Why Orthopedic Surgeons Are Embracing Robotic Spine Surgery

One of the latest advancements in practice of orthopedics and spine surgery is robotic spinal surgery. The use of this minimally-invasive approach ensures a higher level of accuracy and precision during a spinal surgery. As such, robotic spine surgery has incredibly reduced the probability of screw misplacement during common procedures like spinal fusion, which leads to greater patient outcomes and faster recovery periods. Robotic spinal surgery

With the use of the Renaissance System robot by Mazor Robotics, an orthopedic surgeon will still remains in charge of the neurosurgery, however, during the placement of the screws, a robot is utilized as a guidance system which is primarily based on a preoperative plan. With the utilization of this technology, the precision of a spinal surgery can be enhanced to 1mm.

Robotic spinal surgery is being used in a range of spinal procedures which require and enhanced the level of accuracy and precision. A few of such procedures may include but not confined to spinal fusions, biopsies for spinal tumors or infections, correction, and revision of scoliosis, kyphoplasty in order to fix vertebral compression fractures etc.

Mazor Robotics Renaissance System & How It Works

Mazor Robotics Renaissance System is a robot-guide technology that is specifically designed to be used in delicate surgeries in order to improve the accuracy and precision, thus making it safer for the patient to undergo such a surgery. The system has already gained remarkable popularity and is commonly in use in the majority of the large hospitals with hundreds of successful cases throughout the world. spine surgeon

Depending on the anatomy of the patient, a few challenges in terms of precision and accuracy are associated with each neurosurgery. With the utilization of an advanced 3D planning software by Mazor, a surgical blueprint with the help of images taken from Computerized Tomography (CT scan) can be developed by the surgeon before beginning with the operation. This surgical blueprint is ideal for the patient and is developed with consideration to the patient’s condition. In the operation theater, while the neurosurgeon is still in charge of the surgery, the Mazor Robotics by Renaissance play the role of a guidance system ensuring safe implantation of the screws.

The robot is not much larger in size than a 12 oz beverage can and has a tiny arm attached to it. During the surgery, the robot is either placed near the patient or may as well be anchored to the spine of the patient directly. Thanks to its capacity to bend and rotate its arm, it can place it on the spine at a particular trajectory or location. The robotic spine surgery is one of the latest and minimally invasive technique that is being used in the world of neurosurgery.

Why Choose Robotic Spine Surgery

There is a range of benefits for the patients, the surgeons, and even the hospitals which are associated with the use of robotic spine surgery. A few of such prominent benefits are mentioned below:

  • Almost infinite number of spine transplants
  • Proven clinical results
  • Increment in the safety and security of the patient during the surgery
  • Minimally invasive procedure
  • Fewer complications or revisions
  • Higher accuracy and precision in the surgical procedures
  • Minimal radiation exposure
  • Efficient procedure

Considering the above mentioned information, it won’t be wrong to conclude that the use of robotic spine surgery has been increasing rapidly and further improvements being introduced in the technology, its use will only be increased further in the years to come. The robotic spine surgery certainly is the future of neurosurgery and perhaps someday, it’ll completely eliminate the risks associated with such procedures.

If you think you’re a candidate for robotic spinal surgery, then visit NewJerseySpineSurgeon.com for more information.

0 comments to Why Orthopedic Surgeons Are Embracing Robotic Spine Surgery

Leave a reply

You may use these HTML tags and attributes: <a href="" title=""> <abbr title=""> <acronym title=""> <b> <blockquote cite=""> <cite> <code> <del datetime=""> <em> <i> <q cite=""> <s> <strike> <strong>