Holbrook D J, Washington M E, Leake H B, Brubaker P E
Environ Health Perspect. 1975 Apr;10:95-101. doi: 10.1289/ehp.751095.
Preliminary studies have been conducted on various parameters in order to assess the possible and relative toxicities of a number of metallic salts. Upon oral administration in lethal-dose experiments, two soluble Pt4+ salts were more toxic than the other salts tested. Following intraperiotneal injection in lethal-dose experiments, PbCl2 was less toxic than several of the soluble or partially soluble salts of Pt4+, Pd2+, and Mn2+. An intake of a total of approximately 250 mg of Pt4+ per rat in the drinking fluid over a 30-day interval did not affect the activities of aniline hydroxylase and aminopyrine demethylase in rat liver microsomes. In rats receiving soluble Pt4+ salts in the drinking fluid, the highest concentration of Pt was found in the kidney and an appreciiable concentration was found in the liver.
为了评估多种金属盐可能的毒性和相对毒性,已经对各种参数进行了初步研究。在致死剂量实验中经口给药时,两种可溶性Pt4+盐比其他测试盐毒性更大。在致死剂量实验中腹腔注射后,PbCl2的毒性低于Pt4+、Pd2+和Mn2+的几种可溶性或部分可溶性盐。在30天的间隔内,每只大鼠通过饮用水摄入总计约250mg的Pt4+,并未影响大鼠肝微粒体中苯胺羟化酶和氨基比林脱甲基酶的活性。在通过饮用水接受可溶性Pt4+盐的大鼠中,肾脏中发现Pt的浓度最高,肝脏中也发现了相当可观的浓度。