The history of bioreactors was reviewed.The applications of chemical technology in bioreaction and bioseparation were introduced.

回顾了物反应器的发展历史,介绍了学工程技术反应与分离工程中的应用。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉皮水解液发酵产饲料酵母的摇瓶间歇分批补料条件,进行了10L反应器分批补料试验。

The history of bioreactors was reviewed.The applications of chemical technology in bioreaction and bioseparation were introduced.

回顾了生物反应器的发展历史,介绍了化学技术在生化反应与分离的应用。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉皮水解液发生产饲的摇瓶间歇培养和分批补培养条件,进行了10L反应器分批补培养试验。

The history of bioreactors was reviewed.The applications of chemical technology in bioreaction and bioseparation were introduced.

回顾了生物的发展历史,介绍了化学工程技术在生化与分离工程中的用。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉皮水解液发酵生产饲料酵母的摇瓶间歇培养和分批补料培养条件,进行了10L分批补料培养试验。

The history of bioreactors was reviewed.The applications of chemical technology in bioreaction and bioseparation were introduced.

回顾了生物反的发展历史,介绍了化学工程技术在生化反与分离工程中的用。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉皮水解液发酵生产饲料酵母的摇瓶间歇培养和分批补料培养条件,进行了10L反分批补料培养试验。

The history of bioreactors was reviewed.The applications of chemical technology in bioreaction and bioseparation were introduced.

回顾了物反应器的发展历史,介绍了学工程技术反应与分离工程中的应用。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉皮水解液发酵产饲料酵母的摇瓶间歇分批补料条件,进行了10L反应器分批补料试验。

The history of bioreactors was reviewed.The applications of chemical technology in bioreaction and bioseparation were introduced.

回顾了生物历史,介绍了化学工程技术在生化与分离工程中用。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉皮水解液酵生产饲料酵母摇瓶间歇培养和分批补料培养条件,进行了10L分批补料培养试验。

The history of bioreactors was reviewed.The applications of chemical technology in bioreaction and bioseparation were introduced.

回顾了生物反展历史,介绍了化学工程技术在生化反与离工程中用。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉皮水解液酵生产饲料酵母摇瓶间歇培养和批补料培养条件,进行了10L反批补料培养试验。

The history of bioreactors was reviewed.The applications of chemical technology in bioreaction and bioseparation were introduced.

回顾了物反应器的发展历史,介绍了化学工程技化反应与离工程中的应用。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉皮水解液发酵产饲料酵母的摇瓶间歇培批补料培条件,进行了10L反应器批补料培试验。

The history of bioreactors was reviewed.The applications of chemical technology in bioreaction and bioseparation were introduced.

回顾了生器的发展历史,介绍了化学工程技术在生化与离工程中的用。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉皮水解液发酵生产饲料酵母的摇瓶间歇培养和批补料培养条件,进行了10L器批补料培养试验。