Daria Pisla

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About

Daria Pisla is a leading researcher at the forefront of robotic-assisted dental implantology, where her work is redefining surgical precision and patient safety. Her primary research areas encompass computer-assisted implant surgery (CAIS), vision-guided robotic systems, and real-time motion compensation. Pisla’s major contributions include the development of a novel vision-guided robotic system for safe dental implant surgery, which addresses critical challenges in dynamic surgical environments. Her systematic review on the accuracy of navigation and robot-assisted systems, comparing robot-guided, dynamic navigation, static-template guidance, and freehand techniques, provides a foundational benchmark for the field, demonstrating the superior precision of robotic approaches. With her most-cited paper garnering 13 citations and her work collectively cited over 24 times in just two years, Pisla’s impact is rapidly growing. Notably, her research on real-time motion compensation for dynamic surgery introduces adaptive algorithms that compensate for patient movement, a significant leap from conventional static-head assumptions. Her achievements are paving the way for safer, more accurate dental implant procedures, making her a pivotal figure in the integration of robotics into clinical dentistry.