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• W2791686543 abstract "As an adaptation to the land, the clitellate annelid had reorganized its embryogenesis to develop directly without the ancestral planktonic larval stage. To study the evolution of gut development in the directly developing clitellates, we characterized the expression pattern of the conserved gut gene, FoxA, in the embryonic development of the leech.The leech has three FoxA paralogs. Hau-FoxA1 is first expressed in a subset of endoderm cells and then in the foregut and the midgut. Hau-FoxA2 is expressed in the stomodeum, which is secondarily derived from the anterior ectoderm in the clitellates rather than the tissue around the blastopore, the ancestral site of mouth formation in Phylum Annelida. Hau-FoxA3 is expressed during the morphogenesis of segmental ganglia from the ectodermal teloblast lineages, a clitellate-specific trait. Hau-FoxA1 and Hau-FoxA2 are also expressed during the morphogenesis of the leech-specific front sucker.The expression patterns suggested that Hau-FoxA1 carries out most of the conserved function in the endoderm and gut development, while the other two duplicates appear to have evolved unique novel functions in the directly developing clitellate embryos. Therefore, neofunctionalization and co-option of FoxA might have made a significant contribution to the evolution of direct development in Clitellata. Developmental Dynamics 247:763-778, 2018. © 2018 Wiley Periodicals, Inc." @default.
• W2791686543 created "2018-03-29" @default.
• W2791686543 creator A5025000063 @default.
• W2791686543 creator A5030483217 @default.
• W2791686543 date "2018-02-14" @default.
• W2791686543 modified "2023-09-23" @default.
• W2791686543 title "Duplicated<i>FoxA</i>genes in the leech<i>Helobdella</i>: Insights into the evolution of direct development in clitellate annelids" @default.
• W2791686543 cites W1574903825 @default.
• W2791686543 cites W1584332859 @default.
• W2791686543 cites W1592299811 @default.
• W2791686543 cites W1595657183 @default.
• W2791686543 cites W1615515432 @default.
• W2791686543 cites W1658627041 @default.
• W2791686543 cites W1819792907 @default.
• W2791686543 cites W1976798874 @default.
• W2791686543 cites W1980850880 @default.
• W2791686543 cites W1981557915 @default.
• W2791686543 cites W1981649449 @default.
• W2791686543 cites W1982789780 @default.
• W2791686543 cites W1986273607 @default.
• W2791686543 cites W1989032832 @default.
• W2791686543 cites W1989641503 @default.
• W2791686543 cites W1995418425 @default.
• W2791686543 cites W1998616017 @default.
• W2791686543 cites W1998633662 @default.
• W2791686543 cites W2003712822 @default.
• W2791686543 cites W2004622502 @default.
• W2791686543 cites W2012533128 @default.
• W2791686543 cites W2024331608 @default.
• W2791686543 cites W2024531262 @default.
• W2791686543 cites W2024759295 @default.
• W2791686543 cites W2028141052 @default.
• W2791686543 cites W2028365248 @default.
• W2791686543 cites W2038867385 @default.
• W2791686543 cites W2040648064 @default.
• W2791686543 cites W2041905009 @default.
• W2791686543 cites W2046011732 @default.
• W2791686543 cites W2046886869 @default.
• W2791686543 cites W2048933317 @default.
• W2791686543 cites W2049485508 @default.
• W2791686543 cites W2055764395 @default.
• W2791686543 cites W2057195804 @default.
• W2791686543 cites W2059222296 @default.
• W2791686543 cites W2059382052 @default.
• W2791686543 cites W2064219319 @default.
• W2791686543 cites W2069900233 @default.
• W2791686543 cites W2071537797 @default.
• W2791686543 cites W2072594339 @default.
• W2791686543 cites W2073523429 @default.
• W2791686543 cites W2073857918 @default.
• W2791686543 cites W2077552190 @default.
• W2791686543 cites W2082230207 @default.
• W2791686543 cites W2083400040 @default.
• W2791686543 cites W2084210541 @default.
• W2791686543 cites W2086467423 @default.
• W2791686543 cites W2086833256 @default.
• W2791686543 cites W2088516967 @default.
• W2791686543 cites W2088834234 @default.
• W2791686543 cites W2091255780 @default.
• W2791686543 cites W2097123929 @default.
• W2791686543 cites W2099743320 @default.
• W2791686543 cites W2100715279 @default.
• W2791686543 cites W2103010372 @default.
• W2791686543 cites W2107777399 @default.
• W2791686543 cites W2108625329 @default.
• W2791686543 cites W2110359316 @default.
• W2791686543 cites W2111953904 @default.
• W2791686543 cites W2115960984 @default.
• W2791686543 cites W2116096077 @default.
• W2791686543 cites W2122337391 @default.
• W2791686543 cites W2131518991 @default.
• W2791686543 cites W2136585859 @default.
• W2791686543 cites W2144097714 @default.
• W2791686543 cites W2147212824 @default.
• W2791686543 cites W2148848820 @default.
• W2791686543 cites W2152839099 @default.
• W2791686543 cites W2153476462 @default.
• W2791686543 cites W2155266876 @default.
• W2791686543 cites W2156799070 @default.
• W2791686543 cites W2160126273 @default.
• W2791686543 cites W2161033010 @default.
• W2791686543 cites W2161862569 @default.
• W2791686543 cites W2163018877 @default.
• W2791686543 cites W2163350560 @default.
• W2791686543 cites W2164466292 @default.
• W2791686543 cites W2185043942 @default.
• W2791686543 cites W2311203695 @default.
• W2791686543 cites W2417162181 @default.
• W2791686543 cites W2509789438 @default.
• W2791686543 cites W2560368704 @default.
• W2791686543 cites W2581960488 @default.
• W2791686543 cites W2771649768 @default.
• W2791686543 cites W4244895044 @default.
• W2791686543 doi "https://doi.org/10.1002/dvdy.24621" @default.
• W2791686543 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29396890" @default.
• W2791686543 hasPublicationYear "2018" @default.
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