Wayne Hodgson

Wayne Hodgson is a Professor of Pharmacology and Deputy Dean (Education) in the Faculty of Medicine, Nursing and Health Sciences at Monash University. He holds dual roles in academic leadership and venom research, focusing on understanding venom biochemistry and improving health professions education.

His educational background and qualifications are not explicitly listed, but his extensive contributions to academic administration and research suggest advanced training in Pharmacology and Health Sciences. Professional memberships or certifications are not detailed in the provided text.

Research interests include venom pharmacology, antivenom efficacy evaluation, neurotoxicity mechanisms, myotoxicity analysis, and health professions selection processes. Specific projects involve:

• Molecular toxin evolution in venomous snakes
• Clinical applications of varespladib as a venom countermeasure
• Accreditation systems for health programs
• Rural healthcare workforce dynamics
• Comparative venom analysis across species

His research trends emphasize interdisciplinary collaboration in venom studies and innovative educational frameworks. Key projects include leadership roles in Translational Venom and Antivenom Research (2016-2021) and Venom Evolutionary Mechanisms (2014-2016).

No scientific awards are explicitly listed, but his research has received institutional support through NHMRC and ARC grants. He has contributed to over 214 publications, demonstrating significant academic output.

As a researcher, he leads/co-leads 11 projects as Primary Chief Investigator (PCI) or Chief Investigator (CI). His work addresses venom-induced cardiovascular collapse, neurotoxin neutralization, and student selection tools in medical education. Collaborations span international institutions including Thailand, Sri Lanka, and Pakistan.

He is involved in lab-based projects focused on venom characterization, antivenom testing, and pharmacokinetic analysis. Key lab activities include:

• Snake venom toxicity mechanisms in mammals
• Biosensor development for venom detection
• Long-term venom stability studies