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To explore accuracy and clinical efficacy of a novel patient-specific three-dimensional (3D) printed drill navigational guiding template in atlantoaxial pedicle screw placement.
Simple solvent annealing of the BCPs produces thin films having in-plane or sphere morphology with long range ordering of 1 μm along the surface of substrate without a guiding template.
The patients were screened with preliminary panoramic radiographs, and since all the implants were 3D planned (SKYplanX™ program, Bredent GmbH, Senden, Germany) and inserted with a guiding template, a cone-beam CT (CBCT) was obtained eventually (KaVo 3D eXam™ unit, KaVo Dental GmbH, Biberach/Riss, Germany).
A guiding template for hole-drilling was installed to guide drilling on the surface of the allogeneic bone.
Similar(56)
Focused placement approaches allow placement of nanoscale building blocks with precision much higher than the precision with which guiding templates are defined.
To investigate the feasibility of the use of 3D-printed guiding templates for accurate placement of plates and screws for internal fixation of acetabular fractures.
Using small physical guiding templates, we demonstrated flexible control of aperiodic block copolymer DSA patterns with precise position and outstanding overlay accuracy.
We have performed a rigorous and systematic analysis of the available experimental GPCR structures, identifying common, different and unique sequence and structural motifs that can be used to guide template selection for homology modelling.
The aim of this study was to introduce a novel method for accurate autotransplantation with computer-assisted guided templates and assembled custom-designed surgical tooling and to test the feasibility and accuracy of this method ex vivo.
The V-Quick patch system is packaged with one guide template with the four replaceable limb lead electrodes.
An approach for fabricating a guide template to provide screw retrievability using computer-aided design and computer-aided manufacturing (CAD/CAM) is described.
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