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Título: Bioceramics Descripción: Introducción a los materiales cerámicos y presentación de sus familias principales. Orozco Messana, J. (2021). Bioceramics. http://hdl.handle.net/10251/164035 Descripción automática: In this video, material science educator Heraf delves into the subject of bioceramics within a ceramic technology course. The learning objectives outlined include understanding bioceramics' effects and interactions with the human body, water-form criticality in performance, connecting raw materials to properties for specific applications, and envisioning future applications through material symbiosis. Bioceramics must exhibit key characteristics: they should be inert or bioactive, with a consideration for biodegradability in bioactive applications. Different elements and applications are discussed, emphasizing mechanical performance and durability for inert materials, and chemical interactions for bioactive roles. The creation process for these materials necessitates the use of crystalline structures, careful positioning of atoms, and incorporation of nanoparticles to ensure effective interaction with cells. Heraf highlights the importance of controlling the role of apatites and silicon hydroxide structures, which contribute to tissue growth and mechanical strength, respectively. In design considerations, the interaction with hard and soft tissues is crucial, along with tailor-made size and shape specifications for implants. Innovations such as 3D printing and bacteria growth control features are essential for long-term bioimplants. The video concludes with Heraf emphasizing the unique aspect of ceramics that they interact with biological systems through chemical elements and ions, potentially leading to advanced biological nanocomposites and solutions. Autor/a: Orozco Messana Javier Universitat Politècnica de València UPV: https://www.upv.es Más vídeos en: / valenciaupv Accede a nuestros MOOC: https://upvx.es #Materiales cerámicos #Biocerámicas #3312 - Tecnología de materiales