Integral Proteomic Analysis of Blastocysts Reveals Key Molecular Machinery Governing Embryonic Diapause and Reactivation for Implantation in Mice

	Integral Proteomic Analysis of Blastocysts Reveals Key Molecular Machinery Governing Embryonic Diapause and Reactivation for Implantation in Mice
发表期刊	Biology of Reproduction
	2014
卷号	90 期号:3 页码:Article No. 52
	Fu Z(傅征); Wang BY(王炳艳); Wang SM(王书敏); Wu WW(吴韦韦); Wang Q(王强); Chen YJ(陈永杰); Kong SB(孔双博); Lu JH(鲁金花); Zhen-Zhou Tang; Hao Ran; Tu ZW(涂兆伟); He B(何波); Zhang S(张爽); Chen Q(陈琦); Jin WZ(金万洙); Duan EK(段恩奎); Wang HM(王红梅); Wang YL(王雁玲); Li L(李磊); Feng-Chao Wang; Gao SR(高绍荣); Wang HB(王海滨)
文献类型	期刊论文
条目标识符	http://ir.ioz.ac.cn/handle/000000/10160
专题	干细胞与生殖生物学国家重点实验室
推荐引用方式 GB/T 7714	Fu Z,Wang BY,Wang SM,et al. Integral Proteomic Analysis of Blastocysts Reveals Key Molecular Machinery Governing Embryonic Diapause and Reactivation for Implantation in Mice[J]. Biology of Reproduction,2014,90(3):Article No. 52.
APA	傅征.,王炳艳.,王书敏.,吴韦韦.,王强.,...&王海滨.(2014).Integral Proteomic Analysis of Blastocysts Reveals Key Molecular Machinery Governing Embryonic Diapause and Reactivation for Implantation in Mice.Biology of Reproduction,90(3),Article No. 52.
MLA	傅征,et al."Integral Proteomic Analysis of Blastocysts Reveals Key Molecular Machinery Governing Embryonic Diapause and Reactivation for Implantation in Mice".Biology of Reproduction 90.3(2014):Article No. 52.

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