第一章 绪论 第二章 菌种与扩大培养 第三章 微生物的代谢调控与代谢工程 第四章 发酵原料与培养基制备 第五章 发酵工艺控制 第六章 发酵过程参数检测 第七章 微生物工程下游概论 第八章 微生物工程生产设备 第九章 发酵实例

一、选择:选择正确答案填在相应的括符内。 1、生物技术的主要范畴是:()、基因工程、酶工程、发酵工程。 A、蛋白质工程 B、细胞工程 C、微生物工程D、生化工程

一、选择选择正确答案填在相应的括符内。 1、细胞工程、()、酶工程、发酵工程是生物技术的主要范畴。 A、蛋白质工程B、基因工程C、微生物工程D、生化工程

Historically, sterile bulk pharmaceutical manufacturing processes, prior to filling operations, have followed general bulk pharmaceutical guidelines. As technology and equipment have improved

Environmental laws and regulations including permits are reviewed in this chapter. Included are the Federal Clean Air Act Amendment (CAAA), the Federal Clean Water Act (CWA) regulations, the Resource Conservation and Recovery Act (RCRA) or, as it is also known, the Solid Waste Disposal

The widespread use of advanced control and process automation for biochemical applications has been lagging as compared with industries such as refining and petrochemicals whose feedstocks are relatively easy to characterize and whose chemistry is well understood and whose measure￾ments are relatively

n 1850 Thompson['] reported the first ion exchange applications which used naturally occurring clays. However, ion exchange resins have only been used in biochemical and fermentation product recovery since the

The solids-liquid separation process can be accomplished by filtration or centrifugation. Centrifuges magnify the force of gravity to separate phases, solids from liquids or one liquid from another. There are two general types of centrifuges: Sedimentation Centrifuges-where a heavy phase settles out from a lighter phase

Liquid-liquid extraction is a unit operation frequently employed in the pharmaceutical industry, as in many others, for recovery and purification of a desired ingredient from the solution in which it was prepared. Extraction may also be used to remove impurities from a feed stream

BIOREACTORS FOR PLANT CELL TISSUE AND ORGAN CULTURES (by Shinsaku Takayama) ...... 3.1 Background of the Technique-Historical Overview