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arterial hypertension(passive) caused bycardiac hypertrophy
chronic pressure overload(passive) caused bycardiac hypertrophy
Hypertension alonecausedcardiac hypertrophy
Sustained hypertensioncausescardiac hypertrophy
prolonged hypertension(passive) caused bycardiac hypertrophy (
Li , Q. et al . Attenuation of microRNA-1 derepresses the cytoskeleton regulatory protein twinfilin-1to provokecardiac hypertrophy
high blood pressure and a narrowing of the valves of the heart(passive) is ... caused byCardiac hypertrophy
Marano G. Pressure overloadcausescardiac hypertrophy
The greatest concerns regarding Clenbuterol side effects will revolve around the heart as usecan causecardiac methandienone hypertrophy
Select item 2057105318.Attenuation of microRNA-1 derepresses the cytoskeleton regulatory protein twinfilin-1to provokecardiac hypertrophy
Long - term hypertensioncauseshypertrophy of the heart
hypertension 2.Restrictive(passive) caused byCardiac hypertrophy
Hypertension over a long periodscan causecardiac hypertrophy
| Hypertension Quinapril , an angiotensin converting enzyme inhibitorpreventscardiac hypertrophy
single - point mutations in genes encoding sarcomeric proteins including ventricular myosin regulatory light chain ( RLC(passive) caused bycardiac hypertrophy
congestive heart failure , hypertension , and pregnancy(passive) caused byCardiac hypertrophy
View Article Takeda Y , Yoneda T , Demura M , Miyamori I , Mabuchi H. Sodium - Induced Cardiac Aldosterone SynthesisCausesCardiac Hypertrophy
when the heart responds to increased stresses such as high blood pressure in the body or lungs(passive) is causedCardiac hypertrophy
excess GH.[1 ] Hypertension [ 1(passive) caused bybiventricular cardiac hypertrophy
excess GH as it is seen independent to hypertension(passive) caused byBiventricular cardiac hypertrophy
R.A. Transgenic overexpression of constitutively active protein kinase C epsiloncausesconcentric cardiac hypertrophy
aortic banding ( AB ) , phenylephrine ( PE ) or angiotensin II ( Ang II ) in vivo and in vitro(passive) caused bycardiac hypertrophy
PubMed - indexed for MEDLINE ] Related citations Select item 205710538.Attenuation of microRNA-1 derepresses the cytoskeleton regulatory protein twinfilin-1to provokecardiac hypertrophy
Overexpression of Hopcausescardiac hypertrophy
Hdac2 overexpressionprovokessevere cardiac hypertrophy
Overexpression of SGLT1causespathologic cardiac hypertrophy
overexpression of CPβ2 andcausedcardiac hypertrophy
Overexpression of Hspb8causedcardiac hypertrophy
both pressure overload and G protein – coupled receptors , and knockout of p110γ(passive) triggered bymaladaptive cardiac hypertrophy
pressure overload in rats by successfully increasing endogenous NO levels(passive) caused bycardiac hypertrophy
An increase in mechanical load in the heart ... ( heart development , exercise and pregnancy ) or pathologically ( high blood pressure and heart - valve regurgitationcausescardiac hypertrophy
hemodynamic overload , which includes pressure overload ( PO ) caused by aortic stenosis and high blood pressure , and volume overload ( VO ) caused by valvular insufficiency , chronic myocardial infarction , arteriovenous shunt , and pregnancy(passive) is caused byCardiac hypertrophy
Breast Cancer Res Treat , 2013 Jan. PMID 23224145 , Free PMC Article Attenuation of microRNA-1 derepresses the cytoskeleton regulatory protein twinfilin-1to provokecardiac hypertrophy
CL and D - CLcausedcardiac hypertrophy
pressure overload in vivo or by phenylephrine ( PE ) treatment of NRCMs in vitro(passive) caused bypathological cardiac hypertrophy
various reasons(passive) caused bythe cardiac hypertrophy
10.1111 / jcmm.13419 Hypertensioncausescardiac hypertrophy
authors Ernesto L. Schiffrin Peroxisome proliferator - activated receptor ( PPAR ) activationmay preventcardiac hypertrophy
Circulation 99 : 2694–2701 , 1999.OpenUrlAbstract / FREE Full Text ↵ Takeda Y , Yoneda T , Demura M , Miyamori I , and Mabuchi H. Sodium - induced cardiac aldosterone synthesiscausescardiac hypertrophy
smooth muscle cellsAbstractFulltextPDF{beta}-Adrenergic receptor stimulationcausescardiac hypertrophy
to heart failure ( HFcan leadto heart failure ( HF
to heart failure.[13can leadto heart failure.[13
231014 Heart failure(passive) caused by231014 Heart failure
to eventual heart failureleadingto eventual heart failure
towards heart failureleadingtowards heart failure
to dilatation and heart failureleadsto dilatation and heart failure
to heart failure in miceleadingto heart failure in mice
