Overview

Perhaps medical science would greatly benefit AIDS research by examining the probability that live sperm in the blood stream is the virus like property that actually brakes down the immune system. The powerful suction of orogenital stimulation opens the valves in the penis allowing urine, sperm, and testosterone entrance into the circulatory system, via absorption in the stomach, in the protective environment of semen. Hydrogen atoms (by electronic carrier molecule) move about until they are accepted by oxygen. They combine to form water. This may be the answer to the strange pneumonia experienced by AIDS patients. Luc Montagnier (The French AIDS researcher) supported a controversial theory that mycoplasma, (bacterium-like organism), is the trigger that turns a slow-growing population of AIDS viruses into mass killers. His conviction that the explosion of sexual activity in the U.S. during the 1970s fostered the spread of a hardy, drug-resistant strain of mycoplasma. The AIDS epidemic began Montagnier speculates, when the two microbes got together. Yale scientist crystallized the protein then took a long series of x-rays which were processed by computer to give a three dimensional image of the molecule. Small quantities of water, glucose, certain salts, alcohol, and various; lipid-soluble drugs may be absorbed by the stomach. Fatty foods may remain in the stomach from three to six hours; while foods high in proteins tend to be moved through more quickly; and carbohydrates usually pass through more rapidly than either fats or proteins. Processes that occur when acids and bases react with each other are called neutralization. For this reason, semen is able to transport live sperm through the stomach because the stomach acid has been neutralized. The prostate gland secretes a thin, milky fluid with an alkaline pH. It functions to neutralize the seminal fluid, which is acidic due to an accumulation of metabolic wastes produced by stored sperm cells. Fluid from the bulbourethral glands is expelled first, followed by fluid from the prostate gland, the passage of sperm cells, and finally the ejection of fluid from the seminal vesicles. For the first 10 years of a young mans life the spermatogenic cells of the testes remain undifferentiated. Then changes are triggered by the action of the hypothalamus secretes a gonadotropin-releasing hormone which enters blood vessels. During puberty the presence of FSH and testosterone stimulate spermatogenic cells to undergo spermatogenisi. Testosterone is the most abundant of the androgens, and when transported in the blood is loosely attached to plasma proteins. Testosterone increases the rate of cellular metabolism and the production of red blood cells, so the number of red blood cells is greater in men than in women. The degree to which male secondary sexual characteristics develop is directly related to the amount of testosterone secreted by the interstitial cells. This quantity is regulated by a negative feedback system involving the hypothalamus. As testosterone in the blood increases, the hypothalamus becomes inhibited, and its stimulation of the anterior pituitary gland by GnrH is decreased. This is apparent in the wasting syndrome experienced by AIDS patients. The mechanism preventing the entrance of extra sperm cells within the egg cell releases enzymes that keep other sperm cells from attaching to the membrane. This drug retardant mechanism limits further penetration while the sperm cell enters the cytoplasm. It then loses its tail, and its head swells to form a nucleus. The thin polar body should then be expelled. Nuclear membranes should also disappear leaving chromosomes within the cytoplasm. Envisioning the sperm cell engulfed by the T cell reveals the true nature of the reverse transcriptase enzyme.

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