QueeLim Ch'ng

QueeLim Ch'ng

Dr

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Personal profile

Research interests

Neuroendocrine regulation of ageing and physiology

Our lab is interested in how neuroendocrine circuits process environmental information to influence ageing and other physiololgical processes. We exploit the unique combination of powerful genomic/genetic tools, stereotyped cellular anatomy and automated high-throughput imaging techniques in C. elegans to study the ageing process. The short natural lifespan of C. elegans (~2 weeks) allows us to complete experiments in days or weeks that may require months to decades in other animals.

Neuroendocrine circuits that influence ageing and physiology
In C. elegans and mice, ageing is influenced by communication between signalling centres in the nervous system and other tissues, but the precise neuroendocrine circuits are not fully detailed. To detail these circuits, we seek to identify molecular signals that modify C. elegans lifespan and other aspects of physiology, and pinpoint the cells from which they act.

Interpreting environmental and nutritional cues
Environmental and nutritional cues affect ageing and other processes, but how these cues are interpreted by neuroendocrine circuits is poorly understood. We use high-throughput quantitative fluorescence microscopy to investigate how environmental and nutritional information is relayed and integrated through these circuits. Because the conserved insulin/insulin-like growth factor (IGF) signalling pathway influences many conserved physiological processes (including ageing) across animal phyla, we have developed tools to measure and manipulate insulin/IGF signaling in live C. elegans. We are now refining these tools and developing new ones.

Through this research, we expect to understand how neuroendocrine circuits process and integrate information from environmental and nutritional cues to affect ageing and other physiological processes. Because ageing is modulated by conserved hormonal pathways, we anticipate that insights from our studies will reveal biological mechanisms relevant to human ageing and age-related diseases such as Alzhemier's and sarcopenia.

Research interests (short)

Neuroendocrine regulation of ageing and physiology.

Expertise related to UN Sustainable Development Goals

In 2015, UN member states agreed to 17 global Sustainable Development Goals (SDGs) to end poverty, protect the planet and ensure prosperity for all. This person’s work contributes towards the following SDG(s):

  • SDG 3 - Good Health and Well-being

Education/Academic qualification

Doctor of Philosophy, Cell Migration and Pattern Formation Along the Anteroposterior Body Axis of C. elegans, University of California, San Francisco

Award Date: 1 Jan 2001

Bachelor of Arts, Princeton University

Award Date: 1 Jan 1995

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