Yasaman Ganji

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About

Yasaman Ganji is a researcher whose work sits at the intersection of medical robotics and magnetic resonance imaging (MRI) compatibility, with a particular focus on advancing minimally invasive surgical tools. Her primary research areas include the design and mechanical characterization of MRI-compatible instruments for soft tissue intervention, as well as the development of robotic-assist surgery systems. Ganji’s most cited work, “Primary design of MRI compatible needle for the purpose of soft tissue insertion” (2010, 4 citations), investigates the mechanical behavior of a needle designed for use within an MRI-guided robotic platform (MCRobot). This contribution is notable for addressing the material selection and structural challenges inherent in creating surgical tools that are both safe and effective under the strong magnetic fields of an MRI environment. By bridging the gap between robotic precision and real-time imaging, Ganji’s research supports the broader goal of enhancing accuracy in targeted procedures such as biopsies and drug delivery. Her work represents an early step in the ongoing effort to integrate robotics with advanced imaging, offering a foundation for future innovations in image-guided surgery.