Multi-organs activators
The composition and development of human body come from cell, the health and disease of human body originate from cell!
Biologists have shown that the number of cell divisions in a living organism is proportional to the life span of the organism. The cause of human aging is the deterioration of the cell, the most basic building block of life. With the decline of cell regeneration ability, the function of the body organs also decline, the human body thus becomes aging and disease.
Medical research has proved that the most effective and lasting method to treat diseases and senescence should be cell therapy, improve cell vitality, and eliminate aging cells, so as to achieve the purpose of physiological repair of organs.
Following the century-old Swiss research on anti-aging of living cells, the multi-organs activors combines with the decoding technology of erythrocyte epigenome to regulate the expression of cell genes, and the use of unique biological molecular cell extract, after many times of purification, targeted repair of cells. More than 100 organ biomolecules can be matched for organ targeted therapy, which can regulate and repair pathological organ and cell defects on the physiological level by extracting activating and regulating molecules from corresponding healthy biological cells. The patients were treated not only for symptoms, but also for etiology by the double-decrepit cell induced stimulation, which produced functional regeneration and was able to make full use of its maximum synthetic ability to activate the self-healing mechanism of the cells.
Treatment principle
The cell epigenome records a series of chemical changes in the DNA and histones of a lifetime object. These changes can be passed on to the offspring of the organism. Cell epigenetics includes DNA, RNA interference, histone modification, etc. Changing ep
- Low immunity and susceptibility to viral and bacterial infections
- Easy to fatigue, low energy, physical weakness, sub-health
- Sleep problems, neurasthenia
- Endocrine disruption, premature ovarian failure
- Loss of memory and concentration for a cardiovascular disease
- Liver dysfunction
- Bronchial and pulmonary diseases