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microbial resource
相关语句
  微生物资源
     The Current Status and Future of Microbial Resource Database of China
     中国微生物资源数据库的现状与未来
短句来源
     The common key questions of industrial biotechnology are summarized as follows:(1)the pool of microbial resource and functional genomics of microbe;
     介绍了工业生物技术的关键问题是 :(1)微生物资源库和微生物功能基因组学技术 ;
短句来源
     It is reported that in environment there is about 99% microorganisms which cannot be cultured under the present conditions by the traditional cultivation approach, which makes the development and utilization of microbial resource limited.
     环境中约有99%的微生物在现有的条件下不能被培养,这使微生物资源的开发利用受到了限制.
短句来源
     Extremophiles are microbial resource treasury needing exploitation.
     极端微生物是亟待开发的微生物资源宝库。
     Actinobacteria is a great potential microbial resource.
     Actinobacteria是一类极具开发潜力的微生物资源.
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  “microbial resource”译为未确定词的双语例句
     All bacteria and actinomycetes strains with different colony-configuration were isolated from each soil sample and their bio-activity against tumor cell, Candida abbicans and Staphylococcus aureus were detected respectively, which may accordingly provide some referable data to exploiting the microbial resource in mangrove soil.
     通过菌种分离和测定分离菌株的抗肿瘤、抗白色念珠菌、抗金黄色葡萄球菌的活性,分析不同土壤样品可培养的拮抗细菌、拮抗放线菌菌落形态的多样性,为红树林土壤微生物资源的利用提供参考数据。
短句来源
  相似匹配句对
     RESOURCE
     资源
短句来源
     Microbial Enzyme Resource Development and Application
     微生物酶资源的开发和利用(上)
短句来源
     Actinobacteria is a great potential microbial resource.
     Actinobacteria是一类极具开发潜力的微生物资源.
短句来源
     Resource-administration;
     资源管理;
短句来源
     Microbial Flocculent
     微生物絮凝剂
短句来源
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  microbial resource
Interest in the intrinsic behavior of microorganisms has led to the establishment of centers of expertise, known as Microbial Resource Centers (MRCs) built around specialized collections of cultures of microorganisms.
      
Biosafety, biodiversity and significance of Microbial Resource Centers (MRCs)
      
The influence of microbial resource availability on the growth and mortality of limpets was examined using experimental enclosures of differing densities of either Patella vulgata or P.
      
The World Federation for Culture Collections plays a coordinating role with regard to expertise, information, training and the management and operation of microbial resource centres.
      
TIGR offers what it calls the Comprehensive Microbial Resource database, which allows exploration and comparison of the annotated microbial sequences.
      
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Microbial exploration of the air, sediment and seawater in the area of the South Shetland Islands was performed during December, 1986-March,1987. The results obtained show that: for terrigenous microbes over the South Shetland Islands and Maxwell Bay, their detection rates were more than 90%and their amounts were generally a few CFU/m 3 ; for marine microbes, their detection rates were more than 50% and their amount only 1 CFU/m 3 . The amounts of air-borne microbes over the area surveyed...

Microbial exploration of the air, sediment and seawater in the area of the South Shetland Islands was performed during December, 1986-March,1987. The results obtained show that: for terrigenous microbes over the South Shetland Islands and Maxwell Bay, their detection rates were more than 90%and their amounts were generally a few CFU/m 3 ; for marine microbes, their detection rates were more than 50% and their amount only 1 CFU/m 3 . The amounts of air-borne microbes over the area surveyed presented somewhat diurnal variations, They were influenced to some extent by nearby islands.Air temperature and relative humidity, etc. were factors affecting their quantitative variations. The bacterial amount of the outshore surface water in the Great Wall Bay, Antarctica was about n·10 CFU/m 3 (0≤n<10, the same below), the amount of microbes decreased with the monthly decreases of the temperature of seawater and shows some states of diurnal variations. The seawater in the Bay has been fairly clean. Community contained at least thirteen genera, in which Pseudomonas was common. In the intertidal zone of Deception Island, there were only a few CFU of bacteria per cubic meter in seawater; and n·10 CFU/g(w.w) in surface sediment; and n·10 CFU/g(w.w) in the volcano ash. The results reflected the general situation about microbes of air, sea and land in the area of South Shetland Islands. It provides data for further exploration and utilization of microbial resources in the area of South Shetland Islands, Antarctica.

