Feeding ratio and frequency have substantial effects on food digestion and assimilation in fish, yet few attempts have been made to determine their influences on the bioaccumulation of trace metals. In this study, juvenile Acanthopagrus schlegeli were exposed to either waterborne or dietary cadmium (Cd) at different feeding ratios (0, 2, or 4% body weight d-1 [BW d-1] under waterborne Cd exposure and 1, 2.5, or 4% BW d-1 under dietary Cd exposure) or feeding frequencies (1, 2 or 8 times d-1) for 5 wk. Under waterborne Cd exposure, the fish fed 0% BW d-1 or 8 times d-1 showed significantly lower growth rates and those fed 0% BW d-1 or 1 time d-1 exhibited higher Cd body burdens and Cd uptake rates compared to the other groups. The gut showed...
New regulatory approaches to metal toxicity (e.g., biotic ligand model [BLM]) focus on gill metal bi...
Impacted marine environments lead to metal accumulation in edible marine fish, ultimately impairing ...
Zinc is an essential trace metal but also a potential toxicant to aquatic organisms. In this study, ...
We first examined the uptake kinetics of Cd and Zn in the juvenile marine black sea bream (Acanthopa...
Elevated metal burdens in farmed fish can pose potential risks to public health as a result of fish ...
We first examined the uptake kinetics of Cd and Zn in the juvenile marine black sea bream (Acanthopa...
Commercially produced fish diet is now widely used in fish farming but it often contains elevated le...
Metals introduced into the urban aquatic environment through anthropogenic activities have the poten...
We determined the aqueous uptake and dietary assimilation of Cd and Ag by the marine black bream Aca...
Gastrointestinal metal uptake represents a potential route for metal bioaccumulation in marine fish....
Cadmium (Cd) is a major pollutant in water, and long-term Cd exposure seriously threatens aquatic or...
Seafood safety has evoked worldwide concerns about metal bioaccumulation in marine fish, either in w...
We investigated the bioaccumulation of metals (Cd, Se, and Zn) in different juvenile sizes of black ...
Waterborne metal uptake has been extensively studied and dietary metal assimilation is increasingly ...
Metal uptake and toxicity in marine fish are usually much lower than those in freshwater fish, but t...
New regulatory approaches to metal toxicity (e.g., biotic ligand model [BLM]) focus on gill metal bi...
Impacted marine environments lead to metal accumulation in edible marine fish, ultimately impairing ...
Zinc is an essential trace metal but also a potential toxicant to aquatic organisms. In this study, ...
We first examined the uptake kinetics of Cd and Zn in the juvenile marine black sea bream (Acanthopa...
Elevated metal burdens in farmed fish can pose potential risks to public health as a result of fish ...
We first examined the uptake kinetics of Cd and Zn in the juvenile marine black sea bream (Acanthopa...
Commercially produced fish diet is now widely used in fish farming but it often contains elevated le...
Metals introduced into the urban aquatic environment through anthropogenic activities have the poten...
We determined the aqueous uptake and dietary assimilation of Cd and Ag by the marine black bream Aca...
Gastrointestinal metal uptake represents a potential route for metal bioaccumulation in marine fish....
Cadmium (Cd) is a major pollutant in water, and long-term Cd exposure seriously threatens aquatic or...
Seafood safety has evoked worldwide concerns about metal bioaccumulation in marine fish, either in w...
We investigated the bioaccumulation of metals (Cd, Se, and Zn) in different juvenile sizes of black ...
Waterborne metal uptake has been extensively studied and dietary metal assimilation is increasingly ...
Metal uptake and toxicity in marine fish are usually much lower than those in freshwater fish, but t...
New regulatory approaches to metal toxicity (e.g., biotic ligand model [BLM]) focus on gill metal bi...
Impacted marine environments lead to metal accumulation in edible marine fish, ultimately impairing ...
Zinc is an essential trace metal but also a potential toxicant to aquatic organisms. In this study, ...