The Control of Lipid Metabolism: Biochemical Society Symposium No. 24 Held at Oxford, 19 July 1963J. K. Grant, G. Popják |
Contents
DANIEL STEINBERG National Heart Institute Bethesda Maryland | 1 |
The biosynthesis of unsaturated fatty acids in higher plants | 17 |
P K STUMPF Department of Biochemistry and Biophysics University | 29 |
Copyright | |
11 other sections not shown
Common terms and phrases
acetate acetyl CoA acetyl CoA carboxylase Acta ACTH adipose tissue adrenal adrenalectomized animals bile acids Biochem biol biophys biosynthesis Bloch blood carboxylation cell chain Chem chloroplast cholesterol cholesterol metabolism cholesterol synthesis cholesteryl esters cholic citrate CO₂ coenzyme cofactors concentration cortisone degradation desaturation diabetic effect enzyme epinephrine excretion experiments fatty acid patterns fatty acid synthesis FFA levels FFA release formation free fatty acids glucose glycerol glycogen hyperthyroid incorporation increase incubation injected insulin intact intestinal isocitrate labelled linoleic acid Lipid Res lipolysis lipoprotein Lynen malonyl malonyl-CoA mechanism mevalonate mitochondria Myant norepinephrine normal observed oestrogens oleate oleic acid oxidation oxygen consumption palmitate pathway perfusate phospholipid Physiol plaque plasma cholesterol plasma FFA precursor Proc production protein rat liver reaction S10 fraction saturated serum Shafrir shown Sjövall Steinberg sterol stimulation studies Stumpf substrate Table thyroid hormone thyroxine tion triglyceride turnover unsaturated fatty acids uptake Vaughan vitro Wakil