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首页> 外文期刊>Comptes Rendus Chimie >Sequence determination and resonance assignments of an Azomonas siderophore using ~13C natural abundance ~13C-~1H HNCA experiment
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Sequence determination and resonance assignments of an Azomonas siderophore using ~13C natural abundance ~13C-~1H HNCA experiment

机译:〜13C自然丰度〜13C-〜1H HNCA实验确定天花铁载体的序列和共振分配

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摘要

The determination of the amino acid sequence of small peptides as siderophores is commonly performed using long-range HMBC correlation experiments. However, this type of experiment can lead to ambiguities in the assignment resulting in erroneous primary sequence determination. In this paper, we propose to use an HNCA type experiment on a ~15N-labelled sample in order to avoid these aambiguities. This experiment was successfully used to determine the primary sequence of aoverdin, a siderophore produced by Azomonas.
机译:通常使用远距离HMBC相关实验确定作为铁载体的小肽的氨基酸序列。但是,这种类型的实验可能导致分配不明确,从而导致错误的一级序列确定。在本文中,我们建议对〜15N标记的样品使用HNCA型实验,以避免这些歧义。该实验已成功用于确定aoverdin的一级序列,aoverdin是Azomonas产生的铁载体。

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