Projects
(Principal Investigator)


Results 1-64 of 64 (Search time: 0.004 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2022以多體學探討異位表達ATP合成?與粒線體動態變化及細胞間粒線體轉移之交互影響HSUEH-FEN JUANNational Science and Technology Council
2022運用癌症多體學巨量資料發展精準藥物組合治療HSUEH-FEN JUANNational Science and Technology Council
2022教育部高等教育深耕計畫-人力結構改善HSUEH-FEN JUANHigher Education Sprout Project
2022以多體學探討異位表達ATP合成酶與粒線體動態變化及細胞間粒線體轉移之交互影響HSUEH-FEN JUANHigher Education Sprout Project
2022高等教育深耕計畫－核心研究群計畫【利用反轉腫瘤內生性抗藥路徑以促進免疫檢查點抑制劑治療效力之藥物開發】HSUEH-FEN JUANHigher Education Sprout Project
2021以多體學探討異位表達ATP合成?與粒線體動態變化及細胞間粒線體轉移之交互影響HSUEH-FEN JUANNational Science and Technology Council
2021運用癌症多體學巨量資料發展精準藥物組合治療HSUEH-FEN JUANNational Science and Technology Council
2020以多體學探討異位表達ATP合成?與粒線體動態變化及細胞間粒線體轉移之交互影響HSUEH-FEN JUANNational Science and Technology Council
2020運用癌症多體學巨量資料發展精準藥物組合治療HSUEH-FEN JUANNational Science and Technology Council
2020109年國際競爭重點領域人才培育方案【生物科技產業發展研究中心】HSUEH-FEN JUANHigher Education Sprout Project
2019以蛋白體學探討ATP合成?如何透過胞外囊泡進行細胞與細胞間的溝通HSUEH-FEN JUANHigher Education Sprout Project
2019以蛋白體學探討ATP合成?如何透過胞外囊泡進行細胞與細胞間的溝通HSUEH-FEN JUANNational Science and Technology Council
2019國際競爭重點領域人才培育方案【生物科技產業發展研究中心】HSUEH-FEN JUANHigher Education Sprout Project
2018以蛋白體學技術探討受異位表達ATP合成?運送影響之磷酸化與乙醯化交互作用動態變化HSUEH-FEN JUANNational Science and Technology Council
2018以蛋白體學探討ATP合成?如何透過胞外囊泡進行細胞與細胞間的溝通HSUEH-FEN JUANNational Science and Technology Council
2017以蛋白體學技術探討受異位表達ATP合成?運送影響之磷酸化與乙醯化交互作用動態變化HSUEH-FEN JUANNational Science and Technology Council
2017以蛋白體學探討ATP合成?如何透過胞外囊泡進行細胞與細胞間的溝通HSUEH-FEN JUANNational Science and Technology Council
2017To investigate the trafficking pathway of ectropic ATP synthase via integrating proteomic and network biological approachHSUEH-FEN JUANMinistry of Education
2017結合蛋白質體學和網路生物學研究細胞膜異位表達ATP合成酶的反應路徑HSUEH-FEN JUANMinistry of Education
2016以蛋白體學技術探討受異位表達ATP合成?運送影響之磷酸化與乙醯化交互作用動態變化HSUEH-FEN JUANNational Science and Technology Council
2016生醫巨量序列資料與疾病關聯性整合平台HSUEH-FEN JUANNational Science and Technology Council
2016結合蛋白質體學和網路生物學研究細胞膜異位表達ATP合成酶的反應路徑HSUEH-FEN JUANMinistry of Education
2016學術研究生涯發展計畫－桂冠型研究計畫【結合蛋白質體學和網路生物學研究細胞膜異位表達 ATP 合成酶的反應路徑】HSUEH-FEN JUANMinistry of Education
2015結合蛋白質體學和網路生物學研究細胞膜異位表達ATP合成?的反應路徑HSUEH-FEN JUANNational Science and Technology Council
2015以系統生物學及整合平台探索轉錄調控與關聯蛋白網路：以新穎致癌蛋白ZNF322A之研究為模型-新穎致癌蛋白ZNF322A之蛋白質交互作用網路與訊息路徑研究(子計畫2)(3/3)HSUEH-FEN JUANNational Science and Technology Council
2015改善前瞻研究領航計畫【整合體學探討微型核醣核酸於癌症轉移之調控網路】HSUEH-FEN JUANMinistry of Education
2014以異位型ATP合成酶抑制劑為基礎之抗肺癌合併治療：應用系統生物學至網路醫學HSUEH-FEN JUANMinistry of Education
2014結合蛋白質體學和網路生物學研究細胞膜異位表達ATP合成?的反應路徑HSUEH-FEN JUANNational Science and Technology Council
2014以系統生物學及整合平台探索轉錄調控與關聯蛋白網路：以新穎致癌蛋白ZNF322A之研究為模型-新穎致癌蛋白ZNF322A之蛋白質交互作用網路與訊息路徑研究(子計畫2)(2/3)HSUEH-FEN JUANNational Science and Technology Council
2014前瞻研究領航計畫【整合體學探討微型核醣核酸於癌症轉移之調控網路】HSUEH-FEN JUANMinistry of Education
2013Ectopic ATP synthase inhibitor based combination therapy in lung cancer: application of system biology toward network medicineHSUEH-FEN JUANMinistry of Education
2013結合蛋白質體學和網路生物學研究細胞膜異位表達ATP合成?的反應路徑HSUEH-FEN JUANNational Science and Technology Council
