查询词典 resonance energy

There is fluorescence resonance energy transfer between the intrinsic tryptophan and MIANS that labeled on Cys residues of ArsA, antimonite can increase the efficiency of energy transfer.

ArsA内源色氨酸和标记于Cys上的MIANS之间存在荧光能量共振现象，SbO〓能够增加它们之间的能量共振转移效率。

FITC can inhibit the antimonite-stimulated ATPase activity of ArsA and a combination of ATP and antimonite can completely protect ArsA from the inactivation of FITC. The Lys residue in the glycine-rich loop in ArsA is possibly one of the sites for FITC modification. Antimonite can induce the fluorescence resonance energy transfer between FITC and TRITC that separately labeled on different ArsA molecules.

研究还发现FITC对ArsA的ATP酶活性有抑制作用，ATP和SbO〓与ArsA的结合完全拮抗这种抑制，说明ATP和SbO〓与ArsA的结合能够引起ArsA产生一种完全不同于它们单独与其结合时的构象变化，从而使ArsA上FITC的修饰位点变得不易接近，同时ATP结合位点内的Lys可能是FITC在ArsA上的结合位点之一。

Topological resonance energy and bond resonance energy methods were applied to all the open structure isomers of C36CH2 to investigate their aromaticity.

用键共振能和拓扑共振能方法对富勒烯C36CH2开环结构中的所有可能异构体及其阳离子和阴离子芳香性进行了研究。

The fluorescence properties of complexes of europium with β-diketone and terbium with benzoic acid and its derivatives were analyzed and the synergic effect of the second ligand was illustrated from the energy matching of the minimum triplet state of ligands and the resonance energy level of rare earth ions.

提出了掺杂离子荧光增强效应的机理。 4。首次采用ab initio CIS方法，在劈裂价层基组3—21G水平上对各配体进行了量化计算，系统分析了前线分子轨道特征和激发态的能级，从配体最低激发三重态能级与稀土离子共振能级的能级匹配，分析了铕与β-二酮的配合物的荧光性能和铽与苯甲酸系列衍生物的配合物的荧光性能，解释了第二配体的协同效应。

It was found that the formal potential of indophenols has a good relation with two-center electron exchange energy,Eex(2),resonance energy of O-C bond,Eex(C1-O),and molecular ionization potential,Ip,among 19 moleclular structural parameters.

研究发现，在所选择的19个分子结构参数中，双中心电子交换能Eex(2/eV，O－C键的共振能Er(C1－O/eV和分子的电离势与其式电位有较好的相关性。

Here, we used fluorenscence detection methods including bimolecular fluorescence complementation and Fluorescence Resonance Energy Transfer to address these issues.

我们采用荧光检测法包括双分子荧光互补法(bimolecular fluorescence complementation BiFC)和荧光共振能量转移法(Fluorescence Resonance Energy Transfer FRET)。

While calculating Sr spectrum by BSCR method we find: calculating the spectrum of Sr we can obtain pretty good results in low resonance energy if we use optimized β value of Ca directly, but it is not possible to obtain the ideal results in the part of high resonance energy spectrum.

我们使用BSCR方法计算Sr光谱时发现：将Ca的各open channel所对应的β值直接用在Sr的光谱计算时，在低能阶部分可得到相当错的成果，但是在高能阶时，则无法得到想的光谱。

In the present study, we have used a biophysical approach based on Fluorescence Resonance Energy Transferto address these questions directly in living cells.

在本研究中，我们采用了一种生物物理的方法——荧光共振能量转移(Fluorescence Resonance Energy Transfer，FRET)，在活细胞中直接研究ASICs的装配情况。

Fluorescence resonance energy transfer is an analytical method by transfering energy between fluorescent substances.

荧光共振能量转移是一种通过荧光物质间发生荧光能量转移进行分析的实验方法。

Fluorescence resonance energy transfer is increasingly used to study inter-and intra-molecular interactions in living cells.

荧光共振能量转移(fluorescence resonance energy transfer ，FRET)技术日益广泛的应用于检测活细胞中分子内和分子间的相互作用。

What are your goals and strategies for growth?

你的成长目标和策略是什么？

And unto the angel of the church in Sardis write; These things saith he that hath the seven irits of God, and the seven star I know thy works, that thou hast a name that thou livest, and art dead.

3：1 你要写信给撒狄教会的使者，说，那有神的七灵和七星的，说，我知道你的行为，按名你是活的，其实是死的。