Maral Rezaei

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About

Maral Rezaei’s research lies at the intersection of robotics and biomedical engineering, with a primary focus on improving the precision and safety of robotic needle insertion in soft biological tissues. Her most-cited work, “Effects of Rotational Motion in Robotic Needle Insertion” (2015), investigates how angular velocity influences tissue interaction during robotic procedures—a critical factor for applications in biopsy sampling, targeted drug delivery, and minimally invasive therapies. By systematically analyzing the mechanical dynamics of rotational motion, Rezaei’s contributions help reduce tissue damage and enhance needle control, directly impacting the design of more reliable surgical robots. Though her citation count is still growing, her work is foundational for researchers developing next-generation medical robotics. Rezaei’s research addresses a pressing need in clinical robotics: making automated insertion safer and more predictable. Her findings offer practical insights for engineers and clinicians alike, bridging the gap between theoretical mechanics and real-world surgical applications. As the field of robotic-assisted surgery expands, Rezaei’s focus on rotational dynamics positions her as a thoughtful contributor to safer, more effective medical interventions.