Henry Chung

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Associate Professor, Insect Physiology
Department of Entomology

Degrees:
• Ph.D. - The University of Melbourne (2008)
• BS (1st Class Hons) - The University of Melbourne (2003)
• BS - Curtin University (2002)
• Dip. Biotech. - Ngee Ann Polytechnic (1999)

Bio

Dr. Henry Chung’s research and teaching focus on insect physiology, molecular genetics and evolutionary biology. His work explores the molecular and evolutionary mechanisms underlying diverse physiological traits in insects, and he collaborates extensively within MSU and with other institutions to apply this expertise to managing insect pests. Mentorship and student success are central to his career, and he integrates research insights into his teaching and training of undergraduate and graduate students.

Concentrations

Environmental Adaptation
Evolution of Gene Regulation
Reproduction
Insecticide Resistance

Courses Taught

ENT451: Insect Physiology

Structure/function of insect physiological systems; Molecular mechanisms underlying insect development; Physiological evolution in insects.

Research

Chung’s research uses a multidisciplinary but integrated approach to investigate the molecular and evolutionary basis of different physiological traits in insects. His lab focuses on species of the Drosophila genus from different ecological habitats and evolutionary histories, as well as other closely related insect species. This approach allows the lab to investigate a wide range of physiological diversity while working with species that are genetically tractable. Current research centers around two main themes: environmental adaptation and communication and reproduction.

Projects on environmental adaptation include studying mechanisms underlying desiccation resistance, insecticide resistance and heavy metal tolerance. Chung’s team uses tools such as machine-learning algorithms, synthetic cuticular hydrocarbons, transgenic flies and CRISPR/Cas9 genome editing to better understand how insects adapt to stressors such as water loss, toxins and climate change. Research on communication and reproduction focuses on the molecular basis of sexually dimorphic pheromones, the evolution of pheromone biosynthesis across Drosophila species, and the role of seminal fluid lipids in fertility.

Learn more about the Chung Lab at MSU here.