混沌在分子陷阱中的组织与黑洞中类似的配体相互作用、选择和空间引导
The Organization of Chaos into a Molecular Trap that Supervises Ligand-Interaction, Selection and Steric Guidance Similar to Events in Black Holes
摘要：
在目前的研究中，我们证明了变构通过跨时空尺度的熵转移而发生，这实现了分子陷阱的概念，该分子陷阱监督配体相互作用，选择和迁移到14-3-3对接蛋白的两亲性凹槽中。配体结合通过空间位阻引导下由叠加的混沌、谐波和电磁场梯度构成的多维陷阱而发生。各个陷阱存在于由不同的物理学控制的离散域中，这些物理学通过它们的共振态相互连接，并且受到阻尼。值得注意的是，高度结构化的分子纠缠是由残留物的无政府运动发出的白噪声组织而产生的，这些残留物包括了黑洞的许多特征。
英文摘要：
In the current study, we demonstrated that allostery transpires by entropy transfers across time-spatial scales that actualize the conception of a molecular trap that supervises ligand interaction, selection, and migration into the amphipathic groove of the 14-3-3 ζ docking protein. Ligand binding transpires by steric guidance down a multi-dimensional trap constituted of superimposed chaotic, harmonic, and electromagnetic field gradients. The individual traps exist in discrete domains governed by disparate physics interconnected by their resonance states and are subjective to damping. Notably, the highly structured molecular entanglement was genesis by the organization of white noise emitted by the anarchic motion of residues that comprised many of the features of black holes.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
