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The prostate is a gland in the male reproductive system. It is located just below the bladder and wraps around the urethra. The prostate gland measures 3-4 cm long and 3-5 cm in width. On average, the prostate gland weighs 20 grams. The prostate consists of approximately 30% muscular tissue while the remaining is glandular tissue. Seminal vesicles are attached to the prostate and produce material that mixes with prostatic fluid to form semen. The tubes from the testicles carry sperm to the prostate, which mixes with the seminal fluid and is ejaculated during orgasm. The prostate may increase in size as age progresses. This condition is called benign prostatic hyperplasia (BPH). More than 40% of men have an enlarged prostate by the age of 70. Enlargement of the prostate causes it to press against the urethra and weaken the flow of urine. An increase in size may indicate the condition of benign prostatic hyperplasia or a urologic condition. It need not necessarily indicate the growth of cancer cells. Benign prostatic hyperplasia does not increase the risk of prostate cancer but indicates the possibility of occurrence. Three common diseases of the prostate are benign prostatic hyperplasia (BPH), prostates and prostate cancer. Each condition affects the prostate differently. The male sex hormone, testosterone, plays an important part in the normal growth and function of the prostate gland. The testicles produce testosterone and is a concern for those diagnosed with hormone-dependent prostate cancer. As long as testosterone is produced, prostate cancer is very likely to grow and spread throughout the body. The prostate has various concentric zones, known as the anterior fibromuscular stroma, peripheral zone, central zone and transition zone. A doctor is able to examine the peripheral zone by inserting a finger in the rectum. Benign prostatic hyperplasia develops in the transition zone and grows in size. The anterior fibromuscular stroma is the anchoring point of the urethra sphincter. It does not contain any glands and hence cancer or enlargement does not usually develop there. It is essential to contact a urologist in case one experiences the symptoms to ensure early preventive care. penis enlargment traction device penile enlargment tip free pnis enlargement prosolution pennis enlargement pills penis enargement before and after photo penis enargement device male pnis enlargement penis enlargement surgery cost

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Liposuction Breast Reduction – some useful information Liposuction breast reduction can be performed in both females and males. Liposuction is performed on males in areas like the breasts, abdomen, flanks, and the face. Enlarged male breasts have been successfully treated by liposuction breast reduction technique. Pseudo-gynecomastia and gynecomastia During puberty in males, as a temporary condition, excess breast tissue develops which usually subsides in 1 to 3 years. However, in some cases, the enlargement of the male breast does not subside and remains permanent. This results in the male breast resembling a female breast. The normal male breast contains both glandular and fat tissue. The glandular tissue, surrounded by fatty tissue, is generally situated under the nipple as a localized lump. A mammogram can determine how much glandular tissue and how much fatty tissue is in the male breast. A male with excessive fat tissue has an enlarged breast known as pseudo-gynecomastia, and it occurs in many men as they become older and in obese younger men. Liposuction breast reduction can be effectively done on pseudo-gynecomastia as it contains more fat tissue than glandular tissue. Gynecomastia is an enlarged male breast, which contains more glandular tissue than fat tissue. The fat tissue can be removed by liposuction; however, removal of the glandular tissue requires surgical excision by mammaplasty. An enlarged male breast may also be the result of a breast tumor, which only a mammogram can prove. Gynecomastia can happen due one or many reasons like metabolic and hormonal disorders, non adequate testosterone, hyperthyroidism, too much starvation, medication after effects, too much drinking of beers and other alcoholic drinks, testicular cancer, breast tumors and steroid and marijuana use There are few drugs having side effects of gynecomastia Amiloride (Moduretic), Amiodarone (Cordarone), Antiandrogens (cyproterone), Anticancer drugs (cytotoxic) Gynecomastia can be removed by surgery, medication wrc.. How liposuction breast reduction surgery can help? Liposuction breast reduction can help to produce a smaller version of the breasts. Usually the size changes, but the shape of the breast remains the same. The male gets a manlier shaped breast and his self-esteem increases, as the attending anxiety and embarrassment in participating in some activities is eliminated. After the fat tissues are removed with liposuction, specific breast