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• W2550100453 abstract "The reactive oxygen species (ROS) superoxide has been implicated in both beneficial and detrimental processes in coral biology, ranging from pathogenic disease resistance to coral bleaching. Despite the critical role of ROS in coral health, there is a distinct lack of ROS measurements and thus an incomplete understanding of underpinning ROS sources and production mechanisms within coral systems. Here, we quantified in situ extracellular superoxide concentrations at the surfaces of aquaria-hosted Porites astreoides during a diel cycle. High concentrations of superoxide (~10’s of nM) were present at coral surfaces, and these levels did not change significantly as a function of time of day. These results indicate that the coral holobiont produces extracellular superoxide in the dark, independent of photosynthesis. As a short-lived anion at physiological pH, superoxide has a limited ability to cross intact biological membranes. Further, removing surface mucus layers from the P. astreoides colonies did not impact external superoxide concentrations. We therefore attribute external superoxide derived from the coral holobiont under these conditions to the activity of the coral host epithelium, rather than mucus-derived epibionts or internal sources such as endosymbionts (e.g., Symbiodinium). However, endosymbionts likely contribute to internal ROS levels via extracellular superoxide production. Indeed, common coral symbionts, including multiple strains of Symbiodinium (clades A to D) and the bacterium Endozoicomonas montiporae LMG 24815, produced extracellular superoxide in the dark and at low light levels. Further, representative P. astreoides symbionts, Symbiodinium CCMP2456 (clade A) and E. montiporae, produced similar concentrations of superoxide alone and in combination with each other, in the dark and low light, and regardless of time of day. Overall, these results indicate that healthy, non-stressed P. astreoides and representative symbionts produce superoxide externally, which is decoupled from photosynthetic activity and circadian control. Corals may therefore produce extracellular superoxide constitutively, highlighting an unclear yet potentially beneficial role for superoxide in coral physiology and health." @default.
• W2550100453 created "2016-11-30" @default.
• W2550100453 creator A5000455929 @default.
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• W2550100453 date "2016-11-24" @default.
• W2550100453 modified "2023-10-17" @default.
• W2550100453 title "Dark Production of Extracellular Superoxide by the Coral Porites astreoides and Representative Symbionts" @default.
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• W2550100453 cites W1540241265 @default.
• W2550100453 cites W1552780263 @default.
• W2550100453 cites W1586099293 @default.
• W2550100453 cites W1596991258 @default.
• W2550100453 cites W1853184557 @default.
• W2550100453 cites W1933468047 @default.
• W2550100453 cites W1966635128 @default.
• W2550100453 cites W1969729316 @default.
• W2550100453 cites W1975192280 @default.
• W2550100453 cites W1977436759 @default.
• W2550100453 cites W1980969730 @default.
• W2550100453 cites W1995167733 @default.
• W2550100453 cites W1995398097 @default.
• W2550100453 cites W2001975982 @default.
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• W2550100453 cites W2007698854 @default.
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• W2550100453 cites W2011548435 @default.
• W2550100453 cites W2016470212 @default.
• W2550100453 cites W2017319917 @default.
• W2550100453 cites W2018849882 @default.
• W2550100453 cites W2019481274 @default.
• W2550100453 cites W2019698961 @default.
• W2550100453 cites W2019767793 @default.
• W2550100453 cites W2023057741 @default.
• W2550100453 cites W2023293098 @default.
• W2550100453 cites W2029354364 @default.
• W2550100453 cites W2032067413 @default.
• W2550100453 cites W2032627756 @default.
• W2550100453 cites W2033461047 @default.
• W2550100453 cites W2041993659 @default.
• W2550100453 cites W2047511637 @default.
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• W2550100453 cites W2060272771 @default.
• W2550100453 cites W2069200950 @default.
• W2550100453 cites W2075716701 @default.
• W2550100453 cites W2080251850 @default.
• W2550100453 cites W2081944466 @default.
• W2550100453 cites W2090480120 @default.
• W2550100453 cites W2091627137 @default.
• W2550100453 cites W2097035875 @default.
• W2550100453 cites W2108718991 @default.
• W2550100453 cites W2110856665 @default.
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• W2550100453 doi "https://doi.org/10.3389/fmars.2016.00232" @default.
• W2550100453 hasPublicationYear "2016" @default.
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