Disc replacement · Garland, Texas
Disc Replacement in Garland, Texas
Treating the spinal problem without giving up movement — non-fusion options for selected patients.
Motion Preservation in Garland
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Call (972) 817-7450 to schedule an initial consultation or a second opinion at the North Garland clinic.
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What it is
Fusion has a long record of relieving pain and stabilizing the spine — but it is not the only answer. Motion-preserving surgery treats the diseased level while keeping it moving: an artificial disc replaces a worn one, or a motion-sparing decompression relieves the nerve without locking the segment.
Preserving motion can reduce the added stress a fusion places on neighboring levels and keep the spine functioning closer to its natural mechanics.
The options
The best-known motion-preserving operation is cervical disc replacement — an artificial disc placed after removing a damaged cervical disc, for selected patients with arm pain or cord compression from disc disease. Lumbar disc replacement is an option in a narrower set of patients. Motion-sparing decompressions, such as foraminotomy, relieve nerve compression while leaving the segment unfused.
Each option has strict candidacy criteria: facet joint health, alignment, bone quality, the number of levels involved, and the specific diagnosis all matter.
When it may be considered
Motion preservation is considered when the diagnosis, anatomy, and imaging line up — healthy facet joints, good alignment, and disease limited to the disc itself. It is not right for significant instability, advanced facet arthritis, deformity, or poor bone quality. The evaluation is deliberately selective: offering a motion-preserving operation to the wrong patient helps no one.
What to discuss at consultation
- Goals: relieve the pain or nerve compression while preserving natural movement at the treated level.
- Alternatives: fusion (such as ACDF), continued nonoperative care, or motion-sparing decompression alone where appropriate.
- Recovery: often similar to the fusion equivalent in the early weeks; the long-term aim is a spine that keeps moving naturally.
- Risks: device-related considerations, the possibility that fusion becomes necessary later, and the individual risks of surgery — discussed plainly before any decision.
Frequently asked questions
What is motion preservation in spine surgery?
Motion preservation treats the spinal problem without giving up movement at the diseased level. Instead of fusing the segment solid, an artificial disc replaces the worn one, or a motion-sparing decompression relieves the nerve without locking the segment — which can reduce the added stress a fusion places on neighboring levels.
What are the motion-preserving alternatives to spinal fusion?
The best-known is cervical disc replacement — an artificial disc placed after removing a damaged cervical disc. Lumbar disc replacement is an option in a narrower set of patients. Motion-sparing decompressions, such as foraminotomy, relieve nerve compression while leaving the segment unfused. Each has strict candidacy criteria.
Who is a good candidate for motion preservation?
Patients with healthy facet joints, good alignment, good bone quality, and disease limited to the disc itself. It is not right for significant instability, advanced facet arthritis, deformity, or poor bone quality — the evaluation is deliberately selective, because offering a motion-preserving operation to the wrong patient helps no one.
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How is cervical disc replacement different from ACDF?
Both remove the diseased disc through the front of the neck. ACDF then fuses the segment solid; disc replacement inserts an artificial disc that keeps the level moving. Replacement suits well-aligned, single-level disease; fusion suits instability, deformity, or significant arthritis — the anatomy decides.
What happens if a motion-preserving operation does not work out?
Device-related considerations exist, and in some cases fusion becomes necessary later — that possibility is discussed plainly before any decision. Early recovery is often similar to the fusion equivalent; the long-term aim is a spine that keeps moving naturally.
Does keeping a level moving protect the levels above and below it?
That is the central reasoning behind the approach. A fused segment cannot bend, so the discs beside it absorb extra motion and load with every movement — over years, some wear faster, a process called adjacent segment degeneration. Keeping the treated level mobile distributes that work more evenly. Honesty matters here: neighboring discs also age on their own, and no study can promise a given patient will avoid later problems. Preservation lowers an added mechanical burden; it does not freeze the rest of the spine in time.
How long does an artificial disc last?
Modern cervical artificial discs are engineered and tested for decades of cyclic movement, and follow-up studies now extending past ten years show most devices still functioning well, with a minority needing further surgery at that level. Wear, loosening, or the disc stiffening as bone grows around it can all limit motion over time. Longevity data for lumbar devices is thinner, which is one reason candidacy there is narrower. No implant carries a lifetime guarantee — durability is weighed alongside the alternative, not presented as permanence.
What is recovery like after motion-preserving surgery?
For cervical disc replacement, most patients spend one night in the hospital or go home the same day, and walking begins immediately. Because nothing needs to fuse, there is no bone-healing timetable governing the neck — a soft collar, when used at all, is brief, and gentle movement is encouraged early rather than guarded against. Desk work often resumes within one to two weeks, with heavier activity cleared in stages across about six weeks. Arm pain from the relieved nerve frequently settles early; residual numbness can take longer.
Can more than one level be treated with motion preservation?
Sometimes. Two-level cervical disc replacement is an established option when both levels meet the same strict criteria — healthy facet joints, preserved alignment, and symptoms that match each level on imaging. The bar rises with every added level, because a single level with arthritis or instability can disqualify the whole plan and point instead toward fusion, or toward a hybrid construct that replaces one level and fuses another. Multilevel lumbar replacement is considerably more restricted. The count of bad discs matters less than what each individual level can support.
Where does laminoplasty fit in motion preservation?
Laminoplasty belongs to this family, but on its own precise terms. It treats cervical stenosis with myelopathy only — spinal cord compression in the neck — by hinging the lamina (the bony roof over the canal) open to give the cord room, without removing it and without fusing anything. It requires appropriate lordosis (the neck's natural inward curve) and a stable spine without significant deformity or instability. It is entirely distinct from posterior cervical fusion, which stabilizes the neck with screws and rods for myelopathy and/or radiculopathy, typically multilevel disease, deformity, instability, or fracture.
Related care
Motion Preservation · Second opinions · Garland clinic
From Back Talk: Why I Don't Fuse Every Back · Cervical Disc Replacement vs. Fusion: Which Is Right for You?
Care pathway
Cervical disc replacementMotion preservationDr. Jihoon ChoiRockwall · Garland · Forney · Greenville
Initial consultation or second opinion?
If you have been told you need a spinal fusion, bring your imaging and your questions. Dr. Choi will review whether a motion-preserving option fits your anatomy — and tell you plainly when fusion remains the better choice.
