STUDIO NUMERICO DELL'EMODINAMICA IN PAZIENTI CON DISSECAZIONE AORTICA DI TIPO B

The development of type B aortic dissection (AoD) is caused by altered haemodynamic forces exerted on false and true lumina of dissected aorta. This work aims to study haemodynamic and morphological proprieties, which influence the progression or stability of type B AoD. Computational fluid-dynamic analyses were performed on three patients with type B AoD, whose two presented an aneurysm evolution and one presented no further complication connected with dissection. Blood flow features showed that the true lumen flow was laminar and uniform while false lumen flow lost the laminar characteristic with consequent vorticity formation. The entry point zone proximal to the aortic arch showed both …

AN IN-VITRO PHANTOM STUDY ON THE THORACIC AORTIC STENT GRAFT COLLAPSE RESULTING FROM A BIRD-BEAK CONFIGURATION INTO THE AORTIC ARCH

Growth-inhibitory response elicited by hydrocortisone in chick embryo hepatocytes

Hydrocortisone regulation of thymidine kinase in chick embryo liver

Inhibitory effect of hydrocortisone administered in ovo on thymidine kinase in chick embryo retina during development

hydrocortisone

Predicting Outcome of Type B Aortic Dissection with Patent False Lumen by Computational Flow Analysis