Chinese translation for "共代谢"

cometabolism

Related Translations:

色素代谢:  metabolism of pigment

次级代谢:  secondary metabolism

代谢部位:  site of metabolism

代谢链:  metabolic chain

土壤代谢:  soil metabolism

代谢物:  metabolinmetabolite

代谢能:  metabolic energymetabolizable energy(me)physiologic effective energy

博代谢:  bodecher

运动代谢:  exercise metabolismmetabolism of exercise

代谢并发症:  metabolic complications

Example Sentences:

	1.	Models of the kinetics of biological co - metabolism 生物共代谢动力学模型
	2.	Flavones formed from xylem stem of dracaena cochinchinensis by co - culture of fungus strain and bacteria strain 真菌共代谢转化龙血树木质形成黄酮类化合物
	3.	It is necessary to study aerobic treatment with in - situ bioremediation by means of inoculated microorganism and added nutrition and co - metabolism substrate 接种微生物、添加电子受体、营养盐和共代谢基质是生物修复的主要技术手段。
	4.	The result shows that co - metabolism with phenol as a sort of substrate improves the bio - degradability of these refractory organics at different levels 研究表明，共代谢对呋喃、喹啉、吲哚生物降解性能有明显提高，吡啶、联苯、三联苯在低浓度时，生物降解性能有所改善。
	5.	The inorganic ions and co - substrates can influence the biodegradation of crude oil . generally , the results also show that our 6 single strains are more effective than the mixture of them 对菌株降解原油起到促进作用；初级共代谢基质葡萄糖和乙醇加入可促进各菌株对原油的降解程度；混合菌的降解效果没有单一菌的除油效果好。
	6.	This paper describes the study of bio - degrading six refractory organics including furan , pyridine , quinoline , indole , biphenyl and triphenyl with and without the presence of other substrate such as phenol using a wabury respirometer 摘要利用瓦呼仪测试法测试了呋喃等6种难降解有机物在单一基质和与苯酚共基质的条件下生物降解性能，研究共代谢对难降解有机物生物降解性能的影响。
	7.	This article summarized the application of bioaugmentation technique currently from three aspects , by using special functional microorganism to the pollutant of common metabolizing material , by using stationary technology and microorganism preparation to treat various kinds of wastewater 摘要本文主要从三个方面总结了近几年国内外有关生物强化技术的应用情况，即直接投加特效降解微生物或共代谢基质、固定化技术和生物强化制剂来处理各种类型的废水。
	8.	The carbofuran - degrading experiment of cds - 1 was carried out in lab scale , the results showed that the highest degrading efficiency was obtained with ph , temperature being 7 . 0 , 30c respectively ; the change of aeration had no influece on degrading rate ; the increasing inocula could accelerate carbofuran degrading progress ; the degrading capability of cds - 1 was n ' t inhibited by high carbofuran concentration ; the addition of low concentration of nutrients had no distinct effect on the degrading rate while high concentration had inhibiting effect the distribution of degrading enzyme was also primarily studied , the results showed that degrading - related enzyme was endocellular and degrading progress was not cometabolism Cds - 1的降解酶(系)是诱导酶(系) ，存在明显的诱导期；胞内、胞外酶实验表明呋喃丹降解酶(系)存在于细胞内。添加低浓度外源营养物质对cds - 1的降解性能无明显影响，说明cds - 1降解呋喃丹的过程不属于共代谢过程，可以在无外源营养物质存在的条件下降解呋喃丹。添加高浓度外源营养物质会对该菌降解性能产生抑制。
	9.	The main effect factors include : 1 . microbial species , which seem to have different degradation rate under varied circumstances and n - alkanes ; 2 . physical and chemical properties of crude oil itself , which have an important effect on biodegradation , such as conglutination , boiling point , refractive index , ingredient and concentration of the oil ; and 3 . culture condition of microorganism , under which the degrading activity of microorganism will be affected by surfactant , light condition , sorbent , nutrition , co - metabolite , oxygen , temperature and salinity during the inoculation of selected or indigenous microorganisms 其中主要影响因素包括：菌种的影响，菌种在不同的环境中和对不同碳链长度的碳氢化合物表现出不同的降解效率；石油物质本身物理化学特性的影响，如石油物质在水体或土壤中的浓度以及石油的粘度、沸点、折射率等特性；生存环境条件的影响，在接种入高效率的降解菌或利用土著微生物进行降解时，降解率受到生存环境中各种条件的影响，如表面活性剂、光照条件、吸附剂的利用、营养盐、共代谢底物、氧气、温度、盐度等。
	10.	In this paper , key factors , including biological factors , nutrient factors , o2 and electronic receptors , surfactants , co - metabolites , that affect bioremediation are discussed , some successful examples of bioremediation are given , and the merits and demerits of bioremediation expounded 本文重点分析了影响微生物修复的关键因素，包括生物因素、营养因素、 o2和电子受体、表面活性剂和共代谢物等，并介绍了微生物在生物修复中成功应用的实例，讨论了生物修复所具有的优势和存在的不足及今后研究重点。

Similar Words：

"共存元素" Chinese translation, "共存元素效应" Chinese translation, "共搓" Chinese translation, "共达" Chinese translation, "共大修用的备件仓库" Chinese translation, "共担额" Chinese translation, "共担风险" Chinese translation, "共担责任" Chinese translation, "共道干扰" Chinese translation, "共道信令" Chinese translation