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• W2003467497 abstract "In ruminants, more than 30% of the embryonic loss observed after artificial insemination has an early origin that is coincident with the marked elongation of the conceptus that occurs before implantation. During this developmental phase, physiological interactions are established between the conceptus and the uterus which are essential for the establishment of pregnancy and the elongation process. Our molecular knowledge of elongating conceptuses in cattle has long been focused on its analysis in view of its interactions with the uterus with the elongating stages being defined, like the uterus stages, by days post insemination or conception. The gene clusters reported so far indicate important pathways, some being shared by the non-elongating conceptuses of other mammals. However, to identify the key components of the elongation process - that could be specific to ungulates - new models are needed. Somatic nuclear transfer could be one of them as it provides complementary insights on differentiation beyond the blastocyst stage. Nonetheless, other models are necessary to convert gene lists or networks in elongating phenotypes. This review partly summarizes information on these topics, but data on the impact of the uterus on the elongation process or on the differentiation of the embryonic tissues are reviewed elsewhere." @default.
• W2003467497 created "2016-06-24" @default.
• W2003467497 creator A5001237277 @default.
• W2003467497 creator A5082665913 @default.
• W2003467497 creator A5087232232 @default.
• W2003467497 date "2012-09-01" @default.
• W2003467497 modified "2023-10-09" @default.
• W2003467497 title "Conceptus elongation in cattle: Genes, models and questions" @default.
• W2003467497 cites W1548672368 @default.
• W2003467497 cites W1558589684 @default.
• W2003467497 cites W1599529151 @default.
• W2003467497 cites W1915756059 @default.
• W2003467497 cites W1964076580 @default.
• W2003467497 cites W1966990812 @default.
• W2003467497 cites W1973268132 @default.
• W2003467497 cites W1973557693 @default.
• W2003467497 cites W1974785378 @default.
• W2003467497 cites W1975703503 @default.
• W2003467497 cites W1985748545 @default.
• W2003467497 cites W1989034912 @default.
• W2003467497 cites W1992039365 @default.
• W2003467497 cites W1992338503 @default.
• W2003467497 cites W1993772381 @default.
• W2003467497 cites W1995964686 @default.
• W2003467497 cites W1997119504 @default.
• W2003467497 cites W1999038855 @default.
• W2003467497 cites W2001203310 @default.
• W2003467497 cites W2003951674 @default.
• W2003467497 cites W2004848920 @default.
• W2003467497 cites W2008288412 @default.
• W2003467497 cites W2009342430 @default.
• W2003467497 cites W2009677005 @default.
• W2003467497 cites W2009700151 @default.
• W2003467497 cites W2010765881 @default.
• W2003467497 cites W2012099404 @default.
• W2003467497 cites W2016518859 @default.
• W2003467497 cites W2020218620 @default.
• W2003467497 cites W2021686444 @default.
• W2003467497 cites W2023681464 @default.
• W2003467497 cites W2024085075 @default.
• W2003467497 cites W2028885049 @default.
• W2003467497 cites W2031042199 @default.
• W2003467497 cites W2031930000 @default.
• W2003467497 cites W2036918882 @default.
• W2003467497 cites W2041625510 @default.
• W2003467497 cites W2042231893 @default.
• W2003467497 cites W2056607185 @default.
• W2003467497 cites W2058698041 @default.
• W2003467497 cites W2061870112 @default.
• W2003467497 cites W2062371029 @default.
• W2003467497 cites W2067381552 @default.
• W2003467497 cites W2072853857 @default.
• W2003467497 cites W2074450661 @default.
• W2003467497 cites W2079647188 @default.
• W2003467497 cites W2080303300 @default.
• W2003467497 cites W2080663383 @default.
• W2003467497 cites W2082029075 @default.
• W2003467497 cites W2089896939 @default.
• W2003467497 cites W2090615247 @default.
• W2003467497 cites W2091163402 @default.
• W2003467497 cites W2092392797 @default.
• W2003467497 cites W2094748860 @default.
• W2003467497 cites W2098154073 @default.
• W2003467497 cites W2103121079 @default.
• W2003467497 cites W2106965515 @default.
• W2003467497 cites W2111905668 @default.
• W2003467497 cites W2118976848 @default.
• W2003467497 cites W2120171525 @default.
• W2003467497 cites W2123460107 @default.
• W2003467497 cites W2127403356 @default.
• W2003467497 cites W2127522049 @default.
• W2003467497 cites W2130004050 @default.
• W2003467497 cites W2130392841 @default.
• W2003467497 cites W2132578671 @default.
• W2003467497 cites W2133536013 @default.
• W2003467497 cites W2134400556 @default.
• W2003467497 cites W2135502858 @default.
• W2003467497 cites W2137058180 @default.
• W2003467497 cites W2140780283 @default.
• W2003467497 cites W2141458546 @default.
• W2003467497 cites W2144974474 @default.
• W2003467497 cites W2147995078 @default.
• W2003467497 cites W2151775784 @default.
• W2003467497 cites W2154439227 @default.
• W2003467497 cites W2155862946 @default.
• W2003467497 cites W2156310826 @default.
• W2003467497 cites W2160584750 @default.
• W2003467497 cites W2165710621 @default.
• W2003467497 cites W2165960721 @default.
• W2003467497 cites W2166041323 @default.
• W2003467497 cites W2167539771 @default.
• W2003467497 cites W2169814927 @default.
• W2003467497 cites W2170165366 @default.
• W2003467497 cites W2171283231 @default.
• W2003467497 cites W2254382302 @default.
• W2003467497 cites W4256207736 @default.
• W2003467497 doi "https://doi.org/10.1016/j.anireprosci.2012.08.007" @default.
• W2003467497 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22921267" @default.

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