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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. top penis enargement pills pennis enlargement information penile enlargment procedure compare penis enlagement pills penis girth enargement penis enargement herb truth about pnis enlargement vig rx review

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Generally, what we understand when we first hear about Cialis is the fact that this is the first true competitor of Viagra as it fights against erectile disfunction as well as the first mentioned. Viagra appeared in 1998 and registered a high success generally for the fact that it was the first product of this kind. Nowadays a new successful product was attributed to ICOS corporation which is to shatter the unbelievable success of Viagra. The series isn't ending here, anyway,as another one called Levitra is expected to appear. First of all, there should be mentioned that the sell market of Cialis has reached an enormous level which is bound to put aside the success registered by Viagra in the late 90's. What is important is the fact that from around thirty million people suffering from erectile disfunction in the USA and another estimated number of one hundred and seventy five million abroad who are having this disfunction and using these products, only a little part are using Viagra. Viagra has reached this year a total profit of $1,5bn, while the account of money used for these drugs(such as Viagra, Levitra and Cialis) raises up to $6. Similar to the case of Viagra, Cialis should be understood as a general performance provider, to just a regular treatment for the ailment. Anyone of us should know that there is a specific process of these medication which makes them be so successful, while constantly improving our lives: they work by blocking an enzyme named phosphodiesterase (which happens to relax some of our muscles), this way allowing a certain growth of the blood flow in your penis. Another advantage gained by Cialis over Viagra is the fact that it is available(by prescription only) in countries like the United Kingdom, Denmark, Finland, Sweden and Australia and it is ought to be approved in USA too. Moreover, a common argument brought in favor of Cialis is the fact that it has more rapid effects than Viagra; The starting process can be reached at approximately sixteen minutes after taking the pill, while the entire process can lead up to twenty four hours or more. In contrast to that, by taking Viagra one may feel the effects after one hour and have them for four hours upmost. Like Viagra, an estimated number of eighty percent of the people who have tried Cialis have had the opportunity and chance in the mean time to have an erection as well as sexual acts but in comparison with Viagra, the effects and potential of the user lasted for more than thirty six hours after taking the pill;in this period of time the effects were almost constant. A possible explanation for this is the fact that Cialis persists longer in the body than Viagra does. The period of time for blood levels to fall fifty percent for Viagra records four hours, while Cialis makes it up to seventeen hours. This can signify that a twenty five percent of the original doze of Cialis is still in the body at that time. To conclude, it may be said that Cialis has finally shattered the’ unbreakable’ myth of Viagra by adding more tough points to the well-known advantages of Viagra. Logically, it is of a higher quality technique than Viagra this being the reason for the extreme surpassing. Let’s hope things will not remain this way and will improve more and more up to perfection herbal pnis enlargement pills vimax com enlargement penis penis pump penis enlargment exercise prosolution penile enlargment pills side effects magna rx prosolution penile enlargement pills vimax penis enlargement review penis enlargement system cheap pennis enlargement pills

It can be surprising to realize that an organ as high-powered and sophisticated as the brain also has a plumbing system. And, as the case with a house's plumbing, the drainage side of the system can get gummed up. But the symptoms are different. When a home's drainage backs up, well...I won't go there. When the brain's drainage system backs up, the brain's owner can become confused, incontinent of urine and unsteady on his or her feet. The plumbing system in question is that which produces and drains the cerebrospinal fluid (CSF). Normal CSF looks the same as water from a faucet, but is created from the bloodstream in the choroid plexus tissue within three of the brain's four inner chambers -- the right and left "lateral" ventricles and the midline "fourth" ventricle, but not the interposed, midline "third" ventricle. The CSF percolates through passageways from one ventricle to another, finally emerging through openings at the base of the brain to bathe the outer surfaces of the brain and spinal cord before getting reabsorbed into the bloodstream again. This re-absorption occurs in special collection-nodes in the membranes surrounding the brain. The entire CSF volume of about 150 milliliters or five ounces (about as much as a glass of wine) is produced and reabsorbed four times a day, so the fluid is constantly turning over. But blockages along the way can interfere with the normal flow of the CSF. For example, when the passageway between the third and fourth ventricles becomes narrowed or choked with sludge, the CSF backs into