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Dimples creation Surgery/ Dimpleplasty is a type of plastic surgery used to create dimples on the cheeks. Dimples are the indentations that occur when some people smile. They’re most often located on the bottoms of the cheeks. Not everyone is born with this facial trait. In some people, dimples are naturally occurring due to defect in smiling muscle. Dimples are perceived as a sign of beauty.

How dimples are formed ?
Dimples are formed because of the defect in the smiling muscle called as Zygomaticus Major. A very small part of this muscle is attached to skin. So whenever a person smiles the skin lying over this defect gets wedged into it, in the connective tissue, creating dimples in the cheeks which is perceived as a beautiful features on one's face.

Procedure of Dimple Creation
1.Before the surgery the doctors mark the position of the dimple based on patients on where the patient wants the dimple. The doctor also guides the patient regarding the position of dimples.
2.This surgery is performed under local anaesthesia .
3.Doctors perform this surgery from inside the mouth (inside of cheek) in order ensure there are no scars on the face.A small cut of 3-4mm is made inside the cheek area.
4.After making this incision, depending on where you want the dimple, a suture is passed through. This connects your skin to the underlying muscle, creating the dimple. You can see the dimple immediately.

Static and Dynamic Dimple
This type of dimple is called as static dimple.These dimples do not change in position or depth with animation. They remain like a sore thumb even when the person has no expression. As an absorbable stitch is used used during surgery, gradually the skin will, however, flatten out when the stitch is absorbed. The internal scarring —which takes place — will connect the muscle to the skin, creating a dimple which becomes prominent when one smiles and the static dimple will convert into dynamic dimples after two months .

Dimple creation surgery is a daycare procedure. It only takes 30 minutes, and you can go home soon after surgery. You are fit to resume your daily activities from the next day itself.

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About Dr. Rajat Gupta and RG Aesthetics

At RG Aesthetics, India’s best plastic surgeon, Dr. Rajat Gupta is at your service! With 10 years of experience, brand-certification, and international recognition, Dr. Gupta is the solution to all your contouring needs.

His expertise in liposuction techniques combined with the state-of-the-art technology available at RG Aesthetics ensures we continue providing the most reliable services with incredible, instantaneous results!

Our equipment allows for every kind of liposuction there is – especially the minimal invasive kinds. Dr Gupta reflects RG Aesthetics’ belief of the patient’s comfort always being paramount. Procedures at RG Aesthetics, under Dr Rajat Gupta, minimize trauma and speed up recovery time for the best results!

For more information please visit our website: https://www.drrajatgupta.com/
For more details,
contact us:+91-9251-711-711 or contact@drrajatgupta.com

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Reusable Lap Instruments Multi-functional laparoscopic instruments. Choose from many handle styles, three instrument styles, 33cm or 45cm lengths, and dozens of dissectors, graspers, forceps, and scissors. Lap Needle Electrodes Monopolar needle electrodes for laparoscopic surgery.

For benign colorectal diseases, totally laparoscopic left-sided colectomy was already reported on some papers. Nowadays, there is increasingly demanded minimally invasive surgerys on malignant bowel diseases including colorectal cancers and so we developed the new techniques in that specimen is del...ivered through the open rectal stump, especially, using Sani Sleeve(TM). In this operation video, you can see that an anvil was fixed to proximal colonic stump with intracorporeal purse-string suture using Endo-stitch(TM). (SETA : Specimen Extraction Through Anus)

