RESEARCH
My current research focus is neuroscience: mechanisms of lipid regulation of synaptic plasticity. My background brings together cholesterol biology, synaptic organization, and metabolic influences on neurological health.
Cholesterol homeostasis
My doctoral work investigated how alterations in cholesterol homeostasis affect dendritic spine remodeling and synaptic function in hippocampal neurons.
This work connects membrane lipid biology with the structural changes that support neuronal communication.
Explore related publications →Synaptic nano-organization
During Cajal training in Bordeaux, I investigated spectrin–PIP2 interactions and the nano-organization of NMDA receptor subunits GluN2A and GluN2B in dendritic spines.
These training projects explored how molecular organization relates to synaptic function.
Explore related publications →Metabolism & neurotrauma
My master’s research investigated how a high-fat diet influences neuropathological, metabolic, and cardiovascular alterations in an experimental model of traumatic brain injury.
Related publications examine Western and ketogenic diets, neuroinflammation, and the links between neurological and cardiovascular dysfunction.
Explore related publications →I welcome conversations about biochemistry, neuroscience, and research collaboration.
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