Partial pericardiectomy for refractory acute tuberculous pericarditis: A case report.

INTRODUCTION: Tuberculosis is an infectious disease that usually manifests in the lungs but can also affect other organs, including the cardiovascular system. In this article, we present a rare case of purulent pericarditis caused by Mycobacterium tuberculosis. PRESENTATION OF CASE: A 67-year-old man was admitted to the emergency department with a large pericardial effusion with evidence of cardiac tamponade caused by acute pericarditis. The patient underwent surgical pericardial drainage, and a total volume of 500 mL of purulent fluid was collected with a positive culture for Mycobacterium tuberculosis. Despite antituberculous drugs, the patient presented with clinical worsening and recurrence of large pericardial effusion. Therefore, he was submitted to a second intervention by full median sternotomy to drain the pericardial effusion and perform a surgical pericardial debridement associated with a partial pericardiectomy. After the procedure, he improved clinically and was discharged after 24 days of hospitalization. DISCUSSION: Pericardiectomy is recommended for patients with refractory tuberculous pericarditis after four to eight weeks of antituberculous treatment. We decided not to wait that long to perform an open surgical partial pericardiectomy and debridement with a median sternotomy approach. We believe that this more aggressive surgical approach would be more efficient to combat the infection, which was causing progressive deterioration of patient's clinical condition and early recurrence of significant pericardial effusion. CONCLUSION: Open partial pericardiectomy with surgical debridement could be an efficient approach for treatment of a refractory acute tuberculous pericarditis.

Balões de látex: um modelo alternativo e de baixo custo para treinamento de anastomoses vasculares no ensino médico / Latex balloons: an alternative, low-cost model for vascular anastomosis training in medical education

O uso de simuladores na educação médica tem sido cada vez mais frequente, porém pouco acessíveis devido ao custo elevado. Foi desenvolvido para tal um modelo acessível e de baixo custo para o aprendizado e o treinamento de suturas e anastomoses vasculares em Laboratório de Bases das Técnicas Cirúrgicas. Foram utilizados balões de látex de cores variadas, fio de polipropileno 6.0 e outros materiais específicos para sutura vascular (porta-agulhas e pinças). Para facilitar o reparo dos balões, eles foram fixados em parafusos sobre placas de madeira. Foram feitas anastomoses terminoterminal, terminolateral e laterolateral e construção de patch. A perviedade da anastomose foi testada a partir da injeção de água em uma extremidade do balão e a observação da saída do conteúdo líquido na extremidade oposta. As vantagens observadas nesse modelo de treinamento para anastomoses foram a maleabilidade, a resistência à passagem do fio e o fato de ser inorgânico. Os balões de látex são uma alternativa barata, viável, não perecível e de uso prolongado no ensino e treinamento das suturas e anastomoses arteriais

Simulators are increasingly being used in medical education, but accessibility is restricted by their elevated cost. A accessible and low-cost model was developed for teaching and learning vascular sutures and anastomoses at a Basic Surgical Techniques Laboratory. Latex balloons of varying colors, polypropylene 6.0 sutures, and other materials specifically for suturing (needle holder and forceps) were used. The balloons were fixed to screws inserted into wooden boards in order to facilitate repairs. E end-to-end, end-to-side, and side-to-side anastomoses and patching were performed. Anastomosis patency was tested by injecting water into one extremity of the balloon and observing the liquid exit via the opposite extremity. The advantages observed with this training model for anastomoses were malleability, resistance to passage of the suture, and the fact that it is inorganic. Latex balloons are an inexpensive option that are non-perishable and offer prolonged use for teaching and practice of arterial sutures and anastomoses

Latex balloons: an alternative, low-cost model for vascular anastomosis training in medical education.

Simulators are increasingly being used in medical education, but accessibility is restricted by their elevated cost. A accessible and low-cost model was developed for teaching and learning vascular sutures and anastomoses at a Basic Surgical Techniques Laboratory. Latex balloons of varying colors, polypropylene 6.0 sutures, and other materials specifically for suturing (needle holder and forceps) were used. The balloons were fixed to screws inserted into wooden boards in order to facilitate repairs. E end-to-end, end-to-side, and side-to-side anastomoses and patching were performed. Anastomosis patency was tested by injecting water into one extremity of the balloon and observing the liquid exit via the opposite extremity. The advantages observed with this training model for anastomoses were malleability, resistance to passage of the suture, and the fact that it is inorganic. Latex balloons are an inexpensive option that are non­perishable and offer prolonged use for teaching and practice of arterial sutures and anastomoses.