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Thesis

French

ID: <

10670/1.lxg82p

>

Where these data come from
Development of active and nanostructured implants for dental regeneration

Abstract

In the last decade, regenerative nanomedicine emerged from tissue engineeringby combining stem cells and growth factors. The aim of this work was to use thebone and dental pulp tissue engineering technics to improve or create new living andactive implants. Tissue engineering aims to replace or repair damaged tissues withbioactive implants mimicking natural tissue. Thus, it is necessary to develop in a firstplace, new biocompatible materials. These materials should be well accepted by theorganism and capable to interact with the cells present in the implantation site to helpthe implant integration. In this study, Electrospinning was used to create nanofibrousmembrane which size and organization are comparable to the extracellular matrix.These membranes were functionalized and associated with first molar embryologicalgerms to promote their development. After a literature review about tissue engineeringin dental surgery, two research thematics will be developed. The first thematic isto regenerate the bone/tooth unit and the second is to innervate the tooth.

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