The Impact of Chronic Exercise on Cardiac Function in PEPCK-Cmus Mice Characterized by DENSE MRI

Keywords

active adaptive addition adult allows among animal apex apical appropriate athletes athletic audience background basal beneficial biochemistry biomedical cages cardiac cardiovascular cellular characterization characterized characterizing chem chronic circulation circumferential comprised consistent control controls cycle dense detected develop developed development diastolic dimensional displacement efficacy ejection elucidate encoding engineering enhanced establishment evaluated eventually exercise express expression failure findings fraction function functional gates genetic global heart hearts horizontal house human hyperactivity hypertrophy hypothesized impact in vivo indexes induced interventions lack lead leading leads martin matched mechanisms metabolic mice mills model models molecular mouse myocardial observations opportunity pathological pattern peak pediatrics percentage phenotypes physiological progresses protein quantified radial reduction referred remodeling reported researchers reserve respectively response scanner scanning school serve seven software statistical stimulated strain strains stress structure suggest suggesting system table target therapeutic thicknesses timing torsion trend twist types understand understood unlike ventricle ventricular volume wall western