Dr Lee Fong Kai


Academic Qualification

  • Doctor Philosophy, University of Nottingham, Malaysia
  • Master in Science (Chemistry with Medicinal Chemistry), Imperial College London, United Kingdom

Professional Qualification

No records found

Areas of Expertise

  • Medical And Health Sciences, Pharmacy, Drug Discovery
  • Medical And Health Sciences, Pharmacy, Medicinal Chemistry

Research Interest

No records found

Publications

2025
  • In-Silico Methods in Discovering Novel Inhibitors of Sirtuins - Book Chapter
2024
  • Vasorelaxant Effect Of A Phenylethylamine Analogue Based On Schwarzinicine A An Alkaloid Isolated From The Leaves of Ficus Schwarzii (SCOPUS-Indexed), Phytochemistry Letters - Article in Journals
  • Preparation and Preliminary Structure Activity Relationship Studies of Schwarzinicine A Analogs as Vasorelaxant Agents (SCOPUS-Indexed), Journal of Natural Products - Article in Journals
2023
  • Vasorelaxation Profile of PM20, A Schwarzinicine A Analogue, in Hypertensive and Diabetic Rat Model and Its Effect on The Lifespan of Caenorhabditis Elegans (SCOPUS-Indexed) - Article in Proceeding
2022
  • Schwarzinicine A Inhibits Transient Receptor Potential Canonical Channels and Exhibits Overt Vasorelaxation Effects (SCOPUS-Indexed), Phytotherapy Research - Article in Journals
  • Concise Synthesis of the Vasorelaxant Alkaloids Schwarzinicines A and B (SCOPUS-Indexed), Natural Product Research - Article in Journals
2020
  • Schwarzinicines A G, 1,4-Diarylbutanoid Phenethylamine Conjugates from the Leaves of Ficus schwarzii (SCOPUS-Indexed), Journal of Natural Products - Article in Journals
  • Investigating Calcium Channels Modulation of A Novel Phenethylamine Compound in Caenorhabditis Elegans (SCOPUS-Indexed) - Article in Proceeding
2018
  • Alstoscholactine and Alstolaxepine, Monoterpenoid Indole Alkaloids with -Lactone-Bridged Cycloheptane and Oxepane Moieties from Alstonia scholaris (SCOPUS-Indexed), Organic Letters - Article in Journals
  • FK244 (N-phenethyl-1,2,3,4-tetrahydronaphthalen-2-amine), A Newly Discovered Phenylethylamine as A Calcium Channel Blocker (SCOPUS-Indexed) - Article in Proceeding
  • Vasorelaxation Effects of A Newly Discovered Phenylethylamine (FK244) in Hypertensive Rat Isolated Aortae (SCOPUS-Indexed) - Article in Proceeding

Research

No records found

Awards and Stewardship

No records found

Paper Presented

No records found