Susumu Kanazawa
Papers
5
Total Citations
199
H-Index
5
About
Susumu Kanazawa is a pioneering figure in interventional radiology, whose work centers on the development and clinical translation of robotic systems for computed tomography (CT)-guided needle insertion. His major contributions lie in the creation of the "Zerobot," a remote-controlled robotic platform designed to enhance the precision and safety of percutaneous procedures like biopsy, ablation, and drainage. Kanazawa’s research systematically advanced this technology from phantom and animal experiments to first-in-human trials. His 2017 study on robotically driven CT-guided needle insertion, with 53 citations, established foundational accuracy data, while his 2019 first-in-human feasibility trial (46 citations) demonstrated the system's clinical viability. Further work, including a 2018 animal study on ablation needle insertion (39 citations) and a 2019 analysis of out-of-plane angle accuracy (35 citations), proved the robot's superiority over manual techniques. Developed through a unique collaboration between medical and engineering departments at Okayama University, Kanazawa’s Zerobot represents a landmark achievement in automating image-guided interventions, promising to reduce radiation exposure and improve procedural outcomes.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3
- 4
- 5