结合作者研究组近年来对毛细管电泳的系统研究，评述了亲和毛细管电泳方法研究生物分子的手性识别进展。
Based on the recent work of the authors' group, the new development of chiral recognitions of biomolecules using affinity capillary electrophoresis is reviewed.
介绍了金属卟啉配合物在分子形状与大小识别、官能团识别和手性识别方面的研究概况。
Molecular recognition of size and shape, functional group, as well as chirality of guests by metalloporphyrin hosts are discussed in detail.
综述了超分子卟啉化合物对离子、大分子、手性分子的识别的研究进展及其在一些领域的应用。
This paper is to study progress on molecule recognition of ion, macromolecule, chiral molecule and applications in some field by the use of supramolecular porphyrins.
手性是自然界最重要的属性之一，分子手性识别在生命活动中起着极为重要的作用。
Chirality is one of the important attributes of the nature. The molecular chirality distinguishing plays specially important role in life activity.
手性识别是分子识别的一个重要组成部分。
Chiral recognition is an important part of molecular recognition.
我们希望构建一种新型的涡轮型组装体，进而研究组装体的超分子的手性识别、传递与放大。
We hope to develop a method to assemble a new class of turbine-like aggregates, and then investigate their applications in molecular recognition, supramolecular chirality transfer and amplification.
初步研究表明，这类裂缝型受体不仅对中性小分子具有优良的识别性能，而且对D/L氨基酸甲酯具有良好的手性识别能力。
The preliminary results indicate that these molecular clefts not only recognize neutral molecules, but also show good enantio selectivity for D/L amino acid methyl esters.
初步研究表明，这类裂缝型受体不仅对中性小分子具有优良的识别性能，而且对D/L氨基酸甲酯具有良好的手性识别能力。
The preliminary results indicate that these molecular clefts not only recognize neutral molecules, but also show good enantio selectivity for D/L amino acid methyl esters.
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