Transcriptional perturbation effects remain structured beyond the leading global trend.

Qiyuan Liu, Qirui Zhang, Yilong Chen, Jinhong Du, Siming Zhao, Jingshu Wang
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Abstract

Prior work has described a global transcriptional response to gene perturbation, with many perturbations moving cells along a common direction. We find that perturbations contribute differently to this leading global trend and that substantial organization remains beyond it, including transferable perturbation-specific effects across datasets and a common hierarchy of responsive genes across perturbations. These patterns make simple strategies surprisingly competitive even in predicting effects beyond the leading global component.

转录扰动效应的结构超出了领先的全球趋势。
先前的工作描述了对基因扰动的全局转录反应,许多扰动使细胞沿着共同的方向移动。我们发现,扰动对这一领先的全球趋势的贡献不同,并且实质性的组织仍然超出了它,包括跨数据集可转移的扰动特定效应和跨扰动响应基因的共同层次结构。这些模式使得简单的策略即使在预测领先的全球组件之外的影响方面也具有惊人的竞争力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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