Novel nanofibre integrated SiN scaffolds for skeletal implant applications

Aklabut, Serder Onat and Iptec, Betül Özbek and Butterworth, Adrian and Ghorbanpoor, Hahmad and Avcioğlou, Gamze and Akbaş, Yasemin and Oksuz, Semih and Kozaci, Leyla Didem and Topateş, Güilsüm and Güzel, Fatma Dogan and Corrigan, Damion and Avci, Hüseyin; (2018) Novel nanofibre integrated SiN scaffolds for skeletal implant applications. In: 14th Nanoscience and Nanotechnology Conference. NanoTR, Ankara, Turkey, p. 163.

[thumbnail of Akbulut-etal-NNC-2019-Novel-nanofibre-integrated-SiN-scaffolds-for-skeletal-implant-applications]
Preview
 Text. Filename: Akbulut_etal_NNC_2019_Novel_nanofibre_integrated_SiN_scaffolds_for_skeletal_implant_applications.pdf
Final Published Version
Download (141kB)| Preview

Abstract

Nowadays, increase in number of orthopedic surgery accelerates global interest in the world orthopedic industry. Apart from the increased number of the surgery, the rapid recovery becomes very important following the initial operations. One of the common problem for the patients is the biocompatibility between the implant and tissue [1-3]. In this study, we aimed to improve attachment of the implant to the tissue in addition to provide high biocompatibility. After preparing a scaffold by using SiN subsequently we have coated with fine gelatine nanofibers. SiN is one of the most commonly used bioactive ceramic class, and also its biocompatibility is good enough.

CORE (COnnecting REpositories)