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Contrary to what most people think, it is not heart attacks that cause the most death in this country. It is the disease of the arteries, and the arteries go to all parts of the body. Sally may be affected in her heart. George may be affected in his kidneys. Alice may be affected in her pancreas. Mary may be affected in her joints. Sam may be affected in his eyes, ears, or his penis. Jan may be affected in her brain. It is atherosclerosis, the build up of fat- and cholesterol-containing plaques in blood vessels, that kills the most people in this country. It just hits us in different places in our bodies, and that certainly does not mean that it only affects the one place that shows symptoms. Atherosclerosis affects the entire body, whether we have symptoms or not, whether we know it or not. And how could we have clogging up of the arteries and not know it? There are no nerves that pick up pain in the arteries. In fact, arteries can be as much as 95% blocked, and we still have no warning sign at all. Millions are unaware that their blood vessels somewhere in their bodies are 80% to 90% blocked. It is the occurrence of a major health or life-threatening event that gives people their first clue that something may be amiss inside of their blood vessels. How often have you heard that someone had no symptoms, no warning, felt great, got a recent clean bill of health and then got struck by a major heart attack or stroke? So what is atherosclerosis? As described in the first part of this article, atherosclerosis is when the inner lining of the blood vessels gets damaged and little pimples or plaque form underneath this damaged lining. These pimples are filled with fat and cholesterol, and get inflamed. The lining of the blood vessel gets damaged from radiation, smoking, trans fatty acids, animal protein, fat, and cholesterol, coffee, processed foods, and refined carbohydrates. When these pimples or plaques erupt, the content spurts out. The body controls the damage by quickly clotting the eruption. If the clot gets too big, it actually can block off the blood flow in the tiny artery, causing a stroke, a lung blood clot, or a heart attack. In this country, it has been shown that atherosclerosis can start before we are two years old and, by the time children have reached 10 to 14 years old, their major blood vessels already have fatty streaks—the first visible signs of atherosclerosis. These fatty streaks grow and collect fats and cholesterol, and they only worsen with time—unless you do something about them. Imagine what your blood vessels look like right now! So what are the primary contributors to the plaques that may be building up in your blood vessels: · Cholesterol (all animal products are loaded with cholesterol, including culprits like chicken, fish, milk, eggs, and cheese) · Animal fats · Vegetable fats: all processed oils (including olive oil),trans fats, hydrogenated fats, and fried fats · Animal protein · Refined carbohydrates · Coffee · Smoking · Lack of exercise The most exciting part about atherosclerosis and disease of the blood vessels is that often times it is reversible, even in older people. That means, if you clean up your diet, you can take control of your body, your blood vessels, and ultimately your health and fitness. Load your diet and daily food plan with lots of fresh, whole fruits and vegetables. In fact, shoot for 10 fruits and 10 vegetables a day. Eliminate those foods that contribute to the clogging up of your life-giving blood vessels and the downward spiral of your heart, your health, and your fitness. The rewards for your efforts are priceless: weight loss and weight control, mobility, activities, energy, hope, joy, and purpose. penile enlargment pills review penis enhancement surgery penis enlargement review penile enlargement doctor best penis enlagement penis enlagement video magna rx results best penis enlargment surgery

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In the man’s body, the pituitary gland in the brain sends a hormone, called follicle-stimulating hormone, (FSH) to the testicles, which are the male sex glands. FSH signals the testicles to produce sperm, which are the male reproductive cells. Sperm are so small they can only be seen through a microscope. Each tiny sperm has a tale that allows it to move. After sperm are produced in the testicles, they travel through a tube called the vas deferens to the seminal vesicle, which holds the mature sperm. A gland called the prostate makes seminal fluid, which is the fluid that will transport the sperm in the urethra. The urethra is a tube that extends from the bladder, through the prostate, then through the penis to the outside of the man’s body. During sexual activity, the prostate gland becomes as full of fluid as it can comfortably hold, and it contracts (squeezes). As the prostate contracts, it draws sperm from the seminal vesicle. Seminal fluid mixed with sperm is called semen. The contractions of the prostate gland force the semen through the urethra and out the tip of the penis. This is called ejaculation. The ejaculate (semen) is a teaspoon to a tablespoon of thick milky liquid and contains millions of microscopic sperm. During sexual activity, but before ejaculation, the penis becomes engorged with blood. This causes