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In a patient with a traumatic injury, airway management assumes an essential role to stabilization and survival of the patient, but often presents unique challenges not inherent in other types of patients.
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To provide you with critical information on the updated regulations from the Centers for Medicare and Medicaid Services, Thomson American Health Consultants offers "New EMTALA Regulations: Are They Too Good to be True?" an audio conference on Tuesday, Oct. 21, from 2:30-3:30 p.m. ET.
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EMTALA: The Essential Guide to Compliance from Thomson American Health Consultants, publisher of Emergency Medicine Reports, explains how the changes to EMTALA will affect emergency departments and off-campus clinics. In-depth articles, at-a-glance tables, and Q-and-A discussions of real-life situations are presented, and key differences between the old EMTALA and the new changes are succinctly explained.
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Warren and colleagues performed a nonrandomized pre- and postobservational trial of an educational intervention to prevent catheter-associated bloodstream infections (CABSIs) in a 500-bed private community hospital in Missouri.
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To determine practices regarding use of closed-system suctioning (CSS) and airway management of intubated patients, Sole and colleagues surveyed a national sample of 1665 registered nurses (RNs) and respiratory therapists (RTs) in 27 institutions.
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A wide variety of therapeutic interventions have failed to produce a significant change in the mortality of critically ill patients. Studies of these interventions include numerous trials of anti-inflammatory agents in sepsis, the trial involving growth hormone in critically ill patients, as well as a host of other investigations.
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The ARDSNetwork trial that began in 1996 (ARMA trial)1 was designed to test the validity of using lower tidal volumes in mechanical ventilators was halted because critics who were not a part of the ARDSNetwork argued that the control arm chosen was harmful and unethical.
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Specialty beds marketed for ICU patients range from simple air-filled mattresses designed for use on ordinary hospital beds to high-tech, electronically controlled rotating or vibrating devices.
