Simon H Sündermann1, Oliver Müggler2, Etem Caliskan2, Diana Reser2, Robert Manka3, Tomas Holubec2, Martin Czerny2, Volkmar Falk2. 1. Division of Cardiovascular Surgery, University Hospital Zurich, Zurich, Switzerland simon.suendermann@usz.ch. 2. Division of Cardiovascular Surgery, University Hospital Zurich, Zurich, Switzerland. 3. Institute of Diagnostic and Interventional Radiology, University Hospital Zurich, Zurich, Switzerland Department of Cardiology, University Hospital Zurich, Zurich, Switzerland.
Abstract
OBJECTIVES: To describe the use of a new extracellular matrix patch as a means for atrial reconstruction in patients with cardiac tumours. METHODS: A new extracellular matrix patch was used to reconstruct atrial and neighbouring structures after tumour resections. In 1 case, it was used to reconstruct the atrial septum and the left atrial roof after excision of a huge myxoma. In a second case, it was used to reconstruct the right atrium, including the superior vena cava after excision of a primary cardiac sarcoma. In a third case, it was used to reconstruct both atria, the right-sided pulmonary venous confluence and the roof of the coronary sinus after excision of a metastasis of malignant melanoma. RESULTS: In all cases, reconstruction was successful and facilitated because of the flexible and thin character of the extracellular matrix, which also seemed to be advantageous with regards to haemostasis. CONCLUSIONS: Extracellular matrix patches are a potential alternative for pericardial patches for complex reconstructions of atrial structures because of their pliable characteristics and consecutively reduced need for haemostatic stitches.
OBJECTIVES: To describe the use of a new extracellular matrix patch as a means for atrial reconstruction in patients with cardiac tumours. METHODS: A new extracellular matrix patch was used to reconstruct atrial and neighbouring structures after tumour resections. In 1 case, it was used to reconstruct the atrial septum and the left atrial roof after excision of a huge myxoma. In a second case, it was used to reconstruct the right atrium, including the superior vena cava after excision of a primary cardiac sarcoma. In a third case, it was used to reconstruct both atria, the right-sided pulmonary venous confluence and the roof of the coronary sinus after excision of a metastasis of malignant melanoma. RESULTS: In all cases, reconstruction was successful and facilitated because of the flexible and thin character of the extracellular matrix, which also seemed to be advantageous with regards to haemostasis. CONCLUSIONS: Extracellular matrix patches are a potential alternative for pericardial patches for complex reconstructions of atrial structures because of their pliable characteristics and consecutively reduced need for haemostatic stitches.
Authors: Stefan Schleifenbaum; Torsten Prietzel; Gabriela Aust; Andreas Boldt; Sebastian Fritsch; Isabel Keil; Holger Koch; Robert Möbius; Holger A Scheidt; Martin F X Wagner; Niels Hammer Journal: PLoS One Date: 2016-03-09 Impact factor: 3.240