ATP isn't all the instable, and I wouldn't say that it's impossible, I just don't think it's very likely. In order to make it an injectable, you would have to inject it IV. It wouldn't work if it were injected IM, at least not for your whole body, only for that muscle. And making it orally wouldn't work. Your best bet would be to make it as an inhaler. Then you have look at the idea of, "what's the benefit?" I don't see any real benefit to adding more ATP. You would think that it will allow you to work out longer or harder, but it won't allow your muscle fibers themselves be able to deal with the extra load. Best case, you overtrain and don't realize that you've overtrained until it's too late. Then you have the problem with all of the waste it will cause. Your body breaks down the phosphate chains in order to generate heat and resulting energy, kinda like an atomic bomb does, but your body doesn't use the phosphate itself. Once the chains are all broken and you are left with individual phosphate molecules, your body has to get rid of it or it will poison the muscle. How will your body get rid of all the extra phosphate? The body has enough problems get rid of what phosphate is there already. The indocrine system is taxed enough already and by design isn't meant to handle but so much waste.
This really should be brought up in another thread if people want to talk about it more. Seems a little far fetched to me, but not impossible.
Reply With Quote