H2B Ubiquitination: Conserved Molecular Mechanism, Diverse Physiologic Functions of the E3 Ligase During Meiosis

	H2B Ubiquitination: Conserved Molecular Mechanism, Diverse Physiologic Functions of the E3 Ligase During Meiosis
Source Publication	Nucleus
	2017
Volume	8 Issue:5 Pages:461-468
	Wang LY(王丽颖); Cao CW(曹春伟); Wang F(王芳); Zhao JG(赵建国); Li W(李卫)
Document Type	期刊论文
Identifier	http://ir.ioz.ac.cn/handle/000000/12773
Collection	干细胞与生殖生物学国家重点实验室
Recommended Citation GB/T 7714	Wang LY,Cao CW,Wang F,et al. H2B Ubiquitination: Conserved Molecular Mechanism, Diverse Physiologic Functions of the E3 Ligase During Meiosis[J]. Nucleus,2017,8(5):461-468.
APA	王丽颖,曹春伟,王芳,赵建国,&李卫.(2017).H2B Ubiquitination: Conserved Molecular Mechanism, Diverse Physiologic Functions of the E3 Ligase During Meiosis.Nucleus,8(5),461-468.
MLA	王丽颖,et al."H2B Ubiquitination: Conserved Molecular Mechanism, Diverse Physiologic Functions of the E3 Ligase During Meiosis".Nucleus 8.5(2017):461-468.

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