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WOW A 60 YR OLD MAN CAN LOOK LIKE A 20 YR OLD IN 3-4 YEARS. IS THIS THE END OF WRINKLES AND GRAVEYARDS ???????
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Using synthetically manufactured GH1 that replicates what is produced naturally in the body by the pituitary gland, Dr. Rudman determined that after six months of injections the aging process was reversed by 10 to 20 years. This was done through a control group, with those that did not receive GH continuing with the normal aging process.
This study was the biggest breakthrough in anti-aging medicine to date. Similar studies have been performed showing that GH will most likely reverse human biological aging with exceptional improvement in restoring energy and increasing vitality. Further substantiating this research is the largest study of the effects of growth hormone on humans that was conducted at the Palm Springs Life Extension Institute. This study was supervised by Dr. Edmund Chein, the director of the institute, and Dr. Leon Terry, a neuroendocrinologist from the Department of Neurology at the Medical College of Wisconsin. Dr. Chein implemented the restoration of GH levels for patients who were deficient in insulin-like growth factor (IGF-1 less than 350 mg/ml) with low dose and high frequency injections.
Strength, Exercise and Body Fat
Muscles
? Muscle Strength 88%
? Muscle Size 81%
? Body Fat Loss 72%
? Exercise Tolerance 81%
? Exercise Endurance 83%
Skin & Hair
? Skin Texture 71%
? Skin Thickness 68%
? Skin Elasticity 71%
? Wrinkle Reduction 51%
? New Hair Growth 38%
Healing, Flexibility, and Resistance
? Healing of old injuries 55%
? Healing of other injuries 61%
? Healing Capacity 71%
? Back Flexibility 53%
? Resistance to Common Illness 73%
Sexual Function
? Sexual Potency/Frequency 75%
? Lessening of Frequency of Nighttime Urination 57%
? Reduction of Hot Flashes 58%
? Menstrual Cycle Regulation 38%
? Duration of Penile Erection 62%
Energy, Emotions, and Memory
? Energy Level 84%
? Emotional Stability 67%
? Attitude Toward Life 78%
? Memory 62%
These improvements were reported as occurring within one to three months of therapy, with continued improvement over six months of treatment. Dr. Rudman?s initial findings and numerous additional studies support the fact that GH not only retards aging, it also reverses the process as well.
As indicated, growth hormone is important for many reasons in an older individual. Aging can be slowed considerably and some believe even reversed by using hormone replacement therapy. The American Academy of Anti-Aging Medicine now looks at aging as a disease and not as a normal occurrence.
Of particular importance to women in aging is the prevention of osteoporosis or loss in bone density. GH has an incredible effect on connective tissue, muscle and skeletal system repair. Exceptional gains in muscle strength and healing of fragile skin with ulcers and fractured bones have been noted. As we age, our bodies break down tissue more quickly than we can repair them. This condition is known as catabolism. GH helps to reverse the catabolic rate.
GH helps maintain the skel in its ability to make and repair these tissues. GH stimulates the bone (osteoblast) and the supporting tissue (fibroblast). A recent study using quantitative tomography and single photon absorptiometry showed significant increases of 5% and 4% in spinal and cortical bone density with over 12 months of GH therapy. Taking GH appears to improve reparation of all organs in addition to skeletal repair.
How can you achieve these results? Simply and easily by supplementation of what the body already produces naturally, GH or growth hormone. Clinical studies have proven this to be a basis in fact.
Click here to read the clinical studies spreadsheet.
Nutrition
? GH1 works best when used with synergistic nutrition. Precursors, stimulants and synergists help support GH levels. Some precursors include amino acids glycine, tryptophan, arginine, omithine, glutamine and lysine. These help the body produce its own GH.
? Vitamin B-3 (Niacin) is a safe stimulant of GH best taken with other nutrients such as amino acids, vitamins and essential fatty acids. Between 50mg. and 200mg. two to three times per day is the best dosage.
? Synergists are substances that work with and enhance the effect of GH by performing similar functions. A powerful synergist of GH would be low doses of DHEA.
