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Biomolecules Biochemical Methods
Mechanisms of Action
4 other sections not shown
6-phosphate acetyl-CoA activity adipose tissue adrenal amino acids bile bilirubin binding biochemical biosynthesis blood bonds carbohydrate carbon catabolism catalyzed cells Chapter cholesterol chromosome citric acid cycle codon coenzyme complex concentration contain cytochrome decreased deficiency dehydrogenase disease energy enzyme eukaryotic excreted factor fatty acids Figure formation free fatty acids fructose function gene genetic glucagon gluconeogenesis glucose glycerol glycogen glycolysis glycoproteins hepatic hormone human increased inhibition insulin intestinal intracellular involved kinase levels lipid lipoproteins liver major mammalian mechanism metabolism mitochondria mitochondrial molecular molecules mRNA muscle mutation NADH normal nucleotide occurs oxidation pathway peptide phos phosphate phospholipids phosphorylation physiologic polypeptide precursor protein purine pyrimidine pyruvate reaction receptor region regulation renal residues respiratory chain ribosomal sequence serum specific steroid structure substrate subunit sulfate synthesis Table tein thyroid tion transcription transport triacylglycerol tRNA tyrosine urine vitamin VLDL