Add to ORKGUnexpected pauses in rhythm have several causes, the most frequent being a nonconducted PAC. In this example the nonconducted PAC is seen in the ST segment of the pause. Note the change in the ST-T compared to the other ST-T waves
<p>AP trains under different pacing conditions were perturbed by turning off the current stimulus (s...
Physiological signals are commonly the result of complex interactions between systems and organs, th...
three fates of PAC's: 1. normal conduction; 2. aberrant conduction; 3. non-conductio
The pause in this example is the result of a nonconducted PAC, as indicated by the first arrow. The...
Occasionally nonconducted PAC's can create interesting rhythms. In this example every other sinus b...
Consecutive nonconducted PAC's, indicated by arrows, can significantly slow the heart rate. Note th...
PAC's are identified by the arrows. Note that the PP interval surrounding the PAC is less than 2x t...
Although most PACs reset the sinus node producing an incomplete compensatory pause, this PAC, indica...
This table describes the percentage of pauses in the different speaker switching patterns for ruptur...
Two funny looking premature beats are seen in this rhythm strip. Beat A is preceded by a PAC which ...
This is the case of a 73 year-old female who presented to clinic complaining of pre-syncope. A 24-ho...
<p>Graphical examples showing selected and discarded intervals in the episodes. (A) Selected interva...
Neuroscientific and musicological approaches to music cognition indicate that listeners familiarized...
Speech pause percentage according to rupture type and minimal response markers.</p
The evenly spaced dots indicate ectopic atrial activity from a parasystolic atrial pacemaker. Non-f...
<p>AP trains under different pacing conditions were perturbed by turning off the current stimulus (s...
Physiological signals are commonly the result of complex interactions between systems and organs, th...
three fates of PAC's: 1. normal conduction; 2. aberrant conduction; 3. non-conductio
The pause in this example is the result of a nonconducted PAC, as indicated by the first arrow. The...
Occasionally nonconducted PAC's can create interesting rhythms. In this example every other sinus b...
Consecutive nonconducted PAC's, indicated by arrows, can significantly slow the heart rate. Note th...
PAC's are identified by the arrows. Note that the PP interval surrounding the PAC is less than 2x t...
Although most PACs reset the sinus node producing an incomplete compensatory pause, this PAC, indica...
This table describes the percentage of pauses in the different speaker switching patterns for ruptur...
Two funny looking premature beats are seen in this rhythm strip. Beat A is preceded by a PAC which ...
This is the case of a 73 year-old female who presented to clinic complaining of pre-syncope. A 24-ho...
<p>Graphical examples showing selected and discarded intervals in the episodes. (A) Selected interva...
Neuroscientific and musicological approaches to music cognition indicate that listeners familiarized...
Speech pause percentage according to rupture type and minimal response markers.</p
The evenly spaced dots indicate ectopic atrial activity from a parasystolic atrial pacemaker. Non-f...
<p>AP trains under different pacing conditions were perturbed by turning off the current stimulus (s...
Physiological signals are commonly the result of complex interactions between systems and organs, th...
three fates of PAC's: 1. normal conduction; 2. aberrant conduction; 3. non-conductio