Protein dynamics studies on a wheat type 2 lipid transfer protein

Frédéric de Lamotte , Fabrice Vagner , Jean-Luc Pons , Marie-Françoise Gautier , Christian Roumestand , Marc-André Delsuc
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引用次数: 3

Abstract

Plant non specific lipid transfer proteins form a superfamily of related proteins composed of type 1 and type 2 LTPs. Type 2 LTPs have been less extensively studied than type 1 and differ in term of primary sequence, molecular mass and transfer efficiency. We have undertaken NMR studies of the wheat 7 kDa type 2 LTP. Whilst the 3D structure determination is in progress, we have studied the protein dynamics. Two zones have been defined within the protein. One remains unperturbed, the LTP being liganded or not; the other one exists in different states, depending on the ligandation, and on the kind of lipid interacting with the protein. S2 determination showed a rigid backbone. Multifield analysis allowed the calculation of the chemical exchange rate for each residue.

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小麦2型脂转运蛋白的蛋白质动力学研究
植物非特异性脂转运蛋白是由1型和2型LTPs组成的相关蛋白超家族。与1型相比,2型LTPs的研究较少,并且在一级序列、分子质量和传递效率方面存在差异。我们对小麦7 kDa 2型LTP进行了核磁共振研究。在三维结构确定的过程中,我们已经研究了蛋白质动力学。在蛋白质中定义了两个区域。一个保持不受干扰,无论LTP是否被配体;另一种以不同的状态存在,取决于配体,以及与蛋白质相互作用的脂质类型。S2测定显示骨架坚硬。多场分析允许计算每种残留物的化学交换率。
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