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Erection takes place when structures inside the penis and along the urethra between a man’s legs are filled with blood and inflated. This occur upon signals from the brain and the spinal cord, and the signals are transmitted through nerves in the parasympatic nervous system, a part of the autonomous or involuntary nervous system. HOW THE NERVOUS SYSTEM TRIGGERS AND CONTROLS THE ERECTION The erection is triggered and controlled by the following events: - Something stimulates sensorial bodies in the genital zone or other senses. Impulses are then sent from the senses through nerves and the spinal cord towards the brain, and reaches the upper areas of the brain. The brain then recognizes these impulses as something sexually arousing. Also thoughts originating in the brain itself may be recognized as something sexually arousing. - The higher brain areas having recognized some arousing events then send impulses down to the limbic system at the lower area of the brain. It is the limbic system that actually produces the feeling of excitement. - The limbic system sends signals down the spinal cord and out to the genital area through nerves called nervi erigentes - a part of the parasympatic nervous system - The signals reaching the penis and the rest of the genital zone then trigger erection and engorgement of the area between the man’s legs. - Stimuli to the penile or genital sensorial bodies do not need to reach the brain to result in an erection. Areas in the spinal cord will also recognize the stimuli and get excited. Then the spinal cord also by its own sends erectile impulses back to the genital area. - The sensorial bodies in the genital area will also be stimulated mechanically by the erection. Since stimulation of these bodies trigger erection, the erection process is self enforcing. A beginning erection thus trigger even more erection. THE ANATOMICAL BASE FOR ERECTION In the penis lie three bodies consisting of a network of very elastic blood vessels having circular smooth muscles in their walls, called erectile bodies. There are two paired bodies lying at the upper side of the urethra (corpora cavernosa), and one lying around the urethra (corpus spongiosum). The muscles in the vessel walls are able to constrict the volume of the vessels, or relax allowing the vessels to widen. Vessels leading blood to or from the erectile bodies also have the ability to constrict or relax in order to restrict or facilitate blood flow. The erectile chambers are not only confined to the penis, but continue in the area between the legs all the way backwards to the anal area. WHAT HAPPENS IN THE GENITAL ZONE DURING AN ERECTION The erection response consists of the following events in the genital zone: - When the signals from the brain and the spinal cord reach the nerve ends in the penis and the genital zone, the chemical compound nitric oxide (NO) is released. - Nitric oxide then spreads through the genital area and especially the penis. Nitric oxide then triggers the following reactions. - Blood vessels leading blood to the erectile bodies relax. Then more blood flows into the penis. - Blood vessels leading from the erectile bodies constrict, making it difficult for blood to leave the bodies. - The smooth muscles around the vessels in the erectile bodies relax, allowing these vessels to widen. - The blood going into the erectile bodies will then fill up in the vessels of the bodies and inflate the bodies to a much larger volume. - The inflated bodies will get straight and hard. The growing erectile bodies will inflate the whole penis and make the penis rise. - Since the erectile bodies continues backwards between the man’s legs, also this area swells and fixes the penis rigidly so that it does not sway from side to side when fully erected. do penis enlagement pills work com enlargement pennis pennis pump vimax penis enlargement drug penis elargement video free exercise tip for penis enargement pro solution pill side effects pro solution pill review vimax

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Men may love to fantasize a strong and long-lasting erection anywhere and any moment they need, but what about a persistent erection which lasts from several hours up to a few days? Trust me it happens! But this has nothing to do with sexual pleasure or great potency performance, this type of erection is called Priapism, it is painful and occurs without sexual stimulation. The condition develops due to the trapped blood in the penis which does not draw off and can cause permanent erectile dysfunction if not treated immediately. Now let me tell you why this emergency state in a man’s life is named Priapism. Priapism is named after Priapus, the Greek god of fertility, and the son of Aphrodite, the goddess of love. Statues and pictures of Priapus always showed him to be rather well-endowed and, seemingly, perpetually erect male organ. Sculptures of Priapus with large genitalia were placed in paddy fields to guarantee an abundant crop and even used as a scarecrow and his erect penis was thought to frighten thieves. Priapism in medical terms is a painful and potentially harmful medical condition in which the erect penis does not return to its flaccid state despite the absence of both physical and psychological stimulation within four hours. It is indeed, a medical emergency and needs proper treatment by a qualified medical practitioner. It can occur to any age group including even the infants; nevertheless, it is more frequent between the ages of 5 to 10 years and 20 to 50 years. We can categories Priapism into low-flow and high-flow based on two different reasons. When blood is trapped in the erection chamber of an otherwise healthy person without a known reason, it is low-flow Priapism. This type of Priapism may also be the result of sickle-cell disease, leukemia (blood cancer) or malaria. High-flow Priapism