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Biography
Zhi Yuan obtained his Masters of Pharmacy (MPharm) and Ph.D. degree in the field of medicinal chemistry at the University of Nottingham (UoN), the latter of which funded by the prestigious UoN Vice Chancellor's Scholarship for Research Excellence. After spending just under 3 years as a medicinal/organic chemist collectively at Sygnature Discovery in Nottingham and Nanyang Technological University in Singapore, Zhi Yuan rejoins the University of Nottingham Malaysia as an assistant professor. Apart from being a keen chemist, Zhi Yuan has a strong interest in G-protein coupled receptors (GPCRs) and novel antimicrobial discovery, as well as exploring the development and wider use of fluorescent compounds for the understanding of biological processes and drug development purposes.
Expertise Summary
- Medicinal Chemistry
- Synthetic Organic Chemistry
Teaching Summary
Subject areas of competence: Medicinal chemistry, organic chemistry, molecular pharmacology
Module convener/contributor for the modules:
Bachelor of Pharmacy: PHAR1046 (Bacterial and Fungal Infections), PHAR2040 (Cardiovascular), PHAR3035 (Viral and Parasitic Infections)
Master of Pharmacy: PHAR1034 (Human Life Cycle), PHAR2044 (Infections 1), PHAR2045 (Infections 2), PHAR2051 (Cardiovascular)
Bachelor of Science in Pharmaceutical and Health Sciences: PHAR1026 (Pharmaceutical and Biological Chemistry), PHAR2055 (Pharmaceutical Analysis and Spectroscopy), PHAR2014 (Concepts in Medicinal Chemistry and Drug Discovery), PHAR3014 (Medicinal Chemistry and Drug Design)
Recent Publications
CHRISTOPHER ZI QIAN CHOO, JOEY YUN XUAN CHING, MYRA MAZHAR UD DEEN and ZHI YUAN KOK, 2026. Small-molecule fluorescent probes for the aminergic GPCRs – What new tool compounds do we have post-2014 and what can they do? European Journal of Medicinal Chemistry. 305, 118579 KOH, CHONG HUI, LAMBU, MALLIKHARJUNA RAO, TAN, CHONGYUN, WEI, GUANGMIN, KOK, ZHI YUAN, ZHANG, KAIXI, VU, QUANG HUY, PANNEERSELVAM, MUTHUVEL, OOI, YING JIE, TAN, SHIOW HAN and ET AL., 2025. Carbene formation as a mechanism for efficient intracellular uptake of cationic antimicrobial carbon acid polymers Nature Communications. 16(1), ZHANG, BO, LU, DERONG, WANG, DENNIS BAO RONG, KOK, ZHI YUAN, CHAN-PARK, MARY B. and DUAN, HONGWEI, 2024. Enzyme-Responsive Polyion Complex Nanoparticles of Cationic Antimicrobials for Activatable Antibacterial Therapy Advanced Functional Materials. n/a(n/a), 2407869. IF (2022): 19.0; T10