Matches in SemOpenAlex for { <https://semopenalex.org/work/W2268677978> ?p ?o ?g. }
- W2268677978 endingPage "127" @default.
- W2268677978 startingPage "119" @default.
- W2268677978 abstract "Strigolactones (SLs) are multifunctional molecules acting as modulators of plant responses under nutrient deficient conditions. One of the roles of SLs is to promote beneficial association with arbuscular mycorrhizal (AM) fungi belowground under such stress conditions, mainly phosphorus shortage. Recently, a role of SLs in the Rhizobium-legume symbiosis has been also described. While SLs’ function in AM symbiosis is well established, their role in the Rhizobium-legume interaction is still emerging. Recently, SLs have been suggested to stimulate surface motility of rhizobia, opening the possibility that they could also act as molecular cues. The possible effect of SLs in the motility in the alfalfa symbiont Sinorhizobium meliloti was investigated, showing that the synthetic SL analogue GR24 stimulates swarming motility in S. meliloti in a dose-dependent manner. On the other hand, it is known that SL production is regulated by nutrient deficient conditions and by AM symbiosis. Using the model alfalfa-S. meliloti, the impact of phosphorus and nitrogen deficiency, as well as of nodulation on SL production was also assessed. The results showed that phosphorus starvation promoted SL biosynthesis, which was abolished by nitrogen deficiency. In addition, a negative effect of nodulation on SL levels was detected, suggesting a conserved mechanism of SL regulation upon symbiosis establishment." @default.
- W2268677978 created "2016-06-24" @default.
- W2268677978 creator A5018832899 @default.
- W2268677978 creator A5037051244 @default.
- W2268677978 creator A5042954473 @default.
- W2268677978 creator A5066282145 @default.
- W2268677978 creator A5077993194 @default.
- W2268677978 date "2016-04-01" @default.
- W2268677978 modified "2023-10-01" @default.
- W2268677978 title "Strigolactones in the Rhizobium-legume symbiosis: Stimulatory effect on bacterial surface motility and down-regulation of their levels in nodulated plants" @default.
- W2268677978 cites W1487965849 @default.
- W2268677978 cites W1591611150 @default.
- W2268677978 cites W1765308567 @default.
- W2268677978 cites W1875467197 @default.
- W2268677978 cites W1935343351 @default.
- W2268677978 cites W1941286073 @default.
- W2268677978 cites W1958335518 @default.
- W2268677978 cites W1969130160 @default.
- W2268677978 cites W1972814392 @default.
- W2268677978 cites W1978436399 @default.
- W2268677978 cites W1979515643 @default.
- W2268677978 cites W1984819197 @default.
- W2268677978 cites W1995402640 @default.
- W2268677978 cites W1999415347 @default.
- W2268677978 cites W2007217056 @default.
- W2268677978 cites W2010175528 @default.
- W2268677978 cites W2010850570 @default.
- W2268677978 cites W2011081708 @default.
- W2268677978 cites W2021842921 @default.
- W2268677978 cites W2023755292 @default.
- W2268677978 cites W2026917038 @default.
- W2268677978 cites W2038821251 @default.
- W2268677978 cites W2040161943 @default.
- W2268677978 cites W2045173722 @default.
- W2268677978 cites W2047998850 @default.
- W2268677978 cites W2053025657 @default.
- W2268677978 cites W2053230363 @default.
- W2268677978 cites W2056815327 @default.
- W2268677978 cites W2058374195 @default.
- W2268677978 cites W2060606398 @default.
- W2268677978 cites W2061061844 @default.
- W2268677978 cites W2061389896 @default.
- W2268677978 cites W2062784418 @default.
- W2268677978 cites W2072050681 @default.
- W2268677978 cites W2072398514 @default.
- W2268677978 cites W2073730073 @default.
- W2268677978 cites W2086536171 @default.
- W2268677978 cites W2088100662 @default.
- W2268677978 cites W2088873024 @default.
- W2268677978 cites W2092383422 @default.
- W2268677978 cites W2096357615 @default.
- W2268677978 cites W2102942796 @default.
- W2268677978 cites W2106707368 @default.
- W2268677978 cites W2108856284 @default.
- W2268677978 cites W2112759268 @default.
- W2268677978 cites W2115610576 @default.
- W2268677978 cites W2115851221 @default.
- W2268677978 cites W2118566334 @default.
- W2268677978 cites W2119176276 @default.
- W2268677978 cites W2121212123 @default.
- W2268677978 cites W2122339388 @default.
- W2268677978 cites W2123386612 @default.
- W2268677978 cites W2124158030 @default.
- W2268677978 cites W2125524099 @default.
- W2268677978 cites W2135945474 @default.
- W2268677978 cites W2136088956 @default.
- W2268677978 cites W2140084299 @default.
- W2268677978 cites W2144037619 @default.
- W2268677978 cites W2150204365 @default.
- W2268677978 cites W2150715174 @default.
- W2268677978 cites W2157345904 @default.
- W2268677978 cites W2160757252 @default.
- W2268677978 cites W2165399370 @default.
- W2268677978 cites W2167102281 @default.
- W2268677978 cites W2169049366 @default.
- W2268677978 cites W2282346283 @default.
- W2268677978 cites W2408832295 @default.
- W2268677978 cites W2461581784 @default.
- W2268677978 doi "https://doi.org/10.1016/j.plantsci.2016.01.012" @default.
- W2268677978 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26940496" @default.
- W2268677978 hasPublicationYear "2016" @default.
- W2268677978 type Work @default.
- W2268677978 sameAs 2268677978 @default.
- W2268677978 citedByCount "56" @default.
- W2268677978 countsByYear W22686779782017 @default.
- W2268677978 countsByYear W22686779782018 @default.
- W2268677978 countsByYear W22686779782019 @default.
- W2268677978 countsByYear W22686779782020 @default.
- W2268677978 countsByYear W22686779782021 @default.
- W2268677978 countsByYear W22686779782022 @default.
- W2268677978 countsByYear W22686779782023 @default.
- W2268677978 crossrefType "journal-article" @default.
- W2268677978 hasAuthorship W2268677978A5018832899 @default.
- W2268677978 hasAuthorship W2268677978A5037051244 @default.
- W2268677978 hasAuthorship W2268677978A5042954473 @default.
- W2268677978 hasAuthorship W2268677978A5066282145 @default.
- W2268677978 hasAuthorship W2268677978A5077993194 @default.
- W2268677978 hasConcept C104317684 @default.