مصطفي يزدان

In bone tissue engineering, high-performance scaffolds play a crucial role in tissue regeneration. 3D printing is an effective technique for creating porous, customized scaffolds. This study focuses on the fabrication and eva‎luation of ceramic scaffolds using nano-monticellite for bone tissue applications. First, monticellite was synthesized via sol-gel method, and its nanoparticles were subjected to planetary ball milling. The resulting powder was used to prepare the 3D printing ink. The printed scaffolds underwent structural, chemical, mechanical, and biological analyses, including XRD, SEM, FTIR, compression tests, bioactivity, and biodegradability. Results showed that these ceramic scaffolds, with high biocompatibility and appropriate degradability, enhance the bone formation process and serve as a promising option for clinical applications.

داريست هاي متخلخل سراميكي , نانو سراميك زيست فعال مونتيسليت , مهندسي بافت استخوان

Porous ceramic dies , Montecelite Bioactive Nanoceramics , tissue Engineering

mostafa yazdan

mostafa yazdan