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About

Alaa Babeer is a pioneering researcher at the intersection of biomedical engineering, robotics, and microbiology, with a particular focus on developing innovative small-scale robotic systems to combat infectious diseases. Her work centers on the design and application of micro- and nanorobots for the precision eradication and detection of bacterial biofilms and fungal infections — challenges that remain among the most pressing in modern medicine. Babeer's landmark 2019 contribution, "Catalytic Antimicrobial Robots for Biofilm Eradication," has garnered over 271 citations, establishing her as a leading voice in catalytic and magnetically driven robotic strategies against harmful biostructures. Building on this foundation, she has advanced surface-adaptive robotic superstructures capable of removing biofilms and detecting pathogens on human teeth (52 citations), and pioneered nanozyme-based robotic approaches targeting WHO-priority fungal infections (48 citations). Her broader body of work explores microrobotics for tetherless biofilm treatment and retrieval using iron oxide nanoparticles, demonstrating exceptional precision and therapeutic control. Through her research, Babeer has fundamentally expanded what is possible in infection management, offering transformative tools that bridge nanotechnology and clinical medicine — earning widespread recognition across the scientific community with hundreds of cumulative citations.