Harper's BiochemistryAppleton & Lange, 1993 - Biochemistry |
Contents
Preface | ix |
Biomolecules Biochemical Methods | 11 |
Carbohydrates of Physiologic Significance | 15 |
Copyright | |
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Common terms and phrases
6-phosphate acetyl-CoA activity acyl-CoA amino acids bile bilirubin binding biochemical biosynthesis blood bonds CaČ Ca2+ carbohydrate carbon catabolism catalyzed cause cells Chapter cholesterol chromosome citric acid cycle codon complex concentration contain cytochrome deficiency dehydrogenase disease effects enzyme excreted factor fatty acids Figure formation free fatty acids fructose function gene genetic glucagon gluconeogenesis glucose glutamate glycerol glycogen glycolysis glycoproteins H₂O heme hemoglobin hormone human hydrolysis increased inhibition insulin intestinal intracellular involved kinase lipid lipoprotein liver major mammalian mechanisms membrane metabolism mitochondria mitochondrial molecular molecules mRNA muscle mutations NAD+ NADH NADPH normal nucleotides occurs oxidation oxygen pathway peptide phos phosphate phospholipids phosphorylation plasma polypeptide protein purine pyrimidine pyruvate reaction receptor reductase regions regulation release residues result role sequence specific steroid structure substrate subunits sulfate synthesis Table tein tion tissues transcription transport triacylglycerol tumor tyrosine vitamin VLDL zyme