For babies, the survival rate of autologous lipids only ranges from 20% to 46%. But what survives remains forever. The survival of lipids relies on ACMETEA cell-derived nutrients to push new activated sebum oxygen to protect and revitalize the filled lipid particles, stimulate the activity of capillary ducts, generate them in large quantities, and deliver nutrients to the newly transplanted sebum particles through the ducts. Inside, it activates and opens up the tendons between cells to transfer nutrients to each other. With nutrients, the cell particles will survive and remain permanent. Be sure not to eat collagen after surgery. Blindly supplementing collagen will cause the newly injected sebum particles to regenerate and grow unevenly, leading to sebum hyperplasia, and the operated area will become bumpy and bumpy. - -
What is autologous lipid filling?
Autologous lipid filling originated in Europe and the United States. Autologous lipid transplantation is to purify excess lipids from other parts of the body and select The intact particles are transplanted to the site that needs to be changed. Because the material is taken from itself, it will not be toxic to the body, and the probability of rejection is relatively small. However, after transplantation, the new granule cell body is likely to be difficult to survive due to a lack of oxygen. This is because the surrounding tissue can provide it with Nutrition is limited. The survival rate of a lipid transplant is only 20%-46%, and where does the 80%-54% of the non-surviving lipids go in the body? Every dead lipid globule will become a new hidden danger in the human body. What is more realistic is that as long as the desired effect cannot be achieved once, multiple transplants will be needed to achieve the desired effect. Babies who are overweight or whose abdominal fat extracts too much cell oil and impurities will also have a low survival rate.
If the doctor performs improper operation or is inexperienced and directly injects into the albedo canal or injects too much amount, it will lead to the risk of albedo canal embolism. Therefore, autologous lipid filling requires precise purification, rich experience and good technology. Doctors need the survival ability of their own new cells, so after injection, they only need to establish new mediators as soon as possible and replenish sufficient nutrients. Both technology and survival ability are indispensable. Autologous lipid filling Before the emergence of ACMETEA technology, autologous lipid filling was banned in other countries. Nowadays, autologous lipid filling through ACMETEA technology is popular in China.
Uses of lipid facial filler:
Changing facial contours: For young people seeking beauty, it can make the facial features and face more harmonious.
Change skin texture: The reduction of subcutaneous tissue volume will lead to skin aging and laxity. Autologous lipids are filled in to supplement the insufficient capacity of soft tissue.
Changing asymmetrical deformities: Whether it is congenital developmental asymmetry or trauma, it can be corrected using this method.
1. Forehead: A full forehead makes people look younger. Autologous lipid transplantation plumps the forehead, connects the forehead and the bridge of the nose, and creates a perfect contour.
2. Temples: If the temples are sunken, if a person is too thin, the entire face will lack a sense of line, appear aged, and highlight the width of the cheekbones. The effect of autologous cells to enrich the temples is very significant, which will make the entire face It looks younger and more energetic, and the outline will be more coordinated.
3. The inverted apple muscle gives people a morbid feeling and makes the face appear relatively flat without a three-dimensional aesthetic feeling. Through lipid injection, the face is plumped and youthful.
4. The sunken cheeks make you look tough, and your face looks aged compared to your peers. Autologous lipo facial can create plump cheeks, the overall face will become more coordinated, and you can easily have a girlish pink temperament.
5. Around the nose: The indentation of the splayed lines will make people look older. The transplanted granule cells will fill the splayed lines with zero loss of expression.
6. Chin: It can comprehensively solve problems such as chin asymmetry, shortness, and retraction.
7. Facial wrinkle removal: It can effectively remove wrinkles, such as forehead wrinkles, glabella wrinkles, eye wrinkles, crow's feet, nasolabial folds, perilipal wrinkles, etc.
The survival rate of autologous lipid transplantation, how long does it last, how long is the effect, and is it permanent?
There are studies showing the mediation status of transplanted lipid tissue, the amount and recipient area of ??transplanted lipid tissue, systemic nutritional status, source site of the donor, injection method of lipid tissue, and lipid extraction. The suction method, the control of negative pressure during the suction process, the speed of lipid centrifugation purification, the amount of growth factors, postoperative maintenance, postoperative nutrition, etc. can all affect the survival rate of lipids. Different baby's systemic nutritional status and fluid circulation have an impact on local nutrition and fluid circulation, which also affects the survival rate of lipid filling.
The problem of low survival rate: as long as lipids survive, their effects are long-lasting. The key point is whether the natural metabolism process of lipids and cell regeneration can be smooth. The filling of lipids depends on the capillary tube. Live name, then the formation of capillary tubes comes from the ACMETEA technology that delivers nutrients into newly transplanted lipid cells, activates and opens the tendons between lipid cells, and transfers nutrients to each other. If there is insufficient nutrition, the newly transplanted cells will starve to death. Lipid particles, lipids are very easy to necrotic tissue. To make these particles survive in large amounts, ACMETEA technology is used to maintain the survival and stability of new lipid cells. At the same time, the tissue repair process is also started. The surviving mesenchymal stem cells will participate in tissue repair, reconstruction and recanalization of ACMETEA microtubules, and restart lipid regeneration. Autologous lipid graft survival is approximately 80%. Surviving tissue remains permanent. Preoperative and postoperative diet can also affect survival rates.
