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Overview:

Minimally Invasive Surgery (MIS) uses advanced technology to treat back and neck pain caused by various spinal conditions. As the words suggest, the surgical “invasion” of the body is minimized. Special instruments and viewing systems allow surgeons to work through small incisions, sometimes shorter than an inch. These include tubular retractors, image-guidance systems and endoscopes. Although surgeons have been doing traditional “open” approaches a lot longer than Minimally Invasive Surgery, open techniques use larger incisions and disrupt more of the back muscles.

Benefits of Minimal Invasive Surgery:

  • Reduced pain, blood loss and trauma to the body
  • Smaller incisions
  • Shorter time under anesthesia
  • Shorter hospital stay
  • Reduced need for pain medications after surgery
  • Faster recovery and return to normal activities
  • Reduced risk of infection and injury to healthy tissue

Advice for Minimally Invasive Surgery:

Surgery is not for everyone. If surgery is advised, surgeon will discuss which options might be most beneficial to you. Many factors are considered, including diagnosis, location of the neurological issue, and your age and overall health. Whether you are a candidate for Minimally Invasive Surgery or open surgery, surgeon will use the most modern and appropriate technology available to treat your condition.

Common Minimally Invasive Surgery Procedures:

Minimally Invasive Surgery tubular discectomy:

Minimally Invasive Surgery Tubular Discectomy is performed to remove a herniated disc and bone spurs. A small incision (less than 1 inch) is made into one side of your back. Next, a series of progressively larger dilators are passed, one around the other. These gradually separate the muscles and create a tunnel to the bony spine. Through this tunnel, the surgeon removes bone (lamina), gaining entry to the spinal canal and view of the injured disc and nerves. By removing the ruptures portion of the disc, the surgeon decompresses the pinched nerve to relieve the pain and inflammation. The entire disc is not removed. The surgery lasts 1 to 2 hours and patients typically go home the same day.

MIS Transforaminal Lumbar Interbody Fusion:minimal invasive spine surgery 2

Minimally Invasive Surgery Transforaminal Lumbar Interbody Fusion is performed to remove a degenerative disc and then fuse two vertebrae together, After making a 1-inch incision in the lower back, the surgeon the gradually dilates (widens) it with increasingly larger tubes. This forms a tunnel to the spine. Through this tube, the surgeon removes the damaged disc and inserts a bone spacer into the empty disc space. Over time, new bone growth will fuse the two vertebrae together. Pedicle screws and rods may be inserted to stop painful motion in the facet joints and provide stability. The surgery is done without splitting the spinal muscles.

Aixal Lumbar Interbody Fusion:minimal invasive spine surgery 3

Lumbar Interbody Fusion is a Minimally Invasive Surgery used to fuse the fifth vertebrae (L5) of the lower spine and the first vertebra (S1) of the sacrum (tailbone). After making a 1-inch incision near the tailbone, the surgeon passes a long, narrow tube to reach the spine. Using long instruments, the disc is removed and a special rod (screw) is inserted to permanently join the two vertebrae together. Fusing bones together can prevent painful motion and provide stability. AxiaLIF may be performed in patients with spine stenosis, spondylolisthesis (A slipping forward of the vertebral bone), or degenerative disc disease. The surgery is done without splitting the spinal muscles. The surgery typically takes 1 to 2 hours and patients go home the same day.

X-Stop Interspinous Decompression:minimal invasive spine surgery 4

Interspinous decompression is a spacer device inserted between two bones in the lower back for treatment of spinal stenosis. It prevents the patient from bending backward, thus preventing a position that can pinch the nerve and cause sciatica or lower back pain. Once in place, the spacer lifts and opens the spinal canal effectively relieving the pressure on the spinal nerves. The spacer device is not attached to bone or ligament and does not result in spinal fusion. The surgery can be cone under local anesthetic. The interspinous spacers are an alternative to lumbar laminectomy and decompression surgery.

The author MaxCure Hospitals

MaxCure Group of Hospitals is the fastest growing multi-speciality chain in India. Established in the year 2011, MaxCure Group of Hospitals has the vision to offer clinical excellence through experienced doctors, high-end infrastructure and transparent patient care which is on par with the best in the world.