Matches in SemOpenAlex for { <https://semopenalex.org/work/W2117933623> ?p ?o ?g. }
- W2117933623 endingPage "1937" @default.
- W2117933623 startingPage "1917" @default.
- W2117933623 abstract "Polarized cell expansion plays an important role in plant morphogenesis. Tip growth is a dramatic form of this process, which is widely used as a model to study its regulation by RAC/ROP GTPase signalling. During the dominant haploid phase of its life cycle, the moss Physcomitrella patens contains different types of cells that expand by tip growth. Physcomitrella is a highly attractive experimental system because its genome has been sequenced, and transgene integration by homologous recombination occurs in this plant at frequencies allowing effective gene targeting. Furthermore, together with the vascular spikemoss Selaginella moellendorffii, whose genome has also been sequenced, the non-vascular moss Physcomitrella provides an evolutionary link between green algae and angiosperms. BLAST searches established that the Physcomitrella and Selaginella genomes encode not only putative RAC/ROP GTPases, but also homologues of all known regulators of polarized RAC/ROP signalling, as well as of key effectors acting in signalling cascades downstream of RAC/ROP activity. Nucleotide sequence relationships within seven different families of Physcomitrella, Selaginella, Arabidopsis thaliana and Nicotiana tabacum (tobacco) genes with distinct functions in RAC/ROP signalling were characterized based on extensive maximum likelihood and Neighbor–Joining analyses. The results of these analyses are interpreted in the light of current knowledge concerning expression patterns and molecular functions of RAC/ROP signalling proteins in angiosperms. A key aim of this study is to facilitate the use of Physcomitrella as a model to investigate the molecular control of tip growth in plants." @default.
- W2117933623 created "2016-06-24" @default.
- W2117933623 creator A5012035138 @default.
- W2117933623 creator A5026820477 @default.
- W2117933623 creator A5035155258 @default.
- W2117933623 date "2010-04-01" @default.
- W2117933623 modified "2023-10-14" @default.
- W2117933623 title "Physcomitrella patens: a model to investigate the role of RAC/ROP GTPase signalling in tip growth" @default.
- W2117933623 cites W1508615395 @default.
- W2117933623 cites W1567525036 @default.
- W2117933623 cites W1588986801 @default.
- W2117933623 cites W1591745184 @default.
- W2117933623 cites W1845171218 @default.
- W2117933623 cites W1855950477 @default.
- W2117933623 cites W1918649242 @default.
- W2117933623 cites W1949449957 @default.
- W2117933623 cites W1964073548 @default.
- W2117933623 cites W1966201817 @default.
- W2117933623 cites W1968927114 @default.
- W2117933623 cites W1984491329 @default.
- W2117933623 cites W1988538364 @default.
- W2117933623 cites W1990134601 @default.
- W2117933623 cites W2001757975 @default.
- W2117933623 cites W2014886106 @default.
- W2117933623 cites W2014953951 @default.
- W2117933623 cites W2019731805 @default.
- W2117933623 cites W2022076650 @default.
- W2117933623 cites W2022850508 @default.
- W2117933623 cites W2025896887 @default.
- W2117933623 cites W2028940392 @default.
- W2117933623 cites W2030192350 @default.
- W2117933623 cites W2031782217 @default.
- W2117933623 cites W2032817187 @default.
- W2117933623 cites W2033430187 @default.
- W2117933623 cites W2034092404 @default.
- W2117933623 cites W2040665646 @default.
- W2117933623 cites W2042118796 @default.
- W2117933623 cites W2043114724 @default.
- W2117933623 cites W2046966521 @default.
- W2117933623 cites W2051871794 @default.
- W2117933623 cites W2055043387 @default.
- W2117933623 cites W2060154064 @default.
- W2117933623 cites W2063174469 @default.
- W2117933623 cites W2063575573 @default.
- W2117933623 cites W2068307748 @default.
- W2117933623 cites W2070282050 @default.
- W2117933623 cites W2070359492 @default.
- W2117933623 cites W2070658365 @default.
- W2117933623 cites W2074173423 @default.
- W2117933623 cites W2082219087 @default.
- W2117933623 cites W2082928585 @default.
- W2117933623 cites W2083393877 @default.
- W2117933623 cites W2083592023 @default.
- W2117933623 cites W2087534413 @default.
- W2117933623 cites W2088350656 @default.
- W2117933623 cites W2096451658 @default.
- W2117933623 cites W2097713424 @default.
- W2117933623 cites W2098985406 @default.
- W2117933623 cites W2099192887 @default.
- W2117933623 cites W2101891826 @default.
- W2117933623 cites W2102250237 @default.
- W2117933623 cites W2104988694 @default.
- W2117933623 cites W2108654905 @default.
- W2117933623 cites W2109448032 @default.
- W2117933623 cites W2109480104 @default.
- W2117933623 cites W2116694451 @default.
- W2117933623 cites W2117516142 @default.
- W2117933623 cites W2117758116 @default.
- W2117933623 cites W2119778922 @default.
- W2117933623 cites W2120692165 @default.
- W2117933623 cites W2120767684 @default.
- W2117933623 cites W2122095261 @default.
- W2117933623 cites W2127755033 @default.
- W2117933623 cites W2127847431 @default.
- W2117933623 cites W2129325793 @default.
- W2117933623 cites W2129669965 @default.
- W2117933623 cites W2129703154 @default.
- W2117933623 cites W2130608091 @default.
- W2117933623 cites W2132926880 @default.
- W2117933623 cites W2133589490 @default.
- W2117933623 cites W2134113932 @default.
- W2117933623 cites W2137529386 @default.
- W2117933623 cites W2142607702 @default.
- W2117933623 cites W2146473598 @default.
- W2117933623 cites W2153488363 @default.
- W2117933623 cites W2155797625 @default.
- W2117933623 cites W2156232408 @default.
- W2117933623 cites W2160972947 @default.
- W2117933623 cites W2162712339 @default.
- W2117933623 cites W2163713467 @default.
- W2117933623 cites W2164238102 @default.
- W2117933623 cites W2165222815 @default.
- W2117933623 cites W2165803049 @default.
- W2117933623 cites W2170815013 @default.
- W2117933623 cites W2171460248 @default.
- W2117933623 cites W4240178133 @default.
- W2117933623 doi "https://doi.org/10.1093/jxb/erq080" @default.
- W2117933623 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20368308" @default.