FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3210001829> ?p ?o ?g. }

• W3210001829 endingPage "148507" @default.
• W3210001829 startingPage "148507" @default.
• W3210001829 abstract "Photosynthetic electron transfer comprises a series of light-induced redox reactions catalysed by multiprotein machinery in the thylakoid. These protein complexes possess cofactors susceptible to redox modifications by reactive small molecules. The gaseous radical nitric oxide (NO), a key signalling molecule in green algae and plants, has earlier been shown to bind to Photosystem (PS) II and obstruct electron transfer in plants. The effects of NO on cyanobacterial bioenergetics however, have long remained obscure. In this study, we exposed the model cyanobacterium Synechocystis sp. PCC 6803 to NO under anoxic conditions and followed changes in whole-cell fluorescence and oxidoreduction of P700 in vivo. Our results demonstrate that NO blocks photosynthetic electron transfer in cells by repressing PSII, PSI, and likely the NDH dehydrogenase-like complex 1 (NDH-1). We propose that iron‑sulfur clusters of NDH-1 complex may be affected by NO to such an extent that ferredoxin-derived electron injection to the plastoquinone pool, and thus cyclic electron transfer, may be inhibited. These findings reveal the profound effects of NO on Synechocystis cells and demonstrate the importance of controlled NO homeostasis in cyanobacteria." @default.
• W3210001829 created "2021-11-08" @default.
• W3210001829 creator A5021116500 @default.
• W3210001829 creator A5056979048 @default.
• W3210001829 creator A5087103315 @default.
• W3210001829 date "2022-01-01" @default.
• W3210001829 modified "2023-10-14" @default.
• W3210001829 title "Nitric oxide represses photosystem II and NDH-1 in the cyanobacterium Synechocystis sp. PCC 6803" @default.
• W3210001829 cites W147685337 @default.
• W3210001829 cites W1527416966 @default.
• W3210001829 cites W1972718937 @default.
• W3210001829 cites W1973740667 @default.
• W3210001829 cites W1979963390 @default.
• W3210001829 cites W1981211321 @default.
• W3210001829 cites W1986745459 @default.
• W3210001829 cites W1987037774 @default.
• W3210001829 cites W1992122388 @default.
• W3210001829 cites W2000516639 @default.
• W3210001829 cites W2000677212 @default.
• W3210001829 cites W2002465276 @default.
• W3210001829 cites W2003025951 @default.
• W3210001829 cites W2005490660 @default.
• W3210001829 cites W2010414822 @default.
• W3210001829 cites W2019929774 @default.
• W3210001829 cites W2041304434 @default.
• W3210001829 cites W2041380249 @default.
• W3210001829 cites W2044280081 @default.
• W3210001829 cites W2045172286 @default.
• W3210001829 cites W2046720391 @default.
• W3210001829 cites W2049479391 @default.
• W3210001829 cites W2049595568 @default.
• W3210001829 cites W2051463212 @default.
• W3210001829 cites W2055839373 @default.
• W3210001829 cites W2055975025 @default.
• W3210001829 cites W2057863409 @default.
• W3210001829 cites W2059100297 @default.
• W3210001829 cites W2072390533 @default.
• W3210001829 cites W2075513232 @default.
• W3210001829 cites W2078472138 @default.
• W3210001829 cites W2079427361 @default.
• W3210001829 cites W2082053678 @default.
• W3210001829 cites W2083834262 @default.
• W3210001829 cites W2084428049 @default.
• W3210001829 cites W2084890818 @default.
• W3210001829 cites W2086518087 @default.
• W3210001829 cites W2096578215 @default.
• W3210001829 cites W2107366065 @default.
• W3210001829 cites W2108496235 @default.
• W3210001829 cites W2110526142 @default.
• W3210001829 cites W2120870589 @default.
• W3210001829 cites W2120875291 @default.
• W3210001829 cites W2124345503 @default.
• W3210001829 cites W2127853284 @default.
• W3210001829 cites W2128634572 @default.
• W3210001829 cites W2130138576 @default.
• W3210001829 cites W2134756408 @default.
• W3210001829 cites W2158952597 @default.
• W3210001829 cites W2168408926 @default.
• W3210001829 cites W2170281713 @default.
• W3210001829 cites W2171093931 @default.
• W3210001829 cites W2325713311 @default.
• W3210001829 cites W2466875037 @default.
• W3210001829 cites W2530386385 @default.
• W3210001829 cites W2554776256 @default.
• W3210001829 cites W2808373752 @default.
• W3210001829 cites W2887404118 @default.
• W3210001829 cites W2903910158 @default.
• W3210001829 cites W2904021960 @default.
• W3210001829 cites W2914095937 @default.
• W3210001829 cites W2919864433 @default.
• W3210001829 cites W2922349699 @default.
• W3210001829 cites W2971900611 @default.
• W3210001829 cites W2974356149 @default.
• W3210001829 cites W2998792013 @default.
• W3210001829 cites W3015147349 @default.
• W3210001829 cites W3016659077 @default.
• W3210001829 cites W3036340280 @default.
• W3210001829 cites W3037706502 @default.
• W3210001829 cites W3039099724 @default.
• W3210001829 cites W3044053934 @default.
• W3210001829 cites W3084918516 @default.
• W3210001829 cites W3111865542 @default.
• W3210001829 cites W3138194228 @default.
• W3210001829 cites W4231134933 @default.
• W3210001829 doi "https://doi.org/10.1016/j.bbabio.2021.148507" @default.
• W3210001829 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34728155" @default.
• W3210001829 hasPublicationYear "2022" @default.
• W3210001829 type Work @default.
• W3210001829 sameAs 3210001829 @default.
• W3210001829 citedByCount "2" @default.
• W3210001829 countsByYear W32100018292022 @default.
• W3210001829 countsByYear W32100018292023 @default.
• W3210001829 crossrefType "journal-article" @default.
• W3210001829 hasAuthorship W3210001829A5021116500 @default.
• W3210001829 hasAuthorship W3210001829A5056979048 @default.
• W3210001829 hasAuthorship W3210001829A5087103315 @default.
• W3210001829 hasBestOaLocation W32100018291 @default.
• W3210001829 hasConcept C101692577 @default.

• next