代谢途径的英文

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英文翻译
造句

metabolic pathways

代谢 supersession
途径 road; avenue; way; channel; ...
分支代谢途径分支代谢途径 branched metabolic pathway
补救代谢途径 salvage metabolic pathway; salvage metabolism pathway
多层代谢途径 tiered metabolic pathway
分支代谢途径 branched metabolic pathway
兼用代谢途径 amphibolic pathway
可逆代谢途径 reversible metabolic pathway
两用代谢途径 amphibolic pathway
线性代谢途径 linear metabolic pathway
代谢途径的鉴定 metabolic pathway identification
级联式代谢途径 layered metabolic pathway
己糖磷酸代谢途径 hexose monophosphoric acid pathway
坎贝尔代谢途径 campbell metabolic pathway
无定向代谢途径 amphibolic metabolic pathway; amphibolic pathway
pathway恩特纳－杜德洛夫代谢途径 entner-doudoroff
恩特纳－杜德洛夫代谢途径 entner-doudoroff metabolic pathway; entner-doudoroff pathway
中心代谢途经 central metabolic pathway
己糖代谢的氧化途径 oxidative pathway of hexose metabolism
途径 road; avenue; way; channel; approach; pathway; track 外交途径 diplomatic channels; 通过非法途径 through illegal ways; 通过各种途径增进两国人民之间的友谊。 the friendship between the peoples of the two countries has been strengthened through various means
代谢 1.(交替; 更替) supersession 新旧事物的代谢 the supersession of the old by the new2.[生物学] (新陈代谢的简称) metabolize 分解代谢 catabolism; 组成代谢 anabolism
进出途径；途径 means of access
emp途径 embden-meyerhof-parnas pathway; emp pathway entner-meyerhof-parnas pathway; entner-meyerhof-parnas pathway
sos途径 sos pathway
大道，途径 ave avenue

