And unlike many compounds that show up in longevity conversations, creatine is not new, exotic, or particularly expensive.
There are very few supplements that have been studied for this long in this many people and still seem almost too boring to generate much excitement.
So creatine has traditionally been associated with bodybuilding and sports performance.
But that description is becoming increasingly incomplete because fundamentally, creatine is not primarily a muscle building molecule.
And once you understand that, the muscle effects make sense and the emerging brain story starts to make sense, too.
And one of the principal currencies cells use to pay for that energy is ATP, adenosine triphosphate.
During something like heavy sets of squats, ATP demand rises extraordinarily quickly.
Your muscles, therefore, maintain a reserve system involving creatine and phosphocreatine.
So phosphocreatine can rapidly donate a phosphate group to help regenerate ATP.
So think of it less like the battery that powers the entire house and more like an immediately available backup battery that can respond when energy demand suddenly spikes.
But critically, creatine and phosphocreatine also exist in the brain, where maintaining energy availability is obviously extremely important.
And unlike many compounds that show up in longevity conversations, creatine is not new, exotic, or particularly expensive.
There are very few supplements that have been studied for this long in this many people and still seem almost too boring to generate much excitement.
So creatine has traditionally been associated with bodybuilding and sports performance.
But that description is becoming increasingly incomplete because fundamentally, creatine is not primarily a muscle building molecule.
And once you understand that, the muscle effects make sense and the emerging brain story starts to make sense, too.
And one of the principal currencies cells use to pay for that energy is ATP, adenosine triphosphate.
During something like heavy sets of squats, ATP demand rises extraordinarily quickly.
Your muscles, therefore, maintain a reserve system involving creatine and phosphocreatine.
So phosphocreatine can rapidly donate a phosphate group to help regenerate ATP.
So think of it less like the battery that powers the entire house and more like an immediately available backup battery that can respond when energy demand suddenly spikes.
But critically, creatine and phosphocreatine also exist in the brain, where maintaining energy availability is obviously extremely important.
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