Reviews
Natural polysaccharides in biomaterials for bone tissue regeneration (literature review)
Drozd N. N., Belozerskaya G. G., Momot A. P., Logvinova Y. S., Kabak V. A., Nevedrova O. E., Barannikova L. V., Rossa A. A.
Abstract. Over the past few years, they have been intensively developing new promising nano-, micro-, and macro-dimensional biomaterials containing natural polysaccharides for use in order to eliminate bone tissue damage. The interest of researchers in this field is confirmed by the increasing number of publications every year.
Objective. To analyze modern scientific research works devoted to the study of the effect of biomaterials containing natural polysaccharides on the restoration of bone tissue.
Materials and Methods. The literature review is based on the analysis of data from databases eLibrary.ru, PubMed, Google Scholar, Scopus. Keywords used for the search: «natural polysaccharides» (native polysaccharides), «biomaterials» (biomaterials), «marine polysaccharides» (marine polysaccharides), «plant polysaccharides» (plant polysaccharides), «glycosaminoglycans» (glycose-minoglycans), «osteoconduction» (osteoconduction), «osteoinduction», «bone regeneration». Query dates are March-May 2025, query depth is 2020-2025.
The results. According to the results of the publications, it is shown that the effectiveness of the in vitro and in vivo effects of biomaterials on bone tissue repair is associated not only with natural polysaccharides, the basis of the mold structure, but also with the introduction of biologically active compounds and cells into the structure. The forms of composite biomaterials with natural polysaccharides containing nanoparticles, nanocrystals, fibers, films, membranes, hydrogels, frameworks, sponges and affecting the regeneration of bone tissue are systematized. New experimental data show that the use of natural polysaccharides that mimic the bone matrix as the basis or components of biomaterials is a promising way to stimulate the restoration of bone defects and fractures, which contributes to further research in the field of developing new biomaterials for bone tissue repair.
Conclusions. The creation of biomaterials containing natural polysaccharides is a promising direction for the development of therapeutic agents used to increase the efficiency of regeneration of bone tissue defects.