the lateral and third ventricles. Those ventricles react to the increased pressure by becoming physically dilated or enlarged. In this case, a CT or MRI scan could reveal the location of the blockage by showing expansion of the two lateral and the single third ventricles, but a normal-sized fourth ventricle. Another example of a blockage and its consequences is when the collection-nodes responsible for CSF re-absorption in the brain's overlying membranes (meninges) become clogged. In this case, all four ventricles are upstream from the blockage, and all four of them expand. This, too, is visible on brain scans. Both cases are examples of hydrocephalus, or water on the brain. The first case is one of "internal" or high-pressure hydrocephalus. The second is called "external" or normal-pressure hydrocephalus (NPH). In NPH the pressure is inexplicably normal much of the time, but the term is somewhat misleading because prolonged recordings with pressure-monitors do show intermittent periods of increased pressure. Hydrocephalus of one kind or another is especially prevalent at the two extremes of the life cycle -- in the very young and the very old -- but can occur at any age. In infancy, hydrocephalus can be caused by malformed brain-tissue. In contrast, adults with hydrocephalus were usually born with normal brain anatomy, but acquired a blockage due to a tumor, injury, bleed or infection. However, many cases of hydrocephalus in adults occur without a history of these preceding illnesses. CT and MRI scans are sensitive tools in detecting hydrocephalus, particularly when it's striking enough not be confused with ventricular enlargement due to gradual loss of surrounding brain tissue from aging. The main treatment of hydrocephalus is for a surgeon to insert a tube (shunt) into one of the swollen lateral ventricles and provide an alternative pathway for the backed-up CSF to drain. Once the shunt equipment is in place, a piece of hardware about the size of a large button sits outside the hole made in the skull (but inside the skin of the scalp) and redirects the excess CSF through another tube into either a jugular vein in the neck or into the abdominal cavity (peritoneum). Thus, the patient can receive either a "VJ" shunt or a "VP" shunt, with the letters designating the locations of the two ends of the shunt. The success or failure of shunting depends not just on the skill of the surgeon, but also on the selection of appropriate patients. Sometimes hydrocephalus turns up unexpectedly on scans when doctors are looking for something else entirely. Although an unexpected finding like this should always cause the doctors to re-think the case, the point is that hydrocephalus doesn't always cause problems. Sometimes the hydrocephalus has been there for years and the brain has adjusted to it in a way that produces no symptoms. This is an example of a case that should not be shunted, though it would still be appropriate to monitor the patient and his or her scans over subsequent months and years. Who, then, should receive a shunt? The answer, in short, is people for whom the benefits of the operation exceed its risks. Identifying them, however, is the tough part. And the task is made even more difficult by the lack of randomized, controlled trials in which a group of patients receiving treatment is compared to an equivalent group of patients not receiving treatment. Although similar reasoning applies to adults thought to have internal (high-pressure) hydrocephalus, I'll lay out the decision-tree as it applies to external (normal-pressure) hydrocephalus. Published observations imply that shunts are most likely to help NPH patients who have the following features:substantial enlargement of all four ventricles a full "triad" of symptoms, including confusion, urinary incontinence and altered walking poor walking as the first of the three symptoms temporary improvement of symptoms after drainage of 50-60 milliliters (2 ounces) of CSF by lumbar puncture (spinal tap) The elderly patients most at risk for NPH are also at increased risk for other diseases, and the shunting operation doesn't help symptoms produced by other causes. For example, confusion can be caused by Alzheimer's disease and strokes. Urinary incontinence can be due to prostate disease in men and sagging pelvic tissue in women. Walking can be disrupted by arthritis, fractured bones, low vision, inner-ear disease, Parkinson's disease and many other unrelated processes. So it's important for the doctor to determine if other diseases might be to blame for the very symptoms that seem, at first glance, to be from NPH. Assuming that NPH still seems likely, the next round of decision-making concerns the possibility that an operation will cause harm. Even a patient whose brain scan and symptoms are classic for NPH can develop serious complications from the operation. A particularly feared complication is bleeding into the space outside the brain, called a subdural hematoma. Older patients are also more likely to have other medical conditions that could compromise the safety of an operation, like coronary artery disease or emphysema. Cases in which expected benefits of the operation are much greater than risks, or in which the risks are much greater than the expected benefits, are easy to make decisions about. But many other cases are in the gray zone in which potential benefits and risks are more evenly matched and the chances of doing harm with an operation come close to canceling out the chances of doing good. (C) 2006 by Gary Cordingley vigrx side effects elargement manhattan penis best pnis enlargement surgery herbal penis elargement pills penis enlarement forum pennis enlargement stretcher natural penis elargement and lengthening do penis enhancement pills work cheap pennis enlargement pills

