Robotic Spine Surgery
Minimally invasive spine surgery uses targeted surgical approaches designed to access spinal pathology while limiting disruption to surrounding tissues where clinically appropriate. Mr Parag Sayal utilises these techniques to achieve effective clinical outcomes while prioritising patient safety and anatomical preservation.
Understanding Robotic Spine Surgery
A Targeted Surgical Approach
The core principle of minimally invasive surgery is to access the relevant area of the spine while aiming to minimise unnecessary disruption to surrounding tissues, such as muscles and ligaments. This is often achieved through the use of serial dilators or specialised retractors, potentially leading to reduced post-operative discomfort where appropriate.Â
When Is It Appropriate?
While minimally invasive techniques are appropriate for various spinal conditions—including some decompressions and fusions—they are not a universal solution. For complex spinal reconstructions, multi-level deformities, or revision surgeries, more traditional approaches may remain the standard of care to ensure safety and surgical efficacy.Â
Conditions & Clinical Assessment
The choice of surgical approach follows detailed clinical assessment, appropriate imaging and careful consideration of the underlying spinal pathology.Â
Disc Herniation & Nerve Compression
Minimally invasive approaches are frequently utilised for the management of lumbar disc herniations, where the objective is targeted decompression of the affected nerve root.Â
Degenerative Spinal Conditions
Management of degenerative changes may incorporate minimally invasive stabilisation or fusion techniques where the pathology is localised and appropriate for these techniques.Â
Spinal Stenosis
Techniques such as minimally invasive laminectomy or foraminotomy may be appropriate for relieving pressure caused by spinal canal narrowing in specific segments.
More Complex Pathology
While minimally invasive techniques are part of modern management, more complex conditions such as major deformity or certain spinal tumours often require traditional open approaches for safe and effective resolution.
Publications & Professional Work
Robotic Innovation
Mr Parag Sayal led the first European case combining the Reline Open pedicle screw system with the ExcelsiusGPS robotic navigation platform.