? A balanced diet is important, including 40% complex carbohydrates, 30% protein and 30% low fat. Organic, lightly cooked fresh or raw foods are important including: fruits, vegetables, grains, nuts, seeds, fish and poultry. Meats and processed food should be limited as well as certain types of fat, oils, sugars, alcohol and salt.
? Drinking water is very important and should be filtered. A consistent exercise program including strength training at least three days a week is recommended, as well as adequate sleep.
? People with a low cholesterol levels below 160 need to make sure they have enough fat in their diet.
Human Sexuality
The sex hormones are estrogen and testosterone. They are chemical messengers that are produced in one part of the body that tell other parts what to do. Men and women both produce estrogen and testosterone in different quantities. Both sexes produce less as they age. These hormones affect arousability by altering the threshold for sexual stimulation. They act centrally by determining the amount of change in arousal produced by a given stimulus and peripherally by determining the amount of receptor response to a stimulus.
The brain controls and regulates sexual behavior in almost all animal species primarily through hormones. Man and primates differ in this role because they depend on personal experience and cultural matters, as well as hormones. Hormones do seem to affect arousability by altering the threshold for erotic stimulation.
The pituitary, is the master endocrine gland. This gland secretes a large number of important hormones involved in the control of many bodily functions. It releases a number of hormones for other endocrine glands, which then are picked up in the blood stream. This process creates activity as a result of the information sent from the pituitary gland. Each particular gland then produces its own hormone and discharges it into the bloodstream. The pituitary is controlled by chemical factors produced by neuroendocrine cells in the brain and are transported through blood vessels or the pituitary portal system. Chemical factors released by neuroendocrine cells in the hypothalamus, which is located directly above the pituitary, travel through this blood system to the pituitary gland and stimulate the release of pituitary hormones into the general blood circulation.
The hypothalamus has control over the pituitary gland through neural connections and hormone-like substances that are called releasing factors, which is how the nervous system controls sexual behavior through the endocrine system. Sexual behavior is influenced by the hypothalamus. This gland stimulates the pituitary gland to release the sex hormones. If levels of the hormone fall, then sexual desire does as well. The hypothalamus secretes the releasing factor into the blood which is transported to the pituitary and stimulates it to secrete gonadotrophic hormone.
In women, the target gland for gonadotrophic hormone is the ovary. The ovary has two functions, to produce eggs and to secrete hormones (estrogen and progesterone) . The ovarian hormones make feedback loops to the pituitary gland and develop the sexual characteristics that distinguish females from males.
In the male, the target gland of the gonadotrophic hormone is the testis. The testis has a dual function - sperm and hormone production. Androgens (testosterone) are the hormones released by the testis. Pituitary hormones stimulate the production of testicular hormones which regulate the production of pituitary hormone by means of feedback.
As a powerful aphrodisiac, GH restores sexual desire and enhances pleasure. It acts as a mood elevator, restoring a youthful well being and enthusiasm for life. GH also promotes the deepest levels of sleep.
The good news is that clinical evidence shows us that, by replacing growth hormone, we can dramatically reverse the symptoms of aging and most importantly, regain youthful looks, vitality and an interest in sex again.
