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拉开丁蛋白的帷幕。

Ring up the curtain on DING proteins.

作者信息

Berna Anne, Bernier François, Scott Ken, Stuhlmüller Bruno

机构信息

IBMP-Institut de Botanique, Strasbourg, France.

出版信息

FEBS Lett. 2002 Jul 31;524(1-3):6-10. doi: 10.1016/s0014-5793(02)03053-3.

Abstract

DING proteins have a characteristic DINGGG- or closely related N-terminal sequence. One is found in human synovial fluid, and may be associated with rheumatoid arthritis. Other examples have receptor or signalling roles in various human and animal cells, or are involved in biomineralisation, and several of them bind to phytochemicals. As plant DING proteins have recently been discovered, we hypothesise that the DING protein-phytochemical association may represent one aspect of a ubiquitous receptor-linked signalling system. Several microbial proteins related to DING proteins have phosphatase activity, which may relate to biomineralisation in eukaryotic systems. Plant DING proteins and their microbial relatives may elicit allergic responses leading to arthritic disease.

摘要

DING蛋白具有特征性的DINGGG-或与之密切相关的N端序列。其中一种存在于人体滑液中,可能与类风湿性关节炎有关。其他例子在各种人类和动物细胞中具有受体或信号传导作用,或者参与生物矿化,并且其中一些与植物化学物质结合。由于最近发现了植物DING蛋白,我们推测DING蛋白-植物化学物质的关联可能代表了普遍存在的受体连接信号系统的一个方面。几种与DING蛋白相关的微生物蛋白具有磷酸酶活性,这可能与真核系统中的生物矿化有关。植物DING蛋白及其微生物亲属可能引发导致关节炎疾病的过敏反应。

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