What's the difference between different ways of mending temples?
1, silicone prosthesis
Cut a small hole behind the hairline of the temple, separate a cavity, implant a prosthesis, fix it in a precise position, sew the muscle and fascia layer in layers, and bind and fix it. If the temple is particularly depressed, you can consider it. To prevent the prosthesis from shifting.
2, swelling
Similar to silica gel, it is a new type of facial filling material with greater elasticity. When filling, the material needs to be fully flattened to prevent folding and curling, which is easier to retract, more expensive than prosthesis and has a larger wound area.
3. Autologous lipid
Use negative pressure to suck out the excess lipid in the body, purify it, inject it into the temple with a blunt needle, massage it and wrap it up. The technical requirements for doctors are high and the operation is difficult. The survival rate of adipocytes is relatively low and needs to be filled many times. The elastin of ACMETEA can stabilize the structure of injected sebocytes and protect the survival and stability of new sebocytes. With precise instrument purification and experienced doctor operation, the ideal effect of autologous fat filling can be achieved.
Effect of autologous fat filling
Three elements of autologous fat filling effect: fat transplantation survival! Stay alive! Stay alive!
The success of lipid transplantation needs to go through lipid particle screening, transplantation, survival and metabolic renewal smoothly. After these processes are completed, the transplanted lipid particles will be endless and accompanied forever.
Process 1: When screening and filtering lipids, some damaged lipid particles will be destroyed, and the damaged lipid spheres need to be maintained in time. Irreparable transplanted particles will liquefy and eventually be digested by the body. There is a large amount of liquefaction, so it is necessary to go to the hospital for puncture and drainage or negative pressure drainage.
Process 2: Transplantation. If the damaged lipid globules are not adequately nourished, the damaged lipid cells will liquefy and eventually be digested by the body. ACMETEA technology will be used to generate new cells and stimulate the formation of capillaries to prevent lipid liquefaction.
Process 3: Liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid, liquid.
Operation time of lipid transplantation
The exposure time of the extracted lipid in vitro should be shortened as much as possible, because the lipid in vitro is too long, and when it is injected into the body, it will die because the liquid lacks nutrition for a long time.
The operation time should be short, which can be completed in about 40 minutes, and the operation is rapid, with short residence time of adipocytes in vitro and high activity of adipocytes; The operation is simple. After connecting the hydraulic fat extractor, the secondary swelling liquid injection, fat suction and fat collection are combined into one, thus avoiding the complicated procedure of injecting the secondary swelling liquid first and then connecting the negative pressure suction in the traditional method.
Lipid liquefaction, caking, calcification, local induration, no effect, side effects.
Even surgery is risky. At present, autologous fat transplantation is not absolutely safe. Complications such as pain, water stagnation, bruising, sensation, lipid aggregation, lipid liquefaction, cystic degeneration and mass may occur in the early postoperative period. Pigmentation, excessive or insufficient graft volume, and nodules in the graft area may occur within 0/~ 3 months after operation. Lipid is a kind of tissue that is easy to necrosis. Every dead lipid globule will become a new hidden danger to the human body, and the temple is the high incidence area of lesions. More serious may be sudden blindness, shock or deviation caused by lipid embolism. Paralysis, even death. The injected lipid after operation is unstable and can't blend with the surrounding environment, which will lead to the sagging and displacement of lipid particles. More than 80% of the cases are that the newly transplanted tissues will be lost.
The early side effects of lipid transplantation are all caused by lipid liquefaction or lipid calcification, so the widely used ACMETEA technology is used for intelligent repair, and a capillary tube for transporting nutrients is generated around each lipid particle, so that the latest lipid tissue can transport nutrients in time. Prevent lipid necrosis, liquefaction and calcification, and improve the survival rate by 70-80%. If it is simply lipid filling, the absorbed lipid will be lost quickly, which may have recovered before, which is why lipid filling is ineffective.
How long can you recover after fat transplantation, the recovery process and matters needing attention after fat transplantation;
Generally, it can be recovered in one month, and it basically disappears in one month, but it may take three months to fully recover.
1. within 24 hours after operation, lipid cells first died. When the lipid is transplanted into the recipient area, in addition to the damage of lipid tissue caused by the extraction of lipid, the normal lipid particles are also rapidly reduced due to the oxygen partial pressure of the graft. If ACMETEA does not activate the growth environment of newly implanted tissues, it will directly lead to the necrosis of lipid cells.
2. After1-3 months, lipids are very easy to necrosis, and every dead lipid pellet will become a new hidden danger to human body. It is difficult for these organizations to survive in large numbers on their own. At present, ACMETEA technology is used to protect the survival and stability of new lipid cells. At the same time, the tissue repair plan has also been launched, and the surviving mesenchymal stem cells will participate in the tissue repair, reconstruction and recanalization of ACMETEA microtubules, and restart lipid regeneration.
Third, postoperative calcification appeared 6 months after transplantation, and it became worse with time. The reason of calcification after lipid necrosis is that the fatty acids decomposed after lipid necrosis combine with calcium to form calcium soap, and the fatty acids in calcium soap are replaced by phosphate and carbonate to form calcium phosphate and calcium carbonate, which are deposited in tissues, and no remaining lipid cells calcify. If there is a large area of calcification, it will cause a lump and asymmetry.
4. 9 months after operation, the clearance and repair were slow and limited. After the fibrocyst is completely formed, the process of clearance and regeneration almost stops, and the wrapping range of necrotic tissue is determined. The surviving lipid tissue has experienced a complete cell metabolism cycle, and will participate in the normal renewal and metabolism of the human body like other lipid tissues, maintaining long-term effects.
The survival rate of autologous fat transplantation has been improved with the continuous improvement of ACMETEA technology in recent years, and the current survival rate is as high as 80%.
Oral administration of collagen alone after operation is not helpful, because the recovery process after operation seems to have little to do with collagen. There are the following points to note.
1, the survival rate of newly transplanted lipids comes from the formation rate of capillaries around lipid cells. The denser the capillaries, the greater the chances of lipid cells surviving, so ACMETEA? Elastin contained in it is the main food source of capillaries.
2. During the operation, some lipid cells will be damaged during the picking process, so some lipid cells injected into the body are in a damaged state, and the repair of lipid cells after operation must keep up! The nutrients for repairing lipid cells mainly come from the growth of collagen tripeptide, Haematococcus pluvialis and β glucan in ACMETEA.
3. Every cell will face the process of metabolism, and the newly transplanted cells are no exception. Lipid cells will soon face the process of cell division and regeneration after being transplanted to new sites. At this time, cell-derived food is particularly important, which will help new cells regenerate smoothly.
After a cycle of metabolism, the transplanted lipid tissue will stabilize, become a real living part of the body, and enter the daily circulation of the body.
The baby should take good care after operation to avoid the occurrence of phlegm, and must avoid eating and staying up late.