The spine journal : official journal of the North American Spine Society
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Vertebral augmentation procedures are used for treatment of osteoporotic compression fractures. Prior studies have reported disparities in the treatment of patients with osteoporotic vertebral fractures, particularly with regards to the use of vertebroplasty and kyphoplasty. ⋯ Our study suggests that racial and socioeconomic disparities continue to exist with the utilization of spine augmentation procedures in hospitalized patients with osteoporotic fractures.
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Despite the increasing national incidence, osteoporosis and its associated comanagement, often remain an overlooked issue in the orthopedic world. Screening and associated management of osteoporosis is often only considered by providers when patients present with multiple fragility fractures. Current evidence with regard to the trends in screening and medical comanagement/antiosteoporotic therapy of osteoporotic vertebral compression fractures (VCFs) remains limited. ⋯ The proportion of patients starting antiosteoporotic medication within a year after a VCF remains low (28.8%). Furthermore, a declining trend of antiosteoporotic medication prescription was noted over time. Providers who care for patients with sentinel VCFs need to be more diligent in their efforts to diagnose and treat the underlying osteoporosis to reduce the burden of future fragility fractures.
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Due to recent developments in augmented reality with head-mounted devices, holograms of a surgical plan can be displayed directly in the surgeon's field of view. To the best of our knowledge, three dimensional (3D) intraoperative fluoroscopy has not been explored for the use with holographic navigation by head-mounted devices in spine surgery. ⋯ These promising results could result in a new way of surgical navigation with minimal infrastructural requirements but now have to be confirmed in clinical studies.
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Radiologic evidence of successful lumbar fusion has traditionally been based on bridging bone spanning the intertransverse processes (posterolateral fusion or PLF) or disc space (interbody fusion, or IBF). Often, postoperative computed tomography (CT) of unsuccessful PLF and IBF demonstrates bridging bone across the facet joints or connecting the medial transverse process to the ipsilateral superior articular facet of the caudal vertebra. The significance of this finding in terms of implant stability and clinical outcomes has not previously been reported. ⋯ FJF/PMF is often observed on postoperative CT evaluation following surgery originally performed to achieve PLF or IBF. Short-term follow-up suggests no significant difference in implant loosening rates or patient reported outcomes when FJF/PMF is observed versus PLF or IBF in such patients. Long-term clinical outcomes of FJF/PMF versus PLF or IBF remain unknown. These findings apply solely to single-level instrumented spinal fusion surgery utilizing pedicle screws with or without IBF.
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Understanding patient expectations is a critical component of patient-centered care; however, little is known about which expectation(s) are most important to patients as they relate to their sense of postoperative success. ⋯ Our findings highlight the need to identify and address specific individual expectations as part of the shared decision-making and presurgery education process.