Coronary artery disease is a leading cause of death in cardiovascular mortality. Studies conducted over the past decades helped to understand the specific pathophysiological processes occuring in cardiomyocytes during ischemia, to identify new clinical syndromes of ischemia and evaluate the cytoprotective role of therapy in combination treatment of coronary artery disease. Trimetazidine is one of the most studied drugs in cytoprotective treatment. High efficacy and good tolerability qualify it as the best way to protect cardiomyocytes in stable angina
Although the pathophysiology of microvascular angina is unclear, intracellular metabolic changes are...
<div><p>Optimizing the metabolism of the myocardium is a new strategy for patients with ischemic hea...
The combined and relative contribution of glucose and fatty acid oxidation generates myocardial ener...
The review describes mechanisms of action of metabolic myocardial cytoprotectors and recommendations...
ABSTRACTObjectives: Metabolic agents such as trimetazidine offer a benefits role of cytoprotection i...
Patients presenting with symptoms of angina and/or signs of ischemia may have no visible coronary st...
Abnormalities of myocardial energy metabolism appear as a common background of the two major cardiac...
Cardiovascular diseases, especially coronary heart disease (CHD), are the leading cause of disabilit...
Coronary revascularization is not a suitable option for all patients with chronic stable angina (CSA...
Trimetazidine (TMZ) is a metabolic agent used in cardiology for more than 40 years. Several studies ...
Aim. To develop a personalized approach to the trimetazidine use in patients with coronary artery di...
Purpose. To e valuate clinical effectiveness of a new dosage form of trimetazidine for a single admi...
Pharmacologic treatment of myocardial ischemia in patients with chronic stable angina (CSA) is mainl...
The results of numerous foreign and russian researches indicate that administration of trimetazidine...
Trimetazidine is an anti-ischemic drug whose cytoprotective mechanisms are not yet fully understood ...
Although the pathophysiology of microvascular angina is unclear, intracellular metabolic changes are...
<div><p>Optimizing the metabolism of the myocardium is a new strategy for patients with ischemic hea...
The combined and relative contribution of glucose and fatty acid oxidation generates myocardial ener...
The review describes mechanisms of action of metabolic myocardial cytoprotectors and recommendations...
ABSTRACTObjectives: Metabolic agents such as trimetazidine offer a benefits role of cytoprotection i...
Patients presenting with symptoms of angina and/or signs of ischemia may have no visible coronary st...
Abnormalities of myocardial energy metabolism appear as a common background of the two major cardiac...
Cardiovascular diseases, especially coronary heart disease (CHD), are the leading cause of disabilit...
Coronary revascularization is not a suitable option for all patients with chronic stable angina (CSA...
Trimetazidine (TMZ) is a metabolic agent used in cardiology for more than 40 years. Several studies ...
Aim. To develop a personalized approach to the trimetazidine use in patients with coronary artery di...
Purpose. To e valuate clinical effectiveness of a new dosage form of trimetazidine for a single admi...
Pharmacologic treatment of myocardial ischemia in patients with chronic stable angina (CSA) is mainl...
The results of numerous foreign and russian researches indicate that administration of trimetazidine...
Trimetazidine is an anti-ischemic drug whose cytoprotective mechanisms are not yet fully understood ...
Although the pathophysiology of microvascular angina is unclear, intracellular metabolic changes are...
<div><p>Optimizing the metabolism of the myocardium is a new strategy for patients with ischemic hea...
The combined and relative contribution of glucose and fatty acid oxidation generates myocardial ener...