Active clinical trials for "Kyphosis"

The objective of this investigation is to confirm the results obtained in a pilot study showing that certain radiological parameters based on computed tomography (CT) scans seem to reliably detect posterior ligament complex (PLC) injury without the need for Magnetic Resonance Imaging (MRI)

The purpose of this study to determine the radiographic and clinical outcomes of spinal deformity surgical treatment in patients with Scheuermann's Kyphosis.

This is a post-market clinical follow-up study that use questionnaires such as Visual Analog Scale (VAS), the Neck Disability Index (NDI), or the Oswestry Disability Index (ODI) to compare the clinical improvement effects before and after surgery.

Are the KypDisT and conventional C7WD are practical, valid, reliable, and effectiveness of the tools to discriminate the functional ability impairments relating to kyphosis when compare with gold standard (Cobb's method), and compare among physical therapy, VHS and caregiver?

This study aimed to investigate the effect of rıgıd brace treatment on spinopelvic parameters and GAP score in patients with adolescent hyperkyphosis. This was a retrospective analysis of prospectively collected data. Thirty-two patients who were diagnosed with structural hyperkyphosis and treated with CAD-CAM design rigid brace were included in the study in Formed Healthcare Scoliosis Treatment and Brace Center between December 2015-2020.

The aim of this retrospective study is to show that kyphoplasty is a reliable technique in the treatment of certain traumatic vertebral fractures. Patients will be selected from medical records archived at the Neuroradiology Department of Dijon CHU. An information sheet and questionnaire will be sent to patients together with a letter to ask them to have a radiographic examination. The radiographic images will be interpreted by two independent experts to evaluate the angle pf vertebral kyphosis.

To quantify potential short- and long-term benefits of robotically-guided minimally invasive (MIS) or open-approach spine surgery in adult patients undergoing multi-level spinal instrumentation surgery, in comparison to image- or navigation-guided instrumentation in a matching cohort of control patients, performed using a freehand technique, both in MIS and open approaches.

The investigators hypothesize that a garment-integrated sensing system will be able to detect with clinical accuracy the position of the spine. The investigator will evaluate this using healthy adult volunteers, who will don sensing garments and assume a series of spinal postures. Concurrent with garment sensing, the participant's spine position will be measured using a motion-capture system that uses reflective markers to detect positions of markers in 3D space. The motion-capture system provides a gold-standard reference measure to which the sensing garments will be compared. Because the investigators are evaluating the accuracy of the sensing garment, it is only necessary that the investigator test the garments on participants with subtly different body shapes. Healthy adult volunteers provide an adequate input to the sensing signal.

The purpose of this study is to evaluate the accuracy of SPINESCAN® with standard lateral x-rays of the spine in patients monitored for kyphosis.