exercises can be done to tighten the glandular tissues and give a look of manliness to the overall chest area. There may be a lumpiness and swelling experienced for few weeks postoperatively, which subsides in 2 to 4 months. Is hospitalization required for treating gynecomastia? Usually, it is done on an outpatient basis, and no hospitalization is required as general anesthesia is used. The majority of patients can return to their normal activities within few days. Do insurance pay for gynecomastia? Usually, the reimbursement for gynecomastia is not done by major insurance companies. Possible risks and complication in Liposuction for breast reduction The risks of liposuction breast reduction are similar to any surgical operation. However, the risks are minor and can be treated with liposuction breast reduction techniques. pennis enlargement without pills top rated penile enlargment pills herbal penis enlargment penile enlargement photo pnis enlargement surgery pnis enlargement cream free pnis enlargement penile enlargement surgeries real penis enlarement

There are three stages of pregnancy. These are the first, second and third trimesters. The first trimester runs from week one to week fourteen, the second covers weeks 15 – 26, then the third is weeks 27 – 40. Week 1+2: This is actually before you get pregnant. It’s the stage where your body prepares itself by ovulating. And it’s in these 14 days that the egg is fertilized by the sperm Week 3: The fertilized egg now moves down the fallopian tubes, fluid passes into the ball of cells, dividing them into two. The inner cells will form your baby and the outer cells will form the placenta. Your body, at this stage, is still unaware that it is pregnant. The implantation begins as the cell ball reaches the wall of the uterus. In this process the cells actually bury into the uterus wall, which can sometimes lead to you having spotting. The implanted cell ball now becomes an embryo. Week 4: This is a week of rapid development, and your body now realises it is pregnant. The amniotic sac and cavity begin to develop and also the Yoke sac appears (this will later form the baby’s digestive system). The placenta now starts to form where implantation took place and blood from you will now go into the placenta. It is usually about day 27 that we start to feel the morning sickness. Week 5: The primitive streak (the fore runner of the brain and spinal cord) is now developing. Through this primitive streak the cells will develop into three layers: The endoderm: the bottom layer – develops the glands, lung linings, tongue, bladder, digestive tract, tonsils, urethra and associated glands. The mesoderm: the middle layer – forms the muscles, bones, heart, lungs, spleen, blood cells, and the reproductive and excretory systems. The ectoderm: the top layer – forming the skin, nails, hair, eye lens, nose, mouth, anus, tooth enamel, pituitary gland, mammary glands, and all parts of the nervous system. Other cells will be starting to develop the spine (called the notochord). The first steps towards forming the embryos head, and the first formation of the babies blood cells happen this week. Week 6: The first few days of this week is when your baby’s heart starts beating. The aorta (the largest artery in the whole body) will be starting to form at around day 40. By mid week many organs are starting to form: eyes, arm buds, liver, gall bladder, stomach and intestines, lungs and pancreas. Week 7: This is a busy week for your growing baby. During this week your baby will double in size. The lenses of the eyes are developing and there is also a recognisable tongue. The legs and arms are developing into paddles, the jaws are now visible. Week 8: The cerebellum starts to form this week. That’s the part of the brain responsible for the movement of muscles. Also hand and foot plates, elbow and wrist areas are forming. Towards the end of the eight week the hand plate has formed ridges where the fingers will be. There is further development of the eye; pigment is now appearing on the retina. Teeth buds are now forming within the gums, along with the wind pipe, bronchi, and voice box. The heart is now starting to develop the four chambers. Week 9: Your baby is now starting to form cartilage and bones. During this week the ovaries will develop into the sex organ determining whether you’re having a boy or a girl. The fingers and thumbs are now taking shape. Also the baby is now becoming more active. Week 10: It’s now that your embryo has become a baby, all be it on a rather small scale. There is a fully formed upper lip. The development of the heart now slows as it is past the critical stage. By mid week the earlobes are fully formed. Toes start to develop on the foot plate. As the bones of the palate (roof of the mouth) start to fuse together, the tongue starts to develop taste buds. Week 11: as the morning sickness starts to subside, you may feel your appetite increase. Your baby’s body starts to straighten. In males the penis