The institute currently has 31 faculty members, including 14 principal investigators, 12 associate investigators, 2 professors of engineer and 1 senior engineer.
Our faculty are listed alphabetically below.
BAO Jin
BAO Jin Modulation of synaptic transmission and its dysfunction in mental diseases. Read more
BI Guoqiang
BI Guoqiang Decoding brain circuits and plasticity Read more
CHEN Yu
CHEN Yu Studies the molecular basis of synapse development and plasticity, and pathological mechanisms underlying neurodegenerative disorders. Read more
Helmut Kettenmann
Helmut Kettenmann Helmut Kettenmann´s research interests are focused on the role of glial cells in the normal and pathologic brain. Read more
HUANG Tianwen
HUANG Tianwen The neural mechanisms of pain and the interaction of pain and body homeostasis.疼痛的神经基础以及疼痛与躯体脏器的相互作用。 Read more
Lau Pakming
Lau Pakming Circuit Dynamics Underlying Brain Function and Disorders Read more
LI Xiang
LI Xiang Investigate the molecular and circuitry mechanism of prion-like proteins in stress disorders and neurodegenerative diseases. Read more
LI Xiaojian
LI Xiaojian The key technologies for Brain-Computer Interface and Neuromorphic Intelligence
脑机智能融合技术实验室
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LIU Chang
LIU Chang Investigates neural mechanisms of sleep, learning and memory Read more
LU Yi
LU Yi Director of the Shenzhen Engineering Lab for Brain Activity Mapping Technologies (BAMT) Read more
LU Zhonghua
LU Zhonghua Investigates the basic principles underlying the molecular, morphological, and functional specificity of neural circuits involved in brain disorders. Read more
MENG Zhiqiang
MENG Zhiqiang Behavioral pharmacology and electrophysiology of neuropsychiatric disorders such as drug addiction, anxiety and schizophrenia. Read more
Robert Konrad Naumann
Robert Konrad Naumann The evolution of functional circuits in the cerebral cortex. Read more
SUN Jianyuan
SUN Jianyuan Dr. Sun’s primary interest is to understand the presynaptic mechanism of synaptic short term plasticity and how it impacts neuronal information encoding. Read more
TU Jie
TU Jie A combination of optogenetic and pharmacogenetic manipulation reveal the neural substrates in control of innate anxiety expression. Read more
WANG Cheng
WANG Cheng Investigate neural underpinnings of episodic memory and spatial navigation Read more
WANG Hong
WANG Hong Central nervous system control of metabolic homeostasis. Read more
WANG Liping
WANG Liping Investigates neural circuitry of emotion, focusing on the subcortical-cortical interaction by optogenetics, electrophysiology and animal behavior. Read more
WANG Yutian
WANG Yutian Investigates the fundamental mechanisms controlling synaptic transmission among neurons in the brain, and the dysfunction of these mechanisms in the pathogenesis of brain disorders such as epilepsy, stroke, and learning deficits. Read more
XU Fuqiang
XU Fuqiang Development tools for neuro-circuit study and therapeutical purposes Read more
YANG Fan
YANG Fan Investigates the neural circuits which regulate the bone metabolism and homeostasis of stem cells. Read more
ZHAN Yang
ZHAN Yang Combines electrophysiology, animal behavior and computational methods to study the neural circuits underlying behavior. Read more
ZHANG Xiaokang
ZHANG Xiaokang Nervous system disease-related membrane protein structure Read more
ZHANG Zhijun
ZHANG Zhijun Outstanding Professor in the Faculty of Life and Health Sciences, and Translational Research Center for the Nervous System（TRCNS）of Brain Cognition and Brain Disease Institute, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences Professor and Director, Department of Neurology, Affiliated ZhongDa Hospital Director, Department of Neurology and Psychiatry of Medical School Director, Institute of Neuropsychiatry of Southeast University, Nanjing, China Read more
ZHOU Tao
ZHOU Tao To investigate the exact role of RNA methylation (m6A) in different brain functions and diseases, especially in learning memory and mental disorders such as PTSD and depression. Read more
ZHU Yingjie
Understand how brain circuits mediate motivated behavior and how disruption of these circuits leads to various kinds of neuropsychiatric disorders such as drug addiction and depression.
Key Lab：http://szkl-addiction.siat.ac.cn
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