1)  allelochemicals
生化他感作用物
2)  biochemical
生化
1.
Technology Transformation of Biochemical Aeration Tank;
生化合建式曝气池的技术改造
2.
Influence of hemolysis on biochemical items in patients with critical illness;
溶血对危重症患者生化指标的影响
3.
Effects of ethephon on the physiological, biochemical and agronomic characters in ratoon sugarcane;
乙烯利对宿根蔗生理生化特性和农艺性状的影响
3)  Biochemistry
生化
1.
Integrated Capillary Electrophoresis Chip and Its Application in the Field of Biochemistry;
集成毛细管电泳芯片技术及其在生化研究方面的应用
2.
Explore of the Influence to the Result of Biochemistry Testing When the Blood Specimen Have Different Saving Condition;
血标本不同保存条件对生化检验结果影响的探讨
4)  Derivatization
衍生化
1.
Optimal derivatization condition of conjugated linoleic acid by boron trifluoride-methanol;
共轭亚油酸的三氟化硼-甲醇的衍生化条件优化
2.
An Improved PMP Derivatization Method for Analyzing Monosaccharide Composition;
改进的PMP柱前衍生化方法用于单糖的组成分析
3.
Enantioseparation and Determination of Dichlorprop in Water by Derivatization Chiral Gas Chromatography;
衍生化-手性毛细管色谱分离和测定水中的2,4-滴丙酸
5)  biochemical device
生化装置
6)  biochemical system
生化系统
1.
Classification of the singular points of a biochemical system;
一类生化系统奇点的分类
2.
Aiming at the situation of the increase of chloride ion concentration in biochemical system influent,some response measures that the sewage disposal plant should take were proposed to ensure the activity of the activated sludge and quality of the effluent.
针对生化系统进水氯离子浓度升高的情况,提出了污水处理场应采取的应对措施,以确保污泥的活性和排水水质。
3.
The wastewater treatment plant has come into operation for four years, because the intake water varies frequently, analytical method has been limited and smooth operation of biochemical system couldn′t be assured, the quality of outlet water is affected to a certain extent.
污水厂运行4年来,由于来水经常变化,监测分析方法有限,生化系统的平稳运行得不到保证,使出水质量受到一定影响。
参考词条
补充资料：生化作用
分子式：
CAS号：

性质：活的生物的代谢作用引起的化学变化。在有氧条件，废水中大部分有机物通过降解和合成转化为新的细胞；小部分有机物通过氧化转化为无机物（二氧化碳、氨、水等），并提供微生物所需要的能量；少量的微生物细胞物质通过内源呼吸也能进行氧化分解转化为无机物（二氧化碳、氨等）并提供能量。在无氧环境中，有机物在反硝化过程中产生细胞物质、二氧化碳和硫化氢；厌氧消化中，有机物水解产生水解有机物、二氧化碳和硫化氢；厌氧消化中，有机物水解产生水解有机物，酸性发酵中产生细胞物质、有机酸、醛、酮、醇、二氧化碳、氨、硫化氢和能，有机酸在甲烷化作用下转化为细胞物质、甲烷、二氧化碳和能。

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