1) biochemical mechanism
生化机理
1.
Researches on the Biochemical Mechanism of Radix Isatidis Against Influenza Virus;
板蓝根抗流感病毒的生化机理研究
2.
Progress of research on biochemical mechanisms of bacterial antibiotic resistance
细菌耐药的生化机理研究进展
2) Physiological and biochemical mechanism
生理生化机理
1.
Endogenous phytohormones levels and other parameters of three calli of Jolanba with observably different redifferentiative behaviors were investigated to discuss physiological and biochemical mechanism of redifferentiation in anthurium.
以‘Jolanba’再分化差异显著的三种愈伤组织为材料，从内源激素的协同调节等方面探讨了花烛再分化的有关生理生化机理。
2.
Physiological and biochemical mechanisms of 6 different cool-season turfgrass cultivars( Baron, Node, Sabre, Barlexas, Houndog and Alligator ) under h.
本文以巴润、诺德，塞博、凌志、猎狗和鳄鱼等6种冷季型草坪草(分属三属，四类)为材料，研究了它们的抗热抗旱生理生化机理。
3) physiological and biochemical mechanism
生理生化机制
1.
repens under different concentrations on the germination rate, physiological and biochemical mechanism of germinating seeds of Abutilon theophrasti Medic.
为进一步明确白三叶草对杂草的化感作用,研究了不同浓度的白三叶草地上部分水浸液和根部水浸液对茼麻和稗草种子发芽率和种子萌发过程中生理生化机制的影响。
2.
According to the studies of pomifruit softening and senescence at home and abroad,the physiological and biochemical mechanism of fruit softening and senescence were analysed,especially in the following three aspects:structral variation of cell wall, changes of pulp contents and biological synthesis of ethene.
根据国内外有关果树果实软化衰老的研究现状 ,从细胞壁结构的变化 ,内容物含量的改变以及乙烯生物合成作用等 3个方面综述了果实软化衰老的生理生化机
3.
It is helpful to study the physiological and biochemical mechanism underlying cold tolerance in wild rice in order to keep the grain yield and quality of rice cultivars by take effective measures as breeding and cultivation.
探讨野生稻耐冷的生理生化机制,有助于从育种、栽培等方面采取有效措施以提高栽培稻的耐冷性。
4) physiological loading
生理生化机能
5) small-scale biochemical device
小型生化处理机
6) reduced NOx formation mechanism
简化NOx生成机理
1.
Using the reduced NOx formation mechanism proposed in reference[1], NOx emissions from turbulent nonpremixed methane-air jet flames are calculated.
本文采用k-ε模型和求解标量的联合概率密度函数输运方程相结合的方法，利用文献[1]提出的简化NOx生成机理，对甲烷湍流射流扩散火焰中NOx的排放量进行了计算。
补充资料：大肠杆菌不同生化突变型菌落(显示不同颜色)
乔守怡提供
[图]
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条