This 38 year old woman has increasingly intractable RUQ pain after cholecystectomy done one year prior. LFTs and pancreatic enzymes have been normal, and ducts are non-dilated, thus she is a Type III possible SOD patient. Initial goal is to define course of pancreatic duct for manometry. 5-4-3 Co...ntour catheter (Boston Scientific) is used to perform the pancreatogram which shows a small straight distal duct. The aspirating triple lumen manometry catheter (Wilson Cook) is used to cannulate the pancreatic duct, with continuous aspiration of fluid once the duct is entered. Careful stationed pullthrough manometry shows markedly abnormal basal pressures in both leads in the pancreatic sphincter. Plan is dual pancreatic and biliary sphincterotomy. Biliary manometry will not now change our plan therefore is omitted. Our first goal is to access the pancreatic duct so we can guarantee wire access for placement of a small caliber pancreatic stent which is critical for safety. Contrast is injected as the 0.018in Roadrunner wire (Wilson Cook) is advanced in order to outline the course of main duct. A separate biliary orifice is clearly seen, unusual in SOD patients. A soft 4Fr 3cm single inner flange pancreatic stent (Hobbs Medical) is placed. We did not want to use our typical 9cm long unflanged stent as even a 3 or 4 French stent might be traumatic to the tiny caliber of this duct out in the body of the gland. Next the bile duct is cannulated with a papillotome (Autotome 39, Boston Scientific), showing a small perhaps 6mm bile duct. Biliary sphincterotomy is performed in very careful stepwise fashion as landmarks are unclear and perforation is higher risk in small duct SOD patients. On the other hand, inadequate sphincterotomies offer limited chance of symptom relief. You can see here a patulous sphincterotomy. Next a pancreatic sphincterotomy is performed with the needle knife (Boston Scientific) over the pancreatic stent. Again this is performed cautiously due to the small size of the pancreatic duct. We are reaching along the stent and cutting the fibers deeply. This is a limited pancreatic sphincterotomy due to small pancreatic duct size, and concern for scarring of the pancreatic duct. It is important to document passage of the stent by xray or remove it endoscopically with two weeks or so. We and many other specialized centers perform dual sphincterotomies at the first ERCP in all SOD patients with abnormal pancreatic manometry and frequent or intractable symptoms based on the belief that response rates are better than for biliary sphincterotomy alone.

Computer guided dental implant surgery

Totally Laparoscopic Collis-Nissen Fundoplication

Cervical Cap for Birth Control

This video documents the experience of one of our Mommy Makeover patients. She is 39 years old, 5’4” tall, and of average weight. Following the birth of her twins, she wanted to improve her abdominal wall contour and correct the lack of shape and firmness in her breasts.

Rhabdomyolysis is a condition in which damaged skeletal muscle (Ancient Greek: rhabdomyo-) tissue breaks down rapidly (Greek –lysis). This damage may be caused by physical (e.g. crush injury), chemical, or biological factors. Breakdown products of damaged muscle cells are released into the bloodstream; some of these, such as the protein myoglobin, are harmful to the kidney and may lead to kidney dysfunction. The severity of the symptoms (which may include muscle pains, vomiting and confusion) depends on the extent of the muscle damage, and whether kidney failure develops. The mainstay of treatment is generous intravenous fluids, but could include dialysis or hemofiltration.

Rhabdomyolysis and its complications are significant problems for those injured in disasters such as earthquakes and bombing. Relief efforts in areas struck by earthquakes often include medical teams with skills and equipment for treatment of survivors with rhabdomyolysis. The disease and its mechanisms were first fully elucidated during the Blitz of London in 1941.

http://www.turkey-ivf.com http://www.tupbebek-istanbul.com We offer a wide range of Assisted Reproductive Technologies including IVF and ICSI (Intracytoplasmic Sperm Injection), Embryo and Sperm Cryopresevation, Intrauterine inseminations (IUI), ovulation induction, Co-Culture (Artificial Uterus). Also other micromanipulation methods (assisted hatching, defragmentation, blastomer biopsy), epididymal or testicular sperm aspiration/extraction (PESA, TESA, TESE or micro TESE) are carried out in our laboratory.