is now distinguishable and in females the vagina is beginning to develop. This stage is where the baby starts to show individuality, as the muscle structure varies in each baby. Week 12: Your baby will start to develop fingernails over the next three weeks. The brain is now the same structure as it will be at birth. By the end of the week, the gall bladder and pancreas will be fully developed. Also the baby will now be opening and closing its mouth. Week 13: This week vocal chords will form in the larynx. Also the intestines will move from the umbilical cord into the abdomen, and will start to form folds and become lined with villi. Week 14: You may have noticed some changes to the areola (the area around your nipple); it may be getting larger and darker. Your baby’s heart beat will now be able to be heard using a Doppler. Breathing, sucking and swallowing motions will be being practised. The breathing practises will take the amniotic fluid in and out of the lungs. Baby’s hand also becomes more functional. Week 15: The baby’s neck is now defined, with the head now resting on the neck rather than the shoulders. The hair pattern of the baby will be defined by the 102nd day of the pregnancy your baby will now be able to turn its head, open its mouth, kick, press its lips together and turn its feet. Week 16: This week the baby’s toe nails will start to grow. The muscles will be growing stronger and the neck and head are growing straighter. As the uterus starts moving upwards you may start showing more, but this does mean less pressure on your bladder, making you feel like urinating less. Week 17: Your baby will be working on more reflexes this week; blinking, sucking, and swallowing. Development is carrying on with all the existing structures. Through the course of this month your baby’s weight will increase 6 times. Week 18: By mid week your baby’s eyes and ears will now be in the right places. The finger tips and toes will develop pads, and toe and finger prints will start to develop later in the week. Myelinization, a process of coating the nerves with a fatty substance called myelin which speeds up nerve cell transmission and insulates nerves, will start happening this week. Also by the second day of this week meconium (faecal waste) will start developing in the baby’s bowels. Week 19: A creamy looking substance that covers the baby’s body, vernix coseosa, will start to form. This protects the baby and its developing glands and sensory cells. If you’re having a baby girl primitive egg cells are now developed in the ovaries, in fact females are born with all the eggs their ovaries will ever have. Week 20: Most of the major development has now taken place, and the danger zone of the first three months is now over. Your baby will be waking and sleeping, just as newborns do. Also the formation of fine scalp hair and eyebrows will begin. Week 21: Your body is replacing the amniotic fluid very three hours at this stage of your pregnancy. Baby’s leg and arm movements increase as the muscles and bones become stronger. By the end of the week a stethoscope will be able to detect the baby’s heart beat. Week 22: If the baby is a boy, the testes will start to move from the pelvic area into the scrotum. The hair on the head and eyebrows is now visible as white and short. Week 23: The bones in the middle ear start hardening making the conduction of sound possible. The baby will start to gain some considerable weight between now and next month. The size of the baby’s body will start to get into proportion though the head will remain larger than the rest of the body. Week 24: The skin of your baby is wrinkled, but will smooth out as fat is deposited. Also by the end of this week the baby’s heart beat is so strong it is some times possible to hear it by placing an ear on your stomach. Week 25: Baby’s skin is now turning a reddish/pink as capillaries start to develop. The nostrils will now start to open, as they have been plugged unto now. The lungs will start developing blood vessels and the finger and toe nails will now be covering half the nail bed. Week 26: with the nostrils now open, muscular breathing will start. By the end of the week the lungs will be secreting surfactant, a substance which prevents the lung tissue sticking together. Also with the formation of blood vessels in the lungs, they will now also be developing air sacks. Brain wave activity starts this week for auditory and visual activity. Week 27: Bumping and thumping is becoming stronger as your baby grows stronger, you should be feeling around 10 kicks in a two hour period. Baby’s lungs are growing rapidly and there is continual development with brain patterns. Week 28: This is when the eyelids un-fuse and open up. Muscle tone is improving, and the lungs are capable of breathing air. The chances of a baby being born premature from now on, has a greatly improved chance of surviving. Week 29: Eye lashes have now grown, and although still unable to focus, baby’s eyes are now sensitive to