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例句与用法

This paper discussed the metabolic pathway of soya iso - flavone in human body . the pharmacology function of soya iso - flavone was also reviewed in anti - cancer , inhibiting osteoporosis , alternating therapy of female hormone , and preventing cardiovascular diseases
论述了大豆异黄酮在人体中的代谢途径及其抗癌,抑制骨质疏松,雌激素替代治疗,防治心血管疾病的作用与药理,为异黄酮的开发利用及在其他豆科作物中的应用提供借鉴。
Analysis of activity of p - galactosidase showed that cryld - lacz expressed differently in the same host because of different carbon sources and differenly in different hosts utlizing same carbon sources , suggesting that metabolism pathway of carbon source in hd - 133 - 5 was special
首次报道了cry1d - lacz在同一菌株中的表达因碳源不同而异，在碳源相同的条件下不同菌株的表达也不相同，而衍生菌株hd - 133 - 5的代谢途径非常特殊。
Phytoene desaturase ( pds ) has recently been identified as an important enzyme in carotenoid metabolitic pathway . a new full - length cdna clone encoding phytoene desaturase gene was isolated from stigma of saffron using rt - pcr and race techniques ( ( genbank accession no . ay 183118 ) )
其中主要的活性成分是西红花甙，需经类胡萝卜素代谢途径合成，而八氢番茄红素脱氢酶( phytoenedesaturase )是此途径中的一个早期关键酶。
The seed - specific promoter commonly under investigation today belongs to promoter , which can promote the exogenous genes to express specifically in the seed , improve the plant metabolism path as desired , and raise the nourishment material content in the seed
目前州门所广泛研究的种子特异性启动子基本上属于类启动子，它可以驱使外源基因在植物的种子中特异表达，按照人们的意愿改进植物代谢途径，提高种子中营养物质含量等。
Toxicology : glutathione is a key substrate for the cytochrome p450 metabolic pathway , which is taxed daily , not only by a variety of prescription and non - prescription drugs , but also by a host of environmental toxins including heavy metals and many by - products of cigarette smoke and fuel exhaust
毒理学：谷胱甘肽是细胞色素p450代谢途径的关键基质，每天都被除了各种的处方和非处方药品外还有包括重金属、抽烟副产物及排气等许多的环境毒物所消耗。
4 . engineering dhqase ( arod ) - deficient e . coli mutant with a second copy of the arob gene gene targeting technique was used to disrupt the arod gene in e . coli chromosome . the mutant 31bk was engineered , in which homologous recombination of the arobkanr gene cassette into the arod locus ( arod : : arobkanr ) of the e . coli strain atcc31884 genome utilized the helper plasmid pkd46 with red system . the host cell 31bk lacked catalytic activity of dhqase ( arod ) and had a second copy of the arob gene , so it improved carbon flow into the quinic acid biosynthesis direction
构建宿主菌基因精确定位突变株31bk ( arod : : arobkan ~ r )为了改变代谢途径脱氢奎尼酸( dhq )分支点上的代谢流量，使之充分流向目的产物奎尼酸合成方向，利用基因打靶技术构建了31884宿主菌arod基因精确定位插入突变体，使dhq脱水酶( dhqase )失活，阻断了碳代谢流流向芳香氨基酸生成的方向，同时用同源重组的方法将arob基因定位整合入染色体上，解除了限速酶对碳代谢流通过共同途径到达dhq的阻遏影响，并减轻代谢负担。
From the result of electrophoresis , it known that the different components of the enzyme system were expressed cooperatively . in order to study the essence of cellualase induction of different carbon sources , the extracellular , plasm - membrane - bound and intracellular cellulases were made to transform different soluble inducers , and the productions were analyzed by gc chromatogram . the results supported the assumption that cellobiose acted as the direct inducer or the metabolic analogue , b - gentiobiose from cellobiose acted as the true inducer through different metabolism ways in different strains
制备细胞膜外、细胞膜、细胞内纤维素酶，用定位于这三部位的纤维素酶分别转化底物，然后进行气相色谱定性分析，从而探讨了不同碳源之间的诱导本质，结果认为不可溶的胞外纤维素以纤维二糖为桥梁，遵循不同的代谢途径，直接或间接地诱导了两株不同真菌纤维素酶的合成。
About 25 salt - induced proteins were identified by maldi - tof / ms , and finally the function of 17 induced proteins were determined , including heat - shock proteins ( groes , clp ) . abc transporter , rna polymerase ( p - subunit ) and enzymes involved in signal transduction and metabolism . meanwhile , 84 proteins were idifferentially expressed after salt shock 5 min and 50 min in late exponential phase
应用maldi - tof ms对30个盐胁迫蛋白进行分析，已初步确定17个诱导蛋白的功能，其中包括与盐胁迫相关的热激蛋白( groes 、 clp ) 、与代谢途径和信号传导等有关的酶，以及abc转运蛋白、转录调节蛋白、 rna聚合酶的亚基等。
Abc transporter , the elongation factors ( ef - tu ) and the other enzymes involved electron transduction and metabolism . finally , comparing long - termed salt stress with transient salt shock , there are 12 proteins induced in common , which means different stress regulatory mechanisms are inextricably linked to each other
应用maldi - tof ms分析，已初步确定25个诱导蛋白的功能，其中包括亲和溶质脯氨酸合成必需的酶、 abc转运蛋白、热激蛋白( hsp60 ) 、 dnak及蛋白合成的伸长因子ef - tu 、与代谢途径、信号传导和电子传递系统有关的酶。
The global regulator csra of e . coli is a specific mrna - binding protein . csra negatively regulates several metabolic pathways that are induced post - exponentially , including glycogen biosynthesis , gluconeogenesis , and glycogen catabolism ; positively controls gene expression within the glycolytic pathway ; and also csra modulates the levels of enzymes that participate directly in pep metabolism
Csra是整体调控网络的调控基因，可负调控指数生长后期诱导的一些代谢途径，包括糖原的生物合成、糖原的分解代谢、糖异生，而对糖酵解的一些重要基因的表达则执行正调控功能， csra也调控直接参与pep代谢的三个酶的活性水平。