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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. manual penis enlargment free exercise tip for penile enlargement penis enlargment information vimax free penis enlargement tip real pnis enlargement penis enlagement pic before and after penis enargement pills review herbal penis enlarement pills

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One of the most confusing things about being diagnosed with early stage prostate cancer is choosing if and how to treat it. Unlike other cancers that have one or two standard treatment options, acceptable approaches for prostate cancer are more numerous. Each has different pros and cons and the decision about how to proceed needs to be customized to each man, depending on his age, his general health, and the severity of his early prostate cancer. Treatment options · Radical prostatectomy is the surgical procedure that removes the prostate gland. The operation is traditionally performed through a vertical incision made in the pelvis. The man needs to be admitted to the hospital and recover for several days. The most worrisome potential long term side effects are urinary incontinence and impotence. A new technology is available: robotic laparoscopic prostatectomy. This method entails making five small incisions instead of one larger one. The recovery is expected to be faster and easier than with the traditional procedure. · Radiation therapy has a cure rate comparable to that of surgery. The two forms of radiation therapy are external beam and brachytherapy, pronounced bray-kee-ther-uh-pee. o External Beam Radiation Therapy entails the use of a radiation treatment machine, most commonly, a linear accelerator. Using sophisticated treatment planning computers and devices built into the linear accelerator, the radiation beams deliver a very precise dose of radiation to the intended area while sparing the normal surrounding structures, such as the rectum and bladder. By using 3-D conformal radiation therapy, the radiation beams conform to, or match the shape of the tumor. Intensity modulated radiation therapy, also known as IMRT, is a refinement of 3-D conformal radiation therapy. It uses multiple, tiny beamlets, instead of a single radiation beam. IMRT beamlets can be understood by visualizing it as multiple, tiny mosaic tiles of different hues of blue; the tumor receives the dark blue beamlets, whereas the tissue near the rectum and bladder receives the beamlets of the palest shade of blue. This way, the intensity of each tiny beamlet is modulated. IMRT has enabled radiation oncologists to deliver much higher doses of radiation therapy to the prostate with fewer complications to the rectum, resulting in higher cure rates. Temporary and early side effects include the need to urinate frequently, diarrhea, abdominal cramping, and fatigue, which is usually not severe. Side effects that can develop months to years later include urinary incontinence and erectile dysfunction, albeit a significantly lower incidence than with surgery. With the advent of IMRT, the risk of rectal injury that can cause rectal bleeding is uncommon. o Prostate Seed Implants introduce multiple radioactive pellets smaller than grains of rice into the prostate gland. The prostate gland then receives a substantial dose of radiation, but the surrounding tissues receive virtually none. This option is very attractive to men who are concerned about maintaining potency. Also, for men who do not have a significant risk of the cancer penetrating through the capsule that envelopes the prostate, a prostate seed implant can serve as the only form of therapy. However, men whose tumors fall into a higher risk category cannot be treated solely with a prostate seed implant, and need to supplement it with external beam radiation therapy, albeit a briefer course of treatment than in men who receive only external beam radiation therapy. The disadvantages of brachytherapy include the fact that the radioactive seeds take several weeks to decay to the level of background radiation; during this time, men need to refrain from getting close to pregnant women and small children. Also, there is a low risk of rectal irritation in the short and long run. Infrequently, the need to urinate frequently can persist. Incontinence and impotence are relatively rare. The risk of a channel forming between the urinary tract and the rectum, also known as a rectal fistula, can cause urine to leak through the rectum. This complication is rare, fortunately, and can be repaired surgically. · Cryosurgery involves freezing the prostate tissue with liquid nitrogen. Via the guidance of an ultrasound probe inserted in the rectum, needles are guided into the prostate, by piercing the skin between the scrotum and the anus. Short term side effects include blood in the urine for several days, soreness of the surgical area, swelling of the penis and scrotum, urinary burning, and frequency of urine and bowel movements. Late complications include nerve damage that can result in impotence and rarely, the formation of a fistula. Also, the long-term success rate is not well known. · Hormone Therapy is also known as androgen deprivation therapy (ADT). Prostate cancer thrives on testosterone. By depleting testosterone, prostate cancer cells die. ADT has never been demonstrated to be a curative modality, but it is useful in holding the disease at bay for some time. Its other role is in shrinking the prostate prior to surgery or radiation therapy. Side effects are those of “male menopause”, such as hot flashes, weight gain, decreased mental acuity and depression. Other potential adverse effects include osteoporosis, anemia, breast enlargement, fatigue, diminished good cholesterol and loss of muscle mass. · Watchful waiting is a reasonable choice for men who have a short life expectancy, as well as for those men who have very slowly growing prostate cancer and will most likely not die from prostate cancer but rather, from some other more life threatening problem. The down side of watchful waiting is the psychological implication that the man’s mortality is looming ahead of him. Although no active treatment is given, men are still followed with digital rectal exams, PSA levels and possibly, transrectal ultrasounds of the prostate. However, with low risk