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Our Research

We are particularly interested in studying in vivo organelle dynamics underlying innate cellular physiology, with a specific focus on neuronal pathologies. We specialize in axonal transport, mitochondrial life cycle, endoplasmic reticulum dynamics, and the autophagy process in multiple neuronal types. Our goal is to expand our understanding of in vivo dynamic-based intracellular organelle quality control mechanisms through the application of pharmacodynamics. We primarily use Drosophila as the model system, but we also utilize a variety of model systems, from C. elegans to mammalian cells.

Organelle Integrity

Eukaryotic cells are filled with various types of membrane-bound organelles, each displaying a spatially and functionally distinct environment. Therefore, properly regulated organelle integrity, either physically or biochemically, remains critical for overall cellular homeostasis. We explore organelle structure and dynamics, organelle localization and interactions, to broaden our understanding of their roles in health and disease.

Axonal Transport

Neurons are polarized cells containing incredibly long axons. This unique feature of morphology allows neurons to have compartmentalized functions, and axonal transport supports efficient communication between the soma and axonal terminals. Therefore, it is not surprising that impairment of axonal transport has been implicated in multiple neurological disorders, including neurodegenerative diseases. We explore the cellular events in neuronal processes and provide a detailed assessment of axonal transport in neurological disorders.

Pharmacodynamics

Organelle dynamics represented by axonal transport are highly sensitive to treatment with drug reagents. Therefore, we aim to establish a step-wise pipeline for understanding disease mechanisms through pharmacodynamics. To achieve this, we extensively utilize various experimental setups, ranging from cell-based in vitro culture systems to animal-based in vivo behavior assays. 

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