Vertebral Body Osteotomy

VBO®

Motion-preserving indirect decompression through a lateral approach.

VBO restores foraminal height within a single vertebral body through an anterior-to-psoas lateral approach. Bone screws and a lateral plate secure the near side, and Vertiwedge®’s deployable staple secures the far side, all through the same access, without disc resection or interference. Vertiwedge is available in a wide range of sizes and lordotic and coronal angulations.

Anterior rendering of Vertiwedge® within L4 showing bilateral fixation
Approach Lateral, anterior to the psoas
Site of correction Within a single vertebral body
Disc No resection or interference
Alignment Lordotic and coronal options
Fixation Bilateral: screws and plate near side, staple far side, through one lateral approach

How VBO compares

The benefits of indirect decompression, without fusing the disc.

Direct decompression preserves motion but doesn’t restore height or address alignment. Interbody fusion does both, but joins two vertebrae across the disc. VBO is designed to restore height and offer alignment options while preserving motion.

Degenerated lumbar segment with an orange guide showing the narrowed neural foramen Lost foraminal height
Lumbar segment with Vertiwedge® and an orange guide showing the restored neural foramen Height restored with VBO
Conceptual illustration of foraminal height restoration and indirect decompression. Patient anatomy and results vary.
Feature Direct decompression Interbody fusion VBO
DecompressionDirectIndirectIndirect
Disc resectionNot typicallyYesNo
Restores foraminal heightNoYesYes
Alignment optionsNot addressedLordotic and coronal implantsLordotic and coronal implants
Where bone healsN/ABetween vertebraeWithin one vertebra
Motion across the discPreservedFusedDesigned to be preserved

Direct decompression includes procedures such as foraminotomy and laminectomy.

Patient selection

Start with the patient, not the implant.

VBO offers a motion-preserving option for appropriately selected patients with leg-dominant symptoms associated with vertical foraminal stenosis, when foraminal height restoration and indirect decompression are clinically appropriate.

01

Define the pathology. Confirm that the exiting nerve root is affected by vertical foraminal narrowing and that indirect decompression is clinically appropriate.

02

Assess the motion segment. Consider disc condition, instability, deformity, prior treatment, and other anatomy that may favor a different procedure.

03

Evaluate the full patient. Symptoms, imaging, health, bone quality, goals, and treatment history remain part of the surgeon’s decision.

04

Follow the cleared labeling. This overview doesn’t replace the Vertiwedge Instructions for Use or clinical judgment.

Technique

Controlled access. Intraosseous correction.

VBO is performed through one lateral approach in three phases. Surgeons complete procedure-specific training before their first case, and the Surgical Technique Guide provides full detail.

Vertiwedge implanted within the treated vertebral body after the VBO procedure
Simplified illustration of the VBO procedure.
01

Access.

Use a lateral corridor anterior to the psoas, appropriate to the treated level and patient anatomy.

02

Osteotomy.

Create the controlled osteotomy within the target vertebral body using dedicated instrumentation.

03

Restore and support.

Use Vertiwedge to restore and support vertebral body height, then deploy the staple to secure the far side; bone screws and the lateral plate secure the near side, all through the same lateral approach.

Bilateral fixation through a single incision.

A proprietary deployable staple mechanism, protected by issued and pending patents, extends, rotates, and retracts to secure the far side of the vertebra.

Vertiwedge® implant showing the deployable staple, screws, and cover plate
Complete Vertiwedge® construct: bone screws, lateral plate, cover plate, and deployable staple.

Far-side fixation: the deployable staple.

Vertiwedge staple stowed within the implant
Starting position

Stowed.

The deployable staple remains housed within the implant during placement.

Vertiwedge staple extended from the implant
01

Extend.

The staple advances across the vertebral body.

Vertiwedge staple rotated into fixation orientation
02

Rotate.

The staple turns into its fixation orientation.

Vertiwedge staple retracted into its seated position
03

Retract and seat.

The staple draws into position to secure the far side.

Evidence

Where the evidence stands.

Foundation Surgical is building the evidence base for VBO. Regulatory clearance, mechanism, and early clinical observations each answer different questions, and we present them that way.

Regulatory

FDA clearance under K241468.

Refer to the current Vertiwedge labeling and Instructions for Use for indications, contraindications, warnings, and precautions.

View FDA clearance K241468
Mechanism

Intraosseous correction with bilateral fixation.

Through an anterior-to-psoas lateral approach, Vertiwedge restores height within the treated vertebra. Bone screws and a lateral plate secure the near side, while the deployable staple secures the far side through the same access.

Early case evidence

Three-month observations from the first reported patient.

Imaging showed osseous union across the osteotomy, maintenance of the decompression achieved at surgery, and no evidence of implant subsidence. These findings reflect one patient at one follow-up interval.

Shirvinda Wijesekera, MD

From the first case

“For patients with foraminal stenosis, the choice has often been a decompression that doesn’t restore height or a fusion that gives up motion. My first VBO patient didn’t want a fusion and wasn’t going to have one. VBO gave us a way to restore height and decompress the nerve without fusing the disc.”

Shirvinda Wijesekera, MD
Orthopaedic Spine Surgeon, Connecticut Orthopaedics

Coding and reimbursement

A defined coding approach.

Unlike many new spine technologies, VBO is reported using established Category I CPT® codes, so there’s no waiting on a new code. Our coding and reimbursement team supports surgeons, practices, and hospitals with coding questions, documentation, and preauthorization.

Coding information is provided for reference only. Providers are responsible for code selection, and the existence of a code does not guarantee coverage or payment. CPT® is a registered trademark of the American Medical Association.

BioDigital preview of the VBO procedure

See VBO in action

Watch the technique. Then go deeper with our team.

Request a guided technical review covering the surgical technique, patient selection, and what it takes to bring VBO to your hospital.

Our technologies

One fixation platform. Two applications.

For patients who need an interbody fusion, Interwedge® brings the same proprietary deployable staple mechanism to the disc space. It’s FDA cleared for standalone use.

Explore our products →
Interwedge® standalone lateral fusion implant

Professional inquiry

Talk to our team.

Whether you’re a surgeon, hospital, or distribution partner, tell us what you’d like to discuss and the right person will follow up.

Please do not include patient names, records or other health information.