Pediatric Tape: Accuracy and Medication Delivery in the National Park Service

Introduction: The objective is to evaluate the accuracy of medication dosing and the time to medication administration in the prehospital setting using a novel length-based pediatric emergency resuscitation tape. Methods: This study was a two-period, two-treatment crossover trial using simulated...

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Main Authors: Danielle D. Campagne, Megann Young, Jedediah Wheeler, Geoff Stroh
Format: Article
Language:English
Published: eScholarship Publishing, University of California 2015-10-01
Series:Western Journal of Emergency Medicine
Subjects:
Online Access:http://escholarship.org/uc/item/16b6v6p3
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author Danielle D. Campagne
Megann Young
Jedediah Wheeler
Geoff Stroh
author_facet Danielle D. Campagne
Megann Young
Jedediah Wheeler
Geoff Stroh
author_sort Danielle D. Campagne
collection DOAJ
description Introduction: The objective is to evaluate the accuracy of medication dosing and the time to medication administration in the prehospital setting using a novel length-based pediatric emergency resuscitation tape. Methods: This study was a two-period, two-treatment crossover trial using simulated pediatric patients in the prehospital setting. Each participant was presented with two emergent scenarios; participants were randomized to which case they encountered first, and to which case used the National Park Service (NPS) emergency medical services (EMS) length-based pediatric emergency resuscitation tape. In the control (without tape) case, providers used standard methods to determine medication dosing (e.g. asking parents to estimate the patient’s weight); in the intervention (with tape) case, they used the NPS EMS length-based pediatric emergency resuscitation tape. Each scenario required dosing two medications (Case 1 [febrile seizure] required midazolam and acetaminophen; Case 2 [anaphylactic reaction] required epinephrine and diphenhydramine). Twenty NPS EMS providers, trained at the Parkmedic/Advanced Emergency Medical Technician level, served as study participants. Results: The only medication errors that occurred were in the control (no tape) group (without tape: 5 vs. with tape: 0, p=0.024). Time to determination of medication dose was significantly shorter in the intervention (with tape) group than the control (without tape) group, for three of the four medications used. In case 1, time to both midazolam and acetaminophen was significantly faster in the intervention (with tape) group (midazolam: 8.3 vs. 28.9 seconds, p=0.005; acetaminophen: 28.6 seconds vs. 50.6 seconds, p=0.036). In case 2, time to epinephrine did not differ (23.3 seconds vs. 22.9 seconds, p=0.96), while time to diphenhydramine was significantly shorter in the intervention (with tape) group (13 seconds vs. 37.5 seconds, p<0.05). Conclusion: Use of a length-based pediatric emergency resuscitation tape in the prehospital setting was associated with significantly fewer dosing errors and faster time-to-medication administration in simulated pediatric emergencies. Further research in a clinical field setting to prospectively confirm these findings is needed.
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spelling doaj.art-12091f9ba0fa47269619a2ece3d83d1b2022-12-21T17:57:09ZengeScholarship Publishing, University of CaliforniaWestern Journal of Emergency Medicine1936-900X1936-90182015-10-0116566567010.5811/westjem.2015.6.25618Pediatric Tape: Accuracy and Medication Delivery in the National Park ServiceDanielle D. Campagne0Megann Young1Jedediah Wheeler2Geoff Stroh3University of California, San Francisco – Fresno Medical Education Program, Department of Emergency Medicine, Fresno, CaliforniaUniversity of California, San Francisco – Fresno Medical Education Program, Department of Emergency Medicine, Fresno, CaliforniaUniversity of California, San Francisco – Fresno Medical Education Program, Department of Emergency Medicine, Fresno, CaliforniaUniversity of California, San Francisco – Fresno Medical Education Program, Department of Emergency Medicine, Fresno, CaliforniaIntroduction: The objective is to evaluate the accuracy of medication dosing and the time to medication administration in the prehospital setting using a novel length-based pediatric emergency resuscitation tape. Methods: This study was a two-period, two-treatment crossover trial using simulated pediatric patients in the prehospital setting. Each participant was presented with two emergent scenarios; participants were randomized to which case they encountered first, and to which case used the National Park Service (NPS) emergency medical services (EMS) length-based pediatric emergency resuscitation tape. In the control (without tape) case, providers used standard methods to determine medication dosing (e.g. asking parents to estimate the patient’s weight); in the intervention (with tape) case, they used the NPS EMS length-based pediatric emergency resuscitation tape. Each scenario required dosing two medications (Case 1 [febrile seizure] required midazolam and acetaminophen; Case 2 [anaphylactic reaction] required epinephrine and diphenhydramine). Twenty NPS EMS providers, trained at the Parkmedic/Advanced Emergency Medical Technician level, served as study participants. Results: The only medication errors that occurred were in the control (no tape) group (without tape: 5 vs. with tape: 0, p=0.024). Time to determination of medication dose was significantly shorter in the intervention (with tape) group than the control (without tape) group, for three of the four medications used. In case 1, time to both midazolam and acetaminophen was significantly faster in the intervention (with tape) group (midazolam: 8.3 vs. 28.9 seconds, p=0.005; acetaminophen: 28.6 seconds vs. 50.6 seconds, p=0.036). In case 2, time to epinephrine did not differ (23.3 seconds vs. 22.9 seconds, p=0.96), while time to diphenhydramine was significantly shorter in the intervention (with tape) group (13 seconds vs. 37.5 seconds, p<0.05). Conclusion: Use of a length-based pediatric emergency resuscitation tape in the prehospital setting was associated with significantly fewer dosing errors and faster time-to-medication administration in simulated pediatric emergencies. Further research in a clinical field setting to prospectively confirm these findings is needed.http://escholarship.org/uc/item/16b6v6p3PediatricsMedication dosingNational Park ServiceWilderness MedicineEMS
spellingShingle Danielle D. Campagne
Megann Young
Jedediah Wheeler
Geoff Stroh
Pediatric Tape: Accuracy and Medication Delivery in the National Park Service
Western Journal of Emergency Medicine
Pediatrics
Medication dosing
National Park Service
Wilderness Medicine
EMS
title Pediatric Tape: Accuracy and Medication Delivery in the National Park Service
title_full Pediatric Tape: Accuracy and Medication Delivery in the National Park Service
title_fullStr Pediatric Tape: Accuracy and Medication Delivery in the National Park Service
title_full_unstemmed Pediatric Tape: Accuracy and Medication Delivery in the National Park Service
title_short Pediatric Tape: Accuracy and Medication Delivery in the National Park Service
title_sort pediatric tape accuracy and medication delivery in the national park service
topic Pediatrics
Medication dosing
National Park Service
Wilderness Medicine
EMS
url http://escholarship.org/uc/item/16b6v6p3
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AT jedediahwheeler pediatrictapeaccuracyandmedicationdeliveryinthenationalparkservice
AT geoffstroh pediatrictapeaccuracyandmedicationdeliveryinthenationalparkservice