Search results for creatine

“The study first gave participants five grams of creatine daily for one week without training, then added 12 weeks of resistance exercise. That design was intended to test whether early water-related changes in lean mass could affect later measurements.”

“In this clip from Dr. Rhonda Patrick's appearance on Mayim Bialik's Breakdown, she explains how creatine supports rapid ATP regeneration through the phosphocreatine system. Creatine's benefits for high-intensity exercise capacity and training adaptation are well established, while brain responses can vary with baseline diet, tissue uptake, dose, and cognitive demand.”

“Creatine did not produce a significant difference in dihydrotestosterone, hair density, follicular-unit count, or cumulative hair thickness compared with placebo. The direct measurements address the original concern more closely than the earlier surrogate result.”

“Creatine supports repeated high-intensity work and can increase training volume, strength, and lean-mass gains when paired with resistance exercise. Daily maintenance doses of 3 to 5 grams are well established for raising and sustaining muscle creatine stores.”

“Dr. Patrick places creatine within healthy aging because resistance training and adequate nutrition counter the loss of muscle, strength, and bone associated with sedentary aging. She also mentions emerging brain research without treating it as established proof for every cognitive outcome.”

“Brain uptake is smaller and more variable than muscle uptake. In a small spectroscopy study, six healthy adults who took 20 grams per day for four weeks had an average increase in measured brain creatine across selected regions.”

“Creatine monohydrate has extensive evidence for increasing high-intensity exercise capacity and supporting training adaptations. Dr. Patrick also describes increasing her own routine intake from 5 to 10 grams as she became more interested in its potential brain effects.”

“In this clip from Dr. Rhonda Patrick's appearance on the Jack Neel Podcast, she extends the energy discussion from muscle to the brain. Brain creatine responds less predictably to supplementation, and the clearest early cognitive signals appear when energy demand is high.”

“Brady Holmer then explains that creatine monohydrate works by building tissue stores rather than acting as an acute stimulant. Consistent daily use can increase intramuscular creatine, improve repeated high-intensity performance, and support strength and training adaptations.”

“The brain makes some creatine locally and regulates entry from the blood through the blood-brain barrier. Dr. Candow therefore expects dose, duration, age, diet, and metabolic stress to influence how much supplemental creatine reaches brain tissue.”