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Glutaraldehyde Cross-link Analogues from Carbohydrates

机译:碳水化合物的戊二醛交联类似物

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摘要

The effectiveness of glutaraldehyde as protein cross-linker is unbeaten by any cross-linker known today. Surprisingly, no efforts have been made to improve the properties of glutaraldehyde via derivatisation. From the group of carbohydrates, periodateoxidised derivatives with cross-linking power have been reported. We demonstrate that these are based on the 1,5-dialdehyde structure, analogous with glutaraldehyde. Diglycolaldehyde and periodate oxidised carbohydrates containing this basic 1,5-di-aldehyde moiety show excellent cross-linking properties. Although these cross-linkers are less reactive than glutaraldehyde, quantitative cross-linking is effected without undesired colouration and enzyme deactivation: effects often encountered with glutaraldehyde. These are the first results from an investigation in the use of carbohydrates for the alternative and inexpensive cross-linking of proteins.
机译:戊二醛作为蛋白质交联剂的有效性是当今已知的任何交联剂所无法比拟的。出人意料的是,没有进行任何努力通过衍生作用来改善戊二醛的性质。在碳水化合物的组中,已经报道了具有交联能力的高碘酸盐氧化的衍生物。我们证明这些是基于与戊二醛类似的1,5-二醛结构。含有该基本的1,5-二醛部分的二甘醇醛和高碘酸盐氧化的碳水化合物表现出优异的交联性能。尽管这些交联剂的反应性不如戊二醛,但可以进行定量交联而不会出现不希望的着色和酶失活:戊二醛经常会遇到这种影响。这些是使用碳水化合物进行蛋白质的替代性和廉价交联研究的第一个结果。

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