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About 13 million men in the USA suffer from the reduced sexual desire, depressed and varying moods, loss of energy, tiredness, erectile dysfunction and inability to achieve penetration during intercourse. These symptoms affect the persons over 45 years of age. The main reason behind this is the inability of the body to make testosterone in sufficient levels. The symptoms are also known as hypogondadism or low T. Testosterone is an important ingredient in the blood and continued reduction of T levels gives rise to the complaints cited above Now You Have a Treatment for Low T The low T levels can now be treated with a gel known as androgel (or Testim). This is a brand name of the product with a generic name testosterone and comes in a gel form. This gel can be applied on skin and this way it becomes a convenient way of administering the drug. Injections and skin patches are other ways of administering this drug. However, with gel becoming an option, easier ways of drug administration has come up. The gel will help you in combating hypogonadism, you might have an increased sexual desire, energy to keep with your work, and the bone density will increase. How To Use The Gel After shower, you may apply the gel to your body. The gel comes in form of packets of 5 mg, 7.5 mg or 10 mg. Buy the sachets as prescribed by the doctor and take in the entire contents of packets on your palm and apply it to hands, shoulders and abdomen. You should not apply it to your genitals. This way, the drug might cause harm than doing any good. After application of the drug, wash your hands thoroughly with soap so as to remove traces of the drug. What To Do After Applying Drug After applying the drug, you should allow it to dry for at least 15 minutes before dressing up. This is necessary for the drug to be absorbed into your system and prevent its transfer to others through contact with body. Make sure that you have contact with water through bath, or swimming. If you miss a dose apply a dose as soon as practicable and if it is nearer to your regular dose, skip a dose and apply the next dose at the appointed time. What Not To Do After Application Of Dose Men using the gel should avoid contact of the areas where the drug was applied with other persons especially women. Pregnant women coming in contact with such areas should see the doctor immediately. The contact may harm the unborn child badly. Possible Side Effects Of Drug This drug, as many other drugs, can have unintended side effects. The side effects can be in form of reaction from site where the drug was applied, high blood pressure headache or breast enlargement. It is also possible that the sexual desire will decrease to some extent. The patient may also experience hot flashes, swelling of hands, and some times hair loss too. The drug is to be used only after being prescribed by a competent medical practitioner enlargement erection penis pill vimax does pnis enlargement work vigrx review penis enlarement doctor vimax penis enlargement surgery picture penis enargement surgery cost do penis enargement pills really work pennis enlargement drug

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Cooking Salts Explained Salt, also known as Sodium Chloride or (NaCl) is a vital component of the healthy and balanced human diet. Over half of the human body contains fluids that contain salt. Our blood, tears and saliva all contain salt. In addition we daily lose salt in our perspiration and urine. Muscles need salt in order to function, nerves require salt to carry messages and the digestive system cannot function without salt. So as you can see salt is very important to us humans. Table Salt Table salt is your everyday white granular salt found in most kitchens. It is most commonly mined from salt mines and then refined to remove other minerals until it is pure or close to pure sodium chloride. Often you will find table salt referred to as 'iodized', this term refers to the fact that the manufacturer has added iodine. This practice began in the earlier part of the last century in co-operation with the government to minimise the incidence of thyroid problems such as Goiter; an enlargement of the thyroid gland caused by an iodine deficiency. Taste: Slightly metallic, uninteresting and can easily become overpowering. Rock Salt Rock salt is coarse and is usually mined from ancient salt deposits that are the result of very large bodies of water evaporating and leaving behind huge deposits of rock salt. Rock salt is much less refined than everyday table salt and contains more minerals and often more impurities. Rock salt is good for cooking with and ideal to use in salt grinders. I tend to use rock salt in blanching water as adding salt to water increases its boiling temperature and thus decreases the cooking time. I also use rock salt for presentation purposes such underneath oysters to keep them from falling over and visual appeal. Taste: Rock salt can vary in taste depending on the region it is mined from and can possess interesting characteristics. Sea Salt Sea