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Circular RNA expression and function in the brain

机译:大脑中环状RNA的表达和功能

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摘要

Within the last decade, active research on circular RNAs (circRNAs) has dramatically improved our understanding of the expression and function of these non-coding RNAs. While several mechanisms for circRNA function have been proposed, including sequestration of microRNAs and regulation of cellular proteins, studies provide evidence that circRNAs can regulate transcription and may also serve as biomarkers. Due to the heterogeneous nature of the brain, and the dynamic transcriptional mechanisms that support neurobiological pathways, the influence of circRNAs is potentially extensive. Understanding how circRNAs contribute to key neurological pathways will fill gaps in our understanding of brain function and provide valuable insight into novel therapeutic approaches to treat neurological diseases. Here, we review recent research on circRNA expression in the brain, describe the proposed functions of circRNAs, and evaluate the role of circRNAs in neurological diseases.
机译:在过去的十年中,对环状RNA(circRNA)的积极研究极大地改善了我们对这些非编码RNA的表达和功能的理解。虽然已提出了一些circRNA功能的机制,包括隔离microRNA和调节细胞蛋白,但研究提供的证据表明circRNA可以调节转录,也可以用作生物标记。由于大脑的异质性以及支持神经生物学途径的动态转录机制,circRNA的影响可能很广泛。了解circRNA如何促进关键的神经通路,将填补我们对脑功能的理解的空白,并为治疗神经疾病的新型治疗方法提供有价值的见解。在这里,我们回顾了关于circRNA在大脑中表达的最新研究,描述了circRNA的拟议功能,并评估了circRNA在神经系统疾病中的作用。

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