Human Growth Hormone As A Regulatory Function
In recent years there has been a strongly brewing controversy regarding the use of human growth hormone for a variety of medical disorders and illnesses. This particular hormone, which is now sold as an over the counter supplement as well as an FDA approved and regulated injectable prescription drug, has found its way into the spotlight because of its usage in children who are deemed to suffer from a height deficit resulting from a shortage of the hormone within their own bodies as well as athletes and more recently in anti-aging treatments. Certain research also seems to suggest that human growth hormone may also be beneficial in treating a wide variety of illnesses not limited to AIDS and Chrohn’s Disease.
The ability to extract and use the human growth hormone for medicinal treatments is not new; the procedure was first implemented in the 1950’s, the implications for numerous applications have only begun to explode within the last two decades.
Today numerous individuals are considering a human growth hormone treatment plan for a variety of reasons and the wide availability of human growth hormone supplements has only served to further the interest in this widely debated, and sometimes misunderstood, naturally occurring substance. For anyone who is considering the use of either the FDA approved injectable human growth hormone treatment or the various homeopathic human growth hormone supplement products it is well worth it to understand the history and background behind the discovery of the human growth product as well as the current research indications of both forms of the hormone and methods to achieve the best results while using a human growth hormone treatment.
Human growth hormone is a naturally occurring substance that is released from the pituitary gland during sleep and is responsible for growth in height as well as healthy skin maintenance. Individuals whose bodies are unable to naturally produce enough human growth hormone during their childhood years may have stunted growth as an adult as a result. Kidney disease and genetic disorders can lead to the body’s inability to produce sufficient amounts of human growth hormone.
In this sense the protein known as the human growth hormone has a regulatory function. Generally, the body is able to release just the right amount of HgH at specific times in order for the body to handled needed chemical functions. The pituitary gland is often referred to as the master gland because under optimal circumstances the pituitary gland is able to manufacture numerous hormones which control body functions in other glands located throughout the body. Located in the middle part of the braid just below the hypothalamus, the pituitary gland is comprised of two parts. These two parts are known as the anterior lobe and the posterior lobe. The hypothalamus sends messages to the pituitary gland in order to control the hormones secreted by the pituitary gland. The human growth hormone is controlled by the portion of the pituitary gland known as the anterior lobe and it works by specifically controlling the growth of body tissues. In addition, the proper function of the human growth hormone is controlled by other hormones produced by the pituitary gland that work through numerous other glands throughout the body. TSH, the thyroid stimulating hormone enables the thyroid gland to produce thyroid hormone which is essential in regulating body metabolism and also plays a major role in the development of normal human growth processes. Adrenocorticotropic hormone, also known as ACTH, is responsible for activating the production of the stress hormone, cortisol, in the adrenal gland. This important hormone allows the body to respond appropriately to stress, however; when there is too much cortisol produced in the body, especially in a child, the result is growth failure. The lutenizing hormone and the follicle stimulating hormone enable the sex glands in both males and fremales, ovaries and testes, to produce sex hormones. These sex hormones are directly responsible for the major growth spurts that accompany normal children into their adolescent years. Without adequate production of these hormones, the body is unable to grow at a normal sustained rate.