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ISSX New Investigator Group Fireside Chat with Dr. Eric Chan
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- Non-member - $49
- Member - Free!
- Student - Free!
The ISSX New Investigator Group will present this Fireside Chat with Dr. Eric Chan, an influential scientist in the field. This chat session will be moderated by a member of the group and the discussion will include wide-ranging topics such as current scientific trends, leveraging your network, and thinking strategically about your career in industry, academia, and/or government.
About the Speaker:
Dr. Eric Chan is a professor at the Department of Pharmacy and Pharmaceutical Sciences, National University of Singapore. He received his Ph.D. from the same department and was a postdoctoral research scientist at S*BIO Pte Ltd, a joint venture between the Economic Development Board of Singapore and Chiron Corporation at Emeryville, California. As professor, his research interests are (1) metabolism-driven systems biology modelling of diseases, pharmacology, toxicology and mammalian host-bacteria interactions and (2) xenobiotic-derived reactive metabolite research with specific focus on interaction with biological proteins and physiological-based pharmacokinetics-pharmacodynamics (PBPK-PD) modelling of pharmacology and toxicology. He advocates #LearningWithoutBarrier and has been sharing his knowledge generously via his #WeeklyDoseOfPK in LinkedIn.
![Speaker image](https://0285ccf8d8d5a9b20200-3e169e2c0ff5fc72cbbca6def6c650ae.ssl.cf2.rackcdn.com/issx_cfa421296c4b65254f1af8dfdfc1bc76.jpg)
Eric Chan
Dr. Eric Chan is a professor at the Department of Pharmacy and Pharmaceutical Sciences, National University of Singapore. He received his Ph.D. from the same department and was a postdoctoral research scientist at S*BIO Pte Ltd, a joint venture between the Economic Development Board of Singapore and Chiron Corporation at Emeryville, California. As professor, his research interests are (1) metabolism-driven systems biology modelling of diseases, pharmacology, toxicology and mammalian host-bacteria interactions and (2) xenobiotic-derived reactive metabolite research with specific focus on interaction with biological proteins and physiological-based pharmacokinetics-pharmacodynamics (PBPK-PD) modelling of pharmacology and toxicology. He advocates #LearningWithoutBarrier and has been sharing his knowledge generously via his #WeeklyDoseOfPK in LinkedIn.
Key:
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