© Pint of Science, 2025. All rights reserved.
From the branching of neurons that powers our thoughts to the renewal of our skin, our bodies constantly grow, repair, and adapt. Explore how neural branching shapes brain function and connectivity, then uncover the secrets of skin healing—and why it can’t fully regenerate. Together, these talks reveal the dynamic processes that keep us wired, protected, and ever-evolving.
Branching morphogenesis: How to build a nerve cell
Joe Howard
(Professor)
The branching of dendrites and axons allows neurons to make synaptic contacts with large numbers of other neurons, facilitating the high connectivity and computational power of the nervous system. Branching raises many developmental, cell biological and signaling questions. Using sensory cells from Drosophila as a model system, we are exploring the mechanisms by which dendritic arbors form. And by studying the geometric and topological invariants of dendritic arrays in a wide range of different neurons, we are gaining insight into how branching patterns reflect the developmental pathways and serve the metabolic and needs of neurons.

Renewal and repair of skin
Valerie Horsley
(Professor)
Your skin and hair are constantly turning over-- hair follicles die and grow and your skin cells turn over every 2 weeks. When you have a cut or burn, your skin can repair, but not regenerate-- why? Let's talk about how your skin renews and repairs its wounds!

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135 Dwight Street, New Haven (CT), CT 06511, United States