M.Torabi Nami MD, PhDc Department of Neuroscience Institute for Cognitive Science Studies (ICSS), Tehran 15948 Iran Torabi_m@iricss.org Abstract Sleepiness, tiredness and fatigue are complaints which must be thoroughly analyzed to eliminate blur and ambiguity. Physiological sleepiness (“sleep pressure”) increases while being awake and additionally underlies the circadian rhythm with a lower threshold to fall asleep during night time. Excessive daytime sleepiness (EDS) is considered normal only after sleep deprivation. Clinically, EDS manifests by frequents daytime napping and/or reduced alertness with automatic behavior or - in its extreme form - in recurrent attacks of sudden, uncontrollable compulsion to sleep also in inappropriate situations (= “sleep attacks”). EDS is “objectively” addressed by measuring the mean sleep latency to four to five nap opportunities throughout the day using the multiple sleep latency test (MSLT) or the maintenance of wakefulness test (MWT). EDS denotes both, a ready entrance into sleep as well as difficulty in staying awake during daytime or accordingly in inappropriate situations. These two partially independent aspects of EDS are separately assessed by the “passive” MSLT and the “active” MWT respectively. For that reason the MSLT and MWT only weakly correlate with each other when tested over a broad range of patients with EDS. It is important to keep in mind, that these tests are importantly influenced by a great variety of factors such as mood, anxiety, and motivation. “Vigilance” comprises wakefulness, alertness and attention and therefore is more than just the reciprocal to sleepiness. Cognitive performance tasks such as Steer Clear Reaction Time Test (SCRTT) or driving simulators require the complete integrity of vigilance to achieve normal results. Hypersomnia is usually broadly defined as the combination of abnormally prolonged night-time sleep (regularly >10 h) with EDS during ≥1 months. On the other hand, the term hypersomnia has also been used in a narrower scene for the isolated abnormality of a prolonged night-time sleep need (>10 h). “Tiredness”, also in colloquial language often used for sleepiness, in a broader sense also describes the feeling of lack of energy, motivation and initiative. These patients seek rest rather than sleep. They often cannot fall asleep when given the opportunity in spite of feeling tired, and hence, in an MSLT, do not show an abnormally short sleep latency. Furthermore, tiredness (and fatigue) as opposed to sleepiness has a mental (“central”) and physiological (bodily or “peripheral”) component, which the patients can readily distinguish. Patients with insomnia, mild sleep apnea syndrome, or depression rather suffer from mental tiredness than sleepiness during the day. The simple subjective self-assessment using the Epworth Sleepiness Scale (ESS) quite reliably differentiates between sleepiness and mental tiredness (without sleepiness), which makes it a widely used test. The term “fatigue” is also heterogeneously used. In physiology the “fatigue” implied a “time on task performance decrement” to describe decreasing muscle force during a sustained physical effort. In clinical medicine one distinguishes physical (“peripheral”) from mental (“central”) fatigue and the term usually denotes a chronic and more abnormal situation than tiredness. In a broad sense “fatigue” implies a deficiency in coping satisfactorily with mental and physical work load. The chronic fatigue syndrome entails both mental as well as a physical fatigue (so called “leaden paralysis” of limbs). Depressive states are often associated with insomnia and fatigue, but there are also cases with hypersomnia rather than insomnia ( non organic hypersomnia , “atypical depression” or “hypersom

Fibromas Uterinos Tratamientos, Fibroma Uterino Tratamiento, Fibroma Benigno, Fibroma Del Utero

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Alimentos Que Reducen y Eliminan Los Fibromas

1. La Hidratación.

Como primera medida, asegúrese de estar bien hidratada. Si usted bebe la cantidad de líquido necesaria, logrará eliminar las toxinas y desechos que se encuentran acumulados en su organismo, los cuales en muchas ocasiones colaboran con la aparición de los fibromas

Por otro lado, el estreñimiento también puede ser una consecuencia de la falta de hidratación y esto también colabora con la acumulación de toxinas y desechos que vuelven a ser absorbidos por el cuerpo.

