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Stabilization Surgery

Spinal Fusion & Stabilization

When a segment of the spine is unstable or its motion is the source of pain, joining it into one solid, stable unit can bring lasting relief. See exactly how a fusion works below — then learn how Dr. Hobbs does it with minimally invasive, image-guided precision.

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Fusion constructScrews and a patient-specific rod holding restored alignment
Immediate stability. Screws and rods hold the segment still from day one while bone heals.
Bone fuses over months. New bone grows across the segment, typically over three to six months.
Alternatives explored first. Nonsurgical care and motion-preserving options come before fusion.
Medically reviewed by Jonathan G. Hobbs, M.D. · Updated June 2026
The idea

What Is Spinal Fusion?

Spinal fusion permanently joins two or more vertebrae so they heal into a single, solid bone. By removing the painful, unstable motion at that segment — the way a cast lets a broken bone knit together — fusion can relieve pain and restore stability. It is used for conditions such as spondylolisthesis, instability, deformity, fractures, and severe disc degeneration.

Interactive — build it step by step

How a Fusion Is Built

Select a step to explore the anatomy, or play the full sequence.

Two lumbar vertebrae with the disc space cleared before placement of an implant
Prepared disc spaceDuring surgery · Step 1 of 4

Educational 3D illustrations. Selected anatomy is exposed to show the implants; the final stage depicts bone healing over time.

Interactive — explore the approaches

Different Ways to Reach the Spine

The disc can be reached from the back, front, or side. Dr. Hobbs chooses the approach that fits your level, anatomy, and goals. Tap one to learn more.

Technology

Precision Built In

A fusion is only as good as its accuracy and alignment. Dr. Hobbs pairs minimally invasive technique with technology that plans and verifies every step.

In the news · Becker’s Spine Review · September 28, 2026

The nation’s first two-level fusion with patient-specific cages and rods

Dr. Hobbs combined 3D-printed aprevo® TLIF cages with UNiD™ rods, both built from the patient’s own imaging, in an L4–S1 fusion at Northwest Health Porter.

Read the story

Interview · Becker’s Spine Review · October 9, 2026

Dr. Hobbs on where personalized implants go next

Patient-specific planning belongs in community spine care for the right patients, he told Becker’s, with access decided by clinical need rather than ZIP code and with evidence, not promise, guiding adoption. Conventional implants remain effective; the goal is precision, not customization for its own sake.

Read the highlights
Recovery

Recovery & Healing

The hardware does its job immediately. The bone takes longer. Here is how the two timelines fit together.

  1. The First Weeks

    The hardware provides immediate stability, so most patients are up and walking soon after surgery. Light daily activities resume over the first few weeks, with limits on heavy lifting, bending, and twisting while the fusion heals.

  2. 3 to 6 Months

    This is when the bone actually fuses. Activity is gradually increased and physical therapy helps rebuild strength and flexibility. Dr. Hobbs confirms healing with follow-up imaging.

  3. Back to Life

    Once the segment is solidly fused, the painful motion is gone for good. Recovery timelines vary with the number of levels treated and individual healing; Dr. Hobbs tailors a plan to you.

Is fusion your only option?

Not always. For select patients with stenosis and spondylolisthesis, the motion-preserving TOPS System is an FDA-approved alternative to fusion.

Explore TOPS
Jonathan G. Hobbs, M.D.
Jonathan G. Hobbs, M.D.
Board-Certified Neurosurgeon · Spine Surgery
American Board of Neurological SurgeryABNS
Certified
The University of ChicagoResidency
Chicago
University of KentuckyM.D.
Kentucky
Why Dr. Hobbs

Why Choose Dr. Hobbs for Spinal Fusion

  • Minimally Invasive Fusion

    Muscle-sparing techniques for less pain and faster recovery.

  • Image-Guided Accuracy

    StealthStation navigation and Axis robotics for precise implant placement.

  • Alignment Expertise

    AI-driven planning and patient-specific implants to restore natural alignment.

  • Board-Certified Neurosurgeon

    Certified by the American Board of Neurological Surgery.

  • Elite Training

    University of Kentucky medical degree; neurosurgery residency at the University of Chicago, serving as chief resident.

  • Conservative-First

    Nonsurgical options and motion-preserving alternatives are explored before fusion.

Frequently Asked Questions About Spinal Fusion

Spinal fusion is a procedure that permanently joins two or more vertebrae so they heal into a single, solid bone. By eliminating motion at a painful or unstable segment, fusion can relieve pain and restore stability. Dr. Hobbs typically uses an interbody spacer packed with bone graft, supported by screws and rods, and performs the procedure with minimally invasive, image-guided techniques whenever possible.
Fusion is used when the spine is unstable or when motion at a segment is the source of pain. Common reasons include spondylolisthesis (a slipped vertebra), instability after decompression, spinal deformity such as scoliosis, fractures, certain tumors, and severe degenerative disc disease that has not responded to nonsurgical care. Dr. Hobbs recommends fusion only when it is the right answer for your specific problem.
Each fused segment no longer moves, but a one- or two-level fusion in the lower back usually causes little noticeable loss of overall flexibility, because the surrounding segments continue to move. When preserving motion is important and a patient qualifies, Dr. Hobbs can discuss motion-preserving alternatives such as the TOPS System.
The hardware provides immediate stability, but the bone itself fuses gradually over about three to six months. Most patients return to light activity within a few weeks and increase activity over time. Dr. Hobbs monitors healing with follow-up imaging and gives each patient an individualized recovery plan.
Yes. Dr. Hobbs frequently performs minimally invasive fusion using small incisions, tubular retractors, and image-guided StealthStation navigation to place implants precisely. Minimally invasive fusion can mean less muscle damage, less blood loss, and a faster recovery than traditional open fusion.
Yes. Nonsurgical care is always explored first, and when surgery is needed, fusion is not always the only option. For appropriate patients with spinal stenosis and spondylolisthesis, Dr. Hobbs offers the motion-preserving TOPS System. He helps each patient choose between fusion and motion-preserving options based on their anatomy and goals.

Talk Through Your Options

If you have been told you may need a fusion — or want a second opinion — Dr. Hobbs will review your imaging and explain whether fusion, a motion-preserving option, or nonsurgical care is right for you. Call today to schedule a consultation.

(219) 250-5010

Monday – Friday · 8:00 AM – 4:30 PM

Crown Point Office

500 E. 109th Avenue
Crown Point, IN 46307

Chesterton Office

601 Gateway Boulevard
Chesterton, IN 46304

Your next step

Discuss your spine care with Dr. Hobbs

Jonathan G. Hobbs, M.D. is a board-certified neurosurgeon at Lakeshore Bone & Joint Institute. For questions about spinal fusion & stabilization, call the office to arrange an individual evaluation and discuss which options may be appropriate.

Consultation offices: Crown Point, Chesterton. Your symptoms, examination, imaging, and prior treatment help guide the discussion.

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