers are still investigating the mechanism, but DeLauer speculates it may involve reduced inflammation allowing more efficient lipolysis and fat oxidation. This positions creatine as a dual-purpose supplement for body recomposition, not just bulking.

DeLauer cites a newer study showing women didn't respond as well as men to the same dose. Digging into earlier research, they found women have a 10% higher baseline creatine store in muscle but a 70-80% lower endogenous production rate. This means their muscles are already closer to saturation, so a higher exogenous dose is needed to push beyond that threshold. He recommends women take 10-20% more than the standard male dose, and combining with sodium mitigates water retention concerns.

DeLauer explains that the 2024 study showed no change in bone mineral density, which led many to dismiss creatine for bone health. However, the researchers observed that creatine influenced osteoblast and osteoclast activity to remodel bone architecture, particularly in the femur, making it more resistant to fractures. This remodeling allowed the bone to better handle mechanical loads during exercise, which then further stimulated adaptive strengthening. He describes it as making bone cells 'smarter'—they learn to reinforce areas under stress. This is especially relevant for older adults and athletes looking to prevent stress fractures.

DeLauer calls this his favorite new finding. A 2022 pilot study demonstrated that creatine supplementation increased ATP levels in neutrophils, a type of white blood cell, making them more effective at targeting bacteria and pathogens. Additionally, creatine reduces pro-inflammatory mediators, putting the body in a less inflamed state. He emphasizes that immune cells, like muscle cells, require substantial ATP for their rapid responses, and creatine helps meet that demand. This could have implications for recovery from illness or managing chronic inflammation.

DeLauer references magnetic resonance spectroscopy studies that found low phosphocreatine levels in the prefrontal cortex of depressed individuals. He ties this to the concept that depression and anxiety are 'poor metabolic states' in the brain, as discussed with Dr. Matt Bernstein. By increasing brain phosphocreatine, creatine provides a rapid energy source that may restore normal neuronal function and mood regulation. This is separate from the cognitive fatigue benefits; it's about baseline mood. He suggests that creatine could help 'get over that hump' for those struggling with low mood.

DeLauer presents an October 2023 meta-analysis of 23 studies showing an average 10 lb increase in upper body lifts and 25 lb increase in lower body lifts with creatine. He hypothesizes that leg muscles may have a higher density of creatine transporters, similar to androgen receptor distribution differences. This leads to his dosing strategy: for lower body focus, maintain a consistently moderate-high dose; for upper body, use a loading phase (20g/day for a few days then 5g) to saturate the less dense transporters. He also notes that a 2021 study found 7g as the general sweet spot, but loading benefits upper body more.

DeLauer systematically dismantles myths: Hair loss—a 12-week randomized controlled trial measured DHT, testosterone ratios, and follicle density, finding zero changes. Kidney health—creatinine increases are a normal byproduct, not indicative of damage, even at high doses. Liver—a rat study using absurd doses without exercise caused alarm, but human data show no liver enzyme changes; you'd need hundreds of grams. The one plausible issue is cramping/dehydration, which he attributes to inadequate hydration and electrolyte intake causing creatine to remain extracellular, drawing water out of muscles. Proper sodium and fluid intake prevents this.