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Archive for May, 2008

HGH and Fibromyalgia

Author: Super Human Growth Hormone
05 27th, 2008

Is there a relationship between Canadian Human Growth Hormone and fibromyalgia (FMS)? HGH, or human growth hormone, is a hormone produced by the pituitary gland. Though blood levels of the hormone decline naturally as we age, particularly after full growth is attained, both children and adults can suffer from a deficiency of this hormone. In recent years, it has been widely suggested that artificially increasing adult blood levels of human growth hormone can ward off both visible effects of aging and the onset of chronic health problems associated with being older.

Naturally, these claims lead to disagreements about what constitutes an Human Growth Hormone deficiency. Are all adults, by definition, deficient in human growth hormone simply because their HGH levels have dropped? Some HGH treatment proponents suggest that many chronic diseases, such as fibromyalgia, chronic fatigue syndrome, even obesity, are linked to low levels of growth hormone and can be treated with Human Growth Hormone injections. This is where there is a proposed link between HGH and fibromyalgiathe symptoms of FMS are intriguingly similar to those of documented growth hormone deficiency.

Fibromyalgia is a chronic (long term) illness characterized by fatigue, muscle pain, and sleep disturbance. It is more common in women than in men, and usually begins after the age of 20. Scientific study does indicate that there is some relationship between HGH and fibromyalgia: in 1999, Leal-Cerro et al showed that fibromyalgia patients produced less human growth hormone than normal subjects (Journal of Clinical Endocrinology and Metabolism, “The Growth Hormone (GH)-Releasing Hormone – GH – Insulin-like Growth Factor-1 Axis in Patients with Fibromyalgia Syndrome”), and other work published in the same journal (Landis et al, 2001: “Decreased Nocturnal Levels of Prolactin and Growth Hormone in Women with Fibromyalgia“) reports that the release of Human Growth Hormone from the pituitary is decreased in women with fibromyalgia during sleep. This last finding is significant because the natural release of HGH is highest during sleep at all ages.

Despite the documented correlations between cheap HGH and fibromyalgia, the medical community remains firmly adamant that there is insufficient evidence to support Human Growth Hormone treatment for fibromyalgia sufferers. The weight of medical evidence to date simply doesn’t support it. In fact, although growth hormone therapy has been proposed for more two dozen medical conditions, it is approved for only five: clinically proven growth hormone deficiency of childhood or adulthood (and here, deficiency is defined by established normal levels in healthy adults), AIDS wasting, chronic renal failure, Prader-Willi syndrome, and Turner syndrome.

A publication by the American Journal of Managed Care (Cook and Owens, Oct 2004: “Developing a Rational Approach for the Use of Growth Hormone in Nonpediatric Patients”) stressed the importance of limiting HGH therapy to those conditions for which there is solid medical evidence backed up by clinical trials, and the necessity of using reliable and accurate medical tests to diagnose growth hormone deficiency. Though future medical research may clarify the relationship between cheap Human Growth Hormone and fibromyalgia, for now, the pieces of the puzzle just aren’t there.

Definition of Human Growth Hormone Deficiency

Author: Super Human Growth Hormone
05 12th, 2008

Symptoms of Growth Hormone Deficiency

In children, symptoms of order Growth Hormone deficiency may not be apparent at birth, but by age 6 months, growth retardation is obvious. In children, inspection may reveal short stature, delayed secondary tooth eruption, and delayed puberty.

Those with isolated Growth Hormone pharmacy deficiency may have normal body proportions. Determination of bone age from hand X-rays is important in evaluating growth problems, as is the careful recording of height and weight over time on any of several available growth charts.

GH deficiency in adults causes an increase in fat tissues and a decrease in muscle mass. In addition, GH deficiency may negatively affect functioning of the heart (decreased cardiac output) or skeletal muscle (physical weakness). However, common (and perhaps major) complaints in adults may be lethargy and decreased sense of well-being that are frequently attributed to “old age”.

