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1·The mechanism was that enzyme system destroyed the chromophore of dyes.

酶体系是通过破坏染料的发色体而达到去除浮色的目的。

2·Since GFP makes its own chromophore, it is perfect for genetic engineering.

由于GFP可以自己生成荧光团，所以适用于基因工程。

3·The removal mechanism was that the chromophore of dyes was damaged by enzymatic system.

酶体系是通过破坏染料的发色体而达到去除浮色的目的。

4·The synthesis of Poly (N-vinyl carbazole) with azo chromophore side groups was studied.

本文研究了聚乙烯咔唑侧基含偶氮发色基团的制备及合成工艺。

5·As the chromophore relaxes, the twist of the C15 methine bridge about its two dihedral angles is reversed.

当发光基团松弛，C15次甲基桥的两个二面角的扭曲是相反的。

6·Several model compounds that mimic the action of photolyase have been designed, such as a chromophore attached to a pyrimidine dimer.

人们设计了用来模拟光解酶作用的模型化合物，例如将一个发色团共价连接到一个嘧啶二聚体上。

7·The effect of electric field and operation temperature onthe steady and transient state properties of chromophore orientation were discussed.

利用数值计算方法求解了这一方程，并讨论了外加电场、温度对生色团取向的稳态和动态特性的影响。

8·Both the fluorescence intensity and the peak location of anthraquinone chromophore are sensitively affected by the change in the bilayer physical state.

变温荧光光谱观察双分子膜中蒽醌生色基的荧光光谱强度和峰位极敏感地受到双分子膜物理状态变化的影响。

9·Finally, over the course of an hour or so, oxygen from the surrounding environment attacks a bond in the tyrosine, forming a new double bond and creating the fluorescent chromophore.

最后，大概一小时左右，周围环境里的氧气与酪氨酸反应(攻击一个键)，产生一个新的双键，生成荧光团。

10·Coumarins and its analogues have been widely used as chromophore in design of fluorescent probe, while less coumarin-based fluorescent probe was reported for detection of anion in water.

香豆素及其衍生物作为生色团广泛应用于荧光探针分子的设计中，然而在水溶液中识别阴离子的香豆素类荧光探针鲜有报道。

色基

1·The synthesis of Poly (N-vinyl carbazole) with azo chromophore side groups was studied.

本文研究了聚乙烯咔唑侧基含偶氮发色基团的制备及合成工艺。

2·Both the fluorescence intensity and the peak location of anthraquinone chromophore are sensitively affected by the change in the bilayer physical state.

变温荧光光谱观察双分子膜中蒽醌生色基的荧光光谱强度和峰位极敏感地受到双分子膜物理状态变化的影响。