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wangyun0917

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[交流] 【求助/交流】筛菌方法目前的研究进展

请问筛菌方法目前的研究进展，有哪位高人能推荐给我两三篇介绍这方面的外文文献吗？？？我的课题刚开始，马上就要向老板汇报筛菌方法了。。。

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1楼 2011-03-31 10:50:38

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newtime007

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引用回帖:

Originally posted by ljzm at 2011-03-31 11:32:39:
Abstract
Industrial strain improvement plays a central role in the commercial development of microbial fermentation processes. In recent years new procedures such as rational screening and genetic ...

学习了，谢了

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22楼2011-04-04 10:15:44

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ljzm

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★ ★ ★ ★ ★ ★
rainwander(金币+3): 鼓励分享~~~ 2011-03-31 20:07:14
scelab(金币+3): 追加奖励~~~ 2011-03-31 20:09:58
wangyun0917(金币+10): 真的非常感谢阁下，我是一个刚入门的，金币不多，还希望以后多多指教！！！ 2011-04-01 11:05:25
rainwander(EPI+1): 不错~ 2011-04-03 15:28:28

Abstract
Industrial strain improvement plays a central role in the commercial development of microbial fermentation processes. In recent years new procedures such as rational screening and genetic engineering have begun to make a significant contribution to this activity but mutagenesis and selection - so-called ‘random screening’ - is still a cost-effective procedure, and for reliable short-term strain development is frequently the method of choice. The current practice of strain improvement by mutagenesis and selection is a highly developed technique drawing on the latest advances from a wide range of scientific and technical disciplines. Mutagenic procedures can be optimized in terms of type of mutagen and dose, mutagen specificity effects can be taken into account and mutagenesis itself can be enhanced or directed in order to obtain the maximum frequency of desirable mutant types among the isolates to be screened. Screens can be designed to allow maximum expression of the desirable mutant types and the application of statistically-based screening procedures will maximize the probability of detecting them. Automated procedures can be developed using robotics and microprocessors to increase the numbers of isolates that can be processed through a screen per unit time. The relationship between screening and production conditions can be organized so as to minimize the probability of improved isolates selected by the screen failing to scale up.