Lab of Neural Circuit Plasticity, SKLNCL, BNU

Research Direction


  • Our research is focused on elucidating corticohippocampal circuitry mechanisms that underlie associative learning, spatial navigation and critical period plasticity of the brain.

ASD gene Mecp2 in cortical PV cells regulates V1 critical period plasticity

Critical  period plasticity describes a developmental process whereby neural circuits are  fine-tuned for specific functions. Here, we  show that the Rett  syndrome protein MeCP2 in GABAergic parvalbumin- expressing neurons is required  for maintaining proper inhibitory circuitry  functions that underlie the induction of experience-dependent critical period plasticity of the developing visual cortex. The specific locus of cortical synaptic defects caused by  MeCP2 loss in inhibitory PV cells was revealed as well.

  • [Download MeCP2-regulates-CP-NatCommun2014.pdf]
  • Lab of Neural Circuit Plasticity, SKLNCL, BNU