2013以系統生物學及整合平台探索轉錄調控與關聯蛋白網路：以新穎致癌蛋白ZNF322A之研究為模型-新穎致癌蛋白ZNF322A之蛋白質交互作用網路與訊息路徑研究(子計畫2)(1/3)HSUEH-FEN JUANNational Science and Technology Council
2013改善前瞻研究領航計畫【整合體學探討微型核醣核酸於癌症轉移之調控網路】HSUEH-FEN JUANMinistry of Education
2012Development of anti-lung cancer drugs:targeting ecto-ATP synthase and its interacting proteins.HSUEH-FEN JUANMinistry of Education
2012動物微RNA基因之功能及演化-調控ATP合成基因之微RNA功能及演化HSUEH-FEN JUANNational Science and Technology Council
2012前瞻研究領航計畫-整合體學探討微型核醣核酸於癌症轉移之調控網路HSUEH-FEN JUANMinistry of Education
2011Function and Regulation of micro RNA P-27-5p in Cancer ProgressionHSUEH-FEN JUANMinistry of Education
2011動物微RNA基因之功能及演化-調控ATP合成基因之微RNA功能及演化HSUEH-FEN JUANNational Science and Technology Council
2011前瞻研究領航計畫-整合體學探討微型核醣核酸於癌症轉移之調控網路HSUEH-FEN JUANMinistry of Education
2011利用系統生物學開發抗肺癌藥物:以ATP合成抑制劑進行標靶治療及機制探討HSUEH-FEN JUANNational Science and Technology Council
2011利用系統生物學開發抗肺癌藥物：以ATP合成酶抑制劑進行標靶治療及機制探討HSUEH-FEN JUANMinistry of Health and Welfare
2011利用系統生物學開發抗肺癌藥物:以ATP合成抑制劑進行標靶治療及機制探討HSUEH-FEN JUANNational Science and Technology Council
2010幽門桿菌感染胃癌細胞之基因網路研究: annexin A4相關的訊息傳遞及調控機制HSUEH-FEN JUANNational Science and Technology Council
2010動物微RNA基因之功能及演化-調控ATP合成基因之微RNA功能及演化HSUEH-FEN JUANNational Science and Technology Council
2010前瞻與創新性研究/探討微RNA miR-148a之抑癌角色HSUEH-FEN JUANMinistry of Education
2010利用系統生物學開發抗肺癌藥物：以ATP合成酶抑制劑進行標靶治療及機制探討HSUEH-FEN JUANMinistry of Health and Welfare
2009幽門桿菌感染胃癌細胞之基因網路研究: annexin A4相關的訊息傳遞及調控機制HSUEH-FEN JUANNational Science and Technology Council
2009以生質能源應用為導向之光合菌Rhodopseudomonas palustris 系統與計算生物學研究-(總計畫)(3/3)HSUEH-FEN JUANNational Science and Technology Council
2009以生質能源應用為導向之光合菌Rhodopseudomonas palustris 系統與計算生物學研究-光合菌Rhodopseudomonas palustris 功能性基因體研究(子計畫一)(3/3)HSUEH-FEN JUANNational Science and Technology Council
2009第四期前瞻計畫/生命科學院/ATP合成酶抑制劑誘導乳癌細胞凋亡的分子機制探討HSUEH-FEN JUANMinistry of Education
2009利用系統生物學開發抗肺癌藥物：以ATP合成酶抑制劑進行標靶治療及機制探討HSUEH-FEN JUANMinistry of Health and Welfare
2008幽門桿菌感染胃癌細胞之基因網路研究: annexin A4相關的訊息傳遞及調控機制HSUEH-FEN JUANNational Science and Technology Council
2008以生質能源應用為導向之光合菌Rhodopseudomonas palustris 系統與計算生物學研究-(總計畫)(2/3)HSUEH-FEN JUANNational Science and Technology Council
2008以生質能源應用為導向之光合菌Rhodopseudomonas palustris 系統與計算生物學研究-光合菌Rhodopseudomonas palustris 功能性基因體研究(子計畫一)(2/3)HSUEH-FEN JUANNational Science and Technology Council
2008計算生物學先導型研究計畫-子計畫一：系統生物學與生物網路HSUEH-FEN JUANNational Science and Technology Council
2007前瞻性研究計畫/生命科學院/新穎化合物於癌細胞之系統生物學研究HSUEH-FEN JUANMinistry of Education
2007Annexin A4在胃癌癌化的分子機制HSUEH-FEN JUANNational Science and Technology Council
2007以生質能源應用為導向之光合菌Rhodopseudomonas palustris 系統與計算生物學研究-(總計畫)(1/3)HSUEH-FEN JUANNational Science and Technology Council
2007以生質能源應用為導向之光合菌Rhodopseudomonas palustris 系統與計算生物學研究-光合菌Rhodopseudomonas palustris 功能性基因體研究(子計畫一)(1/3)HSUEH-FEN JUANNational Science and Technology Council
2006前瞻性研究計畫/生命科學院/新穎化合物於癌細胞之系統生物學研究HSUEH-FEN JUANMinistry of Education
2006開發資訊檢索及文字探勘系統以研究基因、甲基化和疾病之關係HSUEH-FEN JUANNational Science and Technology Council
2005發展生物資訊開放軟體以分析並探討人類骨髓血癌細胞分化成巨噬細胞的作用機制(3/3)HSUEH-FEN JUANNational Science and Technology Council
2004發展生物資訊開放軟體以分析並探討人類骨髓血癌細胞分化成巨噬細胞的作用機制(2/3)HSUEH-FEN JUANNational Science and Technology Council