If you’re going to claim to improve hypertrophy, measure hypertrophy. (P.S. Your experiment has to be replicable)
There’s been lots of attention to one of the latest studies out of McMaster University on low-load high volume resistance exercise and protein synthesis. I, for one, am not beneath jumping on bandwagons of any kind. However, let’s strike to the core of the matter, as opposed to dancing around all the peripheral (and also somewhat inconsequential) criticisms of the study.
Burd NA, West DWD, Staples AW et al. Low-load high volume resistance exercise stimulates muscle protein synthesis more than high-load low volume resistance exercise in young men. Public Library of Science 5(8): e12033, 2010.
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I was going to write a review of the Harris study on beta-alanine, but after reading it in detail, I realized it wasn’t a randomized controlled trial at all, but rather a physiological study, with biochemical outcomes, but no “functional” ones. And despite the fact that one of their experiments was a “quasi” randomized controlled trial, I haven’t got a lot to say about it because this was not a study to look at the effectiveness of BA, but rather to profile its effects. On the up side, there was a rather nice recipe for chicken broth–which is where they got their beta-alanine for one of the experimental groups:
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