Liraz Larush

Papers

Total Citations

318

H-Index

About

Liraz Larush is a pioneer in advanced biomaterials and additive manufacturing, whose work bridges the gap between synthetic hydrogels and living tissue functionality. Her most influential contribution is the development of 3D-printed self-healing hydrogels via Digital Light Processing (DLP), a breakthrough that overcame the limitations of extrusion-based printing. This innovation, detailed in her 2021 paper with 318 citations, enables the fabrication of complex, high-resolution structures that can autonomously repair damage—mimicking the self-healing behavior of biological tissues. By integrating DLP technology with self-healing chemistry, Larush has unlocked new possibilities for biomedical applications, including tissue engineering scaffolds and soft robotics. Her research addresses a critical challenge: achieving both structural complexity and dynamic repair in printed materials. With over 300 citations on this work alone, her impact is evident in the growing field of 4D printing and smart biomaterials. Larush’s achievements have positioned her as a leading voice in the next generation of responsive, living-like materials, inspiring researchers to rethink how synthetic constructs can interact with and repair themselves in biological environments.