Enhancement of bone conductivity for tailor-made biomedical materials

本研究的目的是利用无模工艺制备的多孔钛和具有良好控释能力的微球胶囊，开发出具有更稳定的骨传导性的药物释放支架。我们已经确定了药物设计(药物的选择，微球的颗粒适配性)。我们将评估微球负载到多孔钛的孔内的方式以及它在体内的骨响应。

The aim of this study is to develop the drug delivery scaffolds that achieve more stable bone conductivity using the porous titanium which is produced by moldless process and the microsphere capsule which has good controlled-release ability. We have already determined the drug design (the selection of drug, the particle adaptation of microsphere). We will evaluate the way to load of microsphere into the pore of porous titanium and the bone response of it in vivo.