Abstract
Analysis of scientifi c publications devoted to effi cacy assessment and experimental justifi cation of cell technology and growth factors application for osteogenesis stimulation in clinical practice of traumatologists-orthopaedists.The search was performed for papers published in PubMed and E-library digital databases within the period of 2010-2020. The search filter was set to explore randomised clinical trials. Th e key words were: “platelet growth factor OR vascular endothelial growth factor OR bone morphogenetic proteins OR autologous bone marrow stromal cells AND bone defect AND human”. Works dated 2010-2020 were selected for analysis of experimental studies using the following key word combinations: “mesenchymal stromal cells AND osteogenesis OR bone regeneration”, “growth factors AND mesenchymal stromal cells AND osteogenesis OR bone regeneration”. In addition, essential literatures describing properties of multipotent mesenchymal stromal cells (MSCs) were cited as well as issues in their osteogenic diff erentiation. Despite the great number of experimental works related to cell technology application for bone growth stimulation, a large variety of unresolved issues associated with optimal means to create such cells, their cultivation and combined application with morphogenetic proteins and growth factors remains. Clinical application of rhBMP-2, PDGF has demonstrated effi cacy in complex treatment of patients with bone defects. Th erewith, growth factors may be effi caciously used in diff erent combinations with MSCs. In a number of cases, application of implants enriched with growth factors may become an alternative for autogenic grafts. To the present day, there is crucial defi cit in the number of works presenting results of randomised controlled clinical trials devoted to stimulation of bone tissue repair. The controversial results of the publications analysed may be based on a low number of patients enrolled. With consideration for active development of reparative medicine as a whole, further investigation of possibilities in bone growth stimulation with local application of cell-engineering constructions is considered to be a promising trend for traumatology and orthopaedics.
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