Academic emergency medicine : official journal of the Society for Academic Emergency Medicine
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Repetitive practice with feedback in residency training is essential in the development of procedural competency. Lightly embalmed cadaver laboratories provide excellent simulation models for a variety of procedures, but to the best of our knowledge, none describe a central venous access model that includes the key psychomotor feedback elements for the procedure, namely intravascular contents that allow for determination of correct needle position by either ultrasonographic imaging and/or aspiration or vascular contents. ⋯ For the key psychomotor elements of central venous access, the lightly embalmed cadaver with intravascular water-soluble gel infusion provided a procedural model that closely simulated clinicians' experience with patients.
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Determine if 1) proximity of referral to a federally qualified health center (FQHC) improves initial follow-up rates for discharged emergency patients, 2) improved initial follow-up rates are associated with improved rates for an "ongoing relationship" with the FQHC, and 3) an ongoing relationship with an FQHC is associated with decreased subsequent emergency department (ED) utilization over a 2-year follow-up period. ⋯ Overall patient follow-up to an FQHC was low, but increased with next-day or same-week referral. The ongoing relationship rate was low, but increased with temporal proximity of ED referral. Increased comorbidities and medication usage were significantly associated with increased initial follow-up rates, development of an ongoing relationship, and subsequent ED utilization. Patients with an ongoing relationship with the FQHC had higher ED utilization over the 2-year follow-up period, likely due to a higher rate of comorbidities.
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This study sought to investigate the minimal laryngoscope illumination required for proper laryngoscopy and intubation in different ambient light settings as determined by paramedics. ⋯ Minimal illumination requirements in the out-of-hospital setting may be lower than previously recommended. Ambient light intensity affects this minimal illumination requirement, with brighter ambient light conditions necessitating more laryngoscope light output. Further studies assessing out-of-hospital laryngoscope illumination should consider ambient light conditions.
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Physicians are unable to reliably determine intravascular volume status through the clinical examination. Respiratory variation in the diameter of the inferior vena cava (IVC) has been investigated as a noninvasive marker of intravascular volume status; however, there has been a lack of standardization across investigations. The authors evaluated three locations along the IVC to determine if there is clinical equivalence of the respiratory percent collapse at these sites. The objective of this study was to determine the importance of location when measuring the IVC diameter during quiet respiration. ⋯ Measurements of respiratory variation in IVC collapse in healthy volunteers are equivalent at the level of the left renal vein and at 2 cm caudal to the hepatic vein inlet. Measurements taken at the junction of the right atrium and IVC are not equivalent to the other sites; clinicians should avoid measuring percentage collapse of the IVC at this location.