Beyond translation elongation: The X‐ray crystal structure of the G protein eEF1A2, purified from rabbit skeletal muscle and solved as a head‐to‐tail dimer, plus complementary bioinformatic and modeling work help understand the effect of mutations responsible for severe neurodevelopmental disorders in children, inform about the locations of two membrane anchoring sites per monomer, and contribute to unraveling the subtleties of the intricate eEF1A2 interactome.

中文翻译：

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用于理解 eEF1A2 月光的结构线索。

超越翻译延伸：G 蛋白 eEF1A2 的 X 射线晶体结构，从兔骨骼肌中纯化并作为头对尾二聚体解析，加上互补的生物信息学和建模工作有助于了解导致严重神经发育障碍的突变的影响儿童，告知每个单体的两个膜锚定位点的位置，并有助于解开复杂的 eEF1A2 相互作用组的微妙之处。