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Now this one excerpt of one of the most enlightening articles I haved read about HGH. I highly suggest it. Even if you disagree the findings the information should prove useful and help you make a more informed decision before you go out and spend tons of cash on these kits.
http://www.johnberardi.com/articles/hormones/gh.htm
GH and The Athlete
I've never been sure why the use of GH has become popular in athletes and bodybuilders. Perhaps it's the name... Growth Hormone. Sounds like it'll make me big. Or perhaps it's the legend of Pump de Leon. Either way, the research on GH use in bodybuilders and men on resistance training programs has shown it to be all but useless. And this is probably due to the feedback mechanisms like the negative feedback on the pituitary and the GH resistance discussed earlier.
In two landmark GH studies conducted at the Washington University School of Medicine, a world-renowned GH researcher named Kevin Yarasheski studied the effects of GH in combination with weight training (Yarasheski 1992, 1993).
In the first study, 18 untrained men were given either GH and exercise or placebo and exercise for 12 weeks. GH subjects were given 40 micrograms/kg of recombinant GH and all subjects were evaluated before and after treatment for fat mass, fat free mass, total body water, whole body protein synthesis, insulin sensitivity, muscle size and muscle strength. Due to the development of carpal tunnel syndrome, 2 subjects were forced to withdraw from the study.
When comparing the GH+exercise group with the placebo+exercise group, the data showed that there was no fat loss, no change in insulin sensitivity, no increase in muscle size, and no increase in strength! Whole body protein synthesis was increased in the GH group relative to the placebo, but muscle protein synthesis wasn't. In addition, lean body mass was increased, but again, this wasn't muscle mass, but probably a combination of water retention, organ mass, and connective tissue instead. The researchers, who seemed quite objective in their conclusions, decided that non-muscle proteins were being formed instead of muscle contractile protein.
In the follow-up study, Dr. Yarasheski pursued the effects of GH on experienced weight-lifters. Since the GH didn't positively impact strength or body comp in the untrained guys, Dr. Yarasheski wondered if well-trained athletes might be different. So another study was conducted to examine protein synthetic rates in GH-treated athletes. After 2 weeks of GH treatment (40micrograms/kg), the data were clear that short term GH had no effect on whole body protein synthesis or breakdown. The reason they chose 2 weeks was that in a number of previous studies on clinical populations, any increases in protein synthesis had only lasted for about a month and then ceased due to some type of down-regulation (Perhaps GH insensitivity?). In this population, however, GH didn't even promote protein synthesis within this time frame.
With all this negative data, it should be mentioned that one study showed something positive happening, but again, it wasn't all that exciting (Crist 1988). This particular study showed a small 4% gain in lean body mass and a modest 12% loss in body fat with GH doses of 8IU per day (2.6 milligrams). Muscle mass wasn't measured, so there was no way to determine the make-up of the increased LMB (lean body mass).
So it's pretty apparent that in weight trained men, GH alone doesn't increase muscle mass. Resulting lean mass gains from GH treatment are probably a combo of water, connective tissue, or organ mass. I say probably because organ mass and connective tissue mass are hard to measure. The indirect evidence is pretty strong, though.
Since non-muscle protein gains and the development of carpal tunnel syndrome (due to growth in the connective tissue sheath in the wrist) were apparent in these studies, connective tissue gain is a reasonable speculation. In addition, acromegaly patients have increased organ mass as a result of the high responsiveness to GH, so it would stand to reason that this could have occurred in these studies, too.
The next logical question is this: Since a lot of guys are still using GH, what are the implications of increased organ mass and connective tissue? Well, to be honest, we don't know.
Acromegaly patients do not have high rates of organ malfunction or pathophysiology, so although growing large organs isn't ideal, the current literature doesn't indicate that the problem is immediately life-threatening. But, acromegaly patients do die prematurely, so if they were to live longer, perhaps these organ changes could have long-term impact.
