An analysis of the accuracy of the operators' assessments of the hold of bone screws is reported. These assessments of screw hold were compared with measurements from pullout testing. Four operators, encompassing a range of experiences in terms of screw insertion, prepared the pilot holes, and inserted a number of screws, assigning each with a score from 0 to 10 on the basis of how good the hold was felt to be. The pullout strength for each screw was then measured using a tensometer. The results were analysed and correlation coefficients calculated. Significant correlation was observed in all four subjects, with P P > 0.001 in the other two. The conclusions were that there is a strong correlation between the subjective assessment of screw ...
Study Design. In vitro biomechanical investigation of the screw-holding capacity. Objective. To eval...
Purpose To assess the effect of the insertion angle and the angle of applied load on the pullout st...
This paper proposes an optimum design of the pedicle screw with respect to bone density and variable...
Background: Pull-out strength is a critical parameter to judge screw fixation in orthopaedic implant...
Bone drilling is a major part of orthopaedic surgery performed during the internal fixation of fract...
Abstract Background Pilot hole preparation has been shown to have an impact on the short and long‐te...
Study Design: Mechanical study. Purpose: To compare the pullout strength of different screw designs ...
Objective of this study is to assess the pullout performance of various pedicle screws in different ...
Aim of this study is to assess the pullout performance of various pedicle screws in different test m...
Objectives: This study aims to assess the pullout strength of six different pedicle screw thread pat...
More than 250,000 hip fractures occur annually in the United States and the most common fracture loc...
<p>Regardless of the screw design (screws with 4 or 6 slits and EELs of 16 or 22 mm, or a solid scre...
Background: Pedicle screw instrumentation is one of the most commonly used forms of stabilization. A...
Category: Basic Sciences/Biologics Introduction/Purpose: There are many screw and thread designs ava...
Objectives: This study aims to assess five different cortical screw types using artificial femurs, u...
Study Design. In vitro biomechanical investigation of the screw-holding capacity. Objective. To eval...
Purpose To assess the effect of the insertion angle and the angle of applied load on the pullout st...
This paper proposes an optimum design of the pedicle screw with respect to bone density and variable...
Background: Pull-out strength is a critical parameter to judge screw fixation in orthopaedic implant...
Bone drilling is a major part of orthopaedic surgery performed during the internal fixation of fract...
Abstract Background Pilot hole preparation has been shown to have an impact on the short and long‐te...
Study Design: Mechanical study. Purpose: To compare the pullout strength of different screw designs ...
Objective of this study is to assess the pullout performance of various pedicle screws in different ...
Aim of this study is to assess the pullout performance of various pedicle screws in different test m...
Objectives: This study aims to assess the pullout strength of six different pedicle screw thread pat...
More than 250,000 hip fractures occur annually in the United States and the most common fracture loc...
<p>Regardless of the screw design (screws with 4 or 6 slits and EELs of 16 or 22 mm, or a solid scre...
Background: Pedicle screw instrumentation is one of the most commonly used forms of stabilization. A...
Category: Basic Sciences/Biologics Introduction/Purpose: There are many screw and thread designs ava...
Objectives: This study aims to assess five different cortical screw types using artificial femurs, u...
Study Design. In vitro biomechanical investigation of the screw-holding capacity. Objective. To eval...
Purpose To assess the effect of the insertion angle and the angle of applied load on the pullout st...
This paper proposes an optimum design of the pedicle screw with respect to bone density and variable...