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Performing needle procedures in the interventional suite frees up your CT system and provides exceptional access to the patient. However, under fluoroscopic guidance, it may be challenging and time-consuming to find the right entry point and advance the needle while avoiding critical structures.
3D fusion guidance all at table side. Visualize and correct mis-registrations in both translation and rotation.
Performing minimally invasive spine procedures in the hybrid OR provides excellent access to the patient as well as high-end imaging capabilities to help find the right entry point and advance devices while avoiding critical structures.
High definition CBCT with large 41 cm detector to image spine with just one fast 3D spin. Determine the optimal skin entry points and plan needle paths directly on oblique CBCT cross sections.
3D fusion guidance of your needle along the virtual trajectory. 3D bone rendering helps you visualize mis-registrations and correct them in both translation and rotation to achieve an accuracy better than 1mm on the needle trajectories.
3D fusion guidance all at table side. Visualize and correct mis-registrations in both translation and rotation.
Define optimal needle entry points and pathways directly on CBCT cross-sections fused with CTA showing endoleak.
3D fusion guidance of your needle along the virtual trajectory that follows C-arm and table movements.
3D bone rendering helps you visualize mis-registrations and correct for small patient motion from tableside.
Percutaneous bone biopsies: comparison between flat-panel cone-beam CT and CT-scan guidance.
Tselikas et al.
Cardiovasc Intervent Radiol. 2015 Feb;38(1):167-76. doi: 10.1007/s00270-014-0870-9. Epub 2014 Mar 14.