salt comes in many forms; granules, large crystals and flakes. Sea salt is cultivated from filtered high salt content sea water using a process of evaporation. As the water evaporates salt crystals begin to form, the crystals are then allowed to settle, then removed, drained, dried and ready to use. Sea salt (as well as seafood for that matter) naturally contains iodine and supplementing, as often found in ordinary table salt is not required if sufficient amounts of either constitute part of your diet. I tend not to use salt at the table as I believe if the Chef has done his job there should be no need for the addition of salt. However should a guest request salt I will serve them only pure sea salt flakes. My personal preference for sea salt is that of the English east coast, a region that has been producing beautiful flaky white soft crystals for centuries. Taste: When used in cooking it blends seamlessly with the food. When used at the table it imparts a slight saltiness without the brackishness or lip cringing effect of other salts. A few flakes on the tongue and its oceanic origins become very apparent. Is sea salt worth the extra cost? In my professional and personal opinion, definitely. penile enlargment fact penis enhancement secret com enhancement penis penis pump penis enlagement program pro solution pill review natural penis enlarement pills penis elargement fact penis enlarement surgeries natural penis enlarement pills

If you’ve ever witnessed someone suffer a stroke, you understand the humbling nature of this disease. It can reduce the mightiest human being to an immobile, helpless creature. Impairment of crucial functions like speech, walking, and control of bowel and bladder can wrench control from the body in a moment. Even perpetually youthful TV personality Dick Clark was struck down by stroke at age 75, despite the outward appearance of perfect health. Clark’s stroke resulted in a six-week hospital stay and, judging from fragmented reports, significant disability. Stroke can be like a devastating fire that strikes without warning, leaving only smoldering rubble. Stroke can so ravage basic bodily functions that often all you can hope for is to regain a portion through rehabilitation. The disease process that underlies stroke requires decades—30 or 40 years—to develop. With that much lead time, why aren’t we better able to detect or stop this crippling disease? The truth is that we are able to predict many, if not most, strokes. Advances in imaging technology allow detection of atherosclerotic plaque that cause stroke years before it becomes a threat. Progress in deciphering the causes of stroke has also leapt forward. Unfortunately, your neighborhood physician still focuses on diagnosing the crisis rather than anticipating it. Physicians prefer to deal with catastrophes and are just not that interested in prevention. Most physicians ask: “Is it time to operate or not?” The medical community obsesses over procedures like carotid endarterectomy (surgical removal of plaque) or carotid stents. Even when a person is afforded the warnings of a “mini-stroke”, or transient ischemic attack (TIA), little more is done once it’s determined that surgery is not necessary—even though this person has high risk for future stroke (50% over 10 years). Let’s flip-flop this approach to stroke. Procedures represent a failure of prevention! Where do strokes come from? Stroke develops when some portion of the brain is deprived of blood. This usually results from a tiny bit of debris that dislodges from an atherosclerotic plaque along the walls of an artery (the same sort that accumulates in coronaries causing heart attack). The sources of debris have been a subject of controversy, but new imaging technologies have settled the question. Any blood vessel that leads from the heart to the brain can be a source. The two carotid arteries on both sides of your neck are a frequent source, as these arteries are prone to develop plaque. (Our discussion will be confined to what are called thromboembolic, or ischemic, strokes, i.e, strokes that occur from plaque that fragments, sending debris to the brain, and will not include the far less common hemorrhagic strokes due to rupture of small vessels in the brain, nor will we discuss atrial fibrillation and other heart causes of stroke. The thromboembolic strokes we discuss cause around 88% of all strokes.) Over the last 10 years, the aorta has been recognized as another important source of stroke. The aorta is the main artery of the body whose branches go to the head, arms, and legs. Atherosclerotic plaque is a live tissue that, through poor diet, inactivity, high cholesterol, overweight, etc., grows and becomes progressively more unstable. At some point, plaque fragments. Little bits break away, traveling to the brain. Fractured plaque also exposes its deeper structures to flowing blood, triggering blood clot formation, which in turn can also fragment and go to the brain. Atherosclerotic plaque is a prerequisite for the most common causes of stroke. If the majority of strokes originate from plaque, why