Matches in SemOpenAlex for { <https://semopenalex.org/work/W2554972005> ?p ?o ?g. }
- W2554972005 endingPage "74" @default.
- W2554972005 startingPage "69" @default.
- W2554972005 abstract "Characterization of five enzymes involved in gibberellin production in rhizobia completes the elucidation of its biosynthetic pathway and indicates that bacteria have independently evolved this pathway separate from the ones found in plants and fungi. Gibberellins (GAs) are crucial phytohormones involved in many aspects of plant growth and development, including plant–microbe interactions, which has led to GA production by plant-associated fungi and bacteria as well. While the GA biosynthetic pathways in plants and fungi have been elucidated and found to have arisen independently through convergent evolution, little has been uncovered about GA biosynthesis in bacteria. Some nitrogen-fixing, symbiotic, legume-associated rhizobia, including Bradyrhizobium japonicum—the symbiont of soybean—and Sinorhizobium fredii—a broad-host-nodulating species—contain a putative GA biosynthetic operon, or gene cluster. Through functional characterization of five unknown genes, we demonstrate that this operon encodes the enzymes necessary to produce GA9, thereby elucidating bacterial GA biosynthesis. The distinct nature of these enzymes indicates that bacteria have independently evolved a third biosynthetic pathway for GA production. Furthermore, our results also reveal a central biochemical logic that is followed in all three convergently evolved GA biosynthetic pathways." @default.
- W2554972005 created "2016-11-30" @default.
- W2554972005 creator A5010759973 @default.
- W2554972005 creator A5019816016 @default.
- W2554972005 creator A5045686230 @default.
- W2554972005 creator A5045739752 @default.
- W2554972005 creator A5069598700 @default.
- W2554972005 creator A5072112116 @default.
- W2554972005 creator A5077693437 @default.
- W2554972005 creator A5077785640 @default.
- W2554972005 creator A5078008559 @default.
- W2554972005 date "2016-11-14" @default.
- W2554972005 modified "2023-10-02" @default.
- W2554972005 title "Elucidation of gibberellin biosynthesis in bacteria reveals convergent evolution" @default.
- W2554972005 cites W1500123592 @default.
- W2554972005 cites W1538537184 @default.
- W2554972005 cites W1591661596 @default.
- W2554972005 cites W1631101819 @default.
- W2554972005 cites W1905023145 @default.
- W2554972005 cites W1912085754 @default.
- W2554972005 cites W1959389742 @default.
- W2554972005 cites W1969824755 @default.
- W2554972005 cites W1976884477 @default.
- W2554972005 cites W1978183888 @default.
- W2554972005 cites W1978896545 @default.
- W2554972005 cites W1979598681 @default.
- W2554972005 cites W1989338020 @default.
- W2554972005 cites W1989606355 @default.
- W2554972005 cites W1993804707 @default.
- W2554972005 cites W1994794690 @default.
- W2554972005 cites W1999161681 @default.
- W2554972005 cites W2002291873 @default.
- W2554972005 cites W2003105919 @default.
- W2554972005 cites W2004897213 @default.
- W2554972005 cites W2005754167 @default.
- W2554972005 cites W2010375147 @default.
- W2554972005 cites W2015088759 @default.
- W2554972005 cites W2015996355 @default.
- W2554972005 cites W2018836030 @default.
- W2554972005 cites W2021014709 @default.
- W2554972005 cites W2023279198 @default.
- W2554972005 cites W2033812623 @default.
- W2554972005 cites W2038117808 @default.
- W2554972005 cites W2039973307 @default.
- W2554972005 cites W2041744421 @default.
- W2554972005 cites W2044452960 @default.
- W2554972005 cites W2052466304 @default.
- W2554972005 cites W2053041342 @default.
- W2554972005 cites W2056813846 @default.
- W2554972005 cites W2060041263 @default.
- W2554972005 cites W2061459669 @default.
- W2554972005 cites W2063857833 @default.
- W2554972005 cites W2064345338 @default.
- W2554972005 cites W2066800746 @default.
- W2554972005 cites W2073891210 @default.
- W2554972005 cites W2076940322 @default.
- W2554972005 cites W2083358836 @default.
- W2554972005 cites W2086085771 @default.
- W2554972005 cites W2098217287 @default.
- W2554972005 cites W2111382961 @default.
- W2554972005 cites W2112707902 @default.
- W2554972005 cites W2145385227 @default.
- W2554972005 cites W2150116409 @default.
- W2554972005 cites W2153076508 @default.
- W2554972005 cites W2155121347 @default.
- W2554972005 cites W2158249237 @default.
- W2554972005 cites W2160224853 @default.
- W2554972005 cites W2165350715 @default.
- W2554972005 cites W2169923851 @default.
- W2554972005 cites W2287751202 @default.
- W2554972005 cites W2318715057 @default.
- W2554972005 cites W2951346277 @default.
- W2554972005 doi "https://doi.org/10.1038/nchembio.2232" @default.
- W2554972005 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5193102" @default.
- W2554972005 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27842068" @default.
- W2554972005 hasPublicationYear "2016" @default.
- W2554972005 type Work @default.
- W2554972005 sameAs 2554972005 @default.
- W2554972005 citedByCount "86" @default.
- W2554972005 countsByYear W25549720052016 @default.
- W2554972005 countsByYear W25549720052017 @default.
- W2554972005 countsByYear W25549720052018 @default.
- W2554972005 countsByYear W25549720052019 @default.
- W2554972005 countsByYear W25549720052020 @default.
- W2554972005 countsByYear W25549720052021 @default.
- W2554972005 countsByYear W25549720052022 @default.
- W2554972005 countsByYear W25549720052023 @default.
- W2554972005 crossrefType "journal-article" @default.
- W2554972005 hasAuthorship W2554972005A5010759973 @default.
- W2554972005 hasAuthorship W2554972005A5019816016 @default.
- W2554972005 hasAuthorship W2554972005A5045686230 @default.
- W2554972005 hasAuthorship W2554972005A5045739752 @default.
- W2554972005 hasAuthorship W2554972005A5069598700 @default.
- W2554972005 hasAuthorship W2554972005A5072112116 @default.
- W2554972005 hasAuthorship W2554972005A5077693437 @default.
- W2554972005 hasAuthorship W2554972005A5077785640 @default.
- W2554972005 hasAuthorship W2554972005A5078008559 @default.
- W2554972005 hasBestOaLocation W25549720052 @default.