Decoding the role of nuclear transport factors in subcellular communications to understand neuronal functions and disorders

Founded in 2023, our team investigates how subcellular transport mechanisms shape brain development and function. We focus on the importin family of nuclear transport factors which have key roles during the communication between synapses, the soma, and the nucleus, and contribute to neuronal plasticity, circuit function, and neurodevelopmental disorders.

By combining molecular, cellular, and behavioral approaches, our mission is to determine the fundamental principles governing importin-mediated transport in physiologically relevant neural networks. Our research aims not only to advance understanding of brain function but also to develop novel therapeutic targets for neurodevelopmental disorders such as Rett syndrome.

We are committed to fostering an interdisciplinary and collaborative research environment and welcome motivated students, postdoctoral researchers, engineers, and collaborators interested in joining our efforts.

Research areas : Nuclear transport – Importin signaling – Synaptic plasticity – Neuronal survival and regeneration – Neurodevelopmental disorders – Intracellular trafficking