Research Focus:
Neurophysiology, neurodevelopment, and neurodegenerative diseases
- One focus is neural network of cognitive functions, motor control and motor learning, synaptic plasticity and learning/memory, treatment strategies for neurogenerative diseases.
- Other focuses include glial cell physiology/pathophysiology and neural mechanisms of auditory perception. Members are also interested in inflammatory eye disease.
Cardiovascular function, metabolic diseases, cellular signaling
- One focus is macrophage, vascular inflammation and endothelial cell dysfunction and animal models for cardio-metabolic disorder. Members are also interested in ion channels and calcium signaling in the cardiovascular system.
- Other focuses are adipocyte remodelling, human pluripotent stem cell derived cardiomyocytes and disease modelling, development of anti-obesity and anti-diabetic drugs, and pathogenicity of zoonotic viruses in human.
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
Pathogenicity of zoonotic viruses in human,
Viral immunology on respiratory diseases,
Prophylactic and treatment options for respiratory infection
Human pluripotent stem cell derived cardiomyocytes,
disease modelling and drug screening, precision medicine,
cardiotoxicity, mitochondria and metabolism, omics
Binaural Hearing in Animal Models for Cochlear Implantation,
Neural mechanisms of auditory perception and predictive coding,
Sensory plasticity and adaptation to the auditory environment
Anti-obesity and anti–diabetes drug development,
fetal programming of adult diseases
Ca2+ signaling, TRP channels, cardiovascular
physiology, atherosclerosis, mechanical sensation,
TM9SF4, ER stress, autophagy, cancer
chemoresistance