OMR SUBCAGE [subframe cages]
Re: OMR SUBCAGE [subframe cages]
and I dont wanna have to do this **** again
Re: OMR SUBCAGE [subframe cages]
I try to get my *** motivated enough to hit the gym but Im in such a funk w everything going on that I just cant do it. When I do start though, I feel good and keep up with it for a while and then **** gets in the way. Thats nuts though - he smokes daily or just once in a while?
Re: OMR SUBCAGE [subframe cages]
He wants to flush his system, without killing himself, he can continue his intake of liquid without depleting his electrolytes with gatorade. My doctor recommended gatorade to increase my blood pressure because it is high in sodium.
Re: OMR SUBCAGE [subframe cages]
Im on the cranberry juice now. My stomach is rumbling though from all the water
Re: OMR SUBCAGE [subframe cages]
I try to get my *** motivated enough to hit the gym but Im in such a funk w everything going on that I just cant do it. When I do start though, I feel good and keep up with it for a while and then **** gets in the way. Thats nuts though - he smokes daily or just once in a while?
Re: OMR SUBCAGE [subframe cages]
Re: OMR SUBCAGE [subframe cages]
I like to learn stuff. Read a lot. I used to be into body building, and I'm the nerd that won't trust the hulk behind the counter when he says buy this - I will read up on how the body actually works and what you are really ingesting. Plus I like chemistry and biology a lot. I am a plethora of useless knowledge
Re: OMR SUBCAGE [subframe cages]
ATP is the immediate source of energy for muscle contraction. Although a muscle fiber contains only enough ATP to power a few twitches, its ATP "pool" is replenished as needed. There are three sources of high-energy phosphate to keep the ATP pool filled.
* creatine phosphate
* glycogen
* cellular respiration in the mitochondria of the fibers.
Creatine phosphate
The phosphate group in creatine phosphate is attached by a "high-energy" bond like that in ATP. Creatine phosphate derives its high-energy phosphate from ATP and can donate it back to ADP to form ATP.
Creatine phosphate + ADP ↔ creatine + ATP
The pool of creatine phosphate in the fiber is about 10 times larger than that of ATP and thus serves as a modest reservoir of ATP.
* creatine phosphate
* glycogen
* cellular respiration in the mitochondria of the fibers.
Creatine phosphate
The phosphate group in creatine phosphate is attached by a "high-energy" bond like that in ATP. Creatine phosphate derives its high-energy phosphate from ATP and can donate it back to ADP to form ATP.
Creatine phosphate + ADP ↔ creatine + ATP
The pool of creatine phosphate in the fiber is about 10 times larger than that of ATP and thus serves as a modest reservoir of ATP.
Damn, that's spendy.
Re: OMR SUBCAGE [subframe cages]








