Projets

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Deciphering molecular recognition mechanisms underlying host–pathogen interactions.

Designing synthetic molecules to modulate critical cellular signalling networks.

Using computational biophysics to dissect long-range allosteric communication.

Creating bioinspired materials enabling controlled release of active molecules.

Using quantum chemical tools to understand reactivity in metalloproteins.

Developing advanced fluorescent probes for high-resolution live-cell imaging.

Building adaptive computational tools for large-scale biomolecular datasets.

Deciphering molecular recognition mechanisms underlying host–pathogen interactions.

Designing synthetic molecules to modulate critical cellular signalling networks.

Developing light-responsive biomolecular systems for controlled conformational transitions.

Exploring how regulatory RNAs shape microbial stress responses.

Dissecting molecular interfaces involved in biochemical energy conversion.

Using computational biophysics to dissect long-range allosteric communication.

Creating bioinspired materials enabling controlled release of active molecules.

Using quantum chemical tools to understand reactivity in metalloproteins.

Developing advanced fluorescent probes for high-resolution live-cell imaging.

Building adaptive computational tools for large-scale biomolecular datasets.