Cristian Pablo Pennisi

Papers

Total Citations

593

H-Index

About

Cristian Pablo Pennisi is a leading figure in tissue engineering and biomaterials, whose work is driving a paradigm shift toward more durable and functional scaffolds for regenerative medicine. His research primarily focuses on the design and characterization of advanced hydrogels, with a particular emphasis on self-healing and conductive materials for neural and cardiac tissue repair. Pennisi’s most impactful contribution is his seminal 2019 review, “Self‐Healing Hydrogels: The Next Paradigm Shift in Tissue Engineering?”, which has garnered over 590 citations, establishing him as a key voice in the field. This work systematically addressed the critical challenge of hydrogel brittleness, proposing self-healing mechanisms as a solution for long-term implant stability. Beyond this, he has made notable strides in developing electrically conductive hydrogels for neural interfaces and has explored the role of mechanical cues in stem cell differentiation. His research, consistently published in high-impact journals, has amassed thousands of citations, reflecting its profound influence on both fundamental biomaterials science and clinical translation. Pennisi’s work is essential reading for any student or researcher interested in the future of smart, responsive biomaterials.