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As our brain develops, neurons need to connect to each other through synapses. We study a family of proteins called clustered protocadherins that help ensure that only proper…
Chemical biology grad student José Velilla [G4] of the Gaudet Lab has been named as a recipient of HHMI’s Gilliam Fellowship for Advanced Study. The Gilliam Fellowship supports…
The student-run organization Harvard Graduate Women in Science and Engineering (HGWISE) has named MCB faculty Rachelle Gaudet “Mentor of the Year.” The award recognizes faculty and GSAS alumni…
Transport proteins embedded in the cellular membrane move chemical cargo into and out of cells, thus facilitating the acquisition of essential nutrients. Many transport proteins evolved from a…
Diverse cellular and developmental processes are controlled by reversible phosphorylation – the process by which phosphates are added or removed from proteins. Reversible protein phosphorylation is widely used…
Vertebrates rely on the inner ear to convert the mechanical stimuli of sound and head movements into electrical signals that can be decoded by the brain. This process,…
Iron is a key micronutrient that organisms use in many biological processes. Indeed, aerobic respiration requires iron to transport oxygen in our blood, to catalyze redox reactions of…
When we think of the chemical elements of life, the “big four” of carbon, oxygen, nitrogen, and hydrogen leap to mind, and rightly so, as they make up…
During brain development, neurons connect with each other using branched projections called dendrites. As a dendrite extends away from its neuron’s cell body to connect with dendrites from…
John M. Nicoludis (l) and Rachelle Gaudet As the brain develops, neurons play a complicated game of Twister: they have to keep their neuronal processes from getting tangled…
