A new technology called "bonding" drug molecules to an inert polymer flow accelerated high-energy electrons was developed by scientists in the Tomsk
Designed by means of the degree of activity and breadth of action is unique, MD says Gleb Zyuz’kov.
The therapeutic potential of stem cells can be used in the treatment of various ailments — from cancer and severe liver pathologies to aging correction and cosmetic blemishes. Some methods stem therapies such as stem cell injections patients found to be ineffective. The new technology, developed in Tomsk "Institute of Pharmacology" RAMS avoids the disadvantages of previous techniques.
In connection with the development of nanotechnology has a unique opportunity to create a fundamentally new drugs. This innovative nanopreparations based on the nature of the organic compounds that mimic natural regulators.
Nanotechnology radiation (electron beam) synthesis (developed jointly by the Institute of Nuclear Physics, Institute of Cytology and Genetics SB RAS, LLC "Scientific Future Management"), produces virtually non-toxic and non-immunogenic protein preparations — nanotechnology modifiers stem cell functions.
According to Gleb Zyuzkova recently award-winning international publishing group Elsevier as one of the most quoted Russian scientists to research FGBU "Institute of Pharmacology" RAMS is the development of methods for experimental therapy of various diseases, and with the use of nanotechnology electron-beam synthesis tools for regenerative medicine.