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A modern day medical wonder is our ability to actually remove damaged tissues and bones from the human body and replace them with healthy bones and tissues. Unfortunately, such transplantation is also very risky. Transplants of this type are sometimes rejected.
To lower the incidence of rejection the most desirable donor tissues come from alternate sites of the same body. Unfortunately, this requires a separate surgery. Extra incisions mean more discomfort and a longer period of healing. The only other alternative is finding a donor from other sources.
In one experiment, patients who required the replacement or transplantation of bone were treated at the University Hospital in Freiburg, Germany using fulvic acid as part of the therapy. Due to the lack of human donor tissues, animal bone in the form of bovine calcium hydroxyapatite, an inorganic calcium compound, was used.
Two problems with such a procedure is that neither animal bones or inorganic calcium are readily absorbed by the human body. However, these problems were circumvented with the use of fulvic acid.
When fulvic acid was inserted into the animal bone before replacement, the patients experienced dramatically improved regeneration of the transplanted bones.
The fulvic acid was so readily accepted and used by the patients that their bodies became highly osteoconductive. This means that new bone tissue began to form at an accelerated pace, thereby enhancing growth and healing. The inorganic calcium was also absorbed by the body due to the fact that the fulvic acid had transformed it into an organic compound. At the end of the experiment it was noted that, without the introduction of fulvic acid into the bone tissues, healing was not accelerated and regeneration did not take place.
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