Cardiac pacemaker - История изменений

Wikiadmin в 11:56, 7 июня 2017

2017-06-07T11:56:56Z

Wikiadmin в 11:42, 25 марта 2017

2017-03-25T11:42:21Z

Wikiadmin: Wikiadmin переименовал страницу Cardiac pacemacer в Cardiac pacemaker без оставления перенаправления

2017-03-25T11:40:37Z

Wikiadmin переименовал страницу Cardiac pacemacer в Cardiac pacemaker без оставления перенаправления

Wikiadmin в 11:40, 25 марта 2017

2017-03-25T11:40:13Z

Wikiadmin в 11:38, 25 марта 2017

2017-03-25T11:38:20Z

Wikiadmin в 18:31, 19 марта 2017

2017-03-19T18:31:41Z

Wikiadmin: Новая страница: «en:Cardiac pacemacer ru:Водитель ритма справа|Cardiac pacemacer is the part of the h…»

2017-03-19T18:30:46Z

Новая страница: «en:Cardiac pacemacer ru:Водитель ритма справа|Cardiac pacemacer is the part of the h…»

Новая страница

[[en:Cardiac pacemacer]]
[[ru:Водитель ритма]]
[[Файл:Водительритма.jpg|справа|]]Cardiac pacemacer is the part of the heart muscle, in which impulses are generated that determine the heart rate.
 Schematic picture of the conduction system of the heart (highlighted in blue): (1) sinus node, (2) atrioventricular node

 In humans, the main cardiac pacemacer is the sinus node. It is a special site on the arch of the right atrium, located at the site of the confluence of the inferior vena cava. The node consists of a small number of cardiac muscle fibers innervated by neuronal endings from the autonomic nervous system. In the node, each wave of excitation that leads to a contraction of the heart muscle and serves as a stimulus for the emergence of the next wave arises. The conduction system of the heart provides rhythmic work of the cardiac muscle, synchronizing atrial and ventricular contractions.

 In pathological conditions, the role of the pacemaker can be performed by other areas of the heart. Some specialized heart cells generate impulses spontaneously, that is, without any external influences, since they are in an autooscillatory mode. The sinus node suppresses all lower sections of the conduction system by more frequent impulses, but if it is damaged, the atrioventricular node, which generates pulses with a frequency of 40-50 per minute, can become the cardiac pacemaker. In case of damage to this node, the fibers of the atrioventricular bundle ([[bundle of His]]) can become the cardiac pacemaker, taking upon itself its function. The frequency of generated pulses and heartbeats will be about 30-40 per minute. If these pacemakers do not work, then [[Purkinje fibers]] can become the cardiac pacemaker, setting the heart rhythm about 20 per minute.

@@ Строка 1: / Строка 1: @@
 [[en:Cardiac pacemaker]]
 [[ru:Водитель ритма]]
-[[Файл:Водительритма.jpg|справа|]]<b>Cardiac pacemaker</b> is the part of the heart muscle, in which impulses are generated that determine the heart rate.
+[[File:Cardiac pacemaker.jpg|right|]]<b>Cardiac pacemaker</b> is the part of the heart muscle, in which impulses are generated that determine the heart rate.
 <p style="text-align:left;"> Schematic picture of  the conduction system of the heart (highlighted in blue): (1) sinus node, (2) atrioventricular node</p>

@@ Строка 1: / Строка 1: @@
-[[en:Cardiac pacemacer]]
+[[en:Cardiac pacemaker]]
 [[ru:Водитель ритма]]
 [[Файл:Водительритма.jpg|справа|]]<b>Cardiac pacemaker</b> is the part of the heart muscle, in which impulses are generated that determine the heart rate.

@@ Строка 1: / Строка 1: @@
 [[en:Cardiac pacemacer]]
 [[ru:Водитель ритма]]
-[[Файл:Водительритма.jpg|справа|]]<b>Cardiac pacemacer</b> is the part of the heart muscle, in which impulses are generated that determine the heart rate.
+[[Файл:Водительритма.jpg|справа|]]<b>Cardiac pacemaker</b> is the part of the heart muscle, in which impulses are generated that determine the heart rate.
 <p style="text-align:left;"> Schematic picture of  the conduction system of the heart (highlighted in blue): (1) sinus node, (2) atrioventricular node</p>

← Предыдущая		Версия 11:38, 25 марта 2017
Строка 6:		Строка 6:
	<p style="text-align:left;"> In humans, the main cardiac pacemacer is the sinus node. It is a special site on the arch of the right atrium, located at the site of the confluence of the inferior vena cava. The node consists of a small number of cardiac muscle fibers innervated by neuronal endings from the autonomic nervous system. In the node, each wave of excitation that leads to a contraction of the heart muscle and serves as a stimulus for the emergence of the next wave arises. The conduction system of the heart provides rhythmic work of the cardiac muscle, synchronizing atrial and ventricular contractions.</p>		<p style="text-align:left;"> In humans, the main cardiac pacemacer is the sinus node. It is a special site on the arch of the right atrium, located at the site of the confluence of the inferior vena cava. The node consists of a small number of cardiac muscle fibers innervated by neuronal endings from the autonomic nervous system. In the node, each wave of excitation that leads to a contraction of the heart muscle and serves as a stimulus for the emergence of the next wave arises. The conduction system of the heart provides rhythmic work of the cardiac muscle, synchronizing atrial and ventricular contractions.</p>