Patient Diagnosis Doctor Age Sex Inception Test Date IGF-1 Inception Result Second Test Date IGF-1 Second Result IGF-1 Differential Percent Change Result Factor
3-F-97-258 Fatigue PD 44 F 1/13/97 167ng/ml 2/12/97 186ng/ml +19 11% 2
3-M-97-258 Over Weight PD 41 M 1/13/97 206ng/ml 2/11/97 280ng/ml +79 36% 3
3-M-97-259 Severe Fatigue RL 47 M 1/17/97 174ng/ml 2/20/97 185ng/ml +11 6% 1
3-F-97-261 Depression JK 37 F 1/17/97 201ng/ml 2/21/97 271ng/ml +70 35% 3
3-F-97-263 Hormonal RL 39 F 1/20/97 212ng/ml 2/24/97 286ng/ml +74 35% 3
3-F-97-264 Depression JK 45 F 1/20/97 119ng/ml 2/24/97 159ng/ml +40 34% 3
3-M-97-265 Fatigue PD 60 M 1/20/97 142ng/ml 2/27/97 190ng/ml +48 31% 3
3-M-97-267 Over Weight RL 56 M 1/24/97 122ng/ml 4/16/97 223ng/ml +101 83% 4
3-F-97-268 Depression JK 62 F 1/24/97 146ng/ml 2/26/97 192ng/ml +46 31% 3
3-F-97-271 Insomnia HL 37 F 1/27/97 214ng/ml 2/25/97 290ng/ml +76 36% 3
3-M-97-272 Fatigue PD 32 M 1/27/97 204ng/ml 3/27/97 228ng/ml +24 13% 2
3-M-97-274 Severe Fatigue PD 53 M 1/31/97 41ng/ml 2/25/97 160ng/ml +119 290% 4
3-M-97-275 Hormonal RL 38 M 1/31/97 139ng/ml 3/3/97 238ng/ml +99 71% 3
3-F-97-276 Fatigue PD 48 F 1/31/97 140ng/ml 2/24/97 171ng/ml +31 22% 3
3-F-97-277 Arthritis RL 50 F 2/3/97 96ng/ml 3/7/97 143ng/ml +47 49% 3
4-F-97-278 Arthritis RL 40 F 2/3/97 184ng/ml 3/5/97 261ng/ml +77 42% 3
4-F-97-230 Fatigue PD 60 F 2/7/97 51ng/ml 3/5/97 110ng/ml +59 116% 4
4-F-97-231 Over Weight RL 49 F 2/7/97 113ng/ml 3/12/97 152ng/ml +39 35% 3
4-M-97-232 Depression JK 57 M 2/7/97 121ng/ml 3/3/97 186ng/ml +65 54% 3
4-M-97-235 Depression JK 50 M 2/10/97 162ng/ml 3/14/97 181ng/ml +19 12% 2
4-F-97-237 Depression JK 38 F 2/10/97 133ng/ml 3/10/97 124ng/ml -9 -7%
4-M-97-238 Fatigue PD 48 M 2/10/97 128ng/ml 5/21/97 197ng/ml +69 54% 3
4-M-97-239 Hormonal RL 42 M 2/14/97 207ng/ml 3/12/97 248ng/ml +41 20% 3
4-M-97-240 Fatigue PD 51 M 2/14/97 42ng/ml 3/18/97 96ng/ml +54 129% 4
4-M-97-241 HIV AP 32 M 2/17/97 224ng/ml 3/20/97 255ng/ml +31 14% 2
4-F-97-242 HIV AP 45 F 2/17/97 144ng/ml 3/18/97 215ng/ml +71 49% 3
4-M-97-244 Severe Fatigue PD 57 M 2/21/97 101ng/ml 4/2/97 174ng/ml +73 72% 3
4-F-97-248 Depression JK 62 F 2/24/97 98ng/ml 3/25/97 157ng/ml +59 60% 3
4-M-97-249 Over Weight RL 65 M 2/24/97 47ng/ml 3/27/97 102ng/ml +55 117% 4
4-F-97-250 Over Weight RL 51 F 2/28/97 113ng/ml 4/1/97 161ng/ml +48 42% 3
4-F-97-253 Arthritis RL 39 F 3/3/97 219ng/ml 4/8/97 241ng/ml +22 10% 2
4-F-97-257 Fatigue PD 47 F 3/7/97 185ng/ml 4/10/97 214ng/ml +29 16% 2
4-F-97-260 Hormonal RL 55 F 3/10/97 95ng/ml 4/15/97 144ng/ml +49 52% 3
4-M-97-261 Fatigue PD 33 M 3/10/97 129ng/ml 4/11/97 187ng/ml +58 45% 3
4-F-97-264 Insomnia HL 39 F 3/14/97 104ng/ml 4/18/97 153ng/ml +49 47% 3