Tuesday 2 September 2014

Intensity & Training to Failure [Muscle Gain] • Myosynthesis

Intensity & Training to Failure [Muscle Gain] • Myosynthesis



The good news is that damn near anything can work. 



Train heavy, train light, and rotate through them.


In Conclusion

  • There’s a volume component to hypertrophy. Mechanical work, as
    determined by volume load (load * reps), is the trigger for growth.
    Intensity is only a permissive factor; you need your weights to be
    ‘heavy enough’ but you also need to do enough reps with those weights.
  • The fatigue element is important, perhaps more than the actual
    weight used (as long as the weight is above a minimum threshold). Using
    various rep ranges is likely useful to avoid staleness, and can be
    productive as long as effort is high and you train to a high percentage
    of your maximum ability. If you’re using RPE scores, train to a point
    where you only have 1-2 reps left, and occasionally go all-out for
    maximum reps.
  • Higher reps make it easier to rack up volume. Lower reps are better
    at building strength. Using a combination of low and high reps can
    attack the problem from different directions, and rotating between the
    two helps avoid staleness.
  • You don’t have to limit yourself to dynamic contractions. This
    method of constant-tension, peak-contraction training appears to work
    with isometrics and partial movements as well as anything.
ResearchBlogging.org
Burd
NA, West DW, Staples AW, Atherton PJ, Baker JM, Moore DR, Holwerda AM,
Parise G, Rennie MJ, Baker SK, & Phillips SM (2010). Low-load high
volume resistance exercise stimulates muscle protein synthesis more than
high-load low volume resistance exercise in young men. PloS one, 5 (8) PMID: 20711498



Goldspink
G, & Howells KF (1974). Work-induced hypertrophy in exercised
normal muscles of different ages and the reversibility of hypertrophy
after cessation of exercise. The Journal of physiology, 239 (1), 179-93 PMID: 4855427



Goldberg AL, Etlinger JD, Goldspink DF, & Jablecki C (1975). Mechanism of work-induced hypertrophy of skeletal muscle. Medicine and science in sports, 7 (3), 185-98 PMID: 128681