AbstractHeterocellular electrotonic coupling between cardiac myocytes and non-excitable connective tissue cells has been a long-established and well-researched fact in vitro. Whether or not such coupling exists in vivo has been a matter of considerable debate. This paper reviews the development of experimental insight and conceptual views on this topic, describes evidence in favour of and against the presence of such coupling in native myocardium, and identifies directions for further study needed to resolve the riddle, perhaps less so in terms of principal presence which has been demonstrated, but undoubtedly in terms of extent, regulation, patho-physiological context, and actual relevance of cardiac myocyte–non-myocyte coupling in vivo. T...
from multiscale investigative approaches to mechanisms and functional conse-quences. Am J Physiol He...
The heart functions as a syncytium of cardiac myocytes and surrounding supportive non-myocytes such ...
Our understanding of cardiomyocyte electrophysiology and function has been built from experimentatio...
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...
The heart is a muscle. Muscles are made up of myo-cytes. These may differ in form and function, but—...
Cardiac fibroblasts are interspersed within mammalian cardiac tissue. Fibroblasts are mechanically p...
AbstractAtrial fibrosis has been implicated in the development and maintenance of atrial arrhythmias...
ibr rdi 1 volume, but they are the minority in terms of cell numbers. nonmyocytes. They are arranged...
Development of cardiac fibrosis and arrhythmias is controlled by the activity of and communication b...
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...
AbstractFunctional intercellular coupling has been demonstrated among networks of cardiac fibroblast...
Although fibroblast-to-myocyte electrical coupling is experimentally suggested, electrophysiology of...
from multiscale investigative approaches to mechanisms and functional conse-quences. Am J Physiol He...
The heart functions as a syncytium of cardiac myocytes and surrounding supportive non-myocytes such ...
Our understanding of cardiomyocyte electrophysiology and function has been built from experimentatio...
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...
The heart is a muscle. Muscles are made up of myo-cytes. These may differ in form and function, but—...
Cardiac fibroblasts are interspersed within mammalian cardiac tissue. Fibroblasts are mechanically p...
AbstractAtrial fibrosis has been implicated in the development and maintenance of atrial arrhythmias...
ibr rdi 1 volume, but they are the minority in terms of cell numbers. nonmyocytes. They are arranged...
Development of cardiac fibrosis and arrhythmias is controlled by the activity of and communication b...
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...
AbstractFunctional intercellular coupling has been demonstrated among networks of cardiac fibroblast...
Although fibroblast-to-myocyte electrical coupling is experimentally suggested, electrophysiology of...
from multiscale investigative approaches to mechanisms and functional conse-quences. Am J Physiol He...
The heart functions as a syncytium of cardiac myocytes and surrounding supportive non-myocytes such ...
Our understanding of cardiomyocyte electrophysiology and function has been built from experimentatio...