Excessive coronary hinge motion contributes to multiple percutaneous coronary intervention failures by promoting in-stent thrombosis and subsequent stent fractures.
Does excessive coronary hinge motion contribute to in-stent thrombosis and stent fractures following PCI?
Excessive coronary hinge motion is highlighted as a potential major mechanical contributor to recurrent PCI failures, specifically in-stent thrombosis and stent fractures.
Absolute Event Rate: 0% vs 0%
Excessive vessel movement due to hinge motion (HM) may be one of the major contributors to in-stent thrombosis and subsequent stent fractures.
Liu et al. (Sun,) reported a other. Excessive coronary hinge motion contributes to multiple percutaneous coronary intervention failures by promoting in-stent thrombosis and subsequent stent fractures.