Sabina Maglio
Papers
3
Total Citations
71
H-Index
3
About
Sabina Maglio is a leading researcher at the intersection of biomedical engineering and robotics, specializing in high-fidelity physical organ simulators and AI-augmented robotic platforms for vascular interventions. Her major contributions include pioneering the development of realistic, bio-hybrid vascular simulators that replicate human tissue properties for training in robot-assisted minimally invasive surgery—a field where surgeons must adapt to novel control modalities and the loss of haptic feedback. Her 2021 review on high-fidelity physical organ simulators (33 citations) has become a foundational reference, mapping the evolution from artificial to bio-hybrid solutions. In a landmark 2023 study (30 citations), she introduced an artificial intelligence-aided robotic platform for ultrasound-guided transcarotid revascularization, dramatically reducing radiation exposure for both patients and surgeons by integrating robotic ultrasound with AI-driven navigation. Her 2024 work on a high-fidelity vascular simulator (8 citations) further validated these designs for robot-assisted manipulation, addressing critical training gaps. Maglio’s research directly impacts surgical training and patient safety, earning her recognition as a rising innovator in medical robotics. Her work exemplifies how interdisciplinary engineering can transform high-stakes clinical procedures into safer, more accessible interventions.
Research Focus
Key Achievements
Top Papers
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