[Click preparation and application of chiral stationary phase based on intrinsic recognition ability of cyclodextrin].
摘要
, respectively) prepared earlier were selected and compared under the same chromatographic conditions. The results showed that the separation of the sample was related not only to the structure of the chiral medium but also to the structure of the sample molecules. Functional modification of the bridge arm could improve the selectivity of some enantiomers, but would also cause partial loss of the intrinsic chiral recognition ability of CD. For samples with the intrinsic recognition ability of CD to facilitate separation, no functional group had to be added to the bridge arm when designing a chiral medium. This study provides a useful reference for the design of CD-based CSPs.
引用本文（GB/T 7714）
Ming Chen, Xiaoning Jin, Xiaofei Ma, 等. [Click preparation and application of chiral stationary phase based on intrinsic recognition ability of cyclodextrin].[J]. PubMed, 2020.
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