The headline is appealing if you are getting back into training, navigating a busy schedule, or trying to make a supplement decision after seeing a viral post. The useful question is how creatine fits into your routine—and what evidence would justify changing that routine.
What did the new creatine study test?
The Texas A&M trial tested 10 grams of creatine monohydrate daily for 12 weeks. Published August 11, 2026, the analysis included 64 sedentary adults aged 45–65. Participants chose exercise-plus-diet or no intervention; creatine versus placebo was randomized and blinded within those groups. [1]
What happened to lean tissue?
Both creatine groups gained more measured lean tissue than their placebo comparators. Week-12 means appear below. [1]
| Group | Participants | Lean-tissue change |
|---|---|---|
| No exercise + placebo | 13 | −0.16 kg |
| No exercise + creatine | 13 | +1.10 kg |
| Exercise + diet + placebo | 18 | +0.14 kg |
| Exercise + diet + creatine | 20 | +1.27 kg |
Does more lean tissue mean more muscle?
DXA lean tissue is not a direct measurement of newly built muscle protein. Changes in body water can affect lean-mass measurements, which matters when evaluating creatine. A separate 2025 randomized trial was specifically designed to investigate this issue. [2]
That trial included 63 adults and used 5 grams of creatine daily. After a seven-day period without resistance training, the creatine group had gained about 0.51 kg more measured lean mass than controls. During the subsequent 12 weeks of training, the groups did not differ significantly in additional lean-mass growth. The control group received neither creatine nor a placebo, an important design limitation. [2]
The lesson is about measurement: an early increase in lean mass should not be labeled entirely as muscle hypertrophy. It also should not automatically be dismissed as entirely water. A scan alone cannot settle the split. For a closer explanation, read Can Creatine Change Your DEXA Scan Results?
Does this mean creatine works better than training?
The study does not establish that creatine replaces exercise. Exercise participation was self-selected, and the exercise program included a calorie-restricted diet. The headline comparison therefore changes more than supplementation. [1]
When reading a comparison, ask what stayed the same. Comparing creatine with placebo within one program is more informative about supplementation than comparing a supplement-only group with people doing a different activity and eating program.
Our practical recommendation is to keep movement in the plan. CDC guidance calls for adults to get at least 150 minutes of moderate-intensity aerobic activity weekly, or an equivalent amount of vigorous activity, plus muscle-strengthening work on at least two days. Those recommendations address broader health goals than a single body-composition number. [3]
Should you start taking 10 grams of creatine?
A study dose is not automatically the best daily dose for every reader. NIH's Office of Dietary Supplements describes commonly used creatine protocols that include 3–5 grams daily for maintenance. Creatine monohydrate is the form used in most of the exercise research. [4]
Creatine helps supply energy for repeated high-intensity efforts, making strength and training capacity relevant outcomes alongside body-composition scans. NIH also notes that individual responses vary and that water-related weight gain can occur. A heavier scale reading alone is therefore a poor way to judge whether a supplement is helping your goals. [4]
Follow the directions on your product and discuss a higher-dose plan with a qualified clinician, particularly if you have a medical condition or take medication. For background, see How Much Creatine Should I Take?
What about brain health and blood markers?
The trial's individual cognitive and blood-marker findings were exploratory. They need confirmation; the paper does not establish disease prevention. [1]
A useful reading habit is to identify the exact outcome behind a claim. Performance on a memory task, a laboratory result, day-to-day functioning and prevention of a diagnosed disease answer different questions. Before changing a health routine, look for evidence that measures the outcome you actually care about.
How should you use this information?
Use the study as a reason to evaluate creatine thoughtfully, while keeping your training and nutrition goals clear. We would track the routine you can repeat, the work you perform in training and how you feel over time, rather than treating one scan or scale reading as the entire result.
- Choose a clear goal. Better performance in repeated sets is a different goal from a lower scale weight. Decide what improvement would matter to you.
- Keep a simple record. Note when you start a supplement and any other changes to training or food intake. That makes later changes easier to interpret.
- Read the label. Compare the ingredient, serving size and directions before choosing a product. A research headline cannot answer those product-specific questions.
For an overview of the ingredient, read Creatine: Everything You Need to Know.
Sources
- Chun and colleagues, 2026: creatine with and without an exercise-and-diet intervention. Journal of the International Society of Sports Nutrition. DOI: 10.1080/15502783.2026.2716273.
- The Effect of Creatine Supplementation on Lean Body Mass with and Without Resistance Training. Nutrients, 2025;17:1081.
- CDC: Adult Activity Guidelines.
- NIH Office of Dietary Supplements: Exercise and Athletic Performance.
