一、糖类的膳食利用 1、糖类的作用，糖的消化和吸收 二、糖类的合成与降解 1、光合作用，蔗糖的生物合成与降解，淀粉、糖原的生物合成与降解 三、糖类的中间代谢

第一节 核酸的合成代谢 ➢ 核苷酸的生物合成 ➢ 核酸的生物合成 第二节 核酸的分解代谢 ➢核酸的分解 ➢核苷酸的降解代谢 第三节 遗传工程

一、人体基本组织 1、上皮和皮肤组织、结缔组织、肌组织和神经组织 二、 人体骨骼生物学 三、人体消化系统 1、口腔、咽、胃、小肠 、大肠、肝 四、体液循环系统 五、心血管系统，淋巴系统

绿色植物和某些微生物通过光合作用将 CO2 及水合成糖类，人类及其它生物则利用糖类作为重要的 碳源和能源，以供给机体生命活动的需要。糖代谢是指糖类在生物体内的合成和分解过程

Chapter 2 Supercritical fluid extraction and its application in the food industry DAVID STEYTLER, School of Chemical Sciences, University of East Anglia, Norwich NR4 7TJ 2.1 INTRODUCTION Solvent extraction is one of the oldest methods of separation known and certainly dates back to prehistory. The science of solvent extraction has evolved accordingly over a long period of time and much progress has been made in the understanding of solvation and

Chapter 6 Ion-exchange and electrodialysis ALISTAIR S. GRANDISON, Department of Food Science and Technology, The University of Reading, Reading RG6 6AP, UK Ion-exchange and electrodialysis are distinct methods of separation, but can conveniently be treated together, as the basic criterion for separation in both cases is the molecular

Chapter 1 Separation processes-an overview A. S. GRANDISON and M. J. LEWIS Department of Food Science and Technology, The University of Reading, Whiteknights PO Box 226, Reading, RG6 6AP 1.1 FOODS- THE RAW MATERIAL Food and drink play a vital role in all our lives, providing us with the nutrients essential

一、课程的性质与任务 物理化学主要研究化学变化和相变化的平衡规律和变化速率规律,是化学工 程与工艺、应用化学、生物工程、食品、材料、制药、生物技术等专业的必修基 础课,它包括理论教学及实验教学

第一节概述 一、维生素的概念 二、维生素六、生物素与羧基生物素 七、叶酸和叶酸辅酶 八、钴胺素 九、Vc——抗坏血酸 十、硫辛酸 第三节脂溶性维生素 一、V——全反视黄醇 二、V——钙化醇 三、V生育酚 四、V 的命名及分类 第二节水溶性维生素 一、硫胺素与羧化辅酶 二、核黄素和黄素辅酶 三、泛酸及辅酶A 四、V与辅酶 五、吡哆素与脱羧辅酶

4.7.I Occurrence and microheterogeneity B-Lactoglobulin is a major protein in bovine milk, representing about 50% of total whey protein and 12% of the total protein of milk. It was among the first proteins to be crystallized, and since crystallizability was long considered to be a good criterion of homogeneity, B-Ig, which is a typical