Diagnosis of Growth Hormone Deficiency

Blood tests are typically required to make the diagnosis of GH deficiency. “Provocative tests” may be done to determine whether the secretion of buy human growth hormone is adequate after appropriate stimulation (e.g., exercise, insulin administration and clonidine). In other words, the tests will determine whether there is a normal and appropriate surge in the blood level of GH after the pituitary gland is provoked. Measurement of IGF-1 levels may sometimes be used as a screening test.

Radiographic studies may be required. Evaluation of the sella tursica (a saddle like prominence on the upper surface of the sphenoid bone in the brain) with MRI (Magnetic Resonance Imaging) is performed to rule out calcification and tumors. The sella is abnormally small in 10 to 20 percent of children with pituitary GH deficiency.

As previously stated, evaluation of other pituitary hormones or glands may be required to make sure that the GH deficiency is not accompanied by other endocrine disorders.

Treatment of Growth Hormone Deficiency

Replacement therapy with cheap hGH (human Growth Hormone, somatropin) ) is indicated for all children who have documented GH deficiency and have short stature. Patients with hypopituitarism may also need adrenal and thyroid hormone replacement and, as they approach puberty, sex hormones.

Although of treating Growth Hormone benefits deficiency in children are well recognized, there is still significant debate about the value of treating GH deficiency in adults. There is concern that the magnitude of improvement in body composition and functional capacity may not be worth the financial cost or side effects of somatropin treatment. Hand swelling and stiffness, joint and muscle ache, and insulin resistance are the most common side effects. In addition, there are reports linking increased cancer risks with increased GH activity/IGF-1 levels in population studies. Although a causal relationship remains to be proven, these reports suggest that the risk-to-benefit ratio of treating GH deficiency in adults needs to be more precisely determined. As a result, most physicians are conservative in initiating somatropin therapy in adults.

Questions To Ask Your Doctor About Growth Hormone Deficiency:

  • Are there any tests that need to be performed to rule out any other disease?
  • What is the cause of the GH deficiency?
  • Will you be prescribing growth hormone replacement therapy?
  • What are the side effects?
  • Will the child have to remain on this medication for the rest of his/her life?
  • How much can we expect the child to grow while on the hormonal therapy?
  • Has there been any permanent damage done already?

Growth Hormone Deficiency

Author: Super Human Growth Hormone
05 12th, 2008

Definition of Growth Hormone Deficiency

Article updated and reviewed by Hubert Chen, MD, Associate Director of Medical Sciences, Amgen Inc. and Assistant Professor of Clinical Medicine University of California, San Francisco on April 18, 2005.

Growth hormone is secreted by the pituitary gland in the brain and plays an important role in the regulation of growth in children and overall metabolism in adults. The Growth hormone side effects are mediated almost exclusively by another molecule called IGF-1 (insulin-like growth factor 1), which is produced primarily in the liver. Growth hormone (GH) deficiency refers to inadequate levels of GH (and therefore IGF-1), resulting in growth retardation in children and metabolic disturbances in adults.

Description of Growth Hormone Deficiency

Cheap Growth Hormone deficiency can occur as an isolated deficiency or in combination with other pituitary hormones. In the latter case, the condition is termed hypopituitarism, and one or more of the following hormones may be deficient: corticotropin (ACTH), thyroid-stimulating hormone (TSH), luteinizing hormone (LH), follicle-stimulating hormone (FSH), growth hormone (GH), or prolactin. When Growth hormone deficiency is diagnosed, it is critical to make sure that the other pituitary hormones are functioning properly.

Causes and Risk Factors of Growth Hormone Deficiency

Growth hormone deficiency, whether alone or in association with other abnormalities, is hereditary in about 10 percent of all cases.
Congenital hypopituitarism, a rare form of GH deficiency, may be genetic and frequently is fatal if not diagnosed in the neonatal period.
Secondary GH deficiency can occur due to central nervous system tumors, trauma, surgery involving the hypothalamus or pituitary gland in the brain, or radiation.
Idiopathic order Growth Hormone deficiency (of unknown cause) accounts for most cases.