My research explores how microorganisms adapt to environmental stress through changes in membrane lipid composition and gene expression.

Day to day maintenance and development of the lab’s microscopes. Background in multiphoton microscopy for biomedical optics and material characterization.

I am interested in understanding the molecular mechanism of a clathrin and dynamin independent, CLIC/GEEC (CG) endocytic pathway. I am investigating the role of cytoskeleton and its associated proteins that could be involved in generating these endosomes.

Studying the mechanisms of membrane trafficking

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Mobi works on theoretical and computational biophysics, focusing on membrane asymmetry and active processes in biological membranes.

I study how the cell uses the plasma membrane a signalling module, particularly in the context of adhesion and mechanosensing.

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My PhD project focusses on cell-cell adhesions mediated by the E-cadherin protein.

I specialize in computational physical chemistry, with a focus on membrane protein modeling.

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My research focuses on understanding how insulin receptor signaling dynamics are coordinated with plasma membrane lipidome remodeling during adipocyte differentiation.

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