Frick, a cytologist who won the Nobel Prize, said: The aging of human body is the process of cell aging and death. Cells have a life span. The human body divides from the fertilized egg until it dies. Cells can divide about 70- 140 generations. Therefore, cell division is limited. When the human body matures, cells gradually lose their ability to divide, and individuals will age until they die. The aging and death of cells are the result of the interaction of internal and external factors.
From the outside, bacterial virus infection, long-term environmental pollution, eating food contaminated by toxic substances such as pesticides and organic solvents. Unreasonable diets such as high sugar, high fat and high radiation will damage cells, cause cell aging and decrease in number, thus causing premature aging and death of the human body.
Scientists believe that the real cause of aging comes from inside cells. There is a substance in cells that protects chromosomes and controls the life of cells. Telomeres. Telomeres have a specific length. Every time a cell divides, the telomeres that protect chromosomes shorten accordingly. Telomere shortening leads to cell senescence. If telomere length is not maintained, cells will stop dividing, and cells will age and die.
With the growth of age, telomeres become shorter and shorter, and the disappearance of telomeres will distort chromosomes, thus making human cells lose their ability to replicate, eventually leading to cell aging and variation, and various diseases will follow! . In other words, telomeres determine the life span of cells and the birth, death and illness of the human body. If we can find substances that control telomere length, we can repair damaged telomeres. We can find ways to delay human aging, and various diseases caused by cell aging, cell damage and death will also be effectively treated and prevented.
Three American scientists found that there is a special "enzyme" in cells, which can delay telomere shortening, repair damaged telomeres and enhance the reproductive ability of cells, and named this enzyme "telomerase".
Telomerase can help synthesize telomeres and maintain the stability of telomere structure. Telomerase can recover its length when telomere is damaged. If telomerase activity is high, cell senescence will be delayed. Telomerase plays a key role in cell senescence and is the key to immortality.
In 2009, the Nobel Prize in Physiology or Medicine was awarded to these three American scientists in recognition of their discovery of the role of telomere and telomerase in delaying aging and preventing diseases. This important discovery has been reported by the media all over the world, and so has CCTV. The role of telomerase is to help synthesize telomeres and stabilize the length and other structures of telomeres.
Telomerase can recover its length when telomere is damaged.
If telomerase activity is high, it can maintain telomere length and delay cell aging.
Telomerase plays a key role in cell senescence, so it is also the key to immortality.
The report can fully show that if the number of telomerase can be increased and the activity of telomerase can be activated, the life of telomere can be prolonged and the process of cell aging can be delayed. Therefore, the occurrence of senile diseases can be avoided.
Through a large number of research experiments, scientists found that telomerase activator can be synthesized by using specific natural plant enzymes and modern bioengineering technology. Telomerase activator can effectively activate telomerase activity in vivo, prolong telomere life and delay cell aging. Scientists call him the "first element" of life.
Looking forward to the future, with the in-depth research and wide application of telomerase activating factor, cardiovascular and cerebrovascular diseases, diabetes, tumors, bone and joint diseases, endocrine system diseases, digestive tract diseases and major system diseases will be effectively prevented and treated.
The dream of delaying aging, living a long and healthy life and dying without illness will come true in the near future. Scientists have shown us the best and brightest prospects.
Function and mechanism of compound multi-enzyme
First, delay aging and restore cell youth.
A variety of enzymes can act on cells, rapidly increasing the number and activity of telomerase in cells;
Activated telomerase repairs damaged telomeres, restores telomere length, and ensures normal cell division and replication. The life span of cells is prolonged.
Multi-enzyme complex can restore cell youth, delay cell aging and prolong human life. Avoid the occurrence and development of various aging diseases.
Second, repair the damaged lesions and relieve the accidental threat of blood vessels.
A variety of enzymes can repair damaged lesions;
Taking vascular endothelial cells as an example, when an individual is young, the surrounding tissues can constantly provide new cells to repair the damage of the vascular wall.
A variety of enzymes enhance the telomerase activity of surrounding tissue cells, increase the number of cell divisions, and make surrounding tissues constantly provide new cells to fill the damage of blood vessels, thus avoiding the occurrence of cardiovascular and cerebrovascular accidents.
Third, remove blood waste, eradicate blood vessel blockage and eliminate organ obesity.
Multi-enzymes can directly participate in the metabolism of lipid substances in human body, completely remove the garbage from blood and blood vessel walls, and eliminate the fat of various organs; Fundamentally prevent and treat various diseases caused by blood vessel blockage, garbage deposition and organ hypertrophy.