webvan said:
It does seem that by 2006 he'd given up on the ridiculous muscle mass that didn't achieve much for him...
@Bavarianrider - the calves, the calves, in 1997 they were still as skinny as in 1996 ;-)
its nigh on impossible to lose functional muscle mass/tissue unless you take some of these new drugs like AOD9604/lipotropin , and what Ullrich had in his calves and buttocks and hamstrings/quads, was functional tissue. That is why it is BS when Froome Horner Wiggins turn up 10% lighter when a significant proportion of that weight, is functional tissue. To lose that type of tissue, you need to be in such caloric deficit, and to be in such caloric deficit, you will not be able to train at peak fitness. then you will not be able to burn the tissue. its a feedback loop.
you cant lose functional muscle, when you need that muscle to be at 100% in pro sport.
This is why, Usain Bolt, he world record set in Beijing, will be the fastest he will ever go, because he is about 6'5" and 94 kg. At Beijing, he was about 88kg.
Now he has to get out of the blocks, and accelerate that extra 6kg of muscle, to terminal velocity. Do the applied physics calculation and summation of that. Once he reaches terminal velocity, i think the weight does not become a barrier, in fact, it might help for speed endurance at that speed.
And it might be good for the last few kmph in the terminal velocity, the extra muscle. But it slows him down getting up to the terminal velocity. Even if all 6 kg, is 100% muscle, and functional (as it no doubt is)
Putting on the extra weight will impinge Bolt's time and speed. But all the androgens and new peptides and growth factors, it was not in Bolt's ability to maintain a low bodyweight. He could not have maintained the 88kg 9'5" phsique. All the hgh and other roids and testo and growth factors, he was always gonna outgrow the 88kg.
Like Der Kaiser's calves and legs and b utt. It was always gonna get more muscle that could not be lost. Unless he could acess the new drugs to market that Wiggins and Froome and Horner have been able to access.
http://en.wikipedia.org/wiki/Lipotropin
http://www.abc.net.au/science/articles/2013/07/26/3811053.htm