Your posting THAT?[b said:Quote[/b] (Actarus @ Nov. 27 2005,2:53)]yes it does
=> The huge majority of studies don't show differences.
http://www.21minutefitness.com/docs/arthurjones.pdf
maybe you should quit while your behind. becuase it is a worthless pos paper
Besides that paper being a worthless POS, show us the link to the reduction in PS.[b said:Quote[/b] ]=> again look at this link above for a review of studies. There is even a study (not in the link above) which shows that 6x per week reduce protein synthesis compared to lower frquency.
did I say it was?[b said:Quote[/b] ]=> ok deload or rest/recovery but it was NOT the purpose of the SD !
So the weight has to bve heavy enough, but load isnt important?[b said:Quote[/b] ]=> as long as the weight is heavy enough (probably up to 15-20RM or more) to reach full recruitment studies don't show differences.
So they need tension? what do they create the tension against? a load perhaps?[b said:Quote[/b] ]=> Fibers don't feel the tension of the weight they generate their own tension and fatigue progressively as they contract.
fatigue based hypertrophy follows a slightly different pathway to the tension focussed pathway.
So in some situations it does?[b said:Quote[/b] ]=> If the degre of inroad/fatigue is the same both concentric and eccentric contractions will elevate protein synthesis to the same degre. Damages aren't an hypertrophy factor.
While I have seen this study before, i will ask this again. Who would do eccentric exercise with 80% of their concentric maximum... what a waste of time.[b said:Quote[/b] ]Myofibrillar disruption following acute concentric and eccentric resistance exercise in strength-trained men