Founder and Head of the Testing Laboratory at the N.N. Priorov National Medical Research Center for Traumatology and Orthopedics, specialist in biomaterials, friction, and wear.
Author of research on the wear resistance of joint replacement friction components, lubricants, biological tissue strength, and osseointegration. Developer of joint replacements and implants for supplying lubricant to the joint. Co-developer of the arthro-medullary shunting techni
"CITO scientists, being well aware of the drawbacks of joint replacement, have created a unique method to preserve the joint. By improving the lubrication of damaged cartilage, we eliminate the patient's pain and fully restore mobility. And the most wonderful thing is that all of this can be achieved using the body's own resources.
The patient's own bone marrow (liquid fraction), large reserves of which are located in the long bones, becomes the source of non-rejectable lubricant. Scientists have developed a beautiful and functional implant through which bone fat flows spontaneously into the joint cavity like an oiler, lubricating the cartilage. Due to a sharp reduction in friction, joint function is restored. In addition, the stem cells supplied with the bone fat help restore cartilage tissue. There is no other treatment method like this anywhere else in the world!"
N. S. Gavryushenko
Senior Researcher at the Testing Laboratory of the N.N. Priorov National Medical Research Center for Traumatology and Orthopedics, biophysicist researcher competent in the pro-oxidant activity of materials used in traumatology and orthopedics.
Together with Professor Gavryushenko, he co-developed an original implant for supplying lubricant to joints and the arthro-medullary shunting technique—a method for treating degenerative diseases of the knee and ankle joints.
Together with Professor Gavryushenko, he co-developed an original implant for supplying lubricant to joints and the arthro-medullary shunting technique—a method for treating degenerative diseases of the knee and ankle joints.
Candidate of Medical Sciences, orthopedic trauma surgeon, physician of the highest qualification category. Chief clinician of the arthro-medullary shunting method. Participates in scientific research. Co-author of 26 published papers.