prostate cancer in an elderly man, this might be a fine option. Apparently the spectrum of treatment options is vast, and ranges from doing nothing to undergoing radical surgery. To make the best decision for himself, a man should know his treatment options based on his individual situation and lifestyle. Then, he will be empowered by knowledge as he embarks on his journey into the world of medical opinions. Finally, he should choose an experienced specialist to ultimately treat and follow him. For more information about radiation therapy, check out http://www.ASTRO.org, the official website of ASTRO, The American Society for Therapeutic Radiology and Oncology. Copyright 2006 by Carol L. Kornmehl. All rights reserved. free penis enlagement technique best pnis enlargement pills pnis enlargement surgery photo enlargement erection penis pill vimax male penis elargement penis enlagement surgery cost herbal pennis enlargement pills penis enlagement technique penis enlagement picture

The penis is as complex as any other part of the human body, despite a deceivingly simple appearance. Moreover, since the two functions of the penis are well-known to men and women alike, there is a tendency to think that everybody knows everything worth knowing about it. However, there are always a few questions left unanswered or some obscure bit of information that nobody bothers to remember and which may become interesting in a certain context. So here’s a general description of the penis whose aim is to provide a comprehensive presentation of this organ. Basically, the human penis is made up of two parts: the shaft and the glans (also known as the head). The shaft is not a muscle as some have suggested. It is made of three columns of tissue, one of which continues forward to form the glans. The three columns are called Corpus Spongiosus, which forms the underside of the penis and the glans, and Corpora Cavernosa, which are two sections of tissue located next to each other on the upper side of the penis. The shaft is covered in skin, while the glans supports the loosely attached fold of skin known as the foreskin. The foreskin is attached to the underside of the penis, in an area called the frenum. And, lastly, the penis is traversed from one end to the other by the urethra. This canal serves as a passage for both urine, produced in the bladder, and the sperm, produced in the testicles. Erection is achieved by filling the two Corpora Cavernosa with blood. Unlike some other mammals, humans have no erectile bone and have to rely instead on engorgement with blood to reach erection. When the erection is triggered by sexual stimulation, the arteries that bring blood to the penis dilate in order to increase blood flow. The sponge-like Corpora Cavernosa fills up with blood, which makes the penis stiff. The stiffer tissues constrict the veins that carry blood away from the penis in order to maintain the erection. Every male baby is born with a full set of reproductive organs. However, these organs are not fully developed and remain so until the boy enters puberty. At puberty, usually between the ages of 10 and 14, the pituitary gland starts secreting hormones that induce the testicles to produce testosterone. Testosterone is the hormone that controls all the physical and many of the psychological traits that define man. Its presence ensures the development of bigger bones and higher muscle mass in men. It is also responsible for the increase in penis and testicles size, the apparition of pubic hair and the deeper tone of the male voice. The penis stops growing at the end of puberty, which comes around the age of 18. However, there are many environment factors that may delay or accelerate the onset or the end of puberty. This means that some men may experience penis growth beyond the age of 18. A common urban myth that almost anyone has heard of is the idea that penis size is linked to the size of another body part. The most common versions of this myth focus on the size of hands, feet, nose or overall height to determine the size of the penis. Actually, there is no such link. Although the development of the penis in the embryo is controlled by the same genes as the limbs, penis growth at puberty is entirely governed by testosterone and has nothing to do with the other parts of the body. Some men are born with big penises. This is an undisputed fact of life whose causes are still a mystery to science. As stated above, there is no correlation between penis and body size. Studies conducted on bats have shown that the sexual organs and the brain require large quantities of energy to develop. At some point, the developing embryo decides whether it wants a bigger brain or a bigger set of sexual organs. However, science is still at a loss to understand how the decision is made and why. And, lastly, a word on penis exercises. The exercises that PenisHealth promotes are designed to force the columns of tissue to expand in both length and girth. This is done by exerting pressure on the shaft and helping the cells that make up the tissues to multiply. Obviously, the aim of these exercises is to make the Corpora Cavernosa hold more blood in order to increase the size of the erect penis. Contrary to what many skeptics think, the careful and sustained exercising of the penis is a safe and effective way of increasing length and girth. vimax forum penis enlargment product top rated penis enlargement pill medical penis enargement top rated penis enlargment pills penis girth enhancement vig rx oil pnis enlargement excersizes penis enlagement picture

