Abstract Objective: The goal of the present study was to compare the myocardial protection obtained with histidine-tryptophan-ketoglutarate (HTK) cardioplegic solution (Custodiol®) and with intermittent hypothermic blood solution. Methods: Two homogenous groups of 25 children with acyanotic congenital heart disease who underwent total correction with mean aortic clamping time of 60 minutes were evaluated in this randomized study. Troponin and creatine kinase-MB curves, vasoactive-inotropic score, and left ventricular function were obtained by echocardiogram in each group. The values were correlated and presented through graphs and tables after adequate statistical treatment. Results: It was observed that values of all the studied variabl...
ObjectivesWe sought to evaluate a moderate-potassium cardioplegic solution using adenosine and lidoc...
Modern pediatric cardiac surgery prides itself by performing primary surgical repair of car-diac ano...
AbstractObjectives: The superiority of hyperpolarized arrest with adenosine triphosphate–sensitive p...
ObjectivesHistidine-tryptophan-ketoglutarate (HTK–Custodiol) cardioplegic solution is administered a...
The method for optimal protection of immature myocardium is still controversial. This study was desi...
Background: Ischemia-reperfusion injury related to unsuccessful myocardial protection affects postop...
Background: Minimally invasive cardiac surgery (MICS) is a safe and satisfactory approach used mainl...
AbstractBackgroundBlood cardioplegia and terminal warm blood cardioplegic reperfusion (“hot shot”) r...
Cardioplegic reperfusion during a long term ischemic period interrupts cardiac surgery and also incr...
Recently, cardioplegia has been widely employed for myocardial protection during cardiac surgery. Cr...
Introduction. The quality and effectiveness of myocardial protection are fundamental problems to exp...
Background: Strategies for myocardial protection vary among surgeons, and data on the optimal cardio...
Background: Cold blood cardioplegia is widely used as a method of myocardial protection in pediatric...
AbstractBackgroundCold blood cardioplegia is widely used as a method of myocardial protection in ped...
IntroductionCardioplegia is a solution used to arrest and protect the heart during open cardiac repa...
ObjectivesWe sought to evaluate a moderate-potassium cardioplegic solution using adenosine and lidoc...
Modern pediatric cardiac surgery prides itself by performing primary surgical repair of car-diac ano...
AbstractObjectives: The superiority of hyperpolarized arrest with adenosine triphosphate–sensitive p...
ObjectivesHistidine-tryptophan-ketoglutarate (HTK–Custodiol) cardioplegic solution is administered a...
The method for optimal protection of immature myocardium is still controversial. This study was desi...
Background: Ischemia-reperfusion injury related to unsuccessful myocardial protection affects postop...
Background: Minimally invasive cardiac surgery (MICS) is a safe and satisfactory approach used mainl...
AbstractBackgroundBlood cardioplegia and terminal warm blood cardioplegic reperfusion (“hot shot”) r...
Cardioplegic reperfusion during a long term ischemic period interrupts cardiac surgery and also incr...
Recently, cardioplegia has been widely employed for myocardial protection during cardiac surgery. Cr...
Introduction. The quality and effectiveness of myocardial protection are fundamental problems to exp...
Background: Strategies for myocardial protection vary among surgeons, and data on the optimal cardio...
Background: Cold blood cardioplegia is widely used as a method of myocardial protection in pediatric...
AbstractBackgroundCold blood cardioplegia is widely used as a method of myocardial protection in ped...
IntroductionCardioplegia is a solution used to arrest and protect the heart during open cardiac repa...
ObjectivesWe sought to evaluate a moderate-potassium cardioplegic solution using adenosine and lidoc...
Modern pediatric cardiac surgery prides itself by performing primary surgical repair of car-diac ano...
AbstractObjectives: The superiority of hyperpolarized arrest with adenosine triphosphate–sensitive p...