Multiple techniques exist for the fixation of C2, including axial pedicle screws and bilateral translaminar screws. We describe a novel method of incorporating both the translaminar and pedicle screws within C2 to improve fixation to the subaxial spine in patients requiring posterior cervical instrumentation for deformity correction or instability. We report three cases of patients with cervical spinal instability, who underwent cervical spine instrumentation for stabilization and/or deformity correction. Bilateral C2 pedicle screws were inserted, followed by bilateral crossed laminar screws. The instrumentation method successfully achieved fixation in all three patients. There were no immediate postoperative complications, and hardware pos...
Objective : This investigation was conducted to evaluate a new, safe entry point for the C2 pedicle ...
Study DesignA retrospective study.PurposeTo evaluate the efficacy and the safety of craniocervical a...
Background: Lateral mass screw (LMS) and transpedicular screw (TPS) techniques are the two major opt...
Four patients underwent stabilization surgery using both bilateral C2 pedicle screw (PS) and intrala...
Background Data: The atlantoaxial segment of the cervical spine is a complex anatomic and functional...
Study DesignA retrospective study.PurposeTo compare clinical and radiological outcomes between bilat...
The evolution of instrumentation methods for C1-C2 fusion from the use of posterior wiring methods t...
Introduction: C1 lateral mass screws and C2 pedicle screws are usually chosen to fix atlantoaxial (C...
We performed fixation using laminar screws in 2 patients in whom lateral mass screws, pedicle screws...
We describe the use of a C1 laminar screw in combination with a C2 laminar screw as a salvage techni...
Placement of pedicle screw in the subaxial cervical spine is a challenging and complex technique but...
Purpose: C1-C2 instability or painful osteoarthritis are recognised indications for posterior atlant...
C(2) pedicle screw is the classic instrumentation for posterior C(2) fixation. But it could be dange...
OBJECTIVE: There are various posterior fusion techniques in managing C1-2 instability. The aim of th...
Background: Atlantoaxial fixation can be done either trans-orally, through the anterior retropharyng...
Objective : This investigation was conducted to evaluate a new, safe entry point for the C2 pedicle ...
Study DesignA retrospective study.PurposeTo evaluate the efficacy and the safety of craniocervical a...
Background: Lateral mass screw (LMS) and transpedicular screw (TPS) techniques are the two major opt...
Four patients underwent stabilization surgery using both bilateral C2 pedicle screw (PS) and intrala...
Background Data: The atlantoaxial segment of the cervical spine is a complex anatomic and functional...
Study DesignA retrospective study.PurposeTo compare clinical and radiological outcomes between bilat...
The evolution of instrumentation methods for C1-C2 fusion from the use of posterior wiring methods t...
Introduction: C1 lateral mass screws and C2 pedicle screws are usually chosen to fix atlantoaxial (C...
We performed fixation using laminar screws in 2 patients in whom lateral mass screws, pedicle screws...
We describe the use of a C1 laminar screw in combination with a C2 laminar screw as a salvage techni...
Placement of pedicle screw in the subaxial cervical spine is a challenging and complex technique but...
Purpose: C1-C2 instability or painful osteoarthritis are recognised indications for posterior atlant...
C(2) pedicle screw is the classic instrumentation for posterior C(2) fixation. But it could be dange...
OBJECTIVE: There are various posterior fusion techniques in managing C1-2 instability. The aim of th...
Background: Atlantoaxial fixation can be done either trans-orally, through the anterior retropharyng...
Objective : This investigation was conducted to evaluate a new, safe entry point for the C2 pedicle ...
Study DesignA retrospective study.PurposeTo evaluate the efficacy and the safety of craniocervical a...
Background: Lateral mass screw (LMS) and transpedicular screw (TPS) techniques are the two major opt...