In case of injuries to the subaxial cervical spine, especially in osteoporotic bone, the question of the most stable operative technique arises. There are several techniques of screw fixation available regarding dorsal stabilization. This study investigates 2 techniques (lateral mass screws (LMS) vs cervical pedicle screws (CPS)) in the subaxial cervical spine regarding primary stability in a biomechanical testing using a translational injury model
Objectives This study aimed to evaluate the stability of anterior pedicle screw-plate (APSP) fixatio...
OBJECTIVE: Transarticular facet screws restore biomechanical stability to the cervical spine when po...
Study Design. 6 human cervical spines were tested in vitro in a biomechanical nondestructive set-up ...
AbstractBackground contextDespite largely, used in the past, biomechanical test, to investigate the ...
Study Design. Comparison of nondestructive multidirectional flexibility in groups of specimens recei...
Cervical vertebral body fractures generally are treated through an anterior-posterior approach. Cerv...
Cervical vertebral body fractures generally are treated through an anterior-posterior approach. Cerv...
This article reviews the historical context, indications, techniques, and complications of four post...
AbstractBackground contextDespite largely, used in the past, biomechanical test, to investigate the ...
Background: Lateral mass screw (LMS) and transpedicular screw (TPS) techniques are the two major opt...
The intralaminar screw construct has been recently introduced in C6–C7 fixation. The aim of the stud...
The intralaminar screw construct has been recently introduced in C6–C7 fixation. The aim of the stud...
The intralaminar screw construct has been recently introduced in C6–C7 fixation. The aim of the stud...
Placement of pedicle screw in the subaxial cervical spine is a challenging and complex technique but...
The intralaminar screw construct has been recently introduced in C6–C7 fixation. The aim of the stud...
Objectives This study aimed to evaluate the stability of anterior pedicle screw-plate (APSP) fixatio...
OBJECTIVE: Transarticular facet screws restore biomechanical stability to the cervical spine when po...
Study Design. 6 human cervical spines were tested in vitro in a biomechanical nondestructive set-up ...
AbstractBackground contextDespite largely, used in the past, biomechanical test, to investigate the ...
Study Design. Comparison of nondestructive multidirectional flexibility in groups of specimens recei...
Cervical vertebral body fractures generally are treated through an anterior-posterior approach. Cerv...
Cervical vertebral body fractures generally are treated through an anterior-posterior approach. Cerv...
This article reviews the historical context, indications, techniques, and complications of four post...
AbstractBackground contextDespite largely, used in the past, biomechanical test, to investigate the ...
Background: Lateral mass screw (LMS) and transpedicular screw (TPS) techniques are the two major opt...
The intralaminar screw construct has been recently introduced in C6–C7 fixation. The aim of the stud...
The intralaminar screw construct has been recently introduced in C6–C7 fixation. The aim of the stud...
The intralaminar screw construct has been recently introduced in C6–C7 fixation. The aim of the stud...
Placement of pedicle screw in the subaxial cervical spine is a challenging and complex technique but...
The intralaminar screw construct has been recently introduced in C6–C7 fixation. The aim of the stud...
Objectives This study aimed to evaluate the stability of anterior pedicle screw-plate (APSP) fixatio...
OBJECTIVE: Transarticular facet screws restore biomechanical stability to the cervical spine when po...
Study Design. 6 human cervical spines were tested in vitro in a biomechanical nondestructive set-up ...