Matches in SemOpenAlex for { <https://semopenalex.org/work/W2898675007> ?p ?o ?g. }
- W2898675007 endingPage "543" @default.
- W2898675007 startingPage "525" @default.
- W2898675007 abstract "Based on the nature of the proteins that are altered in abundance, we conclude that guard cells switch their energy source from fatty acid metabolism to chloroplast activity, at the onset of dawn. During stomatal opening at dawn, evidence was recently presented for a breakdown and liquidation of stored triacylglycerols in guard cells to supply ATP for use in stomatal opening. However, proteome changes that happen in the guard cells during dawn were until now poorly understood. Bad accessibility to pure and intact guard cell samples can be considered as the primary reason behind this lack of knowledge. To overcome these technical constraints, epidermal guard cell samples with ruptured pavement cells were isolated at 1 h pre-dawn, 15 min post-dawn and 1 h post-dawn from Arabidopsis thaliana. Proteomic changes were analysed by ultra-performance-liquid–chromatography-mass-spectrometry. With 994 confidently identified proteins, we present the first analysis of the A. thaliana guard cell proteome that is not influenced by side effects of guard cell protoplasting. Data are available via ProteomeXchange with identifier PXD009918. By elucidating the identities of enzymes that change in abundance by the transition from dark to light, we corroborate the hypothesis that respiratory ATP production for stomatal opening results from fatty acid beta-oxidation. Moreover, we identified many proteins that were never reported in the context of guard cell biology. Among them are proteins that might play a role in signalling or circadian rhythm." @default.
- W2898675007 created "2018-11-09" @default.
- W2898675007 creator A5005704600 @default.
- W2898675007 creator A5040362110 @default.
- W2898675007 creator A5065516863 @default.
- W2898675007 date "2018-11-03" @default.
- W2898675007 modified "2023-10-03" @default.
- W2898675007 title "Dawn regulates guard cell proteins in Arabidopsis thaliana that function in ATP production from fatty acid beta-oxidation" @default.
- W2898675007 cites W1698468167 @default.
- W2898675007 cites W1903894276 @default.
- W2898675007 cites W1969484981 @default.
- W2898675007 cites W1974696782 @default.
- W2898675007 cites W1977669910 @default.
- W2898675007 cites W1982064178 @default.
- W2898675007 cites W1988732717 @default.
- W2898675007 cites W1989004575 @default.
- W2898675007 cites W1992512552 @default.
- W2898675007 cites W1995815904 @default.
- W2898675007 cites W2012964909 @default.
- W2898675007 cites W2013198399 @default.
- W2898675007 cites W2019975550 @default.
- W2898675007 cites W2021943756 @default.
- W2898675007 cites W2022472106 @default.
- W2898675007 cites W2025017585 @default.
- W2898675007 cites W2029719139 @default.
- W2898675007 cites W2035853823 @default.
- W2898675007 cites W2036131768 @default.
- W2898675007 cites W2037085856 @default.
- W2898675007 cites W2042724298 @default.
- W2898675007 cites W2052815574 @default.
- W2898675007 cites W2053684627 @default.
- W2898675007 cites W2067800438 @default.
- W2898675007 cites W2073638269 @default.
- W2898675007 cites W2084901455 @default.
- W2898675007 cites W2087953771 @default.
- W2898675007 cites W2089168097 @default.
- W2898675007 cites W2092425394 @default.
- W2898675007 cites W2099091408 @default.
- W2898675007 cites W2102695302 @default.
- W2898675007 cites W2106273099 @default.
- W2898675007 cites W2116579909 @default.
- W2898675007 cites W2118577066 @default.
- W2898675007 cites W2119632765 @default.
- W2898675007 cites W2124666502 @default.
- W2898675007 cites W2125114991 @default.
- W2898675007 cites W2126285636 @default.
- W2898675007 cites W2128054622 @default.
- W2898675007 cites W2130639396 @default.
- W2898675007 cites W2134464786 @default.
- W2898675007 cites W2135957479 @default.
- W2898675007 cites W2140216844 @default.
- W2898675007 cites W2144496363 @default.
- W2898675007 cites W2145855403 @default.
- W2898675007 cites W2157309281 @default.
- W2898675007 cites W2158217645 @default.
- W2898675007 cites W2159866399 @default.
- W2898675007 cites W2164567932 @default.
- W2898675007 cites W2166821233 @default.
- W2898675007 cites W2181818062 @default.
- W2898675007 cites W2222440211 @default.
- W2898675007 cites W2232621687 @default.
- W2898675007 cites W2238190795 @default.
- W2898675007 cites W2309877843 @default.
- W2898675007 cites W2469005906 @default.
- W2898675007 cites W2483264306 @default.
- W2898675007 cites W2490665268 @default.
- W2898675007 cites W2514332809 @default.
- W2898675007 cites W2530455692 @default.
- W2898675007 cites W2562138876 @default.
- W2898675007 cites W2587523367 @default.
- W2898675007 cites W2591102644 @default.
- W2898675007 cites W2593078514 @default.
- W2898675007 cites W2596314872 @default.
- W2898675007 cites W2604050389 @default.
- W2898675007 cites W2611491063 @default.
- W2898675007 cites W2624853980 @default.
- W2898675007 cites W2737398968 @default.
- W2898675007 cites W2738273834 @default.
- W2898675007 cites W2761948525 @default.
- W2898675007 cites W2762040870 @default.
- W2898675007 cites W2766747536 @default.
- W2898675007 cites W2800693401 @default.
- W2898675007 doi "https://doi.org/10.1007/s11103-018-0794-x" @default.
- W2898675007 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30392160" @default.
- W2898675007 hasPublicationYear "2018" @default.
- W2898675007 type Work @default.
- W2898675007 sameAs 2898675007 @default.
- W2898675007 citedByCount "10" @default.
- W2898675007 countsByYear W28986750072020 @default.
- W2898675007 countsByYear W28986750072021 @default.
- W2898675007 countsByYear W28986750072022 @default.
- W2898675007 countsByYear W28986750072023 @default.
- W2898675007 crossrefType "journal-article" @default.
- W2898675007 hasAuthorship W2898675007A5005704600 @default.
- W2898675007 hasAuthorship W2898675007A5040362110 @default.
- W2898675007 hasAuthorship W2898675007A5065516863 @default.
- W2898675007 hasBestOaLocation W28986750072 @default.
- W2898675007 hasConcept C104317684 @default.