Articles: trauma.
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Ballistic talus fractures are difficult to treat and there is a paucity of literature regarding the subject. The goal of the current study is to outline our experience and epidemiological findings from a single center with a large case series of ballistic talus fractures. ⋯ The current study offers a unique and previously unreported cohort of gunshot related talar fractures. Our deep infection rate of 4.8% was similar to other studies of closed talus fractures. We found an improvement in the average TDA for the operatively treated fractures, which may represent improvements in fracture reduction with operative fixation. Further studies with longer follow-up are necessary improve our limited understanding of these injuries and to enhance treatment.
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The American College of Surgeons now requires mental health screening and follow up for hospitalized patients in trauma centers. National estimates indicate that 20-40 % of these patients will develop posttraumatic stress disorder (PTSD) and/or depression within one year post-injury. Research has identified brief bedside screens that predict PTSD and depression post-discharge, such as the Injured Trauma Survivor Screen and Peritraumatic Distress Inventory. However, false negatives are common; almost a quarter of patients with a negative bedside risk screen may develop PTSD or depression post-discharge and may not receive appropriate follow up. As such, there is critical need to improve bedside risk-screening tools. We aimed to identify demographic, social, and trauma-related predictors of mental health symptoms among patients with negative bedside screens. ⋯ Findings suggest that risk-screening tools may be improved by including items that capture injury mechanism and social support. Alternatively, trauma centers should consider mental health referral for patients who have experienced violent trauma or have low levels of social support, even when bedside screening tools identify them as having low mental health risk.
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We compare the treatment and outcomes of penetrating and blunt splenic trauma at Major Trauma Centres (MTC) within the UK. ⋯ A trend is seen towards the use of operative management in penetrating splenic trauma. There is a high splenic embolisation failure rate (32.0 %) in penetrating trauma although mortality for those embolised was similar to the blunt injury group.
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It has been suggested that intraspinal pressure (ISP) below the dura is elevated following traumatic spinal cord injury (TSCI). The dura can maintain the pressure, and hence a subdural compartment syndrome has been hypothesized to develop regardless of bony decompression. This study aimed to evaluate whether a such intradural compartment syndrome develops during the first 72 h in a porcine TSCI model. ⋯ These findings suggest that the subdural swelling of the spinal cord following thoracic TSCI is not responsible for the ISP increase measured in our TSCI model, but that the ISP increase was caused by the surgical procedure or the reconstitution of normal cerebrospinal fluid pressure.
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Fluid resuscitation choices in prehospital trauma care are limited, with most Emergency Medical Services (EMS) agencies only having access to crystalloids. Which solution to use, how much to administer, and judging the individual risks and benefits of giving or withholding fluids remains an area of uncertainty. To address the role of crystalloid fluids in prehospital trauma care, we reviewed the available relevant literature and developed recommendations to guide clinical care. ⋯ Risks of IV fluid use, or restriction, in trauma resuscitation should be weighed against possible benefits. Strategies to reduce the need for IV fluids should be considered. A standard trauma resuscitation curriculum for prehospital providers should be developed to improve evidence-based delivery of IV fluids in trauma.