綴合物 的英文怎麼說
中文拼音 [gěwù]
綴合物
英文
conjugate-
The characterization of " click chemistry " ( the 1, 3 - dipolar cycloaddition combined with the synthetic design of triazoles and tetrazoles ) is reviewed, and some recent examples of various bioconjugates synthesis are introduced based on the " click chemistry "
摘要介紹了利用1 , 3 -偶極環加成反應合成氮雜三唑和氮雜四唑的設計方法和反應特點,以及氮雜唑類化合物的合成在生物綴合物研究中的應用。A new type of glycoconjugate - glycocluster and glycodendrimer has been designed as mimics for the " multivalent effect " in nature
糖簇分子和糖樹狀分子是近年來發展起來的一類新型糖綴合物,其目的是模擬天然存在的「多元效應」 。The recent synthesis progress of glycoconjugate is reviewed, including the various methods of the glycosidic bond formation by chemical synthesis and the synthesis strategies of novel complex glycoconjugates, such as glycopeptides, glycoproteins and glycolipids
摘要文介紹近年來各種糖綴合物化學合成的研究進展,包括各種糖苷鍵的化學合成方法以及各種特殊復雜糖綴合物,如糖膚、糖蛋白、糖脂的化學合成策略。Glucuronidation catalyzed by ugts have been a subject of intense research during the last decades, but no domestic literature was found about the investigation in this area, and the establishment of ugts transgenic cell lines is not reported either
在建立葡醛酸綴合酶轉基因細胞系方面國內還未有報道,藥物的葡醛酸綴合反應研究在國際上也是近十年才達步開展起來的一個藥物代謝研究領域In this paper, the structures and the synthesis methods of glycosyl isothiocyanates are summarized, including the application as intermediates in the preparation of glycosylthioureas, glycosylheterocycles, glycosylguanidins and glycosylconjugates and so on
本文對糖基異硫氰酸酯的結構、制備方法,以及作為中間體在糖基硫脲、糖基雜環、胍基糖苷、糖基綴合物等重要化合物的合成中的應用作了較詳盡闡述。The expression vector prep9 was employed for the effective expression of ugt1a9 in chinese hamster lung cells ( chl ). the cell lines established were used for the study of glucuronidation in vitro, and the drug metabolism characteristics were summarized. as has been indicated that ugt1a9 mainly glucuronide hydroxyl, compounds that have aliphatic or phenol hydroxyl were selected for substrates of ugt1a9
由於botiag主要催化羥基的們醛釀綴合反應,本實驗選擇具有不同結構類型的含羥基化合物作為底物,一類是羥基處于芳環的異丙酚和撲熱息痛,其中異丙酚是gylag的專屬性底物,可以作為活性比較的參照,另一類是羥基處于脂鏈的普莢訖爾和普羅帕酮No report was found about the metabolism of isoflavone by ugt1a9. the substrates metabolized by ugts encompass a wide range of structurally unrelated substances. previous studies revealed that the individual ugts isozymes tend to exhibit un - strict and overlapping patterns of substrate specificity
過去的研究認為,葡醛酸綴合反應有各種底物,而且不同的同工酶催化不同結構類型的化合物,但現在認識到ugts與底物的關系不是?一對應的關系,底物譜相互有重疊。分享友人