Robotics in Neurosurgery: Where is the Puck Going?-Robotics in Neurosurgery: Where is the Puck Going?

Video Transcription

Video Summary

In this session on neurosurgery and robotics, speakers discussed the integration of robotics in various specialties, including spine, cranial skull base, functional neurosurgery, and endovascular procedures. Dr. Abdulbar introduced the infrastructure required for robotics in neurosurgery, emphasizing the potential of robotic systems to enhance surgical precision and reduce human error. Recent advancements allow for better workflow consistency and faster surgeries by enabling parallel work.<br /><br />Dr. Wang highlighted the advantages of using robots to improve accuracy, protect surgeons from occupational hazards, and democratize surgical skills. The session also discussed developing training programs to integrate robotic technology into medical education, focusing on promoting mastery through graded levels of competence.<br /><br />In neuroendovascular procedures, speakers showcased the potential for remote interventions, particularly in stroke treatment. Dr. Yankal Burkhardt and Dr. Vitor Mendez Pereira elaborated on the successful application of robotic systems in diagnostic procedures and the promising use of robots in remote surgeries, such as mechanical thrombectomies. These developments could eventually lead to more accessible, advanced treatments in remote locations.<br /><br />Challenges such as the need for improvements in robotic systems and connectivity were addressed, alongside the promise of further advancements, including AI integration. These enhancements aim to create autonomous systems capable of handling complex neurosurgical tasks, ultimately expanding patient access to specialized care and improving surgical outcomes.

Keywords

neurosurgery

robotics

spine surgery

cranial skull base

functional neurosurgery

endovascular procedures

surgical precision

robotic systems

remote interventions

stroke treatment

mechanical thrombectomies

medical education

AI integration

autonomous systems