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- W2138860340 endingPage "1668" @default.
- W2138860340 startingPage "1659" @default.
- W2138860340 abstract "Polyploids, organisms with more than two sets of chromosomes, are widespread in flowering plants, including many important crop species. Increases in ploidy level are believed to arise commonly through the production of gametes that have not had their ploidy level reduced during meiosis. Although there have been cytological descriptions of unreduced gamete formation in a number of plants, until recently none of the underlying genes or molecular mechanisms involved in unreduced gamete production have been described. The recent discovery of several genes in which mutations give rise to a high frequency of unreduced gametes in the model plant Arabidopsis thaliana opens the door to the elucidation of this important event and its manipulation in crop species. Here this recent progress is reviewed and the identified genes and the mechanism by which the loss of protein function leads to the formation of unreduced gametes are discussed. The potential to use the knowledge gained from Arabidopsis mutants to design tools and develop techniques to engineer unreduced gamete production in important crop species for use in plant breeding is also discussed." @default.
- W2138860340 created "2016-06-24" @default.
- W2138860340 creator A5049291766 @default.
- W2138860340 creator A5067571243 @default.
- W2138860340 date "2010-11-25" @default.
- W2138860340 modified "2023-10-02" @default.
- W2138860340 title "Unreduced gamete formation in plants: mechanisms and prospects" @default.
- W2138860340 cites W1507464447 @default.
- W2138860340 cites W1560887539 @default.
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- W2138860340 cites W1608387203 @default.
- W2138860340 cites W1926819131 @default.
- W2138860340 cites W1963528732 @default.
- W2138860340 cites W1978546008 @default.
- W2138860340 cites W1986217897 @default.
- W2138860340 cites W1991010146 @default.
- W2138860340 cites W1993274743 @default.
- W2138860340 cites W1993673609 @default.
- W2138860340 cites W1996500038 @default.
- W2138860340 cites W1998406363 @default.
- W2138860340 cites W1999956253 @default.
- W2138860340 cites W2004517252 @default.
- W2138860340 cites W2006474366 @default.
- W2138860340 cites W2007726402 @default.
- W2138860340 cites W2010032067 @default.
- W2138860340 cites W2010254383 @default.
- W2138860340 cites W2012212160 @default.
- W2138860340 cites W2015759245 @default.
- W2138860340 cites W2021984833 @default.
- W2138860340 cites W2023318513 @default.
- W2138860340 cites W2031152175 @default.
- W2138860340 cites W2031864924 @default.
- W2138860340 cites W2034195376 @default.
- W2138860340 cites W2034337859 @default.
- W2138860340 cites W2034905225 @default.
- W2138860340 cites W2037623448 @default.
- W2138860340 cites W2047423054 @default.
- W2138860340 cites W2048895132 @default.
- W2138860340 cites W2050686752 @default.
- W2138860340 cites W2073628003 @default.
- W2138860340 cites W2074867270 @default.
- W2138860340 cites W2078680556 @default.
- W2138860340 cites W2084894372 @default.
- W2138860340 cites W2090543715 @default.
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- W2138860340 cites W2093044337 @default.
- W2138860340 cites W2100824688 @default.
- W2138860340 cites W2104416051 @default.
- W2138860340 cites W2109522067 @default.
- W2138860340 cites W2110651673 @default.
- W2138860340 cites W2111724823 @default.
- W2138860340 cites W2119250037 @default.
- W2138860340 cites W2119322645 @default.
- W2138860340 cites W2119847089 @default.
- W2138860340 cites W2120985562 @default.
- W2138860340 cites W2127049134 @default.
- W2138860340 cites W2127490915 @default.
- W2138860340 cites W2135013432 @default.
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- W2138860340 cites W2136183457 @default.
- W2138860340 cites W2145158079 @default.
- W2138860340 cites W2148009162 @default.
- W2138860340 cites W2148257122 @default.
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- W2138860340 cites W2150798416 @default.
- W2138860340 cites W2154254951 @default.
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- W2138860340 cites W2168350795 @default.
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- W2138860340 cites W2279410632 @default.
- W2138860340 cites W277055371 @default.
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- W2138860340 cites W4233583121 @default.
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- W2138860340 doi "https://doi.org/10.1093/jxb/erq371" @default.
- W2138860340 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21109579" @default.
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