Cellular technologies in orthopedics

A fundamentally new method of treating degenerative changes in the joints is called regenerative therapy based on the use of a person's own stem cells. They are able to replace damaged tissues, "transforming" into any necessary cells in the body. Increasingly, cell therapy is offered as a substitute for endoprosthetics or as a temporary solution before surgery.

What are stem cells

The human body consists of thousands of different types of cells, each of which is responsible for strictly defined tasks. For example, nephrons purify the blood and take part in the production of urine. In the process of aging, cells gradually die and are replaced by new ones formed from stem cells.

They are able to "grow" into cells of any type, triggering regeneration processes where the body needs it. After the stem cells are injected into the problem area, they immediately begin to fight the pathology, activating the body's defenses to repair damaged tissues.

Benefits of using cell therapy

The benefits of cell therapy in the treatment of diseases of the joints, ligaments, cartilage and muscles:

  • high efficiency, and in some difficult cases, cell therapy is the only possible option for preserving the limb and its functionality;
  • minimally invasive - stem cells are injected directly into the problem area through an injection, no long periods of rehabilitation or scars;
  • outpatient treatment - the patient does not need to go to the hospital, after the procedure for the introduction of stem cells, he can immediately go home, only regularly visiting the doctor for routine examinations and tests;
  • a real opportunity to postpone the operation for a long period of time - cell therapy allows you to restore damaged tissues, postponing endoprosthetics;
  • a good alternative for patients who have intolerance to certain drugs (for example, antirheumatic drugs or cortisone);
  • acceleration of the body's self-regeneration processes - stem cells allow to accelerate tissue healing after bone fractures and necrosis, soft tissue ruptures;
  • versatility - stem cell treatment can be combined with plastic or other surgery, laser therapy, or used separately;
  • simplicity of the procedure - cells are injected, a syringe with a very thin needle is used, it is practically painless;
  • no side effects - the safety of using stem cells has been clinically proven in practice.

For what diseases is it possible to use cell therapy

Stem cells are actively used in orthopedics and traumatology. They help to quickly regenerate cartilage, tissue, tendons, muscles and accelerate the healing of broken bones. Such therapy is often used to stop the progression of diseases, as well as to quickly restore joints after arthroplasty. Due to the additional anti-inflammatory effect, a significant reduction in pain syndrome is observed in many patients.

Stem cells are actively used in sports medicine. They are used in the treatment of sports injuries and, if necessary, to relieve inflammation without the use of drugs.

In arthritis, stem cells are used to restore the structure of cartilage tissue damaged during the progression of the disease. They help to renew the vascular system of the damaged joint or limb in general. Moreover, this concerns the functionality of not only large blood vessels, but also small capillaries. As a result, the nutrition of the joint bones is restored. If there is a focus of inflammation, then it is removed in a short time.

Cell therapy can be prescribed for arthrosis or osteoarthritis. It is aimed at restoring metabolic processes in the affected tissue area. Trophism is restored, pain sensations disappear, puffiness is relieved. Thanks to this, joint mobility can be normalized in a short period of time.

Service record



Specialists

All specialists
Kneller
Lev Olegovich

Traumatologist-orthopedist

PhD

Borghut
Rami Jamalevich

Head of the department of traumatology and orthopedics

PhD

Zagorodny
Nikolay Vasilevich

Director of FSBI Nat. Honey. Research Center of Traumatology and Orthopedics of Names and N.N. Priorova

Doctor of Sciences, PhD, professor

Zakharyan
Norayr Grairovich

Traumatologist-orthopedist

PhD

Shadyan
Alan Vasilevich

Orthopedic Traumatologist

Takiev
Alexei Todorovich

Orthopedic Traumatologist

PhD

Aliev
Rasul Nikolaevich

Head of the Department of Traumatology-Orthopedics, Traumatologist-Orthopedist

PhD

Grishin
Vladimir Mikhailovich

Traumatologist-orthopedist, hand surgeon

Yarmak
Denis Olegovich

Traumatologist-orthopedist

Mironov
Andrey Nikolaevich

Traumatologist-orthopedist

Kotova
Marina Nikolaevna

Traumatologist-orthopedist

Pankov
Andrey Nikolaevich

Traumatologist-orthopedist

Pecherskaya
Elena Borisovna

Traumatologist-orthopedist, pediatric

Petrosyan
Armenak Serezhaevich

Traumatologist-orthopedist

PhD

Lopatin
Kirill Alexandrovich

Traumatologist-orthopedist, pediatric

Naidanov
Vadim Fedorovich

Traumatologist-orthopedist

Kozak
Lev Ilyich

Traumatologist-orthopedist, chiropractor

Simonov
Roman Alexandrovich

Traumatologist-orthopedist, chiropractor

Shishova
Anastasia Alekseevna

Traumatologist-orthopedist

PhD

Airapetov
Georgii Alexandrovich

Traumatologist-orthopedist

Doctor of Sciences, PhD

Bardyugov
Petr Sergeevich

Traumatologist-orthopedist

PhD