THE-DET-OAK
IncreasedMyT @ ULV
Ill show mine if you show me yours
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Read this... and when you can explain it in your own words... I'll debate the science with you. Until then, you are just regurgitating someone else's words with no knowledge base.
Thanks.
http://www.nsbri.org/humanphysspace/focus6/ep_development.html
. As growth proceeds, the thickness of the epiphyseal plates gradually decreases and this bone lengthening process ends. In humans, different bones stop lengthening at different ages, but ossification is fully complete by about age 25.
great... send em over... i just come here for Repo's email address anyway... what do I care?![]()

as ref of this debate the five, five minute rounds are up and I declare a draw, calm down big guys it's all good
Hormones that affect bone growth and development include those secreted by the pituitary gland, thyroid gland, parathyroid glands, and the ovaries and testes (Figure 6). The pituitary gland, for instance, secretes growth hormone (GH), also called somatotropin, which stimulates activity in the epiphyseal plates. This hormone is the main regulator of height. Somatotropin plays many roles in the body: it stimulates bone and muscle growth, maintains the normal rate of protein synthesis in all body cells, and speeds the release of fats as an energy source for growth. Other hormones play a part in maintaining the strength and health of the bone matrix by functioning to control the level of blood calcium. In fact, calcium is needed for a number of metabolic processes other than for bone formation, including blood clot formation, nerve impulse conduction, and muscle cell contraction. When a low blood calcium condition exists, the parathyroid glands respond by releasing parathyroid hormone (PTH). This hormone stimulates osteoclasts to break down bone tissue, and as a result, calcium salts are released into the blood. On the other hand, if the blood calcium level is excessively high, the thyroid gland responds by releasing a hormone called calcitonin. Its effect is opposite that of parathyroid hormone; it inhibits osteoclast activity allowing osteoblasts to form bone tissue. As a result, the excessive calcium is stored in bone matrix. The actions of these hormones are both excellent examples of some important negative feedback loops present in our bodies (Figure 7). Without adequate supplies of these important chemicals, the bones will not develop or grow normally.
funny how ppl r such bad asses onlinealso funny how i say something about bashers and they all come out.lol i have ran cycles before and they were dumb cycles like doin test e for five weeks or what ever just random shit that dumb kids do, but did not put together a REAL cycle till i was 19. thats y i said my first cycle just to let you kno... lovin all my haters made my day very special
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Boy has this thread grew larger than I expected...
Alright guys...I think you will all be pleased to hear the verdict I have reached (*atleast most of you, LOL) I decided that considering there is a very small chance (but still a chance none the less) that things could go bad for me, and really dwelling on the fact of how long the road ahead is for me I will wait another 2 summers. I turn 20 this May, so I'll be 21 by then and maybe even consider waiting another year, or two from that point. I'm going to play it day by day until then. Thanks guys once again!
dailygeez
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