
Project Overview
Intubation is a high-risk and life-saving procedure that has been shown to have an increased rate of complications, such as failed intubation, hypoxia, hypotension, and surgical airway, when it takes place in the Emergency Department (ED), intensive care unit (ICU), and ward in comparison with the operating room (OR). Human factors and inadequate preparation are the most prevalent causes of medical error.
The BC Airway Registry collects standardized data points during emergency intubation when respiratory therapists (RTs) are present. RTs complete standardized tick-box and text fields for specific intubation manoeuvers, post intubation attempts and complications for each intubation using an Airway form in Cerner and Meditech Expanse EMRs. These data points would not otherwise be captured consistently or in detail in the patient record. The details of the intubation and performance are then published as a PDF in the patient’s Documentation section, for communication between healthcare providers and to inform clinical decisions during future intubations. Additionally, we hope that the airway registry will lay the groundwork for future quality improvement interventions such as Difficult Intubation alerts and to identify common pitfalls during intubation that can be improved upon through education and standardization across health authorities. Data in the airway registry will allow us to track intubation performance on a monthly basis and provide the ability to compare intubation performance and compilation rates to other institutions and countries.
Data export from Cerner became semi-automated in 2024 at VCH and PHC, by exporting data from Cerner and importing them via CSV files into the BC Airway Registry stored in UBC Faculty of Medicine (FoM) REDCap (https://rc.med.ubc.ca).

“The collaborative efforts of Kenny Hammond and the UBC Data Management team have significantly enhanced the BC Airway Registry. This initiative transitioned the registry from a paper-based system encompassing only three hospitals to a semi-automated data transfer process from Electronic Medical Records (EMRs), including Cerner (with future integration planned for Meditech Expanse), to UBC’s REDCap. As of October 1, 2024, the registry contained a substantial 16,737 unique patient intubation records across nine hospitals within three British Columbian health authorities. This expansion was facilitated by the UBC Data Management team’s effective collaboration with informatics teams across the various health authorities to establish a data pipeline for seamless data transfer from Cerner to REDCap. The Data Management team’s responsiveness and ease of collaboration have been instrumental in the successful expansion of this project to additional health authorities province-wide.”
-Dr. Jeff Yoo
What Makes This Project Special:
Semi-automated data export from Cerner → CSV → REDCap (2024, VCH & PHC RTs no longer hand-enter paper forms)
Goals
The goals of this project are two-fold:
1. Standardize intubation data collection across the province:
The Airway Registry uses pre-programmed Airway Registry forms that are completed by RTs after emergency intubation. Standardization of this data collection process is necessary to understand local intubation trends, performance and complication rates and has proven to be an effective tool to implement quality improvement interventions. Integration into the electronic medical record (EMR) programs like Cerner (VCH, PHC, PHSA, VIHA, and NHA) and Meditech Expanse (FHA and Interior Health) is a crucial step to collecting data from both urban/academic centres and rural/community centres. Approval and support for such a project is necessary from the executive level to the bedside. Data transfer from EMRs to the UBC Faculty of Medicine (FoM) REDCap, where the Airway Registry database is hosted, will require novel programming while ensuring that confidential patient data is not at risk.
2. Spread successful QI interventions across BC to improve patient outcomes during emergency intubation:
Data from the BC-Airway Registry can be used to identify gaps in care and to implement quality improvement interventions to improve patient outcomes during emergency intubation.
As a proof of concept, St. Paul’s Hospital implemented a bundle of QI interventions in 2020 including a pre-intubation checklist, default use of video laryngoscopy, and using the most experienced airway operator. First pass success was 78.2% in the pre-intervention cohort compared to 87.9% in the post-intervention cohort (ARR 9.6%; p=0.001, NNT 10.4), first-pass success without complications was 239/340 (70.3%) in the pre-intervention cohort and 268/338 (79.3%) in the post-intervention cohort (ARR 9.0%, p= 0.008, NNT 11.1), and complications occurred in 60/340 cases (17.6%) in the pre-intervention cohort and 43/338 cases (12.7%) in the post-intervention cohort (ARR 4.9%, p=0.076, NNT 20.3).
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Yoo JH et al.
Development and implementation of an intubation registry within a Canadian tertiary-care hospital.
CJEM. 2017;19(S1):S122–S123. doi:10.1017/cem.2017.334 -
Yoo J & Trojanowski J et al.
Development of the BC-Airway Registry for Emergencies (BCARE) network.
CJEM. 2018;20(S1):S115. doi:10.1017/cem.2018.362 -
Dullemond K et al.
Success and complications of endotracheal intubation under COVID-19 protocols.
CJEM. 2021;23(4):512–517. doi:10.1007/s43678-020-00061-z
- 2021 CAEP Award Winners – UBC Emergency Medicine
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Paul Clerc:
Abstract presentation at the Trauma Association of Canada 2025 & UBC Research Day 2025:
“Emergency department intubation of trauma patients: First-pass success & complications (2017–2022).”