Association between myocardial miR levels & stiffness indices for all miRs with a greater than 2 fold change.
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posted on 2024-02-02, 18:31 authored by Stephanie L. Samani, Shayne C. Barlow, Lisa A. Freeburg, Traci L. Jones, Marlee Poole, Mark A. Sarzynski, Michael R. Zile, Tarek Shazly, Francis G. Spinale<p>Association between myocardial miR levels & stiffness indices for all miRs with a greater than 2 fold change.</p>
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weight matched nonunique findings setspeckle tracking echocardiographyregulating pathways relevantr &# 8805localized inflammatory processlocal inflammatory pathwaysidentify underlying mechanismscalcium handling processesmyocardial relaxation processestranscriptional molecular pathwaysregional myocardial stiffness10 degrees elevationparticularly diastolic function84 mir arraymyocardial mir profilinglv myocardial structurespecific mirs responsibleexercise causes changes</ sub >)3 mrna occurredleft ventricle functionlv myocardial stiffnesspigs </ pmyocardial stiffness</ subtranscriptional eventsleft ventricular10 minxlink ">project testedpoorly understoodmirs ))following exercisefold decreaseexercise trainingexercise pigsdirectly associateddirect effectschanged mirscentral hypothesisapproximately 505 p5 mph5 days25 kg
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