Data di Pubblicazione:
2003
Abstract:
Current techniques of myocardial protection are evolving with the use of less conventional modalities of cardioplegia and have reduced the
morbidity and mortality of cardiac operations. Blood cardioplegic solutions appear superior to cold cardioplegia in terms of myocardial
protection and adjuncts as glutamate/aspartate enhancement, antioxidant supplementation, nitric oxide donors and maintenance of calcium
homeostasis seem effective. In the near future, further experimental and clinical investigations about pharmacological preconditioning,
sodium–hydrogen exchangers inhibition and gene therapy need to be addressed to well define their potential role in the improvement of
current techniques of myocardial protection that are suboptimal in high-risk clinical settings.
morbidity and mortality of cardiac operations. Blood cardioplegic solutions appear superior to cold cardioplegia in terms of myocardial
protection and adjuncts as glutamate/aspartate enhancement, antioxidant supplementation, nitric oxide donors and maintenance of calcium
homeostasis seem effective. In the near future, further experimental and clinical investigations about pharmacological preconditioning,
sodium–hydrogen exchangers inhibition and gene therapy need to be addressed to well define their potential role in the improvement of
current techniques of myocardial protection that are suboptimal in high-risk clinical settings.
Tipologia CRIS:
Articolo su Rivista
Keywords:
Cardiac surgery; Cardioplegia; Myocardial protection; Cardiology and Cardiovascular Medicine; Surgery
Elenco autori:
Nicolini, F.; Beghi, Cesare; C., Muscari; A., Agostinelli; A. M., Budillon; I., Spaggiari; T., Gherli
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