Mohammad‐Ali Shahbazi

Zanjan University of Medical Sciences, University Medical Center Groningen

Papers

Total Citations

203

H-Index

About

Mohammad-Ali Shahbazi is a leading figure in advanced biomaterials and tissue engineering, whose work bridges the gap between synthetic materials and biological systems. His research focuses on developing intelligent, multifunctional hydrogels and bioinks for regenerative medicine and bionic interfaces. Shahbazi’s most impactful contribution is his pioneering work on "unbreakable bionics," exemplified by his highly cited 2021 study (187 citations) on self-healing silk–graphene hydrogels. These materials mimic the body’s signal propagation and conform to complex curvilinear architectures, offering a revolutionary platform for seamless human-machine integration. More recently, his 2023 work on smart alginate inks addresses a critical bottleneck in tissue engineering: the creation of fully functional, vascularized organs. By designing printable, responsive biomaterials, Shahbazi is tackling the challenge of translating lab-grown tissues into clinical realities. His research is distinguished by its focus on dynamic, self-adaptive materials that can interact with living systems, moving beyond static scaffolds. With a growing citation impact and a clear trajectory toward solving grand challenges in regenerative medicine, Shahbazi is a key innovator in the quest to manufacture truly bio-integrated tissues and bionic devices.