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What are the effects of stem cells on sub-health?
What are the effects of stem cells on sub-health? The sub-healthy population mainly includes the elderly, those who are under long-term competitive pressure, and those with poor dietary habits.
Is healthy without physical disease? This is not the case. Health does not only refer to the absence of physical diseases, but the complete state of physical, mental, and social adaptation. And sub-health, also known as sub-health, is a state between health and disease. The performance of sub-health is complicated, mostly related to life, work and environment.
The main characteristics of sub-health
① The various symptoms reflected by the feeling of physical and mental discomfort, such as fatigue, weakness, emotional changes, etc., are difficult to clarify in a considerable period of time;
②Various weaknesses caused by age-inappropriate organization structure or physiological function decline;
③The state of microecological imbalance;
④ Pre-pathological changes of certain diseases.
The sub-healthy population mainly includes the elderly, those who are under long-term competitive pressure, and those with poor dietary habits. White-collar workers are the main population in sub-health status.
Pathological mechanism of sub-health
① Changes in neuroendocrine function: Studies have shown that various adverse factors act on the sub-health state of the body, which will eventually cause changes in the function of the hypothalamus-pituitary-adrenal axis and trigger clinical symptoms. Moreover, studies have found that depression can make nerve cells The growth and development of Nerve are affected, which is manifested by the reduction of nerve cell dendrites, and imaging measurements show that the size of the brain is reduced. Therefore, the change of neuroendocrine function plays a very important role in the development of sub-health state.
②Changes in immune system function: Various stress factors can easily affect the body’s immune system function, leading to the occurrence of various immune-related diseases. The benign factors such as family affection, caress and food can effectively improve the body’s immunity, and it may be more scientific and objective to evaluate the sub-health state through the detection of immune function, such as T cells and B cells, while controlling sub-health through immunological methods. Healthy occurrence and development are also possible.
③ Abnormal changes in gene expression: Under the stimulation of stress factors, the expression of normal tissue cells will appear abnormal. When the body is subjected to adverse stimuli, it can produce heat shock protein (HSP), which has the function of preventing cell apoptosis and improving the body’s tolerance. The stress state can also inhibit the expression of plasminogen activator inhibitor, which leads to thrombosis. Under the action of stress factors, the tumor suppressor gene P53 is mutated and promotes carcinogenesis.
The role of stem cells on sub-health
Stem cells have self-renewal, replication and proliferation capabilities and multi-directional differentiation potential. After entering the human body, they will automatically differentiate into various cells, thereby comprehensively repairing and renewing the degraded cells of various systems, and improving the sub-health of the internal organs of the human body. And restore health.
①Capillary regeneration-promote capillary formation and improve microcirculation
②Regulation of kidney function-targeted repair of kidney cells, relieve symptoms of kidney deficiency, and help detox
③ Regulation of male hormones—transform into testosterone secreting cells, improve physical fitness, and improve sexual performance
④Regulation of female hormones-transforming into estradiol secreting cells, supplementing estrogen, delaying menopause
⑤Repair of myocardial function-improve the symptoms of cardiac insufficiency, such as palpitation, palpitations, heart failure, etc.
⑥Repair of liver function-repair liver tissue, treat liver fibrosis, liver cirrhosis, fatty liver, etc.
⑦ Cranial nerve maintenance-repair damaged nerve cells, improve memory, prevent Alzheimer’s, etc.
⑧Epidermal function repair-essentially repair damaged and aging skin, improve firmness, and produce collagen
⑨Islet function repair-transform into islet cells, long-term continuous secretion of insulin
⑩ Cartilage tissue repair-effectively improve arthritis, repair and regenerate articular cartilage
Our body is made up of trillions of cells, and each cell will age, become diseased, or die over time. If we can replenish stem cells in time, let them differentiate into various tissues and organ cells, and maintain good metabolism, this will help us have a young body and health!
(sourceinternet, reference only)