The currently most prevalent cardiac diseases, diabetic cardiomyopathy and hypertrophic heart failure, each associate with a chronic change in energy substrate utilization towards a single type of substrate, i.e., fatty acids or glucose, respectively. Recent experimental studies suggest that proper cardiac contractile performance is dependent on a finely tuned balance between the utilization of these two substrates. Furthermore, re-balancing myocardial fuel supply (fatty acids versus glucose) appears an effective treatment option in cardiac disease
Objectives. We will review current concepts regarding bioenergetic decline in heart failure (HF). In...
The heart is a metabolically flexible omnivore that can utilize a variety of substrates for energy p...
Cardiac muscle contraction is a strictly regulated process which conjugates a series of electrophysi...
The currently most prevalent cardiac diseases, diabetic cardiomyopathy and hypertrophic heart failur...
Fatty acids and glucose are the main substrates for myocardial energy provision. Under physiologic c...
Cardiac disease is commonly associated with changes in energy substrate metabolism. Fatty acid and g...
Fatty acids are the main substrates used by mitochondria to provide myocardial energy under normal c...
The incidence and prevalence of heart failure have increased significantly over the past few decades...
Cardiovascular disease is a major health problem all over the world. The prevalence of type 2 diabet...
Fatty acids (FA) are the main fuel used by the healthy heart to power contraction, supplying 60-70% ...
Cardiac ischemia and its consequences including heart failure, which itself has emerged as the leadi...
AbstractCardiac ischemia and its consequences including heart failure, which itself has emerged as t...
There is growing recognition of the importance and multiple roles of substrate energy metabolism in ...
Despite advances in treatment, chronic heart failure is still associated with significant morbidity ...
The healthy human heart uses fat and glucose as its predominant metabolic substrates, approximately ...
Objectives. We will review current concepts regarding bioenergetic decline in heart failure (HF). In...
The heart is a metabolically flexible omnivore that can utilize a variety of substrates for energy p...
Cardiac muscle contraction is a strictly regulated process which conjugates a series of electrophysi...
The currently most prevalent cardiac diseases, diabetic cardiomyopathy and hypertrophic heart failur...
Fatty acids and glucose are the main substrates for myocardial energy provision. Under physiologic c...
Cardiac disease is commonly associated with changes in energy substrate metabolism. Fatty acid and g...
Fatty acids are the main substrates used by mitochondria to provide myocardial energy under normal c...
The incidence and prevalence of heart failure have increased significantly over the past few decades...
Cardiovascular disease is a major health problem all over the world. The prevalence of type 2 diabet...
Fatty acids (FA) are the main fuel used by the healthy heart to power contraction, supplying 60-70% ...
Cardiac ischemia and its consequences including heart failure, which itself has emerged as the leadi...
AbstractCardiac ischemia and its consequences including heart failure, which itself has emerged as t...
There is growing recognition of the importance and multiple roles of substrate energy metabolism in ...
Despite advances in treatment, chronic heart failure is still associated with significant morbidity ...
The healthy human heart uses fat and glucose as its predominant metabolic substrates, approximately ...
Objectives. We will review current concepts regarding bioenergetic decline in heart failure (HF). In...
The heart is a metabolically flexible omnivore that can utilize a variety of substrates for energy p...
Cardiac muscle contraction is a strictly regulated process which conjugates a series of electrophysi...