Emily Hayes
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About
Dr. Emily Hayes is a pioneering researcher in the field of bioelectromechanical systems, with a primary focus on how external physical stimuli—both electrical and mechanical—influence tissue development and cellular behavior. Her work bridges engineering and biology to create advanced in vitro models that replicate physiological conditions, enabling deeper insights into tissue regeneration and disease mechanisms. Dr. Hayes is best known for her comprehensive review, "The development, use, and challenges of electromechanical tissue stimulation systems," which synthesizes decades of progress and outlines critical hurdles in designing reliable stimulation platforms. Though early in her citation impact, this foundational paper serves as a key reference for researchers building next-generation bioreactors and organ-on-chip devices. Her contributions are particularly notable for emphasizing the translational challenges of moving from benchtop stimulation systems to clinical applications, making her work essential reading for students and scientists aiming to integrate physical cues into tissue engineering. Dr. Hayes’s research continues to shape how we understand and harness electromechanical forces for regenerative medicine.
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