Projects



Results 1-23 of 23 (Search time: 0.004 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2023探討下視丘調控日夜行性行為或光線價值衡量之可能神經迴路(1/4)SHIH-KUO CHENNational Science and Technology Council
2023利用活體影像探討內生感光視神經調整視交叉上核生理時鐘之神經迴路(5/5)SHIH-KUO CHENNational Science and Technology Council
2023高等教育深耕計畫-核心研究群計畫【探討光照週期環境變化對腸道菌與巴金森氏症的影響】SHIH-KUO CHENHigher Education Sprout Project
2022利用活體影像探討內生感光視神經調整視交叉上核生理時鐘之神經迴路(4/5)SHIH-KUO CHENNational Science and Technology Council
2022跨領域教學研究設施全面改善【腺相關病毒載體核心技術服務平台】SHIH-KUO CHENHigher Education Sprout Project
2022高等教育深耕計畫-核心研究群計畫【探討光照週期環境變化對腸道菌與巴金森氏症的影響】SHIH-KUO CHENHigher Education Sprout Project
2021腺相關病毒載體核心技術服務平台SHIH-KUO CHENMinistry of Education
2019探討藍光經由自主感光視神經細胞對於認知行為之影響SHIH-KUO CHENNational Science and Technology Council
2019利用活體影像探討內生感光視神經調整視交叉上核生理時鐘之神經迴路(1/5)SHIH-KUO CHENNational Science and Technology Council
2019最具競爭力團隊【探討環境因子影響透過腸道菌影響神經退化疾病的神經迴路】SHIH-KUO CHENHigher Education Sprout Project
2018探討藍光經由自主感光視神經細胞對於認知行為之影響SHIH-KUO CHENNational Science and Technology Council
2017探討藍光經由自主感光視神經細胞對於認知行為之影響SHIH-KUO CHENNational Science and Technology Council
2017優勢重點領域拔尖方案─最具競爭力團隊計畫 【探討光線生理時鐘以及食物對於與老化與神經退化疾病的關聯】SHIH-KUO CHENMinistry of Education
2016探討生理時鐘與光線經由腸道菌對於身體代謝之影響SHIH-KUO CHENNational Science and Technology Council
2016優勢重點領域拔尖計畫【子計畫6 發展AAV 載體平台表現近紅外螢光蛋白質以偵測深層神經影像】SHIH-KUO CHENMinistry of Education
2016臺大與中研院創新性合作計畫 【Cell-type specific structural and functional studies of MD-InC thalamocortical neurons in neuropathic pain】SHIH-KUO CHENMinistry of Education
2015探討生理時鐘與光線經由腸道菌對於身體代謝之影響SHIH-KUO CHENNational Science and Technology Council
2015臺大與中研院創新性合作計畫 【Cell-type specific structural and functional studies of MD-InC thalamocortical neurons in neuropathic pain】SHIH-KUO CHENMinistry of Education
2014探討生理時鐘與光線經由腸道菌對於身體代謝之影響SHIH-KUO CHENNational Science and Technology Council
2014探討感光視神經在視網膜內細胞間回饋機制(2/2)SHIH-KUO CHENNational Science and Technology Council
2013架構感光視神經之單一細胞迴路以探討光線控制生理時鐘的機制SHIH-KUO CHENNational Science and Technology Council
2013探討感光視神經在視網膜內細胞間回饋機制(1/2)SHIH-KUO CHENNational Science and Technology Council
2012架構感光視神經之單一細胞迴路以探討光線控制生理時鐘的機制SHIH-KUO CHENNational Science and Technology Council