the penis to become firm and erect, and is called the male erection. The male erection allows the penis to pass into the vagina of the woman. When a man has an erection a valve closes between the prostate gland and the bladder to prevent urine from being released when semen is ejaculated. Practically speaking, this means that a man cannot urinate and ejaculate at the same time. To begin the reproductive cycle in a woman’s body, a hormone, called follicle-stimulating hormone, (FSH) is produced by the pituitary gland in the brain. FSH travels through the bloodstream to the ovaries, causing a few of the many tiny follicles there to begin ripening, or maturing. Each follicle is a tiny ring of cells with a tiny ovum, or egg, inside. As the follicles ripen, they produce another hormone, called estrogen. Estrogen causes the cervix, the opening of the uterus, to begin making moisture and mucus. This is when a woman notices wetness or mucus outside the vagina. This mucus is not a sign of disease. It is a natural part of the cycle and indicates that the ova are maturing in the ovaries. If intercourse occurs at this time, the mucus will protect the sperm from the acidity of the vagina, assuring that the sperm will still be alive at ovulation. Estrogen also causes the endometrium, the lining of the uterus, to grow soft and spongy, forming a kind of bed that can, in the event of pregnancy, hold and nourish a baby. Finally, estrogen signals the pituitary gland in the brain that some follicles have matured in the ovaries. When the pituitary gland receives the message that some follicles have matured, it produces another hormone, leutenizing hormone, or LH. LH causes one of the ripening follicles to release its ovum into a fallopian tube. This is called ovulation. Once ejaculation has deposited the sperm in the women’s vagina, they swim up the vagina to the uterus. They do not know which fallopian tube may contain the ovum, and so they swim both ways. When a sperm penetrates the ovum, it is called fertilization. Dividing and maturing as it goes, the fertilized ovum is moved slowly along the fallopian tube toward the uterus by the cilia, tiny hairs inside the fallopian tubes. In six or seven days, the fertilized ovum implants in the endometrium (the lining of the uterus), which is the bed that has been created to receive it. Menstruation does not occur, because the fertilized ovum, growing and developing in the uterus, creates hormones that maintain the uterine lining. The woman realizes she has conceived pennis enlargement surgery photo pnis enlargement pic before and after penis enhancement pills product penis enargement testimonials pnis enlargement traction device magna rx review penis enhancement program surgical penile enlargment top penis enlargment pills

You never know when your urge to have sex would be there. And if you take erectile dysfunction pills you must have it before the effects of the pill disappear so that you enjoy having sex. While other ED (Erectile Dysfunction) pills have effects for around 4 to 5 hours Cialis is the only ED pill which claims to have effect for 24 hours to 36 hours. That means you have no need to worry about the timing of having sex. You can enjoy it anytime you like. The only difference between Levitra and Cialis is the above stated aspect of duration of the effectiveness of the drug onto your blood flow. It works by relaxing your penis muscles which in turn leads to flow of blood through the artery. And as the blood flows in the penis gets stiffer and you get an erection. At that juncture, the swelling of the penis blocks the flow of the blood from the penis through the vein and this in turn keeps the penis erect. And this process is maintained till the time the penis ejaculates. Thus, it means that Cialis just helps in stiffening penis by relaxing penile muscles and increasing the blood flow to it. As the marketers of it Lilly ICOS LLC says, it should not be taken by women and children, the advice should be followed. A person with heart problems, diabetes, blood pressure or allergy should consult a doctor before taking the pill. Do not take the pill more than prescribed. The common side effects are headache, muscle pain, stomach upset and back pain. Other minor side effects of Cialis include flushing and nasal congestion. In case of side effects it is recommended to visit your doctor. Last but not the least, the point to be noted is that, Cialis which is an Alternative of Levitra does not differ from Levitra by much but by the duration of the effectiveness of the pill. penis enargement surgeries pennis enlargement doctor pro solution pills vigrx results penis enlarement video vimax penis enlargement video do penis enlarement pills really work penile enlargment excersizes top penis enlargment pills