is rare and less painful, generally caused by a ruptured artery from an injury to the penis or the area between scrotum and anus resulting in abnormal blood flow to the penis. Other causes of Priapism include trauma to the spinal cord or to the genital area, black widow spider bites, carbon monoxide poisoning, and illicit drug use, such as marijuana and cocaine, certain drugs like antidepressants, antihypertensives, anticoagulants and corticosteroids. The drugs which are used to treat impotency, particularly those given by injection in the penis like papaverine, prostaglandin E1 (alprostadil), phentolamine can cause this problem. One more significant class of drugs may have the potential of Priapism, that are, the phosphodiesterase type-5 (PDE5) inhibitors such as sildenafil, tadalafil and vardenafil, sold under the names of FDA approved Viagra, Cialis and Levitra consecutively. Viagra and other PED5 drugs do not cause priapism unless combined with other medications like prostaglandin injections and a recreational drug called Ecstasy. All the PDE5 drugs requires sexual stimulation to get an erection, however, these type of drugs should be used with caution for patients who have conditions that might predispose them to priapism such as sickle cell anemia, multiple myeloma, high blood pressure and cardiovascular problems etc. Viagra, Cialis and Levitra should be taken as per doctor’s prescription to avoid the possibilities of Priapism. Nevertheless, the instances are very rare where Viagra, Cialis and other PED5 drugs caused a prolonged and painful erection, but then those patients were found to have prior health conditions which were responsible for Priapism. Priapism calls for immediate medical attention to avoid fatal consequences of permanent erectile dysfunction. The erection can be easily reduced if the person gets the treatment within 6 hours of erection, and in a case where the erection has lasted less than four hours, decongestant medications may decease blood flow to the penis. Ice applied to the perineum and the penis can reduce swelling in the pre-medication state. In serious situations, intracavernous injection, aspiration and surgery may be required to cure Priapism. But we should keep in mind that the longer the medical attention is delayed, the greater are the risk of permanent erectile dysfunction. pnis enlargement exercise pnis enlargement surgeon guide to penis enlagement vimax extender enlargement forum free matter penile size pennis enlargement result penile enlargement surgeries penis enhancement excersizes penis enlargement stretcher

The thyroid is a gland located on the anterior (front) portion of the neck attached to the upper part of the trachea (windpipe). The thyroid is a bi-lobed gland. This gland is small in size, about 4 centimeters long and 1-2 centimeters wide. The thyroid produces and secretes biologically important hormones. Tissue in the thyroid is made up of two different kinds of cells: follicular and parafollicular cells. The thyroid is composed mostly of follicular cells which secrete T3 and T4 hormones. The T4 hormone (thyroxine) and T3 hormone (triiodothyronine) is derived from the amino acid tyrosine during iodination of the amino acid. Parafollicular cells secrete the hormone calcitonin. Iodine is important in the function of the thyroid gland. Iodine is a chief component of the hormones produced by the thyroid gland. Iodine deficiency can cause thyroid dysfunction, hence the need for iodized salt. The thyroid also produces and secretes the hormone calcitonin. The hormone calcitonin decreases plasma calcium ions concentration by inhibiting the release of calcium ions from the bone. Calcitonin secretion is regulated by plasma calcium ion levels. The thyroid plays a key role in regulating the body’s metabolism. What is metabolism? Metabolism is a chemical reaction that occurs in the body’s cells, releasing energy from the nutrients ingested. Metabolism also uses energy to create other biologically important substances such as proteins. Basal metabolic rate (BMR) is a measurement of the body’s required energy to keep functioning at rest (measured in calories). Exertion, stress, fear, and illness increase the body’s metabolic rate. The thyroid has many other bodily functions. The thyroid helps regulate calcium levels in the body. The thyroid can increase the body’s temperature, thus burning more calories. This in turn increases the body’s appetite. The thyroid also promotes glucose catabolism. Catabolism is the break down of complex glucose forms into simpler, more usable forms for energy usage. This gland stimulates protein synthesis, increases lipolysis. Lipolysis is the hydrolysis of lipids (fats), in which the lipids are broken down into simpler or usable forms. The thyroid also promotes normal heart function, normal neural development in fetus and growing infants, and normal neural function in adults. The thyroid is influenced by hormones produced by the pituitary gland and the hypothalamus. The pituitary gland is located at the base of the brain. This gland produces thyroid stimulating hormone (TSH). TSH stimulates the thyroid gland to absorb iodine and then synthesize and release thyroid hormones. The hypothalamus is located above the pituitary gland in the brain. This hormone produces thyrotropin releasing hormone (TRH). The hypothalamus and pituitary gland detect low levels of thyroid hormones in the blood. TRH is released by the hypothalamus to stimulate the pituitary gland to release TSH. TSH in turn stimulates the thyroid gland to produce more T3 and T4 hormones. This returns the thyroid hormone levels in the blood back to normal. Inflammation of the thyroid or a deficiency in iodine causes the condition called hypothyroidism. The thyroid hormones become under secreted or are not secreted at all with hypothyroidism. Hypothyroidism symptoms include fatigue, slowed heart and respiratory rate, cold