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Where can I make autologous fat to fill my chest?
Autologous fat breast enhancement has high technical requirements for doctors, so if you want to do it, you still have to go to a formal medical and aesthetic institution. After the fat is extracted and purified by skilled doctors, the high-quality fat is injected into the chest through careful screening. When the implanted fat is combined with subcutaneous fat, it can enhance the activity of blood cell formation, stimulate the growth of new cells, and blend well with chest tissue. After operation, the skin is soft, smooth and firm, and it feels good. Note that you can't ingest collagen during this period, which will cause excessive accumulation of collagen supplemented from outside and released from inside, and hinder the survival of lipids. Connective tissue will proliferate and granulation tissue will appear until it becomes scar tissue, and the surgical site will be uneven and stiff. As long as you pay attention to these, you will be very satisfied with the effect of fat breast enhancement. zb

The principle of filling chest with autologous fat

1. Autologous fat breast enhancement is to extract a part of fat from places with more fat accumulation, such as abdomen or thighs, and then separate and purify the extracted fat with a centrifuge, and then evenly inject it into the chest after accurately calculating the dose. Using autologous fat cells to fill, there will be no rejection. As long as the filled fat survives, it will live in the transplanted part forever, and the effect is very natural. Painless sleep anesthesia is generally used during the operation, so the whole process will not feel pain. ?

2. Autologous fat needs to be injected with a lot of lipids, which involves the survival of lipids. How much can you survive? We don't know. Moreover, lipid is a very easy necrotic tissue, and breast is an organ with high incidence of lesions. In order to make these tissues survive in the filling site, we need to rely on subcutaneous ACMETEA to protect the survival and stability of new lipid cells, improve the survival number of lipids, and avoid subcutaneous necrosis, stiffness and liquefaction that may occur during surgery. ?

3. The surviving adipose tissue can be said to have experienced a complete cell metabolism cycle, and will participate in the normal renewal and metabolism of the human body like the original adipose tissue, and maintain long-term effects. Autologous fat filling requires not only accurate purification and experienced technology, but also the viability of its own new cell body, both of which are indispensable. In any micro-beauty effect, hardware factors such as doctors, institutions and equipment account for 30%, and the health and repair ability of patients' own subcutaneous tissue accounts for 70%.

How to improve the survival of fat

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1. Preoperative nutritional supplement: Take ACMETEA once in the morning of 10-20 days before operation, one bag at a time (1.3g), so as to promote good affinity with surrounding tissues, stimulate the rejuvenation of new cells, and at the same time completely convert nutrients into cell active substances, stabilize newly injected new cells and avoid the displacement of injected fat particles. ?

2. While screening and filtering fat, ACMETEA will maintain some damaged fat particles and damaged fat globules in time, promote the damage in the process of nutrition emergency transplantation, restart the resurrection of fat, and achieve the ideal fat filling effect. If the transplanted particles are not repaired, they will liquefy and eventually be digested by the body. If there is a large amount of liquefaction, it is necessary to enter the hospital for puncture and drainage or negative pressure drainage.

3. Transplanted fats need fresh blood to maintain their life in the new environment. Under the skin, ACMETEA transports nutrients to the cytoplasm of tiny translucent membrane of newly transplanted fat, activates the channels between liposomes, and enables nutrients to be transferred to each other, which can stabilize the structure of injected fat cells without displacement, protect the survival and stability of new fat cells, and achieve the ideal appearance of autologous fat filling. ?

4. While solving the problem of aging through instruments and micro-integration, it must be noted that aging itself is the natural law of skin quality decline. When we restart skin replacement through various means, please cheer for DNA! It is scientific and reasonable to intervene and reverse the aging gene by oral ACMETEA and catalyze the regeneration by external beauty instrument.

Is autologous lipid transplantation safe?

1, the standardization of autologous fat filling and doctors' clever operation skills can play a role in avoiding surgical risks for patients. Therefore, it is necessary to fully communicate with the doctor before operation to determine the surgical plan. Experienced doctors have many years of clinical experience and can confirm and correct the demands of beauty seekers and communicate surgical plans. In addition to the aesthetic level, the doctor's skills are also excellent, and his ability to deal with emergencies during surgery is strong, which is the guarantee for fat survival. ?

