What are myocytes?

Some articles on myocytes, myocyte:

Silencer (DNA) - Mutated Silencers, Hereditary Diseases, and Their Effects - Current Research On REST/NRSF and Ventricular Hypertrophy in Mammals
... is important during embryonic development for the maturation and development of cardiac myocytes ... and RE1/NRSE in regulating the ANP gene expression in ventricular myocytes ... lead to an undesirable development of ventricular myocytes, due to lack of repression, which can then cause ventricular hypertrophy ...
Myocardial Disarray
... Myocardial disarray, also known as myocyte disarray, is a term to describe the loss of the normal parallel alignment of myocytes (the muscle cells of ... Instead, the myocytes usually form circles around foci of connective tissue ... is associated with myocardial fibrosis (the replacement of the myocytes with non-contractile scar tissue) ...
Sinoatrial Node - Histology
... Its deep aspect abuts cardiac myocytes belonging to the right atrium ... The SA node fibres vaguely resemble cardiac myocytes however, they are measurably thinner, more tortuous and stain less intensely (on H E) than cardiac myocytes ...
Neuregulin 1 - Functions in The Heart - Maintenance of Heart Structure
... NRG-1 treatment of adult rat ventricular myocytes stimulate the formation of a multiprotein complex between ErbB2, FAK, and p130(CAS), which modulates the restoration of cell–cell contacts between isolated ... The sarcomeric effects of NRG-1 protects myocytes against structural disarray induced by stressors, including cytotoxic agents ...
Cardiac Action Potential - Overview
... Like skeletal myocytes (and axons for that matter), a given cardiac myocyte has a negative membrane potential when at rest ... A notable difference between skeletal and cardiac myocytes is how each elevates the myoplasmic Ca2+ to induce contraction ... influx of Na+ quickly depolarizes the skeletal myocyte and triggers calcium release from the sarcoplasmic reticulum ...