Epigenetics in Cardiac Health and Disease225miR-218 and mi-R34a drive persistent myocardial oxidative stress by targeting chromatin remodelers DNMT3b and SIRT1: new mechanistic insights in diabetic cardiomyopathy226Effects of miRNAs modulated by endurance training on cardiomyocyte excitability227Differential transcriptome and microRNA expression signatures in the healthy heart (RV vs. LV) and the failing, pressure-overloaded right ventricle (SuHx model)

Sarah Costantino ,R Kueffner,Colin C Schwarzwald ,Dario Difrancesco ,Mirko Baruscotti ,Liberato Berrino ,Mattia Bonzanni ,Antonio La Torre ,Sara Landi ,Andrea Barbuti ,Francesco Cosentino ,Annalisa Bucchi ,Katharyn J Mitchell ,Gianluca Vernillo ,Francesco Paneni ,T F Luscher ,Massimo Volpe ,Ekaterina Legchenko ,Alessandra Napoli ,Georg Hansmann

doi:10.1093/cvr/cvw128

Epigenetics in Cardiac Health and Disease225miR-218 and mi-R34a drive persistent myocardial oxidative stress by targeting chromatin remodelers DNMT3b and SIRT1: new mechanistic insights in diabetic cardiomyopathy226Effects of miRNAs modulated by endurance training on cardiomyocyte excitability227Differential transcriptome and microRNA expression signatures in the healthy heart (RV vs. LV) and the failing, pressure-overloaded right ventricle (SuHx model)

Sarah Costantino , R Kueffner + Show 18 more

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https://doi.org/10.1093/cvr/cvw128

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Publication Date: Jul 1, 2016

Affiliation: Karolinska Institutet, Center for Environmental Health, University of Zurich, Bioscience (China), University of Milan, University of Campania "Luigi Vanvitelli", Czech Academy of Sciences, Institute of Physiology, Sapienza University of Rome, Hannover Medical School

#Upregulation Of miR-206 #Right Ventricle + Show 8 more

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Abstract

Epigenetics in Cardiac Health and Disease225miR-218 and mi-R34a drive persistent myocardial oxidative stress by targeting chromatin remodelers DNMT3b and SIRT1: new mechanistic insights in diabetic cardiomyopathy226Effects of miRNAs modulated by endurance training on cardiomyocyte excitability227Differential transcriptome and microRNA expression signatures in the healthy heart (RV vs. LV) and the failing, pressure-overloaded right ventricle (SuHx model)

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