Articles: trauma.
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Curr Opin Anaesthesiol · Feb 2025
Individualized and targeted coagulation management in bleeding trauma patients.
This review aims to summarize current evidence on hemostatic management of bleeding trauma patients, with a focus on resuscitation strategies using either coagulation factor concentrates or fixed-ratio transfusion concepts. It discusses the potential benefits and limitations of both approaches. ⋯ Individualized, goal-directed hemostatic management offers several advantages over fixed-ratio transfusion therapy for trauma patients. However, there is a paucity of data regarding the direct comparison of these two approaches.
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Curr Opin Anaesthesiol · Feb 2025
Restoring hemostasis with prothrombin complex concentrate: benefits and risks in trauma-induced coagulopathy.
To provide evidence for the use of prothrombin complex concentrate (PCC) as a potential hemostatic treatment for trauma-induced coagulopathy with and without anticoagulants. ⋯ PCC is a valuable option for managing coagulopathy in specific settings, especially VKA and DOAC reversal. Based on current evidence, we caution against the use of PCC as a versatile hemostatic agent suitable for indications involving multiple clotting factor deficiencies for uncontrolled coagulopathic bleeding in trauma or other clinical settings outside anticoagulation reversal. The risk vs. benefit profile should be carefully examined, similar to any other agent.
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Thoracic injuries are directly responsible for 20-30% of deaths in severe trauma patients and represent one of the main regions involved in preventable or potentially preventable deaths. Controlling bleeding in thoracic trauma is a major challenge because intrathoracic hemorrhagic lesions can lead to hemodynamic instability and respiratory failure. ⋯ Thoracic bleeding can result from the diaphragm, intrathoracic vessels (aorta, but also inferior or superior vena cava, and suprahepatic veins), lung, cardiac, or chest wall injuries. Depending on thoracic lesions (such as hemothorax or hemopericardium), hemodynamic instability, and respiratory failure, a pericardial window approach, sternotomy, thoracotomy, or emergency resuscitation thoracotomy may be considered after discussion with the surgeon. Alongside treatment of injuries, managing oxygenation, ventilation, hemodynamic, and coagulopathy are essential for the patient's outcome.
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This review aims to summarize recent developments for the management of severe traumatic brain injury (TBI) in the ICU. Recent advancements in TBI ICU management emphasize a progression toward more multimodal approaches and mitigating secondary brain injury by increased focus on careful systemic management. ⋯ ICP monitoring remains a key component of severe TBI management in ICU. Emerging evidence is slowly changing and improving intensive care and patient outcomes and include both brain-targeted therapies and careful systemic intensive care management.