Christopher Moraes

University of Toronto, University of Michigan–Ann Arbor, McGill University

Papers

Total Citations

106

H-Index

About

Christopher Moraes is a pioneering figure at the intersection of microengineering and cell biology, whose work is reshaping how we study the mechanical and biophysical microenvironment of cells. His research focuses on developing accessible microtechnologies to control and probe single cells and 3D tissue constructs. A key contribution is his development of a robotic system for single-cell deposition and patterning, a foundational technique that has garnered 78 citations for enabling precise spatial control in culture systems. He also advanced high-throughput screening by creating a method to fabricate microscale 3D collagen cultures directly in standard 384-well plates (26 citations), bridging the gap between physiologically relevant 3D models and industrial drug discovery. More recently, Moraes introduced “Subtractive Bioscribing” (SuBscribing), a low-cost, accessible technique using modified desktop xurography to generate dynamic micropatterns in monolayer cultures. This work democratizes advanced micropatterning, making it available to labs without specialized equipment. Through these innovations, Moraes is not only advancing fundamental mechanobiology but also providing practical, scalable tools that empower a broader community of researchers to explore complex cellular behaviors.