Spinal Stabilization Articles
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“Y” Shaped Sacral Fragility Fracture Treatment with the Curvafix IM System - Case Study
CASE PRESENTATION A 68-year-old female with some dysmorphism and mild osteoporosis had a fall in the shower, resulting in a Y-shaped sacral fracture and non-displaced fractures of the superior and inferior pubic ...
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Advantages of using Spine 3D(CT-based) Navigation in complex Spine Surgeries
To confidently perform a spinal fusion and screw fixation with excellence surgical navigation is consistently used as a powerful tool. Surgical Navigation provides real-time guidance and precise measurements for accurately placing the pedicle screws to help stabilize the spine. A preoperative CT scan gives a detailed visualization of the structure decreasing the potential for implant-related ...
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Techniques for measuring the activity of the deep muscles: Literature review
Summary Due to their anatomical positioning, contraction of the deep abdominal muscles is often difficult to feel and therefore for patients to master. However, they are actively involved in spinal (or lumbar spine) stabilisation, and also in several biological processes [1]. They therefore constitute an important target in several physiotherapeutic treatments [1]. Questions are often raised ...
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Ultrastructural characterisation of the hydroxyapatite–coated pedicle screw and human bone interface
The early fixation of pedicle screws is crucial for improving spinal stabilisation. Firm and immediate fixation between pedicle screws and bone prevents aseptic loosening and implant failure. Coating with hydroxyapatite is a possible method to improve the fixation of metallic implants in bone. In this study, scanning transmission electron microscopy (STEM) has been used to investigate the ...
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