As the surgical treatment of spinal degenerative conditions increases, more patients will
ultimately require revision spine surgery. Revision spine surgery is more technically …

Introduction Pedicle screw instrumentation in revision spinal surgery can be challenging
because of the altered anatomy and existing instrumentation. Malpositioned pedicle screws …

Spine surgery in patients with a deformity or those who require complex revisions or
minimally invasive techniques can be challenging. Robotic-assisted spine surgery systems …

The endeavour to make spine surgery safe with reproducible, consistent outcomes has led
to growing interest and research in the field of intraoperative imaging, navigation and …

Robotic-assisted spinal surgery is in its infancy. It aims to improve the accuracy of screw
placement, lower the risk of surgical complications, and reduce radiation exposure to the …

Robotic spine surgery has a number of potential advantages, including more precise
preoperative planning, a high degree of accuracy in pedicle screw placement, and …

With new technological advancements in spine surgery, come accompanying expectations
regarding the association between the incremental improvements of the surgical technique …

Robotic technology is widely used in manufacturing, industry and some surgical
applications, such as urological or joint replacement surgery. Its role in spine surgery is …

Background: Preoperative planning software and a robotic device facilitate the placement of
pedicle screws, especially in patients with difficult anatomy, thereby increasing the …

Over the past decade, several review articles have evaluated the techniques and outcomes
of robotics vs traditional methods in spine surgery. Recently, robot-assisted pedicle screw …