Mike Echanis
New Member
This is what Drew Baye had to say about HST on Dr Darden's HIT website. Care to comment Brian?
"I've spoken with a few people far more knowledgeable regarding the research than Bryan, and most of them say he took quite a few things out of context, and was very selective in which research he chose to reference and ignored anything that couldn't be interpreted in a way that supported the program.
I also get the feeling it was developed to generate a buzz for the supplements. Not that it wouldn't work for some people, but there really isn't any scientific basis for the different rep ranges, etc. In fact, research shows little difference in results between different rep ranges.
Of course, the studies deal with the average results. If we look at extreme responders at both end of the spectrum, there are probably some people who'll respond better to higher, and some to lower reps.
This is something that should be determined for each individual. Varying the rep ranges every few weeks might have been a hit and miss attempt to make sure that you at least had people using an appropriate rep range for them part of the time, but there's no reason to vary it the way they do.
Drew Baye
02/15/06
10:12 PM
Also, the entire training for strength verus training for hypertrophy thing is complete BS. Train to get stronger, and you'll get as big as your genetics allow. Increases in muscle size relative to strength gains are dictated by genetics, not by how you train.
Apparently, if you're getting stronger, you will get X amount bigger relative to the strength increase, regardless of how you're training to get stronger. Some people make great size gains relative to their strength gains because they have less efficient muscles - more tissue is needed to produce the same increase in strength.
Those with greater "muscle quality" can increase strength much more without the same increase in size.
Whether you're better cut out for bodybuilding or for strength sports with weight divisions all comes down to what your parents gave you at birth.
The research on this will be addressed at the HIT conference in April. A lot of bad ideas and persistent myths are going to be put to bed permanently over the next few years with all the research on genetics coming out.
It's going to be very interesting to see people's response to this, since many claiming to be experts have said quite a bit about training for strength versus size that turns out to be just plain wrong.
For just one example of this, check out
http://jap.physiology.org/.../full/97/6/2214
Association of interleukin-15 protein and interleukin-15 receptor genetic variation with resistance exercise training responses
"RESISTANCE EXERCISE TRAINING (RET) is well known to result in marked increases in muscle mass and strength, but the responses to a standardized program are considerably variable among individuals (19).
Our understanding of the characteristics that account for this interindividual variability in muscle responses is limited. The Molecular Epidemiology of Resistance Exercise Training (MERET) study was designed to examine environmental and genetic contributions to these variable muscle responses in young men and women.
The present report examined the association of genetic variation in the IL-15 receptor-{alpha} to muscle responses to 10 wk of high-intensity resistance training as well as the plasma changes in IL-15 protein in response to acute and chronic resistance exercise..."
The rest is a very, very interesting read. "
"I've spoken with a few people far more knowledgeable regarding the research than Bryan, and most of them say he took quite a few things out of context, and was very selective in which research he chose to reference and ignored anything that couldn't be interpreted in a way that supported the program.
I also get the feeling it was developed to generate a buzz for the supplements. Not that it wouldn't work for some people, but there really isn't any scientific basis for the different rep ranges, etc. In fact, research shows little difference in results between different rep ranges.
Of course, the studies deal with the average results. If we look at extreme responders at both end of the spectrum, there are probably some people who'll respond better to higher, and some to lower reps.
This is something that should be determined for each individual. Varying the rep ranges every few weeks might have been a hit and miss attempt to make sure that you at least had people using an appropriate rep range for them part of the time, but there's no reason to vary it the way they do.
Drew Baye
02/15/06
10:12 PM
Also, the entire training for strength verus training for hypertrophy thing is complete BS. Train to get stronger, and you'll get as big as your genetics allow. Increases in muscle size relative to strength gains are dictated by genetics, not by how you train.
Apparently, if you're getting stronger, you will get X amount bigger relative to the strength increase, regardless of how you're training to get stronger. Some people make great size gains relative to their strength gains because they have less efficient muscles - more tissue is needed to produce the same increase in strength.
Those with greater "muscle quality" can increase strength much more without the same increase in size.
Whether you're better cut out for bodybuilding or for strength sports with weight divisions all comes down to what your parents gave you at birth.
The research on this will be addressed at the HIT conference in April. A lot of bad ideas and persistent myths are going to be put to bed permanently over the next few years with all the research on genetics coming out.
It's going to be very interesting to see people's response to this, since many claiming to be experts have said quite a bit about training for strength versus size that turns out to be just plain wrong.
For just one example of this, check out
http://jap.physiology.org/.../full/97/6/2214
Association of interleukin-15 protein and interleukin-15 receptor genetic variation with resistance exercise training responses
"RESISTANCE EXERCISE TRAINING (RET) is well known to result in marked increases in muscle mass and strength, but the responses to a standardized program are considerably variable among individuals (19).
Our understanding of the characteristics that account for this interindividual variability in muscle responses is limited. The Molecular Epidemiology of Resistance Exercise Training (MERET) study was designed to examine environmental and genetic contributions to these variable muscle responses in young men and women.
The present report examined the association of genetic variation in the IL-15 receptor-{alpha} to muscle responses to 10 wk of high-intensity resistance training as well as the plasma changes in IL-15 protein in response to acute and chronic resistance exercise..."
The rest is a very, very interesting read. "