Supplements

How & When to Take Creatine: The Best Time (Plus 4 Benefits)

How & When to Take Creatine: The Best Time (Plus 4 Benefits)

For the past 20 years, creatine has been a bestselling supplement in the health and fitness world. 

And for good reason: few supplements are as safe, or as well-supported by credible research.

But what’s the best method to take it, and how should you time your creatine dose? Instead of relying on bro-science, we’ve done a deep dive into peer-reviewed research. 

Keep reading to learn the basics about creatine, all the reasons to consider taking it, and everything you need to know about timing your creatine intake.

What is Creatine? 

Creatine is a popular sports supplement, as well as a naturally-occurring compound your body uses for energy production during physical activity.

Dietarily, you can obtain creatine from foods like steak (which contains about 3 grams per pound when cooked rare), but it’s not an essential nutrient[*]. In other words, your body can still produce enough creatine to survive, even if you obtain little or none from your diet.

steak creatine

Your body makes creatine from the amino acids arginine, glycine, and methionine. Your kidneys and liver are the major producers of creatine, making around 1 gram per day from the foods you eat[*].

Approximately 95% of the creatine in your body occurs in your muscles, while the remaining 5% is found in the brain, liver, kidney, and (for men) testes[*]. 

How Does Creatine Work?

In your body, creatine’s primary role is to recycle energy. 

During high-intensity muscle contractions (for example, weight training or sprinting), the high-energy molecule adenosine triphosphate (ATP) is broken down into a less-energetic molecule called adenosine diphosphate (ADP). 

After about 10 seconds of strenuous activity, a lack of available ATP reduces your power output. In other words, without enough ATP to fuel muscle cells, your body slows down and becomes less explosive.

However, the creatine inside your muscle cells helps increase the energy available to your muscles.

As creatine does its job, it transfers phosphate groups to ADP molecules, which helps convert them back to ATP. As a result, creatine in your muscles changes rapidly from phosphocreatine to free creatine during activity, then back again[*].

By helping to recycle ADP back into ATP, creatine gives your body the ability to generate a higher power output and sustain it for extended periods.

Not only that, but when you take creatine orally as a supplement, it elevates your body’s creatine levels far more effectively than diet and natural production alone. 

For example, whereas a 154-pound male typically has about 120-140 grams of creatine in his body naturally, the same individual could attain total creatine levels upwards of 230 grams through supplementation[*][*].

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