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Deciphering how the chromatin factor RCC1 recognizes the nucleosome: the importance of individuals in the scientific discovery process

机译:解密染色质因子RCC1如何识别核心:个人在科学发现过程中的重要性

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摘要

The nucleosome repeating unit of chromatin is the target of chromatin enzymes and factors which regulate gene activity in a eukaryotic cell. How the nucleosome is recognized by chromatin enzymes and factors is poorly understood even though such interaction is fundamental to gene regulation and chromatin biology. My laboratory recently determined the structural basis for how the RCC1 (regulator of chromosome condensation) chromatin factor binds to the nucleosome, including the first atomic crystal structure of a chromatin protein complexed with the nucleosome core particle. I describe here how we developed and investigated structural models for RCC1 binding to the nucleosome using biochemical methods, and how we crystallized the 300 kDa complex of RCC1 with the nucleosome core particle. This article highlights the contributions made by key laboratory members and explains our thinking and rationale during the discovery process.
机译:染色质的核心重复单元是染色质酶的靶标和调节真核细胞中基因活性的因素。染色质酶如何认识到核心酶,即使这种相互作用是基因调控和染色质生物学的基础,因子也很难理解。我的实验室最近确定了RCC1(染色体缩合的调节剂)染色质因子如何结合核小体的结构基础,包括与核心核心颗粒复合的染色质蛋白的第一原子晶体结构。我在这里描述了我们如何使用生化方法对RCC1与核小体结合的RCC1结合的结构模型,以及我们如何用核心核心颗粒结晶300kDa络合物。本文突出了主要实验室成员所作的贡献,并在发现过程中解释了我们的思想和理由。

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