Loading ...
Ejection Fraction Analysis of FactorsCan InfluenceEjection Fraction
heart ratesettingEjection fraction
the so - called congestive heart failurecauseslow ejection fraction
Heart diseases such as cardiomyopathy or coronary artery diseasemay leadto low ejection fraction
that over time , my pvcs ( irregular beats ) were so frequent in number that it effected my heart functioncausingthe low ejection fraction
the cardiac output will be lowleadingto a low ejection fraction
when I had an echocardiogram a week laterdiscoveredthe low ejection fraction
End - systolic volumes were reduced in the WD - fed animals at the 4-week time pointresultingin an elevated ejection fraction
The only way I know of HAPEcausinga lowered ejection fraction
changes in loading conditions ( higher preload , lower afterload(passive) caused byejection fraction
to 33 % , 45 % , or 60 %(passive) was setEjection fraction
4Factorsinfluencingejection fraction
This ailmentresultsin a low ejection fraction
the subsequent disruption in electrical signals ... that problemresultsin a low ejection fraction
active coronary artery disease , long - standing hypertension , viral infections and valvular disease(passive) may be caused byLow Ejection fraction
However , some patients can present with systolic dysfunction secondary to the afterload mismatchresultingin low ejection fraction
the ventricular tachycardiaCould ... be causingthe low ejection fraction
my gallbladder removed in November 2010discovereda high ejection fraction
infectious diseasecausinglow ejection fraction
high filling pressures(passive) caused bya normal / high ejection fraction
The ESP chosenresultedin a high ejection fraction
pecan ... causea low ejection fraction
a reduction of systolic dimensions(passive) mainly caused byejection fraction
2006 Negative gallstones , butcan leada low ejection fraction
severe left ventricular dysfunctionresultingin a low ejection fraction
increased afterload situationcausinga low ejection fraction
The weak vortex structures in the failing hearts ... mitral inflow velocityresultsfrom the low ejection fraction
not zinc side effects taste ulcercausedreally high ejection fraction
impaired ischemic myocardial contractility(passive) caused byejection fraction
treatments for diseasescausea low ejection fraction
respiratory - induced intrathoracic pressure changes during normal free breathing(passive) caused byejection fraction
in particular the cardiac mortality of arrhythmic origin ... a left ventricular dysfunctionresultsfrom a low ejection fraction
dyssynchronycausinga lowered ejection fraction
the stonesare causinga lowered ejection fraction
the inflammationresultsin the low ejection fraction
adversely(passive) was influencedEjection fraction
medscauselow ejection fraction
that some pioneering trials of autologous bone marrow stem cells have unexplained discrepancies that cast doubt on their validity.5 discrepancies was not possible to report this directly in the journals that published the trials.5 Discrepancies in reports have never been systematically explored as a possible explanatory variable for the effect size of autologous bone marrow stem cells on ejection fraction(passive) has recently been discoveredejection fraction
I / R injury(passive) caused byejection fraction
a virus(passive) caused byejection fraction
to systolic heart failureleadsto systolic heart failure
to chronic hypoxia , which causes extreme fatigue and weaknesscan leadto chronic hypoxia , which causes extreme fatigue and weakness
alsocontributesalso
to abdominal discomfort and painmay leadto abdominal discomfort and pain
gb symptoms not dissimilar to when the ejection fraction is lowcan causegb symptoms not dissimilar to when the ejection fraction is low
in a clear reduction in risk of death attributed to cardiovascular etiologies , nonfatal myocardial infarction , and strokes ( 57resultedin a clear reduction in risk of death attributed to cardiovascular etiologies , nonfatal myocardial infarction , and strokes ( 57
a slow change in saturation as shown in FIGcausesa slow change in saturation as shown in FIG
in low cardiac output contributing to the crashresultingin low cardiac output contributing to the crash
shortness of breathoften causesshortness of breath
ischemiacauseischemia
a 60 to 75 percentsettinga 60 to 75 percent
a heart murmurmay causea heart murmur
to a further reduction in HRV ( p<0.01leadsto a further reduction in HRV ( p<0.01
to your mother developing acute kidney failurewould have also contributedto your mother developing acute kidney failure
from long - standing severe aortic insufficiencyresultingfrom long - standing severe aortic insufficiency
in the EP interpreting severe AS using only the two B - mode views while the cardiologist interpretation of the full echocardiogram identified no severe ASmay have resultedin the EP interpreting severe AS using only the two B - mode views while the cardiologist interpretation of the full echocardiogram identified no severe AS
to improved LV function in 15-epi - LXA4 treated mice post - MIleadingto improved LV function in 15-epi - LXA4 treated mice post - MI
to episodes of arrhythmia , progressive pump failureleadingto episodes of arrhythmia , progressive pump failure
many cases(passive) caused bymany cases
the hemodynamic consequences of arrhythmias , both supraventricular and ventricularmay influencethe hemodynamic consequences of arrhythmias , both supraventricular and ventricular
to fatigue , abdominal pain , inability to exercise and irregular heartbeatcan leadto fatigue , abdominal pain , inability to exercise and irregular heartbeat
in alcoholic cardiomyopathyresultingin alcoholic cardiomyopathy
a myriad of consequences , one in particular ( pre - renal azotemia acute kidney injury ( AKIwill causea myriad of consequences , one in particular ( pre - renal azotemia acute kidney injury ( AKI
from therapy with nonglycosidic positive inotropic agentsresultingfrom therapy with nonglycosidic positive inotropic agents
to decompensation , valvular damage , or worse arrhythmias.6leadingto decompensation , valvular damage , or worse arrhythmias.6
the risk of rehospitalization ( P=0.035influencedthe risk of rehospitalization ( P=0.035
from some kind of cardiomyopathy , a condition in which the heart is abnormally enlarged , thickened or stiffenedmay resultfrom some kind of cardiomyopathy , a condition in which the heart is abnormally enlarged , thickened or stiffened
to 33 , 45 , and 60 %setto 33 , 45 , and 60 %
in better survival rateresultingin better survival rate
pharmacologic stress on the heartCausespharmacologic stress on the heart
topamaxdoes ... causetopamax
to congestive failure Carry a list of medications you takecan leadto congestive failure Carry a list of medications you take
in a drop in the blood pressureresultingin a drop in the blood pressure
a significant misinterpretation of the actual pathophysiologycausesa significant misinterpretation of the actual pathophysiology
to the inclusion of patients with a wide range of cardiac diseases , coexistent illnesses , and cotherapiesledto the inclusion of patients with a wide range of cardiac diseases , coexistent illnesses , and cotherapies
treatment discontinuation in everolimus - treated patients and one in the placebo groupcausedtreatment discontinuation in everolimus - treated patients and one in the placebo group
independentlyinfluencedindependently
to a subgroup - treatment interaction in the main SOLVD publicationsledto a subgroup - treatment interaction in the main SOLVD publications
to trastuzumab interruptionleadingto trastuzumab interruption