Injury
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Observational Study
Validation of the cutaneous impact location to predict intracranial lesion among elderly admitted to the Emergency Department after a ground-level fall.
In the Emergency Departments, almost one out of two head CT scans are carried out for traumatic brain injuries among elderly victims of ground level-falls. Recently, a new predictive factor for intracranial lesions in this population has been suggested: presence and location of cutaneous impact. The aim of this study was to establish determinants of intracranial lesion among older patients admitted to EDs due to ground-level falls with traumatic brain injury using the head cutaneous impact location. ⋯ Our results establish specific determinants of intracranial lesions among elderly after ground level-falls. The cutaneous impact location may identify patients with high risk of intracranial lesion. Further researches are needed to propose a specific score based on these determinants so as to better target Head CT scan use.
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To compare outcomes of elderly patients who arrive directly to a lead trauma centre to those who are transferred from a peripheral hospital. ⋯ There was no significant difference in in-hospital mortality between elderly patients transported directly to the trauma centre and those who were transferred from peripheral hospitals.
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Regarding war surgery (WS), the initial and continuing education of French military gastrointestinal surgeons (FMGIS) is considered flawed and inappropriate. This results from the low incidence of gastrointestinal (GI) trauma, its predominantly non-surgical management, and a daily surgical practice that strongly differs from WS. Conversely, cytoreductive surgery (CRS) of peritoneal metastases has similarities with WS which led us to assess its potential contribution to the initial and continuing education of FMGIS in WS. ⋯ CRS, through its similarities with WS, seemed to be an appropriate tool for the initial and continuing education of FMGIS in WS and, to an extent, of civilian trauma surgeons who could eventually treat terrorist attacks casualties on the national territory.
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Different scoring tools aid prediction of pediatric trauma patients' prognosis but there's no consensus on when to apply each. Pediatric Trauma Score (PTS) was one of the first tools developed. Shock Index Pediatric Adjusted (SIPA) adapts Shock Index (SI) in predicting outcomes adjusted for age. It is unclear if either scoring tool is better at predicting outcomes. ⋯ This study externally validates both scoring tools for the same cohort. Both tools were reliable predictors, but PTS identifies more "high risk" visits. PTS requires more variables to calculate than SIPA. SIPA may be an effective way to triage when resources are scarce. However, there's still a need for a pediatric trauma triage score that can encompass the accuracy of PTS and the convenience of SIPA.
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Meta-analyses constitute fundamental tools of the Evidence-Based Medicine (EBM) aiming at synthesizing outcome data from individual trials in order to produce pooled effect estimates for various outcomes of interest. Combining summary data from several studies increases the sample size, improves the statistical power of the findings as well as the precision of the obtained effect estimates. ⋯ In addition, over the course of the evolution of the current meta-analytic methodology, some concerns have been expressed on the ultimate usefulness of such a complex and time consuming procedure on establishing timely, valid evidence on various specified topics in the field of Orthopaedics and Trauma Surgery. This article provides an overview of the appropriate methodology, benefits and potential drawbacks of the meta-analytic procedure.