Frances J. Harding

Papers

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About

Frances J. Harding is a leading figure in stem cell bioengineering, whose work has fundamentally advanced the study of mesenchymal stem cell (MSC) behavior through innovative microarray technologies. Her research focuses on the intersection of biomaterials, surface chemistry, and cellular microenvironments, with a central aim of recreating complex, high-throughput systems to probe stem cell fate decisions. Harding’s major contributions include demonstrating the synergistic role of collagen I and BMP-2 in driving osteogenic differentiation—a finding that has garnered 48 citations and provides a critical blueprint for bone tissue engineering. She also pioneered surface engineering strategies to enable long-term MSC culture on microarrays, using minimal reagents to mimic diverse niches. This work, cited 32 times, solved a key technical barrier by passivating arrays for extended study, allowing researchers to observe dynamic stem cell responses over time. By merging materials science with cell biology, Harding has created powerful tools for dissecting how biophysical and biochemical cues direct stem cell behavior, making her a vital contributor to the future of regenerative medicine.