A biodynamic understanding of dietborne and waterborne Ag uptake from Ag NPs in the sediment-dwelling oligochaete, Tubifex tubifex
Metal nanoparticles (Me-NPs) are increasingly used in various products, such as inks and cosmetics, enhancing the likelihood of their release into aquatic environments. An understanding of the mechanisms controlling their bioaccumulation and ecotoxicity in aquatic biota will help support environment...
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Published in | NanoImpact Vol. 11; pp. 33 - 41 |
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Main Authors | , , , |
Format | Journal Article |
Language | English |
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Elsevier B.V
01.07.2018
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Abstract | Metal nanoparticles (Me-NPs) are increasingly used in various products, such as inks and cosmetics, enhancing the likelihood of their release into aquatic environments. An understanding of the mechanisms controlling their bioaccumulation and ecotoxicity in aquatic biota will help support environmental risk assessment. Here we characterized unidirectional parameters for uptake and elimination of silver (Ag) in the sediment-dwelling oligochaete Tubifex tubifex after waterborne (0.01–47 nmol Ag/L) and dietborne (0.4–482 nmol Ag/g dw sed.) exposures to Ag NPs and AgNO3, respectively. Worms accumulated Ag from AgNO3 more efficiently than from Ag NPs during waterborne exposure. The Ag uptake rate constants from water were 8.2 L/g/d for AgNO3 and 0.34 L/g/d for Ag NPs. Silver accumulated from both forms was efficiently retained in tissues, as no significant loss of Ag was detected after up to 20 days of depuration in clean media. High mortality (~50%) during depuration (i.e. after 17 days) was only observed for worms exposed to waterborne AgNO3 (3 nmol/L). Sediment exposures to both Ag forms resulted in low accumulation, i.e., the uptake rate constants were 0.002 and 0.005 g/g/d for AgNO3 and Ag NPs, respectively. Avoidance was only observed for worms exposed to sediment amended with AgNO3. Incorporation of the estimated rate constants into a biodynamic model predicted that sediment is likely the most important route of uptake for Ag in both forms in ecologically relevant aquatic environments. However, inference of bioavailability from our estimations of Ag assimilation efficiencies (AE) suggests that Ag (AE: 3–12% for AgNO3 and 0.1–0.8% for Ag NPs) is weakly bioavailable from sediment for this species. Thus, Ag amended to sediment as NPs might not pose greater problems than 'conventional' Ag for benthic organisms such as T. tubifex.
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•Uptake route and Ag form affect bioaccumulation and bioavailability of Ag.•Waterborne Ag is more bioavailable than dietborne, regardless of Ag form.•Biodynamic modeling reveals that sediment is the most important Ag uptake route at environmentally relevant kd's.•Overall, Ag from AgNO3 is more bioavailable than Ag from Ag NPs regardless of the uptake route. |
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AbstractList | Metal nanoparticles (Me-NPs) are increasingly used in various products, such as inks and cosmetics, enhancing the likelihood of their release into aquatic environments. An understanding of the mechanisms controlling their bioaccumulation and ecotoxicity in aquatic biota will help support environmental risk assessment. Here we characterized unidirectional parameters for uptake and elimination of silver (Ag) in the sediment-dwelling oligochaete Tubifex tubifex after waterborne (0.01–47 nmol Ag/L) and dietborne (0.4–482 nmol Ag/g dw sed.) exposures to Ag NPs and AgNO3, respectively. Worms accumulated Ag from AgNO3 more efficiently than from Ag NPs during waterborne exposure. The Ag uptake rate constants from water were 8.2 L/g/d for AgNO3 and 0.34 L/g/d for Ag NPs. Silver accumulated from both forms was efficiently retained in tissues, as no significant loss of Ag was detected after up to 20 days of depuration in clean media. High mortality (~50%) during depuration (i.e. after 17 days) was only observed for worms exposed to waterborne AgNO3 (3 nmol/L). Sediment exposures to both Ag forms resulted in low accumulation, i.e., the uptake rate constants were 0.002 and 0.005 g/g/d for AgNO3 and Ag NPs, respectively. Avoidance was only observed for worms exposed to sediment amended with AgNO3. Incorporation of the estimated rate constants into a biodynamic model predicted that sediment is likely the most important route of uptake for Ag in both forms in ecologically relevant aquatic environments. However, inference of bioavailability from our estimations of Ag assimilation efficiencies (AE) suggests that Ag (AE: 3–12% for AgNO3 and 0.1–0.8% for Ag NPs) is weakly bioavailable from sediment for this species. Thus, Ag amended to sediment as NPs might not pose greater problems than 'conventional' Ag for benthic organisms such as T. tubifex.
[Display omitted]
•Uptake route and Ag form affect bioaccumulation and bioavailability of Ag.•Waterborne Ag is more bioavailable than dietborne, regardless of Ag form.•Biodynamic modeling reveals that sediment is the most important Ag uptake route at environmentally relevant kd's.•Overall, Ag from AgNO3 is more bioavailable than Ag from Ag NPs regardless of the uptake route. |
Author | Croteau, Marie-Noële Selck, Henriette Tangaa, Stine Rosendal Winther-Nielsen, Margrethe |
Author_xml | – sequence: 1 givenname: Stine Rosendal orcidid: 0000-0002-0180-7645 surname: Tangaa fullname: Tangaa, Stine Rosendal email: stangaa87@gmail.com, stangaa@ruc.dk organization: Roskilde University, Dept. of Science and Environment, Roskilde, Denmark – sequence: 2 givenname: Henriette surname: Selck fullname: Selck, Henriette organization: Roskilde University, Dept. of Science and Environment, Roskilde, Denmark – sequence: 3 givenname: Margrethe surname: Winther-Nielsen fullname: Winther-Nielsen, Margrethe organization: DHI, Dept. of Environment and Toxicology, Hørsholm, Denmark – sequence: 4 givenname: Marie-Noële surname: Croteau fullname: Croteau, Marie-Noële organization: US Geological Survey, Menlo Park, CA, USA |
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Title | A biodynamic understanding of dietborne and waterborne Ag uptake from Ag NPs in the sediment-dwelling oligochaete, Tubifex tubifex |
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