The cardiac conduction system (CCS) consists of distinctive components that initiate and conduct the electrical impulse required for the coordinated contraction of the cardiac chambers. CCS development involves complex regulatory networks that act in stage-, tissue- and dose-dependent manners, and recent findings indicate that the activity of these networks is sensitive to common genetic variants associated with cardiac arrhythmias. Here, we review how these findings have provided novel insights into the regulatory mechanisms and transcriptional networks underlying CCS formation and functio
A small network of spontaneously active Tbx3+ cardiomyocytes forms the cardiac conduction system (CC...
Background-Recent studies in experimental animals have revealed some molecular mechanisms underlying...
Vertebrate hearts depend on highly specialized cardiomyocytes that form the cardiac conduction syste...
The rate and rhythm of heart muscle contractions are coordinated by the cardiac conduction system (C...
The cardiac conduction system (CCS) initiates and coordinately propagates the electrical impulse to ...
The transcriptional regulation orchestrating the development of the heart is increasingly recognized...
Diseases of the cardiovascular system that cause sudden cardiac deaths are often caused by lethal ar...
The components of the cardiac conduction system (CCS) generate and propagate the electrical impulse ...
The cardiac conduction system (CS) controls the generation and propagation of electrical activity th...
The electrophysiological signatures of the myocardium in cardiac structures, such as the atrioventri...
The coordinated contraction of the heart relies on proper functioning of ion channels that generate ...
International audienceThe rapid propagation of electrical activity through the ventricular conductio...
Vertebrate hearts depend on highly specialized cardiomyocytes that form the cardiac conduction syste...
This chapter focuses on the cellular origin of the conduction system components and the molecular ge...
How chromatin accessibility and structure endow highly specialized cells with their unique phenotype...
A small network of spontaneously active Tbx3+ cardiomyocytes forms the cardiac conduction system (CC...
Background-Recent studies in experimental animals have revealed some molecular mechanisms underlying...
Vertebrate hearts depend on highly specialized cardiomyocytes that form the cardiac conduction syste...
The rate and rhythm of heart muscle contractions are coordinated by the cardiac conduction system (C...
The cardiac conduction system (CCS) initiates and coordinately propagates the electrical impulse to ...
The transcriptional regulation orchestrating the development of the heart is increasingly recognized...
Diseases of the cardiovascular system that cause sudden cardiac deaths are often caused by lethal ar...
The components of the cardiac conduction system (CCS) generate and propagate the electrical impulse ...
The cardiac conduction system (CS) controls the generation and propagation of electrical activity th...
The electrophysiological signatures of the myocardium in cardiac structures, such as the atrioventri...
The coordinated contraction of the heart relies on proper functioning of ion channels that generate ...
International audienceThe rapid propagation of electrical activity through the ventricular conductio...
Vertebrate hearts depend on highly specialized cardiomyocytes that form the cardiac conduction syste...
This chapter focuses on the cellular origin of the conduction system components and the molecular ge...
How chromatin accessibility and structure endow highly specialized cells with their unique phenotype...
A small network of spontaneously active Tbx3+ cardiomyocytes forms the cardiac conduction system (CC...
Background-Recent studies in experimental animals have revealed some molecular mechanisms underlying...
Vertebrate hearts depend on highly specialized cardiomyocytes that form the cardiac conduction syste...