Add to ORKGDespite the important role of electro-mechanical alternans in cardiac arrhythmogenesis, its molecular origin is not well understood. In this paper we want to study alternans that can be associated with alternations in the cytosolic calcium transient. To this end we study particularly, how a malfunction of Ryanodine Receptor (RyR) recovery time from in activation may induce beat-to-beat alternations in intracellular calcium concentration and how this could affect the stimulus propagation in inhomogeneous tissue, whose cells exhibit different calcium dynamics
Calcium alternans is a pro-arrhytmic cardiac dysfunction related to beat-to-beat changes in the ampl...
Electromechanical alternans is a beat-to-beat alterna- tion in the strength of contraction of a card...
Electrocardiographic alternans is known to predispose to increased susceptibility to life threatenin...
Despite the important role of electro-mechanical alternans in cardiac arrhythmogenesis, its molecula...
Electro-mechanical cardiac alternans consists in beat-to-beat changes in the strength of cardiac con...
Despite the important role of electromechanical alternans in cardiac arrhythmogenesis, its molecular...
Rapid pacing rates induce alternations in the cytosolic calcium concentration caused by fluctuations...
Mechanical contraction alternans of the heart is associated with fatal cardiac death. It is manifest...
BACKGROUND: Rapid pacing rates induce alternations in the cytosolic calcium concentration caused by ...
In the heart, rapid pacing rates may induce alternations in the strength of cardiac contraction, ter...
Background Rapid pacing rates induce alternations in the cytosolic calcium concentration caused by f...
Rapid pacing rates induce alternations in the cytosolic calcium concentration caused by fluctuations...
Cardiac electrical dynamics are governed by cellular-level properties, such as action potential dura...
Background Cardiac alternans is an important precursor to arrhythmia, facilitating formation of cond...
Cardiac alternans is characterized by alternating weak and strong beats of the heart. This signaling...
Calcium alternans is a pro-arrhytmic cardiac dysfunction related to beat-to-beat changes in the ampl...
Electromechanical alternans is a beat-to-beat alterna- tion in the strength of contraction of a card...
Electrocardiographic alternans is known to predispose to increased susceptibility to life threatenin...
Despite the important role of electro-mechanical alternans in cardiac arrhythmogenesis, its molecula...
Electro-mechanical cardiac alternans consists in beat-to-beat changes in the strength of cardiac con...
Despite the important role of electromechanical alternans in cardiac arrhythmogenesis, its molecular...
Rapid pacing rates induce alternations in the cytosolic calcium concentration caused by fluctuations...
Mechanical contraction alternans of the heart is associated with fatal cardiac death. It is manifest...
BACKGROUND: Rapid pacing rates induce alternations in the cytosolic calcium concentration caused by ...
In the heart, rapid pacing rates may induce alternations in the strength of cardiac contraction, ter...
Background Rapid pacing rates induce alternations in the cytosolic calcium concentration caused by f...
Rapid pacing rates induce alternations in the cytosolic calcium concentration caused by fluctuations...
Cardiac electrical dynamics are governed by cellular-level properties, such as action potential dura...
Background Cardiac alternans is an important precursor to arrhythmia, facilitating formation of cond...
Cardiac alternans is characterized by alternating weak and strong beats of the heart. This signaling...
Calcium alternans is a pro-arrhytmic cardiac dysfunction related to beat-to-beat changes in the ampl...
Electromechanical alternans is a beat-to-beat alterna- tion in the strength of contraction of a card...
Electrocardiographic alternans is known to predispose to increased susceptibility to life threatenin...