Scand J Trauma Resus
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Scand J Trauma Resus · Jan 2011
EditorialUnanswered questions in the use of blood component therapy in trauma.
Recent advances in our approach to blood component therapy in traumatic hemorrhage have resulted in a reassessment of many of the tenants of management which were considered standards of therapy for many years. Indeed, despite the use of damage control techniques, the mortality from trauma induced coagulopathy has not changed significantly over the past 30 years. More specifically, a resurgence of interest in postinjury hemostasis has generated controversies in three primary areas: 1) The pathogenesis of trauma induced coagulopathy 2) The optimal ratio of blood components administered via a pre-emptive schedule for patients at risk for this condition, ("damage control resuscitation"), and 3) The appropriate use of monitoring mechanisms of coagulation function during the phase of active management of trauma induced coaguopathy, which we have previously termed "goal directed therapy". Accordingly, recent experience from both military and civilian centers have begun to address these controversies, with certain management trends emerging which appear to significantly impact the way we approach these patients.
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Scand J Trauma Resus · Jan 2011
EditorialHemostatic resuscitation for acute traumatic coagulopathy.
Trauma resuscitation paradigms have changed considerably over the last twenty years. Originally, the goal was to normalize a blood pressure as quickly as possible. Large volume crystalloid resuscitation was used to accomplish this. ⋯ Fresh frozen plasma and platelets were also used relatively late, often after patients had received ten units of red cells. Dilutional anemia was relatively common. Patients with large volume blood loss often died from what was termed, "the bloody vicious cycle," of hypothermia, acidosis and coagulopathy.
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Scand J Trauma Resus · Jan 2011
LetterNovel rapid infusion device for patients in emergency situations.
Rapid fluid administration is often required for resuscitation when patients are admitted in emergency department with hypovolemic shock or excessive blood loss. Various methods have been described earlier to increase the fluid administration speed. Larger vein size, larger bore cannula, height of fluid, pressure over fluid bottle etc. are some of methods described in such situations. We here describe a novel method to administer intravenous fluid rapidly and this method can be utilized in emergency and trauma settings.