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About

Mehdi Mehrali is a pioneering biomaterials engineer whose research sits at the dynamic intersection of tissue engineering, smart hydrogels, and soft electronics. His work has fundamentally advanced the development of next-generation biomaterials capable of mimicking the mechanical and electrical properties of living tissues. Mehrali's most influential contribution, his 2019 review on self-healing hydrogels (593 citations), helped define a paradigm shift in tissue engineering by addressing the longstanding incompatibility between hydrogel toughness and rapid self-repair. Building on this foundation, he engineered breakthrough silk-graphene hydrogels for unbreakable bionics (187 citations), demonstrating how multifunctional materials can replicate biological signal transmission across flexible architectures. His portfolio spans soft electronic skins, mussel-inspired conductive materials, and scalable hydrogel fiber fabrication techniques, reflecting a commitment to translating laboratory innovations into real-world biomedical devices. More recently, Mehrali has explored ultra-stretchable ion-doped hydrogels for robotics and motion sensing, and smart alginate inks for bioprinting complex tissues. With a growing citation record exceeding 1,000 across these seven works alone, his research continues to inspire engineers and biologists working toward clinically viable, biologically faithful synthetic materials.