2018- [澳門科學技術發展基金項目/ FDCT Projects] 創新應用UHPLC-DAD-TOF-MS方法準確鑒定特選神經保護中藥中具 有抗澱粉蛋白結合功能的活性化合物 The new application of using analytical method (UHPLC-DAD-TOF/MS) in identifying novel compounds from neuroprotective herbal medicines for binding of P-amyloids  (Principal Investigator)

2018- [澳門科學技術發展基金項目/ FDCT Projects] 中藥自噬活性成分靶向調節補體系統防治神經退行性疾病的機制研究 Targeting the complement system by autophagic active herbal fraction for modulating neurodegenerative diseases  (Principal Investigator)

-2016 [澳門科學技術發展基金項目/ FDCT Projects] 從中草藥中篩選細胞自體吞噬功能誘導劑作為抗腦神經退化的候選 化合物 Discovery of novel autophagic enhancers from Chinese medicinal herbs as potential candidate agents for the treatment of neurodegenerative conditions  (Principal Investigator)

-2017 [澳門科學技術發展基金項目/ FDCT Projects] 中藥遠志的有效自噬活性成份分析及其用作對抗與老年相關的腦神 經退化性疾病的機理研究 Characterization and isolation of active autophagy components from Radix Polygalae (Yuan Zhi) for the modulation of age-related neurodegenerative diseases  (Principal Investigator)

-2012 [澳門科技大學研究基金(FRG)項目)/ Faculty Research Grant Projects] 研究蓮子心的自噬活性成份，甲基蓮心城及其結構相類似化 合物之分子機理，及用作為治療巴金森症候選化合物的應用 可行性 The mechanistic study of the active compound, Neferine, as potential candidate agent for the treatment of neurodegenerative conditions  (Principal Investigator)