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There is nothing you can do more for you lady than to be a considerate and proficient lover. In today’s world however, getting the girl to love you is one thing, but getting her to enjoy your lovemaking and finish to orgasm on a regular basis will make you a hero. So, what is the G-spot? Where is it? The G-spot is an area inside the vagina which is packed with nerve endings and engorges with blood when the woman is sexually excited. The G-spot is on the top wall of the vagina, about 5 to 7 cm from the vaginal opening. It is a slightly bumpy or ridged area on the upper wall of the vagina. Your partner will be glad to tell you when you are directly on the spot. Why is It Important to the Sexual – lovemaking act? About 50% of all women get very aroused and feel sublime pleasure when the man is able to stimulate it. The area around the spot engorges with blood (as does a penis and clitoris) and aids in a complete orgasm. How do I Find it? Once Found, Then What? The best way to find it (at first) is to engage in cunnilingus and while the woman is excited, insert your fist two fingers pointing upward, as if they were the hands of a clock at about 12:15, some 5 to 7 cm from the vaginal opening. Make a “come here” motion with the two fingers, while making sure your tongue is very busy the clitoris. The G-spot itself then makes itself very prominent, and regardless if you lady orgasms or not (and should you keep this up for about 20 minutes, she will), move to the position below. What is the Position to Guarantee Stimulation of the G-spot? Much has been said and written about this subject, with suggestions of the girl-on-top and doggy-style as good for G-spot stimulation. While these positions may work, their effectiveness is questionable. Both of these positions do not utilize the natural anatomy of the woman or the physics of an erection. An erect penis will (usually should) tilt upwards. This tilt in the other two positions suggested with naturally tilt away, not towards the G-spot. Only the couple’s moving and adjusting may bring the penis into contact with the G-spot. However, there is a guaranteed position that works every time, and is easy and enjoyable for both the man and woman. This is called (from the Ancient Chinese) Breaking Down the Palace Gates. The woman must be at the correct angle. It can be done in bed with pillows, or easily done with woman lying down on a table with her legs brought slightly to her breast. Her back should be supported at about a 15% angle by pillows. The man stands in front of her, and enters slowly. He will see that the angle is perfect and will feel the crown of his penis soon rubbing against the soft ridges of her G-spot area. Deep thrusting is not required, in fact shallow trusting or just pressing of his penis against the spot will be ecstasy to his partner. Most women will cry with pleasure as this is done, and she will melt underneath you. Then, you can begin alternating between shallow and deep thrusting, till you slowly bring her to orgasm. The man must practice self-control, as he will be ready to finish before the woman is. The lack of thrusting in this position will help the man delay his orgasm. This position hits the G-spot every time, and if you are a conscientious lover, you will achieve for your partner orgasms she and you will remember. penis enlargment device enargement free penis pills sample vimax best penis enlargement pills penile enlargement supplement natural penis enlargement pill com elargement penis penis pump natural pnis enlargement pennis enlargement surgery photo

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Flax is a plant that has been recognized since people first started to cultivate plants and flax has lent its unique properties to humankind for a great chunk of our history. The uses of flax are numerous and included cooking oils, seed and strong durable cloth. Medically, it was initially used to help cure coughs although recent research suggests that flax may have more application in treating and preventing prostate and breast cancer, and keeping arteries clear Flax seed is rich in alpha linolenic acid, an omega-3 fat that has anti inflammatory properties. Specifically it is the flax lignans, these are fibers found in flax that are thought to contain the therapeutic agents. Other plants contain lignans such as these but none are as rich a provider as flax. Hormones and Cancer Sex hormones including estrogen and testosterone, important in libido and reproduction can go out of balance and stimulate the overgrowth of breast or prostate tissue, which can have important consequences for cancers of this type. Lignans act as phytoestrogens, naturally occurring compounds that have a similar action to estrogen in the body. When phytoestrogens are ingested, the body transforms them into a form that keeps hormones from over stimulating cells, thereby helping to support normal cell growth. Lignans are also thought to interfere with the enzymes that promote development of cancer. Epidemological studies of populations that eat a lot of lignan suggest that this aspect of their diet produces lower breast cancer rates, and preliminary research suggests that increased lignan intake may act to protect breast tissue against cancerous growths. In a study published in 20001 women that were newly diagnosed with breast cancer and ate a significant amount of flaxseed every day showed reduction in the growth of cancer tumors. Numerous animal studies have shown similar findings. Lignans are important compounds in the body’s fight against free radicals, the highly reactive substances that are created in many of the processes in the body and are implicated in cancers, heart disease and many other disorders. Lignans essentially mop up these free radicals, restricting their negative effect on our bodies. Flax also has a positive effect on hormones and the substance appears to counter the effects of stress. One study2 of post-menopausal women showed that the participants who are the most lignans in their diet experienced the biggest fall in stress hormone levels and blood pressure Flax, Men and Prostate Cancer Studies have also shown huge health benefits of lignans for men. Prostate cancer is one of the most common cancers known and prostate cells can be influences by hormonal changes in very negative ways. An early study has suggested that flax lignans, in combination with a low-fat diet, may reduce the risk of prostate cancer. In the Duke University study, 25 men with prostate cancer were fed large doses of flax. All subjects experienced reduced hormone and cholesterol levels, and the tumor progression was slower3. The benefits of flax for men do not end here. The plants ability to moderate the male hormone testosterone has many positive indications. Animal studies have suggested that flax can reduce prostate enlargement, although not related to prostate cancer, it is an uncomfortable condition that affects many aging men. Additionally flax lignans interfere with DHT, a form of testosterone that can attack hair follicles and cause unwanted oil production in the skin, thus helping to prevent acne and hair loss, conditions dear to any teenagers heart. Flax has been a mainstay in the background of human development for a long time and with mounting evidence that of the medicinal benefits of flax, it looks like it will be around for a lot longer. vimax penis enlargement supplement easy enlargement free penis surgery way vimax best penis enlargement pills vimax top penis enlargement pills penis enlagement pill pro solution natural penis enlargement and lengthening vig rx store manual penis enargement exercise natural pnis enlargement

