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Separation and Enrichment of Melamine in Feed by a New Molecularly Imprinted Solid-phase Extraction Column 被引量:1

Separation and Enrichment of Melamine in Feed by a New Molecularly Imprinted Solid-phase Extraction Column
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摘要 [ Objective] The research aimed to develop a new molecular imprinting solid-phase extraction column for the separation and enrichment of melamine in feed. [ Method] The molecular imprinting polymer of melamine was prepared by mass polymerization method. This polymer was used as filler to prepare molecular imprinting polymer solid-phase extraction(MIP-SPE) column of melamine. The solid-phase extraction conditions were optimized and melamine content in concentrated solution was determined by using HPLC. [ Result] Melamine eould be separated selectively from feed and enriehed by self-made MIP-SPE column. It could wipe off complex matrix from feed and the addition recovery rate was 95%. The contrast experiment between MIP-SPE column and NMIP-SPE ( non-imprinted polymer- solid phase extraction) column showed that the extraction efficiency of the former was obviously higher than the latter. [ Conclusion] The home-made MIP- SPE column could be used to separate and enrich melamine in feed efficiently, with a broad application prospect. [ Objective] The research aimed to develop a new molecular imprinting solid-phase extraction column for the separation and enrichment of melamine in feed. [ Method] The molecular imprinting polymer of melamine was prepared by mass polymerization method. This polymer was used as filler to prepare molecular imprinting polymer solid-phase extraction(MIP-SPE) column of melamine. The solid-phase extraction conditions were optimized and melamine content in concentrated solution was determined by using HPLC. [ Result] Melamine eould be separated selectively from feed and enriehed by self-made MIP-SPE column. It could wipe off complex matrix from feed and the addition recovery rate was 95%. The contrast experiment between MIP-SPE column and NMIP-SPE ( non-imprinted polymer- solid phase extraction) column showed that the extraction efficiency of the former was obviously higher than the latter. [ Conclusion] The home-made MIP- SPE column could be used to separate and enrich melamine in feed efficiently, with a broad application prospect.
出处 《Animal Husbandry and Feed Science》 CAS 2014年第1期10-13,共4页 动物与饲料科学(英文版)
基金 Supported by Xiamen Science and Technology Plan Project(3502Z20123046) A-class Plan Project of Education Department of Fujian Province(JA12465)
关键词 Molecular imprinting Solid-phase extraction FEED MELAMINE Molecular imprinting Solid-phase extraction Feed Melamine
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