When human body is injured internally and
externally then our body activates resident stem cells at the injured area and
also recruits stem cells from the bone marrow into the bloodstream and they
mobilize to the point of injury to begin the healing process and express
proteins to down regulate inflammation, express other proteins to stimulate new
cellular growth, recruit new growth factor proteins and then, themselves, begin
to change into the very cells that have been damaged. This is an extremely important
aspect and one of the central discoveries regarding stem cells and the point
that differentiates them from any other cell.
Bone marrow is a rich source of not only
Hematopoietic Stem Cells (HSCs), Mesenchymal Stem Cells (MSCs), and Endothelial
Stem Cells (ESCs) but also growth factor (PDGF, bFGF, VEGF) and the nutrients
required for healing and repair in our body. In case of autologous bone marrow
stem cell therapy, surgeon aspirate bone marrow from patient’s body and then
separate/concentrate stem cells via using device or chemical based method for
transplantation at the injury site. But “Stem-Kine” is the only product which
increases the circulation of stem cells in peripheral blood so as per the
quality of stem cells that it can automatically migrate to injured/inflamed
site in the body via getting some chemical signal into the body.
In accordance with a natural law, the
injected cell components make their way to the organs they are intended for.
For this purpose, almost complete stillness and relaxation are required after
the injections. Patients are naturally kept under constant observation by a
qualified team and trained personnel during this process.
This also means that we strictly refuse to
perform any minicures or even outpatient treatments. A general revitalisation
requires living cells from a large number of organs.
As in other fields, cell therapy also
allowed a variety of methods to obtain and use the cells. We, however, decided
decades ago to use only “original living cells”, even though this process was
then and still is considerably more complicated and costly.
All in all, we can process around 85
different organs, organic components and tissues. The mixture of all these
parts is determined individually for the illness and symptoms of each
patient.We use only the cells of unborn animals or the glandular cells of very
young animals, as these are especially vital and provide the best
compatibility.
