本章主要介绍脂类(主要是脂肪)物质在生物体的分解及合成代谢。要求学生重点掌握脂肪酸在生物体内的氧化分解途径一B氧化和从头合成途径,了解脂类物质的功能和其他的氧化分解途径

第一节 蛋白质的营养作用 Nutritional Function of protein

Outline 11.1 Nitrogenous Bases 11. The pentoses of nucleotides and na 11.3 Nucleosides are Formed by joining a Nitrogenous Base to a Sugar 11.4 Nucleotides -Nucleoside Phosphates 11.5 Nucleic Acids are Polynucleotides 11.6 Classes of nucleic acids 11.7 Hydrolysis of Nucleic acids

Teaching assistant: Requirement: Write in English with correct grammar. Expressions made of only keywords piled together are NOT acceptable. Leave no chance for guessing

1. A brief history of understanding protein metabolism; 2. The studies leading to the deciphering of the genetic codes; 3. The pathway leading to the synthesis of a functional protein; 4. Current understanding on protein targeting and degradation

一、什么是蛋白质? 蛋白质(protein)是由许多氨基酸 amino acids)通过肽键(peptide bond)相连形成的高分子含氮化合物

❖ biochemistry的概念 ❖ biochemistry研究任务和内容 ❖ biochemistry与有关科学的关系 ❖ Biochemistry 发展简史 ❖ Biochemistry的应用 ❖ biochemistry的学习方法

十、常用蛋白质分子量标准参照物

Outline 6.1 Forces Influencing protein structure 6.2 Role of the amino acid sequence in Protein structure 6.3 Secondary structure of proteins 6.4 Protein Folding and tertiary structure 6.5 Subunit Interactions and Quaternary Structure

DNA重组 同源重组(homologous recombination) 接合作用(cformation) 转导作用(transduction) 位点特异的重组(site-specific recombination) 转座(transposition)