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Stock image Conduction System

stock vector conduction system of the heart. Human anatomy. Vector illustration

Conduction System Of The Heart. Human Anatomy. Vector Illustration

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stock vector Heart conduction system illustration.

Heart Conduction System Illustration.

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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.

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stock vector Human heart, circulatory system. Icon linear vector

Human Heart, Circulatory System. Icon Linear Vector

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stock image In complete left bundle branch block, the conduction of the LBB can be completely interrupted or can still be conducted, but it is delayed by at least 45ms than the RBB.

In Complete Left Bundle Branch Block, The Conduction Of The LBB Can Be Completely Interrupted Or Can Still Be Conducted, But It Is Delayed By At Least 45ms Than The RBB.

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stock image During left posterior fascicular block, the ECG showed right axis deviation. The QRS wave in leads I and aVL was rS wave, and the duration of QRS wave was less than 120 ms.

During Left Posterior Fascicular Block, The ECG Showed Right Axis Deviation. The QRS Wave In Leads I And AVL Was RS Wave, And The Duration Of QRS Wave Was Less Than 120 Ms.

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stock image Doctor in office at desk with laptop during patient admission scans paper tape with printed  result of ECG. Concept photo of diagnosis of cardiac heart disease, arrhythmias, heart rhythm disturbances

Doctor In Office At Desk With Laptop During Patient Admission Scans Paper Tape With Printed Result Of ECG. Concept Photo Of Diagnosis Of Cardiac Heart Disease, Arrhythmias, Heart Rhythm Disturbances

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stock image When the left free wall and septal accessory pathway are excited, preexcitation waves with different polarities are generated in leads  and aVL.

When The Left Free Wall And Septal Accessory Pathway Are Excited, Preexcitation Waves With Different Polarities Are Generated In Leads And AVL.

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stock image On the electrocardiogram, observing the morphology of QRS waves in lead V1 can distinguish whether ventricular pre excitation is located in the left ventricle or the right ventricle.

On The Electrocardiogram, Observing The Morphology Of QRS Waves In Lead V1 Can Distinguish Whether Ventricular Pre Excitation Is Located In The Left Ventricle Or The Right Ventricle.

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stock image When the ventricular preexcitation wave leaves the baseline and then falls back to the baseline, it is interpreted as an isoelectric line preexcitation wave.

When The Ventricular Preexcitation Wave Leaves The Baseline And Then Falls Back To The Baseline, It Is Interpreted As An Isoelectric Line Preexcitation Wave.

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stock image When the left anterior wall and posterior wall accessory pathway are excited, preexcitation waves with different polarities are generated in the inferior wall leads of ,  and aVF.

When The Left Anterior Wall And Posterior Wall Accessory Pathway Are Excited, Preexcitation Waves With Different Polarities Are Generated In The Inferior Wall Leads Of , And AVF.

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stock image In humans, Purkinje fibers are not distributed throughout the entire ventricular wall, but rather in the superficial myocardium beneath the endocardium and do not reach the epicardium.

In Humans, Purkinje Fibers Are Not Distributed Throughout The Entire Ventricular Wall, But Rather In The Superficial Myocardium Beneath The Endocardium And Do Not Reach The Epicardium.

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stock image Ventricular preexcitation is the pre excitation of a portion of the ventricular muscle by the accessory pathway, forming a rough and dull, and fuzzy  wave that can be positive, negative, or biphasic.

Ventricular Preexcitation Is The Pre Excitation Of A Portion Of The Ventricular Muscle By The Accessory Pathway, Forming A Rough And Dull, And Fuzzy Wave That Can Be Positive, Negative, Or Biphasic.

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stock image Ventricular preexcitation is a fusion wave formed by the accessory pathway and normal atrioventricular conduction system exciting a part of ventricle respectively.

Ventricular Preexcitation Is A Fusion Wave Formed By The Accessory Pathway And Normal Atrioventricular Conduction System Exciting A Part Of Ventricle Respectively.

