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[通过氚平面成像检测烟草花叶病毒包膜蛋白及其突变体的空间结构差异]

[Differences in the spatial structure of an envelope protein from tobacco mosaic virus and its mutant, detected by tritium planigraphy].

作者信息

Lukashina E V, Badun G A, Fedoseev V M, Fedorova N V, Ksenofontov A L, Baratova L A, Dobrov E N

出版信息

Mol Biol (Mosk). 2001 May-Jun;35(3):504-9.

Abstract

Mutant ts21-66 of the tobacco mosaic virus (TMV) differs from the wild-type TMV-U1 by two mutations (Ile-21-->Thr and Asp-66-->Gly) in the coat protein (CP) gene and in symptoms produced in infected N' plants. The CP structure in TMV-U1 and ts21-66 virions was probed by tritium planigraphy. Compared with the wild-type CP, labeling of the N-terminal region of mutant CP was half as high and suggested its greater shielding. A role of this CP region in virus interactions with the N' resistance system is discussed.

摘要

烟草花叶病毒(TMV)的突变体ts21 - 66与野生型TMV - U1的区别在于其外壳蛋白(CP)基因中有两个突变(Ile - 21→Thr和Asp - 66→Gly),并且在感染N'植物时产生的症状也不同。通过氚平面成像技术对TMV - U1和ts21 - 66病毒粒子中的CP结构进行了探测。与野生型CP相比,突变体CP N端区域的标记率只有其一半,这表明该区域的屏蔽作用更强。本文讨论了该CP区域在病毒与N'抗性系统相互作用中的作用。

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