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The review is devoted to the biomaterials and technology of the Plastic and Reconstructive Surgery, which have the main properties: biocompatibility, antibacterial, physical (density, rigidity) and mechanical (sufficient endurance, osteoconductivity, durability) properties. The presented biomaterials and technologies show that modern approaches of tissue engineering are aimed at simulating the extracellular matrix by means of change various forms, components (by adding growth factors, cytokines), which provide the ability to proliferate and differentiate. The introduction of innovative strategies can be a real breakthrough in the future, since there is a socio-economic necessity in the complete treatment and replacement of damaged or non-functional tissues. However, the existing low reproducibility of these methods does not allow judging on long-term outcomes. In particular, we are talking about the interaction of the implant with tissue, although current research show promising results.References
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