A [[Synzytium/en|syncytium]] of branched and reticularly connected striated [[Muskelzellen/en|muscle cells]] forms the muscle tissue of the heart with a layer of predominantly longitudinally oriented muscle fibers and a spiral muscle fiber layer, whereby a [[Konzentrisch/en|concentric]] contraction of the hollow heart muscle. The wall thickness of the myocardium depends on the load, therefore it is three times stronger in the left [[Ventrikel,_ventrikulär/en|ventricle]] than in the right. Anatomically and functionally, the working myocardium is distinguished from the [[Erregungsbildungs-_und_Leitungssystem/en|excitation formation and conduction system]].
+
A [[Synzytium/en|syncytium]] of branched and reticularly connected striated [[Muskelzellen/en|muscle cells]] forms the muscle tissue of the heart. It is a layer of predominantly longitudinally oriented muscle fibers and a spiral muscle fiber layer, whereby a [[Konzentrisch/en|concentric]] contraction of the hollow heart muscle is ensured. The wall thickness of the myocardium depends on the load, therefore it is three times stronger in the left [[Ventrikel,_ventrikulär/en|ventricle]] than in the right. Anatomically and functionally, the working myocardium is distinguished from the [[Erregungsbildungs-_und_Leitungssystem/en|excitation formation and conduction system]].
Aktuelle Version vom 10. Juli 2019, 13:24 Uhr
A syncytium of branched and reticularly connected striated muscle cells forms the muscle tissue of the heart. It is a layer of predominantly longitudinally oriented muscle fibers and a spiral muscle fiber layer, whereby a concentric contraction of the hollow heart muscle is ensured. The wall thickness of the myocardium depends on the load, therefore it is three times stronger in the left ventricle than in the right. Anatomically and functionally, the working myocardium is distinguished from the excitation formation and conduction system.
