粘细菌的英文

• gliobacteria
• myxobacteria
• slime bacteria

• "粘"英文翻译    glue; stick; paste; adhere t ...
• "细菌"英文翻译    germ; bacterium; fungus
• "原粘细菌科" 英文翻译 :    promyxobacteriaceae
• "粘细菌科" 英文翻译 :    myxobacteriaceae
• "粘细菌目" 英文翻译 :    fruiting myxobacteria; myxobacterales; myxobacteriales
• "多囊粘细菌科" 英文翻译 :    polyangiaceae
• "粒杆粘细菌属" 英文翻译 :    chondromyces
• "粒球粘细菌属" 英文翻译 :    chondrococcus
• "黄色球粘细菌素" 英文翻译 :    xanthacin
• "粘细胞" 英文翻译 :    cellula adhesive; colloblast
• "粘细纺" 英文翻译 :    printed lawn
• "浆粘细胞" 英文翻译 :    amphitrope cell
• "粘细胞；胶细胞" 英文翻译 :    cooloblast; adhesive cell
• "细菌" 英文翻译 :    germ; bacterium (pl. bacteria); fungus (pl. fungi) 细菌的传播 the spread of bacteria; 细菌肥料 bacterial fertilizer; 细菌分类 division bacteria; 细菌农药 bacterial pesticide; 细菌武器 bacteriological [germ] weapon; 细菌战 bacteriological [germ] warfare; bacterial warfare
• "染色涤粘细纺" 英文翻译 :    dyed polyester viscose lawn blended
• "色织涤粘细纺" 英文翻译 :    yarn-dyed polyester viscose lawn blended
• "印花涤粘细纺" 英文翻译 :    printed polyester viscose lawn blended
• "g-细菌" 英文翻译 :    gram negative bacteria
• "（复）细菌" 英文翻译 :    bacteria
• "暗细菌" 英文翻译 :    scotobacteria
• "柄细菌" 英文翻译 :    caulobacteria; stalked bacteria
• "肠细菌" 英文翻译 :    enteric bacterium; enterobacteria
• "醋细菌" 英文翻译 :    acetic acid bacterium; acetobacter
• "氮细菌" 英文翻译 :    azotobacter
• "古细菌" 英文翻译 :    archaea; archaebacteria; archeobacteria

• A study on myxobacteria
  粘细菌研究
• This will benefit the biological evolution , phylogenetic analysis and metabolism study of myxobacteria
  该研究为粘细菌在生物进化、系统发育及代谢产物等方面的研究奠定了坚实的基础。
• Obviously , it is far from the requirement to determine the taxonomy condition depending on morphological characters alone , for there are too many reasons that will lead to wrong classification
  从树状图很容易看出仅仅通过形态学指标对粘细菌进行分类已经不能满足需要，许多外界因素都会导致错误分类。
• The biological characterization and the absorption capacity of a myxobacterium nust03 for the heavy metal is investigated . an active metabolite is separated and purified from the fermentation by the nust03
  研究盐土粘细菌nusto3菌株的形态结构、生理生化特性和吸附重金属的能力并分离纯化其胞外活性物质。
• And through combining of all the isolation and purification methods , we obtained a best scheme , overcome a long - term bottleneck for the exploitation and utilization of myxobacteria resources
  对各种分离纯化方法进行优化组合得到最适用的分离纯化方案，克服了长期以来一直制约粘细菌研究的一个瓶颈，为此类微生物资源的开发利用奠定了基础。
• Myxobacteria statistic comparisons on different site , vegetation and nutrition source of these special habitats show wide distribution and variety ecological diversity of myxobacteria . this sets a strong base for the development and utilization of myxobacteria efficiently
  对这些特有自然生态环境的粘细菌按不同地点、植被、营养基质进行统计比较，结果表明粘细菌生态分布极为广泛，具有丰富的生态多样性。
• According to the special character of myxobacteia , we designed several new purification methods , and improved some traditional methods , which made it easier for those strains that were difficult to purify in usual way . the methods accelerated the purification process . purification and verification can be finished in one step - cas test , thus the purification cycle is grea . tly shortened
  使得一些常规方法难于纯化的菌株的纯化变得简单易行，加快了纯化的进程； cas验纯法使得粘细菌的纯化和验纯两大步骤得以同时进行，大大缩短了粘细菌的纯化周期。
• The soil samples collected from yunnan , hebei , qinghai and other regions of china , and also from vietnam , were used as the materials in this experiment . and dung pellets of rabbits or goats that had been autoclaved can be used to induce many kinds of fruiting bodies of the myxobacteria in different colors , sizes , and shapes . we isolated and purified strains under traditional procedure
  本实验以越南及我国云南、河北、青海等地的土壤作为研究材料，利用兔、羊粪球等诱导出多种粘细菌的子实体，除利用经典的粘细菌分离纯化方法外，还根据粘细菌的生物学特性进行了分离纯化方法上的创新和改良。