側鏈化合物 的英文怎麼說
中文拼音 [zhāiliànhuàgěwù]
側鏈化合物
英文
side chain compound-
Methods linezolid was prepared by the steps of substitution, reduction, acylation and condensation with biacetyl compond from the starting material 3, 4 - difluoronotrobenzene
方法以3 , 4 -二氟硝基苯為原料,經取代、還原、酰化、再與側鏈雙乙酰化合物縮合得到目標化合物。There are also receptors for other residues on the carbohydrate side chains, both in liver and other organs.
無論是肝或是其它器官中,還存在碳水化合物側鏈的其它殘基的受體。And some methods for improving their poor solubility are introduced, including : incorporating bulky groups, hydrophilic groups, water soluble polymers and hyper - branched dendrimers ; synthesizing branched derivatives ; and degrading them into oligosaccharide
對其解決的方法進行了分析總結:將體積較大的側基或親水性基團大分子引入到分子鏈上,支鏈化或鍵接超支化合物,以及低聚糖化,以滿足不同應用領域特別是生物醫學工程的要求。The results indicate that because of the improvement in two aspects mentioned above, the successful probability of the docking prediction is increased from unbound structures. for the case of enzyme trypsin - inhibitor appi, although the large conformational change occurs to the arg 15 side chain of appi upon complex formation, the native - like structure was still found and ranked first
其中,在胰蛋白酶appi復合物結構預測中,盡管抑制劑appi的15號殘基arg側鏈在復合物形成過程中發生了較大的構象變化,但其近天然結構仍然被找到了,並在打分中排在了第一位。On the basis of anal zing structure - activity relationship, the key points and solving methods of synthesizing brassinosteroids are introduced from the synthesis of matrix - cycle and introducing side chain
在分析油菜甾醇內酯類植物生長調節劑結構與活性關系的基礎上,從母環的合成和側鏈的引入兩個方面詳細介紹了該類化合物的合成關鍵及解決方法。A great deal of research is being devoted to the understanding of systems, biomimetic and otherwise, that self - assemble into organized structures. liquid crystals represent one of the best known classes of self - organizing materials, exhibiting properties that range from surfactants that can form micelles, monolayers, and membranes, to the rodlike molecules used in liquid crystal displays, to the recently discovered disc - like liquid crystals
卟啉液晶分子是一種共軛大環化合物,其周邊有十二個活性部位可與不同的柔性側鏈相連接,且分子的長徑比與直徑厚度比等均可以調整,因此,可以通過分子設計在卟啉的周邊引入柔性側鏈合成出新型具有期望性質的卟啉液晶材料。The structure of the polymer precursor affects the mechanism of the dehydrogenization and sulfuration reaction. especially, the side chain of the precursor almost has a decisive effect on the structure of the resulting composite and their electrochemical properties
研究發現採用具有不同側鏈的有機聚合物作為前驅體,脫氫硫化的機理有很大的差別,並影響得到的復合材料的結構,這直接決定了它們作為鋰電池正極材料的電化學性能。分享友人