For citation: Gaboyan A.N., Sukorceva N.S., Sidorenkov D.A., Aganesov G.A., Sinelnikov M.Y. Experimental modeling of auricular cartilage reconstruction using exogenous material. Head and neck Russian Journal. 2019;7(2):33–37 (in Russian).

Doi: 10.25792/HN.2019.7.2.33–37

Reconstructive plastics of cartilage remains an urgent problem in plastic surgery due to the frequent need to restore cartilage structures in both aesthetic and reconstructive surgery. An experimental method of creating a hybrid cartilage of a certain shape and configuration using prototyping and micrografting on a substrate has been developed. The operation was performed on rabbit ear cartilage. According to the results obtained, the stabilization of the autograft shape was noted with additional fixation on the substrate. Thus, an experimental bioengineered cartilage model of the required three-dimensional shape with a substrate of reperen has been created.

Key words: cartilage autotransplantation, reperen, cartilage modeling, cartilage reconstruction, tissue repair

The authors declare no conflict of interest.

Source of financing: The article was written within the framework of the RFFR grant No. 15-29-04819 “Hybrid constructions made of artificial materials created using 3D printing with the inclusion of mesenchymal stem cells for the reconstruction of cartilage tissue”.

For citation: Gaboyan A.N., Sukorceva N.S., Sidorenkov D.A., Aganesov G.A., Sinelnikov M.Y. Experimental modeling of auricular cartilage reconstruction using exogenous material. Head and neck Russian Journal. 2019;7(2):33–37 (in Russian).

The authors are responsible for the originality of the data presented and the possibility of publishing illustrative material – tables, figures, photographs of patients.

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