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About

Erik Mailand is a researcher working at the dynamic intersection of soft robotics, mechanobiology, and tissue engineering, with a focus on developing innovative tools to probe and manipulate biological systems at the microscale. His most celebrated contribution, the "Universal Soft Robotic Microgripper" (2018, 71 citations), introduced a groundbreaking adaptive device capable of conforming to diverse microscale biological targets — a significant leap forward in robotic biomanipulation. Building on this foundation, Mailand has advanced the understanding of how mechanical forces govern cell behavior, notably through engineered extracellular matrices integrated with wireless microactuators (2021, 26 citations), enabling more physiologically relevant mechanobiological studies. His work on fibrous microtissues (2019, 24 citations) further illuminated how surface and bulk stresses drive morphological change in three-dimensional tissue models relevant to wound healing and morphogenesis. Particularly notable is his robot-assisted microsurgery platform for zebrafish embryos (2022, 18 citations), which modernizes classic embryological techniques by reducing operator variability. Across his body of work, Mailand consistently bridges engineering precision with biological complexity, offering the research community powerful new experimental paradigms.