not measure plaque to determine if you’re at risk for stroke? How can we easily, safely, and accurately measure plaque in the carotid arteries and aorta? And if plaque can be measured, can it be shrunk or inactivated to reduce or eliminate risk for stroke? How can plaque be measured? Just 20 years ago, the only practical method of identifying plaque in the carotids or aorta was through angiography, requiring catheters inserted into the body to inject x-ray dye. Angiography was impractical as a screening measure. CT scanning and magnetic resonance imaging (MRI) are emerging as exciting methods of imaging both carotids and aorta. Unfortunately, most centers and physicians are much more focused on the diagnostic uses of these technologies for people who have already suffered stroke or other catastrophe, and application of these devices for preventive uses is still evolving. One exception is when aortic calcification or aortic enlargement is incidentally noted on the increasingly popular CT heart scans; this is an important finding that can signal presence of aortic plaque. The one test that is widely available and can be performed in just about any center is carotid ultrasound. It’s simple, painless, and precise. Two basic observations can be made: 1. Plaque detection—Atherosclerotic plaque can be clearly visualized. If plaque blocks more than 70% of the diameter of the vessel, or if there are “soft” (unstable) elements in plaque, then stroke risk may be high enough to justify surgery or stents. However, if there are plaques that are less severe, substantial risk for stroke may still be present that can be reduced with preventive measures. 2. Carotid intimal-medial thickness—This is a measure of the thickness of the lining of the carotid artery in areas not involved by plaque, but often precedes the development of mature plaque. Carotid intimal-medial thickness also provides an index of body-wide potential for atherosclerotic plaque that can place you at risk for stroke. The aorta, for instance, cannot be well imaged by surface ultrasound but can still be a source for stroke. Increased carotid intimal-medial thickness and carotid plaque are closely associated with likelihood of aortic plaque. The Rotterdam Study of 4000 participants demonstrated that if carotid intimal-medial thickness is greater than normal (1.0 mm), then you can be at risk for stroke (and heart attack), even if no carotid plaques are detected. Carotid ultrasound is the one test you should consider that provides the most information with least effort. Ultrasound is harmless, painless, and can be obtained just about anywhere. Even if your doctor disagrees with your request for a carotid ultrasound, an increasing number of mobile services are popping up nationwide that make this test available for around $100. One important point: many scanners and interpreters will only report whether plaque is present or not. While this is important information, you should request that the carotid-intimal medial thickness be made as well. Not all centers can make this simple measure (because of software requirements), but it doesn’t hurt to try. Any amount of carotid plaque is reason to follow a preventive program, even if the plaque is insufficient to justify surgery. Can plaque be reduced? Can we shrink plaque in carotid arteries and aorta and thereby reduce, perhaps eliminate, these sources of stroke? That question is gaining momentum as effective therapies become available that pack real punch for reducing plaque. Study after study has now documented that plaque can be reduced and, with it, risk for stroke. Reduction in plaque of 10–20% is possible within a year or two. Let’s consider the most potent influences on carotid and aortic plaque growth that need to be considered in a plaque-reducing program. (I assume that you are a non-smoker—if you are a smoker, you first need to concentrate on quitting.) Hypertension Considerable experience documents the power of blood pressure-lowering for prevention of stroke. The most recently updated guidelines, the JNC–VII, recommends a blood pressure of 407 mg/dl heightens stroke risk six-fold. C-reactive protein (CRP) This measure of inflammation is proving to be a useful marker for identifying people at risk for stroke, with increased risk beginning at a level of 0.5 mg/l. High CRP also predicts more rapidly growing carotid plaque. Homocysteine Homocysteine is an important marker of increased likelihood of both carotid and aortic plaque, as well as stroke. In 1997, the European Concerted Action Project reported more than a doubling of stroke when homocysteine levels exceeded 12 mol/l. As homocysteine increases to 20 μmol/l, risk for stroke and heart attack increases an amazing 10-fold over that at a level of 9 μmol/l. Asymmetric dimethylarginine (ADMA) ADMA is recently discovered amino acid whose blood levels can skyrocket up to 10-fold in the presence of hypertension, metabolic syndrome, diabetes, high cholesterol and triglycerides, obesity, and high homocysteine levels. ADMA blocks the action of the amino acid, l-arginine. This mimicry