%0 Journal Article
%T Bio-enrichment and elimination of inorganic arsenic byChlamys farreri<br>栉孔扇贝对无机砷的富集与排出特征研究
%A SUN Fu-xin
%A LI Xiao
%A WANG Ying
%A WU Zhi-hong
%A LIU Tian-hong
%A SUN Yuan-qin
%A LU Jun
%A <br>孙福新
%A 李晓
%A 王颖
%A 吴志宏
%A 刘天红
%A 孙元芹
%A 卢珺
%J 海洋科学
%D 2011
%I 
%X The bio-enrichment and elimination of inorganic arsenic in Chlamys farreri were investigated in a semi-static system. Uptake rate constant (k1), elimination rate constant (k2), bio-enrichment factor (BCF), and biological half-life (B1/2) were characterized based on the two-compartment model by nonlinear cure fitting. Under our experimental conditions, the uptake rate constant (k1) and BCF were decreased with the increase of the concentration of As3+, while the elimination rate constant (k2) was not distinctly related. The maximal metal contents in test organism (CAmax) at steady-state were in the linear proportion to As3+ concentrations through short exposure(R2=0.926 7). Elimination of inorganic arsenic from C. farreri was rapidly and completely; the elimination reached to 84.17 % after 30 days. Our results suggest that C. farreri cultivated in the second level of sea water quality standard should be safe.
%K Chlamys farreri
%K Inorganic arsenic
%K Bio-concentration
%K Elimination<br>栉孔扇贝(Chlamys
%K )
%K 无机砷
%K 生物富集
%K 排出
%U http://www.alljournals.cn/get_abstract_url.aspx?pcid=e62459d214fd64a3c8082e4ed1ababed5711027bbbddd35b&cid=2d9c75573fa3e416&jid=dfe7b94eb76b8f26135c9890832cef6a&aid=d063db55cb7a20fb46c5239ed9b2f4dd&yid=9377ed8094509821&vid=6209d9e8050195f5&iid=e158a972a605785f&sid=06ea2770e96c5402&eid=7e8e8b150580e4ab&journal_id=1000-3096&journal_name=海洋科学&referenced_num=0&reference_num=0