Madeline Bailey
Papers
2
Total Citations
8
H-Index
2
About
Madeline Bailey is a bioengineer and open-source hardware innovator whose work centers on automating and standardizing cell biology assays, particularly the "scratch assay" used to study cell migration, wound healing, and tissue sculpting. Her major contribution is the development of **SCRATCH**, a programmable, open-source, benchtop robot that replaces the manual pipette-dragging technique with precise, automated scratching of cultured tissues. This innovation addresses critical reproducibility and throughput limitations in traditional scratch assays, which are heavily dependent on individual manual technique. Bailey’s design is fully open-hardware, enabling labs worldwide to build, modify, and share the robot at low cost. Her two most-cited papers (2024) have garnered 6 and 2 citations, respectively, reflecting early but growing recognition in the tissue engineering and mechanobiology communities. Notably, her work bridges engineering and cell biology, offering a scalable tool for high-throughput drug screening and fundamental studies of collective cell migration. Bailey’s commitment to open science and democratizing lab automation positions her as a rising leader in accessible biomedical instrumentation.
Research Focus
Key Achievements
Top Papers
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- 2