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- W2072816056 abstract "It has been well established that a number of trace metals are essential for various biological functions and are critical in many of the enzymatic and metabolic reactions occurring within an organism. The essentiality of nickel is now generally accepted, based on the numerous symptoms caused by nickel deficiency (mainly in terrestrial vertebrates) and its essential role in various enzymes in bacteria and plants. The information on optimal and deficient concentrations of nickel, however, is limited and the essentiality of nickel to aquatic animals is not established. The purpose of this review is to synthesize the available information on nickel essentiality and homeostasis in aquatic organisms. There is less information on these topics compared to that for other essential metals. Nickel essentiality to aquatic organisms can only be confirmed for plants and (cyano)bacteria due to the documented role of nickel in the urease and hydrogenase metabolism. Deficiency levels ranged from 10 -12 M to 2 × 10 -6 M Ni in different species. No studies were identified that had the explicit objective of evaluating homeostatic mechanisms for nickel in aquatic life. However, inferences could be made through the evaluation of nickel bioconcentration and tissue distribution data and a comparison to other metals that have been more thoroughly studied. Data suggest active regulation and therefore nickel essentiality, since there are no known examples of active regulation of non-essential metals in invertebrates. Key words: nickel, essentiality, homeostasis, bioconcentration, regulation." @default.
- W2072816056 created "2016-06-24" @default.
- W2072816056 creator A5009501505 @default.
- W2072816056 creator A5013745780 @default.
- W2072816056 creator A5024058080 @default.
- W2072816056 creator A5025616848 @default.
- W2072816056 date "2004-06-01" @default.
- W2072816056 modified "2023-10-17" @default.
- W2072816056 title "Nickel essentiality and homeostasis in aquatic organisms" @default.
- W2072816056 cites W1514345368 @default.
- W2072816056 cites W1592891199 @default.
- W2072816056 cites W1937963312 @default.
- W2072816056 cites W1948843722 @default.
- W2072816056 cites W1964848209 @default.
- W2072816056 cites W1966219284 @default.
- W2072816056 cites W1966311854 @default.
- W2072816056 cites W1971287810 @default.
- W2072816056 cites W1972555839 @default.
- W2072816056 cites W1974374600 @default.
- W2072816056 cites W1975086261 @default.
- W2072816056 cites W1978531905 @default.
- W2072816056 cites W1979725 @default.
- W2072816056 cites W1983542365 @default.
- W2072816056 cites W1988731101 @default.
- W2072816056 cites W1990324065 @default.
- W2072816056 cites W1990657957 @default.
- W2072816056 cites W1996860803 @default.
- W2072816056 cites W1997529268 @default.
- W2072816056 cites W1999267834 @default.
- W2072816056 cites W2001651047 @default.
- W2072816056 cites W2009238310 @default.
- W2072816056 cites W2010006612 @default.
- W2072816056 cites W2011128047 @default.
- W2072816056 cites W2012415944 @default.
- W2072816056 cites W2014763530 @default.
- W2072816056 cites W2016651727 @default.
- W2072816056 cites W2018914656 @default.
- W2072816056 cites W2022372170 @default.
- W2072816056 cites W2022850697 @default.
- W2072816056 cites W2023970230 @default.
- W2072816056 cites W2024688021 @default.
- W2072816056 cites W2025302185 @default.
- W2072816056 cites W2025411599 @default.
- W2072816056 cites W2025598107 @default.
- W2072816056 cites W2029394583 @default.
- W2072816056 cites W2030652816 @default.
- W2072816056 cites W2031722844 @default.
- W2072816056 cites W2034218234 @default.
- W2072816056 cites W2034638513 @default.
- W2072816056 cites W2035967866 @default.
- W2072816056 cites W2041454507 @default.
- W2072816056 cites W2045207427 @default.
- W2072816056 cites W2047423681 @default.
- W2072816056 cites W2051241131 @default.
- W2072816056 cites W2056834632 @default.
- W2072816056 cites W2058597471 @default.
- W2072816056 cites W2061150932 @default.
- W2072816056 cites W2061650792 @default.
- W2072816056 cites W2062830815 @default.
- W2072816056 cites W2068099107 @default.
- W2072816056 cites W2073414322 @default.
- W2072816056 cites W2073782398 @default.
- W2072816056 cites W2075159106 @default.
- W2072816056 cites W2078163489 @default.
- W2072816056 cites W2078460759 @default.
- W2072816056 cites W2080775234 @default.
- W2072816056 cites W2081406920 @default.
- W2072816056 cites W2089871476 @default.
- W2072816056 cites W2091179277 @default.
- W2072816056 cites W2091811574 @default.
- W2072816056 cites W2091991815 @default.
- W2072816056 cites W2093597626 @default.
- W2072816056 cites W2096561054 @default.
- W2072816056 cites W2101930822 @default.
- W2072816056 cites W2109395271 @default.
- W2072816056 cites W2112121529 @default.
- W2072816056 cites W2116729782 @default.
- W2072816056 cites W2119221414 @default.
- W2072816056 cites W2119356752 @default.
- W2072816056 cites W2124727219 @default.
- W2072816056 cites W2125417625 @default.
- W2072816056 cites W2134487445 @default.
- W2072816056 cites W2151906096 @default.
- W2072816056 cites W2158931004 @default.
- W2072816056 cites W2167771626 @default.
- W2072816056 cites W2922099853 @default.
- W2072816056 cites W4237880937 @default.
- W2072816056 cites W4239887684 @default.
- W2072816056 cites W4293259020 @default.
- W2072816056 cites W4319044500 @default.
- W2072816056 doi "https://doi.org/10.1139/a04-004" @default.
- W2072816056 hasPublicationYear "2004" @default.
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