嗜盐微生物

嗜盐微生物能在高盐环境条件下正常生长，由于具有特殊的细胞结构与代谢机制，近年来倍受关注。

Halophiles can survive in the condition with high salt , due to their special cellular structure and metabolic mechanism in recent years widespread attention by the scientific community .

为了研究新疆中部地区伊吾湖嗜盐微生物和细菌视蛋白基因（bop）资源，分离纯化了95株嗜盐和耐盐菌。

In order to study the halophiles and bacterio-opsin protein ( bop ) gene resource from Yiwu Lake located in Xinjiang Region , ninety-five halophilic strains were isolated .

海洋嗜盐微生物的研究开发&Ⅰ嗜盐细菌产生的类胡萝卜素

RESEARCH ON MARINE HALOPHILIC MICROORGANISMS I Marine halophilic bacteria-produced carotenoids

但是，目前对嗜盐微生物的分离还远远不够。

We are far from the separation of halophilic microorganisms till now .

嗜盐微生物是栖息于各种盐域环境中的微生物的总称。

Halophilic microorganisms are microbes inhabited in diverse saline environments .

嗜盐微生物作为一类微生物资源，已经在很多方面应用。

The halophilic microbiology , as a type microbial resource , are used in many aspects .

本研究使用的方法可被用于分析目前日益增多的原核生物基因组序列比较分析，包括嗜盐微生物和嗜热微生物等，从而帮助我们理解其是如何适应生境中复杂多变的选择因子。

The algorithms and methods developed in this study may be applied to analyze frameshifts in high throughput prokaryotic genomic sequences and help to understand how organisms adapt to multiple environmental factors within their habitats .

对采自渤海沿岸盐场和青海盐湖的80份样品进行了不同类群的嗜盐、耐盐微生物的分离，得到了73个菌株，其中包括20株细菌，51株放线菌及2株真菌。

Seventy-three halophilic and halotolerant strains were isolated from eighty samples in salt pool at Bohai seacoast and in salt lakes of Qinghai , which included twenty bacteria , fifty-one actinomycetes and two fungi .