At the Cellular Mechanobiology Lab we study cells from a physical perspective, trying to understand key biological mechanisms and their impact on physiology and pathology. We are committed to interact with industrial partners and relevant biomedical stakeholders, to consolidate our research in long-lasting contributions towards the achievement of the global goals. Below you find three sentences, to better understand our focus, and a list of running projects and funders of the lab. If you are curious about our research, or you want to collaborate, please feel free to contact us via email.

Mechanosensing and Mechanotransduction

How do cells respond to mechanical stimuli, either from the environment or associated to internal active mechanisms ? And how is any transient mechanosensing response consolidated in a long term adaptation process, eventually impacting the cellular phenotype (mechanotransduction) ?

Nanoengineering for Mechanobiology

We aim at developing and exploiting advanced tools for the quantification of mechanical and morphological parameters of single cells (the physical fingerprint of the cell), and scale up the throughput of traditional nanoengineering approaches to achieve relevance for clinical cell analysis.

Curiosity-driven Research

Because science is often a random walk in a forest of questions, we are keen to mix advanced tools and technical skills to address intriguing problems in biology and engineering.

Our Research has been funded by