The Creatine Science Just Got Way More Crazy

Thomas DeLauer
Thomas DeLauerJun 21, 2026

Why It Matters

Personalized creatine dosing unlocks broader health gains, reshaping supplement strategies for athletes, biohackers, and metabolic‑health consumers alike.

Key Takeaways

  • Creatine dosing should be personalized via self‑experimentation and tracking.
  • Loading phase (20 g) optional; maintenance ranges 3‑8 g for most.
  • Benefits plateau around 8 g, but some respond to micro‑doses.
  • Creatine acts as cellular energy‑grid, shuttling phosphate faster than ATP.
  • Potential cognitive and metabolic effects hinge on mitochondrial energy distribution.

Summary

The video explores the evolving science of creatine, focusing on how dosing strategies can be optimized for sleep, strength, cognition, and metabolic health. Host Chris Masterjohn argues that traditional protocols—an optional 20 g loading phase followed by 3‑5 g maintenance—are merely a starting point, and that individuals must tailor intake based on personal response metrics. Key insights include the observation that a loading dose accelerates benefits, but many users achieve maximal effect around 8 g per day, with diminishing returns beyond that point. Some individuals even experience measurable improvements at micro‑doses as low as 100 mg, highlighting a wide dose‑response spectrum. Masterjohn recommends starting at the minimum trial‑based dose, tracking a chosen health marker (e.g., sleep quality or strength), and incrementally increasing by one gram until the benefit plateaus. Notable examples feature Masterjohn’s own sleep study, where 20 g boosted sleep markedly, yet 8 g sustained most of the gain long‑term. He also explains creatine’s role as an intracellular energy‑grid, shuttling phosphate up to 2,000 times faster than ATP, thereby supporting mitochondrial energy distribution in muscle, neurons, and other cells. This mechanistic view expands creatine’s relevance beyond explosive sports to endurance performance, cognitive function, and even insulin‑resistance mitigation. The implications are clear: consumers and clinicians should adopt a data‑driven, individualized approach to creatine supplementation, and manufacturers have an opportunity to market flexible dosing formats—such as low‑dose gummies—to capture a broader market seeking both athletic and cognitive benefits.

Original Description

Save up to 54% off Create's Creatine Gummies with Code TDLCREATE: http://trycreate.co/pages/thomas-fb
Mitochondrial Testing: https://www.mito.me/
This video does contain a paid partnership with a brand that helps to support this channel. It is because of brands like this that we are able to provide the content that we do for free.
Please check out the new Shorts channel, DeLauer Clips and Workouts, here: https://www.youtube.com/channel/UCQPQImPsw74KhO0Zy2-leyA/videos
Please Subscribe to my Email Newsletter Here: https://www.thomasdelauer.com/life-optimization-tactics/
Follow More of My Daily Life on Instagram: http://www.Instagram.com/ThomasDeLauer
Timestamps ⏱
0:00 - Intro
0:14 - Creatine Dosing
2:30 - Loading Dose, Maintenance Dose & How to Self-Experiment
5:46 - Does Body Size Change How Much Creatine You Need?
7:01 - 54% Off Create Creatine Gummies
8:08 - Creatine as the Mitochondrial Energy Grid
9:18 - How Creatine Actually Shuttles Energy in the Cell
13:21 - Why Creatine Matters More in Some Cells Than Others
17:55 - Creatine, Gut Health & the Enterocytes
25:31 - Could Creatine Downregulate Your Own Production?
27:30 - Dependency Risk
32:21 - The Sleep Study, Brain Puzzles & the Limits of Generalizing From Trials
36:15 - Is Loading Worth It & Why Women May Need to Load More
38:47 - Where to Find More of Chris

Comments

Want to join the conversation?

Loading comments...