Prefiera alimentos como el salmón, las aceitunas, el aceite de oliva, la palta, etc.
Evite alimentos ricos en grasas saturadas como los quesos duros, la mantequilla, carnes grasas, embutidos y comida chatarra.

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Renal transplantation is the treatment of choice for a minority of patients with end-stage renal disease (ESRD). Most adult patients with ESRD are never referred for evaluation for transplantation, and have a 70% 5-year mortality on dialysis. Marked improvements in early graft survival and long-term graft function have made kidney transplantation a more cost-effective alternative to dialysis. In the United States, over 375,000 kidney transplants have been performed, and in 2012, 191,400 patients were alive and with a functioning transplanted kidney; currently, more than 101,000 patients are waiting for kidney transplants.[1, 2] Before the advent of immunosuppression, renal transplantation was limited to identical twins and was not applicable to the vast majority of patients with ESRD. The introduction of combined azathioprine-steroid therapy in 1963 produced encouraging results and became the mainstay of immunosuppression. Although this therapy improved the results of transplantation, acute rejection and complications associated with steroid therapy persisted. The introduction of cyclosporine in 1983 significantly improved the outcomes of all solid-organ transplants by reducing the risk of rejection. Further innovations, including anti–T cell antibodies (both monoclonal and polyclonal preparations), as well as other maintenance immunosuppressants (eg, tacrolimus, mycophenolate, sirolimus), have made a significant impact on both patient and graft survival. Currently, 1-year patient and graft survival rates exceed 90% in most transplant centers. For patient education information, see Kidney Transplant and the Mayo Clinic's kidney transplant information Web page.

What is polycystic kidney disease? Polycystic kidney disease (also called PKD) causes numerous cysts to grow in the kidneys. These cysts are filled with fluid. If too many cysts grow or if they get too big, the kidneys can become damaged. PKD cysts can slowly replace much of the kidneys, reducing kidney function and leading to kidney failure. How common is PKD? In the United States about 600,000 people have PKD. It is the fourth leading cause of kidney failure. It is found in all races and occurs equally in men and women. It causes about 5% of all kidney failure. What other organs besides the kidney are affected by PKD? PKD can affect other organs besides the kidney. People with PKD may have cysts in their liver, pancreas, spleen, ovaries, and large bowel. Cysts in these organs usually do not cause serious problems, but can in some people. PKD can also affect the brain or heart. If PKD affects the brain, it can cause an aneurysm. An aneurysm is a bulging blood vessel that can burst, resulting in a stroke or even death. If PKD affects the heart, the valves can become floppy, resulting in a heart murmur in some patients. What are the clues that someone has PKD? Most people do not develop symptoms until they are 30 to 40 years old. The first noticeable signs and symptoms may include: Back or side pain An increase in the size of the abdomen Blood in the urine Frequent bladder or kidney infections High blood pressure High blood pressure is the most common sign of PKD. Occasionally, patients may develop headaches related to high blood pressure or their doctors may detect high blood pressure during a routine physical exam. Because high blood pressure can cause kidney damage, it is very important to treat it. In fact, treatment of high blood pressure can help slow or even prevent kidney failure. Fluttering or pounding in the chest About 25% of PKD patients have a so-called floppy valve in the heart, and may experience a fluttering or pounding in the chest as well as chest pain. These symptoms almost always disappear on their own but may be the first hint that someone has PKD. How is PKD diagnosed? Ultrasound is the most reliable, inexpensive and non-invasive way to diagnose PKD. If someone at risk for PKD is older than 40 years and has a normal ultrasound of the kidneys, he or she probably does not have PKD. Occasionally, a CT scan (computed tomography scan) and MRI (magnetic resonance imaging) may detect smaller cysts that cannot be found by an ultrasound. MRI is used to measure and monitor volume and growth of kidneys and cysts. In some situations, genetic testing might also be done. This involves a blood test that checks for abnormal genes that cause the disease. Genetic testing is not recommended for everyone. The test is costly, and it also fails to detect PKD in about 15% of people who have it. However, genetic testing can be useful when a person: has an uncertain diagnosis based on imaging tests has a family history of PKD and wants to donate a kidney is younger than 30-years old with a family history of PKD and a negative ultrasound, and is planning to start a family

