A spine robot has expanded the capabilities of surgeons at the University of Alabama at Birmingham’s hospital.
UAB Medicine, a pioneer in minimally invasive robotic surgeries, achieved a significant milestone by surpassing 20,000 robotic surgical procedures in early 2023.
Now, it is incorporating a cutting-edge spine robot, demonstrating a commitment to precision and innovation.
Precision is paramount in spinal surgery, where targets often measure a mere half centimetre, leaving no room for error.
Dr Jake Godzik, a skilled neurosurgeon and assistant professor in the UAB Department of Neurosurgery, emphasised that while robotic techniques do not revolutionise the field, they empower adept surgical teams to achieve heightened precision, consistency and proficiency – even in the realm of intricate surgeries.
The latest addition – the ExcelsiusGPS spine robot – was developed by Globus Medical, and the Department of Neurosurgery utilises its minimally invasive techniques for precise instrument placement and the treatment of degenerative spinal conditions.
Beyond elevating surgical precision, the robot boasts minimal invasiveness, contributing to swifter patient recovery times.
Dr Godzik also emphasised the robot’s utility in trauma scenarios, where patients might not be sufficiently stable for extensive procedures but necessitate surgical intervention.
Although robotic surgical procedures have been established for some time, their integration into neurosurgery is recent.
Speaking in a recent podcast, Dr Godzik said: ‘Using robotic techniques doesn't revolutionise what we do, but what it allows us to do, especially an experienced surgeon or experienced team, is make surgery just much more consistent. It can help do more complex surgeries with minor potential errors or complications. So, it's a powerful tool in practice, whether in a community hospital or an academic teaching institution.
‘It's beneficial for patients a bit more heavyset because it allows us to be accurate and make smaller incisions, decreasing the infection rate. But it's useful for all spine pathologies, which is great for degenerative conditions.’
He added: ‘Of course, surgeon skill and experience are very important. This doesn't eliminate that or doesn't eliminate the need for quality decision-making and good judgement. Still, I think it takes us and elevates us to another level of performance, and that's something that’s here to stay. Robotics will only get more powerful as we move forward.’
Dr Godzik anticipates a future where this technology is incorporated into various specialities and procedures across UAB, fostering the continual enhancement of patient care.
Photo caption - Neurosurgeon Jake Godzik trains on the ExcelsiusGPS spine robot by Globus Medical. Photography: Lexi Coo
