Wojciech Zbijewski
Papers
12
Total Citations
60
H-Index
4
About
Wojciech Zbijewski is a prominent biomedical imaging researcher whose work sits at the intersection of cone-beam computed tomography (CBCT), robotic X-ray systems, and advanced image reconstruction. His research has substantially advanced the field of medical imaging, particularly in developing optimized acquisition protocols for weight-bearing spinal imaging and interventional radiology guidance. Zbijewski has been instrumental in exploiting the flexibility of robotic X-ray platforms—such as the twin-robotic Multitom Rax system—to design custom scan trajectories that mitigate scatter, reduce noise, and improve diagnostic image quality across musculoskeletal and vascular applications. His most-cited work on tilted-axis CBCT imaging (18 citations) exemplifies his creative approach to trajectory engineering, while contributions to dual-energy bone densitometry and bone marrow edema detection highlight his commitment to expanding CBCT's quantitative diagnostic capabilities. Beyond imaging physics, Zbijewski has ventured into robot-assisted orthopedic surgery, contributing statistical shape modeling and biomechanical analysis to improve ankle syndesmosis reduction procedures. His diverse portfolio—spanning image-guided interventions, scatter correction, and multi-source CT prototyping—reflects a researcher whose technical innovations are consistently oriented toward meaningful clinical translation and improved patient outcomes.
Research Focus
Key Achievements
Top Papers
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- 5Slot‐scan dual‐energy bone densitometry using motorized X‐ray systems4 citations · 2021
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- 7Optimization of cone-beam CT scan orbits for cervical spine imaging3 citations · 2019
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