Sullivan I D, Davies D W, Sowton E
Br Heart J. 1984 Aug;52(2):147-53. doi: 10.1136/hrt.52.2.147.
Seventy four patients (66 men, eight women; mean age 54.3 years) underwent submaximal exercise testing 7-23 days (mean 10.7) after acute myocardial infarction. Follow up was a mean period of 11.3 months. When compared with patients with no exercise induced abnormality, ST segment elevation, ST shift (depression or elevation or both), ST depression, inability to complete five metabolic equivalents, and inadequate blood pressure response to exercise were predictive of subsequent cardiac events (cardiac death, left ventricular failure, recurrent myocardial infarction, angina). When the presence or absence of specific variables was assessed, only ST elevation and ST shift predicted subsequent cardiac events. The presence of exercise induced ST elevation was the only exercise test variable which predicted cardiac death. ST segment elevation was, therefore, the exercise induced abnormality which best predicted the risk of future complications.
74例患者(66例男性,8例女性;平均年龄54.3岁)在急性心肌梗死后7 - 23天(平均10.7天)接受了次极量运动试验。随访平均时间为11.3个月。与无运动诱发异常的患者相比,ST段抬高、ST段移位(压低或抬高或两者兼有)、ST段压低、无法完成5个代谢当量以及运动时血压反应不足可预测随后的心脏事件(心源性死亡、左心室衰竭、再发心肌梗死、心绞痛)。当评估特定变量的存在与否时,只有ST段抬高和ST段移位可预测随后的心脏事件。运动诱发的ST段抬高是唯一可预测心源性死亡的运动试验变量。因此,ST段抬高是最能预测未来并发症风险的运动诱发异常。