Summary & Overview
CPT 22513: Percutaneous Vertebral Augmentation (Thoracic Spine)
CPT code 22513 denotes percutaneous vertebral augmentation of the thoracic spine (for example, kyphoplasty), often performed to treat vertebral compression fractures. The code captures image-guided, minimally invasive stabilization procedures that may include fracture reduction and bone biopsy when clinically necessary. Nationally, this code is important because it represents a common interventional treatment for spinal compression injuries in older adults and others at risk of vertebral collapse, with implications for surgical scheduling, site-of-service decisions, and payer coverage policies.
Key payers covered in this analysis include Aetna, Blue Cross Blue Shield, Cigna Health, UnitedHealthcare, and Medicare. Readers will find a concise overview of clinical context, typical sites of service, and common billing considerations tied to CPT code 22513. The publication summarizes national benchmarks where available, highlights relevant policy updates affecting coverage and prior authorization, and explains the clinical indications captured by the code. Content is aimed at billing managers, revenue cycle staff, and clinicians seeking a practical reference for coding and claims submission for thoracic vertebral augmentation procedures.
Data not available in the input for associated taxonomies, specific ICD-10 pairings, and related codes.
Billing Code Overview
CPT code 22513 describes a percutaneous vertebral augmentation of the thoracic spine, such as kyphoplasty, performed under imaging guidance to treat compression fractures. The procedure may include reduction of a fracture and bone biopsy for diagnostic purposes when indicated.
Service type: Image-guided spinal surgical procedure (percutaneous vertebral augmentation/kyphoplasty)
Typical site of service: Hospital outpatient department or ambulatory surgical center, with the procedure performed under fluoroscopic or other imaging guidance.
Clinical & Coding Specifications
Clinical Context
A typical patient is an 78-year-old woman with osteoporosis who presents to the emergency department with acute mid-thoracic back pain after a low-energy fall and progressive height loss over several weeks. Imaging (thoracic spine radiographs and MRI) demonstrates an acute compression fracture of T7 with vertebral body collapse and persistent pain refractory to conservative management including analgesics, bracing, and physical therapy. The patient is evaluated by an interventional spine surgeon or neuroradiologist and scheduled for percutaneous vertebral augmentation (kyphoplasty) of the thoracic spine under fluoroscopic or CT guidance to reduce pain, restore vertebral height if feasible, and stabilize the fracture. Typical workflow: pre-procedure consent and medical clearance, peri-procedural IV sedation or monitored anesthesia care, image-guided percutaneous insertion of working cannulae into the vertebral body, controlled balloon tamp inflation (if kyphoplasty) with possible reduction of fracture, injection of polymethylmethacrylate cement, optional bone biopsy if an underlying malignancy is suspected, post-procedure imaging to confirm cement placement, short recovery and pain reassessment, and discharge to home or inpatient unit depending on comorbidities and pain control. Typical site of service is an inpatient hospital operating room or interventional suite, ambulatory surgery center, or hospital-based procedure room equipped for image-guided spine interventions. Typical service type: percutaneous image-guided spinal augmentation (kyphoplasty) for thoracic compression fracture management performed by procedural specialists under sedation/anesthesia.
Coding Specifications
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