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by aortic stenosis ( AS(passive) caused bypatients with left ventricular hypertrophy ( LVH
valve insufficiency(passive) caused byventricular volume overload ( eccentric hypertrophy
by chronic pressure overload(passive) caused byventricular hypertrophy ( LVH
The primary disease ... hypertensionledto severe left ventricular hypertrophy
The volume overload ( due to elevated pulse pressure and the systemic effects of neuroendocrine hormonescausesleft ventricular hypertrophy ( LVH
The pressure overload ( due to elevated pulse pressure and hypertensioncausesleft ventricular hypertrophy ( LVH
The pressure overload ( due to elevated pulse pressure and the systemic effects of neuroendocrine hormonescausesleft ventricular hypertrophy ( LVH
by hypertension(passive) caused byventricular hypertrophy ( LVH
by a chronic increase in systemic blood pressure(passive) is ... caused byventricular hypertrophy ( LVH
a constant development of systemic blood pressure(passive) is frequently caused byventricular hypertrophy LVH
minoxidilcausedconcentric ... rather than eccentric ... left ventricular hypertrophy
by chronic pressure overload(passive) caused byLeft ventricular hypertrophy ( LVH
by the constant production of increased pressure required to overcome the pressure gradient caused by the AS(passive) is causedventricular hypertrophy ( LVH
by the constant production of increased pressure required to overcome the pressure gradient caused by the AS(passive) is caused byventricular hypertrophy ( LVH
the constant production of increased pressure required to overcome the pressure gradient caused by the AS(passive) is caused byventricular hypertrophy ( LVH
Aortic stenosis ( AScausescompensatory left ventricular hypertrophy ( LVH
The pressure overloadcausesleft ventricular hypertrophy ( LVH
Hypertensioncan leadto concentric left ventricular hypertrophy ( LVH
left ventricular volume overloadleadsto left ventricular enlargement and eccentric hypertrophy
Chronic hypertensioncausespathological ventricular hypertrophy
factto causeremaining ventricular hypertrophy
She is having HTN ( hypertensionmay causeconcentric LVH ( left ventricular hypertrophy
this genecan causeseemingly isolated left ventricular hypertrophy
a chronic increase in systemic blood pressure(passive) is normally caused byLeft ventricular hypertrophy ( LVH
a normal physiological chronic hypertensioncausespathologic ventricular hypertrophy
the heartleadingto eccentric cardiac hypertrophy
pressure overload or volume overload(passive) is caused byVentricular hypertrophy
FGF23 ) is knownto causeleft ventricular hypertrophy ( LVH
by pressure overload(passive) caused byVentricular hypertrophy
the reasonsleadingto the left ventricular hypertrophy ( LVH
by hypertension (passive) caused byventricular hypertrophy
eventsresultin eccentric hypertrophy of the left ventricle
by another disease(passive) is ... caused byventricular hypertrophy
a chronic aortic valve insufficiencycausesan isolated left ventricular hypertrophy
A - V valvular abnormalitiescausingventricular hypertrophy
processesresultin right ventricular eccentric hypertrophy
The volume overload , due to elevated pulse pressure and the systemic effects of neuroendocrine hormonescausesleft ventricular hypertrophy
by chronic pressure or volume overload(passive) caused byleft ventricular hypertrophy
The pressure overload ( due to elevated pulse pressure and the systemic effects of neuroendocrine hormonescausesleft ventricular hypertrophy
a rare but underdiagnosed intracellular lipid disordercan causeleft ventricular hypertrophy ( LVH
in volume overload of the heartresultin volume overload of the heart
to impaired contraction of the ventriclesleadsto impaired contraction of the ventricles
to heart failurepossibly leadingto heart failure
where the wall of the left ventricle iscausingwhere the wall of the left ventricle is
to acute deterioration because of dynamic LVOT gradients after valvular afterload removal ( 2,3might leadto acute deterioration because of dynamic LVOT gradients after valvular afterload removal ( 2,3
ventricular dysfunctioncausesventricular dysfunction
a displacement of the QRS vector toward the right and anteriorly and often causes a delay in the R - wave peak in right precordial leadscausesa displacement of the QRS vector toward the right and anteriorly and often causes a delay in the R - wave peak in right precordial leads
from changes in the stress of the left ventricular wallresultsfrom changes in the stress of the left ventricular wall
resistance to blood flow from the right ventriclecausesresistance to blood flow from the right ventricle
a displacement of the QRS vector toward the right and anteriorly and often causes a delay in the R wave peak in right precordial leads 5causesa displacement of the QRS vector toward the right and anteriorly and often causes a delay in the R wave peak in right precordial leads 5
a right axis deviation ... dominant R in V1 and a dominant S in V5 or V6 , in the presence of a narrow QRScausesa right axis deviation ... dominant R in V1 and a dominant S in V5 or V6 , in the presence of a narrow QRS
to the diagnosis of apical hypertrophic cardiomyopathy in this patientledto the diagnosis of apical hypertrophic cardiomyopathy in this patient
to impaired contraction of the ventriclesleadsto impaired contraction of the ventricles
from chronic hypertensionresultsfrom chronic hypertension
resistance to blood flow from the right ventriclecausesresistance to blood flow from the right ventricle
in partcausedin part
to diastolic dysfunction with decreased cardiac filling [ 8can leadto diastolic dysfunction with decreased cardiac filling [ 8
to heart failurecan leadto heart failure
significant diastolic dysfunctioncan causesignificant diastolic dysfunction
to systolic dysfunctionleadingto systolic dysfunction
in heart failuremay resultin heart failure
to subsequent left ventricular dysfunctionmay leadto subsequent left ventricular dysfunction
to left ventricular dysfunction for high blood pressurecan ... leadto left ventricular dysfunction for high blood pressure
to eventual heart failureleadingto eventual heart failure
to left ventricular failurecan eventually leadto left ventricular failure
his deathcausedhis death
to contractile dysfunctionleadingto contractile dysfunction
due to hypertrophic cardiomyopathycauseddue to hypertrophic cardiomyopathy
the right ventricle wall(passive) caused bythe right ventricle wall
in eventual congestive heart failurecan resultin eventual congestive heart failure
oftenresultsoften
on a stress testwas discoveredon a stress test
alsoleadsalso
impairedcausesimpaired
to be an important compensatory response in heart failureis designedto be an important compensatory response in heart failure
in his myocardial infarctionresultedin his myocardial infarction
abnormalities of the T wavecan causeabnormalities of the T wave
heart diseasecan causeheart disease
in cardiovascular stiffnessresultingin cardiovascular stiffness
typicallyresultstypically