Characterized by a consistently prolonged PR interval (>200 ms), though every impulse still reaches the ventricles.
Includes Mobitz Type I (progressive PR prolongation until a beat is dropped) and Mobitz Type II (sudden dropped beats without prior PR changes). Download BAV BLOCS BRANCHE ECG pdf
No electrical communication between atria and ventricles, often requiring a pacemaker. 2. Blocs de Branche (BBB) Characterized by a consistently prolonged PR interval (>200
BAV occurs when electrical impulses from the atria are delayed or completely blocked from reaching the ventricles. Download BAV BLOCS BRANCHE ECG pdf
Understanding (Atrioventricular Block/Bloc Atrio-Ventriculaire) and Blocs de Branche (Bundle Branch Blocks) is fundamental for accurately interpreting an ECG . These conditions represent distinct types of electrical conduction delays within the heart's rhythm. 1. Atrioventricular Block (BAV)
Characterized by a consistently prolonged PR interval (>200 ms), though every impulse still reaches the ventricles.
Includes Mobitz Type I (progressive PR prolongation until a beat is dropped) and Mobitz Type II (sudden dropped beats without prior PR changes).
No electrical communication between atria and ventricles, often requiring a pacemaker. 2. Blocs de Branche (BBB)
BAV occurs when electrical impulses from the atria are delayed or completely blocked from reaching the ventricles.
Understanding (Atrioventricular Block/Bloc Atrio-Ventriculaire) and Blocs de Branche (Bundle Branch Blocks) is fundamental for accurately interpreting an ECG . These conditions represent distinct types of electrical conduction delays within the heart's rhythm. 1. Atrioventricular Block (BAV)