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- isoprenoid metabolites 异戊二烯类代谢物
- Cotinine and other metabolites are excreted in your urine. 大约80%25的尼古丁在肝脏里酶的催化作用下分解成可铁宁。
- Menthol: Crystalline organic compound of the isoprenoid family. 薄荷醇:类异戊间二烯化合物族的结晶有机化合物。
- The hypostase does not function in the transport of metabolites. 承珠盘在运输代谢物质上并不起作用。
- Objective:To study the metabolites of endophyte HCCB00189. 目的:研究植物内生真菌HCCB00189的代谢产物。
- Sterols are rich secondary metabolites of marine organisms. 海洋生物的代谢产物中含有丰富的甾醇。
- Suggest metabolites for the proton pump inhibitor Omeprazole. 指出质子泵抑制剂奥美拉唑的代谢物。
- That was how they produced artemisinin, which is also an isoprenoid. 这正是他们生产出阿耳特弥斯的办法。耳特弥斯也是一种类异戊二烯。
- Studies on the Secondary Metabolites of the Soft Coral Lobophyton sp. 中的次生代谢产物研究。
- The metabolites of ketamine are norketamine and dehydronorketamine in vivo. 目前,常用的生物检材有血液、尿液、毛发等。
- Objective To determine the main metabolites of aconitine in urine in rats. 目的鉴定乌头碱在大鼠体内的主要代谢产物。
- Sitafloxacin metabolites were simultaneously separated and identified by LC-MS. 采用LC-MS技术分离和鉴定新氟喹诺酮类抗菌剂西他沙星体内代谢物。
- Those metabolites then get chopped into ion fragments and sorted by size. 这些代谢产物会被分解成离子片段,再依大小区分出来。
- The kidney is the most important organ for elimination of drugs and their metabolites. 肾脏是消除药物及其代谢产物最重要的器官。
- The distribution characters of alkanes, Cmax, CPI, OEP of alkanes, and Pr/Ph, Pr/C17, Ph/C18 of isoprenoid were often used. 利用饱和烃进行源解析主要依靠正构烷烃的分布特征和主峰碳、CPI、OEP等参数,以及姥鲛烷和植烷的Pr/Ph、Pr/C17、Ph/C18比值;
- Technically, it is not ordinary diesel,either: in chemist-speak, it is an isoprenoid rather than a mixture of alkanesand aromatics. 从技术上讲,它并不是普通的柴油,从化学家的角度来讲,它是一种类异戊二烯而不是烷烃和芳香烃的混合物。
- Are differences in the developmental capacities of the egg and embryo paralleled by the distribution of metabolites? 卵和胚发育能力的不同是否被代谢分布所平衡?
- The biosynthesis of the quinoid nucleus are the same in all coenzyme Qs.The biosynthesis of the isoprenoid side chain determine the kind of coenzyme Q. 芳香环的合成在所有的辅酶Q族物质中都是相同的,异戊烯基侧链的长度则决定了辅酶Q的种类,这里存在一个关键酶,即异戊烯焦磷酸合成酶。
- The biosynthesis of coenzyme Q10 in microorganism has two pathways: the quinoid nucleus biosynthesis and the isoprenoid side chain biosynthesis. 辅酶Q10在微生物体内的合成分为芳香环的合成和异戊烯基侧链的合成。