dark and light. At this stage of pregnancy the senses of sound, smell and taste are developing. By the end of the week your baby will be able to move its eyes in their sockets. Week 30: Baby is now storing up nutrients taken in by you. Calcium for skeletal development, protein for growth and iron for blood cells. By the end of the week the languno (the small hairs that covered the baby’s body), is nearly all gone apart from some patches on the shoulders and back. Week 31: As the actual growth starts to slow down, the internal organs are still maturing, so make sure your still getting enough folic acid, iron and calcium. Should your baby be born this week they would have the ability to breath, see, listen learn and remember. Week 32: The baby’s iris is now reacting to light. All five senses are now registering with your baby, although smell is limited as baby can’t breathe air in the uterus. Week 33: your baby may now be sucking its fingers. Constipation could be starting for you as your uterus puts more and more pressure on your bowels. Week 34: The pigment of the eyes is not quite fully developed yet, this leaves the eyes looking blue regardless of final colour. And this week your baby will start to develop its own immune system. Week 35: In baby boys the decent of the testes will complete any time now. Your baby may now shift into your pelvis in a head down position, but not all babies’ do this before birth. Week 36: Dimples on the elbows and knees will be forming as well as creases in the neck area due to continual deposits of fat. Also this fat will help baby maintain its body temperature. Week 37: Around 85% are born within two weeks of their actual due date (either before or after), so as you enter this stage be aware for signs of labour. The baby is practising being more aware of its surroundings; this is the ‘orientating response’. This is where the baby will turn towards any source of light. The end of this week marks the end of development, growth will now slow down. Week 38: Meconium is accumulating in the intestines. Meconium is a dark green mass of waste product and cells from the gall bladder, liver and pancreas. Although shortly after birth this will all come out. Week 39: as the baby is settling into your pelvis, you maybe feeling clumsy and off balance. This is because your centre of gravity shifts. Make sure you’re prepared for your trip to the hospital. Week 40: welcome to the final week, that’s if you have not given birth already. Your body will be giving the baby antibodies so it can protect its self from many diseases. The baby will finish dropping into its resting place before birth. So congratulations and welcome to your new born child. surgical penis enlargment manual penis enlargement penis elargement without pills vimax best penis enlargement pills penis elargement without pills vimax testimonials guide to pnis enlargement penis enlarement photo real penis enlarement

Alcohol and High Blood Pressure - wow, this is a good one (he says putting down his pint – only joking). Consuming Alcohol and High Blood Pressure as an issue is a real conundrum. One the one had, the odd wee drink now and then (he says picking his pint glass up again) is actually quite beneficial and can act as an aid and part treatment for cardiovascular purposes but it is like everything, taken to excess, therein lies the downfall. The relationship between Alcohol and High Blood Pressure (Hypertension) has been recognised for nearly a century and especially the link between Hypertension and the excessive consumption of alcohol i.e. more than just the correct recommended intake of a few units (14 for women and 21 for men) a week. There have been several scientific studies over the last 100 years that have confirmed that Alcoholism is ONE of several causes of Hypertension. Originally it was suggested that alcoholism was a cause of hypertension irrespective of a whole range of other associated socio economic factors such as economic status, your age, race, weight, serum cholesterol levels or even tobacco use If you drink excessively, your blood pressure will rise. Hmmnnn…... It is quite a sobering experience when you look at it like that doesn’t it? The Pro’s and Con’s of drinking are not for this article and it is not for me to make valued pronouncements about the virtues of abstinence from alcohol but the simple fact is inescapable. Alcohol is a drug. It affects the way you feel and affects every system in your body. When you know the facts and effects of alcohol, then you will be in a position to decide what is best in the long term for you. In a nutshell the principle behind the relationship between alcoholism and High Blood Pressure lies in the following basic premise. When Alcohol is present in the blood stream it covers the blood vessels and artery walls thereby increasing their tension and thereby increasing the blood pressure. This is the basic version and there are more complex definitions and explanations in existence but these are for