Irini Gerges

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About

Irini Gerges is a leading researcher at the intersection of bioinspired soft robotics and advanced tissue engineering. Her work focuses on developing novel fabrication strategies for creating monolithic, functionally graded hydrogels that mimic the complex architecture of biological tissues. Gerges’s most cited paper (2021, 19 citations) introduces a groundbreaking approach for producing three-dimensional, gradient-structured hydrogels, enabling the fabrication of soft robots with enhanced motility and adaptability—a key step toward replicating natural biological systems. She has also advanced the field of skeletal muscle tissue engineering with her 2023 work (6 citations) on a soft, perfusable device for culturing 3D muscle constructs in air. This device provides a biomimetic environment crucial for both regenerative medicine and muscle-powered biorobotics, allowing for precise control over scaffold architecture and nutrient delivery. Gerges’s contributions are notable for bridging materials science, biofabrication, and robotics, offering scalable solutions for creating complex, functional biological mimics. Her research holds significant promise for developing next-generation soft robots and engineered tissues for therapeutic applications.