FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1964098013> ?p ?o ?g. }

• W1964098013 endingPage "2167" @default.
• W1964098013 startingPage "2147" @default.
• W1964098013 abstract "Photosynthesis has shaped atmospheric and ocean chemistries and probably changed the climate as well, as oxygen is released from water as part of the photosynthetic process. In photosynthetic eukaryotes, this process occurs in the chloroplast, an organelle containing the most abundant biological membrane, the thylakoids. The thylakoids of plants and some green algae are structurally inhomogeneous, consisting of two main domains: the grana, which are piles of membranes gathered by stacking forces, and the stroma-lamellae, which are unstacked thylakoids connecting the grana. The major photosynthetic complexes are unevenly distributed within these compartments because of steric and electrostatic constraints. Although proteomic analysis of thylakoids has been instrumental to define its protein components, no extensive proteomic study of subthylakoid localization of proteins in the BBY (grana) and the stroma-lamellae fractions has been achieved so far. To fill this gap, we performed a complete survey of the protein composition of these thylakoid subcompartments using thylakoid membrane fractionations. We employed semiquantitative proteomics coupled with a data analysis pipeline and manual annotation to differentiate genuine BBY and stroma-lamellae proteins from possible contaminants. About 300 thylakoid (or potentially thylakoid) proteins were shown to be enriched in either the BBY or the stroma-lamellae fractions. Overall, present findings corroborate previous observations obtained for photosynthetic proteins that used nonproteomic approaches. The originality of the present proteomic relies in the identification of photosynthetic proteins whose differential distribution in the thylakoid subcompartments might explain already observed phenomenon such as LHCII docking. Besides, from the present localization results we can suggest new molecular actors for photosynthesis-linked activities. For instance, most PsbP-like subunits being differently localized in stroma-lamellae, these proteins could be linked to the PSI-NDH complex in the context of cyclic electron flow around PSI. In addition, we could identify about a hundred new likely minor thylakoid (or chloroplast) proteins, some of them being potential regulators of the chloroplast physiology." @default.
• W1964098013 created "2016-06-24" @default.
• W1964098013 creator A5007256008 @default.
• W1964098013 creator A5023015760 @default.
• W1964098013 creator A5027449898 @default.
• W1964098013 creator A5028356813 @default.
• W1964098013 creator A5036271324 @default.
• W1964098013 creator A5036275626 @default.
• W1964098013 creator A5036769802 @default.
• W1964098013 creator A5041302589 @default.
• W1964098013 creator A5046918535 @default.
• W1964098013 creator A5049926708 @default.
• W1964098013 creator A5064560423 @default.
• W1964098013 creator A5070569037 @default.
• W1964098013 creator A5076178507 @default.
• W1964098013 creator A5089962591 @default.
• W1964098013 date "2014-08-01" @default.
• W1964098013 modified "2023-10-17" @default.
• W1964098013 title "Deciphering Thylakoid Sub-compartments using a Mass Spectrometry-based Approach" @default.
• W1964098013 cites W1480991387 @default.
• W1964098013 cites W1654006715 @default.
• W1964098013 cites W1660143940 @default.
• W1964098013 cites W1674900236 @default.
• W1964098013 cites W1825784315 @default.
• W1964098013 cites W1964042173 @default.
• W1964098013 cites W1965006298 @default.
• W1964098013 cites W1966992670 @default.
• W1964098013 cites W1970457673 @default.
• W1964098013 cites W1976894737 @default.
• W1964098013 cites W1981271764 @default.
• W1964098013 cites W1986007546 @default.
• W1964098013 cites W1986662234 @default.
• W1964098013 cites W1997545826 @default.
• W1964098013 cites W1999461394 @default.
• W1964098013 cites W2001096162 @default.
• W1964098013 cites W2001775303 @default.
• W1964098013 cites W2002465276 @default.
• W1964098013 cites W2003225183 @default.
• W1964098013 cites W2003375273 @default.
• W1964098013 cites W2004747515 @default.
• W1964098013 cites W2005669816 @default.
• W1964098013 cites W2009609492 @default.
• W1964098013 cites W2018569001 @default.
• W1964098013 cites W2023520807 @default.
• W1964098013 cites W2027192450 @default.
• W1964098013 cites W2030595802 @default.
• W1964098013 cites W2031313768 @default.
• W1964098013 cites W2039795593 @default.
• W1964098013 cites W2042139667 @default.
• W1964098013 cites W2045720455 @default.
• W1964098013 cites W2046347466 @default.
• W1964098013 cites W2051856574 @default.
• W1964098013 cites W2052841916 @default.
• W1964098013 cites W2053555773 @default.
• W1964098013 cites W2070500930 @default.
• W1964098013 cites W2073317899 @default.
• W1964098013 cites W2073874862 @default.
• W1964098013 cites W2078138443 @default.
• W1964098013 cites W2079213338 @default.
• W1964098013 cites W2081204547 @default.
• W1964098013 cites W2081612341 @default.
• W1964098013 cites W2083620785 @default.
• W1964098013 cites W2086838440 @default.
• W1964098013 cites W2087809116 @default.
• W1964098013 cites W2089560514 @default.
• W1964098013 cites W2090225411 @default.
• W1964098013 cites W2094089802 @default.
• W1964098013 cites W2094127620 @default.
• W1964098013 cites W2095032955 @default.
• W1964098013 cites W2096413799 @default.
• W1964098013 cites W2096863518 @default.
• W1964098013 cites W2097847369 @default.
• W1964098013 cites W2100109140 @default.
• W1964098013 cites W2103165230 @default.
• W1964098013 cites W2105692193 @default.
• W1964098013 cites W2106839391 @default.
• W1964098013 cites W2107359510 @default.
• W1964098013 cites W2111199888 @default.
• W1964098013 cites W2113516357 @default.
• W1964098013 cites W2117056672 @default.
• W1964098013 cites W2117088160 @default.
• W1964098013 cites W2117600679 @default.
• W1964098013 cites W2118121572 @default.
• W1964098013 cites W2119315650 @default.
• W1964098013 cites W2120865735 @default.
• W1964098013 cites W2121710589 @default.
• W1964098013 cites W2124952137 @default.
• W1964098013 cites W2125419939 @default.
• W1964098013 cites W2129574172 @default.
• W1964098013 cites W2129587857 @default.
• W1964098013 cites W2131026700 @default.
• W1964098013 cites W2132998607 @default.
• W1964098013 cites W2133540908 @default.
• W1964098013 cites W2134713413 @default.
• W1964098013 cites W2135433724 @default.
• W1964098013 cites W2136928419 @default.
• W1964098013 cites W2137207450 @default.
• W1964098013 cites W2139215966 @default.

• next