Endoscopic Lumbar Fusion
Endoscopic Lumbar Fusion - Related Videos
10:40
Uniportal Full Endoscopic Posterolateral Transforaminal Lumbar Interbody Fusion
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2025
The protocol offers a valuable method detailing each step of the FE-TLIF procedure. With proper education, FE-TLIF can be effectively learned, leading to favorable clinical outcomes.
02:51
Full-Endoscopic Isolation Zone Technique for the Treatment of Lumbar Disc Herniation
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2025
Source: Wang, L., et.al. Full-Endoscopic Isolation Zone Technique for the Treatment of Lumbar Disc Herniation. J. Vis. Exp.(2023)This video demonstrates a minimally invasive endoscopic procedure to treat lumbar disc herniation by removing the protruded nucleus pulposus and ruptured annulus fibrosus. The technique decompresses the affected nerve root, alleviates pain, and restores nerve function through targeted tissue resection and radiofrequency modulation.
07:38
Circumferential Transforaminal Endoscopic Lumbar Foraminotomy for 360° Exiting Nerve Root Decompression in Patients with Lumbar Foraminal Stenosis
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2026
This protocol describes circumferential transforaminal endoscopic lumbar foraminotomy for 360° decompression of the exiting nerve root in patients with lumbar foraminal stenosis using a step-by-step, landmark-based approach to achieve adequate bony and soft-tissue decompression.
05:24
Full-Endoscopic Trans-Kambin Triangle Lumbar Interbody Fusion: Surgical Technique
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2026
Here, we present a protocol to perform full-endoscopic trans-Kambin triangle lumbar interbody fusion (KLIF). The protocol utilizes a posterolateral approach via Kambin’s triangle for safe expandable cage insertion and neural decompression while preserving dorsal facet structure and minimizing soft tissue trauma.
11:05
Uniportal Endoscopic Techniques for Lumbar Decompression: Interlaminar Microdiscectomy, Interlaminar Laminectomy, and Transforaminal Microdiscectomy
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2026
Here, we present three uniportal endoscopic protocols for lumbar decompression. These techniques include interlaminar microdiscectomy, interlaminar laminectomy, and transforaminal microdiscectomy.
FAQs
The reconstruction depends on more than removing damaged tissue. After the affected disc or compressive tissue is removed, an interbody implant occupies the disc space and bone graft supports bone growth between the vertebrae. Fixation hardware may supplement this construct, helping maintain stability while the intended fusion develops. Together, these components address both tissue removal and structural support.
Visualization through an endoscope allows the surgeon to work through a small portal rather than exposing the operative region through an open approach. This minimally invasive access is intended to reduce disruption to muscles and surrounding tissues. The distinction matters because it changes how the surgeon reaches the lumbar spine, while the reconstructive goal of joining selected vertebrae remains.
Relevant clinical contexts include degenerative disc disease, spinal instability, and selected forms of lumbar stenosis. Selection depends on how the underlying structural problem relates to symptoms, compression, or a need for stabilization. Therefore, the technique is not presented as a universal treatment for lumbar symptoms; its use is tied to particular structural conditions and suitable spinal reconstruction goals.
A typical workflow begins by establishing a small portal and obtaining endoscopic visualization. The surgeon then removes the damaged intervertebral disc or other compressive tissue before inserting an interbody implant with bone graft. Fixation hardware may be added to support the construct. These steps connect limited access, removal of the offending tissue, and reconstruction within one surgical approach.
The key distinction is the extent of access-related tissue disruption. Endoscopic lumbar fusion uses a small portal and endoscopic visualization, whereas the overview characterizes open procedures as involving greater disruption to muscles and surrounding tissues. This comparison explains the minimally invasive rationale without changing the fundamental aim of spinal stabilization and fusion between selected lumbar vertebrae.
The procedure is intended to remove damaged or compressive tissue, stabilize the affected spinal segment, and relieve symptoms associated with structural problems. Its interbody implant and bone graft also support bone growth between vertebrae, while fixation hardware may reinforce the construct. These outcomes connect symptom management with spinal reconstruction in selected degenerative, unstable, or stenotic lumbar conditions.