Surgery is one of the most controversial approaches to penis enlargement. While it does come with the coveted “mainstream” label, it is by far the most expensive option. Many people think that surgery is less hassle and the bringer of instant results. They should think again. First and foremost, men who have willingly chosen the knife to improve their lives also have to go through a period of exercises designed to help the penis recover. Second, sex is out of the question after surgery. So there’s no instant use for those instant results. Third, things may go wrong. And if you think that nothing can happen to spoil your attempt to better your sex life, then neither did Charles Lennon, the not so proud owner of a ten-year hard on. In theory a perpetual hard on may sound fun for certain desperate men who haven’t gotten laid in a while, but let me tell you this is not as good as it sounds. Charles Lennon was in his late 50s when he received an implant made of plastic and steel called Dura-II. The device was supposed to help men suffering from erectile dysfunction raise their penises for sex and then lower them down afterwards. Problem is Lennon’s device remained stuck in the up position. In one short moment of unlucky malfunction, Charles Lennon lost the chance to ride a bike again, hug people, wear tight clothing or go for a swim. He has turned into a recluse who is embarrassed to meet people and is uncomfortable around his own grandchildren. And the worst part of it is that there is no going back for Charles Lennon. The implant is not working properly and cannot be taken out due to health-related problems that prevent Lennon for going through surgery again. And even if doctors could somehow take the implant out, there is no way Lennon would get an erection because the implant replaced part of the penis tissue. This means that Charles Lennon is stuck with the malfunctioning implant for the rest of his life. While it’s true that he had brought the manufacturer before a court and won compensatory payments, money cannot undo the implant, nor fix a man’s life. It’s not my intention to imply that surgery is a disaster waiting to happen every time. I’m sure that many people went through penis enlargement surgery and everything was perfect for them. But you have to realize that when things go wrong, there is no turning back. Once the knife goes through the tissue, there is no way to undo the cut and, for good or for worse, you have to live with the consequences. And, as told above, the consequences can sometimes be pretty dire. Permanent erection, irreversible impotence, loss of feeling due to damage sustained by nerves, scars – these are the hazards of a male enhancement technique that is outside your control. Therefore, my advice to all the men considering penis enlargement is: choose carefully. penis enlargment pic before and after manual penile enlargment best penis enlargment pnis enlargement patch plus review vig rx do penile enlargment pills really work home pnis enlargement vimax pill penis enlagement picture

In the United States, herpes simplex is the most common genital infection. Estimates show that about 1 million people annually will be infected by this virus. Recurrent infections, as a result of the virus, will affect about 45 million people every year. Studies add that the incidence of herpes simplex will be higher in young adults, adolescents, and in those living in lower socioeconomic populations. It is a chronic disease and, in many people, will not have any visible symptoms. Currently, no total cure is available for herpes simplex. Herpes simplex is the result of either one of two viruses, herpes simplex virus type 1 (HSV-1), or herpes simplex virus type 2 (HSV-2). However, most herpes infections are caused by HSV-2. It has been estimated that HSV-2 is responsible for 80% of initial herpes infections, and up to 95% of recurrent infections. What Are The Symptoms Of Herpes Simplex? While many people experience no symptoms with herpes simplex, painfully frequent recurrences of herpes symptoms will appear in others. Approximately 3 to 7 days after contacting the infection symptoms of herpes simplex will begin to appear. Red spots, that will be painful, will appear in the genital area. For men, these lesions will generally appear on the head, or the shaft of the penis. For women, these lesions will most commonly occur outside of the vaginal opening, inside the vagina, and on the cervix. These spots will soon form painful blisters filled with a clear fluid containing particles of the herpes virus. When the blisters break they will shed the virus, causing the appearance of painful ulcers. These ulcers will last up to 6 weeks. Should the ulcers become infected, they could last considerably longer. Touching these blisters, and then touching other areas of the body can spread this infection to these other areas. Persons with the herpes simplex virus will also experience headache, fever, enlargement of lymph nodes, painful urination, and urinary retention. Men may also experience a urethral discharge, while women may experience a vaginal discharge. While men are unlikely to experience further serious complications of the herpes simplex, women with herpes simplex may experience complications when pregnant. Although not yet conclusively established, many believe that there may be a direct link between herpes simplex and cervical cancer. In rare cases, the herpes virus may spread to the brain. This will cause a condition called herpes encephalitis, a life-threatening condition. Although treatment with the drug acyclovir (Zovirax), an antiviral drug, is capable of curing the encephalitis, up to 60% of the survivors will sustain some sort of permanent brain damage. What Is The Treatment For Herpes Simplex? While the herpes simplex virus cannot be cured, the symptoms can be alleviated. The drug Acyclovir helps to reduce the severity of the initial episode, and is also administered to treat subsequent episodes. Acyclovir is administered for 7 to 10 days until the lesions fully heal. How Can Herpes Simplex Be Prevented? The best way to prevent herpes simplex is to avoid unprotected sex. Herpes simplex may be transmitted through genital-genital contact, but it is important to remember that it may also be transmitted through oral-genital contact. Condoms are usually recommended to prevent transmission of herpes simplex. However, not all of the lesions may be covered by the condom. Any person engaging in sexual activity with a person infected with herpes simplex, must refrain from touching any lesions, especially uncovered lesions. The person infected with herpes simplex must also avoid touching any lesions to eliminate the possibility of spreading the infection to other parts of their bodies. Because there is no cure, prevention is especially important for herpes simplex. Currently, The National Institute of Health is testing an HSV-2 vaccine. However, its use is limited to women who have no history of HSV-1 exposure. For now, safe sex practices are the best way to prevent the spread of this highly infectious disease.