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holy ghost
New member
Thats detroit right? You hear eminems first CD he was all about that
i think its called infinite
i think its called infinite
Torn Elbow Tendons & Gear update:
- Thread starter holy ghost
- Start date
holy ghost
New member
so im going to hop on deca
ill be on test, eq and deca
ill be on test, eq and deca
holy ghost
New member
Dunno
Cal_21
New member
BigGuyPHX said:Fuck it Ghost just quit lifting and start rappin!!!
I'll be you manager! I can see it now...
Holly Ghost and 50 kickin it out loud! Maybe get that white boy from Detroit in there too???
CASH and tons of Barely Legal pussy every where!!!!!
Now thats a plan.
BigG Records, Inc.
olololololololol
Cal_21
New member
BigGuyPHX said:Check check...
I got sumtin' to say, and I need the world to hear it. I'm a lyricologist. I can rap about anything. Shrink, shrink. Blinkity-blink. Tried to make me think. Wanna go to my sink. And vomit. Clean it up wit' Comet. Earth is my planet.
See? I'm the shiznit.
BigG in da 313
olololololol
You're one funny motherfucker bro lol
p.s. Ghost, hope your elbow heals up nicely w/ that deca
holy ghost
New member
Fuck So heres what im going to do
Drop the trenbolone tomorrow
then lower test to 800mg ew
and start Deca-Durabolin - nandrolone decanoate - -Durabolin - nandrolone decanoate - 400mg ew ??? or should i keep it at 200?
keeping Equipoise - boldenone undecylenate - at 400mg for EPO purposes
has anyone supplemented Winstrol - stanozolol for recovery of collagen and muscle/tendon tear purposes? I know Anavar - oxandrolone - is great for this but i dont have any around
I might just not come off for like 20-30 more weeks
who knows. coast island might be a possibility
Drop the trenbolone tomorrow
then lower test to 800mg ew
and start Deca-Durabolin - nandrolone decanoate - -Durabolin - nandrolone decanoate - 400mg ew ??? or should i keep it at 200?
keeping Equipoise - boldenone undecylenate - at 400mg for EPO purposes
has anyone supplemented Winstrol - stanozolol for recovery of collagen and muscle/tendon tear purposes? I know Anavar - oxandrolone - is great for this but i dont have any around
I might just not come off for like 20-30 more weeks
who knows. coast island might be a possibility
holy ghost
New member
check this one out about Testosterone
Using either a bone-ligament-bone or a muscle-tendon-bone preparation, numerous investigators have demonstrated that the usual site of separation is in the transitional zone between the ligament (or tendon) and bone; hence, the term junction strength or load at separation is used to describe functional changes in these preparations. Junction strength is decreased with inactivity (immobilization) and increased with chronic activity (training) provided that the exercise program is of an endurance nature. Training also increases junction strength in thyroidectomized and hypophysectomized rats. Besides in junction strength, training results in heavier ligaments and higher ligament weight/length ratios. However, water content, collagen concentrations/dry weight or collagen concentration per weight/length unit are not significantly influenced by repeated bouts of exercise. Although immobilization is associated with lower elastic stiffness values (kg/mm), training appears to have little influence on this measure in normal animals. Rats and dogs with surgically repaired ligaments are weaker and the strength results are markedly lower if the leg is immobilized. Exercise training improves the repair strength of ligaments but does not result in normal values twelve weeks after the surgery. Exogenous administration of ICSH or testosterone results in higher repair strength whereas TSH, thyroxine, ACTH and growth hormone decreases this measure. It was concluded that the mechanical stress produced by chronic exercise is an important determination of the strength of repaired ligaments and of the junctions between ligaments (or tendons) and bones.
Using either a bone-ligament-bone or a muscle-tendon-bone preparation, numerous investigators have demonstrated that the usual site of separation is in the transitional zone between the ligament (or tendon) and bone; hence, the term junction strength or load at separation is used to describe functional changes in these preparations. Junction strength is decreased with inactivity (immobilization) and increased with chronic activity (training) provided that the exercise program is of an endurance nature. Training also increases junction strength in thyroidectomized and hypophysectomized rats. Besides in junction strength, training results in heavier ligaments and higher ligament weight/length ratios. However, water content, collagen concentrations/dry weight or collagen concentration per weight/length unit are not significantly influenced by repeated bouts of exercise. Although immobilization is associated with lower elastic stiffness values (kg/mm), training appears to have little influence on this measure in normal animals. Rats and dogs with surgically repaired ligaments are weaker and the strength results are markedly lower if the leg is immobilized. Exercise training improves the repair strength of ligaments but does not result in normal values twelve weeks after the surgery. Exogenous administration of ICSH or testosterone results in higher repair strength whereas TSH, thyroxine, ACTH and growth hormone decreases this measure. It was concluded that the mechanical stress produced by chronic exercise is an important determination of the strength of repaired ligaments and of the junctions between ligaments (or tendons) and bones.
holy ghost
New member
heres another one about Anabolics and peptides and their influences on healing
OBJECTIVE: The purpose of this paper is to present an overview of the interrelationship between hormones, nutrition, and wound healing. METHODS: The data on various hormones and their effects on specific elements of nutrition and wound healing are reviewed. RESULTS: The key anabolic hormones are human growth hormone, insulin-like growth factor-1, insulin, and testosterone and its analogs. Although each has specific metabolic actions, there is also a very important hormone-hormone interaction. A deficiency of these hormones occurs in acute and chronic catabolic states, resulting in lean mass loss and impairing the healing process. CONCLUSION: There is a well-recognized interrelationship between hormones, nutrition, and wound healing. The anabolic process of protein synthesis, with new tissue formation, requires the action of anabolic hormones. Exogenous administration of these agents has been shown to maintain or increase lean body mass as well as directly stimulate the healing process through their anabolic and anticatabolic actions.
OBJECTIVE: The purpose of this paper is to present an overview of the interrelationship between hormones, nutrition, and wound healing. METHODS: The data on various hormones and their effects on specific elements of nutrition and wound healing are reviewed. RESULTS: The key anabolic hormones are human growth hormone, insulin-like growth factor-1, insulin, and testosterone and its analogs. Although each has specific metabolic actions, there is also a very important hormone-hormone interaction. A deficiency of these hormones occurs in acute and chronic catabolic states, resulting in lean mass loss and impairing the healing process. CONCLUSION: There is a well-recognized interrelationship between hormones, nutrition, and wound healing. The anabolic process of protein synthesis, with new tissue formation, requires the action of anabolic hormones. Exogenous administration of these agents has been shown to maintain or increase lean body mass as well as directly stimulate the healing process through their anabolic and anticatabolic actions.
