代谢

There are different methyl branch structures correlated with isomerous nonyl of NP in the alkyls. The primary metabolites from the dominant bacteria experiment have alkyl phenols and benzene acetic.

研究结果表明，活性污泥降解壬基酚的初级代谢产物主要为C4～C6烷基取代苯酚，烷基链的结构差异与其母体壬基的异构方式有关，烷基上的支链主要为甲基；优势降解菌群代谢壬基酚的初级产物除烷基苯酚外，还有苯乙酸等。

Objective:Osteoporosis is syndrome shown on the bone absorptive rate is higher than formative rate during the metabolism of their bones. As the result, the progression of calcium deficiency and the degeneration of bone tissue are the characters in this period. Clinical manifestations appear on these elder persons, which are osteosclerosis and increasing the possibility of fracture.

目的： 骨质疏松症(Osteoporosis，简称OP)是指在骨代谢过程中，骨吸收大于骨形成，出现以低骨量和骨组织的显微结构的退行性变为其特征，临床表现为骨脆性和骨折易感性增加的一种代谢性疾病。

Objective:Postmenopausal Osteoporosis is syndrome shown on women caused by the functional descent on both ovaries and the level of estrogen. During the metabolism of their bones, the bone absorptive rate is higher than formative rate. As the result, the progression of calcium deficiency and the degeneration of bone tissue are the characters in this period. Clinical manifestations appear on these elder women, which are osteosclerosis and increasing the possibility of fracture.

目的： 绝经后骨质疏松症(Postmenopausal Osteoporosis，PMO)是指绝经后妇女由于卵巢功能衰退，雌激素水平下降，从而在骨代谢过程中，骨吸收大于骨形成，出现以低骨量和骨组织的显微结构的退行性变为其特征，临床表现为骨脆性和骨折易感性增加的一种代谢性疾病。

Objective: Menopausal osteoporosis is syndrome shown on women caused by thefunctional descent on both ovaries and the level of estrogen. During the metabolism oftheir bones, the bone absorptive rate is higher than formative rate. As the result, theprogression of calcium deficiency and the degeneration of bone tissue are thecharacters in this period. Clinical manifestations appear on these elder women, whichare osteosclerosis and increasing the possibility of fracture.

目的： 围绝经期骨质疏松症是指围绝经期女性由于卵巢功能衰退，雌激素水平下降，从而在骨代谢过程中，骨吸收大于骨形成，出现以低骨量和骨组织的显微结构退行性变为特征，临床表现为骨脆性和骨折易感性增加的一种代谢性疾病。

In the case of overcompensation, a series of physiologicalmetabolisms were improved. Plant height was decreased but LAI increased.Photosynthesis, contents of proteins, soluble sugar, starch and nitrogenmetabolism ect. showed the same trend of increase at first followed bya decrease, and then came with fluctuation close to CK.

在发生超补偿作用时，棉株体内各项生理状况都有较大改善，如株高生长受到抑制，叶面积系数增大，体内光合作用、蛋白质代谢、可溶性糖、淀粉及氮代谢等生理活动都表现出先增强而后减弱的变化趋势，然后是向CK尽量地靠近并有波动地与之保持一致。

In the direction of the theory of metabolic engineering , principal nodes and their rigidity were judged, and metabolic flux distribution was regulated so as to overproduce FDP by chemical regulative factor.

在代谢工程理论的指导下判断了FDP合成途径中的结点和刚性结点，并用化学调节因子调节代谢流量的分配以超量生产FDP。

Isolates CNR-1 and CNR-2 were from Brassica napus; CNA-1and CRW-1 from Rhododendron simsii and Oxalis corymbosa respectively. All isolates grew well in R-2 liquid medium and exhibited contractive movements. The colonies of all isolates were circinal and grain-like in solid medium. Through electron microscopy, all isolates exhibited helicity during their growth phase. All isolates could pass through a 0.22 μm filtrate membrane and resist to penicillin (2000 U/mL). They must grow in medium with serum.

这4株螺原体在R-2液体培养基中生长良好，都能通过孔径为0.22 mm的微孔滤膜；在R-2固体培养基上呈圆形或颗粒状菌落，菌落直径约50~600 mm；在生长的某个阶段可呈典型的螺旋状，菌体直径为37.04~370.40 nm，长度约0.89~11.88 mm；它们都能利用葡萄糖作为碳源，不能利用尿素；在不含胎牛血清的R-2培养基中，它们都不能生长；菌株CNR-1、CNA-1能强烈代谢精氨酸，而CNR-2和CRW-1不能代谢精氨酸；在氨苄青霉素钠浓度高达2000 U/mL的R-2培养基中，分离菌株生长良好。

Given the known reaction mechanism and general chemical considerations, we propose that nicotine, when used as the carbon source by P. putida J5, is catabolized to pyruvic acid via pyrrolidine pathway and then participates in the synthesis of vitamin pantothenate and CoA, which supply the energy for the normal functioning.

通过对突变位点基因的功能分析推测，假单胞杆菌可以将尼古丁代谢为2，5-二羟基吡啶，而2，5-二羟基吡啶可以进一步转化为丁烯二酸和丙酮酸，进而参与了泛酸和 CoA 的合成，为生理代谢提供基质。

By the B vitamins pantothenic acid to be part of a coenzyme, by thiol molecules with the acid or other organic acids acyl combined into a acetyl or another acyl-carrier involved in a variety of acyl synthesis and catabolism It is an important acyl coenzyme metabolism.

由B族维生素泛酸参与组成的一种辅酶，借分子中的巯基与乙酸或其他有机酸的酰基结合，成为一种乙酰基或另一些酰基的载体，参与酰基的各种合成和分解代谢，是酰基代谢中重要的辅酶。

To prepare antibodies against MG, Pararosaniline was bound to BSA or OVA using nitrous acid as the coupling reagent, and using UV spectrophotometer scanning identified the conjugates.

为了制备针对MG及其代谢产物的抗体，将MG代谢相似物之一副品红用重氮化法偶联到牛血清白蛋白，获得免疫原BSA-PA。

As she looked at Warrington's manly face, and dark, melancholy eyes, she had settled in her mind that he must have been the victim of an unhappy attachment.

每逢看到沃林顿那刚毅的脸，那乌黑、忧郁的眼睛，她便会相信，他一定作过不幸的爱情的受害者。

Maybe they'll disappear into a pothole.

也许他们将在壶穴里消失