عملکرد سلول های بنیادی عصبی پیشرفته در داربست های نانوفیلتر کربن هادی هدایت شده با تحریک الکتریکی

Annealing polymeric precursor electrospun fiber mat can generate a conductive carbon nanofibrous scaffold. The resultant scaffold has not only superior electrical property, but also shows a cohesive structure and excellent mechanical flexibility. Neural stem cells are able to grow on the scaffold with excellent spreading morphology. By applying electrical stimulation, neural stem cell proliferation and differentiation were significantly promoted in the novel conductive scaffold.Download high-res image (304KB)Download full-size image