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   The Window of Implantation Is Closed By Estrogen Via Insulin-Like Growth Factor 1 Pathway  
   
نویسنده Kobayashi Ryosuke ,Terakawa Jumpei ,Omatsu Tsutomu ,Hengjan Yupadee ,Mizutani Tetsuya ,Ohmori Yasushige ,Hondo Eiichi
منبع Journal Of Reproduction And Infertility - 2017 - دوره : 18 - شماره : 2 - صفحه:231 -241
چکیده    Background: the opening and closing of the implantation window is important for successful pregnancy in eutherians. the recent study demonstrated that the window of uterine receptivity was prepared by the sole action of progesterone in mice, but the mechanism to close the window remained to be elucidated. methods: the pregnant mice were ovariectomized on the evening on the third day of pregnancy with a single injection of medroxyprogesterone acetate to induce delayed implantation (di). several treatments were applied to di mice. the uterine receptivity after treatment was assessed by examining cell proliferation in the uterine luminal epithelium (le). the gene expressions in the endometrium were investigated by rna-seq. the p<0.05 was considered significant. results: cell proliferation in the le ceased only when the window of implantation was open. estrogen (e2) stimulated cell proliferation in the le rendered the uterus refractory. the high throughput gene expression analysis by rna-seq showed that the insulin-like growth factor 1 (igf1) pathway was the candidate to close the implantation window under e2. in vivo administration of igf1 to delayed implantation mice resulted in proliferation in the le cells. conclusion: this study demonstrated that the window of uterine receptivity was closed by e2, which was mediated by the igf1 pathway.
کلیدواژه Embryo Implantation ,Estrogen ,Insulin-Like Growth Factor 1 ,Mouse.
آدرس Nagoya University, Graduate School Of Bioagricultural Sciences, Division Of Biofunctional Development, Laboratory Of Animal Morphology, Japan, Nagoya University, Graduate School Of Bioagricultural Sciences, Division Of Biofunctional Development, Laboratory Of Animal Morphology, Japan. Kanazawa University, Advanced Science Research Center, Division Of Transgenic Animal Science, Japan, Tokyo University Of Agriculture And Technology, Research And Education Center For Prevention Of Global Infectious Diseases Of Animals, Japan, Nagoya University, Graduate School Of Bioagricultural Sciences, Division Of Biofunctional Development, Laboratory Of Animal Morphology, Japan, Tokyo University Of Agriculture And Technology, Research And Education Center For Prevention Of Global Infectious Diseases Of Animals, Japan, Nagoya University, Graduate School Of Bioagricultural Sciences, Division Of Biofunctional Development, Laboratory Of Animal Morphology, Japan, Nagoya University, Graduate School Of Bioagricultural Sciences, Division Of Biofunctional Development, Laboratory Of Animal Morphology, Japan
پست الکترونیکی ehondo@agr.nagoyau.ac.jp
 
     
   
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