The present investigation was un-dertaken to compare the effects of cold crystalloid and blood cardiople-gia on the functional recovery of the heart; on Ca+ + binding and uptake, Ca+ +-ATPase of the sarcoplasmic reticulum (SR), and sarcolemmal (SL) ATPase; and on serum MB frac-tion of creatine kinase (MBCK) after one and a half hours of reperfusion following one hour of ischemic car-diac arrest in dog. This study was made also to determine if the func-tional changes are related to th
Hypothermia protects ischemic tissues by reducing ATP utilization and accumulation of harmful metabo...
BACKGROUND: There is some evidence that continuous warm blood cardioplegia offers good myocardial pr...
OBJECTIVE: Warm intermittent blood cardioplegia has been shown to prevent the reperfusion damage see...
SUMMARY Hypothermic potassium cardioplegia is now commonly used to protect the myocardium during sur...
AbstractThe majority of myocardial protective techniques performed in the United States incorporate ...
Cold cardioplegia has been appreciated as a superior method of myocardial protection, but the ideal ...
The goal of this study was to approach the pathological, histochemical and metabolic changes due to ...
Although crystalloid cardioplegic solutions are generally buffered to be alkalotic, some workers hav...
To determine if the protection afforded by a crystalloid cardioplegic solution could be enhanced by ...
OBJECTIVES Potassium-based depolarizing St Thomas' Hospital cardioplegic solution No 2 administered ...
Background. Cardioplegic solutions have been used to enhance myocardial preservation during cardiac ...
Interruption of coronary flow during cardiac surgical procedures provides a bloodless flaccid heart ...
ObjectivesWe investigated whether the degree of nonischemic myocardial acidosis during a period of c...
Efficacy of three different solutions for myocardial protection was determined in dogs after 120 min...
Objecti6e: Heat stress and induction of heat shock proteins confer protection against myocardial isc...
Hypothermia protects ischemic tissues by reducing ATP utilization and accumulation of harmful metabo...
BACKGROUND: There is some evidence that continuous warm blood cardioplegia offers good myocardial pr...
OBJECTIVE: Warm intermittent blood cardioplegia has been shown to prevent the reperfusion damage see...
SUMMARY Hypothermic potassium cardioplegia is now commonly used to protect the myocardium during sur...
AbstractThe majority of myocardial protective techniques performed in the United States incorporate ...
Cold cardioplegia has been appreciated as a superior method of myocardial protection, but the ideal ...
The goal of this study was to approach the pathological, histochemical and metabolic changes due to ...
Although crystalloid cardioplegic solutions are generally buffered to be alkalotic, some workers hav...
To determine if the protection afforded by a crystalloid cardioplegic solution could be enhanced by ...
OBJECTIVES Potassium-based depolarizing St Thomas' Hospital cardioplegic solution No 2 administered ...
Background. Cardioplegic solutions have been used to enhance myocardial preservation during cardiac ...
Interruption of coronary flow during cardiac surgical procedures provides a bloodless flaccid heart ...
ObjectivesWe investigated whether the degree of nonischemic myocardial acidosis during a period of c...
Efficacy of three different solutions for myocardial protection was determined in dogs after 120 min...
Objecti6e: Heat stress and induction of heat shock proteins confer protection against myocardial isc...
Hypothermia protects ischemic tissues by reducing ATP utilization and accumulation of harmful metabo...
BACKGROUND: There is some evidence that continuous warm blood cardioplegia offers good myocardial pr...
OBJECTIVE: Warm intermittent blood cardioplegia has been shown to prevent the reperfusion damage see...