Minimal Access Spinal Technologies
"A New Road to Recovery"
With the recent advent of Minimal Access Spinal Technologies (MAST), spine surgeons are now able to remove herniated intervertebral discs in the cervical spine that are putting pressure on the spinal nerve roots and causing pain, in a minimally invasive fashion for the first time. This minimally invasive revolution has impacted virtually every surgical field. The potential benefits of small incisions, limited tissue disruption, enhanced visualization and illumination, shorter hospital stays, and faster recovery times have been the fruit of these changes. In the case of cervical discectomy, the primary objective is to decompress the affected nerve root. The compressed nerve must be left fully decompressed and freely mobile. This may require extensive bony decompression, nerve root manipulation, and/or removal of herniated nucleus pulposus.
Minimal Access Spinal Technologies have been developed out of advancements, in the field of orthopedic minimal access surgeries over the past two decades. Many surgical sub-specialties use fiberoptic video cameras, endoscopes, catheters, and specially designed tools to assist in performing surgery with much smaller incisions, more precision, less damage to the surrounding tissue, and faster recovery times. Today, some of these procedures have become the standard of care in orthopedics, cardiology, and gastro-intestinal medicine. Most people are familiar with this type of technology in the form of "arthroscopic" surgery, which allows orthopedic surgeons to look inside joints like the knee and operate through very small incisions with a minimal amount of pain, scarring, and trauma to the muscles that move the knee. Many people have also become familiar with this type of technology through cardiac catheterizations that are used to treat coronary artery disease, and endoscopies that are used for the diagnosis and treatment of problems of the digestive tract.
One of the minimally invasive technologies for spinal surgery is the METRx™ System. The objective of the METRx™ System is the same as conventional open surgery — to decompress the nerve root. This is accomplished by applying open surgical techniques through a tubular retractor under microsurgery visualization. A laminotomy, medial facetectomy, foraminotomy, nerve root retraction and discectomy can be performed microscopically. In so doing, the METRx™ System combines the reliability of conventional open surgery with the advantages of a minimally invasive technique.
The development of Minimal Access Spinal Technologies continues to push and promote the advancement of spinal surgery.
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