Bio: Dr. Shalihin is a Principal Researcher at the Malaysia National Poison Centre at University Sains Malaysia, Penang. His involvement in multi-disciplinary research has spanned 18 years. He obtained his bachelor’s degree from University Malaya and earned a Master of Science in Toxicology from University Sains Malaysia. He pursued his PhD in Toxicology. He has been acknowledged as a Professional Technologist in Chemical Technology by the Malaysian Board of Technology (MBOT) since 2019. Dr. Shalihin’s involvement in local and international research activities significantly included the International Tobacco Control Policy Evaluation (ITC), which was studied and evaluated for close to 13 years. He has also studied Indoor Air Quality related to particulate matter 2.5 microns, heightening his knowledge of second-hand smoke exposure. His research projects, totaling more than RM 3 million, were granted mainly from international collaborators and local NGOs. Currently, Dr. Shalihin is involved with a toxicological study on environmental health involving the chemical cancer agent, dioxins, on Malaysian’s firemen. Besides the dioxins research, he is also the Principal Investigator for research on availability of vape product in Malaysian retails granted by World Health Organization, Western Pacific Region (WHO WPRO).
Abstract: This session will delve into the latest advancements in technologies and methodologies for detecting and monitoring heavy metal contamination in occupational and environmental settings. Emphasis will be placed on innovative tools such as biosensors, portable analyzers, and high-precision spectrometry techniques that allow for rapid, accurate, and real-time assessment of heavy metal levels. The discussion will cover the practical applications of these technologies in diverse industries, from mining to manufacturing, highlighting their role in exposure risk assessment, regulatory compliance, and preventive health measures. This session will explore the challenges associated with implementation, including cost, accessibility, and the need for skilled personnel, particularly in resource-limited settings. This session will underscore the importance of integrating these cutting-edge techniques into existing safety and environmental protocols to enhance detection accuracy, minimize exposure risks, and promote public health protection.
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Date | Time | Local Time | Room | Forum | Session | Role | Topic |
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2025-10-17 | 13:30-13:50 | 2025-10-17,13:30-13:50 | Room 3 - Guocui Hall | Workshop |
Workshop 05: Understanding and Mitigating Occupational Heavy Metal Exposure: A Comprehensive Approach |
Speaker | Advancements in heavy metal detection and monitoring techniques: Innovations, applications, and challenges |