Two bivalves, the mussel Mytilus galloprovincialis, and the soft clam Callista chione were exposed to various Ni concentrations for a total period of 20 days, and then a depuration period of 10 days followed. Nickel accumulation in gills, mantle and the remaining body of the animals was measured after 5, 10, 15 and 20 days of exposure to Ni-contaminated seawater. The two organisms showed different behavior regarding Ni accumulation in all three tissues examined. In all concentrations, Ni accumulation increased with time in all three tissues of Mytilus galloprovincialis with gills being the most effective accumulator per dry mass. On the other hand, Callista chione showed an initial response to Ni contamination the first 5 days, followed by ...
Abstract: The understanding of the bioaccumulation phenomenon of heavy metals in the living substanc...
A kinetic approach was employed to determine the rates of metal uptake (Cd, Cr and Zn) from the diss...
Marine ecosystems are under great pressure due to heavy metals pollution, and mussels remain an impo...
Two bivalves, the mussel Mytilus galloprovincialis, and the soft clam Callista chione were exposed t...
Abstract. Two bivalves, the mussel Mytilus galloprovincialis, and the soft clam Callista chione were...
Two marine bivalves, Mytilus galloprovincialis and Callista chione, were exposed to various concentr...
International audienceThe New Caledonian lagoon is submitted to intense heavy metal input from land-...
The New Caledonian lagoon is submitted to intense heavy metal input from land-based Ni mining. There...
This study done with the observations of biochemical changes in bimolecular contents of, DNA, RNA, p...
Chronic exposure for 30 days to nickel chloride (0.227ppm, equivalent to the LC50/10 of 96 hours exp...
The rate of oxygen consumption was measured in nickel chloride treated bivalve for 15 and 30 days an...
A strategy for the use of the mussel Mytilus edulis planulatus in assessing heavy metal (Cd, Cu, Pb...
Bivalves are extensively used in biomonitoring programmes because they’re known to be efficient accu...
Heavy metal pollution of coastal areas due to anthropogenic activity has become a global problem wit...
In order to identify a metal bioaccumulation marker usable in monitoring programs, we analyzed the ...
Abstract: The understanding of the bioaccumulation phenomenon of heavy metals in the living substanc...
A kinetic approach was employed to determine the rates of metal uptake (Cd, Cr and Zn) from the diss...
Marine ecosystems are under great pressure due to heavy metals pollution, and mussels remain an impo...
Two bivalves, the mussel Mytilus galloprovincialis, and the soft clam Callista chione were exposed t...
Abstract. Two bivalves, the mussel Mytilus galloprovincialis, and the soft clam Callista chione were...
Two marine bivalves, Mytilus galloprovincialis and Callista chione, were exposed to various concentr...
International audienceThe New Caledonian lagoon is submitted to intense heavy metal input from land-...
The New Caledonian lagoon is submitted to intense heavy metal input from land-based Ni mining. There...
This study done with the observations of biochemical changes in bimolecular contents of, DNA, RNA, p...
Chronic exposure for 30 days to nickel chloride (0.227ppm, equivalent to the LC50/10 of 96 hours exp...
The rate of oxygen consumption was measured in nickel chloride treated bivalve for 15 and 30 days an...
A strategy for the use of the mussel Mytilus edulis planulatus in assessing heavy metal (Cd, Cu, Pb...
Bivalves are extensively used in biomonitoring programmes because they’re known to be efficient accu...
Heavy metal pollution of coastal areas due to anthropogenic activity has become a global problem wit...
In order to identify a metal bioaccumulation marker usable in monitoring programs, we analyzed the ...
Abstract: The understanding of the bioaccumulation phenomenon of heavy metals in the living substanc...
A kinetic approach was employed to determine the rates of metal uptake (Cd, Cr and Zn) from the diss...
Marine ecosystems are under great pressure due to heavy metals pollution, and mussels remain an impo...