GOLM1 RESTRICTS COLITIS AND COLON TUMORIGENESIS BY ENSURING NOTCH SIGNALING EQUILIBRIUM IN INTESTINAL HOMEOSTASIS

CAS OpenIR > 膜生物学国家重点实验室

	GOLM1 RESTRICTS COLITIS AND COLON TUMORIGENESIS BY ENSURING NOTCH SIGNALING EQUILIBRIUM IN INTESTINAL HOMEOSTASIS
Source Publication	Signal TransducTion And TargeTed Therapy
	2021
Volume	6 Issue:1
	Pu Yang; Song Ya; Zhang Mengdi; Long Caifeng; Li Jie; Wang Yanan; Xu Yinzhe; Pan Fei; Zhao Na; Zhang Xinyu; Xu Yanan; Cui Jianxin; Wang Hongying; Li Yan; Zhao Yong; Jin Di; Zhang Hongbing
Document Type	期刊论文
Identifier	http://ir.ioz.ac.cn/handle/000000/15162
Collection	膜生物学国家重点实验室
Recommended Citation GB/T 7714	Pu Yang,Song Ya,Zhang Mengdi,et al. GOLM1 RESTRICTS COLITIS AND COLON TUMORIGENESIS BY ENSURING NOTCH SIGNALING EQUILIBRIUM IN INTESTINAL HOMEOSTASIS[J]. Signal TransducTion And TargeTed Therapy,2021,6(1).
APA	Pu Yang.,Song Ya.,Zhang Mengdi.,Long Caifeng.,Li Jie.,...&Zhang Hongbing.(2021).GOLM1 RESTRICTS COLITIS AND COLON TUMORIGENESIS BY ENSURING NOTCH SIGNALING EQUILIBRIUM IN INTESTINAL HOMEOSTASIS.Signal TransducTion And TargeTed Therapy,6(1).
MLA	Pu Yang,et al."GOLM1 RESTRICTS COLITIS AND COLON TUMORIGENESIS BY ENSURING NOTCH SIGNALING EQUILIBRIUM IN INTESTINAL HOMEOSTASIS".Signal TransducTion And TargeTed Therapy 6.1(2021).

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