Matches in SemOpenAlex for { <https://semopenalex.org/work/W4306169077> ?p ?o ?g. }
- W4306169077 endingPage "1719" @default.
- W4306169077 startingPage "1705" @default.
- W4306169077 abstract "Silicon (Si) has crucial effects on plant development and stress resistance. Silicon transporters regulate Si absorption, transport, and distribution in plants. In this study, we identified and characterized the Si transporter gene family of moso bamboo (Phyllostachys edulis) and cloned seven putative Si transporter genes. Moso bamboo Si transporters contain conserved functional domains that mediate the accumulation of considerable amounts of Si. The analysis of gene duplication patterns and divergence times suggested that the expansion of the moso bamboo Si transporter family was mainly due to segmental duplications. The expression of moso bamboo Si transporter genes, which varied among organs, was significantly modulated by Si treatments. The subcellular localization analysis showed that Si transporters are plasma membrane proteins. The Si content increased in transgenic Arabidopsis overexpressing PeLsi1-1 or PeLsi1-2, which affected vegetative and reproductive growth. Our single-particle tracking analysis revealed the four diffusion modes of PeLsi1-1 on the plasma membrane. Moreover, the particle velocity, dwell time, and motion range of PeLsi1-1 decreased in response to Si treatments. The results of this study will further clarify the molecular mechanisms underlying Si absorption and accumulation in bamboo plants." @default.
- W4306169077 created "2022-10-14" @default.
- W4306169077 creator A5000386208 @default.
- W4306169077 creator A5002392591 @default.
- W4306169077 creator A5020895100 @default.
- W4306169077 creator A5025018889 @default.
- W4306169077 creator A5031767581 @default.
- W4306169077 creator A5032393715 @default.
- W4306169077 creator A5058060903 @default.
- W4306169077 creator A5061354916 @default.
- W4306169077 date "2022-12-01" @default.
- W4306169077 modified "2023-10-16" @default.
- W4306169077 title "Genome-wide identification and functional analysis of silicon transporter family genes in moso bamboo (Phyllostachys edulis)" @default.
- W4306169077 cites W108623912 @default.
- W4306169077 cites W1489914417 @default.
- W4306169077 cites W1546836915 @default.
- W4306169077 cites W1803102843 @default.
- W4306169077 cites W1962561849 @default.
- W4306169077 cites W1967782118 @default.
- W4306169077 cites W1969348308 @default.
- W4306169077 cites W1971259289 @default.
- W4306169077 cites W1987320327 @default.
- W4306169077 cites W1990364413 @default.
- W4306169077 cites W2003062832 @default.
- W4306169077 cites W2018641191 @default.
- W4306169077 cites W2024790330 @default.
- W4306169077 cites W2026299543 @default.
- W4306169077 cites W2033441569 @default.
- W4306169077 cites W2033499402 @default.
- W4306169077 cites W2035907122 @default.
- W4306169077 cites W2037351491 @default.
- W4306169077 cites W2040211932 @default.
- W4306169077 cites W2044120265 @default.
- W4306169077 cites W2047408197 @default.
- W4306169077 cites W2050904508 @default.
- W4306169077 cites W2052821301 @default.
- W4306169077 cites W2053693922 @default.
- W4306169077 cites W2055533986 @default.
- W4306169077 cites W2063733074 @default.
- W4306169077 cites W2072540327 @default.
- W4306169077 cites W2074502214 @default.
- W4306169077 cites W2078936885 @default.
- W4306169077 cites W2093931964 @default.
- W4306169077 cites W2105916176 @default.
- W4306169077 cites W2108378958 @default.
- W4306169077 cites W2114570899 @default.
- W4306169077 cites W2120770189 @default.
- W4306169077 cites W2129633308 @default.
- W4306169077 cites W2135614782 @default.
- W4306169077 cites W2142032976 @default.
- W4306169077 cites W2146630959 @default.
- W4306169077 cites W2149104046 @default.
- W4306169077 cites W2149119244 @default.
- W4306169077 cites W2150451762 @default.
- W4306169077 cites W2155935848 @default.
- W4306169077 cites W2156379768 @default.
- W4306169077 cites W2159283576 @default.
- W4306169077 cites W2169155960 @default.
- W4306169077 cites W2311203695 @default.
- W4306169077 cites W2345060887 @default.
- W4306169077 cites W2527371219 @default.
- W4306169077 cites W2529442568 @default.
- W4306169077 cites W2531042837 @default.
- W4306169077 cites W2743015303 @default.
- W4306169077 cites W2756726094 @default.
- W4306169077 cites W2804458556 @default.
- W4306169077 cites W2924998135 @default.
- W4306169077 cites W2948021799 @default.
- W4306169077 cites W2969225945 @default.
- W4306169077 cites W2969340681 @default.
- W4306169077 cites W2972221343 @default.
- W4306169077 cites W2973055761 @default.
- W4306169077 cites W2988076562 @default.
- W4306169077 cites W3037574305 @default.
- W4306169077 cites W3102199521 @default.
- W4306169077 cites W3133616271 @default.
- W4306169077 cites W3155767077 @default.
- W4306169077 cites W3203926233 @default.
- W4306169077 cites W3208626065 @default.
- W4306169077 cites W4206354154 @default.
- W4306169077 cites W4206946104 @default.
- W4306169077 cites W4213415551 @default.
- W4306169077 cites W4231216049 @default.
- W4306169077 cites W4253804771 @default.
- W4306169077 doi "https://doi.org/10.1016/j.ijbiomac.2022.10.099" @default.
- W4306169077 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36252629" @default.
- W4306169077 hasPublicationYear "2022" @default.
- W4306169077 type Work @default.
- W4306169077 citedByCount "2" @default.
- W4306169077 countsByYear W43061690772023 @default.
- W4306169077 crossrefType "journal-article" @default.
- W4306169077 hasAuthorship W4306169077A5000386208 @default.
- W4306169077 hasAuthorship W4306169077A5002392591 @default.
- W4306169077 hasAuthorship W4306169077A5020895100 @default.
- W4306169077 hasAuthorship W4306169077A5025018889 @default.
- W4306169077 hasAuthorship W4306169077A5031767581 @default.
- W4306169077 hasAuthorship W4306169077A5032393715 @default.
- W4306169077 hasAuthorship W4306169077A5058060903 @default.