【English】What kind of cells are stem cells?

The human body is formed by the repeated division of a fertilized egg, and an adult human body is composed of approximately 37 trillion cells. Among these are cells that make up the muscles, bones, blood vessels, and skin that move the body, as well as cells necessary for blood circulation and metabolism. There are cells that are constantly being renewed, and cells that are damaged by injury or disease. Stem cells are what can replenish these cells that have undergone apoptosis or been damaged.
Stem cells have two functions: the ability to divide into self-replicating cells that are identical to themselves, and the ability to differentiate into other cells that are needed. Stem cells are broadly classified into two types. First, there are "tissue stem cells," which exist in tissues and organs and continuously produce and provide cells that perform specific functions such as the following. For example, hematopoietic stem cells can only differentiate to produce blood-related cells, while neural stem cells can only differentiate to produce blood-related cells. They can differentiate only to produce nerve-related cells. Each cell has its own role. The other type of cell is "pluripotent stem cells," which can behave like ES cells (embryonic stem cells) and differentiate to produce all kinds of cells in the body. In other words, pluripotent stem cells can produce all kinds of tissue stem cells in our body.
Pluripotent stem cells can create any type of cell, even if organs or functions are damaged due to illness or injury, making it possible to create stem cells themselves. It is also possible to regenerate new cells. Professor Yamanaka of Kyoto University has attracted attention for winning the Nobel Prize for the creation of pluripotent iPS cells. These are embryonic "ES cells" (ES cells) that use induced pluripotent stem cells. However, there are safety issues such as the possibility of tumorigenesis and ethical concerns regarding the use of ES cells from embryos, so further research is needed before they can be widely used, and the Japanese Ministry of Health, Labour and Welfare has not yet opened up the use of iPS cells and ES cells for treatment.

Tissue stem cells are stem cells used in regenerative medicine at many medical institutions. Tissue stem cells cannot do anything like pluripotent stem cells, but human adipose tissue is derived from mesenchymal stem cells, so it has the ability to differentiate stem cells. They can differentiate into tissues such as cartilage, bone, fat, and nerves. With clinical studies at home and abroad, it can also be used to alleviate more complex conditions, where the more common application scenario is anti-aging, capable of treatment for preventive purposes.

What are the effects of the treatment?
In regenerative medicine, stem cell therapy using human adipose-derived mesenchymal stem cells is commonly performed. First, the patient's own cells are collected, and after anesthesia, skin tissue pieces about 3-5 mm in diameter are taken from behind and below the ear canal (subcutaneous adipose cells). After culturing these cells, they are cultured for about 4 weeks in a dedicated CPC (cell culture facility), and finally, the proliferated stem cells are returned to the body via intravenous drip or subcutaneous injection. Stem cells search for and receive signals throughout the body through the homing effect, and aging occurs in areas where stem cells are deficient. Similarly, they differentiate the cells necessary for the damaged area in order to repair it. In simple terms, stem cell therapy is about replenishing the undesirable area with new cells to repair deteriorated functions and regenerate them again.

Advantages of adipose-derived MSC therapy 1. High safety: Human adipose-derived MSC therapy utilizes the following characteristics. The chances of rejection and side effects are greatly reduced due to self-made stem cells. At this stage, there are no reports of carcinogenicity, and we have issued a report certified by a third-party inspection organization that the stem cells cultured at our hospital are carcinogenic. Stem cells have no neoplastic problems. 2. Less burden on the body: At our clinic, we use a method that removes a small amount of fat cells from the back of the ear canal, which is less damaging and more effective than abdominal surgery. Trauma is taken in a much less invasive way. Stem cell infusion is performed on the same day by injecting cultured stem cells into the body by intravenous drip or subcutaneous injection. No hospitalization is required. It has anti-aging effects on menopausal symptoms, joints, blood vessels, and skin. It is also effective against diseases such as stroke, spinal cord injury, diabetes, kidneys, and heart.

Disadvantages of Mesenchymal Stem Cell Therapy 1. Stem cells are cultured in a dedicated culture room, which is costly.
2. Limited Differentiation Ability Unlike pluripotent stem cells, tissue stem cells can only differentiate into a limited number of cell types, limiting their use for various purposes. The range of treatment is limited.
3. A New Type of Treatment As it is a new type of treatment, it cannot be said that the possibility of unexpected events occurring in the future can be completely ruled out. It also depends on the individual's physical condition, and it is not suitable for everyone.
Choose Your Clinic Carefully Like other treatments, stem cell therapy has both advantages and disadvantages. To maximize the effectiveness of the treatment and minimize the risk of accidents, it is important to choose your clinic carefully. Facilities that perform regenerative medicine treatments are subject to strict standards and must meet all the standards required by the Ministry of Health, Labour and Welfare and receive approval from the Ministry. Treatment can only begin after approval of the plan issued by the clinic. Therefore, be sure to consult with a trustworthy medical institution before undergoing treatment.