As far as the issue of increases in connective tissue, the increases themselves may not be too terrible, as long as they don't become pathophysiological. Of course, developing carpel tunnel syndrom is no picnic. On the other hand, if the strength of connective tissue increases with connective tissue growth, athletes could become more injury-resistant. Connective tissue growth will not lead to strength increases in well-trained guys if contractile protein mass doesn't go up, but these connective tissue increases may allow individuals to train with heavier weights with less risk of injury. This, however, merely results from me taking off the "science hat" and speculating a bit.
http://www.johnberardi.com/articles/hormones/gh.htm
GH and The Athlete
I've never been sure why the use of GH has become popular in athletes and bodybuilders. Perhaps it's the name... Growth Hormone. Sounds like it'll make me big. Or perhaps it's the legend of Pump de Leon. Either way, the research on GH use in bodybuilders and men on resistance training programs has shown it to be all but useless. And this is probably due to the feedback mechanisms like the negative feedback on the pituitary and the GH resistance discussed earlier.
In two landmark GH studies conducted at the Washington University School of Medicine, a world-renowned GH researcher named Kevin Yarasheski studied the effects of GH in combination with weight training (Yarasheski 1992, 1993).
In the first study, 18 untrained men were given either GH and exercise or placebo and exercise for 12 weeks. GH subjects were given 40 micrograms/kg of recombinant GH and all subjects were evaluated before and after treatment for fat mass, fat free mass, total body water, whole body protein synthesis, insulin sensitivity, muscle size and muscle strength. Due to the development of carpal tunnel syndrome, 2 subjects were forced to withdraw from the study.
When comparing the GH+exercise group with the placebo+exercise group, the data showed that there was no fat loss, no change in insulin sensitivity, no increase in muscle size, and no increase in strength! Whole body protein synthesis was increased in the GH group relative to the placebo, but muscle protein synthesis wasn't. In addition, lean body mass was increased, but again, this wasn't muscle mass, but probably a combination of water retention, organ mass, and connective tissue instead. The researchers, who seemed quite objective in their conclusions, decided that non-muscle proteins were being formed instead of muscle contractile protein.
In the follow-up study, Dr. Yarasheski pursued the effects of GH on experienced weight-lifters. Since the GH didn't positively impact strength or body comp in the untrained guys, Dr. Yarasheski wondered if well-trained athletes might be different. So another study was conducted to examine protein synthetic rates in GH-treated athletes. After 2 weeks of GH treatment (40micrograms/kg), the data were clear that short term GH had no effect on whole body protein synthesis or breakdown. The reason they chose 2 weeks was that in a number of previous studies on clinical populations, any increases in protein synthesis had only lasted for about a month and then ceased due to some type of down-regulation (Perhaps GH insensitivity?). In this population, however, GH didn't even promote protein synthesis within this time frame.
With all this negative data, it should be mentioned that one study showed something positive happening, but again, it wasn't all that exciting (Crist 1988). This particular study showed a small 4% gain in lean body mass and a modest 12% loss in body fat with GH doses of 8IU per day (2.6 milligrams). Muscle mass wasn't measured, so there was no way to determine the make-up of the increased LMB (lean body mass).
So it's pretty apparent that in weight trained men, GH alone doesn't increase muscle mass. Resulting lean mass gains from GH treatment are probably a combo of water, connective tissue, or organ mass. I say probably because organ mass and connective tissue mass are hard to measure. The indirect evidence is pretty strong, though.
Since non-muscle protein gains and the development of carpal tunnel syndrome (due to growth in the connective tissue sheath in the wrist) were apparent in these studies, connective tissue gain is a reasonable speculation. In addition, acromegaly patients have increased organ mass as a result of the high responsiveness to GH, so it would stand to reason that this could have occurred in these studies, too.
The next logical question is this: Since a lot of guys are still using GH, what are the implications of increased organ mass and connective tissue? Well, to be honest, we don't know.
Acromegaly patients do not have high rates of organ malfunction or pathophysiology, so although growing large organs isn't ideal, the current literature doesn't indicate that the problem is immediately life-threatening. But, acromegaly patients do die prematurely, so if they were to live longer, perhaps these organ changes could have long-term impact.
As far as the issue of increases in connective tissue, the increases themselves may not be too terrible, as long as they don't become pathophysiological. Of course, developing carpel tunnel syndrom is no picnic. On the other hand, if the strength of connective tissue increases with connective tissue growth, athletes could become more injury-resistant. Connective tissue growth will not lead to strength increases in well-trained guys if contractile protein mass doesn't go up, but these connective tissue increases may allow individuals to train with heavier weights with less risk of injury. This, however, merely results from me taking off the "science hat" and speculating a bit.
