Patient Education

What is a Transforaminal Lumbar Interbody Fusion (TLIF)?



A Transforaminal lumbar interbody fusion (TLIF) is a surgical technique that corrects a variety spinal conditions such as disc herniation, degenerative disc disease, and spondylolisthesis. The purpose of the procedure is to stabilize the vertebra to prevent dangerous movement between the bones. When the discs or pads between the vertebra are bulging or deteriorating, back and leg pain can occur as a result of nerve irritation. In essence, the spine is unstable. Fusion surgeries create a solid bone between neighboring vertebra and eliminates abnormal movement between them.

How is a TLIF performed?

    The vertebrae are accessed through the foramen or opening that allows the nerves to exit the spinal cord. The damaged disc is partially removed so that a spacer can be inserted into the disc space. A bone graft is then inserted that envelopes the spacer to create a stable disc that results in permanent fusion and stability of the spine. The spine becomes one long bone depending on the number of vertebra affected. The front or anterior part of the spine is fused with the bone graft in the disc space while screws, rods, and bone grafts are used for the posterior aspect of the spine nearest the surface of the back.

    The advantages of TLIF over other types of spinal fusion are that both the disc space and lateral aspects of the spine are stabilized. The spacer insertion allows for height to be maintained and it takes pressure off the nerves that come off the spine (roots). Because the approach is on one side and not two, nerves and muscles do not have to be traumatized or moved. Less injury, scarring, and bleeding are the improved outcomes compared to other techniques such as the open technique with a long incision.

    Open TLIF Vs. Endoscopic (keyhole) TLIF

      Traditional Open TLIF surgery is performed through an open incision in a patients back, where a larger midline incision is made. Through this opening, the surgeons cut or strip muscle and tissue to access the vertebrae and disc space. This larger entry point causes more trauma and contributes to a longer recovery period.

      Endoscopic (percutaneous) TLIF is a new minimally-invasive approach that uses smaller keyhole incisions of around 1cm to access the spine. Without the need to strip muscle out of the bone, patients benefit from less pain, less blood loss and can return to normal life in less time. Patients are often up walking within 24 hours.

      Scaring, tissue damage and recovery time is minimised with Endoscopic (keyhole) TLIF

      Endoscopic TLIF at Bumrungrad Spine Institute (Thailand)

        Bumrungrad Spine Institute has been awarded the first and only training facility for endoscopic spine surgery in the Asia-Pacific Region. Surgeons at Bumrungrad Spine Institute also combine the advantages of percutaneous TLIF with the use of an ‘O-arm’ which is an advanced surgical navigation system. The O-arm acts like GPS device in a car. Surgeons can see high quality 3D images during the surgery making placement of implants and bone grafts 99% precise and results in less complications.

        Even with great advancements in medical technology, surgery still carries risks, and these will be discussed between you and your surgeon prior to having any spine surgery. Risks can be reduced by following the surgeon’s instructions before and after your surgery, and with the assistance of your personal physician at home.

        As with any spine fusion, there is an increased risk of ‘adjacent segment disease’ into the future, which is when a fusion causes stress to the next spine level, sometimes requiring further surgery. Patients concerned with this will often prefer to be assessed for a motion-preserving solution, such as Artificial Disc Replacement (ADR) or Total Facet Joint Replacement, however sometimes a spine fusion is still the ideal solution.

Spine Connection [PR]
Written by Spine Connection [PR]

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