Cell-type specific circadian transcription factor BMAL1 roles in excitotoxic hippocampal lesions to enhance neurogenesis

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  ASDC_Sub: Neural Cell Networking Mediated by Circadian Clocks to Enhance Brain Repair Systems

  KIM, J. Y. (Principal Investigator / Project Coordinator)

  28/02/21 → 15/04/24

  Project: Research

  • Circadian Rhythm 100%
  • Hypertonic Solution 50%
  • Catenin 50%
  • Nervous System Development 50%
  • Transcription Factors 50%

• GRF: Inter-regional Communication Mechanisms Mediated by Circadian Clocks in Pathological Conditions of the Brain

  KIM, J. Y. (Principal Investigator / Project Coordinator)

  1/01/21 → 12/06/25

  Project: Research

  • Circadian Rhythm 100%
  • Mouse Brain 28%
  • Brain Areas 27%
  • Neurodegeneration 24%
  • Neurogenesis 24%

• GRF: The Circadian Clock-dependent Cell-fate Decision of Adult Neural Stem Cells: How the Circadian Clock Controls Demyelination/Remyelination in the Brain

  KIM, J. Y. (Principal Investigator / Project Coordinator)

  1/01/20 → 11/06/24

  Project: Research

  • Circadian Rhythm 100%
  • Neural Stem Cell 62%
  • Remyelinization 40%
  • Subventricular Zone 36%
  • Mouse Brain 35%

• GRF: The Role of the Circadian Clock as a Switch for Reactive Astrocyte Status in Neurodegeneration

  KIM, J. Y. (Principal Investigator / Project Coordinator)

  1/01/19 → 1/06/23

  Project: Research

  • Circadian Rhythm 100%
  • Neurodegeneration 55%
  • Astrocyte 55%
  • Gene Expression 53%
  • Suprachiasmatic Nucleus 27%