Growing experimental evidence is beeing produced in support of the thesis that lipid pe, oxidation is an important mediator of both vascular and myocardial tissue derangement. Although the role of the free-radical system in human cardiovascular pathology remains speculative, nevertheless the potential implications of such a system in both pharmacological therapy and prevention of major cardiovascular diseases, such as myocardial infarction, cardiomyopathy and arrhythmias, justify the increasing interest of clinical cardiologists in this research area. Furthermore, present-day clinical...
Growing experimental evidence is beeing produced in support of the thesis that lipid pe, oxidation is an important mediator of both vascular and myoca...
Growing experimental evidence is beeing produced in support of the thesis that lipid pe, oxidation is an important mediator of both vascular and myocardial tissue derangement. Although the role of the free-radical system in human cardiovascular pathology remains speculative, nevertheless the potential implications of such a system in both pharmacological therapy and prevention of major cardiovascular diseases, such as myocardial infarction, cardiomyopathy and arrhythmias, justify the increasing interest of clinical cardiologists in this research area. Furthermore, present-day clinical...
Growing experimental evidence is beeing produced in support of the thesis that lipid pe, oxidation is an important mediator of both vascular and myoca...