reduces the availability of nitric oxide, a powerful dilator and protector of arteries. ADMA levels in the top 10% predict a six-fold heightened risk for future stroke, and ADMA levels in people with strokes are double that in other people. A carotid ultrasound study in 116 subjects showed that higher blood levels of ADMA are associated with more severe carotid plaque. Because of ADMA’s shared role across a variety of abnormal conditions, correction or blocking the action of ADMA has been suggested as a unique therapeutic tool to reduce stroke risk. Cholesterol Data suggest that lowering cholesterol with statin cholesterol-lowering drugs slows carotid plaque growth and reduce stroke risk approximately 22%. An interesting study from the Cardiovascular Institute at Mt. Sinai School of Medicine in New York using the precise measuring ability of MRI of the carotids and thoracic aorta showed an impressive 20% regression of plaque area with simvastatin (Zocor®) taken for two years. Although guidelines for cholesterol treatment recommend reduction of LDL cholesterol to 100 mg/dl in high-risk persons, a report from the Walter Reed Army Medical Center in Washington, DC, showed that carotid plaque was more effectively reduced when LDL cholesterol of 70 mg/dl or lower was achieved with statin cholesterol drugs. Lower LDL cholesterol may, therefore, be better. Treatment Strategies to Reduce Carotid and Aortic Plaque The essential question: How do we reduce carotid and aortic plaque? If we make this the focus of our efforts, many pieces begin to fall into place. If you’ve had any measure of carotid or aortic plaque such as a carotid ultrasound or aortic calcification on a CT heart scan, you know that you’re at increased risk for stroke. You also have a baseline for future comparison to gauge whether your program is working or not. Because most people have not one but several causes of carotid and aortic plaque, there is no one single treatment that effectively eliminates risk for stroke. Instead, most people require a comprehensive program of healthy diet, exercise, supplements, and medication when indicated. Here, we focus on the nutritional supplements that can be critical components of your plaque-reduction program. Fish oil Fish oil is a cornerstone of your stroke prevention program. Epidemiological observations suggest a strong relationship of fish intake and reduction of stroke risk. Carotid ultrasound studies demonstrate less carotid plaque with greater intakes of fish. A cleverly designed University of Southampton study made the fascinating observation that fish oil transforms the structure of carotid plaque. 150 people with severe carotid plaque scheduled for carotid endarterectomy (surgical removal of the plaque) were given fish oil, sunflower oil, or no treatment over several months while waiting for their procedure. (Delays in the British health system permitted this unique design.) Plaque was removed at surgery and examined. Participants taking fish oil had reduced inflammation in plaque and thicker tissue covering the fatty core, markers of more stable plaque. Those taking sunflower oil or no treatment had unstable plaques with greater inflammation and thinner, less sturdy covering tissue. This suggests that fish oil stabilizes carotid plaque, making it less likely to rupture and fragment. A standard capsule of fish oil (containing 300 mg of EPA + DHA) contains the same amount of omega-3s as a 3 oz serving of cod or halibut; three capsules (900 mg DHA + EPA) contain the equivalent of a serving of farm-raised salmon. The dose that seems to provide greatest protection from stroke, lowers triglycerides (that form abnormal lipoproteins; see above), and reduces fibrinogen, is four capsules per day (1200 mg EPA + DHA). Coenzyme Q10 (CoQ10) Although there are no data specifically addressing whether CoQ10 reduces plaque, it is a marvelously effective way to reduce blood pressure, one of the crucial factors causing carotid and aortic plaque growth. A pooled analysis of eight studies showed that, on average, CoQ10 in daily doses of 50–200 mg reduced systolic blood pressure by 16 mm Hg, diastolic pressure by 10 mm Hg. Data suggest that CoQ10 can reverse abnormal heart muscle thickening (hypertrophy), another manifestation of high blood pressure, strongly suggesting that CoQ10 has benefits beyond just reducing pressure. Supplements to correct the metabolic syndrome Weight loss is, without question, the most immediate and direct path to correction of this dangerous pre-diabetic condition. A drop of even 10–20 lbs yields improvements across the board: increased sensitivity to insulin, increased HDL, and reductions in triglycerides, CRP, fibrinogen, small LDL particles, and blood pressure. Diet and exercise are fundamental components of an effort to lose weight; low carbohydrate or reduced glycemic index diets (e.g., South Beach or Mediterranean) rich in fibers are clearly effective. Several supplements can amplify weight-reduction efforts and be useful adjuncts to your lifestyle program. Among them: White bean extract White bean extract blocks intestinal absorption of carbohydrates by 66%. 