Catheterization and cardiovascular interventions : official journal of the Society for Cardiac Angiography & Interventions · 2019
Angiographically visible coronary artery collateral circulation improves prognosis in patients presenting with acute ST segment-elevation myocardial infarction.
СтатьяНазвание и аннотация: Перевод в очереди
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Alsanjari Osama, Chouari Tarak, Williams Timothy, Myat Aung, Sambu Nalyaka, Blows Lucy, Cockburn James, de Belder Adam, Hildick-Smith David
Аннотация
BACKGROUND: Coronary collaterals are often seen supplying retrograde flow to an acutely occluded arterial territory. Whether this early collateralization offers prognostic benefit is not well established.
METHODS: We analyzed data from all patients presenting to our regional cardiac unit with acute ST-elevation myocardial infarction requiring immediate angiography (years 1999-2017). Data on all patients is entered prospectively into a bespoke tailored database prior to knowledge of patient outcome. Only patients with TIMI 0 or 1 flow in the infarct-related vessel were included in the analysis. In-hospital and long-term outcome were assessed according to the presence or absence of angiographically visible collateral flow prior to treatment of the occluded vessel.
RESULTS: Two thousand five hundred and forty-two patients were included in the analysis. 76% of these (n = 1944) had TIMI 0/1 flow at angiography. Angiographically-visible collateralization was seen in 17% (n = 322) and was more commonly observed in the right coronary artery (64%) than in the left anterior descending (25%) or Cx (6%). Cardiogenic shock (10.8%) and use of an intra-aortic balloon pump (5.4%) were more frequent in patients without coronary collateralisation (p = .04 and p = .02, respectively). The presence of collaterals improved long term survival (95% CI 11.4-18.7 months; p < .01).
CONCLUSION: One-sixth of patients with STEMI have angiographically visible collaterals to the infarcted territory. Patients without collaterals are more likely to present in cardiogenic shock. The presence of angiographically visible collaterals at the time of STEMI is associated with an improved long-term survival.
METHODS: We analyzed data from all patients presenting to our regional cardiac unit with acute ST-elevation myocardial infarction requiring immediate angiography (years 1999-2017). Data on all patients is entered prospectively into a bespoke tailored database prior to knowledge of patient outcome. Only patients with TIMI 0 or 1 flow in the infarct-related vessel were included in the analysis. In-hospital and long-term outcome were assessed according to the presence or absence of angiographically visible collateral flow prior to treatment of the occluded vessel.
RESULTS: Two thousand five hundred and forty-two patients were included in the analysis. 76% of these (n = 1944) had TIMI 0/1 flow at angiography. Angiographically-visible collateralization was seen in 17% (n = 322) and was more commonly observed in the right coronary artery (64%) than in the left anterior descending (25%) or Cx (6%). Cardiogenic shock (10.8%) and use of an intra-aortic balloon pump (5.4%) were more frequent in patients without coronary collateralisation (p = .04 and p = .02, respectively). The presence of collaterals improved long term survival (95% CI 11.4-18.7 months; p < .01).
CONCLUSION: One-sixth of patients with STEMI have angiographically visible collaterals to the infarcted territory. Patients without collaterals are more likely to present in cardiogenic shock. The presence of angiographically visible collaterals at the time of STEMI is associated with an improved long-term survival.