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A good project in Wang Shihu.
Young model liposuction

Liposuction surgery is called "completely blind" surgery with doctors' eyes on their hands, which requires a large number of liposuction doctors. If the liposuction doctor is not sure about human anatomy, it will easily lead to large surgical trauma and uneven liposuction, resulting in uneven skin drooping, obvious orange peel and honeycomb tissue after operation. Especially for exhibition models and runway models who require perfect body and skin, it is even more difficult to do liposuction on the basis of thinness.

Professor Wang Shihu is a plastic surgeon. He is a professor of clinical anatomy and is proficient in human anatomy. His profound knowledge of clinical anatomy makes him unique in liposuction. He can accurately control the liposuction layer and liposuction amount, and avoid nerves and blood vessels during the operation, so as to minimize the occurrence of surgery and bleeding, and avoid the phenomenon of skin sagging and uneven aging after liposuction. In addition, Professor Wang Shihu is used to making incisions in secret places, and the operation adopts the protective sleeve of instruments, which can prevent the ringworm of the incision from growing and leaving scars due to the friction between the liposuction needle and the skin around the incision, and ensure that the skin at the incision is not damaged, thus achieving no trace after operation. Surgical guests are free to wear evening dresses and bikinis after surgery, which is the standard of liposuction for young models.

Professor Wang Shi's liposuction surgery pays more attention to body sculpture and re-carves curves, which makes the fat distribution in the body more reasonable and the curve ratio more perfect after slimming. Professor Wang Shihu's superb liposuction technology allows star models to expel some fat on the basis of thinness, and reshape the curve with minimal damage, thus realizing the desire of fashion high-end beauty lovers such as runway models, stars and celebrities for the ultimate perfect figure!

Dallas visual breast augmentation

Prosthetic breast augmentation was invented from 1963. Up to now, nearly 50 years of clinical research has proved that the test of breast augmentation technology is not breast augmentation, but the shape and movement of breast after operation. Whether breast augmentation after breast augmentation surgery is really natural has always been a worldwide problem. In 2006, Professor John B.Tebbetts, an expert in cosmetic breast augmentation, published three academic papers on breast augmentation in PRS Plastic and Reconstructive Surgery, and put forward the standard that breast augmentation can achieve zero bleeding, no postoperative drainage and 24-hour recovery. This standard is called the Dallas gold standard for breast augmentation, and it is also regarded as the bible of breast augmentation by plastic surgeons all over the world.

However, John B.Tebbetts's Dallas breast enhancement technique is aimed at European women, and generally an incision is made under the breast, while the Asian scar constitution is obviously not suitable. Later, Professor Wang Shihu went to Dallas, John. Tebbetts and John B. T ebbetts used areola and inframammary fold incision for original Dallas breast augmentation, which is more suitable for European women and not suitable for Asian women's scar constitution. They have once again developed a breast augmentation technology suitable for women all over the world-RAS visual breast augmentation. By introducing the precise anatomical technique of endoscope, the axillary incision also achieved the Dallas Gold standard of zero bleeding (the amount of bleeding is less than 5 ml), no drainage after operation and 24-hour recovery.

Up to now, it is recognized by the plastic surgery circles all over the world that before a brand-new technology appeared, Professor Wang Shihu used the leading pre-hemostasis technology, endoscopic precise stripping technology, non-contact technology and biplane prosthesis positioning technology to achieve the gold standard of axillary incision breast augmentation surgery, with only 2-5 ml bleeding, no postoperative bleeding and 24-hour normal life, which developed the prosthetic breast augmentation technology to the extreme.

Autologous active fat transplantation

Since the invention of plastic surgery, human beings have been committed to using their own materials for cosmetic plastic surgery research. Autologous fat, as a kind of soft tissue filler from human body, is regarded as the most ideal plastic material because of its good histocompatibility, no scar after operation, repeated injection molding, no immune rejection, natural texture and real compatibility with human tissue. However, there are some problems in traditional fat transplantation, which limit its further application.

Wang Shihu taught him superb liposuction technology, which made him have a good foundation in autologous fat transplantation. Traditional doctors have great liposuction damage and cannot absorb complete and sufficient fat. Professor Wang Shihu is proficient in anatomy, and accurately extracts fat rich in stem cells at different levels and in different parts according to different uses. Liposuction surgery has little injury, does not destroy the integrity and activity of fat, leaves no trace at the liposuction site, and the curve is more beautiful.

At present, most doctors use mechanical filtration, and the high speed of centrifuge destroys fat activity. Professor Wang Shihu uses pure artificial filtration to remove the debris from mixed blood, anesthetic solution, broken fat and fibrous tissue, and screen out the most active and pure fat particles to ensure the high survival rate after fat transplantation. At the same time, three-dimensional multi-tunnel and multi-level injection is used to make fat cells fully absorb nutrients, ensure the sufficient contact area between transplanted fat cells and the recipient, enrich the blood supply of the recipient, and maximize the survival of fat cells, which is the highest survival rate technology at present.