[quote]ronald1919 wrote:
[quote]Apoklyps wrote:
[quote]ronald1919 wrote:
people talk about genetics too much on here
yes it determines factors like bone structure muscle shape…ect
but all of these things pale when you have someone walking around with 10x your test level
there is no way genetics trump drugs I dont care if u were made from the semen of arnold and coleman combined
what about guys who just respond amazingly well to drugs ? no side effects + amazing gains. They can start out with the shittiest genetics possible but they blow up faster than anyone else on drugs
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Seriously??? Let’s look at some genetic extremes here and see if you can still make that statement. Have you ever seen that little boy in Germany with a genetic myostatin deficiency? Or Belgian Blue cattle? Let’s compare that to someone with a genetic muscle wasting disorder like Duchenne muscular dystrophy (who are often prescribed AAS as treatment to delay the inevitable).
While these extreme examples may not be of much relevance to us ordinary folk, the potential impact that genetics can have is undeniable. I don’t like the vibe I get from your post. It seems to say, “drugs can make up for bad genetics”. We must all strive to look at our genetic potential in an unbiased (that’s the hard part) way, in order to accurately gauge our strengths and weaknesses and adjust training accordingly. And NOT MAKING EXCUSES.
Also, differences in drug response is determined to a large extent by variations in individual biochemistry, which is largely (though not exclusively) determined by genetic factors. Factors such as receptor affinity, rate of drug metabolism, endogenous hormone balance, efficiency of nutrient absorption from food, and many more can all have a large effect on drug response and all have a significant genetic component. If you use, drug response throws additional genetic factors into the mix as a requirement for success at a high level.
Genetics are what differentiates you from a fruit fly. I’d say that’s a hell of a lot more powerful than any needle.[/quote]
nice, resorting to extreme examples to make your argument
comparing humans to flys also is very relevant
as far as I know elite bber arent suffering from myostatin deficiency
at best their genetics are slight outliners to your average guy
it is still a factor but when you throw in test, gh, insulin ect your ability to add muscle increases drastically (assuming proper nutrition, training obv) . Genetics will determine how your muscle shape thats it[/quote]
Am I just resorting to extreme examples? How prevalent do you think genetic diseases (or diseases with a genetic component) that will have an impact on training are? When you consider nutrient absorption problems, mental illness, cancer, hormone problems, and MUCH MUCH more, all of a sudden the outliers outweigh the normal. Significant outliers are also quite prevalent in the highest echelons of athletic competition, as well. If you disagree, please explain how Michael Phelps can eat 12,000 calories of crap daily and Lance Armstrong’s monster heart. I have no doubt that this applies to the top tiers of bodybuilding too. Elite bodybuilders should have favourable genetics in terms of insertions, muscle bellies, bone structure, drug response, muscle-fiber type, metabolism, general aesthetic, etc. That’s a lot of outliers.
Also, bodybuilding also isn’t just about size, it’s about aesthetics and illusion, of which genetics play an even bigger role. All the test and tren in the world won’t give you Flex Wheeler’s lines.
In fact, I would dare to posit that genetics is what bodybuilding is all about. Variance in individual genetic makeup leads to variance in individual biochemistry. Though we can (mostly) agree on some fundamentals, as our biochemistry is more similar than different, even the most learned individuals will agree to disagree on much of exercise science. Why do you think there is no canon most effective training method/drug/diet/supplement regime for everyone? This is what makes bodybuilding what it is: a journey of self-discovery where you find what works for you (and especially what doesn’t) over time. It’d be pretty boring if we had such similar genetics that there was one best routine for everybody and we all got the same results from it. Wouldn’t be much of a competition.