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City Monza / Boston / Parini / Milano / Milan / Lyon / Basel / Venlo / St. Louis / / Company Macmillan Publishers Limited / Jheng HF / Sigma-Aldrich / GraphPad Software / Qiagen / COX / PerkinElmer / / Country Switzerland / Netherlands / Italy / France / United States / United Kingdom / / Currency pence / PKR / / / Facility University of Milano-Bicocca / San Raffaele Scientific Institute / L. Sacco University Hospital / E. Medea Scientific Institute / Ricerche Institute of Neuroscience / / IndustryTerm fission machinery / postnatal mitochondrial network / autophagy-lysosome systems / satellite cells / energy imbalance / positive satellite cells / skeletal muscle satellite cells / energy balance / mitochondrial network / reduced food intake / satellite cells function / / MedicalCondition optic atrophy / mitochondrial respiratory chain deficiencies / inhibitory upstream ORF / cachectic cancer / intestinal inflammation / severe mitochondrial respiratory chain dysfunction / latent dysfunction / obesity / protein synthesis depression / WT depression / mitochondrial diseases / chronic undernutrition / myopathies / muscle atrophy / mitochondrial dysfunction / insulin resistance / cancer / Disease / dominant optic atrophy / contraction / VI deficiency / Drp1 transgenic mice Drp1 ORF / neurodegenerative diseases / deficiency / depression / inflammatory / / MedicalTreatment bypass / / Organization University of Milano-Bicocca / Centre National / Ecole Normale Supérieure / E. Medea Scientific Institute / Santiago MC / San Raffaele Scientific Institute / Department of Health Sciences / Institute of Neuroscience / L. Sacco University Hospital / Administration of the ATP / Division of Genetics and Cell Biology / Department of Clinical and Biomedical Sciences / / Person Maurizio Moggio / Stephan Clavel / Michela Ripolone / Cell Death / Fabrice Mure / Paola Zordan / Valentina Conti / / / Position Representative western blot analysis / General / messenger / Author / Representative / reporter / / Product glucagon / chloramphenicol / / ProvinceOrState Warrington / / PublishedMedium PLoS One / / RadioStation Monteys AM / / Technology alpha / Neuroscience / tomography / antibodies / SDH / cloning / Stem Cells / apoptosis / Gene Therapy / electroporation / gene expression / genotype / Regenerative Medicine / / URL www.nature.com/cddis / / SocialTag 
Muscle-specific Drp1 overexpression impairs skeletal muscle growth via translational attenuation