Constipation is a common problem. It means either going to the toilet less often than usual to empty the bowels, or passing hard or painful stools (faeces). Constipation may be caused by not eating enough fibre, or not drinking enough fluids. It can also be a side-effect of certain medicines, or related to an underlying medical condition. In many cases, the cause is not clear. Laxatives are a group of medicines that can treat constipation. Ideally, laxatives should only be used for short periods of time until symptoms ease. Note: there is a separate leaflet on constipation in children. What is constipation? Constipation is common. If you are constipated it causes one or more of the following: Stools (faeces) become hard and difficult or painful to pass. The time between toilet trips increases compared with your usual pattern. (Note: there is a large range of normal bowel habit. Some people normally go to the toilet to pass stools 2-3 times per day. For others, 2-3 times per week is normal. It is a change from your usual pattern that may mean that you are constipated.) Sometimes, crampy pains occur in the lower part of your tummy (abdomen) You may also feel bloated and feel sick if you have severe constipation. What are the causes of constipation? Known causes include the following: Not eating enough fibre (roughage) is a common cause. The average person in the UK eats about 12 g of fibre each day. But, 18 g per day is recommended by the British Nutrition Foundation. Fibre is the part of plant food that is not digested. It remains in your gut. It adds bulk to the stools (faeces) and helps your bowels to work well. Foods high in fibre include fruit, vegetables, cereals and wholemeal bread. Not drinking much may make constipation worse. Stools are usually soft and easily passed if you eat enough fibre and drink enough fluid. However, some people need more fibre and/or fluid than others in order to avoid constipation. Some special slimming diets are low in fibre and may cause constipation. Some medicines can cause constipation as a side-effect. Examples are painkillers (particularly those with codeine, such as co-codamol, or very strong painkillers, such as morphine), some antacids, some antidepressants (including amitriptyline) and iron tablets; however, there are many others. See the list of possible side-effects on the leaflet that comes with any medicine that you may be taking. Tell a doctor if you suspect a medicine is making you constipated. A change of medication may be possible. Various medical conditions can cause constipation. For example, an underactive thyroid gland, irritable bowel syndrome, some gut disorders and conditions that cause poor mobility, particularly in the elderly. Pregnancy. About 1 in 5 pregnant women will become constipated. It is due to the hormonal changes of pregnancy that slow down the gut movements. In later pregnancy, it can simply be due to the baby taking up a lot of room in the tummy and the bowels being pushed to one side.

Aortic valve replacement is a procedure in which a patient's failing aortic valve is replaced with an artificial heart valve. The aortic valve can be affected by a range of diseases; the valve can either become leaky (aortic insufficiency / regurgitation) or partially blocked (aortic stenosis).

Amazing Medical Technology

Ankylosing spondylitis is an inflammatory disease that, over time, can cause some of the vertebrae in your spine to fuse. This fusing makes the spine less flexible and can result in a hunched-forward posture. If ribs are affected, it can be difficult to breathe deeply. Ankylosing spondylitis affects men more often than women. Signs and symptoms typically begin in early adulthood. Inflammation also can occur in other parts of your body — most commonly, your eyes. There is no cure for ankylosing spondylitis, but treatments can lessen your symptoms and possibly slow progression of the disease.

