Growth factors (cytokines) and exosomes promote the activation of weakened cells, repairing and regenerating damaged tissues and cells, bringing revolutionary effects in disease treatment, health maintenance, and beauty.
Do you know that our human body is made up of 60 trillion cells in order to maintain our body?
All tissues in the body, such as blood, bones, skin and organs, are made up of cells.
Cells are depleted and discarded day by day, new cells are born, constantly being reborn in the body.
All cells are not the same, and there are various types of cells depending on the body’s tissues and organs, and each cell plays a specific role.
This regeneration is supported by cells called “stem cells,” which constantly replenish new cells by dividing and differentiating.
Stem cells have two major characteristics: self-renewal ability and differentiation ability.
“Self-renewal ability” is the ability to repeat division and increase proliferation with the same shape and ability as yourself.
In a word, self-renewal allows the exact same stem cells to proliferate.
On the other hand, “differentiation ability” refers to the ability to create various cells necessary for building the body and has the ability to change into several different types of tissue cells such as vascular endothelial cells, nerve cells, and bone cells.
The application of these characteristics of stem cells is attracting attention as “regenerative medicine.
Stem cell culture supernatant is a supernatant solution made by extracting stem cells from the culture medium used for culturing stem cells, centrifuging the remaining culture medium, and subjecting it to sterilization.
Stem cells are cultured, activated during the process of proliferation, and release hundreds of humoral factors (growth factors, exosomes, etc.) into the culture medium.
Growth factors (cytokines) and exosomes promote the activation of weakened cells, repairing and regenerating damaged tissues and cells, bringing revolutionary effects in disease treatment, health maintenance, and beauty.
Adult stem cells include umbilical cord, bone marrow, dental pulp, and adipose-derived stem cells.
Among them, adipose-derived stem cells can be safely and easily collected in large quantities.
At our clinic, we use the stem cell culture supernatant to treat thinning hair by injecting it into the scalp or by Intravenous drip.
| bFGF (Basic Fibroblast Growth Factor) | Gives signs of epidermal cell production to epidermal stem cells and promotes skin turnover (metabolism). It can be expected to improve stains and dullness. |
|---|---|
| aFGF(Acidic Fibroblast Growth Factor) | Stimulates and proliferates dermal stem cells (fibroblasts). It can be expected to have hair growth, hair growth promotion, anti-aging, wrinkle improvement, and whitening effects. |
| KGF(Keratinocyte Growth Factor) | It works on hair matrix stem cells to promote hair growth. By activating hair matrix cells during the hair growth period, hair growth and hair restoration effects can be expected. |
| VEGF(Vascular Endothelial Growth Factor) | It plays an important role in angiogenesis (branching and extending from existing blood vessels to form blood vessels). A hair growth effect can be expected due to the new formation of capillaries. |
| TGF-β(Transforming Growth Factor -β) | It has an anti-inflammatory effect, etc., and promotes proliferation and new generation of epithelial cells and vascular endothelium. In addition, since it promotes collagen production and strengthens the action of elastin, it can be expected to improve sensitive skin. |
| IGF-1(Insulin-like Growth Factor-1) | By regenerating new skin cells and promoting the production of collagen, elastin, and hyaluronic acid, it regenerates the firmness and elasticity of the skin. In the hair cycle of hair, it can be expected to have a hair growth effect because it extends the period of the growth period and also affects the shortening of the regression period and the resting period. |
| PDGF(Platelet-Derived Growth Factor) | It stimulates stem cells involved in tissue repair, such as fibroblasts, adipose stem cells, and epithelial stem cells, and promotes division. Hair growth and hair restoration effects can be expected due to cell growth promotion, angiogenesis, and macrophage activation. |
| HGF(Hepatocyte Growth Factor) | HGF is a hepatocyte growth factor, and it works to improve the function of the liver. It is involved not only in the liver, but also in regeneration of tissues such as promotion of cell proliferation of skin cells, promotion of cell movement, induction of morphogenesis, and angiogenesis. |
Like humans, cells release harmful substances such as ammonia, but they are not well known in the medical world, and many stem cell culture supernatants on the market contained about 80% impurities.
The stem cell culture supernatant used in our clinic is a product that has been removed from the impurities contained in the stem cell culture supernatant, which has been overlooked until now, using the world’s first proprietary purification method.
This results in a product with an extremely high content of important growth factors.
No animal-derived ingredients are used, 100% human-derived stem cell donors are all healthy Japanese women and are produced in Japan.
In Osaka AGA Kato Clinic namba, we use stem cell culture supernatant as a treatment for thinning hair.
Inject directly into the area of concern on the head in order to fully demonstrate the hair growth effect.
Also, if you do an infusion, you can not only grow hair, but also have anti-aging and beauty effects on your whole body, so you can solve your skin problems together!
After about 10 minutes of counseling by the staff, the doctor will check the scalp, and explain the stem cell culture supernatant treatment.
Doctor injects the stem cell into the scalp of the thinning hair part, it takes about 5 to 10 minutes.
Some bleeding will occur during the procedure.
There are individual differences in the amount of bleeding, but most people stop bleeding immediately.
After about 10 minutes of counseling by the staff, the doctor will check the scalp, and explain the stem cell culture supernatant treatment.
It takes about 20 to 30 minutes, depending on the vial used, as it will be dripped into the vein slowly over time.
We recommend that you have enough time to receive the treatment.
| Scalp injection | 1 time（1 vial） | 88,000yen |
|---|---|---|
| 3 time（1 vial） | 211,200yen | |
| 5 time（1 vial） | 308,000yen |
| Face injection | 1 time（1 vial） | 99,000yen |
|---|---|---|
| 3 time（1 vial） | 237,600yen | |
| 5 time（1 vial） | 346,500yen |
| Intravenous drip | 1time（1 vial） | 33,000yen |
|---|---|---|
| （2 vial） | 56,100yen |
| Anesthetization | 3,000yen | |
|---|---|---|