−	<p style="text-align:left;"> In pathological conditions, the role of the pacemaker can be performed by other areas of the heart. Some specialized heart cells generate impulses spontaneously, that is, without any external influences, since they are in an autooscillatory mode. The sinus node suppresses all lower sections of the conduction system by more frequent impulses, but if it is damaged, the atrioventricular node, which generates pulses with a frequency of 40-50 per minute, can become the cardiac pacemaker. In case of damage to this node, the fibers of the atrioventricular bundle ([[bundle of His]]) can become the cardiac pacemaker, taking upon itself its function. The frequency of generated pulses and heartbeats will be about 30-40 per minute. If these pacemakers do not work, then [[Purkinje fibers]] can become the cardiac pacemaker, setting the heart rhythm about 20 per minute.</p>	+	<p style="text-align:left;"> In pathological conditions, the role of the pacemaker can be performed by other areas of the heart. Some specialized heart cells generate impulses spontaneously, that is, without any external influences, since they are in an autooscillatory mode. The sinus node suppresses all lower sections of the conduction system by more frequent impulses, but if it is damaged, the atrioventricular node, which generates pulses with a frequency of 40-50 per minute, can become the cardiac pacemaker. In case of damage to this node, the fibers of the atrioventricular bundle (the [[bundle of His]]) can become the cardiac pacemaker, taking upon itself its function. The frequency of generated pulses and heartbeats will be about 30-40 per minute. If these pacemakers do not work, then [[Purkinje fibers]] can become the cardiac pacemaker, setting the heart rhythm about 20 beats per minute.</p>

← Предыдущая		Версия 18:31, 19 марта 2017
Строка 5:		Строка 5:

	<p style="text-align:left;"> In humans, the main cardiac pacemacer is the sinus node. It is a special site on the arch of the right atrium, located at the site of the confluence of the inferior vena cava. The node consists of a small number of cardiac muscle fibers innervated by neuronal endings from the autonomic nervous system. In the node, each wave of excitation that leads to a contraction of the heart muscle and serves as a stimulus for the emergence of the next wave arises. The conduction system of the heart provides rhythmic work of the cardiac muscle, synchronizing atrial and ventricular contractions.</p>		<p style="text-align:left;"> In humans, the main cardiac pacemacer is the sinus node. It is a special site on the arch of the right atrium, located at the site of the confluence of the inferior vena cava. The node consists of a small number of cardiac muscle fibers innervated by neuronal endings from the autonomic nervous system. In the node, each wave of excitation that leads to a contraction of the heart muscle and serves as a stimulus for the emergence of the next wave arises. The conduction system of the heart provides rhythmic work of the cardiac muscle, synchronizing atrial and ventricular contractions.</p>
−

	<p style="text-align:left;"> In pathological conditions, the role of the pacemaker can be performed by other areas of the heart. Some specialized heart cells generate impulses spontaneously, that is, without any external influences, since they are in an autooscillatory mode. The sinus node suppresses all lower sections of the conduction system by more frequent impulses, but if it is damaged, the atrioventricular node, which generates pulses with a frequency of 40-50 per minute, can become the cardiac pacemaker. In case of damage to this node, the fibers of the atrioventricular bundle ([[bundle of His]]) can become the cardiac pacemaker, taking upon itself its function. The frequency of generated pulses and heartbeats will be about 30-40 per minute. If these pacemakers do not work, then [[Purkinje fibers]] can become the cardiac pacemaker, setting the heart rhythm about 20 per minute.</p>		<p style="text-align:left;"> In pathological conditions, the role of the pacemaker can be performed by other areas of the heart. Some specialized heart cells generate impulses spontaneously, that is, without any external influences, since they are in an autooscillatory mode. The sinus node suppresses all lower sections of the conduction system by more frequent impulses, but if it is damaged, the atrioventricular node, which generates pulses with a frequency of 40-50 per minute, can become the cardiac pacemaker. In case of damage to this node, the fibers of the atrioventricular bundle ([[bundle of His]]) can become the cardiac pacemaker, taking upon itself its function. The frequency of generated pulses and heartbeats will be about 30-40 per minute. If these pacemakers do not work, then [[Purkinje fibers]] can become the cardiac pacemaker, setting the heart rhythm about 20 per minute.</p>

← Предыдущая	Версия 11:40, 25 марта 2017
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