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Pulling chromatin apart: Unstacking or Unwrapping?

机译:将染色质拉开:堆叠还是展开?

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Background Understanding the mechanical properties of chromatin is an essential step towards deciphering the physical rules of gene regulation. In the past ten years, many single molecule experiments have been carried out, and high resolution measurements of the chromatin fiber stiffness are now available. Simulations have been used in order to link those measurements with structural cues, but so far no clear agreement among different groups has been reached. Results We revisit here some of the most precise experimental results obtained with carefully reconstituted fibers. Conclusions We show that the mechanical properties of the chromatin fiber can be quantitatively accounted for by the stiffness of the DNA molecule and the 3D structure of the chromatin fiber.
机译:背景技术了解染色质的机械性质是破解基因调控的物理规则的必不可少的步骤。在过去的十年中,已经进行了许多单分子实验,并且染色质纤维刚度的高分辨率测量现已可用。为了将这些测量结果与结构线索联系起来,已经使用了模拟,但是到目前为止,尚未在不同组之间达成​​明确的协议。结果我们在这里重新审视了用精心重构的纤维获得的一些最精确的实验结果。结论我们表明,染色质纤维的机械性能可以由DNA分子的刚度和染色质纤维的3D结构定量地解释。

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