| 2 | Histone crotonylation in neurobiology:to be or not to be?显示文摘Epigenetic regulation is a pivotal mechanism that controls gene transcription and cell fate.During the past decades,it has been observed that histone,DNA,and RNA modifications participate in determining the fate of neural stem cells(NSCs).These modifications include histone acetylation and methylation,as well as DNA and RNA methylation.Of note,non-coding RNAs also participate in neural differentiation.[1]In addition to acetylation,many other types of acylations to histone lysines,including crotonylation,propionylation,succinylation,and malonylation,have been identified.[2]The roles of these histone acylations in neuroscience remain elusive. | Cechuan Deng Jia-Hua Qu InKyeom Kim Xiaoqiang Tang | 2022 | Chinese Medical Journal2022，，9： | 1 |
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