For example, babies who are overly picky often lack certain nutrients in their bodies, which has a negative impact on the survival rate of the filled lipids. For people who smoke and drink alcohol, the survival rate will also be reduced.
The effect of autologous lipid filling and autologous cosmetic liposuction
Three major factors for the effect of autologous lipid filling: survival of lipid transplantation! Survive! Survive!
Autologous lipid filling is a technical job, which is equivalent to changing the location of the flesh to grow. Therefore, as long as the transplanted lipid survives, the effect can be maintained for a long time.
The success of lipid transplantation requires the smooth passage of lipid particle screening-transplantation-survival-metabolic renewal. After completing these processes, the transplanted lipid particles will continue to grow and be with you forever.
Process 1. When screening and filtering lipids, some damaged lipid particles and damaged lipid globules will need timely maintenance. Transplanted particles that cannot be repaired will liquefy and then be destroyed. The body dissolves. If a large amount of liquefaction occurs, you need to go to the hospital to extract the liquid through puncture or negative pressure drainage.
Process 2. Transplantation. If the lipid globules are damaged and cannot receive rich nutrients, the damaged sebum cells will liquefy and be digested by the body. Relying on ACMETEA technology to generate new cells and stimulate the formation of capillary tubes, prevent Lipids liquefy.
Process 3: The capillary fluid delivers nutrients into the newly transplanted lipid cells, activates and opens the tendons between the lipid cells, and transfers nutrients to each other. The activity of the capillary tubes determines the cell's entry into the cycle. Metabolism.
Autologous lipid filling, autologous cosmetic liposuction will liquefy, clump, and calcify, resulting in local hardening, no effect, and side effects.
Surgery has risks. At present, autologous lipid transplantation is not absolutely safe. Pain, swelling, bruising, pain, swelling, lipid aggregation, and lipid liquefaction may occur in the early postoperative period. Complications such as cystic degeneration, lump formation, etc. Pigmentation, excessive or insufficient transplant volume, and nodules in the transplant area may occur within 1 to 3 months after surgery. The fluid circulation in the filling area must be good, and there should not be too much scar tissue to avoid affecting the survival of the transplanted cells. Lipids are very susceptible to necrosis. Each dead lipid globule will become a new hidden danger in the human body. In more serious cases, sudden blindness, shock or hemiplegia, or even death may occur due to lipid embolism. The injected lipid after surgery is unstable and cannot integrate with the surrounding environment, which will cause the lipid particles to sag and shift. In more than 80% of cases, the newly transplanted tissue will be lost.
At first, it may only be slightly red at a certain point of the incision or the skin may just become thinner. Then a small hole will appear in the wound, accompanied by frequent drainage and exudation. In severe cases, the inside may be completely empty, or even slightly It will crack when touched. Surgical side effects are usually caused by lipid liquefaction or lipid calcification in the early stage. Therefore, they are intelligently repaired by the widely used ACMETEA technology, which generates capillary tubes that transport nutrients around each lipid particle, allowing the latest lipid tissue to transport nutrients in a timely manner. Prevent lipid necrosis, liquefaction and calcification, and improve the survival rate up to 70-80%. If pure lipids are used for filling, the absorbed lipids will be lost very quickly, and it is possible to return to before. This is why lipid fillings are ineffective.
Precautions after autologous lipid transplantation
The own lipid cells have grown in another place, which is equivalent to a second rebirth. After lipid filling, a large number of capillary tubes need to be generated around the transplanted lipid cells. Each lipid cell is an independent life, and each lipid particle requires fresh capillary fluid to maintain its life. Through ACMETEA technology Stabilize and accelerate the reorganization of collagen fibers and capillary tube structures, thus protecting tissue damage caused by autologous lipid transplantation, achieving lipid survival and stability, and avoiding displacement.
1. Three months after surgery, take ACMETEA orally twice a day to help the newly transplanted lipid particles survive.
2. Three months after surgery, you should not do a lot of exercise, diet, or fat-reducing drugs that metabolize lipids, as this will cause excessive consumption of lipids.
3. Try to avoid getting water on the surgical site within 7 days after the operation to ensure the wound is clean and dry.
4. It is taboo to apply ice and hot compresses after the operation. Comparison after lipofilling. Fragile, lipid cells are prone to apoptosis when stimulated by cold or heat.
5. Recuperate quietly and do not put pressure on the wound while sleeping, which may cause swelling.
6. Wear elastic clothing in the liposuction area for more than one month.
7. Avoid drinking, smoking, swimming, sauna, and excessive exercise within one month after surgery. Pay special attention to the operating area and avoid friction or squeezing (massage is prohibited).
8. Ultrasonic scalpel, Thermage, radio frequency and other photoelectric skin beautification can be done at least 3 months after the operation.