Stem Cell Therapy

The most commonly cited function of stem cells is their ability to differentiate into different tissues but they also have other abilities that can be very beneficial for healing. Stem cells produce over 30 types of growth factors and tissue chemicals that stimulate healing. Stem cells help recruit other local and systemic stem cells to focus on repairing damaged tissue. They are also active in immune modulation to promote or suppress T-cell function.

Stem cells are triggered to move into an area by signals from the tissue based on chemical, neural, and mechanical changes. Hypoxia, which is lack of oxygen, and inflammation are strong triggers for stem cells to target an injury, although the stems cells account for less than half of the new tissue formed. The rest of the repair is done by other cells recruited and managed by the initial stem cells. This is why very tiny injections of stem cells are used. 

Under ideal conditions stem cells would respond to injuries and healing would occur. Factors that affect stem cell response include  age, fitness level, and the level of free radicals in the body. Free radicals damage all cells, including stem cells.

Is it right for you?

Stem cell therapy has huge potential and should be considered as a healing treatment for injuries or organ damage. In addition, systemic stem cell therapy shows promise in treating neurological conditions. Providing nutritional support for the body's own stem cells is always a good option, which can be supplemented by using targeted injections of harvested stem cells. These injections are especially useful when nutritional support does not create enough healing effect or the injured area, such as ligaments in a patient's lower leg, has poor circulation.

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