Notre travail

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Brain neuroplasticity in physiological and pathological conditions

Investigating mechanisms underlying adaptive and maladaptive brain plasticity

Design and Construction of Low-Cost Scientific Instrumentation for Neurophysiology and Environmental Research

We design low-cost, open-source scientific instruments using Arduino and STM32 platforms. Our validated devices include a marine electrical stimulator and a versatile TEER measurement system for cell cultures and organ-on-chips, providing accessible alternatives to costly commercial tools.

Nanomaterials for Brain Diseases

Developing and testing novel nanomaterials as a tool to repair neurovascular communication.

Neuronal dysfunction in Non-Muscle Actinopathies

Electrophysiological and Morphological Characterization of human-derived neurons carrying ACTG1 actin mutation

Organs-on-a-Chip For Human Physiology

Developing microfluidic platforms, such as Organs-on-a-Chip, to better understand human physiology and drug development.