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Part ¢ñ STRUCTURE AND FUNCTION OF BIOMOLECULE
Chapter 1 Structure and Function of Proteins
¢ñ.Amino acids and Peptides
¢ò.Protein Structure
¢ó.Protein Function
¢ô.Working with proteins
Chapter 2 Structure and Function of Nucleic Acids
¢ñ.Nucleic acid
¢ò.Structure and function of DNA
¢ó.Structure and function of RNA
¢ô.Physical and chemical properties of nucleic acids and their applications
Chapter 3 Structure and Function of Glycoconjugates
¢ñ.Glycans in glycoproteins
¢ò.Glycosaminoglycans in proteoglycan molecules
¢ó.Glycolipids
¢ô.Functions of Glycan structure
Chapter 4 Enzyme
¢ñ.General Properties of Enzymes
¢ò.Mechanism of Enzyme Action
¢ó.Enzyme kinetics
¢ô.Regulation of enzyme
Chapter 5 Vitamins
¢ñ.Lipid-soluble vitamins
¢ò.Water-soluble vitamins
Part ¢ò METABOLISM AND REGULATION
Chapter 6 Carbohydrate metabolism
¢ñ.The anaerobic oxidation of glucose
¢ò.Aerobic oxidation
¢ó.Pentose phosphate pathway
¢ô.Glycogen metabolism
¢õ.Gluconeogenesis
¢ö.Blood glucose and the regulation
Chapter 7 Biological Oxidation
¢ñ.Electron transport chain
¢ò.Oxidative phosphorylation and ATP synthesis
¢ó.Regulation of oxidative phosphorylation
¢ô.Selective transport across the inner mitochondrial membrane
¢õ.Other biological oxidations without ATP producing
Chapter 8 Metabolism of Lipids
¢ñ.The physiological function of lipids
¢ò.Digestion and absorption of fats
¢ó.Anabolism of triacylglycerol
¢ô.Synthesis of fatty acids
¢õ.Fat catabolism
¢ö.Metabolism of glycerophospholipids
¢÷.Cholesterol metabolism
¢ø.Plasma lipoprotein metabolism
Chapter 9 Metabolism of Amino acid
¢ñ.The physiological function and nutritive value of protein
¢ò.Digestion, absorption and putrefaction of the protein in the intestinal tract.
¢ó.General metabolism of amino acids
¢ô.Metabolism of ammonia
¢õ.Metabolisms of individual amino acid
Chapter 10 Nucleotide Metabolism
¢ñ.Functions of nucleotides
¢ò.Synthesis and degradation of purine nucleotides
¢ó.Synthesis and degradation of pyrimidine nucleotides
Chapter 11 Blood Biochemistry
¢ñ.Plasma proteins
¢ò.Synthesis of hemoglobin
¢ó.Metabolism of red blood cell and leukocyte
Chapter 12 Liver Biochemistry
¢ñ.The Role of Liver in Metabolism
¢ò.Hepatic Biotransformation
¢ó.Bile and the metabolism of bile acid
¢ô.Metabolism of bile pigment
Chapter 13 Integration and Regulation of Metabolism
¢ñ.The relationralation and integration of metabolism
¢ò.The major manner of regulation of metabolism
¢ó.Characteristic of metabolism in different organs
¢ô.The abnormal metabolism in disease
Part ¢ó INFORMATION PATHWAYS
Chapter 14 DNA Synthesis
¢ñ.Three basic rules of DNA replication
¢ò.Various enzymes and proteins involved in DNA replication
¢ó.Prokaryotic DNA replication
¢ô.Eukaryotic DNA replication
¢õ.Reverse Transcription and Other Models of DNA Replication
Chapter 15 DNA Damage and Repair
¢ñ.DNA damage
¢ò.DNA repair
¢ó.Significance of DNA damage and repair
Chapter 16 RNA Synthesis
¢ñ.Introductiont of RNA biosynthesis
¢ò.The process of RNA synthesis process
¢ó.Post-transcriptional processing
Chapter 17 Protein Synthesis
¢ñ.The concept of protein biosynthesis
¢ò.Protein biosynthesis system and genetic code
¢ó.The basic process of protein biosynthesis
¢ô.The relationship between protein biosynthesis and medicine
Chapter 18 Regulation of Gene Expression
¢ñ.Gene expression
¢ò.Mechanism of gene regulation
Chapter 19 Signal Transduction
¢ñ.Extracellular signal molecules
¢ò.Receptors and signal transduction molecules
¢ó.Membrane receptor-mediated intracellular signal transduction
¢ô.Int