Over 20 million Americans are currently diagnosed with some form of thyroid disease, a health problem that impacts every cell in the body and can cause severe weight gain or weight loss, mood disturbances and even infertility in both men and women. While thyroid problems are most common in women, affecting approximately 1 in 8 women between the ages of 35 and 65, men are not immune to thyroid disorders. Common symptoms in men, such as reduced libido, difficulty achieving erection and breast tenderness or enlargement, may be too embarrassing for men to seek medical help and could contribute to the lower instances of thyroid disease recorded in men. The thyroid gland is located at the base of the neck directly below the Adam’s apple. This tiny little gland shaped like a butterfly is responsible for regulating the body’s metabolism which is the rate at which the body uses energy by releasing the thyroid hormone T4 (tetraiodide) into the bloodstream. T4 makes its way to every cell in the body where it is converted to T3 (triiodothyronine), a hormone that controls the rate of cellular metabolism activity. The pituitary gland works in concert with the thyroid by regulating the levels of T3 in the body. When more T3 is needed the pituitary gland sends Thyroid Stimulating Hormone (TSH) to the thyroid gland to stimulate the release of T4 into the bloodstream. When too much thyroid hormone is present the pituitary gland stops sending out TSH and the thyroid stops the production of T4. The process is a delicate balance and if either the pituitary or the thyroid gland is failing to function properly the result will be a body that is not functioning properly. When the thyroid gland becomes overactive, releasing more hormones than are necessary, the result is hyperthyroidism or Graves Disease which is an autoimmune disease that causes over-activity of the thyroid gland. Hyperthyroidism is most common between the ages of 20 and 40 and affects roughly 1 million Americans today. With hyperthyroid, everything in the body speeds up. When the rate of cellular activity increases, more calories must be consumed to maintain normal energy levels. If the incoming calories fail to be enough then weight loss will occur. Generally, the more severe the hyperthyroid, the more weight loss will result. It is not uncommon, however, for a person with hyperthyroid to gain weight if more calories than necessary are being consumed. Patients with hyperthyroidism may also experience fatigue, trouble sleeping, increased appetite, trembling hands, irregular heartbeat, irritability and reduced libido. In severe cases, muscle weakness, shortness of breath and chest pain may result. Often however, the symptoms of hyperthyroidism are mild and may occur gradually over a long period of time. Foods that naturally suppress thyroid hormone production are cruciferous vegetables, soybeans, peaches and pears. Have two servings of these foods daily. Carrots, celery, onion and almonds are also beneficial. Hypothyroidism is a far more common problem, affecting approximately 11 million Americans. The disease can affect both men and women but it is mostly diagnosed in middle-aged women. Hypothyroid is the complete opposite of hyperthyroid. In a patient with hypothyroid the entire metabolism moves at a slower speed and requires less calories than usual to maintain normal energy levels. As a result, the excess calories consumed become stored as fat and weight gain ensues. Weight gain, while the most common problem associated with hypothyroid, is not the only symptom of an underactive thyroid gland. Other symptoms include low energy levels, depression, irritability, intolerance to heat or cold, decreased heart rate, dry skin and frequent infections, along with decreased sex drive, infertility, hair loss, dry hair and shortness of breath. As with hyperthyroid, it is not uncommon to experience few to no symptoms of this disease. To combat hypothyroidism, consume foods that contain iodine such as kelp, radish, parsley, potatoes, fish, oatmeal and bananas or look for a supplement that has 150 mg of Iodine. Iodine is needed by the body to form thyroid hormone. Also, copper, iron, selenium and zinc are essential in the production of T3 and T4. Exercise 15-20 minutes per day—enough to raise the heartbeat. Diseases of the thyroid can be diagnosed with a simple blood test which evaluates levels of free T3 and free AT4 (TSH) in the bloodstream. Another way to measure is by taking and recording the basal body temperature under the arm as soon as you wake up for ten minutes, five mornings in a row. The normal axillary temperature is 97.8 – 98.2 degrees F. If the temperature averages 97.4 or less see your physician. Once a diagnosis of either hypothyroidism or hyperthyroidism has been ascertained, treatment is aimed at restoring proper levels of the thyroid hormones. With hyperthyroidism this might require surgery or the use of medication. Hypothyroid is usually treated with hormone replacement therapy. In my practice I have found that natural thyroid hormone can be a safe and very successful means of restoring the appropriate levels. For both diseases, restoring proper levels of the thyroid hormone can result in a reversal of symptoms, including a return to pre-thyroid disease weight. If you suspect that you might be suffering from a thyroid disorder, see your doctor immediately for an evaluation. Thyroid disease is a serious health problem and one that can be easily treated if properly diagnosed. Call your health care provider today and regain control over your metabolism once and for all! medical pennis enlargement penis enlarement excersizes penis enlarement photo penis enhancement pills product natural penile enlargement technique penis elargement excersizes penile enlargement forum penis elargement cream top penis enlargment 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