in heart failure and ventricular arrhythmiascan resultin heart failure and ventricular arrhythmias
to heart failure ( PubMed:20375365leadingto heart failure ( PubMed:20375365
to heart failure , which has been characterized extensivelyleadingto heart failure , which has been characterized extensively
heart failure ... and its mechanisms are largely unknowncausesheart failure ... and its mechanisms are largely unknown
to cardiac remodeling and even heart failurecan leadto cardiac remodeling and even heart failure
to heart failure without adequate therapycontributesto heart failure without adequate therapy
to the decreased contractility of the heart in heart failurecontributesto the decreased contractility of the heart in heart failure
to a premature death caused by heart failure [ 35leadingto a premature death caused by heart failure [ 35
to congestive heart failure , arrhythmia , and sudden deathleadsto congestive heart failure , arrhythmia , and sudden death
high blood pressure and congestive heart failurecan causehigh blood pressure and congestive heart failure
to heart failure , which is a leading cause of morbidity and mortalityeasily leadsto heart failure , which is a leading cause of morbidity and mortality
to heart failure between 6 – 9 months of ageleadsto heart failure between 6 – 9 months of age
to heart failure between 7–9 months of ageleadsto heart failure between 7–9 months of age
to heart failure , and is induced either by physiological stimulican leadto heart failure , and is induced either by physiological stimuli
to left ventricular systolic dysfunction and possibly heart failureleadingto left ventricular systolic dysfunction and possibly heart failure
dilated cardiomyopathy , heart failure , arrhythmias , and sudden death26 , 27causesdilated cardiomyopathy , heart failure , arrhythmias , and sudden death26 , 27
heart failure ... and its mechanisms are largely … ( More ) Yun - zeng Zou , Hiroshi Akazawa , +16 authors Issei Komurocausesheart failure ... and its mechanisms are largely … ( More ) Yun - zeng Zou , Hiroshi Akazawa , +16 authors Issei Komuro
in mitochondrial dysfunction , cardiomyocyte apoptosis , and heart failure ( Kang et al . , 2004 ; Bugger et al . , 2010can resultin mitochondrial dysfunction , cardiomyocyte apoptosis , and heart failure ( Kang et al . , 2004 ; Bugger et al . , 2010
to cardiomyopathy , heart failure , arrhythmia and even sudden cardiac death , which contribute to a major cause of morbidity and mortality [ 4,5may finally leadto cardiomyopathy , heart failure , arrhythmia and even sudden cardiac death , which contribute to a major cause of morbidity and mortality [ 4,5
to heart failure , in which the heart can no longer supply adequate amounts of blood to meet the body ’s hemodynamic demands , resulting in cardiac dilatation , thinning of the myocardial walls , decrease in contractile effectiveness , organ failure and deatheventually leadsto heart failure , in which the heart can no longer supply adequate amounts of blood to meet the body ’s hemodynamic demands , resulting in cardiac dilatation , thinning of the myocardial walls , decrease in contractile effectiveness , organ failure and death
an excessive increase in fibrosis , myocardial apoptosis , and heart failure ( 18).Nuclear factor ( NF)-κB proteins are a small family of related transcription factors that are known to play a key role in an immune responsecausesan excessive increase in fibrosis , myocardial apoptosis , and heart failure ( 18).Nuclear factor ( NF)-κB proteins are a small family of related transcription factors that are known to play a key role in an immune response
to heart disease and/or deathleadingto heart disease and/or death
to a heart attack and deathcan leadto a heart attack and death
heart diseases(passive) caused byheart diseases
in cardiac failure and sudden deathresultsin cardiac failure and sudden death
an enlarged heartcan causean enlarged heart
to compromised heart function and even deathleadingto compromised heart function and even death
to bradycardia / athlete ’s heartleadingto bradycardia / athlete ’s heart
to premature death in some casescan leadto premature death in some cases
the heart to thicken and weaken over timecausesthe heart to thicken and weaken over time
to an increase in the capillarisation of the heart muscle itselfalso leadsto an increase in the capillarisation of the heart muscle itself
to the vagal heart rate deficitmay contributeto the vagal heart rate deficit
in the decrease in the size of the heart chamberresultsin the decrease in the size of the heart chamber