Title: Printable Graphene Oxide Micropatterns for a Bio‐Subretinal Chip Authors:Jia‐Wei Yang, Ming‐Liang Tseng, Yu‐Min Fu, Che‐Hao Kang, Yu‐Ting Cheng, Po‐Han Kuo, Chi‐Kuan Tzeng, Shih‐Hwa Chiou, Chung‐Yu Wu and Guan‐Yu Chen* Adv Healthc Mater. 2018 Jul 26:e1800365. doi: 10.1002/adhm.201800365. Abstract Recently, implantable artificial subretinal chips using electronic components have replaced photoreceptors to serve as the most feasible treatment for retinal diseases. As such a chip that is meant to be implanted and used for very long periods, growing retinal cells on it to improve the electrical stimulation efficiency and attraction of neuronal elements remains a challenge. Here, an inkjet
實驗室博士班楊家維前往University of Wollongong的 Australian Institute of Innovative Materials，並與Dr. Johnson Chung和Dr. Xiao Liu進行研究交流及實驗操作，方向為電子視網膜晶片及3D列印細胞等技術。