Friedreich Ataxia

Consensus clinical management guidelines for Friedreich ataxia

Humans / Consensus / Disease Management / Friedreich Ataxia

HDAC Inhibitors Correct Frataxin Deficiency in a Friedreich Ataxia Mouse Model

Enzyme Inhibitors / Gene expression / Multidisciplinary / Cerebellum / Mice / Animals / Histone Modification / PLoS one / Chromatin / Introns / Histones / Mouse Model / Microarray Analysis / Myocardium / Chromatin Immunoprecipitation / Western blot / Acetylation / Neurodegenerative Disease / Histone deacetylase inhibitor / Nervous System / Autosomal Recessive / Acute Toxicity / Cardiac Disease / Friedreich Ataxia / Gene expression profiling / Histone deacetylase inhibitors / Iron binding proteins / Animals / Histone Modification / PLoS one / Chromatin / Introns / Histones / Mouse Model / Microarray Analysis / Myocardium / Chromatin Immunoprecipitation / Western blot / Acetylation / Neurodegenerative Disease / Histone deacetylase inhibitor / Nervous System / Autosomal Recessive / Acute Toxicity / Cardiac Disease / Friedreich Ataxia / Gene expression profiling / Histone deacetylase inhibitors / Iron binding proteins

Pyruvate-dehydrogenase complex in ataxic patients: Enzyme deficiency in ataxic encephalopathy plus lactic acidosis and normal activity in Friedreich ataxia

Adolescent / Methods / Humans / Male / Enzyme / Clinical Sciences / Enzyme activity / Ataxia / Acidosis / Human Fibroblasts / Lactic Acid / Syndrome / Neurosciences / Friedreich Ataxia / Brain Diseases / Clinical Sciences / Enzyme activity / Ataxia / Acidosis / Human Fibroblasts / Lactic Acid / Syndrome / Neurosciences / Friedreich Ataxia / Brain Diseases

Infectious Delivery and Expression of a 135 kb Human FRDA Genomic DNA Locus Complements Friedreich\'s Ataxia Deficiency in Human Cells

Technology / Gene Therapy / Oxidative Stress / Biological Sciences / Molecular / Humans / Mice / Animals / Central Nervous System / Genomic DNA / Degeneration / Molecular weight / Cell Survival / High Efficiency / Molecular Targeted Therapy / Friedreich Ataxia / Iron binding proteins / fibroblasts / Humans / Mice / Animals / Central Nervous System / Genomic DNA / Degeneration / Molecular weight / Cell Survival / High Efficiency / Molecular Targeted Therapy / Friedreich Ataxia / Iron binding proteins / fibroblasts

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