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stock vector Intraventricular conduction system. Intraventricular (electrical) conduction system of the heart transmits signals generated by the sinoatrial node to cause contraction of muscle:  atrioventricular node, Purkinje fibers, bundle of His

Intraventricular Conduction System. Intraventricular (electrical) Conduction System Of The Heart Transmits Signals Generated By The Sinoatrial Node To Cause Contraction Of Muscle: Atrioventricular Node, Purkinje Fibers, Bundle Of His

Vector, 5.52MB, 6250 × 6250 eps
stock image The PR interval is age-related, and the PR interval should be assessed for abnormalities based on the age of the person being examined.

The PR Interval Is Age-related, And The PR Interval Should Be Assessed For Abnormalities Based On The Age Of The Person Being Examined.

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stock image The atrioventricular junction area has bidirectional conduction ability, and the impulse can be conducted from the atrium to the ventricle or from the ventricle to the atrium.

The Atrioventricular Junction Area Has Bidirectional Conduction Ability, And The Impulse Can Be Conducted From The Atrium To The Ventricle Or From The Ventricle To The Atrium.

Image, 10.39MB, 9000 × 12631 jpg
stock image Because of the slow conduction of atrioventricular node, the PR interval of adult ECG should be greater than 120ms. This physiological phenomenon is called atrioventricular delay.

Because Of The Slow Conduction Of Atrioventricular Node, The PR Interval Of Adult ECG Should Be Greater Than 120ms. This Physiological Phenomenon Is Called Atrioventricular Delay.

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stock image The PR interval of an ecg includes the time during which supraventricular impulses are transmitted through the atrioventricular node, His bundle, bundle branches, and terminal Purkinje fibers.

The PR Interval Of An Ecg Includes The Time During Which Supraventricular Impulses Are Transmitted Through The Atrioventricular Node, His Bundle, Bundle Branches, And Terminal Purkinje Fibers.

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stock image Conduction disruption occurs when the impulse encounters the effective refractory period of the downstream conduction system during conduction.

Conduction Disruption Occurs When The Impulse Encounters The Effective Refractory Period Of The Downstream Conduction System During Conduction.

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stock image Male, 39 years old, paroxysmal palpitations for 5 years. ECG showed B type ventricular preexcitation.The bypass may be located in the right posterior free wall.

Male, 39 Years Old, Paroxysmal Palpitations For 5 Years. ECG Showed B Type Ventricular Preexcitation.The Bypass May Be Located In The Right Posterior Free Wall.

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stock image Conduction delay occurs when the impulse encounters a relative refractory period downstream of the conduction system.

Conduction Delay Occurs When The Impulse Encounters A Relative Refractory Period Downstream Of The Conduction System.

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stock vector Diagram of Cardiac Conduction System ( the sequence of electrical conduction of heart) with annotations.

Diagram Of Cardiac Conduction System ( The Sequence Of Electrical Conduction Of Heart) With Annotations.

Vector, 3.47MB, 8858 × 7087 eps
stock image Hypoplastic left heart syndrome is a rare congenital heart defect in which the left side of the heart is severely underdeveloped.It may affect the left ventricle, aorta, aortic valve, or mitral valve. 3D Render

Hypoplastic Left Heart Syndrome Is A Rare Congenital Heart Defect In Which The Left Side Of The Heart Is Severely Underdeveloped.It May Affect The Left Ventricle, Aorta, Aortic Valve, Or Mitral Valve. 3D Render

Image, 0.58MB, 3840 × 2160 jpg
stock image Hypoplastic left heart syndrome is a rare congenital heart defect in which the left side of the heart is severely underdeveloped.It may affect the left ventricle, aorta, aortic valve, or mitral valve. 3D Render

Hypoplastic Left Heart Syndrome Is A Rare Congenital Heart Defect In Which The Left Side Of The Heart Is Severely Underdeveloped.It May Affect The Left Ventricle, Aorta, Aortic Valve, Or Mitral Valve. 3D Render

Image, 0.53MB, 3840 × 2160 jpg
stock image The conduction system of the heart is responsible for the generation and conduction of cardiac electrical impulses, and is the electrical system of the heart.

The Conduction System Of The Heart Is Responsible For The Generation And Conduction Of Cardiac Electrical Impulses, And Is The Electrical System Of The Heart.

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stock image Sometimes, there may be slight non-specific changes and normal variations in the electrocardiogram, which are often due to physiological reasons and have no clinical therapeutic significance.

Sometimes, There May Be Slight Non-specific Changes And Normal Variations In The Electrocardiogram, Which Are Often Due To Physiological Reasons And Have No Clinical Therapeutic Significance.

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stock image The conduction system of the heart is responsible for the generation and conduction of cardiac electrical impulses, and is the electrical system of the heart.

The Conduction System Of The Heart Is Responsible For The Generation And Conduction Of Cardiac Electrical Impulses, And Is The Electrical System Of The Heart.

Image, 12.78MB, 9000 × 10973 jpg
stock image When the blood potassium concentration increases to a certain extent, atrial muscle paralysis accompanied by ventricular conduction disorder, ECG without sinus P wave accompanied by wide QRS waves.

When The Blood Potassium Concentration Increases To A Certain Extent, Atrial Muscle Paralysis Accompanied By Ventricular Conduction Disorder, ECG Without Sinus P Wave Accompanied By Wide QRS Waves.

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