Yellow indicates the model of fibrosis whereby ionic remodeling was taking into account, while blue indicates that fibrosis is modeled only by introduction of small unexcitable obstacles.</p
<p>A: normal conditions, B: hyperkalemia, C: hypoxia, D: example of spontaneous fibrillation stop.</...
Background The mechanisms involved in onset, maintenance, and termination of atrial fibrillation are...
Mechanochemical and mechanoelectrical signaling is imperative for cardiac organogenesis and underlie...
Unexcitable fibrotic tissue is shown in orange and the transmembrane voltage is shown in shades of g...
Rotors are functional reentry sources identified in clinically relevant cardiac arrhythmias, such as...
Red color corresponds to high transmembrane voltage, pink color shows the scar. The top row shows th...
The scar had a uniform fibrosis distribution. The mark “Attraction” corresponds to the region where ...
<p>Top: an image of transmembrane potential showing complex wave activity. Bottom: action potentials...
Non-linear electrical waves propagate through the heart and control cardiac contraction. Abnormal wa...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>A: normal conditions, B: hyperkalemia, C: hypoxia, D: example of spontaneous fibrillation stop.</...
Background The mechanisms involved in onset, maintenance, and termination of atrial fibrillation are...
Mechanochemical and mechanoelectrical signaling is imperative for cardiac organogenesis and underlie...
Unexcitable fibrotic tissue is shown in orange and the transmembrane voltage is shown in shades of g...
Rotors are functional reentry sources identified in clinically relevant cardiac arrhythmias, such as...
Red color corresponds to high transmembrane voltage, pink color shows the scar. The top row shows th...
The scar had a uniform fibrosis distribution. The mark “Attraction” corresponds to the region where ...
<p>Top: an image of transmembrane potential showing complex wave activity. Bottom: action potentials...
Non-linear electrical waves propagate through the heart and control cardiac contraction. Abnormal wa...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>Fibrosis in atrial tissue can act as a substrate for persistent atrial fibrillation, and can be f...
<p>A: normal conditions, B: hyperkalemia, C: hypoxia, D: example of spontaneous fibrillation stop.</...
Background The mechanisms involved in onset, maintenance, and termination of atrial fibrillation are...
Mechanochemical and mechanoelectrical signaling is imperative for cardiac organogenesis and underlie...