The article “Coronary Angiography After Out-of-Hospital Cardiac Arrest Without ST-Segment Elevation: A Systematic Review and Meta-analysis of Randomized Trials” evaluates the timing and efficacy of coronary angiography (CAG) in patients who have experienced out-of-hospital cardiac arrest (OHCA) without showing ST-segment elevation on an ECG. The meta-analysis reviewed data from seven randomized controlled trials and involved 1,625 patients. The study found that early CAG did not significantly improve survival or neurological outcomes compared to a delayed strategy. The analysis further highlighted similar rates of major complications, such as bleeding and the need for renal replacement therapy, between the two approaches.
Learning Outcomesย
Upon completion of this activity, you should have an understanding of:
The role and timing of coronary angiography in OHCA patients without ST-segment elevation, recognizing that early intervention does not always lead to improved survival or neurological outcomes.
The significance of identifying acute coronary lesions in OHCA patients, and the importance of using targeted approaches such as ECG and clinical markers to decide on the need for urgent coronary angiography.
The impact of early versus delayed coronary angiography on clinical outcomes, including complications like major bleeding and the need for renal replacement therapy, providing insight into risk management strategies in critical care settings.
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1. What is the goal of early coronary angiography (CAG) in patients who experienced out-of-hospital cardiac arrest (OHCA) without ST-segment elevation?
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.p. 67)
Question 2 of 15
2. Question
2. True or False:
Early coronary angiography in OHCA patients without ST elevation reduces mortality.
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Hint
p. 67)
Question 3 of 15
3. Question
3. What percentage of cardiac arrests are attributable to coronary artery disease?
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Hint
p. 67)
Question 4 of 15
4. Question
4. In OHCA patients with ST-segment elevation, what is the chance of detecting an acute coronary artery lesion during early CAG?
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Hint
p. 67
Question 5 of 15
5. Question
5. What is the main clinical endpoint assessed in this meta-analysis?
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Hint
p. 69)
Question 6 of 15
6. Question
6. All patients included in the study underwent targeted temperature management (TTM).
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Hint
p. 69)
Question 7 of 15
7. Question
7. Which patients were excluded from the meta-analysis?
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Hint
p. 68
Question 8 of 15
8. Question
8. What is a key benefit of identifying patients with a severe coronary occlusion?
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Hint
p 72)
Question 9 of 15
9. Question
9. An early CAG strategy is significantly associated with improved neurological status in OHCA patients.
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Hint
p. 70
Question 10 of 15
10. Question
10. What tool is recommended for triaging patients after ROSC (Return of Spontaneous Circulation)?
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Question 11 of 15
11. Question
11. What was the pooled odds ratio (OR) for all-cause mortality comparing early CAG with delayed CAG?
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Hint
p. 69)
Question 12 of 15
12. Question
12. Which factor is identified as a strong predictor of adverse outcomes in resuscitated cardiac arrest patients?
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Hint
p. 73
Question 13 of 15
13. Question
13. What safety outcome was assessed in addition to mortality in this study?
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Hint
p. 69
Question 14 of 15
14. Question
14. Which factor diminishes the potential therapeutic effect of coronary revascularization in OHCA patients?
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Hint
p. 72
Question 15 of 15
15. Question
15. What does OMI stand for in the context of cardiac events?