Creatine. It is the most well known, as well as the most studied
supplement in the industry right behind whey. There are studies going
back decades with pretty conclusive evidence that points to creatine
being extremely safe. But if creatine has so many studies, then why does
it have so much opposition? My opinion is that most opposition is due
to a lack of understanding. Average people do not understand creatine.
When a 12 year old boy wants to start lifting weights and tells their
mom they want to buy a magical powder that will make him big and strong,
his mom is absolutely correct to worry. After all, something that makes
you build muscle and strength is probably a steroid, right? Possibly.
But that is not what creatine does.
Is Creatine a Steroid?
The
short answer: Absolutely not. To understand why creatine is not a
steroid, you must first understand what a steroid actually is.
What are Steroids?
Why
is it that males are almost always more muscular than females? Why can a
man naturally be 200 pounds of muscle, but a woman will never naturally
reach that level of muscularity? Simply put, males naturally produce a
hormone called testosterone. You have most likely heard of it.
Testosterone is what makes a man a man. It's what causes his deep voice,
body hair, facial hair, strength, and what we think of as masculine
instincts. It's what causes males to fight over females, in human social
settings and in nature. A performance enhancing steroid is basically
synthetic testosterone, or other synthesized hormones that are actually
more anabolic than testosterone. Some steroids are not even found in
nature. Steroids can carry some nasty side effects and a lot of health
risks later on in life.
What is Creatine?
So now that we have a basic understanding of what steroids are, what is creatine?
Creatine
is found in almost every animal, including humans. We get it from meat
and we naturally synthesize it. Creatine is a completely natural organic
acid that provides cellular energy to your cells. It is found in the
highest concentrations in muscle cells. Creatine and steroids can not
even be compared. One works hormonally, one works inside of your cells
naturally. Creatine will not make you superhuman like steroids. Steroids
can push your body past physiological limits. With years of training
and a perfect diet might be able to be a little over 200 lbs of lean
muscle naturally. With steroids you can put on another 20-50 pounds. If
you are pushing your body past a natural limit, you are putting multiple
organs under extreme stress, especially your heart. Creatine does no
such thing. Creatine will indirectly help you add strength and mass by
allowing your muscle cells to work just a bit harder.
How Does Creatine Work?
If
you were awake for high school biology, you probably learned about
cellular energy. Adenosine triphosphate (ATP), glucose, cellular
respiration, and all of that fun stuff. If not, I will give you the
brief rundown.
You cells contain a bit of a molecule called
adenosine triphosphate. You cell generates energy by breaking a
phosphate bond in the mitochondria. Any time a bond is broken, energy is
released. The adenosine triphosphate then becomes adenosine diphosphate
(ADP), and needs to find another phosphate atom to bond with so that it
can break it in the mitochondria. Creatine bond with phosphate and
becomes phosphocreatine, which is stored in the cells. Phosphocreatine
can rapidly turn ADP into much needed ATP. That ATP can then go break
another bond for cellular energy.
Think of your cells as a steam
engine train. The ATP represents a worker that has a shovel full of
coal, while the ADP represents a worker with an empty shovel. The ADP
worker has to go to the next car over to get a shovel of coal to put in
the fire to keep the train running. Creatine would represent a supply of
coal in the same car as the fire. The ADP worker would have to walk a
few feet instead of to the next car over to get the much needed coal,
which represents phosphate. It is a natural function of life. Creatine
is already working in your body keeping your cells alive and energized.
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