Matches in SemOpenAlex for { <https://semopenalex.org/work/W2111470070> ?p ?o ?g. }
- W2111470070 endingPage "40" @default.
- W2111470070 startingPage "27" @default.
- W2111470070 abstract "Summary The shoot apical meristem (SAM) of angiosperms comprises a group of undifferentiated cells which divide to maintain the meristem and also give rise to all the above‐ground structures of the plant. Previous studies revealed that the Arabidopsis ARGONAUTE10 [ AGO10 , also called PINHEAD ( PNH ) or ZWILLE ( ZLL )] gene is one of the critical SAM regulators, but the mechanism by which AGO10 modulates the SAM is unknown. In the present study we show that AGO10 genetically represses microRNA165/166 (miR165/166) for SAM maintenance as well as establishment of leaf adaxial–abaxial polarity. Levels of miR165/166 in leaves and embryonic SAMs of pnh / zll / ago10 mutants are abnormally elevated, leading to a reduction in the quantity of homeodomain‐leucine zipper (HD‐ZIP) III gene transcripts, the targets of miR165/166. This reduction is the primary cause of pnh / zll SAM and leaf defects, because the aberrant pnh / zll phenotypes were partially rescued by either increasing levels of HD‐ZIP III transcripts or decreasing levels of miR165/166 in the SAM and leaf. Furthermore, plants with an abnormal apex were more frequent among pnh / zll rdr6 and pnh / zll ago7 double mutants and increased levels of miR165/166 were detected in rdr6 apices. These results indicate that AGO10 and RDR6 / AGO7 may act in parallel in modulating accumulation of miR165/166 for normal plant development." @default.
- W2111470070 created "2016-06-24" @default.
- W2111470070 creator A5016309890 @default.
- W2111470070 creator A5021247985 @default.
- W2111470070 creator A5027184005 @default.
- W2111470070 creator A5027508735 @default.
- W2111470070 creator A5040702003 @default.
- W2111470070 creator A5053725057 @default.
- W2111470070 date "2009-03-26" @default.
- W2111470070 modified "2023-10-17" @default.
- W2111470070 title "The ARGONAUTE10 gene modulates shoot apical meristem maintenance and establishment of leaf polarity by repressing miR165/166 in Arabidopsis" @default.
- W2111470070 cites W126817358 @default.
- W2111470070 cites W144423133 @default.
- W2111470070 cites W1611244112 @default.
- W2111470070 cites W1963743411 @default.
- W2111470070 cites W1966125660 @default.
- W2111470070 cites W1966429708 @default.
- W2111470070 cites W1967436682 @default.
- W2111470070 cites W1972186312 @default.
- W2111470070 cites W1972281297 @default.
- W2111470070 cites W1978125499 @default.
- W2111470070 cites W1981663912 @default.
- W2111470070 cites W1984726155 @default.
- W2111470070 cites W1991935565 @default.
- W2111470070 cites W2000269678 @default.
- W2111470070 cites W2002212941 @default.
- W2111470070 cites W2021577160 @default.
- W2111470070 cites W2021735982 @default.
- W2111470070 cites W2029700232 @default.
- W2111470070 cites W2031387306 @default.
- W2111470070 cites W2035340311 @default.
- W2111470070 cites W2044285871 @default.
- W2111470070 cites W2046584841 @default.
- W2111470070 cites W2046720489 @default.
- W2111470070 cites W2053915285 @default.
- W2111470070 cites W2055803355 @default.
- W2111470070 cites W2056886679 @default.
- W2111470070 cites W2057162139 @default.
- W2111470070 cites W2057232133 @default.
- W2111470070 cites W2064949291 @default.
- W2111470070 cites W2079951840 @default.
- W2111470070 cites W2086698587 @default.
- W2111470070 cites W2088255314 @default.
- W2111470070 cites W2104571271 @default.
- W2111470070 cites W2111401971 @default.
- W2111470070 cites W2111810018 @default.
- W2111470070 cites W2111934381 @default.
- W2111470070 cites W2113743112 @default.
- W2111470070 cites W2115546772 @default.
- W2111470070 cites W2115686735 @default.
- W2111470070 cites W2117207028 @default.
- W2111470070 cites W2121812076 @default.
- W2111470070 cites W2123846805 @default.
- W2111470070 cites W2124221912 @default.
- W2111470070 cites W2125503823 @default.
- W2111470070 cites W2128034264 @default.
- W2111470070 cites W2128061984 @default.
- W2111470070 cites W2130487105 @default.
- W2111470070 cites W2133583906 @default.
- W2111470070 cites W2133961942 @default.
- W2111470070 cites W2137749812 @default.
- W2111470070 cites W2139582953 @default.
- W2111470070 cites W2142338990 @default.
- W2111470070 cites W2144072160 @default.
- W2111470070 cites W2146151246 @default.
- W2111470070 cites W2147627152 @default.
- W2111470070 cites W2148492370 @default.
- W2111470070 cites W2153571621 @default.
- W2111470070 cites W2154486567 @default.
- W2111470070 cites W2159321216 @default.
- W2111470070 cites W2159870725 @default.
- W2111470070 cites W2162313732 @default.
- W2111470070 cites W2164528584 @default.
- W2111470070 cites W2171116394 @default.
- W2111470070 cites W2172286727 @default.
- W2111470070 cites W2318023638 @default.
- W2111470070 cites W4237708738 @default.
- W2111470070 doi "https://doi.org/10.1111/j.1365-313x.2008.03757.x" @default.
- W2111470070 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19054365" @default.
- W2111470070 hasPublicationYear "2009" @default.
- W2111470070 type Work @default.
- W2111470070 sameAs 2111470070 @default.
- W2111470070 citedByCount "147" @default.
- W2111470070 countsByYear W21114700702012 @default.
- W2111470070 countsByYear W21114700702013 @default.
- W2111470070 countsByYear W21114700702014 @default.
- W2111470070 countsByYear W21114700702015 @default.
- W2111470070 countsByYear W21114700702016 @default.
- W2111470070 countsByYear W21114700702017 @default.
- W2111470070 countsByYear W21114700702018 @default.
- W2111470070 countsByYear W21114700702019 @default.
- W2111470070 countsByYear W21114700702020 @default.
- W2111470070 countsByYear W21114700702021 @default.
- W2111470070 countsByYear W21114700702022 @default.
- W2111470070 countsByYear W21114700702023 @default.
- W2111470070 crossrefType "journal-article" @default.
- W2111470070 hasAuthorship W2111470070A5016309890 @default.
- W2111470070 hasAuthorship W2111470070A5021247985 @default.