[Chinese] Is this dry cell?
The human body consists of a fertilized egg, which undergoes a continuous process of differentiation and division, and the adult human body consists of 37 trillion cells. Among them, the human body has active skin, bones, blood vessels, skin, and muscles, as well as physical blood circulation and new facilities, which require constant renewal of the physical structure, resulting in injury or disease. However, it is possible to cause a slight decline, or to suffer from damage, and to make up for it.
The individual function of a cell has its own function, and the ability of self-reinforcement of a self-completely homogeneous cell, and the ability of differentiation of a cell to differentiate itself and the organization required by others. There are two major categories of cells that can be achieved. It is a "organized cell", which exists in the organ, and is constantly produced and provided by specialized functional cells, such as epidermal cells or blood cells. Its differentiation is localized, in other words, blood-forming cells are only capable of producing blood-related cells; Each cell has its own corner color division. In addition, it is a ``pluripotent stem cell'', a single embryonic stem cell, and a pluripotent stem cell that can produce differentiation. In other words, it is possible to create a multifunctional cell, which can be produced by various types of cell in our own bodies.

multi-functionality
, it is possible to create a new cell, but it is also a cause of disease or injury, and it is also possible to reproduce the new cell. Professor Yamanaka of Kyoto University has developed an artificially produced multipotent stem cell (iPS), which has since been used as an embryonic "ES" cell. However, there are safety issues such as possible occurrence and aneurysm, and issues such as the existence of embryonic ES cells in use. In the near future, we will conduct research on certain issues related to demand, and will soon be undergoing treatment for the undeveloped iPS and ES cells in Japan's Atsushi Province.
of the organization
, and there are many medical facilities that can be used in regenerative medicine clinics. The structure of the dry cell is invisible and pluripotent. It has been a multi-year study at home and abroad, and it can also be used to solve diseases and illnesses, among which it can be used as an anti-aging treatment.
How is the treatment going?
The use of human body fat-derived replenishment treatment for dry cells is a commonly used method in regenerative medicine. The top of the neck is the size of the skin itself, and the diameter of the surface below the ear is approximately 3-5 mm, including the subcutaneous fat cells. In the hospital, CPC (cell culture development) is carried out for 4 cycles, left and right culture, and after that, the method is silently administered by drip or subcutaneous injection. The effective action of the dry cells is to search for the whole body's movement, to receive the signal, to detect the parts where the cells are depleted, to differentiate the damaged parts from the aging parts, to find the parts that require the necessary cells, and to repair the parts that are affected. The introduction of dry cell therapy is to replace the malfunctioning parts of the body with new supplements, to repair the declining functions, and to renew the youth.
Advantages of Fat-Derived Quality Dry Cells
1. Highly safe
Human fat-derived quality dry cysts should not be used on your own, but can significantly reduce the possibility of rejection, repulsion, and side effects. At this point in time, we have reported cases of cancer development, and reported cases of cancer in the third party's development, as well as reported problems with the development of cancer in the cultivation of the hospital. However, the characteristics of the IPS system are not limited to the existing theoretical problems, and the IPS system does not have any logical problems.
2. When using a small body,
it is possible to use a small amount of fat tissue on the lower part of the face behind the ears, a small amount of fat tissue on the lower part of the face, and a large amount of weight on the body. When the dry cell is removed, it is passed through a silent drip or subcutaneous injection method, and after the treatment, the dry cell is removed within the body, and can be easily transferred without the need for a nursing home.
3.Effective period
*Effects of anti-ageing, including menopausal symptoms, blood vessels, skin, etc.
*Provides a certain improvement effect on certain diseases such as post-infarction syndrome, spinal cord injury syndrome, diabetes, abdominal pain and heart disease.
Fat derived quality dry cell cultivation legal points
1. The cost is high
, the price is free, the warranty is non-use, and the cultivation room is running in the dry cell cultivation, so the cost is high.
2.Differentiation capacity is finite
and multifunctional cells are finite, so the type of cells that can be differentiated is finite, so the range of suitable treatments is finite.
3. The reason for the new treatment method
is the new treatment method, so the possibility of the birth of a new student in the future is completely lost. Due to different physical conditions, non-owners may receive treatment.

If you choose your doctor carefully,
the fat-derived dry cell treatment method and other treatment methods have advantages and disadvantages. The merits of maximum land removal treatment, exhaustion of land evacuation, unexpected demand, carefully selected clinics. The implementation of the regenerative medicine treatment is available, and the requirements of the Ministry of Health, Labor and Welfare are to be met. Therefore, it is necessary to receive medical treatment in advance.