• L1 neurons contacting PV interneurons

    How do sensory experiences
    transform the brain?

    We seek to understand the neural mechanisms underlying plasticity of central auditory circuits

  • Cortical Layer 1 Interneurons

    How do sensory experiences
    transform the brain?

    We seek to understand the neural mechanisms underlying plasticity of central auditory circuits

  • 5HT3A cells

    Join Us

    We are looking for talented and passionate students and postdocs to join our team

  • Cortical Layer 1 Interneurons

    Join Us

    We are looking for talented and passionate students and postdocs to join our team

Our unique perception of the world evolves with experience throughout our lifespan. As neuroscientists we believe that perceptual differences, including pathological perturbations of our ability to accurately perceive our sensory environment, partly arise from variable circuitry in our brains. However, we do not yet understand the molecular, synaptic, and circuit mechanisms by which experience shapes and perturbs sensory circuits. Identifying neural targets for plasticity will offer both novel insight into sensory disorders and potential therapeutic strategies to restructure pathological circuitry in adulthood. Our research combines electrophysiology, optogenetics, two-photon imaging, anatomical techniques and transcriptional analysis with the aim of identifying mechanisms for cortical plasticity . 

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