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stock image Abnormal ECG refers to changes in depolarization waves and or repolarization waves, most of which are pathologic and few are physiological.

Abnormal ECG Refers To Changes In Depolarization Waves And Or Repolarization Waves, Most Of Which Are Pathologic And Few Are Physiological.

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stock image When ventricular preexcitation components occupy different proportions of QRS waves, the measured PJ intervals are different.

When Ventricular Preexcitation Components Occupy Different Proportions Of QRS Waves, The Measured PJ Intervals Are Different.

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stock image On the electrocardiogram, observing the morphology of QRS waves in lead V1 can distinguish whether ventricular pre excitation is located in the left ventricle or the right ventricle.

On The Electrocardiogram, Observing The Morphology Of QRS Waves In Lead V1 Can Distinguish Whether Ventricular Pre Excitation Is Located In The Left Ventricle Or The Right Ventricle.

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stock image  The polarity of ventricular preexcitation waves can be positive, as shown in Figures A and B, or negative, as shown in Figures C and D.

The Polarity Of Ventricular Preexcitation Waves Can Be Positive, As Shown In Figures A And B, Or Negative, As Shown In Figures C And D.

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stock image When there is a left ventricular free wall bypass,  the polarity of  the ventricular preexcitation is positive in lead V1 and negative in lead aVL on the electrocardiogram.

When There Is A Left Ventricular Free Wall Bypass, The Polarity Of The Ventricular Preexcitation Is Positive In Lead V1 And Negative In Lead AVL On The Electrocardiogram.

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stock image Surrounding the atrioventricular ring, except for the anterior septum of the left ventricle, there is no distribution of accessory pathways, and accessory pathways can exist in other parts.

Surrounding The Atrioventricular Ring, Except For The Anterior Septum Of The Left Ventricle, There Is No Distribution Of Accessory Pathways, And Accessory Pathways Can Exist In Other Parts.

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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 Abnormal ECG refers to changes in depolarization waves and or repolarization waves, most of which are pathologic and few are physiological.

Abnormal ECG Refers To Changes In Depolarization Waves And Or Repolarization Waves, Most Of Which Are Pathologic And Few Are Physiological.

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stock image On the electrocardiogram, observing the morphology of QRS waves in lead V1 can distinguish whether ventricular pre excitation is located in the left ventricle or the right ventricle.

On The Electrocardiogram, Observing The Morphology Of QRS Waves In Lead V1 Can Distinguish Whether Ventricular Pre Excitation Is Located In The Left Ventricle Or The Right Ventricle.

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stock image A 2:1 left bundle branch block is considered when complete left bundle branch block alternates with normal QRS complexes and the PR interval is fixed.

A 2:1 Left Bundle Branch Block Is Considered When Complete Left Bundle Branch Block Alternates With Normal QRS Complexes And The PR Interval Is Fixed.

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stock image At the beginning of heart development, the atria and ventricles form a whole, known as the primitive heart tube.

At The Beginning Of Heart Development, The Atria And Ventricles Form A Whole, Known As The Primitive Heart Tube.

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stock image On the electrocardiogram, observing the morphology of QRS waves in lead V1 can distinguish whether ventricular pre excitation is located in the left ventricle or the right ventricle.

On The Electrocardiogram, Observing The Morphology Of QRS Waves In Lead V1 Can Distinguish Whether Ventricular Pre Excitation Is Located In The Left Ventricle Or The Right Ventricle.

Image, 7.46MB, 8000 × 12972 jpg
stock image The conduction in ventricle is mainly divided into right bundle branch and left bundle branch. The left bundle branch includes left anterior fascicle and left posterior fascicle.

The Conduction In Ventricle Is Mainly Divided Into Right Bundle Branch And Left Bundle Branch. The Left Bundle Branch Includes Left Anterior Fascicle And Left Posterior Fascicle.

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stock image On the electrocardiogram, the PJ interval is used to distinguish between ventricular heartbeats and ventricular pre excitation. The normal value of PJ interval is less than 270ms.

