With the development of regenerative medicine technology, the results of stem cell ** continue to come out of the circle, and have attracted the attention and favor of many high-net-worth individuals. Stem cells can be widely used in a wide range of applications, including some refractory diseases, how much do you know about this emerging disease? This article takes you through stem cell reinfusion and its specific efficacy.
What is stem cell reinfusion?
Stem cell reinfusion is a medical procedure also known as a stem cell transplant or hematopoietic stem cell transplant (HSCT). It is a kind of cell biology formula, through in vitro identification, isolation, purification of cells in a variety of tissues of the human body, to obtain the stem cells required for clinical application, and then through intravenous infusion or intervention and other methods for reinfusion intervention.
Stem cell reinfusion is commonly used for blood and immune system-related diseases such as leukemia, lymphoma, and multiple myeloma. The main goal of this process is to replace damaged, abnormal or destroyed stem cells with new, healthy stem cells, activate the body's own self-healing function, restore the patient's bone marrow function and immune system function, and achieve the purpose of rebuilding the body's functions.
How do stem cells that are transfused back into the body work?
After the stem cells enter the target tissue, through the paracrine mechanism, the stem cells become the "distributed power station" in the body, and at the right time and place, various types of factors are transported outward in a divergent mode to exert the function of stem cells.
Stem cells rely on a multi-directional differentiation mechanism that allows them to further differentiate into cells that the body needs. The main functions are:
Activate dormant cells: Dormant cells are cells that have lost their cellular function, and stem cells can directly activate dormant cells to restore their original physiological functions.
Replacement of necrotic cells: Stem cells can replace necrotic cells in time, thereby maintaining the normal function of the body and delaying aging.
Repair damaged cells: Stem cells repair damaged cells and prevent lesions in tissues or organs.
Regenerate viable cells: Stem cells have multiple differentiation potentials that can increase the number of functional cells while increasing cell viability.
Specific efficacy of stem cell reinfusion
At present, stem cell infusion is generally carried by normal saline, and the same intravenous infusion method as ordinary infusion, local injection (such as intra-articular injection, ovarian fixed-point injection) or subarachnoid injection (such as Parkinson's disease, stroke and other neurological lesions) is mainly used.
Stage 1 1-3 months later.
Stem cells enter the body through the blood circulation to remove metabolic waste such as old cells and peroxides, and activate dormant cells in the body.
Presentation: 1-2 weeks: Facial rosy and shiny, reduced dry lines in the epidermis. You can feel an increase in physical strength, improved sleep quality, and a significant reduction in the time to fall asleep.
3-4 weeks: Significant improvement in physical strength and obvious anti-fatigue effect. **More elastic and visibly reduced in fine wrinkles. Individuals may experience transient irritability, night sweating, sometimes palpitation, poor sleep and other autonomic nervous system modulation responses.
Phase II 3-6 months.
Stem cells activate dormant cells in the body, and the cell differentiation rate reaches the level of growth stage, comprehensively repairing damaged, aging and diseased cells, so that tissues and organs can be restored to the most vigorous state.
Manifestations: From the 3rd month of reinfusion, wound healing is accelerated, and pigmentation is significantly lightened. Memory has improved and mobility of limbs has increased. The hair is colored and grows faster, and some gray hair turns black.
After 6-9 months in the third stage.
Stem cells exert their full function in the body, and the damaged cells of the human body are targeted to repair and regenerate well. Cells in the body are newly differentiated, cells are vigorous, and the body recovers and maintains a youthful and healthy state. At the same time, it can adjust the internal environment of disease risk genes, so that the risk genes are in a relatively static state, so as to prevent the occurrence of diseases.
Manifestations: Significant improvement in symptoms of certain age-related diseases. Fat is removed, body shape is reshaped, LDL cholesterol and glycerides triphosphate are lowered, and blood pressure tends to normalize.
After stem cell reinfusion, fever usually occurs, usually reaching about 38°C within 24 hours, and gradually returning to normal body temperature within 3 days. If the fever persists, you need to see a doctor for observation.
In addition to fever, stem cell reinfusion is accompanied by a number of other reactions, including improved mental state, fatigue accompanied by a slight feeling of lethargy, and slight muscle aches.
According to data analysis, some people may feel more fatigued because the repair and activation work in the body is going on intensely. Just like a person with a virus** is tired, the body's immune system is actively responding to invading viruses and bacteria, supercells is the first stem cell service membership platform using blockchain technology, if you want to seek help from stem cells**, or if you have any questions about the field of stem cell medicine, you can consult this account.