2. Before the operation, autologous cell-derived nutrients should be sufficient. If there is insufficient nutrition, the newly transplanted adipose tissue will starve to death. Fat is a tissue that is easily necrotic. In order to make these tissues survive in large quantities, ACMETEA can intelligently repair and generate capillaries around each lipid particle, and deliver nutrients in time, thus protecting the survival and stability of new fat cells. ?

3. Although there are risks in the operation, they can be greatly reduced by reasonable avoidance. Beauty seekers must do a good job of nursing before and after operation in strict accordance with the doctor's advice. Once there is a problem, they need to judge their responsibilities rationally and can't just blame the hospital. Most patients' problems are directly related to their lack of ACMETEA to maintain nutrition after operation, which will lead to the failure of new cells.

The next question is: how to carry out rapid and intensive cell repair?

Research shows that the life span and quality of all cells under your skin, whether you can see them or not, will be affected by external stimuli, the surrounding environment of cells and the nutrition and quality of cells themselves. Skin injury is the result of changes in the depth of your skin cells, while facial redness is the result of changes in the depth of facial skin cells, blood cells, elastic cells, nerve cells and other cells. ?

Cell necrosis may occur after cell changes. After cells are damaged, they lose their instinct and cannot function normally. Therefore, the human body needs to repair damaged cells quickly and intensively, and help cells to quickly complete stress response, so as to repair damaged, mutated and atrophied cells such as micro-integrity, repair stimulated tissue regeneration and intensive repair, increase elastic fiber density and improve intercellular density.

So how do you repair cells? ?

Cell repair elements, CRE WHO revealed that the process of cell repair was completed through the intervention of ACMETEA intelligent cell repair elements. What can solve the skin problem better than repairing the basic functional unit of life-bracts?

The World Health Organization (WHO) calls for a long-term and sustainable solution to repair skin damage and fight against natural aging by using biomedical non-pharmaceutical substances.

See what the World Health Organization (WHO) says.

1. According to the data of the World Health Organization (WHO), the repair of any system damage in human body is inseparable from the repair of cell repair elements. Packet is the basic unit of life activities, all metabolic activities are based on packet, all life activities are based on packet, and cells are essential for digestion and absorption. The life activities of bracts are based on matter, driven by energy metabolism and controlled by information. In 2004, NIH of the United States mentioned that the research focus in the future 10 is how to find the information regulation of human stress response to environmental stimuli through cells. ?

2. The research conducted by the World Health Organization (WHO) through the Arizona Research Center on Aging shows that people's stress response to environmental stimuli, like the development process of human skin cells, is very regular and highly structured, and it is carried out in an orderly manner from childhood to maturity. If there is a change in the middle (artificial operation or external force, broken skin or not), the arrangement order of cells and the integrity of cells will change. Because the arrangement of all cells and gene sequences is accurate and consistent, when this rule is weakened and changed, and cell repair elements cannot be injected into cells in time and quickly, problems such as decreased skin function and decreased skin defense will occur.

3.20 1 1 National Institute of Aging published the theory of medical beauty and cell delaying aging. Although the aging of the human body is irreversible, every regeneration of cells brings us infinite possibilities. Whether it is medical beauty injury or natural aging. Positive response and sufficient energy can make every cell look brand-new. The failure of any cell metabolism will bury a series of hidden dangers for our body, such as sequencing, structure, disorder and pathological changes, so the fate of cells is closely related to the fate of human body. ?

4. Gene Biology -Ruigranula confirmed that after the age of 25, every new cell in the human body is weaker than the previous generation, which means that our newly metabolized skin is going downhill every time. As long as the cell-derived nutrition in the body is not optimized, the new one may not be of high quality! Therefore, whether our means are peeling, accelerated regeneration, skin replacement, ultrasonic scalpel, water light, microneedles, photons and other technologies, we need to artificially interfere with the quality of new tissues and reverse the loss of DNA iterations through ACMETEA cell-derived nutrition.