"T. Noda,Y. Nakano,Y. Terasawa,M. Haruta,K. Sasagawa,T. Tokuda,J. Ohta","Performance improvement and in vivo demonstration of a sophisticated retinal stimulator using smart electrodes with uilt-in CMOS microchips",,"Jpn. J. Appl. Phys",,"Vol. 57",," 1002B3",2018,Sept. "M. Kuwabara,H. Tashiro,Y. Terasawa,Y. Nakano,Y. Yoshimura,K. Osawa,T. Noda,T. Tokuda,J. Ohta","Long-Term Analysis of In Vivo Characteristics of Recording Electrode Using Electrochemical Impedance Spectroscopy",,"Sensors and Materials",,"Vol. 29",," 1689-1702",2017, "M. Kuwabara,H. Tashiro,Y. Terasawa,K. Osawa,T. Tokuda,J. Ohta,T. Fujikado","Development of chronic implantable electrodes for long-term visual evoked potential recording in rabbits",,"The Advanced Biomedical Engineering",,"Vol. 6",,"pp. 59-67",2017, "H. Tashiro,Y. Terasawa,M. Kuwabara,K. Osawa,T. Tokuda,J. Ohta,T. Fujikado","Initial Evaluation of the Safety and Durability of Retinal Prostheses Based on Suprachoroidal?transretinal Stimulation using Bullet-shaped Platinum Electrodes",,,,"Vol. 6",," 8-14",2017, "J. Ohta,T. Noda,K. Shodo,Y. Terasawa,M. Haruta,K. Sasagawa,T. Tokuda","Stimulator design of retinal prosthesis",,"IEICE Trans. Electron",,"Vol. E100-C",,"pp. 523-528",2017, "H. Tashiro,Y. Terasawa,K. Haraguchi,K. Osawa,T. Noda,T. Tokuda,J. Ohta","Feasibility Study of High-Performance Implantable Stimulation Electrode with Nanocomposite Gel Coating as a Brain-Machine Interface Device",,"Sensors and Materials",,"Vol. 28",,"pp. 1283-1293",2016, "Y. Terasawa,H. Tashiro,Y. Nakano,T. Tokuda,J. Ohta","Mechanical Machining-based Three-Dimensional Electrode Array for Chronic Neural Stimulation",,"The Advanced Biomedical Engineering",,"Vol. 5",,"pp. 137-141",2016, "T. Noda,K. Sasagawa,T. Tokuda,H. Kanda,Y. Terasawa,H. Tashiro,T. Fujikado,J. Ohta","Fabrication of Fork-Shaped Retinal Stimulator Integrated with CMOS Microchips for Extension of Viewing Angle",,"Sensors and Materials",,"Vol. 26",,"pp. 637-648",2014, "T. Noda,K. Sasagawa,T. Tokuda,Y. Terasawa,H. Takashiro,H. Kanda,T. Fujikado,J. Ohta","Performance improvement and functionalization of an electrode array for retinal prosthesis by iridium oxide coating and introduction of smart-wiring technology using CMOS microchips",,"Sensors and Actuators A: Physcal",,"Vol. 211",,"pp. 27-37",2014, "T. Noda,K. Sasagawa,T. Tokuda,Y. Terasawa,H. Tashiro,H. Kanda,T. Fujikado,J. Ohta","A Smart Electrode Array Device with CMOS Multi-Chip Architecture for Neural Interface",,"Electronics Letters",,"Vol. 48",,"pp. 1328-1329",2012,