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Aorta , the largest artery of the bodyoriginatesfrom the left ventricle
the wrong interpretation of ventricular tachycardiaoriginatingfrom the left ventricle
recurrent sustained ventricular tachycardia ( VToriginatedfrom the left ventricle
the most common form of idiopathic ventricular tachycardiaoriginatingfrom the left ventricle
Adenosine and verapamil - sensitive ventricular tachycardiaoriginatingfrom the left ventricle
a linear heart tubecontributesto the left ventricle
aorta - The largest artery in the human bodyoriginatingin the left ventricle
main arteryleadingfrom the left ventricle
The largest artery ... the aortaoriginatesfrom the left ventricle
the ascending aorta or arteryleadingfrom the left ventricle
the normal aortaoriginatedin the left ventricle
The thoracic aortaoriginatesfrom the left ventricle
The aorta on the other handoriginatesfrom the left ventricle
heart vesselsleadingto the left ventricle
The pulmonary artery ( yellow markersoriginates completelyfrom the left ventricle
As the Italian Heart Journal reports , the fascicular tachycardia is an uncommon idiopathic ventricular tachycardiaoriginatingfrom the left ventricle
the forward pressure waveoriginatingfrom the left ventricle
a valve at the base of the aortaleadsoff from the left ventricle
when extreme stress stuns the heart ,resultingin the left ventricle
wherein the sense amplifier receives ventricular depolarization signalsoriginatingfrom the left ventricle
The primary heart fieldcontributesto the left ventricle
can be placed directly on the heartto preventleft ventricular remodelling
large overload of the heart(passive) is caused byleft ventricle
The great arteryoriginatingfrom the left ventricle
a major arteryleadingto the left ventricle
a common area for a tear ... the aortaoriginatesfrom the left ventricle
ectopic ventricular complexesoriginatingfrom the left ventricle
most arrhythmiasoriginatein the left ventricle
Listing Severe cardiomyopathy caused by a critically stenosed anomalous left coronary artery ostiumoriginatingin the left ventricle
PVCoriginatesfrom the left ventricle
chronic severe mitral valve regurgitation Przemysław Leszek · Anna Klisiewicz · Jadwiga Janas(passive) caused byleft ventricle dysfunction
Rare Heart Flaw Taussig - Bing anomaly ... in normal caseshould originatefrom left ventricle
a tunnelleadingout of the left ventricle
several heart problems due to damagecausesto the left ventricle
As the reference point was located at the aorta , it could be confirmedwas originatedfrom the left ventricle
In TGA , the aorta originates from right ventricleoriginatesfrom left ventricle
The child ... in normal caseshould originatefrom the left ventricle
Bipolaar , C. Heart failure ... many diseasescauseleft ventricle dysfunction
it is an RBBB configurationoriginatingin the left ventricle
A third wire ... a vein on the heart 's surfaceleadsto the left ventricle
an abnormal blood flow through the heartcausingan abnormal blood flow through the heart
the chambers to contractcausingthe chambers to contract
to congestive heart failure and deathleadsto congestive heart failure and death
them to contract and send out blood into the ventricles ( the bottom chambers of the heartcausingthem to contract and send out blood into the ventricles ( the bottom chambers of the heart
the ventricle to contractto causethe ventricle to contract
them to contract evenlycausingthem to contract evenly
them to contract at the same timecausingthem to contract at the same time
them to contract collectivelycausingthem to contract collectively
to them to contract jointlyleadingto them to contract jointly
the atria to contract and pump blood into the heartcausingthe atria to contract and pump blood into the heart
Purkinie Fibers to contract togethercausingPurkinie Fibers to contract together
them to contract simultaneously from the bottom up Equations D : Heart rate- the number of hearbeats per minutecausingthem to contract simultaneously from the bottom up Equations D : Heart rate- the number of hearbeats per minute
Veins to contract and forcing blood out into the major arteriescausingVeins to contract and forcing blood out into the major arteries
them to contract simultaneously Control of heart ratecausingthem to contract simultaneously Control of heart rate
them to contract together , all in 0.04 of a secondcausingthem to contract together , all in 0.04 of a second
them to contract simulataneously , from the bottom upcausingthem to contract simulataneously , from the bottom up
them to contract and force blood into the ventricles ( the two lower chambers of the heartcausingthem to contract and force blood into the ventricles ( the two lower chambers of the heart
the atria to contract ( recorded as P wave on the ECGcausingthe atria to contract ( recorded as P wave on the ECG
them to contract , forcing blood into the ventriclescausingthem to contract , forcing blood into the ventricles
them to contract Purkinje fibers restingcausingthem to contract Purkinje fibers resting
the atria to contract and pump blood into the ventricles , then moving to the atrioventricular ( AV ) node and slowing down slightly to allow the ventricles to fill up with bloodcausingthe atria to contract and pump blood into the ventricles , then moving to the atrioventricular ( AV ) node and slowing down slightly to allow the ventricles to fill up with blood
chronic heart failure(passive) caused bychronic heart failure
them to contract and force blood out into the major arteriescausingthem to contract and force blood out into the major arteries
the atria to contract thereby pumping blood into the heart ’s lower chambers , the ventriclescausingthe atria to contract thereby pumping blood into the heart ’s lower chambers , the ventricles
the few Americans to pump at the same time , which makes that pumping more forcefulcausingthe few Americans to pump at the same time , which makes that pumping more forceful
blood to pass from the left to the right side of the heart and back again through the lungs , increasing the workload on the heart with every beatcausingblood to pass from the left to the right side of the heart and back again through the lungs , increasing the workload on the heart with every beat
the ventricles to contract in an organized manner to transport blood out of the heartcausingthe ventricles to contract in an organized manner to transport blood out of the heart
them to contract and push blood through to the lower sections of the heart ( ventriclescausingthem to contract and push blood through to the lower sections of the heart ( ventricles
them to contract and push blood into the lower chambers , or ventriclescausingthem to contract and push blood into the lower chambers , or ventricles
them to contract to force blood stored in them into their respective ventriclecausingthem to contract to force blood stored in them into their respective ventricle
in heart failure and pulmonary edemapossibly resultingin heart failure and pulmonary edema
irreversible damage and heart failurecausingirreversible damage and heart failure
to acute heart failure and death if not treatedcan leadto acute heart failure and death if not treated
it to contract and move the blood into the heart ’s lower chambers known as the ventriclescausingit to contract and move the blood into the heart ’s lower chambers known as the ventricles
them to contract and fill the ventricles with blood ( a series of one - way valves in the heartcausingthem to contract and fill the ventricles with blood ( a series of one - way valves in the heart
to life - threatening complications such as arrhythmias , heart failure and sudden death ( 2can leadto life - threatening complications such as arrhythmias , heart failure and sudden death ( 2
further dilatation , reduced function and heart failurepreventingfurther dilatation , reduced function and heart failure
the ventricles to contract pushing blood to the lungs and the rest of the body , respectivelyto causethe ventricles to contract pushing blood to the lungs and the rest of the body , respectively
them to contract Polarization resting , resting state of a myocardial cell Depolarization change of myocardial cell from polarization(resting ) to state of contraction(decausingthem to contract Polarization resting , resting state of a myocardial cell Depolarization change of myocardial cell from polarization(resting ) to state of contraction(de
to improved diastolic functioncould leadto improved diastolic function