Research Focus:
Neurophysiology, neurodevelopment, and neurodegenerative diseases
- One focus is neuroplasticity and motor learning, control of voluntary movement, treatment strategies for Parkinson’s and Alzheimer’s diseases as well as stroke survivors. Members are also interested in neurocognitive deficits in obstructive sleep apnea, brain iron dysregulation in Alzheimer’s and Parkinson’s disease, ocular inflammation, retinal degeneration and glaucoma, inflammatory response and platelets in the central nervous system.
Cardiovascular function, metabolic diseases, cellular signaling
- A focus is cellular and molecular events in the initiation and progression of endothelial cell dysfunction in hypertension and diabetes, and animal models for cardio-metabolic disorder. Members are also interested in ion channels (TRP and K channel) and calcium signaling in the cardiovascular system, modulation of cardiac and vascular smooth muscle ion channels by herbal medicine.
- Other interest includes molecular biology of fluorescent proteins, development of anti-obesity and anti-diabetic drugs, mechanisms of fetal programming of type II diabetes and metabolic syndrome in offspring of diabetic mothers, mediators of arthritis development and stroke, ion channels in cancer cells, subcellular vesicular trafficking and autophagy.
Principal Investigators
Name
Contact No.
Research Interests
Motor control, motor learning, motor
development, stroke rehabilitation,
diseases of the motor system, computational
neuroscience, biomechanics
Activity-dependent synaptic plasticity,
Autism and related disorders, Visual cortex,
Learning and memory, Immediate early genes,
Neurodevelopment, In vivo two-photon imaging
Network basis of cognitive functions,
Emotion and related innate behaviors,
Circuit aberrations and treatments in neurodegenerative diseases.
Human pluripotent stem cell derived cardiomyocytes,
disease modelling and drug screening, precision medicine,
cardiotoxicity, mitochondria and metabolism, omics
Glial cell physiology and function,
the cellular pathophysiology of ischemic brain injury,
brain and nerve energy metabolism (especially the role
of glycogen) and extracellular space ion homeostasis.
Binaural Hearing in Animal Models for Cochlear Implantation,
Neural mechanisms of auditory perception and predictive coding,
Sensory plasticity and adaptation to the auditory environment
Associate Members
Name
Contact No.
Prof CHOI Chung Hang Jonathan
Prof FUNG Erik Yee Mun George
Prof LEUNG Kai Shun Christopher
Prof LUI Oi Lan Kathy
Prof MA Ching Wan Ronald
Prof MOK Chung Tong Vincent
Prof ONG Sang-Bing
Prof PANG Chi Pui Calvin
Prof TSANG Suk-Ying Faye
Prof WANG Chi Chiu Ronald
主题研究组