Although fibroblast-to-myocyte electrical coupling is experimentally suggested, electrophysiology of cardiac fibroblasts is not as well established as contractile cardiac myocytes. The present study was therefore designed to characterize ion channels in cultured human cardiac fibroblasts.).These results provide the first information that multiple ion channels are present in cultured human cardiac fibroblasts, and suggest the potential contribution of these ion channels to fibroblast-myocytes electrical coupling
Gap junctions are channels which allow electrical signals to propagate through the heart from the si...
Cardiac fibroblasts are interspersed within mammalian cardiac tissue. Fibroblasts are mechanically p...
Abstract Cardiac arrhythmias represent about 50% of the cardiovascular diseases which are the first ...
Although fibroblast-to-myocyte electrical coupling is experimentally suggested, electrophysiology of...
BACKGROUND: Although fibroblast-to-myocyte electrical coupling is experimentally suggested, electrop...
Background: Although fibroblast-to-myocyte electrical coupling is experimentally suggested, electrop...
Myocytes, while giving rise to the bulk volume of normal cardiac muscle, form a "minority cell popul...
Cardiac myocytes and fibroblasts form extensive networks in the heart, with numerous anatomical cont...
Myocytes, while giving rise to the bulk volume of normal cardiac muscle, form a "minority cell popul...
In an aged population, cardiovascular disease is the leading cause of fatality and morbidity. Age-re...
Our previous study demonstrated that multiple ion channels were heterogeneously expressed in human c...
Cultured cell systems are valuable for the study of regulation of phenotypic expression, but little ...
Cardiac arrhythmias are among the leading causes of mortality. They often arise from alterations in ...
Electromechanical function of cardiac muscle depends critically on the crosstalk of myocytes with no...
Aims Existence of myocyte–fibroblast coupling in the human heart is still a controversial question. ...
Gap junctions are channels which allow electrical signals to propagate through the heart from the si...
Cardiac fibroblasts are interspersed within mammalian cardiac tissue. Fibroblasts are mechanically p...
Abstract Cardiac arrhythmias represent about 50% of the cardiovascular diseases which are the first ...
Although fibroblast-to-myocyte electrical coupling is experimentally suggested, electrophysiology of...
BACKGROUND: Although fibroblast-to-myocyte electrical coupling is experimentally suggested, electrop...
Background: Although fibroblast-to-myocyte electrical coupling is experimentally suggested, electrop...
Myocytes, while giving rise to the bulk volume of normal cardiac muscle, form a "minority cell popul...
Cardiac myocytes and fibroblasts form extensive networks in the heart, with numerous anatomical cont...
Myocytes, while giving rise to the bulk volume of normal cardiac muscle, form a "minority cell popul...
In an aged population, cardiovascular disease is the leading cause of fatality and morbidity. Age-re...
Our previous study demonstrated that multiple ion channels were heterogeneously expressed in human c...
Cultured cell systems are valuable for the study of regulation of phenotypic expression, but little ...
Cardiac arrhythmias are among the leading causes of mortality. They often arise from alterations in ...
Electromechanical function of cardiac muscle depends critically on the crosstalk of myocytes with no...
Aims Existence of myocyte–fibroblast coupling in the human heart is still a controversial question. ...
Gap junctions are channels which allow electrical signals to propagate through the heart from the si...
Cardiac fibroblasts are interspersed within mammalian cardiac tissue. Fibroblasts are mechanically p...
Abstract Cardiac arrhythmias represent about 50% of the cardiovascular diseases which are the first ...