Difference between revisions of "Atrial cardiac pacemaker"

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In pathological conditions, the role of the pacemaker can be performed by other areas of the heart, rather than with [[rhythm driver sinus|sinus rhythm driver]]. Muscle cells of the heart generate impulses by themselves, without any external influences (automata). The sinus-atrial node suppresses all lower sections of the conducting system by more frequent pulses, but if it is damaged by the pacemaker, the atrioventricular node, which generates pulses with a frequency of 40-50 per minute, can become a rhythm driver.
 
In pathological conditions, the role of the pacemaker can be performed by other areas of the heart, rather than with [[rhythm driver sinus|sinus rhythm driver]]. Muscle cells of the heart generate impulses by themselves, without any external influences (automata). The sinus-atrial node suppresses all lower sections of the conducting system by more frequent pulses, but if it is damaged by the pacemaker, the atrioventricular node, which generates pulses with a frequency of 40-50 per minute, can become a rhythm driver.
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This pathology can be detected using ECG Dongle [https://cardio-cloud.ru/good/1] and ECG Dongle Full [https://cardio-cloud.ru/good/2].
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[http://dic.academic.ru/dic.nsf/ruwiki/1289692]
 
[http://dic.academic.ru/dic.nsf/ruwiki/1289692]

Latest revision as of 10:11, 1 April 2021


In pathological conditions, the role of the pacemaker can be performed by other areas of the heart, rather than with sinus rhythm driver. Muscle cells of the heart generate impulses by themselves, without any external influences (automata). The sinus-atrial node suppresses all lower sections of the conducting system by more frequent pulses, but if it is damaged by the pacemaker, the atrioventricular node, which generates pulses with a frequency of 40-50 per minute, can become a rhythm driver.

This pathology can be detected using ECG Dongle [1] and ECG Dongle Full [2].

[3]