1) Halophilic bacteria
嗜盐细菌
1.
Study on Biodiversity and Enzyme-Producing Characteristic of Halophilic Bacteria from Lop Nur Region in Xinjiang;
新疆罗布泊嗜盐细菌的多样性及产酶特性研究
2.
In this study,we analyzed the microbial species and diversity of halophilic bacteria and haloarchaea from soils of Lienyungang Taibei salt field and Yancheng Sanwei salt field of Jiangsu Province.
本文对江苏连云港台北盐田土壤和盐城三圩盐田土壤的嗜盐细菌和古菌的多样性进行了研究,结果表明两地盐土嗜盐细菌和古菌的分布具有相似性和独特性。
2) haloalkaliphilic and saline-alkaline tolerance (HSAT) bacteria
嗜(耐)盐碱细菌
1.
In order to investigate the isolation method of haloalkaliphilic and saline-alkaline tolerance (HSAT) bacteria in Tarim Basin Desert saline-alkaline habitat, a pure culture technique was adopted to explore different pretreatment methods, salinity, and different isolation media on the recovery of HSAT bacteria from different saline-alkaline soil.
为了探索塔里木盆地荒漠盐碱生境嗜(耐)盐碱细菌的分离方法,采用纯培养技术探讨了不同土壤预处理方法、盐度及不同分离培养基对不同盐度土壤中嗜(耐)盐碱细菌分离效果的影响。
3) halophilic purple nonsulfur bacteria
嗜盐紫色非硫细菌
4) halophilic bacteria
嗜盐菌
1.
The numerical distribution of halophilic bacteria and halotolerant bacteria in Aydin Lake and the surrounding area;
新疆艾丁湖及邻近地区嗜盐菌和耐盐菌的数量分布
2.
The halophilic bacteria as for instance Micrococcus roseus,Halobacterium salinarium ,they can grow in the condition of 25～40℃ and pH5.
腌渍食品中的嗜盐菌 ,如玫瑰色微球菌、嗜盐杆菌 ,在 2 5～ 40℃ ,p H5 。
3.
[Method] Halophilic bacteria HBCC-3 was isolated from Tainan salt field of Lianyungang and its culture conditions were optimized in the orthogonal test.
[目的]为嗜盐菌HBCC-3的应用研究奠定基础。
5) Halophile
[英]['hæləfail] [美]['hælə,faɪl]
嗜盐菌
1.
The treatment of oilfield produced wastewater with different qualities and different salinities were carried out using halophile enhanced biological activated carbon.
经嗜盐菌强化后的生物活性炭对于胜利油田地区乐安现场采油废水和现河首站采油废水有着较好的处理效果,水力停留时间为5 h时,COD去除率可分别达到64。
2.
The paper introduces their salt-tolerance mech anism and research progress regarding conventional anaerobic or aerobic sludge, halophile and salt-tolerant yeast.
针对处理含盐废水的几类菌种:普通的厌氧或好氧污泥、嗜盐菌和耐盐酵母菌,分别阐述了其耐盐机理和研究进展。
3.
People pay attention to halophiles as a kind of new microorganism resources in recent years.
嗜盐菌作为一种新型微生物资源 ,不仅为微生物生理、遗传和分类及生命科学和相关学科许多领域的研究提供新的课题 。
6) Halobacteria
[,hæləubæk'tiəriə]
嗜盐菌
1.
Screening and Identification of a Halobacteria Strain Producing Amylase with Saline-Alkali and High Temperature Tolerance;
1株产耐盐碱高温淀粉酶嗜盐菌的筛选和鉴定
2.
A Study of Halobacteria in the Extreme Environment arount the Ayding Lake;
艾丁湖极端环境中嗜盐菌的研究
补充资料：嗜热细菌
分子式：
分子量：
CAS号：
性质：在45-70℃或更高温度下可以生长的细菌。一般细菌最适生长温度为30-40℃，而嗜热细菌的最适合生长温度在50-55℃范围内。
分子量：
CAS号：
性质：在45-70℃或更高温度下可以生长的细菌。一般细菌最适生长温度为30-40℃，而嗜热细菌的最适合生长温度在50-55℃范围内。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条