Matches in SemOpenAlex for { <https://semopenalex.org/work/W2059175526> ?p ?o ?g. }
- W2059175526 endingPage "152" @default.
- W2059175526 startingPage "123" @default.
- W2059175526 abstract "Phenolic secondary metabolites are only produced by plants wherein they play important roles in both biotic and abiotic defense in seed plants as well as being potentially important bioactive compounds with both nutritional and medicinal benefits reported for animals and humans as a consequence of their potent antioxidant activity. During the long evolutionary period in which plants have adapted to the environmental niches in which they exist (and especially during the evolution of land plants from their aquatic algal ancestors), several strategies such as gene duplication and convergent evolution have contributed to the evolution of this pathway. In this respect, diversity and redundancy of several key genes of phenolic secondary metabolism such as polyketide synthases, cytochrome P450s, Fe2+/2-oxoglutarate-dependent dioxygenases and UDP-glycosyltransferases have played an essential role. Recent technical developments allowing affordable whole genome sequencing as well as a better inventory of species-by-species chemical diversity have resulted in a dramatic increase in the number of tools we have to assess how these pathways evolved. In parallel, reverse genetics combined with detailed molecular phenotyping is allowing us to elucidate the functional importance of individual genes and metabolites and by this means to provide further mechanistic insight into their biological roles. In this review, phenolic metabolite-related gene sequences (for a total of 65 gene families including shikimate biosynthetic genes) are compared across 23 independent species, and the phenolic metabolic complement of various plant species are compared with one another, in attempt to better understand the evolution of diversity in this crucial pathway." @default.
- W2059175526 created "2016-06-24" @default.
- W2059175526 creator A5075386737 @default.
- W2059175526 creator A5081707190 @default.
- W2059175526 creator A5082852942 @default.
- W2059175526 creator A5088735018 @default.
- W2059175526 date "2013-01-25" @default.
- W2059175526 modified "2023-10-17" @default.
- W2059175526 title "The evolution of phenylpropanoid metabolism in the green lineage" @default.
- W2059175526 cites W103412809 @default.
- W2059175526 cites W1493573899 @default.
- W2059175526 cites W1526741300 @default.
- W2059175526 cites W1528535835 @default.
- W2059175526 cites W1534593513 @default.
- W2059175526 cites W1567030267 @default.
- W2059175526 cites W1567318028 @default.
- W2059175526 cites W1578874157 @default.
- W2059175526 cites W1615452586 @default.
- W2059175526 cites W164338241 @default.
- W2059175526 cites W1815345568 @default.
- W2059175526 cites W1836238084 @default.
- W2059175526 cites W1898493228 @default.
- W2059175526 cites W1902240745 @default.
- W2059175526 cites W1905441747 @default.
- W2059175526 cites W1920427054 @default.
- W2059175526 cites W1930049884 @default.
- W2059175526 cites W1944597845 @default.
- W2059175526 cites W1948729199 @default.
- W2059175526 cites W1955041920 @default.
- W2059175526 cites W1956882878 @default.
- W2059175526 cites W1963605272 @default.
- W2059175526 cites W1963646232 @default.
- W2059175526 cites W1963773775 @default.
- W2059175526 cites W1963828020 @default.
- W2059175526 cites W1964500832 @default.
- W2059175526 cites W1964520970 @default.
- W2059175526 cites W1965064481 @default.
- W2059175526 cites W1965514968 @default.
- W2059175526 cites W1966856387 @default.
- W2059175526 cites W1967592102 @default.
- W2059175526 cites W1968043802 @default.
- W2059175526 cites W1968219534 @default.
- W2059175526 cites W1969497578 @default.
- W2059175526 cites W1969799392 @default.
- W2059175526 cites W1971005475 @default.
- W2059175526 cites W1971668303 @default.
- W2059175526 cites W1972610733 @default.
- W2059175526 cites W1974671794 @default.
- W2059175526 cites W1974987683 @default.
- W2059175526 cites W1977212953 @default.
- W2059175526 cites W1979178971 @default.
- W2059175526 cites W1979189704 @default.
- W2059175526 cites W1980339499 @default.
- W2059175526 cites W1980903620 @default.
- W2059175526 cites W1982658550 @default.
- W2059175526 cites W1984732025 @default.
- W2059175526 cites W1985512559 @default.
- W2059175526 cites W1986086173 @default.
- W2059175526 cites W1987856533 @default.
- W2059175526 cites W1987923268 @default.
- W2059175526 cites W1991453608 @default.
- W2059175526 cites W1993261311 @default.
- W2059175526 cites W1993394922 @default.
- W2059175526 cites W1993804370 @default.
- W2059175526 cites W1994024491 @default.
- W2059175526 cites W1994075687 @default.
- W2059175526 cites W1995160096 @default.
- W2059175526 cites W1995869668 @default.
- W2059175526 cites W1996679201 @default.
- W2059175526 cites W1997545426 @default.
- W2059175526 cites W1997656129 @default.
- W2059175526 cites W1997878336 @default.
- W2059175526 cites W1998819058 @default.
- W2059175526 cites W2000176823 @default.
- W2059175526 cites W2000391338 @default.
- W2059175526 cites W2000624868 @default.
- W2059175526 cites W2000742689 @default.
- W2059175526 cites W2001062400 @default.
- W2059175526 cites W2001420552 @default.
- W2059175526 cites W2001561510 @default.
- W2059175526 cites W2003382013 @default.
- W2059175526 cites W2003604861 @default.
- W2059175526 cites W2004096242 @default.
- W2059175526 cites W2004998616 @default.
- W2059175526 cites W2005273845 @default.
- W2059175526 cites W2006864838 @default.
- W2059175526 cites W2007760066 @default.
- W2059175526 cites W2008844452 @default.
- W2059175526 cites W2009017227 @default.
- W2059175526 cites W2009525081 @default.
- W2059175526 cites W2010122020 @default.
- W2059175526 cites W2010208776 @default.
- W2059175526 cites W2010746293 @default.
- W2059175526 cites W2011171601 @default.
- W2059175526 cites W2011825256 @default.
- W2059175526 cites W2012086340 @default.
- W2059175526 cites W2012598119 @default.
- W2059175526 cites W2012612223 @default.