LO083: Outcomes and resource utilization among syncope patients transported by emergency medical services

Abstract

(p < 0.001, r = -0.24). However, no relationship was observed in the off-service group (p = 0.62, r = -0.05). Conclusion: Resident performance and trainee proximity are important factors impacting the quality of documented clinical performance assessments. Greater attention needs to be given to determining ways of improving the quality of assessments reported for residents who are appropriately progressing in their clinical competence as well as for off-service trainees. Keywords: resident assessment, daily encounter cards, trainee proximity LO081 Novel EMS spine board to accurately weigh critically ill or injured children S.E. Milne, A.G. Crocco, MD, C.R. Carpenter, MD, K. Milne, MD; Goderich District Collegiate Institute, Goderich, ON Introduction: A rapid and accurate weight of a child can be of critical importance during pediatric emergencies. The Broselow Tape (BT) is the gold standard for estimating a child's weight based on their length. It separates children into incremental weight categories. Studies have shown that the BT is not accurate. We created a new pediatric spine board (PedEBoard) that weighs the child. The objective of this study was to compare the agreement between the actual weight vs. the PedEBoard weight and BT estimated weight of children presenting to a pediatric emergency department (ED). Methods: Ethics approval was obtained from McMaster University. A power calculation was done for sample size to detect 10% error. Consecutive children were recruited who presented to McMaster University's Children's ED on two days in March 2015. Children were excluded if their length was outside the BT range, non-English speaking or critically ill. Children had their weight taken by the triage nurse either on an infant scale or on a traditional standing scale. The nurse also took the child's length using a standard measuring tape or height on the standing medical scale. Infants were placed on the PedEBoard by investigators while older children were asked to lie down on the board. Investigators were blinded to the actual weight. BT weight was determined by the palmPEDi Lite app. Bland-Altman analysis was performed, comparing the percent difference between the actual weight vs. PedEBoard weight and actual weight vs. BT weight. The correlation between the PedEBoard and BT was assessed using the Spearman coefficient of rank. Data was entered into MedCalc for Windows 98, Version 15.2.2 Results: A total of 157 children were included in the study. The mean actual weight was 19.4kg (95% CI 17.4 to 21.3) vs. the PedEBoard weight 19.4kg (95% CI 17.4 to 21.3) vs. the BT weight 16.9kg (95% CI 15.6 to 18.2). Bland-Altman percent difference was 0.1% (95% CI -2.0 to 1.8%) between the actual weight and the PedEBoard weight and 9.6% (95% CI -22.0% to 41.2%) between the actual weight and the BT weight. The Spearman coefficient of rank correlation was 1.000 p < 0.0001 (95% CI 0.999 to 1.000) for the PedEBoard and 0.969 p < 0.001 (95% CI 0.957 to 0.977) for the BT. The BT provided the wrong weight category 80% of the time...

Looking back to inform the future: a review of published paramedicine research

“… For this category 15 out of 16 articles could be retrieved and analyzed. Of the seven articles in the Appropriate Transport theme, three articles focused on alternative transport, with one exploring transport to a community health centre [ 234 ], one on low-risk syncope patients [ 235 ], and one on non-urgent transports [ 236 ]. Two studies focused on transport mode, with one focused on air versus ground [ 237 ], and one on ambulance versus private car [ 238 ].…”