
SendMePicsToRate
mogs to the cretaceous period and back
- Joined
- Jan 22, 2021
- Posts
- 7,585
- Reputation
- 7,764
Link to page:
journals.lww.com

Maximizing Hypertrophy: Possible Contribution of Stretching ... : Strength & Conditioning Journal
SUCH INCREASE THE EFFECT OF VARIOUS NEUROMECHANICAL AND METABOLIC STIMULI THAT ARE THOUGHT IMPORTANT TO HYPERTROPHIC ADAPTATION. THIS REVIEW WILL EXPLORE THIS CONTENTION BY BRIEFLY DISCUSSING THEMES AROUND STRETCH AND RESTRICTED BLOOD FLOW, HORMONE RELEASE, SIGNALING PATHWAYS, STRETCH ACTIVATION...

From the literature reviewed, both passive and active stretching will influence the time under tension and the associated neuromuscular, metabolic, and/or hormonal responses. Active stretching by the nature of the added contractile activity should provide greater time under tension and hence adaptational effect. With regard to hypertrophy, it is unlikely that hypertrophic adaptation is caused by one single mechanism, and more likely, it depends on the integration of multiple local and systemic factors, which are influenced by the mechanical stimuli presented to the muscle and the resultant hormonal and metabolic responses. The tension developed within a session (i.e., the magnitude and time under tension) appears to be the critical mechanical stimuli in this process.
Our understanding of how to develop tension throughout the work period during resisted strength training has been well researched, that is, using slow contraction velocities (slow tempos), maximizing both the eccentric and the concentric contraction duration. However, it has been argued that there seems compelling reasons to stretch (active and/or passive) during the interset rest periods while hypertrophic strength training, as it is likely to increase the total time under tension of the muscle, which may have a number of mechanical, neural, metabolic, and hormonal advantages compared with not stretching.