the Medical Textbooks! As in all things moderation appears to be the key and this arises (apart from common sense) largely from a report in 1994 in The Journal of the American Medical Association which published an editorial that suggested that if the entire population of the United States stopped drinking it estimated that there could be up to an additional 81,000 deaths due to Heart Disease each year. OK, sounds interesting, and the article went on to ascertain that abstaining from alcohol may be no better than drinking in moderation. At the same time over in Europe, researchers in Denmark were putting the final touches to a study that analysed the drinking habits of thirteen thousand people over the period of a decade. To everyone’s amazement the study found that those who downed three to five glasses of wine daily had roughly half the risk of teetotallers dying. At this point enter the Harvard School of Public Health who stated that their research had shown that the benefits of alcohol consumption (i.e. the enlargement of the blood vessels) disappear after as little as two drinks. It would appear that the generally accepted consensus is that moderation in drinking rules. Consuming one or two drinks a day helps prevent heart attacks and stroke it would seem. The really sad thing about all of this is that most Medical Professionals will tell you that the abuse of alcohol is one of the fasted growing areas of treatment within today’s Healthcare system. Not only that but the fastest growing section of the population found to be most at risk from the effects of this abuse of alcohol are now under the age of thirty and sadly an alarmingly large percentage of these sufferers are female. Shame they never told us about that at school. Or perhaps they did, but we were just too young and stupid to listen. free penis enargement video male penis enlargment top rated penis enlargement pills vimax male penis enlargement buy penile enlargement pills enlargement penis pills vimax penis enlarement fact free penile enlargment video real penis enlarement

Galactose is one of the 8 saccharides known as Glyconutrients. They are vital nutrients to the body and are: • Mannose • Glucose • Galactose • Xylose • Fucose (not fructose) • N-acetylglucosamine • N-acetylneuramic acid • N-acetylgalactosamine Galactose is found in sugar beets and dairy products. It is a sugar and is also known as brain sugar. Because it has food energy it is known as a nutritive sweetener. It is not very water-soluble and is less sweet than glucose. When joined with glucose it forms the disaccharide known as lactose found in milk. Alone galactose is known as a monosaccharide. Galactose is a vital nutrient in our body and deficiencies can cause serious metabolic disorders: • Mental retardation • Cataracts • A rare deficiency UDPgalactose-4-epimerase deficiency can cause nerve deafness • Galactose-1-phosphate uridyl transferase deficiency • Compulsive blinking disorder. Galactose is found in a number of natural products combined with other sugars, the most notable being lactose (combination of galactose and glucose). It is the galactose in lactose that causes an inability to digest dairy products known as lactose intolerance. It is also found in polysaccharides, carbohydrates and lipids. Lipids are found in the nerve tissue and the brain. Galactose is used in medicines and synthetic substances. A rare heriditary disease is known as Galactosemia can be found in infants. It occurs when there is too much Galactose in the body. This is caused by a liver enzyme deficiency. It is very important to diagnose this metabolic disorder early so that life long problems do not occur. This is a hereditary disease. It can only occur if one or both parents have this disorder. The disease will become apparent in the 1st days of life when the infant starts taking milk or formula. Jaundice, liver enlargement and vomiting are the usual signs of Galactosemia. However it can be further complicated by other infections. Blood tests will usually confirm diagnosis. If left untreated the disease can get serious and lead to kidney, liver, eye, and brain damage. The treatment is a glactose free diet. This is a long-term treatment and may have to be maintained for years and sometimes the whole of the person’s life. As an added precaution Expectant Mothers who are known to be at risk for this disease can also be placed on a glactose free diet during pregnancy. If diagnosed and treated early in life with an infant any liver damage will automatically heal up however if left untreated there can be irreversible damage. All jaundiced babies should be tested for Galactosemia. Galactose is also used for research into eye diseases. Consumption of yogurt and cottage cheese will produce more Galactose as the lactose in these 2 substances is easily broken down into the monosaccharide forms of glucose and galactose. Galactose can also be found in pectin, which can be obtained from fruits especially strawberries, and citrus fruits.