But if Sub7 just wants to be bigger.....then the end result is the same yeh?[b said:Quote[/b] (Aaron_F @ Jan. 06 2006,3:16)]Always remember there is little evidence that there is continual and progressive gains in muscle mass from occlusion based training (or any decent stuff showing muscle gains at all..glycogen gains are another thing )![]()
I am not sure how you have concluded that this method increases glycogen storage in the muscle...[b said:Quote[/b] (Aaron_F @ Jan. 06 2006,2:22)]You cant get bigger indefinately with glycogen.
[b said:Quote[/b] ]Always remember there is little evidence that there is continual and progressive gains in muscle mass from occlusion based training (or any decent stuff showing muscle gains at all..glycogen gains are another thing )
[b said:Quote[/b] ]You cant get bigger indefinately with glycogen.
strength gains that directly linked with CSA gains. Glycogen increasing CSA will impact on strength.[b said:Quote[/b] (Actarus @ Jan. 07 2006,9:01)]They also noticed strength gains in the Kaatsu studies which imply fibers hypertrophy.
Muscle protein.[b said:Quote[/b] (NWlifter @ Jan. 07 2006,11:07)]The strength gains some of the studies show, in combination with CSA and protein synthesis, at least to me, leave no doubt about 'real gains'. If that don't mean real... how do we know anything we ever gain is real??
You can when using a good technique. 90% increases in glycogen are pretty significant. As above, why does the CSA decrease the day you stop training? muscle protein?[b said:Quote[/b] ]And from what I've read, even maximizing glycogen you'd be hard pressed to measure external CSA changes.
Obviously we have to take a slice of our muscles and analyze the fibers to really know[b said:Quote[/b] (NWlifter @ Jan. 06 2006,5:07)]The strength gains some of the studies show, in combination with CSA and protein synthesis, at least to me, leave no doubt about 'real gains'. If that don't mean real... how do we know anything we ever gain is real??
And from what I've read, even maximizing glycogen you'd be hard pressed to measure external CSA changes.
Rats can be a very useful model. But to show a small improvement in muscle protein, from a permenant occlusion to a muscle ( and only one of the muscles in the area showed increases) as an example of what is happening to humans performing short term occlusion work is an utter stab in the dark.[b said:Quote[/b] (Dood @ Jan. 07 2006,5:20)]What Aaron is pointing out is that there is no conclusive evidence that the size increase from occlusion is due to permanent changes in contractile tissue as opposed to temporary swelling from glycogen storage, except in one rat study, and Aaron doesn't like rats![]()