Greater Boston
In the Barrett lab, I am using human iPSC models along with gene editing, screening, and single cell -omics approaches to understand the consequences of gene dosage imbalance on brain cell development and degeneration.
In the Eatock lab, I investigated how cells in the vestibular inner ear function collectively to represent head motion. For my senior thesis, I developed new image analysis pipelines and models to help capture moment-to-moment hair cell function at population levels.
I analyzed facial movement and heart rate data to understand how attention is reflected in the body’s physiological signals, with the goal of informing human–computer interface technologies to support new education tools in Singapore.
In the Brunet Lab, I developed immunohistochemistry and image analysis protocols to characterize perivascular macrophage patterns in zebrafish and investigate mechanisms of vascular regeneration following head injury.