pone.0292243.s002.docx (15.67 kB)
Association between myocardial miR levels & stiffness indices for all miRs with a greater than 2 fold change.
journal contribution
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. SpinaleAssociation between myocardial miR levels & stiffness indices for all miRs with a greater than 2 fold change.
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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)3 mrna occurredleft ventricle functionlv myocardial stiffnesspigs myocardial stiffnesstranscriptional eventsleft ventricular10 minxlink ">project testedpoorly understoodmirs ))following exercisefold decreaseexercise trainingexercise pigsdirectly associateddirect effectschanged mirscentral hypothesisapproximately 505 p5 mph5 days25 kg
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