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About

Francesco S. Pasqualini is a pioneering bioengineering researcher whose work sits at the intersection of tissue engineering, soft robotics, and high-throughput drug discovery. His research focuses on designing biohybrid systems and advanced cell culture platforms that bridge the gap between biological complexity and engineering precision. Pasqualini's most celebrated contribution is his involvement in creating a tissue-engineered biohybrid ray, published in *Science* in 2016 and accumulating over 713 citations. This landmark study drew inspiration from the elegant locomotion of batoid fish, using patterned rat cardiomyocytes to engineer an artificial animal capable of swimming and responding to light cues — a stunning demonstration of merging living cells with synthetic architecture to produce functional, controllable movement. The work captured international attention as a milestone in soft robotics and synthetic biology. More recently, Pasqualini has turned his focus toward making physiologically relevant cell culture systems scalable for pharmaceutical applications. Through the HYDRA platform, he and his collaborators developed robotic automation methods for fabricating hydrogel-based culture systems compatible with high-throughput drug screening, directly addressing a critical bottleneck in early-stage drug development. Together, these contributions reflect a research vision that is both boldly creative and practically impactful.