Cardiovascular regenerative medicine aims to counter muscle loss post ischaemic disease with the identification of new cellular sources for cardiomyocyte replacement. A number of embryonic and adult cell models have been explored preclinically and in patient trials, but modest outcome, coupled with issues with impaired graft survival and limited/immature (trans-) differentiation alongside host rejection, has left the door open for more therapeutically efficacious sources of myocardial regeneration. Due to its fundamental role in heart development, the epicardium emerges as an obvious candidate. Here, recent findings are reviewed that show adult epicardium-derived cells as a new source of regenerative capacity for heart repair
The epicardium plays a key role during cardiac development, homeostasis and repair, and has thus eme...
The discovery of stem and progenitor cells in the adult mammalian heart has added a vital dimension ...
AbstractFrom historical studies of developing chick hearts to recent advances in regenerative injury...
In the last decade, cell replacement therapy has emerged as a potential approach to treat patients s...
The mammalian heart loses its regenerative capacity during early postnatal stages; consequently, ind...
The epicardium is a mesothelial cell layer which contributes to the coronary vessels and myocardium ...
The death of cardiac myocytes resulting from myocardial infarction is a major cause of heart failure...
Research into potential targets for cardiac repair encompasses recognition of tissue‐resident cells ...
The epicardium and its derivatives provide trophic and structural support for the developing and adu...
The hearts of lower vertebrates such as fish and salamanders display scarless regeneration following...
The search for ideal cell candidate for heart regeneration, as well as for putative cardiac stem cel...
The proepicardial-derived epicardium covers the myocardium and after a process of epithelial–mesench...
Abstract: In the last decade, cell replacement therapy has emerged as a potential approach to treat ...
The hearts of lower vertebrates such as fish and salamanders display scarless regeneration following...
While cardiovascular diseases remain the major worldwide cause of mortality and morbidity, there is ...
The epicardium plays a key role during cardiac development, homeostasis and repair, and has thus eme...
The discovery of stem and progenitor cells in the adult mammalian heart has added a vital dimension ...
AbstractFrom historical studies of developing chick hearts to recent advances in regenerative injury...
In the last decade, cell replacement therapy has emerged as a potential approach to treat patients s...
The mammalian heart loses its regenerative capacity during early postnatal stages; consequently, ind...
The epicardium is a mesothelial cell layer which contributes to the coronary vessels and myocardium ...
The death of cardiac myocytes resulting from myocardial infarction is a major cause of heart failure...
Research into potential targets for cardiac repair encompasses recognition of tissue‐resident cells ...
The epicardium and its derivatives provide trophic and structural support for the developing and adu...
The hearts of lower vertebrates such as fish and salamanders display scarless regeneration following...
The search for ideal cell candidate for heart regeneration, as well as for putative cardiac stem cel...
The proepicardial-derived epicardium covers the myocardium and after a process of epithelial–mesench...
Abstract: In the last decade, cell replacement therapy has emerged as a potential approach to treat ...
The hearts of lower vertebrates such as fish and salamanders display scarless regeneration following...
While cardiovascular diseases remain the major worldwide cause of mortality and morbidity, there is ...
The epicardium plays a key role during cardiac development, homeostasis and repair, and has thus eme...
The discovery of stem and progenitor cells in the adult mammalian heart has added a vital dimension ...
AbstractFrom historical studies of developing chick hearts to recent advances in regenerative injury...