Francesconi K A, Edmonds J S, Stick R V
Western Australian Marine Research Laboratories, North Beach.
Sci Total Environ. 1989 Feb;79(1):59-67. doi: 10.1016/0048-9697(89)90053-3.
Groups of yelloweye mullet (Aldrichetta forsteri) were maintained for several weeks on diets containing one of a range of organoarsenic compounds (arsenobetaine, arsenocholine, 2-dimethylarsinylethanol, 2-dimethylarsinylacetic acid, 2-dimethylarsinothioylethanol) or arsenate. Fish fed 2-dimethylarsinylethanol, 2-dimethylarsinylacetic acid or 2-dimethylarsinothioylethanol showed no increase in arsenic concentrations in their muscle tissue, while fish fed arsenate showed small increases. The two groups of fish which received either arsenobetaine or arsenocholine had greatly elevated arsenic concentrations in their muscle tissue resulting from an estimated approximately 40% retention of ingested arsenic. Examination of the form of arsenic accumulated by fish fed arsenocholine showed that most of the arsenic (89%) was accumulated as arsenobetaine.
将黄斑鲻鱼(Aldrichetta forsteri)分组,用含有一系列有机砷化合物(砷甜菜碱、砷胆碱、2-二甲基胂酰乙醇、2-二甲基胂酰乙酸、2-二甲基胂硫酰乙醇)或砷酸盐的饲料喂养数周。喂食2-二甲基胂酰乙醇、2-二甲基胂酰乙酸或2-二甲基胂硫酰乙醇的鱼,其肌肉组织中的砷浓度没有增加,而喂食砷酸盐的鱼则有小幅增加。接受砷甜菜碱或砷胆碱的两组鱼,其肌肉组织中的砷浓度大幅升高,估计摄入的砷约有40%被保留。对喂食砷胆碱的鱼积累的砷形态进行检查发现,大部分砷(89%)以砷甜菜碱的形式积累。