https://ins.nycu.edu.tw/wp-content/uploads/2021/10/Header-LOGO.png00宜嫺 林https://ins.nycu.edu.tw/wp-content/uploads/2021/10/Header-LOGO.png宜嫺 林2025-11-28 03:49:192025-11-28 06:46:37【神經科學研究所博士學位論文演講】12/24（週三）14:00李宜庭博士候選人：視覺皮質神經調節技術對視覺可塑性作用機制之探討Examining the effect of neural modulation on visual plasticity in the visual system.
https://ins.nycu.edu.tw/wp-content/uploads/2021/10/Header-LOGO.png00宜嫺 林https://ins.nycu.edu.tw/wp-content/uploads/2021/10/Header-LOGO.png宜嫺 林2025-11-03 02:56:452025-11-04 03:48:06【神經科學研究所學術講座】11/11（週二）10:00 I-Wen Chen, Ph.D. : Beyond somatotopy in motor cortex: Investigating the functional neuronal circuits in mouse motor cortex in health and disease model using holographic light.
https://ins.nycu.edu.tw/wp-content/uploads/2021/10/Header-LOGO.png00宜嫺 林https://ins.nycu.edu.tw/wp-content/uploads/2021/10/Header-LOGO.png宜嫺 林2025-10-31 07:58:052025-10-31 07:58:30【神經科學研究所學術講座】11/6（週四）10:00 Yu-Hui Wong, Ph.D. : From Development to Degeneration: Modeling Neurological Disorders with Human iPSC-Derived Cells.
https://ins.nycu.edu.tw/wp-content/uploads/2021/10/Header-LOGO.png00宜嫺 林https://ins.nycu.edu.tw/wp-content/uploads/2021/10/Header-LOGO.png宜嫺 林2025-09-30 07:06:102025-09-30 07:06:40【神經科學研究所學術講座】10/7（週二）14:00陳毓君副教授:Neural Mechanisms of Cognitive Enhancement and Affective Regulation through Exercise: Insights from EEG, fMRI, and Meta-Analytic Approaches.
112 
02-28267000 轉67101
02-28202593
【神經科學研究所博士學位論文演講】12/24（週三）14:00李宜庭博士候選人：視覺皮質神經調節技術對視覺可塑性作用機制之探討Examining the effect of neural modulation on visual plasticity in the visual system.
恭賀林慶波終身特聘教授教授榮獲2025IIP國際傑出發明家學術國光獎章！
神研所115學年度碩士招生
【生命科學院─生物醫學講座】11/26（週三）15:30 郭余民教授：Neuroprotective effects of exercise: insights gained from mouse models.
恭賀神經科學研究所連正章講座教授榮獲第四屆陳烱霖轉譯醫學講座。
【神經科學研究所學術講座】11/11（週二）10:00 I-Wen Chen, Ph.D. : Beyond somatotopy in motor cortex: Investigating the functional neuronal circuits in mouse motor cortex in health and disease model using holographic light.
【神經科學研究所學術講座】11/7（週五）10:00 Yu-Hsuan Chu, Ph.D. : Unlocking the Regenerative Potential of Endogenous Neural Stem / Progenitor Cells for Brain Repair.
【神經科學研究所學術講座】11/6（週四）10:00 Yu-Hui Wong, Ph.D. : From Development to Degeneration: Modeling Neurological Disorders with Human iPSC-Derived Cells.
115學年度博士班與碩士班甄試入學招生初試合格名單及面試時間配置表
【神經科學研究所學術講座】10/7（週二）14:00陳毓君副教授:Neural Mechanisms of Cognitive Enhancement and Affective Regulation through Exercise: Insights from EEG, fMRI, and Meta-Analytic Approaches.