Minimally Invasive Spine Fusion in McKinney | TLIF & XLIF
North Texas Brain and Spine Specialists delivers advanced minimally invasive spine fusion procedures, including TLIF and XLIF surgery, performed by board-certified neurosurgeons with fellowship training. Our specialized approach prioritizes your health through precise treatment methods that promote faster recovery times compared to traditional open procedures.
Find Lasting Relief with Advanced Minimally Invasive Cervical Spine Surgery in McKinney
Chronic neck pain and cervical spine conditions require specialized care that balances effectiveness with patient comfort. Our surgeons utilize advanced techniques where precision surgical instruments access affected vertebrae through small incisions, significantly reducing tissue disruption compared to traditional surgery. The minimally invasive TLIF approach allows direct visualization of neural structures while preserving surrounding muscles and ligaments. During a lumbar fusion operation or cervical procedure, our team employs real-time imaging guidance to ensure accurate placement of stabilizing hardware. This sophisticated surgical methodology translates into less post-operative discomfort, shorter hospital stays, and quicker return to daily activities. Patients experience reduced blood loss and lower infection risks while achieving the same structural stability as conventional approaches. Our neurosurgeons have completed extensive fellowship training in spinal disorders, bringing together expertise from leading medical institutions nationwide. Each procedure is tailored to your specific anatomy and condition severity, ensuring optimal outcomes. The combination of cutting-edge technology and refined technique provides you with comprehensive care that addresses both immediate pain relief and long-term spinal health.
Our Minimally Invasive Spine Surgery Services in McKinney
Minimally Invasive Spine Fusion
Stabilizes damaged vertebrae through small incisions, placing bone graft material and hardware to promote fusion. This advancement addresses degenerative conditions while minimizing disruption to surrounding tissues, making qualified candidates ideal for faster rehabilitation and early return to exercise.
Minimally Invasive TLIF (Transforaminal Lumbar Interbody Fusion)
Minimally invasive TLIF accesses the spine from the back and side, removing damaged disc material before inserting spacers between vertebrae. The surgical site receives stabilizing screws and rods, effectively relieving nerve compression symptoms while maintaining spinal alignment.
Minimally Invasive XLIF (Extreme Lateral Interbody Fusion)
Minimally invasive XLIF spine surgery approaches the spine from the patient's side, avoiding back muscles entirely. Surgeons navigate between organs to access lumbar vertebrae, insert interbody devices, and restore disc height without posterior tissue disruption.
Conditions Treated with Minimally Invasive Spine Fusion, TLIF, and XLIF
Degenerative Disc Disease and Chronic Back Pain
Progressive wear causes discs to lose height and cushioning ability. Fusion procedures stabilize affected segments, eliminating painful motion between vertebrae when conservative medication and physical therapy no longer provide adequate relief for daily function.
Herniated or Bulging Discs Causing Nerve Compression
Disc material pressing against spinal nerves creates radiating pain and numbness. Surgical intervention removes problematic disc fragments with minimal soft tissue disruption, decompresses neural structures, and restabilizes the spine for lasting symptom resolution.
Spinal Stenosis and Nerve-Related Leg Pain
A narrowed spinal canal compresses nerve roots, causing leg weakness and walking difficulties. Decompression with fusion widens the canal while maintaining stability, restoring comfortable mobility without the exposure required in traditional open approaches.
Spondylolisthesis (Slipped Vertebra) and Instability
A vertebra slipping forward over another creates misalignment and nerve pressure. Fusion realigns the displaced bone, securing it permanently to adjacent vertebrae, addressing mechanical instability that compromises overall spine care and neurological function.
Spinal Instability After Injury or Degeneration
Trauma or arthritis weakens the structural support between vertebrae. Stabilization procedures restore proper alignment and eliminate abnormal motion, preventing further deterioration while our comprehensive health system approach addresses underlying contributing factors.
Spinal Deformities Including Scoliosis and Kyphosis
Abnormal spinal curvature creates imbalance and discomfort. Corrective fusion straightens alignment through strategic placement of instrumentation, reducing curve magnitude while preserving functional mobility and preventing progression in carefully selected candidates.
Failed Back Surgery Syndrome (FBSS)
Previous procedures sometimes leave persistent symptoms or new complications. Revision techniques address scar tissue, hardware issues, or adjacent segment problems, offering renewed hope when initial interventions haven't achieved expected outcomes.
Persistent Low Back Pain Not Improving with Conservative Care
When months of therapy, injections, and lifestyle modifications fail to control symptoms, surgical stabilization becomes appropriate. Fusion eliminates pain generators at affected levels, providing definitive treatment for carefully evaluated candidates.
Meet Our Experts
Dr. Jean Louis Benae, MD, FAANS, FCNS, FICS
Dr.Jean Louis Benae brings over a decade of neurosurgical expertise to North Texas Brain and Spine Specialists, emphasizing comprehensive patient education and individualized treatment planning. Recognized for 11 consecutive years as Best Spine Surgeon by D Magazine and Living Magazine, he specializes in brain tumors, spinal disorders, trauma care, and advanced surgical techniques. His philosophy prioritizes accurate diagnosis through cutting-edge medical technology before recommending intervention. Dr. Benae's commitment to excellence combines technical precision with compassionate communication, ensuring patients understand their conditions and available options for achieving lasting relief.
Dr. Yaw Sarpong, MD, FAANS, MBA
Dr. Yaw Sarpong is a board-certified neurosurgeon at North Texas Brain and Spine Specialists, specializing in robot-assisted spine and brain procedures. His advanced expertise includes open and minimally invasive treatments for spinal diseases, intracranial masses, and complex neurological conditions supported by leading neuro-navigation technology. With prior service as the neurosurgical representative for Oregon’s State Trauma Board, Dr. Sarpong brings extensive experience from top-tier Midwest hospitals. He strongly believes in using surgery only as a last resort, ensuring conservative treatments are thoroughly explored before recommending surgical intervention. Dr. Sarpong employs cutting-edge robotic systems that integrate CT and X-ray imaging to produce detailed 3D surgical maps—improving precision, reducing complications, and promoting faster recovery for patients.
Why Choose North Texas Brain & Spine Specialists for Invasive Spine Surgery?
For those suffering from degenerative disc disease, effective treatment is crucial in managing symptoms and improving quality of life. Our team of experienced surgeons provides a comprehensive approach to treatment, focusing on individualized care based on your specific condition. As degenerative disc disease progresses, it can lead to significant wear and tear of the spinal discs, causing pain and discomfort. We understand how this can affect your daily activities, and we offer selective treatment options, ranging from non-invasive therapies to advanced surgical solutions. Our specialists carefully assess the process of disc degeneration, ensuring that each patient receives the right course of action to address their pain and restore mobility. We use the latest medical techniques to relieve symptoms and provide lasting relief, helping you regain your strength and return to a more active, pain-free life.