01532nam a2200157 a 450000100080000000500110000800800410001902000180006010000210007824500320009926000260013130000110015752011730016865000170134165000160135812081542000-10-25       1982    bl uuuu      00u1 u    #d  a0-87901-136-X1 aLEHNINGER, A. L.  aPrinciples of biochemistry.  aNew York: Worthc1982  a1011p.  a1.Biochemistry: the molecular logic of living organisms; 2.Cell ; 3.The composition of living matter: biomoleculares; 4.Water; 5.Amino acids and peptides; 6.Proteins: covalent structure and biological function; 7.Fibrous proteins; 8.Globular proteins: the structure and function of hemoglobin; 9.Enzymes; 10.Vitamins and trace elements in the function of enzymes; 11.Carbohydrates: structure and biological function; 12.Lipids and membranes; 13.A survey of metabolism; 14.The ATP cycle and cell bioenergetics; 15.Glycolysis: a central pathway of glucose catabolism; 16.The citric acid cycle; 17.Electron transport, oxidative phosphorylation, and regulation of ATP production; 18.The oxidation of fatty acids in animal tissue; 19.Oxidative degradation of amino acids: theurea cycle; 21.The biosynthesis of lipids; 22.Biosynthesis of amino acids and nucleotides; 23.Photosynthesis; 24.Digestion, transport, and the integration of metabolism; 25.Hormones; 26.Human nutrition; 27.DNA: the structure of chromosomes and genes; 28.Replication and transcription of DNA; 29.Protein synthesis and its regulation; 30.More about genes: repair, mulation, recombination and cloning.  abiochemistry  aBioquímica