intolerance, and weight gain. Newborn infants with hypothyroidism (cretinism) are characterized by mental retardation and short stature. The thyroid can also be over stimulated in a condition termed hyperthyroidism. This results in over secretion of the thyroid hormones. Symptoms associated with this disorder include an increased metabolic rate, profuse sweating, heart palpitations, weight loss, protruding eyes, and a feeling of excessive warmth. With both conditions the thyroid often enlarges resulting in goiter. However, goiter does not always indicate disease. Thyroid enlargement can result during pregnancy and puberty. If you exhibit some of the above symptoms, you should consult your physician for further follow up. Many women due have serious concerns regarding their thyroid gland. If you have tried to lose weight with no success, maybe it is due to the thyroid. natural pennis enlargement pills safe penis elargement penis enargement surgeon prosolutionpill penile enlargement fact pennis enlargement pic vimax pills inch penis girth enargement penis enlargement stretcher

1. What is a Vasectomy Reversal? Vasectomy reversal is a microsurgical procedure which restores the flow of sperm through the vas deferens. During the original vasectomy the vas deferens – the tube which carries sperm from the epididymis to the prostate – is cut and clamped. This results in no sperm being present in the semen which is expelled from the penis during ejaculation. A vasectomy reversal involves removing the clamps and stitching the vas deferens together again, (or in a minority of cases actually attaching the vas deferens to the epididymis – a procedure known as a vasoepididymostomy) thereby allowing the flow of sperm once more. 2. How much does a Vasectomy Reversal Cost? This varies from country to country. In the USA, the price of a vasectomy reversal is anything from between $4000 and $20000. In some cases it may be possible to undergo the procedure under local anaesthetic at the surgeon’s offices rather than having to incur hospital fees. This will reduce the cost to as low as $2500 but is not possible in all cases – ask your surgeon if this is a possibility. 3. What Are the Chances of Success? This depends on how long ago the original vasectomy was performed. The longer the time lapse the greater the chance of blockage or damage to the vas deferens. However the current level of technological advances in microsurgery means that as many as 97% of men who undergo a straightforward vasectomy reversal experience a return to normal sperm counts and 50% of cases resulted in pregnancy. However, if the original vasectomy occurred 15 or more years ago this figures drop to 71% and 30% respectively. 4. What Things Should I Consider When Choosing A Surgeon? Make sure you are well informed when deciding on a surgeon for your vasectomy reversal. The relative skill and experience of your surgeon will have a huge bearing on whether or not your operation is successful. Ask the surgeon if he is able to perform a vasoepididymostomy using an operating microscope. This is a crucial question since it is usually only possible to tell whether this more involved surgery will be necessary once your operation is underway. 5. How Long Will It Take After The Vasectomy Reversal To Have A Chance Of Making My Partner Pregnant? It will be at least 12 months after your procedure that your partner has a chance of becoming pregnant, although statistically most pregnancies occur 2 years after the vasectomy reversal. The best advice therefore would be not to delay the procedure and additionally the longer the time lapse between vasectomy and reversal the less chance of success. male pennis enlargement vimax penis enlargement excersizes natural pennis enlargement pills best pennis enlargement enlargement manhattan penile magna rx pills real penis enlargment natural penis enargement pills penis enlargement stretcher

As you may know, this type of orgasm was the only type Freud and other men of his time felt to be legitimate types of sexual pleasure for women to experience. Unfortunately for women, only about 20% can receive an orgasm through vaginal stimulation alone. The other 80% need something a little extra. Before we get into that, let me explain exactly what we mean by vaginal orgasm. A vaginal orgasm occurs solely because of stimulation of the vagina. That stimulation is usually in the form of the thrusting of the male penis during vaginal intercourse. The reason most women do not receive an orgasm just from penetration is that the vagina is not a highly sensitive area. This is actually a good thing. Remember that the vagina is not just used for sex but also for delivering babies. If the inside walls of the vagina were made up of concentrated nerve endings like we find in the nipple, the clitoris, or the penis, then childbirth would be even more difficult for women. In fact, only the first two inches of the vagina are sensitive at all. So why do some women have orgasms solely from vaginal stimulation? The answer is they probably aren't. Women who report vaginal orgasms benefit from their anatomy. In some women, the labia minora are formed in such a way that vaginal penetration actually causes the labia to rub against or gently pull on the clitoris. This, not vaginal stimulation, is leading to the orgasm in most cases. Technically, however, this would still be considered a vaginal orgasm because there is not direct stimulation of the clitoris. Another reason why some women report having vaginal orgasms is that the shape of the penis and their preferred position allow for stimulation of the G-spot. Because the G-spot is linked to increased pleasure and may also induce orgasms, this is another possibility worth considering. The bottom line here though is that vaginal orgasms are not common. Men and women need to realize that penetration is often not going to be enough to accomplish the goal.