LN3

The mechanism of molecular interaction between Ln3 + and CaM has been discussed .

最后对Ln3＋和CaM相互作用的分子机制进行了初步的讨论。

Their syntheses are mainly controlled by the radii of Ln3 + ions and solvent .

这两类化合物的合成受稀土离子半径和溶剂两个因素控制。

Six kinds of Ln3 + ions rare earth polymers and three with containing Ag + ion the coordination polymer were synthesized by hydrothermal method .

本文采用溶剂热合成方法，合成了6种含稀土Ln3+离子的配聚物和3个含Ag+离子配位聚合物。

Ln3 + : YF3 frustum-octahedron micro / nano have been prepared by a simple hydrothermal method .

通过一种简单的水热方法制备Ln3+：YF3截角八面体微纳米晶体。

In the absence of CaM , Ln3 + inhibits the basic activity of Ca2 + - Mg2 + - ATPase at high concentration .

在无CaM的Ca2＋－Mg2＋－ATPase体系中，高浓度的Ln3＋抑制Ca2＋－Mg2＋－ATPase的基础活力。

Because the similarity between rare earth ions ( Ln3 + ) and Ca2 + , they will intervene and regulate bone formation and remodeling .

由于稀土与钙离子的相似性，它们将干预和调控骨的形成与再造。

The effects of light rare earth ions ( Ln3 + ) on the activity of phosphodiesterase ( PDE ) stimulated by calmodulin ( CaM ) have been studied .

研究了轻稀土离子（Ln3＋）对钙调蛋白（CaM）调控的磷酸二酯酶（PDE）活力的影响。

In the case of a same measuring temperature range , the values of average thermal expansion coefficient ( TEC ) slightly enhance with the decrease in the radius of Ln3 + cations .

在同一温度范围内，Ln0.6Sr0.4Co0.8Fe0.2O3体系陶瓷的平均热膨胀系数随A位稀土离子半径的减小而略有增大。

It is proved by the changes of binding energy that the Ln3 + ions are coordinated through O atom and S atom , Ln-O bond and Ln-S bond have a Certain covalent character and the ion character of the coordinate bond becomes stronger from La to Lu .

结果表明：Ln3＋离子通过O原子和S原子配位形成螫合物，LnO键和LnS键均具有一定程度的共价性；从La到Lu，配位键的离子性逐渐增强；