FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3132683344> ?p ?o ?g. }

• W3132683344 endingPage "676" @default.
• W3132683344 startingPage "641" @default.
• W3132683344 abstract "Following fertilization in flowering plants (angiosperms), egg and sperm cells unite to form the zygote, which generates an entire new organism through a process called embryogenesis. In this review, we provide a comparative perspective on early zygotic embryogenesis in flowering plants by using the Poaceae maize and rice as monocot grass and crop models as well as Arabidopsis as a eudicot model of the Brassicaceae family. Beginning with the activation of the egg cell, we summarize and discuss the process of maternal-to-zygotic transition in plants, also taking recent work on parthenogenesis and haploid induction into consideration. Aspects like imprinting, which is mainly associated with endosperm development and somatic embryogenesis, are not considered. Controversial findings about the timing of zygotic genome activation as well as maternal versus paternal contribution to zygote and early embryo development are highlighted. The establishment of zygotic polarity, asymmetric division, and apical and basal cell lineages represents another chapter in which we also examine and compare the role of major signaling pathways, cell fate genes, and hormones in early embryogenesis. Except for the model Arabidopsis, little is known about embryopatterning and the establishment of the basic body plan in angiosperms. Using available in situ hybridization, RNA-sequencing, and marker data, we try to compare how and when stem cell niches are established. Finally, evolutionary aspects of plant embryo development are discussed." @default.
• W3132683344 created "2021-03-01" @default.
• W3132683344 creator A5013870582 @default.
• W3132683344 creator A5031387804 @default.
• W3132683344 date "2021-06-17" @default.
• W3132683344 modified "2023-10-06" @default.
• W3132683344 title "Comparative Embryogenesis in Angiosperms: Activation and Patterning of Embryonic Cell Lineages" @default.
• W3132683344 cites W1512706876 @default.
• W3132683344 cites W1556313622 @default.
• W3132683344 cites W1588118862 @default.
• W3132683344 cites W1597024492 @default.
• W3132683344 cites W1663820305 @default.
• W3132683344 cites W1968079819 @default.
• W3132683344 cites W1973730005 @default.
• W3132683344 cites W1976822936 @default.
• W3132683344 cites W1976914981 @default.
• W3132683344 cites W1982968629 @default.
• W3132683344 cites W1983365015 @default.
• W3132683344 cites W1994148506 @default.
• W3132683344 cites W1995472608 @default.
• W3132683344 cites W1998708845 @default.
• W3132683344 cites W1998929945 @default.
• W3132683344 cites W2005319444 @default.
• W3132683344 cites W2006692918 @default.
• W3132683344 cites W2008036646 @default.
• W3132683344 cites W2012320001 @default.
• W3132683344 cites W2012526077 @default.
• W3132683344 cites W2012884164 @default.
• W3132683344 cites W2013343041 @default.
• W3132683344 cites W2014586804 @default.
• W3132683344 cites W2022568335 @default.
• W3132683344 cites W2024343928 @default.
• W3132683344 cites W2031074410 @default.
• W3132683344 cites W2032007885 @default.
• W3132683344 cites W2032152188 @default.
• W3132683344 cites W2035064624 @default.
• W3132683344 cites W2036794746 @default.
• W3132683344 cites W2040943863 @default.
• W3132683344 cites W2043309961 @default.
• W3132683344 cites W2045275006 @default.
• W3132683344 cites W2048420864 @default.
• W3132683344 cites W2051537525 @default.
• W3132683344 cites W2059775890 @default.
• W3132683344 cites W2065442937 @default.
• W3132683344 cites W2067555518 @default.
• W3132683344 cites W2070166651 @default.
• W3132683344 cites W2071220740 @default.
• W3132683344 cites W2073451623 @default.
• W3132683344 cites W2073652343 @default.
• W3132683344 cites W2075651217 @default.
• W3132683344 cites W2077030374 @default.
• W3132683344 cites W2089427152 @default.
• W3132683344 cites W2090663201 @default.
• W3132683344 cites W2091471612 @default.
• W3132683344 cites W2094946002 @default.
• W3132683344 cites W2097470338 @default.
• W3132683344 cites W2106502708 @default.
• W3132683344 cites W2112289953 @default.
• W3132683344 cites W2113133108 @default.
• W3132683344 cites W2114370122 @default.
• W3132683344 cites W2114461726 @default.
• W3132683344 cites W2121956436 @default.
• W3132683344 cites W2122907866 @default.
• W3132683344 cites W2129755640 @default.
• W3132683344 cites W2130652821 @default.
• W3132683344 cites W2131624664 @default.
• W3132683344 cites W2135202770 @default.
• W3132683344 cites W2135994188 @default.
• W3132683344 cites W2137970866 @default.
• W3132683344 cites W2138464000 @default.
• W3132683344 cites W2139941877 @default.
• W3132683344 cites W2140728495 @default.
• W3132683344 cites W2141213095 @default.
• W3132683344 cites W2142882075 @default.
• W3132683344 cites W2144189550 @default.
• W3132683344 cites W2148750035 @default.
• W3132683344 cites W2149372031 @default.
• W3132683344 cites W2154388475 @default.
• W3132683344 cites W2154507579 @default.
• W3132683344 cites W2154827095 @default.
• W3132683344 cites W2155480149 @default.
• W3132683344 cites W2155846945 @default.
• W3132683344 cites W2158017278 @default.
• W3132683344 cites W2162808103 @default.
• W3132683344 cites W2163800448 @default.
• W3132683344 cites W2166038257 @default.
• W3132683344 cites W2170072969 @default.
• W3132683344 cites W2209932975 @default.
• W3132683344 cites W2273577476 @default.
• W3132683344 cites W2303095400 @default.
• W3132683344 cites W2312068641 @default.
• W3132683344 cites W2317877173 @default.
• W3132683344 cites W2464835950 @default.
• W3132683344 cites W2465037256 @default.
• W3132683344 cites W2468102887 @default.
• W3132683344 cites W2520858613 @default.
• W3132683344 cites W2529790789 @default.
• W3132683344 cites W2547622324 @default.

• next