Decoding glycans in brain aging and disease

Our lab seeks to understand how glycans regulate brain health and function.

Transmission electron micrograph of the endothelial glycocalyx layer on the lumen of a mouse brain capillary.

Every cell in the human body is coated by a layer of glycans, or polysaccharides, termed the glycocalyx. We aim to understand how glycans regulate brain biology, what information they encode, and how they can be manipulated to improve brain health. We combine neurobiology, glycobiology, chemical tools, and animal models to uncover new fundamental biology of brain function and disease. These discoveries drive new approaches and therapies for neurological and neurodegenerative disease intervention.

Uncovering New Roles of Glycans in the Brain

Research


Targeting Glycans to Improve Brain Health

Deciphering Glycan Language

Featured News


March 2026 - Brain GlycoShuttle manuscript is now on bioRxiv.

March 2026 - Congratulations to Hanah for winning a Harvard PRISE Fellowship to support her research!

January 2026 - Sophia presents a talk at the 8th Nordic Brain Barriers Meeting at the University of Copenhagen.

January 2026 - Welcome Anji to the lab!

December 2025 - Welcome Onovu to the lab!

September-October 2025 - Welcome Hanah, Ikshu, and Tamara to the lab! Let the science begin :)

September 2025 - The Shi Lab opens at the Rowland Institute at Harvard University.