Chapter 5 Peptide and Protein Structure (4 credit hours)
第五章 多肽和蛋白质的结构(4 学时)
5.1 Amino acids and peptides; 5.2 Solid-phase peptide synthesis; 5.3 Fundamental forces that control protein secondary
structure; 5.4 The chemistry of crosslinks; 5.5 Protein domains have structural and functional roles; 5.6 Higher levels of
protein structure.
5.1 氨基酸和多肽; 5.2 固相合成多肽的方法; 5.3 蛋白质的二维结构; 5.4 肽链的连接; 5.5 蛋白质结构域; 5.6 蛋白质
的高级结构。
Chapter 6 Protein Function (8 credit hours)
第六章 蛋白质的功能(8 学时)
6.1 Receptor–ligand interactions; 6.2 A quantitative view of enzyme function; 6.3 A mechanistic view of enzymes that
catalyze multistep reactions; 6.4 Enzymes that use organic cofactors; 6.5 Engineering proteins; 6.6 bioorthogonal
reactions of peptides and proteins.
6.1 供体-受体相互作用; 6.2 酶催化的定量方法; 6.3 酶催化的多步反应; 6.4 含有有机辅酶的酶催化; 6.5 蛋白质工
程; 6.7 多肽和蛋白质的生物正交化学反应。
Chapter 7 Glycobiology (8 credit hours)
第七章 糖生物学(8 学时)
7.1 Structure; 7.2 The chemistry and enzymology of the glycosidic bond; 7.3 Polysaccharides; 7.4 Glycoproteins; 7.5
Glycolipids; 7.6 Glycosylation in the cytosol; 7.7 Chemical synthesis of oligosaccharides; 7.8 Proteins that bind to
carbohydrate ligands; 7.9 Polysaccharides as drug targets; 7.10 sugar chemistry in life science.
7.1 糖的结构; 7.2 糖苷键的化学和酶学性质; 7.3 多糖; 7.4 糖蛋白; 7.5 糖脂; 7.6 胞液的糖基化; 7.7 寡糖的化学合
成方法; 7.8 结合糖的蛋白质; 7.9 以多糖为靶向的药物研发; 7.10 生物体系里的糖化学反应。
Chapter 8 Polyketides and Terpenes (4 credit hours)
第八章 聚酮和萜(4 学时)
8.1 The Claisen reaction in polyketide biosynthesis; 8.2 The biosynthesis of fatty acids is a paradigm for polyketide
biosynthesis; 8.3 The biological role of human polyketides; 8.4 Nonhuman polyketide natural products; 8.5 Nonribosomal
peptide synthases; 8.6 Human terpenes; 8.7 Nonhuman terpene natural product.
8.1 聚酮生合成过程中的 Claisen 重排; 8.2 脂肪酸生合成途径与聚酮生合成的关系; 8.3 人体聚酮的生物学功能; 8.4 非
人体聚酮类天然产物; 8.5 细胞核外多肽的合成; 8.6 人体的萜类; 8.7 非人体萜类天然产物。
Chapter 9 Chemical Control of Signal Transduction (8 credit hours)
第九章 信号传导的化学调控(8 学时)