FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1982507982> ?p ?o ?g. }

• W1982507982 endingPage "595" @default.
• W1982507982 startingPage "585" @default.
• W1982507982 abstract "Shipboard experiments were each performed over a 2 day period to examine the proteomic response of the symbiotic coral Acropora microphthalma exposed to acute conditions of high temperature/low light or high light/low temperature stress. During these treatments, corals had noticeably bleached. The photosynthetic performance of residual algal endosymbionts was severely impaired but showed signs of recovery in both treatments by the end of the second day. Changes in the coral proteome were determined daily and, using recently available annotated genome sequences, the individual contributions of the coral host and algal endosymbionts could be extracted from these data. Quantitative changes in proteins relevant to redox state and calcium metabolism are presented. Notably, expression of common antioxidant proteins was not detected from the coral host but present in the algal endosymbiont proteome. Possible roles for elevated carbonic anhydrase in the coral host are considered: to restore intracellular pH diminished by loss of photosynthetic activity, to indirectly limit intracellular calcium influx linked with enhanced calmodulin expression to impede late-stage exocytosis, or to enhance inorganic carbon transport to improve the photosynthetic performance of algal symbionts that remain in hospite. Protein effectors of calcium-dependent exocytosis were present in both symbiotic partners. No caspase-family proteins associated with host cell apoptosis, with exception of the autophagy chaperone HSP70, were detected, suggesting that algal loss and photosynthetic dysfunction under these experimental conditions were not due to host-mediated phytosymbiont destruction. Instead, bleaching occurred by exocytosis and loss of light-harvesting pigments of algae that remain in hospite. These proteomic data are, therefore, consistent with our premise that coral endosymbionts can mediate their own retention or departure from the coral host, which may manifest as symbiont shuffling of Symbiodinium clades in response to environmental stress." @default.
• W1982507982 created "2016-06-24" @default.
• W1982507982 creator A5008286076 @default.
• W1982507982 creator A5013443677 @default.
• W1982507982 creator A5017915428 @default.
• W1982507982 creator A5046820844 @default.
• W1982507982 creator A5064874095 @default.
• W1982507982 creator A5071228024 @default.
• W1982507982 creator A5078480032 @default.
• W1982507982 date "2015-03-01" @default.
• W1982507982 modified "2023-10-14" @default.
• W1982507982 title "Proteomics Links the Redox State to Calcium Signaling During Bleaching of the Scleractinian Coral Acropora microphthalma on Exposure to High Solar Irradiance and Thermal Stress" @default.
• W1982507982 cites W1595083713 @default.
• W1982507982 cites W1969725033 @default.
• W1982507982 cites W1973855665 @default.
• W1982507982 cites W1975300854 @default.
• W1982507982 cites W1975485923 @default.
• W1982507982 cites W1978171024 @default.
• W1982507982 cites W1983031499 @default.
• W1982507982 cites W1985031900 @default.
• W1982507982 cites W1994086151 @default.
• W1982507982 cites W1994657102 @default.
• W1982507982 cites W2002917359 @default.
• W1982507982 cites W2008327378 @default.
• W1982507982 cites W2012053456 @default.
• W1982507982 cites W2012302708 @default.
• W1982507982 cites W2018849882 @default.
• W1982507982 cites W2021139198 @default.
• W1982507982 cites W2022131984 @default.
• W1982507982 cites W2027716300 @default.
• W1982507982 cites W2040432049 @default.
• W1982507982 cites W2051340998 @default.
• W1982507982 cites W2061944841 @default.
• W1982507982 cites W2062902061 @default.
• W1982507982 cites W2065814827 @default.
• W1982507982 cites W2066664684 @default.
• W1982507982 cites W2067948282 @default.
• W1982507982 cites W2069226066 @default.
• W1982507982 cites W2072956585 @default.
• W1982507982 cites W2073591916 @default.
• W1982507982 cites W2096304845 @default.
• W1982507982 cites W2100837269 @default.
• W1982507982 cites W2107011582 @default.
• W1982507982 cites W2107858654 @default.
• W1982507982 cites W2108731005 @default.
• W1982507982 cites W2113188354 @default.
• W1982507982 cites W2114577634 @default.
• W1982507982 cites W2115649309 @default.
• W1982507982 cites W2117818477 @default.
• W1982507982 cites W2122780011 @default.
• W1982507982 cites W2144286933 @default.
• W1982507982 cites W2146869613 @default.
• W1982507982 cites W2152219334 @default.
• W1982507982 cites W2153758239 @default.
• W1982507982 cites W2166192509 @default.
• W1982507982 cites W2169876508 @default.
• W1982507982 cites W2170531650 @default.
• W1982507982 cites W2171833772 @default.
• W1982507982 cites W2182133119 @default.
• W1982507982 cites W2412019591 @default.
• W1982507982 doi "https://doi.org/10.1074/mcp.m114.043125" @default.
• W1982507982 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4349979" @default.
• W1982507982 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25561505" @default.
• W1982507982 hasPublicationYear "2015" @default.
• W1982507982 type Work @default.
• W1982507982 sameAs 1982507982 @default.
• W1982507982 citedByCount "37" @default.
• W1982507982 countsByYear W19825079822015 @default.
• W1982507982 countsByYear W19825079822016 @default.
• W1982507982 countsByYear W19825079822017 @default.
• W1982507982 countsByYear W19825079822018 @default.
• W1982507982 countsByYear W19825079822019 @default.
• W1982507982 countsByYear W19825079822020 @default.
• W1982507982 countsByYear W19825079822021 @default.
• W1982507982 countsByYear W19825079822022 @default.
• W1982507982 countsByYear W19825079822023 @default.
• W1982507982 crossrefType "journal-article" @default.
• W1982507982 hasAuthorship W1982507982A5008286076 @default.
• W1982507982 hasAuthorship W1982507982A5013443677 @default.
• W1982507982 hasAuthorship W1982507982A5017915428 @default.
• W1982507982 hasAuthorship W1982507982A5046820844 @default.
• W1982507982 hasAuthorship W1982507982A5064874095 @default.
• W1982507982 hasAuthorship W1982507982A5071228024 @default.
• W1982507982 hasAuthorship W1982507982A5078480032 @default.
• W1982507982 hasBestOaLocation W19825079821 @default.
• W1982507982 hasConcept C103474955 @default.
• W1982507982 hasConcept C104317684 @default.
• W1982507982 hasConcept C143020374 @default.
• W1982507982 hasConcept C178790620 @default.
• W1982507982 hasConcept C185592680 @default.
• W1982507982 hasConcept C18903297 @default.
• W1982507982 hasConcept C2779590308 @default.
• W1982507982 hasConcept C46111723 @default.
• W1982507982 hasConcept C519063684 @default.
• W1982507982 hasConcept C55493867 @default.
• W1982507982 hasConcept C55904794 @default.
• W1982507982 hasConcept C86803240 @default.
• W1982507982 hasConceptScore W1982507982C103474955 @default.

• next