榮獲國家運動科學中心 115 年度「博士生研究獎學金」 (Recipient of the 2026 Taiwan Institute of Sports Science Doctoral Research Scholarship)
Photo credit: Taiwan Institute of Sports Science (TISS)
🏆 獲獎紀實 (Award Highlights)
國家運動科學中心（Taiwan Institute of Sports Science, TISS）為培育運動科學、運動醫學及運動科技人才，特設置「博士生研究獎學金」，旨在鼓勵並支持具有高度研究潛力之優秀在學博士候選人。中心希望透過此獎項，支持學生安心、專心從事研究工作。115 年度全台僅提供 4 名 獎學金名額，陳映竹憑藉其嚴謹的研究設計與學術潛力，順利通過審查名列其中。
The Taiwan Institute of Sports Science (TISS) established the “Doctoral Research Scholarship” to cultivate top-tier talents in sports science, sports medicine, and sports technology. The scholarship aims to encourage and support outstanding doctoral candidates with significant research potential, allowing them to focus entirely on their academic endeavors. For the 2026 academic year, only four scholarship slots were available nationwide, and Ying-Chu Chen was selected following a rigorous review process.
🔬 獲獎研究主題 (Award-Winning Research Topic)
「急性中等強度連續運動搭配血流限制對執行功能之影響：事件相關電位研究」 (The Effects of Acute Moderate-Intensity Continuous Exercise Combined with Blood Flow Restriction on Executive Function: An Event-Related Potential Study)
本研究聚焦於運動科學的前沿領域，探討 血流限制 (Blood Flow Restriction, BFR) 結合中等強度連續運動，如何影響個體的執行功能，並透過 事件相關電位 (ERP) 技術，從神經生理學的角度觀察大腦活動的即時變化。
This research focuses on the cutting-edge field of sports science, exploring how Blood Flow Restriction (BFR) combined with moderate-intensity continuous exercise affects executive functions. Using Event-Related Potential (ERP) technology, the study observes real-time changes in brain activity from a neurophysiological perspective.
🎓 意義與願景 (Significance and Vision)
獲此殊榮不僅是中心對映竹過去研究成果的肯定，更是對其未來在運動科學領域貢獻的深切期許。這份獎學金將支持映竹在博士候選人階段，持續推動具備學術價值與實務應用潛力的研究工作。
Receiving this prestigious scholarship is not only a validation of Ying-Chu’s previous research achievements by TISS but also an expectation for his future contributions to the field of sports science. This support will allow him, as a doctoral candidate, to continue advancing research with high academic value and practical application potential.
(資料來源：改寫自國家運動科學中心 115 年度獲獎名單公告與學術研究計畫 / 2026-01-16)