There are a variety of ailments related to the heart and providing information on all the types of cardio vascular disease could be quite a task. Yet a look at conditions that affect the heart and blood vessels can give you a broad view of cardiovascular disease. You hear many terms like coronary heart disease , atherosclerosis or some other term and are left wondering as to what exactly all these terms mean. Medical information could confuse you. Triglyceride is simpler when mentioned as fat in your body. It is essential that you read and stay informed on some basic terminology. You could watch a few programs related to the heart and its working before going to your doctor. The word give the meaning as well; ‘Cardio’ is related to the heart and ‘vascular’ is related to the blood vessels. Diseases of the heart are many. Some specific types are Coronary artery disease Arteries supply the heart muscle with blood. Obstructions in the artery is a condition called atherosclerosis, is a leading cause of coronary heart disease. Coronary artery disease causes angia (chest pain) and myocardial infarction (heart attack). Coronary heart disease Coronary heart disease is a more comprehensive term. It collectively refers to coronary artery disease and its disease that are a result of the coronary artery disease like angia and myocardial infarction. Women and heart attack is another important aspect with the onset of menopause. Cardiomyopathy This refers to all diseases of the heart muscle. It deals with loss of heart muscle (ischemic), enlargement of heart muscle (dilated) and thickening of the heart muscle (hypertrophic). Another type of cardiomyopathy is an enlarged heart without a known cause (idiopathic dilated cardiomyopathy). Valvular heart disease The heart consists of valves that direct the flow of blood into and out of the heart. Diseases of the heart valves are due to conditions like narrowing of heart valves (stenosis), leaking of a heart valve (regurgitation) and if the closing of the valve is not proper (prolapse). Heart valves can also be damaged by other conditions. Rheumatic fever, connective tissue disorders, medications or treatments for cancer and even infections (infectious endocarditis). Pericardial disease Pericardium is a sac that encases the heart. This can get inflamed (pericarditis), stiff (constrictive pericarditis) or accumulated with fluid ( pericardial effusion). These may occur together after a heart attack or may vary due to conditions. Congenital heart disease Congenital heart disease develops in the womb of the mother, before the birth of the baby. Narrowing of the aorta (coarctation), holes in the heart atrial or ventricular septal defect are some congenital diseases. Detection may be at the time of birth or later in life. Heart failure Heart failure may occur as a result of other cardiovascular conditions. It is a condition where the heart cannot pump enough blood to the organs and tissues in the body. Due to this other vital organs do not get enough blood; causing shortness of breath, fluid retention and fatigue. Congestive heart failure is used if the heart failure as led to a ‘fluid build up’ in the body. Blood Vessels These are essentially hollow tubes that carry blood to the organs and tissues. The types of blood vessels are Arteries, Veins, Capillaries and Lymphatic cells. Disorders related to blood vessels that affect the heart are Atherosclerosis, Arteriosclerosis, Hypertension, Stroke (ischemic and hemorrhagic), Aneurysm, Claudication with peripheral arterial disease, Vasculitis, Venous incompetence, Venous thrombosis, varicose veins and Lymph edema. Diagnosis Diagnosis is based on a series of tests. Simple procedures are listening (stethoscope) to your heart, measuring the heart rate and the blood pressure. • The systolic and diastolic blood pressures are measured and are around 120 and 80 respectively for a normal heart. • Blood test to check for high cholesterol levels • Other tests are CPR testing which gives the state of inflammation of arteries. • ECG and EKG tests are where the electrical activity of the heart is tested to assess blood flow and heart rhythm. It is also done under stress at times to find out related Cardiac Arrhythmia ailments. • X-Rays are used to look at the structures of the chest (lungs and heart) to evaluate proper functioning. • Head- up tilt test is used to evaluate the causes of fainting spells. • Ultrasound/Echocardiograms give pictures of the heart chambers and its valves. A few other test methods are Cardiac Catheterization/coronary angiogram, Electrophysiology, Electron Beam (ultrafast) CT or EBCT, Cardiac biopsy (Myocardial biopsy), MRI scan and Pericardiocentesis. It is also important to take a look at high triglycerides as well as this often accompanies high cholesterol. penis enlagement tool pnis enlargement review penile enlargment pic penis enlagement excercises vimax penis enlargement forum vimax enlargement forum free matter penis size free penis enlargment technique vimax penis enlargement system cheap pennis enlargement pills

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