Key result
Self-reported EDACS achieves 100% agreement with physician assessments for emergency department chest pain risk.
Why the study?
Guidelines are lacking to help triage nurses identify high-risk ED chest pain patients, and whether patient self-reported EDACS could facilitate more reliable triage remains untested.
Does self-reported EDACS (S-EDACS) correlate with physician-reported EDACS (P-EDACS) for triaging patients with chest pain in the emergency department?
Cohort (n=60)
Blinded treating physician and blinded outcome assessors
No
Does self-reported EDACS (S-EDACS) correlate with physician-reported EDACS (P-EDACS) for triaging patients with chest pain in the emergency department?
Patient self-reporting of EDACS correlates perfectly with physician assessment, suggesting it could be a simple and effective pre-triage tool for emergency department chest pain evaluation.
Answers are grounded in this paper and cite their sources.
Supports feasibility of self-reported EDACS for ED chest pain triage; leaves open impact on outcomes and safety in larger studies.
OBJECTIVES: Currently, there are no guidelines to help triage nurses identify high-risk emergency department chest pain patients. Patient self-reporting of Emergency Department Assessment of Chest Pain Score (EDACS) could facilitate more reliable triage compared to nursing gestalt, but this novel concept is untested. This study hypothesizes that because EDACS requires minimal clinical gestalt to derive, self-reported EDACS (S-EDACS) at triage is likely to correlate well with traditional physician-reported EDACS (P-EDACS) and have potential application as a triage tool. METHODS: This single-center pilot prospective cohort study analyzed 60 patients who completed a self-reported questionnaire upon triage to determine their S-EDACS. This was matched against P-EDACS, derived from an identical questionnaire completed by the blinded treating physician. Secondary endpoint of major adverse cardiovascular events (MACE) within 30 days (all-cause mortality, myocardial infarction, coronary revascularization) was assessed by 2 blinded emergency physicians who independently reviewed the electronic medical records. S/P-EDACS also were benchmarked against nursing gestalt (based on triage to low/high-acuity areas) and emergency physician gestalt (disposition and admitting/discharge diagnoses). Fifteen patients (25.0%) had minor discordances in their absolute S/P-EDACS that did not affect risk stratification. Of these, 11/15 (73.3%) had higher S-EDACS, suggesting S-EDACS is more likely to safely overcall MACE risk. S-EDACS outperformed nursing gestalt, triaging a greater proportion of patients (71.7% vs 35.0%) as low risk without compromising patient safety, and demonstrated similar accuracy as emergency physician gestalt. CONCLUSION: S-EDACS strongly correlates with P-EDACS with perfect agreement and has potential to be used as a triage tool.
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Ng et al. (2021) conducted a cohort in Chest pain in the emergency department (n=60). Self-reported Emergency Department Assessment of Chest Pain Score (S-EDACS) vs. Physician-reported EDACS (P-EDACS) was evaluated on Correlation and agreement between self-reported and physician-reported EDACS (K = 1.00, p=≤0.001). Self-reported EDACS (S-EDACS) showed perfect agreement with physician-reported EDACS (K=1.00, p≤0.001) for assessing chest pain risk in the emergency department.
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