AI Robotics · Neurosurgical research
Spinal Canal Tumor Research
AI, image-guided planning, and precision instrumentation for complex spinal canal tumours.
Precision in a confined space
The spinal canal places the spinal cord, nerve roots, and surrounding structures within a limited working space. Our research addresses the anatomical understanding and precise control this environment demands.
Imaging and spatial alignment
We examine how imaging, anatomical models, and registration methods can bring patient-specific information into surgical planning. Alignment between images and the working environment is central to that process.
Instrumentation and controlled movement
Our work considers instrument reach, access corridors, localization, and sensor feedback. These engineering questions connect directly to the challenges of moving within narrow anatomical boundaries.
Complex tumour research
We investigate robotic approaches for challenging spinal canal tumours, including high-risk and currently inoperable cases. Our focus connects AI interpretation, planning, and fine instrument control.
Specialist collaboration
We welcome spine and neurosurgical specialists, imaging teams, simulation experts, and device engineers. Contact us to discuss a focused research question or technical evaluation.