زهرا جباري

Nowadays, conforming to the current concerned biomedical challenges and fabrication of novel blood biocompatible materials, the focus on developing regenerative medicine and tissue engineering strategies as efficient and technical solutions have been increased. In this regard, due to notable development of natural polymer, a new nanobiocomposite scaffold is designed and synthesized based on gelatin, 2-hydroxyethyl methacrylate, and hydroxyapatite nanosheets coated with ZiF-8 metal-organic framework. By applying blue light, conducting the photo cross-linking, and formation of nanobiocomposite, the unique structural features of this new nanobiocomposite was eva‎luated by Fourier transform infrared spectroscopy, energy-dispersive X-ray spectroscopy, field-emission scanning electron microscope, and X-ray powder diffraction analyses from each synthesis step. Considering the use of biocompatible structures with body tissue in the formation of this nanobiocomposite and after completing the biological analysis, it is hoped that this new structure can be considered as a practical platform in dental pulp tissue engineering.

نانوكامپوزيت , نانو صفحات هيدروكسي آپاتيت , چارچوب فلز-آلي ZIF-8 , آغازگرنوري , مهندسي بافت پالپ , نور آبي , مهندسي بافت

nanocomposite , Hydroxyapatite nanosheets , Metal-organic framework ZIF-8 , Photoinitiator , Pulp tissue engineering , Blue light , tissue engineering

Zahra Jabbari

Dr. Naeimi Jamal