Kaitlyn Ramsay

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About

Kaitlyn Ramsay is a rising leader in the emerging field of prototissue engineering, where her work bridges synthetic biology and microfluidics to build life-like cellular constructs from the bottom up. Her most influential contribution, the 2021 paper "Programmed assembly of bespoke prototissues on a microfluidic platform" (25 citations), introduces a groundbreaking microfluidic method for precisely assembling protocell building blocks into stable, water-resistant prototissues. These engineered constructs can sense their external environment and display collective behaviors—a critical step toward creating synthetic tissues that mimic natural biological functions. This work addresses a major hurdle in the field: the challenge of moving from individual protocells to functional, multicellular-like assemblies. Ramsay’s approach offers a programmable, scalable platform that could revolutionize applications in drug delivery, biosensing, and regenerative medicine. With her innovative use of microfluidics to orchestrate prototissue architecture, she is establishing herself as a key figure in synthetic biology, pushing the boundaries of what artificial cellular systems can achieve.