Wils E R, Hulst A G, de Jong A L, Verweij A, Boter H L
J Anal Toxicol. 1985 Nov-Dec;9(6):254-7. doi: 10.1093/jat/9.6.254.
A procedure for the semi-quantitative determination of thiodiglycol, a metabolite of the vesicant mustard gas, in urine has been developed. Thiodiglycol was converted into mustard gas using concentrated HCl at temperatures close to 100 degrees C. The headspace of the solution containing mustard gas, was trapped on an adsorption tube filled with Tenax-GC which was subsequently analyzed by gas chromatography/mass spectrometry. Using 10 mL of urine, a detection limit of a few ng/mL of thiodiglycol was achieved. The procedure was applied to urine samples obtained from Iranian patients who were the alleged victims of an attack by chemical warfare agents (probably mustard gas). A number of control samples were investigated as well. Thiodiglycol was found in the urine of the Iranian patients in concentrations varying between 3 and 140 ng/mL. However, the detection of thiodiglycol in concentrations up to 55 ng/mL in control samples excluded the unambiguous verification of the use of mustard gas against the Iranian patients.
已开发出一种用于半定量测定尿液中硫二甘醇(一种糜烂性芥子气的代谢物)的方法。在接近100摄氏度的温度下,使用浓盐酸将硫二甘醇转化为芥子气。含有芥子气的溶液的顶空被捕获在填充有Tenax - GC的吸附管上,随后通过气相色谱/质谱法进行分析。使用10毫升尿液,实现了硫二甘醇几纳克/毫升的检测限。该方法应用于从伊朗患者那里获得的尿液样本,这些患者据称是化学战剂(可能是芥子气)袭击的受害者。还对一些对照样本进行了研究。在伊朗患者的尿液中发现了硫二甘醇,其浓度在3至140纳克/毫升之间变化。然而,在对照样本中检测到浓度高达55纳克/毫升的硫二甘醇,排除了对伊朗患者使用芥子气的确切核实。