Frequently Asked Questions

Both approaches have an important role in spine surgery. The appropriate technique depends on the type and severity of the spinal condition, the location of the problem, spinal anatomy, previous surgery, and overall health. Minimally invasive spine surgery may be suitable for selected conditions, while open surgery may be necessary for more complex cases. Your spine specialist will recommend the most appropriate approach after a detailed clinical and imaging evaluation.

When appropriate for the patient, minimally invasive spine surgery aims to treat the spinal condition while reducing disruption to surrounding muscles and soft tissues. Potential benefits may include smaller incisions, less soft-tissue damage, reduced blood loss, less postoperative discomfort, shorter hospitalisation, and earlier mobilisation. The benefits vary depending on the procedure and the individual patient.

3D 4K Endospine Surgery is an advanced minimally invasive spine surgery technique that uses a high-definition 3D 4K endoscopic visualisation system to provide a magnified and detailed view of the surgical area. It allows the surgeon to work through a small access point while aiming to minimise unnecessary disruption to surrounding tissues. Its suitability depends on the patient's specific spinal condition and clinical assessment.

Robotic-assisted and conventional joint replacement are both established surgical approaches. Robotic-assisted surgery uses computer-based planning and robotic technology to assist with surgical planning, bone preparation, and implant positioning, while conventional replacement uses established surgical techniques and instrumentation. The most appropriate approach depends on the patient's anatomy, joint condition, deformity, implant requirements, and the surgeon's clinical assessment.

4K arthroscopy uses high-resolution 4K visualisation to provide a clear and detailed view inside the joint during minimally invasive surgery. This enhanced visualisation can support precise treatment of selected joint, ligament, cartilage, and sports-related conditions. Depending on the procedure, potential benefits may include smaller incisions, less tissue disruption, reduced postoperative discomfort, and a potentially faster rehabilitation process compared with some open procedures. Recovery varies according to the condition and type of surgery performed.