Neurology · 1975 · 400 citations · 10 references
Life SciencesBiochemistryPediatricsHuman NutritionMacronutrient MetabolismPediatric NutritionCarbohydrate MetabolismEnzyme DeficienciesLipid MetabolismLipid Metabolism DisordersNutritional DeficienciesCarnitine SupplementationFatty Acid Oxidation Enzyme DeficienciesFatty Acid Oxidation ImpairmentFatty AcidsHepatic Glucose UptakeMuscles Of The ForearmSkeletal Muscle Glucose UptakeSkeletal Muscle Physiology
An 11-year old boy had had recurrent episodes of hepatic and cerebral dysfunction and underdeveloped musculature. Overt weakness developed at age 10. Lipid excess, especially in type I fibers, was found in muscle. Hypertrophied smooth endoplasmic reticulum and excessive microbodies were present in liver. Marked carnitine deficiency was shown in skeletal muscle, plasma, and liver. Ketogenesis was impaired on a high fat diet, but omega oxidation of fatty acids was enhanced. There was excessive glucose uptake and essentially no oxidation of labeled long-chain fatty acids by perfused forearm muscles in vivo. Oral replacement therapy restored plasma carnitine levels to normal, but not liver or muscle carnitine levels, and was accompanied by clinical improvement.
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A REFERENCE BASE AND SYSTEM FOR ANALYSIS OF MUSCLE CONSTITUENTS
J. L. Lilienthal, Kenneth L. Zierler, B. P. Folk et al. · Journal of Biological Chemistry · 1950 · 242 citations · Full text
Lipid metabolism in the newborn heart.
Benjamin Wittels, Rubin Bressler · Journal of Clinical Investigation · 1965 · 136 citations · Full text
Hereditary carnitine deficiency of muscle
DAVID H. VANDYKE, Robert C. Griggs, William R. Markesbery et al. · Neurology · 1975 · 101 citations
Medicine, Cardiology, Pediatrics +14