1500 mg twice a day with meals yields, on average, 3–7 lbs of weight loss in the first month of use. The only side-effect is excessive gas, due to unabsorbed starches. Glucomannan This unique fiber taken prior to meals absorbs many times its weight in water and thereby fills your stomach. You consequently take in less food. Most people lose around four lbs per month using 1500 mg prior to each meal. Interestingly, glucomannan also blunts the rise in blood sugar after meals, an effect that, by itself, may lead to weight loss. Be sure to take with plenty of water. DHEA This adrenal hormone is key to maintaining physical stamina, mood, muscle mass in men, and libido in women. A recent randomized, placebo-controlled study at Washington University in 56 subjects showed a 13% decline in abdominal fat (fat that drives resistance to insulin) measured by MRI with 50 mg of DHEA per day at bedtime, along with improved sugar control and lower insulin levels. Pectin, beta-glucan Pectin is the soluble fiber in citrus rinds, green vegetables, and apples, also available as a supplement. Beta-glucan is the soluble fiber of oats and is also available as a supplement. Both are wonderful fibers that provide feelings of fullness, lower cholesterol, slow release of sugars, and can yield modest weight reduction. A USC study in 573 subjects using carotid ultrasound showed that greater intake of healthy fibers like pectin and beta-glucan is associated with less carotid plaque growth. Folic acid, vitamins B6 and B12 Dr. Daniel Hackam at the Stroke Prevention and Atherosclerosis Research Centre in Ontario conducted a study using carotid ultrasound in 101 participants treated with folic acid 2.5 mg, vitamin B6 25 mg, and B12 250 mcg per day. Treatment resulted in plaque reduction, especially when homocysteine levels exceeded 14μmol/l at the start, compared to untreated participants who experienced substantial plaque growth. An attempt to clarify the role of homocysteine treatment was made through a National Institute of Health-sponsored study of stroke prevention. 3680 participants with a prior history of stroke were enrolled and given either a “low-dose” (20 mcg folic acid, 0.2 mg B6, 6 mcg B12) or a “high-dose” (2.5 mg folic acid, 25 mg B6, 400 mcg B12) regimen. Although starting homocysteine levels showed a graded association with stroke risk (higher homocysteine levels predicted greater stroke risk), the treatment groups experienced, on average, only a 2 μmol drop in homocysteine levels and no reduction in stroke risk over two years. The study investigators as well as critics have suggested that the study failed due to an insufficient treatment period and that the doses were too low. (The doses we use in our plaque reduction program are folic acid 2.5–5.0 mg, B6 50–100 mg, B12 1000–2500 mcg.) L-arginine L-arginine can be used to overpower the adverse effects of ADMA. L-arginine is emerging as an important carotid plaque-reversing tool. Early reports in animals showed that l-arginine completely halted growth of aortic plaque, and did so more effectively than lovastatin (a cholesterol-lowering drug). In humans, L-arginine reduces blood pressure, abnormal constriction of carotid and coronary arteries, blocks entry of inflammatory cells into plaque, increases sensitivity to insulin, and heightens exercise capacity. Following coronary angioplasty or stent placement, l-arginine results in up to 36% reduction in plaque growth. The average American takes in 5400 mg of l-arginine through food every day. Supplementing with doses of 3000–12,000 mg per day has proven useful to correct many of these phenomena. (We use a dose of 6000 mg of l-arginine powder, twice a day on an empty stomach, dissolved in water, for our plaque regression program.) Does this result in a reduction of stroke risk? The emerging data suggest that l-arginine is likely to exert a powerful plaque-reducing and stroke-preventing benefit, but we await more clinical trial data. Conclusion Reducing stroke risk by reversing carotid and aortic plaque is becoming an everyday reality, with better tools becoming available. To know whether you’re at risk, the best and most available imaging tool is carotid ultrasound, aiming to identify intimal-medial thickness >1.0 mm, or carotid plaque. Any degree of calcification of the aorta, such as on a CT heart scan, is another useful measure of risk. Treatment to reduce risk is multi-faceted but is based on examining all your sources of risk, including metabolic syndrome, small LDL, lipoprotein(a), and C-reactive protein. Fish oil is the one absolutely crucial ingredient in any stroke prevention program. Other supplements can be used in a targeted fashion, depending on the causes identified for your carotid or aortic plaque. Ideally, repeat scanning of your carotids should be done sometime after your program has begun to assess whether you’ve successfully achieved reversal of plaque growth. free penile enlargment pills manual penis enlargement pennis enlargement surgeon penis enlarement surgeries penis enlagement exercise side effects magna rx natural penis enlargment and lengthening penile enlargement surgeries natural penis enlarement pills

