Educational Content
This playlist features 3 videos describing the evolving techniques for complex cervical spine surgeries.
This playlist features 8 videos demonstrating the surgical technique step for treating a patient with a complex cervico-thoracic deformity.
This playlist features 7 videos discussing the surgical concepts for correcting a cervico-thoracic deformity using the SYMPHONY OCT System.
This playlist features 13 videos demonstrating a multi-level lateral mass fusion for a patient presenting with radicular symptoms as well as risk mitigation strategies in this procedure.
This playlist features 8 videos demonstrating the surgical technique steps for placing lateral mass screws in C3-C7 using navigation.
Featured Case Studies
Cervical Traumatic Atlantoaxial Rotary Subluxation Correction with SYMPHONY OCT System Reduction Screws
Dr. Camilo Molina presents a complex cervical trauma case and how the SYMPHONY OCT System Reduction Screws supported the successful patient outcome.
Posterior Cervicothoracic Laminectomy and Fusion (C2-T2) with SYMPHONY OCT System and MULTIPOINT Secure
Dr. Paul Kim presents a 73 year old patient with significant cervical stenosis C2-T1 with loss of cervical lordosis and how surgical intervention using the SYMPHONY OCT System supported positive patient outcomes.
Extension Injury (AO B3 Fracture) with Ankylosing Spondylitis treated with SYMPHONY™ OCT System & MULTIPOINT SECURE™ with Richard Bransford, MD
Dr. Richard Bransford presents a patient with an extension injury and the surgical intervention using SYMPHONY™ OCT System with pre-operative and post-operative imaging.
Evaluation of Bone-Screw Interface for Lateral Mass Screw Fixation Reinforced with Supplemental Fixation - Franck Le Naveaux, Ph.D, et al
This case study uses a finite element model to evaluate bone loading and deformation at the bone screw interface with and without MULTIPOINT SECURE supplemental fixation.
Improving Fixation in the Lateral Mass with Supplemental Anchors - Havey, RM, et al.
This case study confirms that MULITPOINT SECURE used in conjunction with lateral mass screws, increases fixation in the cervical spine.
Cervicothoracic Junction Biomechanics of a 4.0 Rod vs. 3.5-5.5 Tapered Rod - Jakub Godzik, MD, et al
This case study shows that in a C7 PSO model, a single 4.0mm rod achieves biomechanical equivalence to a 3.5-5.5mm construct.
Additional Cervical Content
Click here to learn more about additional cervical education
offered by Johnson & Johnson MedTech and the Johnson & Johnson Institute.
