Approach to Patients with Neurotrauma and Thoracic Trauma and Anesthesia Management with Current Guidelines II

Abstract

Anesthesia Management in Trauma Trauma, which means wound in ancient Greek, is the leading cause of death in the 1-44 age group, and the third cause of death following cancer and cardiovascular disease in all age groups. Trauma is defined as tissue damage characterized by structural changes and physiological disorders due to mechanical, thermal, electrical and chemical energies, ionized or nuclear radiation or absence of essential elements of life such as oxygen and heat. Trauma has many reasons such as traffic accidents, work accidents and falling from height (1,2). These patients need a systematic anesthesia management in posttraumatic evaluation, airway management, resuscitation, possible preoperative and postoperative surgical process, intensive care follow-up and treatment (3). The nature of trauma, uncontrollable bleeding after trauma, coagulation anomalies, hypothermia, shock, acidosis disrupt the normal homeostatic mechanism. Acute coagulopathy caused by high blood loss in major traumas is often associated with poor clinical course in trauma patients (4,5). Another paradox is the nature of unexplained events, insufficient anamnesis information and the necessity of emergency intervention in trauma cases. Initial Assessment of Trauma Algorithms have been defined for systemic approach to trauma patients and more than fifty scoring systems have been developed. The Trauma score, which was defined in 1981 by adding respiratory rate and systolic blood pressure to the Triage index, is a widely used scoring system. It was revised in 1989 and Revised Trauma score was formed (Table 1). In order for the trauma centers to systematically engage a modern trauma approach in harmony between the other disciplines, it is necessary to establish national guidelines tailored to the needs and ensure their widespread use. Airway obstruction, severe hemorrhage and hypoxia due to tension pneumothorax may be among the causes of early death due to trauma (6-8). From the moment the trauma patient is met, the first step is to apply the

Traumatic brain injury and RSI is rocuronium or succinylcholine preferred?

“…However, with the widespread availability of sugammadex, neuromuscular blockade from rocuronium can be easily and quickly reversed [24]. The dosing of sugammadex ranges from 2 to 16 mg/kg, with higher doses used for immediate reversal of rocuronium in cannot ventilate, cannot intubate scenarios [26].…”