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About

Daniele Guarnera is a pioneering researcher at the intersection of bioengineering and soft robotics, whose work focuses on developing biohybrid systems powered by living skeletal muscle tissue. His major contributions center on creating monolithic biohybrid flexure mechanisms that integrate bioengineered muscle with soft robotic structures, addressing the critical challenge of scalable, efficient actuation at small dimensions. Guarnera’s 2025 paper on this topic, which has already garnered 9 citations, proposes a novel approach that replaces traditional, complex actuators with muscle-powered flexure mechanisms, enabling more natural and compact robotic movement. Additionally, his 2023 work on a soft perfusable device for culturing 3D skeletal muscle constructs in air (6 citations) represents a significant advance in tissue engineering, providing a biomimetic environment that supports muscle maturation for both therapeutic and biorobotic applications. By designing tailored scaffolds at multiple length scales, Guarnera has created a platform that bridges in vitro tissue culture and functional muscle-powered devices. His research is notable for its interdisciplinary impact, offering scalable solutions for next-generation biohybrid robots and advancing the fundamental understanding of muscle tissue engineering.