On The Electrocardiogram, The PJ Interval Is Used To Distinguish Between Ventricular Heartbeats And Ventricular Pre Excitation. The Normal Value Of PJ Interval Is Less Than 270ms.

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stock image The AVN and His bundle form the conduction axis at the atrioventricular junction region. The His bundle is divided into three parts: non penetrating part, penetrating part, and bifurcation section.

The AVN And His Bundle Form The Conduction Axis At The Atrioventricular Junction Region. The His Bundle Is Divided Into Three Parts: Non Penetrating Part, Penetrating Part, And Bifurcation Section.

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stock image The His bundle and the proximal bundle branches are mainly supplied by the 1st septal branch of the left anterior descending branch and the atrioventricular node artery of the right coronary artery.

The His Bundle And The Proximal Bundle Branches Are Mainly Supplied By The 1st Septal Branch Of The Left Anterior Descending Branch And The Atrioventricular Node Artery Of The Right Coronary Artery.

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stock vector Heat Transfer Methods infographic diagram including conduction convection and radiation with example of pot cooker on gas fire for basic physics science education

Heat Transfer Methods Infographic Diagram Including Conduction Convection And Radiation With Example Of Pot Cooker On Gas Fire For Basic Physics Science Education

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stock image Synapse is a structure that permits a neuron (or nerve cell) to pass an electrical or chemical signal to another neuron or to the target efferent cell. Nervous system, brain

Synapse Is A Structure That Permits A Neuron (or Nerve Cell) To Pass An Electrical Or Chemical Signal To Another Neuron Or To The Target Efferent Cell. Nervous System, Brain

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stock image Heart

Heart

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stock image Transmission of nerve impulses with a zoom on the myelin sheath, Ranvier's node and the synapse.

Transmission Of Nerve Impulses With A Zoom On The Myelin Sheath, Ranvier's Node And The Synapse.

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stock image Transmission of nerve impulses with a zoom on the myelin sheath, Ranvier's node and the synapse.

Transmission Of Nerve Impulses With A Zoom On The Myelin Sheath, Ranvier's Node And The Synapse.

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stock image Human heart model

Human Heart Model

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stock image Heart, Human heart

Heart, Human Heart

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stock image Nerve impulse: central nervous system neural network with zoom on Ranvier's node.

Nerve Impulse: Central Nervous System Neural Network With Zoom On Ranvier's Node.

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stock image Human heart model

Human Heart Model

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stock image Nerve impulse: central nervous system neural network with zoom on Ranvier's node.

Nerve Impulse: Central Nervous System Neural Network With Zoom On Ranvier's Node.

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stock vector Human heart vector illustration

Human Heart Vector Illustration

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stock vector Human heart, circulatory system. Sick and healthy heart, vector

Human Heart, Circulatory System. Sick And Healthy Heart, Vector

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stock image Heart

Heart

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stock vector Electromyography Test Procedure.

Electromyography Test Procedure.

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stock image Anatomy of Human Heart 3D illustration - Isolated on black

Anatomy Of Human Heart 3D Illustration - Isolated On Black

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stock vector Human heart anatomy. Organs symbol. Vector illustration in cartoon style isolated on white background

Human Heart Anatomy. Organs Symbol. Vector Illustration In Cartoon Style Isolated On White Background

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stock vector Illustration of Human Hearth Anatomy

Illustration Of Human Hearth Anatomy

Vector, 6.33MB, 5111 × 6527 eps
stock vector Cardiovascular system heart isolated icon internal organ vector anatomy physiology heartbeat and pulse or rate blood pressure and flow anatomical structure cardiology medicine and healthcare biology.

Cardiovascular System Heart Isolated Icon Internal Organ Vector Anatomy Physiology Heartbeat And Pulse Or Rate Blood Pressure And Flow Anatomical Structure Cardiology Medicine And Healthcare Biology.

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stock vector Realistic human heart internal organ anatomy. 3d illustration

Realistic Human Heart Internal Organ Anatomy. 3d Illustration

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stock image Tectonic plate interaction

Tectonic Plate Interaction

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