Abdel-Rahman M S, Couri D, Jones J D
J Environ Pathol Toxicol. 1979 Dec;3(1-2):421-30.
Chlorine dioxide (ClO2) is under consideration as an alternative to chlorination as a disinfectant for public water supplies. A new assay was developed to qualitatively and quantitatively measure the metabolites of 36ClO2 in water and biological fluids. Studies in the rat indicated that the metabolites of ClO2 were Cl-, ClO-2, and ClO-b. At maximum absorption the percentage of ClO; formed in plasma from an initial oral dose of 10 mg/l 36ClO, was higher than from a 100 mg/l dose. The 36Cl concentration in washed packed cells indicated that 36Cl readily exchanges with chloride of saline.
二氧化氯(ClO₂)正被考虑作为一种替代氯化作用的消毒剂,用于公共供水系统。已开发出一种新的检测方法,用于定性和定量测量水中和生物体液中³⁶ClO₂的代谢产物。在大鼠身上进行的研究表明,ClO₂的代谢产物为Cl⁻、ClO₂⁻和ClO₃⁻。在最大吸收时,最初口服剂量为10mg/L ³⁶ClO₂时血浆中形成的ClO₂⁻百分比高于100mg/L剂量时的百分比。洗涤过的红细胞中的³⁶Cl浓度表明³⁶Cl很容易与盐水中的氯化物交换。