Key result
A 45-year-old healthy man developed inferolateral ST segment elevation and marked hypotension during the recovery phase of an exercise stress test, attributed to coronary vasospasm.
Case Report (n=1)
No
Coronary vasospasm can cause significant ST elevation and hemodynamic compromise during the recovery phase of exercise testing, mimicking a classic STEMI despite normal coronary arteries.
Clinicians should consider vasospasm in post-exercise ST elevation with hypotension; case reports leave open incidence and management questions.
We present the case of a 45-year-old healthy man who successfully completed three stages of the Bruce protocol but developed inferolateral ST segment elevation in the recovery phase. The ECG change was associated with a marked drop in blood pressure. He underwent emergency coronary angiography which revealed normal coronary arteries. It is likely that post-exercise hypotension triggered coronary spasm which caused the ST segment elevation. Alternatively, coronary spasm may have been the primary event, inducing sufficient myocardial ischaemia to cause a marked drop in blood pressure. Exercise tolerance testing is often a reliable test to rule out reversible myocardial ischaemia. While the physician is focused on ischaemic changes or rhythm abnormalities developing during the exercise phase, the recovery period is just as important and requires as much vigilance. Coronary vasospasm can result in significant ST changes and haemodynamic compromise at any point during the test, and the ECG traces can be indistinguishable from a classic ST elevation myocardial infarction, as in the present case.
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Aghamohammadzadeh et al. (2019) conducted a case report in Coronary vasospasm (n=1). Exercise tolerance testing was evaluated on Development of ST segment elevation and hypotension. A 45-year-old healthy man developed inferolateral ST segment elevation and marked hypotension during the recovery phase of an exercise stress test, attributed to coronary vasospasm.
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