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acridine orange
主要用于染色核酸。
常用释义
英式发音
美式发音
基本释义
  • 吖啶橙:一种与吖啶结构相关的碱性橙色染料,主要用于染色核酸。
例句
  • 1·The photophysical behavior of polystyrene sulfonate acridine orange system has been studied.
    本工作对磺化聚苯乙烯-吖啶橙体系的光物理行为进行了研究。
  • 2·In this paper, the quenching of fluorescence of acridine orange by methylene blue was also studied.
    本工作还研究了亚甲蓝对吖啶橙荧光的猝灭效应。
  • 3·This paper introduces a novel method to measure fiber Kappa number according to the fluorescence produced by acridine orange staining.
    介绍一种利用吖啶橙染色产生的荧光特性来测量纤维卡伯值的新方法。
  • 4·Thenthe activity of HeLa cells was tested by MTT method and the cells were stained by acridine orange (AO) and observed by microscopy.
    经相应的温度和时间处理后,以四甲基噻唑兰(MTT)比色法检测细胞活性,吖啶橙荧光染色法观察细胞的形态学改变。
  • 5·Poly (acridine orange) (POAO) modified electrode has been fabricated and was applied to the electrochemical measurement of epinephrine (ep).
    研究了聚吖啶橙(POAO)修饰电极及其电化学性能,并用于肾上腺素(EP)的电化学测定。
  • 6·The test results show us not only the ratio of de-COD in photosensitive oxidation system reaches 63.5%, but also acridine orange can be reused.
    结果发现,不但光敏氧化体系对废水COD去除率高,达到63.5%,而且吖啶橙光敏剂可以多次重复利用。
  • 7·The changes of DNA and RNA expressions in cerebral hippocampal area and dentate gyrus were observed with acridine orange staining method after model establishment.
    模型制备后用吖啶橙染色法观察脑海马区和齿状回DNA、RNA的表达变化。
  • 8·Methods: Samples from 100 patients with gastric carcinoma were obtained by endoscope, and examined by acridine orange staining fluorescence and pathology technique.
    方法:对100例胃癌患者进行内窥镜取材,将标本同时做吖啶橙荧光染色检测及组织病理学检查。
  • 9·Tests with diphenylamine, formaldehyde, and staining with acridine orange as well as the curves of thermal denaturation showed that this strain of virus had a single stranded DNA.
    二苯胺试验,吖啶橙染色、甲醛试验及热变性曲线表明,该病毒是单链dna病毒。
  • 10·Different fluorescent colors from pine wood nematode(Bursaphelenchus xylophilus) was observed after staining with 4,6-diamidino-2-phenyiindole 2 hci(DAPI)or aniline blue or acridine orange.
    利用4,6-联脒-2-苯基吲哚(DAPI)、苯胺蓝、吖啶橙等染料对松材线虫进行染色处理,荧光显微镜观察发现松材线虫经不同的荧光染料染色后,产生不同的荧光效果,且荧光效果均强于其自发荧光。