羟吲哚被鉴定为吲哚的降解代谢产物。
Oxindole was identified as degradation metabolites of indole.
高级醇的生成途径有降解代谢和合成代谢两种。
The formation approaches of higher alcohols include degradation metabolism and anabolism.
本文综述了麦角硫因的生物合成与降解代谢，以期利用代谢调控提高麦角硫因的生物合成水平，深入挖掘麦角硫因的生理功能及应用。
This paper reviewed the biosynthesis and degradation of EGT, so as to improve the production levels of EGT by metabolic modulation, and dig further physiological functions and applications of EGT.
AAPB有可能在日常代谢时产生了难降解混合物，但这种解释很奇怪，因为这样会浪费一些有价值的碳素。
It is possible that AAPB release such compounds during their normal metabolism. That would be odd, though, since it would be a waste of valuable carbon.
女性降解酒精速度更慢： 女性比大部分男性体重更轻，还有新陈代谢系统合成的降解酒精的脱氢酶也更少。
Women Break Down Alcohol More Slowly : Women weigh less than most men and their metabolic system manufactures less of an enzyme called dehydrogenase, which breaks down alcohol.
女性比大部分男性体重更轻，还有新陈代谢系统合成的降解酒精的脱氢酶也更少。
Women weigh less than most men and their metabolic system manufactures less of an enzyme called dehydrogenase, which breaks down alcohol.
研究在葡萄糖作为共代谢基质时酸性媒介黑t，派拉丁兰rrn的降解情况。
The degradation states of Acid Complex Black t and Mordant Blue RRN were studied in this paper with glucose as cometabolism substrate.
药物相互作用的风险也会提高，因为两种药物都会抑制CYP34 A代谢途径，可能增加了依赖该代谢途径降解的药物的水平。
There's also an increased risk of drug-drug interactions, as both new agents inhibit the common CYP34A metabolic pathway, potentially increasing levels of other drugs metabolized that way.
这些基因参与了不同的代谢过程，包括磷吸收和转运、信号传导、蛋白质合成和降解、碳水化合物代谢和胁迫反应。
The known genes are involved in different metabolic processes, including phosphate uptake and transport, signal transduction, protein synthesis and degradation, carbon metabolism and stress response.
结论：疏肝软坚汤可保护细胞，促进损伤肝细胞的修复；调节胶原代谢，抑制胶原的合成，促进胶原的降解。
Conclusion: SGRJD can protect hepatic cell, promote the rehabilitation of injured cells, regulate collagen metabolism, inhibit collagen synthesis, enhance collagen degradation.
硝酸盐的吸收和氮素代谢相关酶的共同作用可以调控贮藏蛋白质的积累与降解。
The accumulation and degradation of protein can be affected by the multi-action of nitrate absorbing and the enzyme which related with N metabolism directly.
腐霉的降解作用发生在次级代谢阶段，而细菌发生在初级代谢阶段。
Lignolytic degradation with fungi is a secondary metabolic activity, and in contrast to bacteria, it happens in primary metabolism.
水杨酸，邻苯二甲酸，琥珀酸钠能作为共代谢底物提高芘的降解率，琥珀酸钠效果最好。
Salicylic acid, phthalic acid, sodium succinate could serve as co metabolic substrate to enhance the degradation rate of pyrene, and sodium succinate has the best effect.
调节胶原代谢，抑制胶原的合成，促进胶原的降解。
Regulates collagen metabolism, inhibits collagen synthesis, enhances collagen degradation.
芘和低分子量多环芳烃之间也有共代谢关系，菲促进了芘的降解，但萘未出现同样的结果。
There was co metabolic relationship between pyrene and phenanthrene which was a kind of low molecular weight PAHs, phenanthrene accelerated the degradation of pyrene, while naphthalene didn't.
氟骨症患者尿氟与骨矿物质代谢以及胶原降解有一定的关系。
There is relationship in the catabolism of bone mineral, bone collagen and bone fluoride.
维生素有催化剂作用：它们能促进其他营养物质的合成和降解，因此在控制一般代谢过程中起重要的作用。
Vitamins express catalytic functions: they can facilitate both synthesisand degradation of other nutrients – and therefore play a major role in thecontrol of general metabolism.
最后探讨了生物因子即协同作用及共代谢作用对生物降解的影响。
Finally, the impact of biological factors -cooperation and co-metabolism on biodegradation is discussed.
显而易见，大多数异生物质的降解发生在活性生长之后，次级代谢木质素降解阶段。
Apparently most degradation of these xenobiotic compounds occurs after active growth, during the secondary metabolic lignin degradation phase.
苯酚的生物降解受多组分的降解基因控制，形成邻位和间位等不同的代谢途径。
Phenol biodegradation is controlled by multi component genes to form different catabolic pathways of meta position and ortho position.
本研究系统探讨了不同饲料铜源对绵羊铜代谢及纤维素降解能力的影响。
The study was conducted to investigate the effects of dietary copper sources on copper metabolism and cellulose degradation in sheep.
它的代谢具有相互转换、羟基化作用、结合作用和氧化降解四个特征。
Aromatic cytokinins metabolism is classified under four broad headings: interconversion, hydroxylation, conjugation and oxidation.
泛素系统是近年来新发现的蛋白降解途径，目前研究认为该系统在骨骼肌蛋白高分解代谢中有重要作用。
Ubiquitin system, a new protein degradation pathway, is regarded as the important one for proteolysis of skeletal muscle.
植物修复是利用植物吸收、降解、代谢环境中污染物的一种修复技术。
Phytoremediation is a promising technology that USES plants to assimilate, degrade and metabolize pollutants in the environment.
多种多样的微生物能够通过共代谢途径降解有机氯溶剂。
A variety of microorganisms are able to degrade chlorinated solvents through cometabolism.
作者着重阐述支链氨基酸对泌乳的特殊作用，泌乳母猪对支链氨基酸的需要量，以及支链氨基酸及其代谢产物对蛋白质合成和降解的影响。
This paper discusses the special functions of BCAA for lactating animals, the requirement of BCAA by lactating sows, and the effects of BCAA and their metabolites on protein synthesis and degradation.
血红素氧合酶是血红素降解的起始酶和限速酶，能代谢血红素形成一氧化碳、游离铁和胆红素。
Heme oxygenase which is heme-degradation enzyme and rate-limiting enzyme can catalyzes the degradation of heme to carbon monoxide, catalytic iron and bilirubin.
水中的难降解有机污染物，可能通过几种微生物的一系列共代谢作用得到大部分，甚至是彻底的降解。
These (organic) pollutants in water could be biodegraded mostly, even fully through the co-metabolism action by some microorganisms.
泛素系统是近年来新发现的一种蛋白降解途径，在机体代谢调节中起重要作用。
Ubiquitin system is a newly discovered protein degradation pathway in recent years, plays an important role in metabolism regulation.
秸秆降解是在微生物代谢过程中产生的一系列酶作用下完成的，而且需要多种酶协同作用。
Meanwhile the process of straws decomposition is finished due to the effect of series enzymes in the process of microbial metabolism, which needs the participation of synergism of enzymes.
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