Maybe you're just really eager to get pregnant, or maybe you hope that your baby will be born at a certain time of year. Here are five ways to boost your chances of conceiving quickly – along with tips for a healthy pregnancy and guidelines on when to be concerned about a fertility problem. Tip #1: See your healthcare provider You can lay the groundwork for a healthy pregnancy even before you get pregnant. You're more likely to have a successful pregnancy when your body is up to the task. Schedule a preconception checkup with a doctor or midwife to find out whether you're in your best baby-making shape – and to learn what changes may help. You may not be able to get an appointment right away or resolve any health issues immediately, but taking these steps as soon as possible can help you conceive more easily in the long run. Tip #2: Plan for a healthy pregnancy When you're trying to conceive, eat nutritious foods, maintain a healthy weight, get regular exercise, and try to kick any bad habits (like drinking, smoking, or using drugs). Limit your caffeine intake to less than 200 milligrams a day (about 12 ounces of coffee). Any more than that may contribute to fertility problems. At your preconception appointment, discuss any medications you're taking and find out if they'll be safe to use during pregnancy. You can dramatically reduce the risk of certain birth defects if you begin taking folic acid at least one month before you start trying to conceive. Find out what else you can do ahead of time to give your baby a healthy start. Tip #3: Figure out when you ovulate The biggest secret to getting pregnant quickly is knowing when you ovulate (release an egg from your ovary). You ovulate only once each menstrual cycle, and there are just a few days during that time when it's possible to conceive. Knowing when you ovulate means that you and your partner can time intercourse to have the best chance of getting pregnant that cycle. You can use a few different methods to figure out when you ovulate. Our article on predicting ovulation walks you through them. This ovulation calculator also does the math for you by determining when you're most likely to be fertile. (If you have irregular periods, pinpointing ovulation could be difficult. Ask your provider for advice.) Tip #4: Have sex at the right time Once you know the timeframe your egg is likely to be released from your ovary, you can plan to have sex during your most fertile days, which is usually about three days before ovulation through the day you ovulate. You have a range of days for baby-making sex because sperm can survive for three to six days in your body. (Your egg survives for only about a day.) That means if you have sex on Monday, sperm can survive in your fallopian tubes until Thursday – or even as late as Sunday. If you're not sure when your fertile period will be, just have sex every other day. This means you'll have healthy sperm in your fallopian tubes whenever your egg gets released. (If you want to have sex more often than every other day, that's fine. It won't improve your chances any more, but it won't hurt, either.) Another tip: If you and your partner are waiting to have sex until your most fertile time, make sure you haven't gone through too long of a dry spell beforehand. Your partner should ejaculate at least once in the days just before your most fertile period. Otherwise there could be a buildup of dead sperm in his semen. (Ed. note: Vaginal lubricants including saliva, olive oil, and most water-based lubricants can slow down sperm. Ask your provider to recommend one that's safe to use when trying to conceive. Canola oil can be a good alternative.) Tip #5: Give sperm a boost Sperm have the best shot of fertilizing an egg when they're healthy, strong, and plentiful. Your partner can do several things to help: Cut back on alcohol. Studies show that drinking daily can lower testosterone levels and sperm counts, increasing the number of abnormal sperm. Skip tobacco and recreational drugs. These can cause poor sperm function. Try to maintain a healthy weight. Obesity can lower sperm count and slow down sperm. Get enough of certain key nutrients – like zinc, folic acid, calcium, and vitamins C and D – that help create strong and plentiful sperm. Don't use hot tubs and saunas or take hot baths because heat kills sperm. (Testicles function best at 94 to 96 degrees Fahrenheit, a couple of degrees cooler than normal body temperature.) The sooner your partner can make these changes, the better: Sperm take a while to mature, so any improvements now will yield better sperm specimens about three months from now. How long to try before getting help If you're going to get pregnant naturally, it's very likely to happen within the first six months. About 8 out of 10 couples have conceived by then. After that, how long you should keep trying before you seek help from a fertility specialist depends in large part on your age. Fertility declines as you get older, so if you're age 40 or older, get help from an expert right away. If you're 35 to 40, talk to a specialist after you've tried for six months with no luck. And if you're younger than 35, it's probably fine to keep trying for a year before seeking assistance. Of course, if you know of a reason you or your partner are more likely to have a fertility problem, make an appointment right away. There's no reason to wait in that case.