微生物代谢

  • 网络Microbial metabolism
微生物代谢微生物代谢
  1. 同时发现,膜生物反应器中溶解性EPS的积累会对污泥的MLVSS/MLSS和脱氢酶活性产生不利影响,抑制微生物代谢活性。

    Moreover , the accumulation of soluble EPS in MBR had adverse effect on sludge MLVSS / MLSS value and dehydrogenase activity , and the microbial metabolism activity was then restrained .

  2. 重金属在污泥中有一定的积累,值得注意的是Cu和Ni在经过超声处理的SBR污泥中积累较多,但未发现重金属离子抑制微生物代谢。

    Heavy metals accumlated in sludge to some extent , it was worth noting that the accumlation of Cu and Ni in ultrasonic sludge were more , but it was not found that heavy metal ions inhibit microbial metabolism .

  3. 监测微生物代谢过程的CO2气体传感器

    CO_2 . Gas Sensor Monitoring Culture of Bacteria

  4. 保留在反应器内的大分子难降解物质和微生物代谢产物将对NH3-N的去除产生一定的影响。

    The big numerator material and microorganism metabolite Retain in member bioreactor would have certain influence of degradation for NH3-N.

  5. 本文论述了TiO2光催化处理饮用水中的微量卤代物、腐殖质、微生物代谢产物,以及杀灭细菌、真菌和病毒等微生物的研究进展。

    In this paper , photocatalysis of low concentration organic halogenated compounds , humus and some microbial metabolites in drinking water , photocatalysis deactivated bacteria , fungi were introduced .

  6. 在高温阶段(40-70℃),TN去除作用基本全部通过膜的截留发生。随着温度的升高,活性污泥耗氧速率减小,表明污泥微生物代谢受到抑制,基质去除速率减小。

    Decreased sludge specific oxygen uptake rate ( SOUR ) with temperature showed that metabolism of microbes was inhibited and substrate removal rate of activated sludge decreased .

  7. 在这篇文章中,我们显示了基因组上定义的微生物代谢基因型是如何通过FBA被分析的。

    In this article , we show how the genomically defined microbial metabolic genotypes can be analyzed by FBA .

  8. 根据生物催化脱硫的4S代谢途径,DBTO2和2-HBP分别为微生物代谢DBT的中间产物和最终产物。

    According to the " 4S " metabolizing pathway , DBTO_2 and 2-HBP are the intermediary and the final metabolites of DBT , respectively .

  9. 异化Fe(III)还原作用是一种微生物代谢,该过程使有机或无机的电子供体以Fe(III)作为终端电子受体而被氧化,使Fe(III)还原为Fe(II)。

    Dissimilatory Iron Reduction ( DIR ), a kind of metabolism of microorganism , and Fe ( III ) as the terminal electron acceptor was reduced to Fe ( II ) in this process , coupled with the oxidation of organo / abio electron donors .

  10. 碳源平均颜色变化率(AWCD法)和微生物代谢多样性指数(丰富度和多样性)在5种植被类型的土壤中也有明显差异,其趋势与微生物量碳、细菌数量基本相同;

    In BIOLOG assays , the average well colour development ( AWCD ) and the richness and diversity indices indicated the differences of microbial metabolic diversity . The variation tendency of the indices was the same as that of microbial biomass and bacterial amount .

  11. 微生物代谢工程:绘制细胞工厂的蓝图

    Microbial metabolic engineering : gateway to develop blueprints for cell factories

  12. 结果:从微生物代谢产物中寻找溶栓药物是传统而又简单的方法,比较经济实惠。

    It is a traditional , simple and economical way .

  13. 贫营养条件下微生物代谢产物和生物多样性的研究

    Research on Microbial Metabolites and Biodiversity under the Oligotrophic Environment

  14. 第二部分是微生物代谢产物作用及生物作用;

    The second part is microbial metabolites and biological effect ;

  15. 微生物代谢产物对膜生物反应器膜污染的影响

    Impact of microorganism metabolites on membrane fouling in membrane bioreactor

  16. 这一方法研究成功,为通过基因工程的方法提高微生物代谢产物研究提供了一种新的选择。

    Our method provides a new choice for microbial metabolic engineering research .

  17. 采油微生物代谢产物分析

    Analysis of Metabolites of Microorganisms Used for Oil Recovery

  18. 铝土矿的细菌浸出及微生物代谢产物试验研究

    Experiments of leaching-out , silicon from aluminosilicate and metabolites produced by silicate bacteria

  19. 微生物代谢产物是混合液上清液和出水中的有机污染物中的重要组成部分。

    The microbial metabolism products were main pollutants of mixture supernatant and effluent .

  20. 此外还报导了最近已经分离出的具有除草活性的微生物代谢产物。

    In addition , recent discoveries of microbial metabolites with herbicidal activity are introduced .

  21. 毛细管电泳对微生物代谢中硫酸根和硫代硫酸根的分离与测定

    Separation and Determination of Sulphate and Thio sulphate in Microbial Metabolism by Capillary Electrophoresis

  22. 合成药物对微生物代谢抑制作用的量热法研究

    Microcalorimetric study on the fungistatic action of drug

  23. 微生物代谢特征热化学研究进展

    Advance of Thermochemical Studies of Microorganism Metabolic Characteristics

  24. 微生物代谢环境难降解性有机物的酶学研究进展

    Progress in study on microbial enzymes for the metabolism of environmental refractory organic compounds

  25. 这些认识有助于我们更加深刻的理解铁和硫元素的生物地球化学循环,同时也为我们研究早期微生物代谢作用的起源和演化提供一个全新的思路。

    This study will help us understand the biogeochemical iron and sulfur cycles impressively .

  26. 为了进一步提高色氨酸的产量,微生物代谢组学便应运而生。

    Microbial metabonomics came into being in order to further enhance the production of tryptophan .

  27. 微生物代谢与香气成分

    Metabolism of microorganisms and flavor components

  28. 对福建某近海养虾场底泥环境中硫和磷2种元素的微生物代谢进行了研究。

    The H_2S-producing bacteria and the phosphorous-cycling bacteria in sediments from near-shore marine-cultural region were investigated .

  29. 免疫学检测技术是对微生物代谢产物及其衍生物的重要分析方法。

    Immunoassay is an important tool for analysis and detection of trace microbial metablites and its derivatives in complex matrix .

  30. 这里不想罗列影响植物生长的微生物代谢产物。

    No attempt will be made to include here the products of microbial metabolism that have effects on plant growth .