Stellaria Co., Ltd
1-5-2 Kamisuna-cho, Tachikawa City, Tokyo
190-0032, Japan
Stellaria Co., Ltd
1-5-2 Kamisuna-cho, Tachikawa City, Tokyo
190-0032, Japan
Stem cells are a class of cells with self-replicating ability and multidirectional differentiation potential. Under certain conditions, it can be differentiated into a variety of functional cells. It is known as “universal cell” in the medical field.
Research has shown that NK cells account for 10-30% of lymphocytes in the human body, and the activity of NK cells peaks at the age of 20 and then declines year by year.
It is generally believed that healthy people still produce 3,000-6,000 cancer cells in their bodies every day, but because there are many active NK cells patrolling the body, they can quickly detect and eliminate cancer cells in the body. However, when the NK cells are not active enough and their function is reduced, cancer cells that cannot be handled will proliferate and turn into cancer.
Human life science research and practice has found that the decline of the body’s immune function is an obvious manifestation of human aging. When the physiological decline of immune function develops to a certain degree, the risk of autoimmune diseases and tumors increases. Therefore, the aging of immune function is an important cause of the aging of the body.
Some studies have shown that NK cells can directly improve and regulate the body’s immunity and nervous system, and can secrete endorphins, reduce pain and improve the quality of life of patients.
How to increase the activity of NK cells in the body becomes the key to activate our immunity and overcome diseases.
Exosomes (Exosome) contain within them short sequences of genetic elements known as micro RNAs. The microRNAs record explicit information, and effects of stem cells. The University of California, San Diego study reported “even denucleated stem cells have the same pharmacological effect,” implying the pharmacological effect of stem cells is EVs such as exosomes.
In addition, exosomes already exist in abundance in the body, have low side effects, and are considered to have an advantage over cellular therapy.
In the field of regenerative medicine, exosomes are used in a variety of areas including Alzheimer’s disease, interstitial pneumonitis, diabetes, stroke, cerebrovascular disease, chronic pain, liver disease, atopic dermatitis, cosmetology (skin rejuvenation), AGA (alopecia areata), ED (erectile dysfunction), sports injuries, and joint disorders of the elbows, knees, hips, and more.
Exosomes are “substances secreted from cells that contain information” and may have a variety of roles based on that information. There are many aspects of exosomes that are currently unknown and that hold great possibilities. Since they are involved in the repair of tissues throughout the body, they are expected to be effective not only in the rejuvenation of appearance, but also in the prevention and treatment of various diseases associated with aging.
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