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About

Benjamin R. Freedman is a pioneering researcher at the intersection of soft robotics, mechanobiology, and regenerative medicine. His work focuses on developing bioinspired, mechanically active materials—such as adhesive dressings and hydrogel actuators—that leverage physical forces to accelerate tissue repair. Freedman’s most notable contribution is a bioinspired adhesive dressing that mimics embryonic wound closure, achieving 528 citations and demonstrating a paradigm shift from passive to active wound healing. He has also shown that robotic actuation can clear inflammatory neutrophils to promote skeletal muscle regeneration (100 citations), and that mechanoresponsive drug delivery from flexible, tissue-adherent hydrogels enables localized, on-demand therapy. His recent work extends these principles to aged muscle, revealing that anti-inflammatory therapy combined with robot-actuated loading can restore regenerative capacity. With over 700 cumulative citations and multiple high-impact publications in *Advanced Materials* and *Science Advances*, Freedman is a leading voice in mechanotherapy—a field poised to transform how we treat wounds, muscle injuries, and age-related tissue decline. His innovations offer a compelling vision of soft, intelligent devices that actively guide healing from within the body.