The man’s sexual (and excretory) organ, the penis, is not as simple as it may appear. One should know all about his penis, and connected sexual organs, as it plays, in one way or another, an important part in every man’s life. The Penis Size A general statement must be made that the size of a man’s penis is NOT the sign of his virility or his skill as a sexual partner. This is a long-standing myth. What is important is a man’s skill and experience as a lover. It is true a small size penis can be a problem however, but in the general overall statistics of men’s anatomy, most penises’ sizes fall into the average range. Component Parts of the Penis The head of the penis is called the Glans. It is packed with nerve endings and is highly sensitive to touch and stimulation. Uncircumcised men have a foreskin (called a Prepuce) covering the Glans, and this retracts during a man’s erection. Just underneath the Glans is the Frenulum. This is small folds of skin in between the Glans and on the underside of the main shaft of the penis. The Frenulum is also highly sensitive to touch, and can act as a trigger to ejaculation. The shaft of the penis is just below the Frenulum, and is also on the underside of the penis. It is, like the Glans and Frenulum, highly sensitive to touch, and reacts to stroking. The Penis Internally Inside the penis is a tube called the Urethra. This carries both urine and spermatic fluid during ejaculation. The urethra is in turn connected to both the bladder and the Vas Deferens, and the Seminal Vesciles. The Erected Penis Inside the penis is a very complex network of vessels that fill up (engorge) with blood when a man is aroused, and this causes the penis to swell and finally stiffen. This process depends on many elements, being both a chemical and mental process. Difficulty in getting or maintaining an erection is called Erectile Dysfunction. Difficulty in losing an erection is a condition called priapismatism. The Importance of the Prostate Gland to the Penis The prostate gland is a walnut sized gland that is situated between the bladder and connects to the seminal vesicle and urethra, acts as a value to allow urine to pass during urination and sperm and fluid to pass during ejaculation. The prostate gland can be stimulated manually from the anus, and when so stimulated causes great sexual arousal and often instant ejaculation. A healthy prostate is very important to the proper function of the penis. The Penis and Personal Hygiene The penis, as all the body, should be kept clean, and not merely be cleaned. This means washing the penis after each urination if possible and certainly before and after sexual experiences. If a man is uncircumcised, the area underneath the foreskin will produce a nasty substance called smegma. This resembles rotten cottage cheese and must not be allowed to form or to and accumulate. Daily washing with care to this area will insure a clean and healthy penis. The Testicles Part of the man’s sexual organs, they are not directly connected to the penis, but indirectly. They are however, also highly sensitive and react to gentle stimulation only. As the testicles are the producers of both sperm and testosterone, they must be protected at all times. Tight men’s underwear tends to keep the testicle’s temperature higher than normal, and may then affect their purpose. penis enlargment review cheap penis enlargement pills vimax best penis enlargement pills compare penile enlargment pills free penile enlargement technique pnis enlargement pills review top rated penis enlagement pills does vigrx work natural pnis enlargement

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 top rated penis enlargement pill magna rx plus penis elargement tool penis enlargment secret penis enargement surgery cost homemade pnis enlargement vimax compare penis enlargement pills penile enlargement program natural pnis enlargement

Impotence or Erectile Dysfunction, in medicine, condition in which a man is unable to attain an erect penis that is rigid enough for sexual penetration or sexual satisfaction. Impotence should not be confused with premature ejaculation, loss of libido, or absence of orgasm; in all of these cases, satisfactory erection may be obtained. Impotence is a common problem; in the United States between 10 and 15 million men suffer from severe erectile dysfunction. The incidence of this problem increases with age. Less than 1 percent of the male population under 30 years of age is affected, 3 percent under 45 years, 7 percent between 45 and 55 years, 25 percent at age 65, and up to 75 percent in men 80 years old. Impotence appears to be on the rise, but this may be due to increasing life span. Impotence is classified as either primary or secondary. Primary impotence is expressed early in adolescence as a fundamental inability to achieve erection; secondary impotence is more common and consists of an onset of erectile inability during adulthood, after a period of normal erectile ability. Normally, when a man becomes sexually aroused, his penis increases in size, becoming erect and rigid, enabling sexual penetration. An average penis is between 7 cm (about 3 in) and 10 cm (about 4 in) long; when it is erect it increases in length to between 13 cm (about 5 in) and 18 cm (about 7 in). An erection occurs when the penis fills with blood. An erect penis contains six or seven times the blood volume of a flaccid penis. During erection, the rate of blood flow into the penis is greater than the rate at which the blood drains out, which leads to an accumulation of blood within the corpus cavernosum (cavernous spaces) of the organ. The process of erection is controlled by the autonomic nervous system.