Robotic vs Navigation-Guided Spine Surgery

A Cobb angle under 10 degrees isn't classified as scoliosis at all. Between 10 and 30 degrees, observation with serial X-rays is appropriate — the curve is largely safe at this stage. The tipping point for a surgical discussion is a Cobb angle approaching 40 degrees; below that, there's generally no urgent surgical indication. Beyond the angle itself, the second key factor is whether the curve stays within the coronal zone of stability — as long as it does, it's relatively safe, but once vertebral segments shift outside that zone, the curve is at high risk of rapid progression and surgery becomes necessary.

The biggest source of confidence for a patient is seeing or hearing from patients who have undergone the procedure — testimonials describing next-day mobilisation are very powerful, and the Artemis Hospitals website carries many of them. Beyond that, as technology spreads to more centres and results accumulate, outcomes will speak for themselves. The current primary limitation is availability of technology, not the evidence.

Safety and success are entirely separate concepts. When we say 99% safe, we mean that out of 100 patients, 99 will not deteriorate — they will not be made worse by the surgery. Success is different: a patient who arrives already paralysed, no technology anywhere in the world can guarantee that patient will walk. Success depends on the patient's pre-operative condition, the stage of disease on MRI, and their own functional expectations — which is why a one-to-one consultation is essential before anyone is given realistic clarity on likely outcomes.

This is a very large grey zone. In general, a patient with acute pain of short duration, no neurological weakness, and quality of life not severely compromised should get a trial of conservative management first. At the other end, a patient who has tried conservative measures without relief, has developed neurological weakness or significantly impaired quality of life, and has imaging confirming nerve compression, needs an honest conversation about surgery as a genuine option. Individual lifestyle demands matter too — the same imaging findings in a sedentary 70-year-old versus someone who needs to travel and stay professionally active can lead to very different recommendations. Treatment has to be individualised.

First, preventing infection: making surgery as minimally invasive as possible, prophylactic antibiotics, and early removal of the urinary catheter, since UTIs are a common source of secondary infection. Second, wound care: dressing changes every second day until suture removal at day ten, sponge bathing rather than full immersion until healed. Third, movement precautions: for three months after discectomy or fusion, no lifting weights, no sitting on the floor, no squatting or forward bending; in the first month, no sitting or travelling continuously for more than 30 minutes without a break. We take follow-up X-rays every month for three months, then every three months up to a year.

The underlying principle is the same; the difference is who holds the screwdriver. In navigation-guided surgery, the surgeon executes the pre-planned trajectory using navigated instruments; in robotic surgery, the robot holds the screwdriver and executes it.

Mainly in high-screw-count cases like scoliosis correction, where consistency across many screws and reduced surgeon fatigue over a long case matter more than in a typical one- or two-level procedure.

No, the guidance logic is essentially identical between the two.