Clinical testing of nicorandil supplemented normokalemic cardioplegic solution

Left ventricular mechanoenergetics after hyperpolarized cardioplegic arrest by nicorandil and after depolarized cardioplegic arrest by KCl.

We hypothesized that there are no differences in left ventricular (LV) mechanoenergetics between after hyperpolarized cardioplegic arrest by nicorandil (nicorandil arrest) and after depolarized one by high potassium chloride (KCl arrest). The aim of the present study was to test this hypothesis using LV curved end-systolic pressure-volume relation (ESPVR) and linear pressure-volume area (PVA)-m...

Cardioplegic solution challenges.

Oxygenation of a Crystalloid Cardioplegic Solution

_____________ _ The purpose of this study is to compare the effectiveness of an alternative method of oxygenating a crystalloid cardioplegic solution to the use of a bubble oxygenator. Five hundred milliliters of 100% oxygen was introduced, using sterile technique, into 100 ml bags of Ringer's solution at varying temperatures (20°, 10°, and 4°C). The contents of the bags were shaken for one min...

Polarizing cardioplegic solution: state of the art

The meaning of the term “cardioplegia” is “lesion, attack, wound or blow”, very different to how it is most commonly understood in most heart centers, where it relates to cardiac protection. Thus, “cardioplegic solution” is better defined as a solution capable of inducing controlled cardiac arrest. Cardiac arrest induced by cardioplegic solutions can occur by hyperpolarization, depolarization o...

Development of cardioplegic solution without potassium: experimental study in rat

INTRODUCTION Myocardial preservation during open heart surgeries and harvesting for transplant are of great importance. The heart at the end of procedure has to resume its functions as soon as possible. All cardioplegic solutions are based on potassium for induction of cardioplegic arrest. OBJECTIVE To assess a cardioplegic solution with no potassium addition to the formula with two other com...