198 6年 1 2月 - 1 987年 3月对南设得兰群岛海区和麦克斯威尔湾的空气、长城湾远岸表层海水、欺骗岛潮间带表层海水、底质和火山灰的微生物作了考察研究。结果表明 ,两个测区的空气中陆源性微生物的检出率在 90 %以上 ,每立方米空气中一般含几个 CFU。海洋性微生物的检出率在 50 %以上 ,数量较小 ,每立方米空气仅 1个左右的 CFU。麦克斯威尔湾比南设得兰群岛海区的空气微生物数稍高些。测区的空气微生物受岛屿的影响较大。空气微生物数呈现出某种昼夜变化。空气微生物数受气温、相对湿度的影响不大明显。每立方厘米的长城湾远岸表层海水含几百个 CFU的微生物。其数量随水温的逐月降低减少 ,并显示出某种昼夜变化趋势。该湾海水比较洁净。空气中的海洋性微生物与海水中的微生物呈现出某种关系。长城湾海水细菌有1 3属以上。以假单胞菌为常见者。欺骗岛潮间带每立方厘米海水中只有几个 CFU,火山灰中的含菌量达每克数千个 CFU。以上结果基本反映了南设得兰群岛一带空气、海洋和陆上的微生物一般状况 ,并为进一步考察和开发该区域的微生物资源提供了资料

MRDC is thefirst self-developing large integrated microbial resources database in the Chinese microbiological field. It includes Microbial Character Bank, Microbial Product Market Information Bank, Microbial Names Bank, Microbial Nomenclature Bank, RKC Code Bank for International exchange and one Microbiological Information Numerical Taxonomic System named MINTS.

中国微生物资源数据库MRDC是以中国的微生物资源为数据源的大型综合数据库,包括目前已建成的微生物性状库、微生物产品市场信息库、微生物名称库、微生物名词库、国际交流用RKC代码库及一个微生物学数值分类软件包MINTS。

Investigations were made on the microbes in the air, bottom sediments, surface seawater in the sea area of the South Shetland Islands during December, 1986~March, 1987.The results obtained show that: from the air over the South Shetland Islands and the Maxwell Bay,the detection rate of terrigenous microbes was more than 90% and their amount was generally a few CFU/m3; the detection rate of marine microbes was more than 50% and their amount only 1 CFU/m3. The amounts of air-borne microbes over the surveyed area...

Investigations were made on the microbes in the air, bottom sediments, surface seawater in the sea area of the South Shetland Islands during December, 1986~March, 1987.The results obtained show that: from the air over the South Shetland Islands and the Maxwell Bay,the detection rate of terrigenous microbes was more than 90% and their amount was generally a few CFU/m3; the detection rate of marine microbes was more than 50% and their amount only 1 CFU/m3. The amounts of air-borne microbes over the surveyed area were the witness to their diurnal variations. They were influenced to some extent by nearby islands. Air temperature and relative humidity,etc. were factors affecting their quantitative variations.The bacterial amount of the outshore surface sea water in the Great Wall Bay, Antarctica was about n×10 CUF/cm3 (0≤n<10, the same below), the amount of microbes decreased with the monthly dropping of seawater temperature and showed a state of diurnal variations. The seawater in the Bay has been fairly clean. The microbial community consisted of at least thirteen genera,in which pseudomonas was common. In the intertidal zone of the Deception Island,there were only a few CFU of bacteria per cubic meter in seawater; and n×10 CFU/g (w. w) in the surface sediment;and n×10 CFU/g(w. w) in the volcano ash.The results reveal the general features of the microbes from the air,sea and land in the South Shetland Islands, Antarctica. It provides data for further study of microbial resources in that area.

MicrobesintheareaoftheSouthShetlandIslandsChenHaowen(陈皓文)andSongQingyun(宋庆云)(FirstInstituteofOceanography,SOA,Qingdao266003,C...

 
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