• High-resolution live imaging of synapses protein dynamics for research into cellular molecules

    High-resolution live imaging of synapses protein dynamics for research into cellular molecules

    Date 2013-01-23

  • Animal laboratory, an important facility of Function Connectomix Research Group.

    Animal laboratory, an important facility of Function Connectomix Research Group.

    Date 2013-01-23

  • Application of the leading synapse description method, imaging and computer engineering technologies

    Application of the leading synapse description method, imaging and computer engineering technologies

    Date 2013-01-23

  • Treadmill equipment designed for studying the place cell of hippocampus based on electric physiology

    Treadmill equipment designed for studying the place cell of hippocampus based on electric physiology

    Date 2013-01-23

  • Optogenetic circuit mapping using the automation laser-scanning 2-photon microscope

    Optogenetic circuit mapping using the automation laser-scanning 2-photon microscope

    Date 2013-01-23

  • High-resolution live imaging of synapses protein d..
  • Animal laboratory, an important facility of Functi..
  • Application of the leading synapse description met..
  • Treadmill equipment designed for studying the plac..
  • Optogenetic circuit mapping using the automation l..
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Mouse models

  • Developing various mice expressing Optogenetic probes for optical stimulation of neurons and glial cells
  • Developing various mice expressing biosensor to measure membrane voltage and intercellular concentration of Cl- and Ca2+ ions
  • Developing Hybrid mice by utilizing disease model mice in CNS and crossing them with Optogenetics mice

Mapping brain circuitry

  • Developing light stimulation system for ChR2 mice
  • Integrating the current brain signal recording techniques into light stimulation techniques
  • Mapping brain circuitry by analyzing Hybrid mice and Optogenetics mice at a molecular level

Molecular mechanism of synaptic transmission

  • Focus on molecular mechanism to identify neural circuits and target molecular for signal
  • transmission and processing in the brain

Translational opportunities

  • Making brain circuitry database
  • Developing Deep Brain Stimulation targets and therapeutic tools
  • Developing novel drug targets and therapeutic tools for various neurological disorders by identifying synaptic molecular mechanisms

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