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We seek to understand how i) elements of the environment (sensory cues), ii) an organism’s physiological state (aging, food intake), and iii) genetic background affect the functional dynamics of neurons and neuronal circuits, and ultimately shape animals’ behavior. We focus on learning and locomotion.

We use Caenorhabditis elegans (C. elegans), a tiny roundworm, as a model system. To pose the questions, we employ behavioral assays, genetics tools, imaging techniques, mathematical models, and engineered technology, such as 3D printing, microfluidics, and nanoparticles manipulation.

Our research is highly interdisciplinary, as it lies at the interface between neurobiology and engineering.

Find out more about our research projects, our publications, the people involved, our many wonderful collaborators, our latest news, and more.

Take some time to explore the fascinating LuCelegans project, and play with the Nematode Game!

In WormPress you can enjoy videos from our team’s presence in a variety of activities, artifacts inspired by our group members’ research experience, and more!

Lastly, there are things in life outside the lab that can be fascinating, too, so discover our suggestions on things worth exploring beyond research.

Feel free to share with us your ideas, comments or suggestions.