生化过程

  • 网络biochemical process;biological process;Bioprocess
生化过程生化过程
  1. 生命这一生化过程终将结束。

    Life , as a biological process , will end .

  2. 基于神经网络的生化过程预估优化控制

    Prediction and Optimal Control for Bioprocess Based on ANNs

  3. 模糊连续变增益H∞控制器及其在生化过程中的应用

    Fuzzy continuous gain scheduled H_ ∞ controller for biological and chemical process

  4. 模糊逻辑系统BP算法在生化过程建模中的应用

    Application for Biochemistry Modeling Using BP Algorithm of Fuzzy Logic System

  5. 应用Excel处理生化过程数据(Ⅱ)动力学方程参数估值

    BIOPROCESS DATA ANALYSIS USING EXCEL (ⅱ) Parameter Estimation for Kinetic Model

  6. 应用Excel处理生化过程数据(Ⅰ)代谢通量分析及代谢网络优化

    BIOPROCESS DATA ANALYSIS USING EXCEL ( I ) Metabolic Flux Analysis and Metabolic Network Optimization

  7. S/MAR既有一定的特征,又有多样性,研究认为它参与了DNA复制调控和转录调控等多种核内生化过程。

    Some studies found that some S / MARs were associated with many biochemical processes such as the regulation of DNA replication and transcription .

  8. 印度洋二维碳循环模式中表层CO2分压分布对物理和生化过程的敏感性试验

    Sensitivity Test of the Distribution of Indian Ocean Surface CO_2 Partial Pressure on the Physical and Biochemical Processes by a Two-Dimensional Ocean Carbon Cycle Model

  9. 生物学家发现DNA环区的物理运动影响着细胞内许多生化过程,如对基因表达的调节。

    Biologists have discovered that the physical manifestation of DNA loops are a consequence of many biochemical processes in the cell , such as the regulation of gene expression .

  10. 有趣的是,用不同的方法可以显著减少COX-2在后选择的细胞永生化过程中的表达。

    Interestingly , immortalization of postselection cells using various methods leads to a dramatic decrease in COX-2 expression .

  11. 研究了Cd对水鳖生理生化过程的影响及Pi对Cd胁迫的缓解作用。

    The effects of Cd on Hydrocharis asiatica Miq and the function of Pi decreasing the stress of Cd were proved in this paper .

  12. 为了考察SS去除率不理想的原因,对生化过程和沉淀过程进行了分析。

    The biochemical process and precipitatation process were analyzed to solve the problem with low removal rate of SS .

  13. 由于UV-B具有高能量,因此UV-B辐射增强将会对植物的生长发育、生理生化过程产生负面影响。

    Enhanced UV-B radiation will have adverse effects on growth , development , and metabolism of plant .

  14. 重金属Cd、Cu对小麦(Triticumaestivum)幼苗生理生化过程的影响及其毒性机理研究

    Effects of Cd and Cu on physiological and biochemical processes of wheat ( Triticum aestivum ) seedlings and their toxic mechanisms

  15. 对Excel在生化过程动力学参数估值中的应用。

    The application of Microsoft Excel in parameter estimation for kinetic model is studied , in which the relative derivation should be used in the objective function .

  16. 氧的利用速率(OUR)或比污泥耗氧速率(SOUR)是活性污泥工艺生化过程的重要指示参数。

    Both the oxygen uptake rate ( OUR ) and specific oxygen uptake rate ( SOUR ) of sludge are important parameters in activated sludge process .

  17. 多胺(PAs)广泛存在于生物有机体中,在植物中介导了多种生理生化过程。

    Polyamines ( PAs ), which are ubiquitous in all plant cells , participate in a wide range of physiological and biochemical processes .

  18. 植物类受体蛋白激酶(plantreceptor-likekinasesRLKs)以其特有的结构在植物的生长、发育和防御等多种生理生化过程中发挥着重要的作用。

    Plant receptor-like kinases ( RLKs ) play important roles in plant growth , development and responses to environmental stress .

