indole 中文意思是什麼
indole
解釋
n. 名詞 【化學】吲哚；氮（雜）茚。-
Camptotheca acuminata is a tree unique to china, producing terpenoid indole alkaloid ( tia ) 10 - hydroxycamptothecin ( hcpt ) and camptothecin ( cpt ), which possess strong anti - cancer bioactivity. the dynamics of hcpt and cpt during seed maturation, seed germination, post - germinative development and daily growth were measured by hplc ( high performance liquid chromatography )
應用高效液相色譜技術對我國特有樹種? ?喜樹（ camptothecaacuminata ）在種子形成、成熟、萌發、幼苗生長及高溫脅迫過程中喜樹堿和10 -羥基喜樹堿的代謝動態進行了詳盡的研究。 -
Fischer indole synthesis
費歇爾吲哚合成 -
Anti - estrogen effect of indole - 3 - methanol and its preventive effect on breast cancer
甲醇抗雌激素效應及對乳腺癌的預防 -
Indole - acetic acid
吲哚醋酸 -
Solubilization of substituted indole compounds by - cyclodextrin and carboxymethyl - - cyclodextrin in water
環糊精對取代吲哚化合物的增溶 -
Products include hydroxylamines, thiosalicylic acid, and derivatives of acetophenone and indole
-主要以生產苯胺系列衍生物為主的染料醫藥感光材料中間體。 -
Comparison of non - protected fluid room temperature phosphorescence and micellar - stabilized room temperature phosphorescence properties of indole - 3 - butyric acid
丁酸無保護流體室溫?光和膠束增穩室溫?光性質的比較 -
This paper describes the study of bio - degrading six refractory organics including furan, pyridine, quinoline, indole, biphenyl and triphenyl with and without the presence of other substrate such as phenol using a wabury respirometer
摘要利用瓦呼儀測試法測試了呋喃等6種難降解有機物在單一基質和與苯酚共基質的條件下生物降解性能，研究共代謝對難降解有機物生物降解性能的影響。 -
In this article the preparation, relation of the structure and the antifouling activities, antifouling mechanism and application in marine antifouling coatings of indole derivatives were reviewed, and the prospects of the application were discussed
摘要從合成、結構與防污性能的關系、防污機理及其在海洋防污塗料中的應用等方面對兩類新型吲哚類防污劑進行了概述，並對它們的應用前景作了展望。 -
A novel photohormone indole 3 - acetic acid sensor, plant tissue - ferrocene modified carbon paste electrode ( pfmce ), has been developed. the features of the electrode were investigated by cyclic voltammetry and the basic conditions needed for the optimal activity of iaa oxidase were also studied
提出了一種以綠豆芽葉片組織?二茂鐵修飾的碳糊電極作為植物生長激素-吲哚乙酸傳感器的研製方法，探討了影響電極性能的因素，初步研究了iaa氧化酶處于最優活性的基本條件。
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