Improving pediatric resident laryngoscopy training through the use of a video laryngoscope
Abstract Importance Opportunities for pediatric residents to perform direct laryngoscopy and tracheal intubation (DLTI) are few and the success rate is low. Objective We hypothesize that incorporation of video laryngoscope (McGrath MAC) into pediatric residents DLTI simulation course will improve th...
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doaj-1142d882f24148be9d67c51813126e1a2021-05-02T18:06:20ZengWileyPediatric Investigation2574-22722018-09-012317217510.1002/ped4.12056Improving pediatric resident laryngoscopy training through the use of a video laryngoscopeWeerapong Lilitwat0Andrew McInnes1Jigar Chauhan2Division of Pediatric Critical Care University of Iowa Hospitals and Clinics IAUSADivision of Pediatric Critical Care Jersey Shore University Medical Center NJUSADivision of Pediatric Critical Care Nemours/Alfred I. duPont Hospital for Children Wilmington DE USAAbstract Importance Opportunities for pediatric residents to perform direct laryngoscopy and tracheal intubation (DLTI) are few and the success rate is low. Objective We hypothesize that incorporation of video laryngoscope (McGrath MAC) into pediatric residents DLTI simulation course will improve the simulated DLTI success rate. Methods Residents were given 3 attempts at DLTI: (1) baseline using a conventional laryngoscope (CL); (2) using a video laryngoscope (VL); and (3) again using the CL. Residents were given up to 120 seconds to complete each DLTI attempt. Time to successful DLTI was collected. Residents recorded their best view (larynx, epiglottis, vocal cords) with each DLTI attempt. Results Prior to the intervention, 15/17 (88.2%) and 16/17 (94.1%) of the participants reported prior exposure to DLTI as “less than 10 total attempts” in simulated and live patients respectively. Seventeen pediatric residents performed 51 DLTI attempts (34 with a CL and 17 with the VL). Success rates for DLTI are as follows: Baseline with CL 11/17 (64.7%), VL 12/17 (70.6%), and last attempt with CL 13/17 (76.5%) (P = 0.15). Compared to the baseline, the use of VL resulted in a shorter but non‐significant decrease in time to successful DLTI (Mean 34.2 sec [SD, 22.0] vs. 56.5 sec [SD, 40.2]; P = 0.08). Repeat attempts at DLTI with the CL, however, were significantly shorter than baseline (Mean 20.3 sec [SD, 12.8] vs. 56.5 sec [SD, 40.2]; P = 0.003). Using the VL, more residents could visualize the vocal cords compared to the baseline (14/17 [82.3%] vs. 9/17 [52.9%]; P = 0.03). Interpretation Repeated training is certainly a way to improve successful DLTI. Use of VL as a new teaching method led to greater visualization of the vocal cords, shortening operating time and raising self‐confidence.https://doi.org/10.1002/ped4.12056Critical CareMedical EducationPulmonologyVideo laryngoscope |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Weerapong Lilitwat Andrew McInnes Jigar Chauhan |
spellingShingle |
Weerapong Lilitwat Andrew McInnes Jigar Chauhan Improving pediatric resident laryngoscopy training through the use of a video laryngoscope Pediatric Investigation Critical Care Medical Education Pulmonology Video laryngoscope |
author_facet |
Weerapong Lilitwat Andrew McInnes Jigar Chauhan |
author_sort |
Weerapong Lilitwat |
title |
Improving pediatric resident laryngoscopy training through the use of a video laryngoscope |
title_short |
Improving pediatric resident laryngoscopy training through the use of a video laryngoscope |
title_full |
Improving pediatric resident laryngoscopy training through the use of a video laryngoscope |
title_fullStr |
Improving pediatric resident laryngoscopy training through the use of a video laryngoscope |
title_full_unstemmed |
Improving pediatric resident laryngoscopy training through the use of a video laryngoscope |
title_sort |
improving pediatric resident laryngoscopy training through the use of a video laryngoscope |
publisher |
Wiley |
series |
Pediatric Investigation |
issn |
2574-2272 |
publishDate |
2018-09-01 |
description |
Abstract Importance Opportunities for pediatric residents to perform direct laryngoscopy and tracheal intubation (DLTI) are few and the success rate is low. Objective We hypothesize that incorporation of video laryngoscope (McGrath MAC) into pediatric residents DLTI simulation course will improve the simulated DLTI success rate. Methods Residents were given 3 attempts at DLTI: (1) baseline using a conventional laryngoscope (CL); (2) using a video laryngoscope (VL); and (3) again using the CL. Residents were given up to 120 seconds to complete each DLTI attempt. Time to successful DLTI was collected. Residents recorded their best view (larynx, epiglottis, vocal cords) with each DLTI attempt. Results Prior to the intervention, 15/17 (88.2%) and 16/17 (94.1%) of the participants reported prior exposure to DLTI as “less than 10 total attempts” in simulated and live patients respectively. Seventeen pediatric residents performed 51 DLTI attempts (34 with a CL and 17 with the VL). Success rates for DLTI are as follows: Baseline with CL 11/17 (64.7%), VL 12/17 (70.6%), and last attempt with CL 13/17 (76.5%) (P = 0.15). Compared to the baseline, the use of VL resulted in a shorter but non‐significant decrease in time to successful DLTI (Mean 34.2 sec [SD, 22.0] vs. 56.5 sec [SD, 40.2]; P = 0.08). Repeat attempts at DLTI with the CL, however, were significantly shorter than baseline (Mean 20.3 sec [SD, 12.8] vs. 56.5 sec [SD, 40.2]; P = 0.003). Using the VL, more residents could visualize the vocal cords compared to the baseline (14/17 [82.3%] vs. 9/17 [52.9%]; P = 0.03). Interpretation Repeated training is certainly a way to improve successful DLTI. Use of VL as a new teaching method led to greater visualization of the vocal cords, shortening operating time and raising self‐confidence. |
topic |
Critical Care Medical Education Pulmonology Video laryngoscope |
url |
https://doi.org/10.1002/ped4.12056 |
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