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

在学习动、植物等真核细胞基本结构、组成等基本知识的基础上,重点学习 高等动、植物细胞的体外培养技术,包括培养条件、培养方式等。掌握动、植物细胞原代和 继代培养的基本特点,细胞培养前的准备,有限细胞系与无限细胞系、细胞的保存、复苏、 运输,培养细胞的观察,培养细胞的生物学检查,细胞工程技术的应用等

第一节 固态发酵法白酒生产的特点 第二节 原料、辅料和材料 第三节 固态发酵法白酒生产的类型 第一节 曲的类型、特点 第二节 浓香型大曲酒制曲工艺流程 第三节 曲的质量鉴定

1. 概述 2. 生产前期研究 3. 生产菌改良 4. 生产工艺过程 5. 发酵条件的控制 6. 提取和精制 1. Introduction 2. Research in Lab 3. Strain improvement 4. Production processing 5. Fermentation control 6. Isolation & purification

第一节 微生物反应过程概论 第二节 发酵动力学分类 第三节 微生物生长动力学

通过课程学习,使学生掌握生物工程学的基本概念、基本知识和基本原理,了解生物工程的发展方向,及其与其它学科、社会发展的联系

2.1 The Microbiological Laboratories Isolation of organisms for new products normally does not occur in laboratories associated with production cultures, however, production (mi￾crobiological) laboratories frequently do mutation and isolation work to produce strains with higher yields, to suppress a by-product, to reduce the formation of a surfactant, to change the physical properties of the broth to facilitate the product recovery

Specific nutritional requirements of microorganisms used in industrial fermentation processes are as complex and varied as the microorganisms in question. Not only are the types of microorganisms diverse (bacteria, molds and yeast, normally), but the species and strains become very specific as to their requirements

A common problem for a biochemical engineer is to be handed a microorganism and be told he has six months to design a plant to produce the new fermentation product. Although this seems to be a formidable task, with the proper approach this task can be reduced to a manageable level. There are many ways to approach the problem of optimization and design of a fermentation process

Fluid mixing is essential in fermentation processes. Usually the most critical steps in which mixers are used are in the aerobic fermentation process. However, mixers are also used in many auxiliary places in the fermentation process and there are places also for agitation in anaerobic fermentation steps