acridinium

与acridinium相关的网络例句 [注：此内容来源于网络，仅供参考]

Four peaks of acridinium of 2 showed pronounced upfield shifts due to the conversion of acridinium to acridane in 5 equiv of either F-(Figure 3b) or AcO-(Figure 3c).

对于与中心吡啶环相邻的质子（ΔHa=1.48ppm）以及相对于吡啶的氮的对位质子（（ΔHc=1.47ppm）观察到了最大的化学位移。

The addition of F-/AcO- to 2 was further confirmed by monitoring the changes in its 1H NMR spectra in the presence of either F- or AcO-(Figure 3). Four peaks of acridinium of 2 showed pronounced upfield shifts due to the conversion of acridinium to acridane in 5 equiv of either F-(Figure 3b) or AcO-(Figure 3c).

F－/AcO－添加到2中通过监测其在存在F－或AcO－时H NMR谱的变化进一步得到确认（图3）。2的吖啶盐的四个峰值证明了由于在5个当量F－（图3b）或AcO－（图3c）中吖啶盐转化成吖啶而引起的明显的高场位移。

In chapter 2, we introduced the fabrication of two kind of CE-CL interfaces, which are able to be used for the detection of Acridinium ester and its' labeled analytes.

论文的第二部分（包括第2、3、4章）主要涉及毛细管电泳化学发光检测器的研制及应用研究。

To explore the clinical reliability and usability of the acridinium ester-labeled CLIP and ELISA in detection of AFP to establish a specific, effective, simple and reliable detecting method in our lab.

［目的］探讨吖啶酯标记的化学发光免疫测定(chemiluminescence immunoassay， CLIA)分析技术与酶联免疫吸附试验一步法两种方法检测甲胎蛋白(Alpha-fetoprotein， AFP)的临床可靠性、适用性。建立本室特异、有效、方便、可靠的试验方法。

The disappearance of the three characteristic absorption peaks corresponding to the acridinium salts and the newly formed peaks at 280 nm for 1 and 288 nm for 2 strongly suggested transformation of the acridinium moiety into the corresponding acridane via anionic addition to the C9 position of the former (Figure 2b).

与吖啶盐相应的三个特性吸收峰的消失以及新形成的峰值（1为280nm，2为288nm），强烈表明了吖啶盐分子部分通过阴离子加入到前者的C9位置而转化成了相应的吖啶（图2b）。

与acridinium相关的网络解释 [注：此内容来源于网络，仅供参考]

acridinium oxime：吖啶肟

6.acridine orange 吖啶橙 | 7.acridinium oxime 吖啶肟 | 8.active oxygen 活性氧