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.
结果表明，嗜盐微生物可作为发现新颖生物活性物质的潜在资源。
Our results suggest that the halophiles may be developed as promising sources for the discovery of novel bioactive substances.
提出了基于需盐脱硫弧菌以含乳酸盐的海水培养基为电解液的微生物燃料电池。
A microbial fuel cell of laboratory scale employing Desulfovibrio salexigens in lactate based seawater substrate was proposed.
科学家推断说，任何生存在火星上的微生物必须与地球上的嗜盐生物有某些类似之处，才能够从容应对那颗行星的高盐度。
Scientists have theorised that any microbes living on Mars would have to be something like terrestrial halophiles in order to cope with the planet's high salinity.
他与他的团队推测这些微生物之所以可以存活一千年是由于一种属于杜氏藻的海藻，这种海藻也被困在盐中被盐包裹。
He and his team suspect that the microbes survived over the millennia thanks to an algae called Dunaliella, which also became trapped and encased in the salt.
科学家发现了抗高温、抗低温、抗盐、抗酸以及抗辐射的微生物，这些环境对人类来说都是致命的。
Scientists have discovered microbes that are resilient to levels of heat, cold, salt, acidity, and radiation that would kill humans.
它的八个盐水湖为“嗜盐”的微生物提供了一个理想的栖息地，而火烈鸟则“嗜食”这些微生物。
Its eight saline lagoons provide an ideal habitat for the salt-loving micro organisms on which the flamingos feed.
微生物电解电池涉及一种被称为“反渗析”原理，利用盐水和淡水里的盐度即盐含量差，产生能量。
The MECs use something called "reverse electrodialysis" (RED), which refers to the energy gathered from the difference in salinity, or salt content, between saltwater and freshwater.
研究内容主要包括土壤生物积累及相关养分状况、盐基淋溶作用和微生物数量等方面的坡向性分异，并探讨其对山地土壤资源开发利用和生态环境建设的意义。
The research content included the slope-directive variation of soil bio-accumulations properties and related nutrient status, base cation leaching, the quantity of microorganism etc.
为进一步提高处理效率，试验运用微生物方法分离并筛选出一株能够有效降解高含盐垃圾渗滤液的专性耐盐菌。
To improve the treatment efficiency, a microbiological method was reviewed by isolating and screening a specific strain of halotolerant bacteria.
从产酶种类、耐盐性、产酸能力、解磷能力等方面进行分析，部分菌株可以作为微生物酶制剂、微生物肥料生产的待选菌株。
Some of these could be used as microbial fertilizer and enzyme-producing strains because of their multiple enzymes, high salt-enduring or capacities of releasing fixed phosphorus.
研究了酱油固态无盐与低盐混合发酵工艺的各阶段微生物区系的变化规律。
The principle of microflora change at each stage of non-salt and low-salt mixed soy sauce fermentation technology was proved in this paper.
针对文明寨油田高温高盐的特点，引进了一种耐高温耐盐的FM复合微生物菌种。
In consideration of the characteristics of high temperature and high salt in Wenmingzhai Oilfield, FM composite microbial fungus is introduced, which is of high temperature and salt resistance.
本文对南北方近海潮间带盐生植物生境中的微生物资源进行了系统研究。
The present dissertation is a systemic study on marine microorganisms in plant habitats of southward and northward littoral zone.
微生物所需要的基本营养物质有六大类要素，即水、碳源、氮源、无机盐、生长因子和能源。
Micro-organisms need the basic nutrients are six categories of elements, namely: water, carbon and nitrogen sources, inorganic salts, growth factors and energy. and so on.
同时采用挥发性盐基氮和微生物菌落总数检测实验进行对比分析。
Total volatile basic nitrogen and aerobic bacterial count of the sample were measured simultaneously as the standard indicators of pork freshness.
试验了压力式接触氧化工艺在中等盐度条件下的微生物活性及系统的耐盐性能。
The activity of microorganism under moderate salinity conditions and salt resistance in the pressurized biological contact oxidation process have been discussed.
因此，盐胁迫下微生物菌剂、耐盐苜蓿品种对于降低土壤盐分以及促进苜蓿生长具有良好调控效果。
Consequently microorganism agents and salt tolerant alfalfa cultivars have good effects on soil salinity control and growth of alfalfa.
因此，盐胁迫下微生物菌剂、耐盐苜蓿品种对于降低土壤盐分以及促进苜蓿生长具有良好调控效果。
Consequently microorganism agents and salt tolerant alfalfa cultivars have good effects on soil salinity control and growth of alfalfa.
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