We describe the use of a C1 laminar screw in combination with a C2 laminar screw as a salvage technique to treat two patients, one with persistent first intersegmental artery and the other with vertebral artery occlusion after cervical spine fracture. The combined use of C1 and C2 laminar screws allows for good fixation of the atlantoaxial joint with a lower risk of vertebral artery injury; therefore, it can be an alternative surgical procedure for patients with congenital or traumatic anomalous vertebral artery
Journal ArticleAtlantoaxial instability can result from trauma, rheumatoid arthritis, congenital mal...
Anatomical variations in the course of the vertebral artery have been previously described in the li...
Background Data: Segmental spinal screw fixation has been used effectively for subaxial spine instab...
Introduction: C1 lateral mass screws and C2 pedicle screws are usually chosen to fix atlantoaxial (C...
Four patients underwent stabilization surgery using both bilateral C2 pedicle screw (PS) and intrala...
Multiple techniques exist for the fixation of C2, including axial pedicle screws and bilateral trans...
C(2) pedicle screw is the classic instrumentation for posterior C(2) fixation. But it could be dange...
We performed fixation using laminar screws in 2 patients in whom lateral mass screws, pedicle screws...
Background Data: The atlantoaxial segment of the cervical spine is a complex anatomic and functional...
Instability in the atlantoaxial (C1-C2) complex can arise from trauma, malignancy, inflammatory dise...
Study DesignA retrospective study.PurposeTo compare clinical and radiological outcomes between bilat...
OBJECTIVE: There are various posterior fusion techniques in managing C1-2 instability. The aim of th...
Purpose: C1-C2 instability or painful osteoarthritis are recognised indications for posterior atlant...
Pedicle or lateral mass screws, which are usually used to fix atlantoaxial instability, increase the...
In posterior spinal fusion (PSF), the vertebral artery is most vulnerable to injury at C1-2. C2 pedi...
Journal ArticleAtlantoaxial instability can result from trauma, rheumatoid arthritis, congenital mal...
Anatomical variations in the course of the vertebral artery have been previously described in the li...
Background Data: Segmental spinal screw fixation has been used effectively for subaxial spine instab...
Introduction: C1 lateral mass screws and C2 pedicle screws are usually chosen to fix atlantoaxial (C...
Four patients underwent stabilization surgery using both bilateral C2 pedicle screw (PS) and intrala...
Multiple techniques exist for the fixation of C2, including axial pedicle screws and bilateral trans...
C(2) pedicle screw is the classic instrumentation for posterior C(2) fixation. But it could be dange...
We performed fixation using laminar screws in 2 patients in whom lateral mass screws, pedicle screws...
Background Data: The atlantoaxial segment of the cervical spine is a complex anatomic and functional...
Instability in the atlantoaxial (C1-C2) complex can arise from trauma, malignancy, inflammatory dise...
Study DesignA retrospective study.PurposeTo compare clinical and radiological outcomes between bilat...
OBJECTIVE: There are various posterior fusion techniques in managing C1-2 instability. The aim of th...
Purpose: C1-C2 instability or painful osteoarthritis are recognised indications for posterior atlant...
Pedicle or lateral mass screws, which are usually used to fix atlantoaxial instability, increase the...
In posterior spinal fusion (PSF), the vertebral artery is most vulnerable to injury at C1-2. C2 pedi...
Journal ArticleAtlantoaxial instability can result from trauma, rheumatoid arthritis, congenital mal...
Anatomical variations in the course of the vertebral artery have been previously described in the li...
Background Data: Segmental spinal screw fixation has been used effectively for subaxial spine instab...