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- W2055353611 endingPage "1476" @default.
- W2055353611 startingPage "1469" @default.
- W2055353611 abstract "In the last years, a number of nuclear genes restoring cytoplasmic male sterility (CMS) have been cloned in various crop species. The majority of these genes have been shown to encode pentatricopeptide repeat proteins (PPR) that act by specifically suppressing the expression of sterility-causing mitochondrial transcripts. Functional analysis of these proteins has indicated that the inhibitory effects of restoring PPR (Rf-PPR) proteins involve various mechanisms, including RNA cleavage, RNA destabilization, or translation inhibition. Cross-species sequence comparison of PPR protein complements revealed that most plant genomes encode 10-30 Rf-like (RFL) proteins sharing high-sequence similarity with the identified Rf-PPRs from crops. Evolutionary analyses further showed that they constitute a monophyletic group apart in the PPR family, with peculiar evolution dynamic and constraints. Here we review recent data on RF-PPRs and present the latest discoveries on the RFL family, with prospects on the functionality and evolution of this peculiar subclass of PPR." @default.
- W2055353611 created "2016-06-24" @default.
- W2055353611 creator A5050314663 @default.
- W2055353611 creator A5059375996 @default.
- W2055353611 date "2013-09-01" @default.
- W2055353611 modified "2023-10-14" @default.
- W2055353611 title "The Rf and Rf-like PPR in higher plants, a fast-evolving subclass of PPR genes" @default.
- W2055353611 cites W101760573 @default.
- W2055353611 cites W1218523553 @default.
- W2055353611 cites W1221775790 @default.
- W2055353611 cites W1580566106 @default.
- W2055353611 cites W1821823015 @default.
- W2055353611 cites W1907826581 @default.
- W2055353611 cites W1963828658 @default.
- W2055353611 cites W1965677681 @default.
- W2055353611 cites W1967436682 @default.
- W2055353611 cites W1967543716 @default.
- W2055353611 cites W1968568956 @default.
- W2055353611 cites W1971602191 @default.
- W2055353611 cites W1976529162 @default.
- W2055353611 cites W1976615238 @default.
- W2055353611 cites W1980962066 @default.
- W2055353611 cites W1981642592 @default.
- W2055353611 cites W1984437763 @default.
- W2055353611 cites W1985636122 @default.
- W2055353611 cites W1985645255 @default.
- W2055353611 cites W1987479068 @default.
- W2055353611 cites W1991560045 @default.
- W2055353611 cites W1999132698 @default.
- W2055353611 cites W2002784455 @default.
- W2055353611 cites W2003282911 @default.
- W2055353611 cites W2003322642 @default.
- W2055353611 cites W2013707927 @default.
- W2055353611 cites W2016160874 @default.
- W2055353611 cites W2018091453 @default.
- W2055353611 cites W2023484000 @default.
- W2055353611 cites W2032073844 @default.
- W2055353611 cites W2033651971 @default.
- W2055353611 cites W2037067971 @default.
- W2055353611 cites W2038075447 @default.
- W2055353611 cites W2042887111 @default.
- W2055353611 cites W2044309209 @default.
- W2055353611 cites W2048590638 @default.
- W2055353611 cites W2064944236 @default.
- W2055353611 cites W2070248617 @default.
- W2055353611 cites W2070606775 @default.
- W2055353611 cites W2082552839 @default.
- W2055353611 cites W2085495697 @default.
- W2055353611 cites W2086249877 @default.
- W2055353611 cites W2087704665 @default.
- W2055353611 cites W2087933877 @default.
- W2055353611 cites W2091827079 @default.
- W2055353611 cites W2097703411 @default.
- W2055353611 cites W2099170344 @default.
- W2055353611 cites W2099701412 @default.
- W2055353611 cites W2101060529 @default.
- W2055353611 cites W2107023364 @default.
- W2055353611 cites W2107306854 @default.
- W2055353611 cites W2107945625 @default.
- W2055353611 cites W2108295341 @default.
- W2055353611 cites W2108710964 @default.
- W2055353611 cites W2110407060 @default.
- W2055353611 cites W2113180960 @default.
- W2055353611 cites W2122439839 @default.
- W2055353611 cites W2123502134 @default.
- W2055353611 cites W2124338167 @default.
- W2055353611 cites W2124987635 @default.
- W2055353611 cites W2129461043 @default.
- W2055353611 cites W2132975969 @default.
- W2055353611 cites W2136031977 @default.
- W2055353611 cites W2136246388 @default.
- W2055353611 cites W2141084464 @default.
- W2055353611 cites W2141685791 @default.
- W2055353611 cites W2149992783 @default.
- W2055353611 cites W2151674016 @default.
- W2055353611 cites W2156951677 @default.
- W2055353611 cites W2160069833 @default.
- W2055353611 cites W2164567989 @default.
- W2055353611 cites W2167280365 @default.
- W2055353611 cites W2169741121 @default.
- W2055353611 cites W2171116394 @default.
- W2055353611 cites W2264071142 @default.
- W2055353611 doi "https://doi.org/10.4161/rna.25568" @default.
- W2055353611 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3858430" @default.
- W2055353611 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23872480" @default.
- W2055353611 hasPublicationYear "2013" @default.
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