For almost all applications in which art or beauty is given primacy, the use of a color scanner is imperative. Digitalizing of portraits, indigenous textile designs, and large paintings call for the use of large format color scanners. The particular application in question may be best suited by color scanners of either flatbed-type or drum-type scanners. The choice of imaging technology between the traditional scanner using charge-coupled device (CCD) and the less expensive alternative using contact image sensors (CIS) should also be made judiciously. When dealing with paintings and works of art, a CCD scanner is preferred so as to obtain best image quality, uniform color, and wide dynamic range. It is also ideal for scanning whole open books to obtain an image with little or no distortion. The geometric accuracy of this method is, however, inferior to that of CIS, and hence the latter are more suitable for scanning maps, engineering drawings, etc. The CIS scanner also has better resolving power since the scanned image is of the same size as the original. The resolution of the scanner is specified in dots per linear inch (dpi). The higher the resolution in dpi, the sharper is the scanned image. However, more resolution normally results in a larger image, requiring more memory for storage. The trade-off between the two depends on the use of the scanner. For example, official maps have to be scanned with much better resolution than the embroidery on a shawl. Large Format Scanners commonly available in the market have an optical resolution in the range of 150dpi to 800dpi, which would be sufficient for most general applications. The larger the scanned image, lesser is the enlargement involved, and lower is the resolution required. Highest resolution is desirable for scanning films. Speed is another important criterion that influences our choice; speed is usually expressed in inches per second (ips) at a particular dpi. At a higher dpi, the speed will be less. For comparison, the speeds of all scanners are usually evaluated at 200dpi optical resolution, or at half the best optical resolution it provides. Most of the commonly available color scanners have speeds less than 300ips. Thickness of the media to be scanned is yet another factor to be considered when selecting the scanner type. pnis enlargement before and after picture penis enlargement surgery cost do penile enlargment pills work homemade penis enlarement buy penis enlargment pills penile enlargement surgeries penis enlarement review penis enlargment cream natural penis enlarement pills

One of the problems with benign prostatic hypertrophy (an enlargement of the prostate which affects the majority of men above the age of 60) is that the symptoms can vary widely from one person to the next and it can be difficult to assess the degree of treatment required, or indeed whether treatment is needed at all. To assist in this assessment the American Urological Association has designed a short questionnaire consisting of just seven questions. For the first six questions you allocate yourself a score according to your answers as follows: 0 points - not at all. 1 point - less than 1 time in 5. 2 points - less than half the time. 3 points - about half the time. 4 points - more than half the time. 5 points - almost always. The questions, which apply to the previous period of one month, are: How often have you experienced a sensation of not emptying your bladder after urinating? How often have you had to urinate less than two hours after your previous urination? How often have you stopped and started again several times during urination? How often have you experienced an urgent need to urinate and found it difficult to hold on? How often have you experienced a weak flow of urine? How often have you felt the need to urinate but have had to strain to begin urination? For the final question, which also applies to the previous month, you simply allocate a point score equal to your answer (up to a maximum of 5). So, if your answer is twice you allocate 2 points and if your answer is four times you give yourself 4 points. The question is: On average, how many times have you had to get up during the night to urinate? Once you have completed the questionnaire and allocated a points score to each answer you then total up your score, which will fall somewhere between 0 and 35. The higher your score the more severe your symptoms and the greater your need for treatment. In general, a score of 7 or less would indicate that your condition does not warrant treatment at this time. It should be stressed that this test is just one test among several that your doctor may use to assess whether you are suffering from benign prostatic hypertrophy and, if so, what treatment would be appropriate. It is not designed to be used in isolation or for self-diagnosis. If you are experiencing problems and suspect that you may be suffering from benign prostatic hypertrophy then you should consult your doctor.