Matches in SemOpenAlex for { <https://semopenalex.org/work/W781696332> ?p ?o ?g. }
- W781696332 endingPage "199" @default.
- W781696332 startingPage "189" @default.
- W781696332 abstract "Skeletonema costatum and Phaeodactylum tricornutum are model marine diatoms with differing strategies for non-photochemical dissipation of excess excitation energy within photosystem II (PSII). We showed that S. costatum, with connectivity across the pigment bed serving PSII, and limited capacity for induction of sustained non-photochemical quenching (NPQ), maintained a large ratio of [PSII(Total)]/[PSII(Active)] to buffer against fluctuations in light intensity. In contrast, P. tricornutum, with a larger capacity to induce sustained NPQ, could maintain a lower [PSII(Total)]/[PSII(Active)]. Induction of NPQ was correlated with an active PSII repair cycle in both species, and inhibition of chloroplastic protein synthesis with lincomycin leads to run away over-excitation of remaining PSII(Active), particularly in S. costatum. We discuss these distinctions in relation to the differing capacities, induction and relaxation rates for NPQ, and as strain adaptations to the differential light regimes of their originating habitats. The present work further confirms the important role for the light-dependent fast regulation of photochemistry by NPQ interacting with PSII repair cycle capacity in the ecophysiology of both pennate and centric diatoms." @default.
- W781696332 created "2016-06-24" @default.
- W781696332 creator A5004471074 @default.
- W781696332 creator A5005668808 @default.
- W781696332 creator A5033450053 @default.
- W781696332 date "2015-07-09" @default.
- W781696332 modified "2023-09-27" @default.
- W781696332 title "Photosystem II repair in marine diatoms with contrasting photophysiologies" @default.
- W781696332 cites W140338166 @default.
- W781696332 cites W149587022 @default.
- W781696332 cites W1522849102 @default.
- W781696332 cites W1538194277 @default.
- W781696332 cites W1915145953 @default.
- W781696332 cites W1919412051 @default.
- W781696332 cites W1964544782 @default.
- W781696332 cites W1969466345 @default.
- W781696332 cites W1973630771 @default.
- W781696332 cites W1975892234 @default.
- W781696332 cites W1982609306 @default.
- W781696332 cites W1983782836 @default.
- W781696332 cites W1988944452 @default.
- W781696332 cites W1989441631 @default.
- W781696332 cites W2017546325 @default.
- W781696332 cites W2018653390 @default.
- W781696332 cites W2032601574 @default.
- W781696332 cites W2035947281 @default.
- W781696332 cites W2037613115 @default.
- W781696332 cites W2040818024 @default.
- W781696332 cites W2044738416 @default.
- W781696332 cites W2048475102 @default.
- W781696332 cites W2053626154 @default.
- W781696332 cites W2058300837 @default.
- W781696332 cites W2060435660 @default.
- W781696332 cites W2064038471 @default.
- W781696332 cites W2065364288 @default.
- W781696332 cites W2066894398 @default.
- W781696332 cites W2066921185 @default.
- W781696332 cites W2071341730 @default.
- W781696332 cites W2083376661 @default.
- W781696332 cites W2091545858 @default.
- W781696332 cites W2092399052 @default.
- W781696332 cites W2098769319 @default.
- W781696332 cites W2100506063 @default.
- W781696332 cites W2102259476 @default.
- W781696332 cites W2111146654 @default.
- W781696332 cites W2116264694 @default.
- W781696332 cites W2122977101 @default.
- W781696332 cites W2128099021 @default.
- W781696332 cites W2130542694 @default.
- W781696332 cites W2131565851 @default.
- W781696332 cites W2143487526 @default.
- W781696332 cites W2147360149 @default.
- W781696332 cites W2148092387 @default.
- W781696332 cites W2150594944 @default.
- W781696332 cites W2151138743 @default.
- W781696332 cites W2158671728 @default.
- W781696332 cites W2165252957 @default.
- W781696332 cites W2168581111 @default.
- W781696332 cites W2170831368 @default.
- W781696332 cites W299418161 @default.
- W781696332 cites W4255978259 @default.
- W781696332 cites W77623434 @default.
- W781696332 doi "https://doi.org/10.1007/s11120-015-0172-3" @default.
- W781696332 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26156125" @default.
- W781696332 hasPublicationYear "2015" @default.
- W781696332 type Work @default.
- W781696332 sameAs 781696332 @default.
- W781696332 citedByCount "32" @default.
- W781696332 countsByYear W7816963322016 @default.
- W781696332 countsByYear W7816963322017 @default.
- W781696332 countsByYear W7816963322018 @default.
- W781696332 countsByYear W7816963322019 @default.
- W781696332 countsByYear W7816963322020 @default.
- W781696332 countsByYear W7816963322021 @default.
- W781696332 countsByYear W7816963322022 @default.
- W781696332 countsByYear W7816963322023 @default.
- W781696332 crossrefType "journal-article" @default.
- W781696332 hasAuthorship W781696332A5004471074 @default.
- W781696332 hasAuthorship W781696332A5005668808 @default.
- W781696332 hasAuthorship W781696332A5033450053 @default.
- W781696332 hasBestOaLocation W7816963322 @default.
- W781696332 hasConcept C115278976 @default.
- W781696332 hasConcept C121332964 @default.
- W781696332 hasConcept C121745418 @default.
- W781696332 hasConcept C12554922 @default.
- W781696332 hasConcept C172256273 @default.
- W781696332 hasConcept C183688256 @default.
- W781696332 hasConcept C185592680 @default.
- W781696332 hasConcept C24630173 @default.
- W781696332 hasConcept C2780542282 @default.
- W781696332 hasConcept C2780655307 @default.
- W781696332 hasConcept C559758991 @default.
- W781696332 hasConcept C59822182 @default.
- W781696332 hasConcept C62520636 @default.
- W781696332 hasConcept C80298142 @default.
- W781696332 hasConcept C86803240 @default.
- W781696332 hasConcept C91881484 @default.
- W781696332 hasConceptScore W781696332C115278976 @default.