Piyush Agarwal

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About

Piyush Agarwal is a rising innovator at the intersection of advanced bioprinting and biomaterials engineering. His research focuses on developing next-generation hydrogels for tissue engineering, with a particular emphasis on 4D bioprinting—a transformative approach that creates dynamic, shape-morphing constructs responsive to environmental stimuli. His most-cited work, "4D bioprinting of silkworm sericin-based hydrogels fabricated by digital light projection of visible light" (2025), has already garnered 4 citations, signaling early recognition for its novel integration of natural silk proteins with cutting-edge digital light processing technology. This contribution addresses a critical challenge in regenerative medicine: fabricating biocompatible, stimuli-responsive scaffolds that mimic native tissue behavior. Agarwal’s work stands out for its use of silkworm sericin, a sustainable and bioactive protein, combined with visible-light crosslinking—a safer, more accessible method than traditional UV-based approaches. His achievements position him as a key figure in the evolution of smart biomaterials, with potential applications in personalized implants, drug delivery, and dynamic tissue models. As his citation trajectory suggests, Agarwal’s research is poised to influence both academic and clinical landscapes in regenerative medicine.