We are looking for new PhD students, Postdocs, and Master students to join the team (see openings) !
Jump to directors, investigators, research assistants and technicians, postdoc, students, administrative support.
Principal investigator
email: jy.sun1@siat.ac.cn
Understanding the presynaptic mechanism of synaptic short term plasticity and how it impacts neuronal information encoding.
Professor, Principal investigator
email: plau@siat.ac.cn
Circuit Dynamics Underlying Brain Function and Disorders.
Professors of engineer, Principal investigator
email: xk.zhang@siat.ac.cn
In situ structural biology of membrane protein complexes and drug discovery
Associate investigator
email: fang.xu@siat.ac.cn
(1) Fast whole brain mapping and deep-learning analysis of rodents and primates.
(2) Emerging properties of neuronal network underlying learning and memory.
Associate investigator
email: ph.chen@siat.ac.cn
Investigates the molecular and cellular mechanism of synaptic vesicle release and develops high- accuracy detection techniques and methods for synaptic vesicles signals in CNS in vivo.
Associate investigator
email: zh.du@siat.ac.cn
Focus on developing functional interface materials for in vivo electrophysiology and electrochemistry study of neural disease mechanisms.
Associate investigator
email: bq.li@siat.ac.cn
Biomedical optics, neurophotonics, multiphoton microscopy, cerebral blood flow and oxygen metabolism, and neurovascular coupling.
Associate investigator
email: xf.shen@siat.ac.cn
Mechanism of synaptic vesicle release and novel methods to study single cells, single synapses and exocytosis.
Associate investigator
email: yy.xiao@siat.ac.cn
Neuronal network reconstruction by measurement of dynamics; Neuronal data analysis and method development.
Associate investigator
email: cl.tao@siat.ac.cn
(1) Multi-model nano-imaging techniques; (2) Ultrastructure and molecular mechanisms of synaptic transmission and plasticity; (3) In situ structures of macromolecules by cryo-ET and sub-tomogram averaging.
Associate investigator
email: pc.zhou@siat.ac.cn
Statistical modeling and automated processing of big neuro data; computational neuroscience, machine learning.
Associate investigator
email: yaowang.bc@siat.ac.cn
Understanding the mechanisms of neuroplasticity and synaptic plasticity under physiologic and certain pathologic conditions.
Associate investigator
email: h.zhou1@siat.ac.cn
Sleep-dependent molecular, cellular, and circuitry mechanisms of chronic pain and neurological disorders in the brain.
Engineer
Engineer
Research assistant
Research assistant
Research assistant
Research assistant
Research assistant
Research assistant
Research assistant
Research assistant
Research assistant
Research assistant
Research assistant
Research assistant
Research assistant
Research assistant
Assistant engineer
Assistant engineer
Assistant engineer
Assistant engineer
Technician
Technician
Technician
Technician
Technician
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Doctoral student
Doctoral student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Master student
Doctoral student (co-supervised)
Doctoral student (co-supervised)
Doctoral student (co-supervised)
Doctoral student (co-supervised)
Doctoral student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Master student (co-supervised)
Min Zhang is helping us (and other groups) with administration.