Add to ORKGA concept of impossibility of appearance of novel cardiomyocytes in the heart of adult men in exchange for those lost due to cardiovascular diseases had dominated medicine and biology for many long decades. However ability of human myocardium to regenerate was demonstrated during recent years in multiple studies. This dictated necessity to reconsider previously generally accepted concept. At present researchers and practicing physicians actively discuss possibility of the use of transplantation of bone marrow stem cells, proper cardiac stem cells, skeletal muscle myoblasts or precursors of endothelial cells in patients with myocardial infarction and heart failure in order to restore normal cardiac structure and function. Another potential m...
Ischemic myocardial disease, the main cause of heart failure, is a major public health and economic ...
Cell-based cardiac repair has the ambitious aim to replace the malfunctioning cardiac muscle develop...
Injection of (stem) cells into the damaged heart has a positive effect on cardiac function. In this ...
Myocardial infarction is a leading cause of morbidity and mortality worldwide. Although medical and ...
Recent insights into myocardial biology uncovered a hereto unknown regenerative capacity of the adul...
Myocardial infarction is a leading cause of morbidity and mortality worldwide. Although medical and ...
Heart regeneration via stem cell therapy could improve the functional outcome for millions of patien...
The role and even the existence of new myocyte formation in the adult heart remain controversial. Do...
Injury to the myocardium is a major cause of death, as the human heart has limited capacity of regen...
Regenerative medicine is a term given to varied strategies of repairing or replacing damaged or dise...
Cell transplantation for myocardial repair has emerged as a promising therapy for patients with hear...
In this review, we focus on new approaches that could lead to the regeneration of heart muscle and t...
During the last decade transplantation of cells into the heart has emerged as a novel therapy for th...
Myocardial regeneration through stem cell therapy is a relatively new concept that has the potential...
The heart has been regarded as a terminally differentiated organ for decades. There are numerous ind...
Ischemic myocardial disease, the main cause of heart failure, is a major public health and economic ...
Cell-based cardiac repair has the ambitious aim to replace the malfunctioning cardiac muscle develop...
Injection of (stem) cells into the damaged heart has a positive effect on cardiac function. In this ...
Myocardial infarction is a leading cause of morbidity and mortality worldwide. Although medical and ...
Recent insights into myocardial biology uncovered a hereto unknown regenerative capacity of the adul...
Myocardial infarction is a leading cause of morbidity and mortality worldwide. Although medical and ...
Heart regeneration via stem cell therapy could improve the functional outcome for millions of patien...
The role and even the existence of new myocyte formation in the adult heart remain controversial. Do...
Injury to the myocardium is a major cause of death, as the human heart has limited capacity of regen...
Regenerative medicine is a term given to varied strategies of repairing or replacing damaged or dise...
Cell transplantation for myocardial repair has emerged as a promising therapy for patients with hear...
In this review, we focus on new approaches that could lead to the regeneration of heart muscle and t...
During the last decade transplantation of cells into the heart has emerged as a novel therapy for th...
Myocardial regeneration through stem cell therapy is a relatively new concept that has the potential...
The heart has been regarded as a terminally differentiated organ for decades. There are numerous ind...
Ischemic myocardial disease, the main cause of heart failure, is a major public health and economic ...
Cell-based cardiac repair has the ambitious aim to replace the malfunctioning cardiac muscle develop...
Injection of (stem) cells into the damaged heart has a positive effect on cardiac function. In this ...