Journal of the Royal Army Medical Corps
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Review Case Reports
Freedom from frozen: the first British military use of lyophilised plasma in forward resuscitation.
Prehospital use of blood products may improve survival. However, transfusion support with frozen blood components is logistically burdensome and constrains the configuration of prehospital medical support. Alternatives to frozen plasma, including lyophilised plasma, offer the potential for advanced resuscitation in the prehospital environment. We describe the successful use of lyophilised plasma by a UK patrol in the prehospital environment during operations in Afghanistan in 2012 and reflect on recent military experience and the need for further developments.
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It is known that the first radiological units were widely used during war conflicts, whereas the first application of military radiology took place during the Greco-Turkish War in 1897. However, until recently automobile radiology units were assumed to be used for the first time during World War I. ⋯ This short historical note describes the first use of a mobile radiology unit during the Balkan Wars (1912-1913), predating its previously presumed first use in World War I. It also briefly highlights the contributions of some notable figures in 20th Century Greek scientific development.
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Editorial Historical Article
Should whole blood replace the shock pack?
When haemorrhage occurs on the battlefield, the soldier rapidly loses whole blood; it therefore stands to reason that the optimum fluid for resuscitation is whole blood. Indeed, this was the case for the first 250 years of transfusion practice, but since the 1970s component therapy has been used, with little evidence for that change. It is hardly surprising that 'balanced' component therapy, which seeks to replicate whole blood, has been found to offer the best results in resuscitation. This article explores the role of whole blood in resuscitation and how it may be useful in the contemporary military environment.
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Behind armour blunt trauma (BABT) has been defined as a non-penetrating injury caused by the rapid deformation of body armour. There has been an increasing awareness of BABT as an injury mechanism in both the military and civilian worlds; whether BABT results in serious injuries is debatable. ⋯ Whether BABT can lead to life-threatening injuries when small-arms ammunition impacts body armour components designed to stop that ammunition is debatable. It should be emphasised that other data may be available in government reports that are not openly available. Further research should be considered that investigates developments in body armour, including initiatives that involve reducing burden, and how they affect BABT.