School of Pharmacy

The major research interests of the School of Pharmacy are: medicinal chemistry - development of more selective nucleoside analogues and study of membrane transport metabolism as well as pharmacokinetics of the mucleoside analogues; pharmaceutics - studies of novel drug delivery systems such as transdermal iontophoresis and phonophoresis, electropororation, lipid pathway transport and targeting hydrophobic drugs; nneuropharmacology - studies of the spinal pharmacology of pain modulation and analgesia, abnormal sensory processing in an acute experimental model of neural injury pain, and drug-inducted spinal neurotoxicity; and drug metabolism/toxicology - a study of the pharmacology, toxicology and molecular biology and cytochrome P450 monoxygenases with emphasis on the roles of hormones and exogenous chemicals.


KARA, Mohamedtaki
Associate professor
Keywords
• Electrically-enhanced transdermal drug delivery; iontophoresis and electroporation; GI drug delivery and interactions
Current research
• Iontophoretic transdermal delivery
• Transdermal drug delivery by electroporation
• Efflex transporters in the GI tract
Past research
• Therapeutic drug monitoring
• Gastrointestinal drug interaction with metal ions and complex drug molecules
Potential research
• Localized iontophoretic drug delivery
• Electroporative delivery of protein/peptide drugs and gene therapy

 

LAW, Rebecca M. Associate professor
Keywords
• Neonatal drug use; interdisciplinary education; pharacokinetic and pharmacodynamic modelling
Current research
• Pain management in the neonate
• Toxicity of local anesthetics in the neonate
• Analysis relating to interdisciplinary education
Past research
• Toxicity of local anesthetics in the full-term baby
• Empiric dosing guidelines for Vancomycin in premature neonates
• Drug-related pharmacolcinetics and pharmacodynamics of prednisolone
• Sterility and pyrogenicity of IV nitroglycerin
Potential research
• Pharmacolcientic and pharmacodynamic modelling
• Drug treatments and toxicity in neonates
• Drug treatments in dermatology

 

LIU, Hu Associate professor
Keywords
• Drug targeting; design and synthesis of prodrugs; diagnostic imaging (atheroma and cancer); drug analysis; biochemistry; lipid and lipoprotein metabolism; protein chemistry; NMR analysis in biological systems; natural product chemistry
Current research
• Anticancer drug targeting
• Development of targeted radioimaging probes for early detection of atherosclerosis
• Reversion of multidrug resistance in cancer therapy
Other research activities
• Peer review panel member for the Pharmaceutical Sciences Committee
of the Medical Research Council of Canada

 

RAWSON, Nigel (see Medicine)

 

SHAHIDI, Fereidoon (see Biochemistry)

 

TIRUNELLAI, Krishnan Associate professor
Keywords
• Biopharmaceutics and drug delivery; peptide drug delivery; electroporative transdermal drug delivery; polymeric mucosal drug; delivery; solid phase extraction; bioavailability
Research specialty
• Drug delivery
Current research
• Transdermal delivery of peptides using electrical energy as transport enhancers
• Polymeric mucosal drug delivery, microspheres and bioadhesives
• Development of analytical methods using solid phase extraction techniques, for
instance preparation of biological origins
Past research
• Use of polymers as excipients for improving bioavailability of drugs
• Use of pigs as models for pharmacokinetic evaluation of orally delivered formulations
• Development of analytical methods using solid-phase extraction techniques


WANG, Lili
Assistant professor
Keywords
• Drug transport; drug metabolism; drug design; pharmacokinetics; radiopharmacy
Current research
• Specific delivery of anti-HIV agents to macrophages
• Design of diagnostic agents for early detection of atherosclerotic lesions
• Targeted delivery of anti-cancer drugs
• Design of novel anti-HIV compounds
• Study of the transport of nucleoside drugs
Past research
• Evaluation of prodrugs for nucleoside drugs
• Pharmacokinetics of steroids
• Cytotoxicity of nucleoside drugs

 

WEST, Roy (see Medicine)

 

 

 

 

Return to Table of Contents