molecular recognition

Molecular recognition by use of metalloporphyrin as host molecules are reviewed.

综述了金属卟啉配合物的分子识别研究进展.

Supramolecular interactions are intermolecular actions with molecular recognition ability, that is, Vander Waals force, electrostatic action, hydrogen-binding, dipole-dipole, charge transfer and hydrophobic action based on synergistic stereochemistry effect.

超分子作用是一种具有分子识别能力的分子间作用，是空间效应影响下的范德华力、静电引力、氢键力、偶极力、电荷转移和疏水等协同作用。

Circular dichroism spectra have been used to explain chiral molecular recognition.

同时，利用园二色光谱进一步阐述手性分子识别过程。

Molecular recognition has stimulated an explosion of solid phase ligand designs and affinity chromatographic applications.

生物分子识别应用于分离科学使固相配基设计和亲和层析技术如雨后春笋般发展起来.

Cooperative Non-Covalent Interaction for Organic Molecular Recognition and Self-Assembly

有机分子识别和聚集体组装中的非共价键协同作用

Intermolecular Communication on Lipid Bilayer Membrane: Molecular Recognition Behavior in the Receptor Site to Control Enzymatic Activity

囊泡表面分子间通讯交流体系的构建：利用受体的分子识别行为调控酶的活性

The intermolecular interactions a nd molecular recognition of coal are key components of coal supramolecular chemistry.

煤分子间相互作用和分子识别是煤超分子化学的关键所在.

Studies on the Molecular Recognition and Related Mechanism Concern with Bridged Bis-cyclodextrins

基于桥联双β-环糊精的分子识别及相关机理研究

Molecular recognition with fluorescent label probe has been hot topic in the field of life science.

利用荧光标记物进行分子识别是目前生命科学研究的热点课题.

Molecular Recognition of a Novel Bridged Bis(β-cyclodextrin) Tethered with Aromatic Diamine for Dyes

一种新型芳香二胺桥联β-环糊精对染料的分子识别

Molecular recognition leads the selective interaction between biomoleculars in all physiological process.

分子识别引导着所有生理过程中大分子间的选择性相互作用.

The structures of oligosaccharides from crotalaria mucronata lectin ( CML) with human A blood group specificity were studied to elucidate the molecular recognition mechanism of lectin.

为了探讨凝集素的分子识别机制，对A型血专一性凝集素&野花生豆凝集素的寡糖链结构进行了研究。

The study on molecular recognition of artificial receptors is one the frontiers in Bioorganic Chemistry.

人工分子识别是生物有机化学前沿领域之一.

Studies on Design, Synthesis and Molecular Recognition of Cyclic Peptides Containing Polyamine, Disulfide or Thioether Structure

含多胺、二硫键以及硫醚结构的环肽的设计合成及分子识别研究

Conclusion Much regulation of the cavity size , develops, which will lay the foundation for molecular recognition.

结论该构型提供了很大的空腔结构, 为分子识别奠定了基础.

The method of "nano architecture" ( NA) was used to design colloid gold modified electrode. AFM was used to scan the shape of surface molecules and to measure the force of molecular recognition.

提出用纳米建筑法（nano architecture）设计胶体金修饰的电极并作为免疫传感器特异性识别表面分子的方法。

Objective: To study the molecular recognition of trimethyl-β-cyclodextrin with o-, m-, p-, nitrophenol ( o-NP, m-NP, p-NP) Isomer.

目的研究三甲基-β-环糊精（TM-β-CD）对邻、间、对硝基苯酚（o-NP、m-NP、p-NP）同分异构体的分子识别作用。

Molecular recognition is the selective complexation between host and guest in which some special functions can be generated.

分子识别是主体分子对客体分子选择性结合并产生某种特定功能的过程。