  19. 同时外源酚酸处理增加了葡萄植株细胞膜透性、降低了SOD活性及植株根系活力,影响了光合作用和叶片物质积累等生理生化过程,致使植株生长发育受到抑制。

    In addition , phenolic acids enhanced cell membrane permeability , decreased SOD activity and root activity , affected photosynthesis and dry matter accumulation of grape leaves , and resulted in growth vigor weak .

  20. 镉(Cd)是对植物最具毒害作用的环境污染物之一,它可干扰植物的许多生理生化过程,如干扰光合作用、呼吸作用、氮和蛋白质代谢以及营养元素的吸收。

    Cadmium ( Cd ) is one of the most toxic environmental pollutants for plants . Cd can interfere with numerous biochemical and physiological processes including photosynthesis , respiration , nitrogen and protein metabolism , and nutrient uptake .

  21. 锌指蛋白作为生物体内存在的重要转录因子,一方面参与了胞内DNA转录相关的多种生理生化过程,同时也为Zn2+、Ni2+等重金属结合肽的获得提供了重要的生物来源。

    Zinc finger protein as an important transcription factor in vivo is involved in the intracellular DNA transcription of a variety of physiological and biochemical process , meanwhile , it provides important biological sources for obtaining metal-binding peptide of Zn2 + 、 Ni2 + .

  22. NaHSO3对增强的UV-B辐射下红芸豆叶片生理生化过程的保护作用

    Protective Effects of NaHSO_3 on Physiological and Biochemical Processes in Red Kidney Bean Leaves under Enhanced Ultraviolet-B Radiation

  23. 结论HPV16E7在HPV16诱导的口腔上皮细胞永生化过程中起了重要作用。

    Conclusions HPV16E7 plays an important role in the immortalization of oral epithelial cells induced by HPV16 .

  24. 研究结果对于伯胺与活性羰基化合物缩合的一类反应机理的深入研究,以及对于与Schiff碱的生成与分解有关的生化过程的进一步探讨都有一定意义。

    This is useful to the investigation into the mechanism of the condensation of primary amine with active carbonyl compound and the biochemical process concerning the formation and decomposition of Schiff base .

  25. “这可能是始于肺部的一种细胞学和生化过程,然后从肺部进入心血管系统,”第二作者JoelKaufman解释说。

    " This could be a cellular and biochemical process that starts in the lung and then proceeds from there into the cardiovascular system ," commented co-author Joel Kaufman .

  26. BOD5是一个复杂的生化过程,受到许多客观环境因素的影响,如样品温度、环境温度、搅拌速度,仪器校正等。

    BOD5 has a complicated biochemical process and is affected by many external factors such as the sampled water temperature , environmental temperature , stir speed , and instruments verification .

  27. 本文研究了NaHSO3处理在增强UV-B辐射下红芸豆叶片生理生化过程中的保护作用。

    In this paper , the protective actions of NaHSO_3 in physiological and biochemical processes of red kidney bean leaves under enhanced UV-B radiation were investigated .

  28. 这些结果说明,两种激光对脑NADH的作用是一种复杂的生化过程,而且STZL的这种效应比非稳频激光强。

    The results suggest that the effect of both lasers on brain NADH is a complicated biochemical process , and the effect of STZL is stronger than that of non-stabilized laser .

  29. 据此我们认为在甘蔗组织培养中2.4-D可能通过调节内源激素的水平及其相互作用,引起培养物中某些生理生化过程发生改变,从而进行脱分化和愈伤组织形成。

    It appeared that the sugarcane leaf segments dedifferentiation and callus formation induced by 2.4-D may be related with the changes of endogenous levels of zeatin , zeatin riboside and ABA .

  30. 该文选择了与水体黑臭生化过程有关的一些参数,进行了现场和模拟试验测定研究,结果证明DO、BOD5、硫酸还原菌数等,与水体黑臭具有较好的相关性。

    In this paper study on some parameters which are related to black , offensive odor and their biochemical process were presented . The result showed that DO , BOD5 and number of sulfate reducing bacteria have good interrelation with black and offensive odor in water .