Gabriela Gerganova

Papers

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About

Gabriela Gerganova is a materials scientist whose work bridges the gap between synthetic polymers and biological systems. Her primary research focuses on biomimetic surface engineering, particularly the modification of polydimethylsiloxane (PDMS) for medical and soft robotic applications. Her most-cited study, “Biomimetic nanostructures for the silicone-biosystem interface,” explores how oxygen-plasma treatments can create dedicated nanostructures on PDMS films, enhancing their compatibility with biological tissues. This work has garnered 5 citations and provides foundational insights for improving medical implants and microfluidic devices. By tuning surface properties at the nanoscale, Gerganova addresses critical challenges in the silicone-biosystem interface, offering pathways to more durable and functional biomaterials. Her contributions are especially relevant to researchers developing next-generation soft robotics and implantable devices, where material-biology integration is paramount. Though early in her career, Gerganova’s focused approach to nanostructuring has already informed practical strategies for surface modification, positioning her as an emerging voice in biomimetic materials science. Her work exemplifies how precise control over polymer surfaces can unlock new possibilities in healthcare and engineering.