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Franz Hartmann, MD

08/01/2008
Intracoronary radiation, by virtue of its ability to inhibit intimal hyperplasia and constrictive vascular remodeling, reduces restenosis after percutaneous coronary interventions (PCI). Long lesions — longer than the available source length...
Intracoronary radiation, by virtue of its ability to inhibit intimal hyperplasia and constrictive vascular remodeling, reduces restenosis after percutaneous coronary interventions (PCI). Long lesions — longer than the available source length...
Intracoronary radiation, by...
08/01/2008
Journal of Invasive Cardiology
08/01/2008
Intracoronary radiation therapy, by virtue of its antiproliferative and favorable remodeling effects, reduces restenosis in both in-stent restenosis (ISR) and de novo lesions. While several large, randomized and non-randomised trials have...
Intracoronary radiation therapy, by virtue of its antiproliferative and favorable remodeling effects, reduces restenosis in both in-stent restenosis (ISR) and de novo lesions. While several large, randomized and non-randomised trials have...
Intracoronary radiation therapy,...
08/01/2008
Journal of Invasive Cardiology