Aortic valve repair by cusp extension with the use of fresh autologous pericardium in children with rheumatic aortic insufficiency.

Objectives: Our goal was to evaluate the midterm results of aortic valve repair by a more sophisticated tailoring of cusp extension-taking into account the dimensions of the native aortic cusps-with the use of fresh autologous pericardium.

Patients And Methods: Forty-one children who had severe rheumatic aortic insufficiency (mean age 11.5 +/- 2.

Ascending aortic aneurysm associated with aortic insufficiency due to Takayasu's arteritis.

We report the case of a child with an ascending aortic aneurysm associated with aortic insufficiency. Histopathological examination of the ascending aorta and aortic valve showed findings in favor of Takayasu's arteritis, and subsequent evaluation of the entire aorta demonstrated the presence of multiple steno-occlusive lesions. This unusual clinical problem in the young population is discussed with regard to other eventual pathologies that should be taken into account in the differential diagnosis.

Hypoplasia of the posterior leaflet as a rare cause of congenital mitral insufficiency.

A rare case of congenital mitral insufficiency characterized by the hypoplasia of the posterior leaflet is reported. At operation, the mitral valve was successfully repaired by a ring annuloplasty, which created a satisfactory surface of coaptation between the anterior leaflet and the bulky posterior muscular structure. The presence of this posterior muscular structure represents a developmental arrest at the stage of conversion from muscular chordae and leaflets to thin connective structures.

Conversion from routine CPB to centrifugal mechanical assist by transaortic inflow cannulation of the left ventricle.

We describe a technique of conversion from cardiopulmonary bypass to centrifugal mechanical assist that consists of using the existing aortic cannula for outflow and inserting a cannula into the left ventricle through a Dacron tube and across the aortic valve for inflow.