I'm not sure if this qualifies as gene doping, but it will sure make things interesting if cyclists (and other sports) get thier hands on it.
Linky
And also this one on a child that was born with condition that limits his ability to produce Mystatin. Another linky
In a nutshell the article refers to a study being carried out on monkeys. The study involves supressing the bodies natural production of Myostatin. According to the article Mystatin regulates muscle growth in mammals. Thus ceasing production of Myostatin will result in additional muscle growth.
The monkeys in the study averaged a 15% quadricep circumference increase (using electric stimulation). God only knows how they'd improve if they could do proper resistence training.
The good news is that you need to take a drug to supress your Myostatin, so hopefully a test could be developed for that.
The research is aimed at improving the quality of life for Muscular Dystrophy suffers and an aging population. The implications for athletes isn't hard to see.
Linky
And also this one on a child that was born with condition that limits his ability to produce Mystatin. Another linky
In a nutshell the article refers to a study being carried out on monkeys. The study involves supressing the bodies natural production of Myostatin. According to the article Mystatin regulates muscle growth in mammals. Thus ceasing production of Myostatin will result in additional muscle growth.
The monkeys in the study averaged a 15% quadricep circumference increase (using electric stimulation). God only knows how they'd improve if they could do proper resistence training.
The good news is that you need to take a drug to supress your Myostatin, so hopefully a test could be developed for that.
The research is aimed at improving the quality of life for Muscular Dystrophy suffers and an aging population. The implications for athletes isn't hard to see.