FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2003155148> ?p ?o ?g. }

• W2003155148 endingPage "10" @default.
• W2003155148 startingPage "1" @default.
• W2003155148 abstract "Endosymbiosis creates a unique osmotic circumstance. Hosts are not only responsible for balancing their internal osmolarity with respect to the external environment, but they must also maintain a compatible osmotic environment for their endosymbionts, which may themselves contribute to the net osmolarity of the host cell through molecular fluxes and/or exchange. Cnidarian hosts that harbor intracellular dinoflagellates (zooxanthellae) are excellent examples of such a symbiosis. These associations are characterized by the exchange of osmotically active compounds, but they are temporally stable under normal environmental conditions indicating that these osmotically driven exchanges are effectively and rapidly regulated. Although we have some knowledge about how asymbiotic anthozoans and algae osmoregulate, our understanding of the physiological mechanisms involved in regulating an intact anthozoan-dinoflagellate symbiosis is poor. Large-scale expulsion of endosymbiotic zooxanthellae, or bleaching, is currently considered to be one of the greatest threats to coral reefs worldwide. To date, there has been little consideration of the osmotic scenarios that occur when these symbioses are exposed to the conditions that normally elicit bleaching, such as increased seawater temperatures and UV radiation. Here we review what is known about osmoregulation and osmotic stress in anthozoans and dinoflagellates and discuss the osmotic implications of exposure to environmental stress in these globally distributed and ecologically important symbioses." @default.
• W2003155148 created "2016-06-24" @default.
• W2003155148 creator A5010114388 @default.
• W2003155148 creator A5022552857 @default.
• W2003155148 date "2007-05-01" @default.
• W2003155148 modified "2023-10-16" @default.
• W2003155148 title "Osmoregulation in anthozoan–dinoflagellate symbiosis" @default.
• W2003155148 cites W1521209834 @default.
• W2003155148 cites W1551819729 @default.
• W2003155148 cites W1857204729 @default.
• W2003155148 cites W1921204327 @default.
• W2003155148 cites W1965501863 @default.
• W2003155148 cites W1977075282 @default.
• W2003155148 cites W1986073549 @default.
• W2003155148 cites W1989378029 @default.
• W2003155148 cites W1989723454 @default.
• W2003155148 cites W1991462310 @default.
• W2003155148 cites W1991831140 @default.
• W2003155148 cites W1992759511 @default.
• W2003155148 cites W1993043641 @default.
• W2003155148 cites W1998019802 @default.
• W2003155148 cites W2000754412 @default.
• W2003155148 cites W2004619429 @default.
• W2003155148 cites W2009930967 @default.
• W2003155148 cites W2013080877 @default.
• W2003155148 cites W2015045796 @default.
• W2003155148 cites W2016412007 @default.
• W2003155148 cites W2020560563 @default.
• W2003155148 cites W2023496514 @default.
• W2003155148 cites W2037803310 @default.
• W2003155148 cites W2039254506 @default.
• W2003155148 cites W2039428490 @default.
• W2003155148 cites W2040517979 @default.
• W2003155148 cites W2042515533 @default.
• W2003155148 cites W2049149753 @default.
• W2003155148 cites W2054720918 @default.
• W2003155148 cites W2059295102 @default.
• W2003155148 cites W2063183935 @default.
• W2003155148 cites W2067138026 @default.
• W2003155148 cites W2067469482 @default.
• W2003155148 cites W2074803592 @default.
• W2003155148 cites W2075162591 @default.
• W2003155148 cites W2075558725 @default.
• W2003155148 cites W2076222870 @default.
• W2003155148 cites W2076620665 @default.
• W2003155148 cites W2077401682 @default.
• W2003155148 cites W2079588007 @default.
• W2003155148 cites W2091857644 @default.
• W2003155148 cites W2093116955 @default.
• W2003155148 cites W2100216289 @default.
• W2003155148 cites W2100964999 @default.
• W2003155148 cites W2101387599 @default.
• W2003155148 cites W2103533031 @default.
• W2003155148 cites W2111731446 @default.
• W2003155148 cites W2120307232 @default.
• W2003155148 cites W2122937802 @default.
• W2003155148 cites W2131503411 @default.
• W2003155148 cites W2132029227 @default.
• W2003155148 cites W2136616400 @default.
• W2003155148 cites W2139911106 @default.
• W2003155148 cites W2141167555 @default.
• W2003155148 cites W2144664512 @default.
• W2003155148 cites W2149086023 @default.
• W2003155148 cites W2152219334 @default.
• W2003155148 cites W2155124532 @default.
• W2003155148 cites W2156658973 @default.
• W2003155148 cites W2164384086 @default.
• W2003155148 cites W2164428407 @default.
• W2003155148 cites W2166377141 @default.
• W2003155148 cites W2169243597 @default.
• W2003155148 cites W2171654757 @default.
• W2003155148 cites W2172275656 @default.
• W2003155148 cites W2176279633 @default.
• W2003155148 cites W2182840354 @default.
• W2003155148 cites W2209720578 @default.
• W2003155148 cites W2224021986 @default.
• W2003155148 cites W2415985483 @default.
• W2003155148 cites W27217073 @default.
• W2003155148 cites W46543472 @default.
• W2003155148 doi "https://doi.org/10.1016/j.cbpa.2006.12.042" @default.
• W2003155148 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17317249" @default.
• W2003155148 hasPublicationYear "2007" @default.
• W2003155148 type Work @default.
• W2003155148 sameAs 2003155148 @default.
• W2003155148 citedByCount "108" @default.
• W2003155148 countsByYear W20031551482012 @default.
• W2003155148 countsByYear W20031551482013 @default.
• W2003155148 countsByYear W20031551482014 @default.
• W2003155148 countsByYear W20031551482015 @default.
• W2003155148 countsByYear W20031551482016 @default.
• W2003155148 countsByYear W20031551482017 @default.
• W2003155148 countsByYear W20031551482018 @default.
• W2003155148 countsByYear W20031551482019 @default.
• W2003155148 countsByYear W20031551482020 @default.
• W2003155148 countsByYear W20031551482021 @default.
• W2003155148 countsByYear W20031551482022 @default.
• W2003155148 countsByYear W20031551482023 @default.
• W2003155148 crossrefType "journal-article" @default.

• next