Liu M S, Long D M
Invest Radiol. 1976;11(5):479-85. doi: 10.1097/00004424-197609000-00154.
Perfluoroctylbromide, given tracheally either as neat liquid in alveolography or as 10:1 emulsion in bronchography, was cleared roentgenologically from the lungs within 24 hours. Quantitative analysis was performed on a gas chromatograph. The rats were given either 2 ml/kg of neat liquid or 0.4 ml/kg emulsion. One per cent of the neat liquid and 8% of the emulsion were recovered from the tissues respectively 24 hours later. The lungs had the largest amount followed by the intestine, adipose tissue and lymph nodes. Dogs were sacrificed at various intervals following 4 ml/kg of neat liquid or 2 ml/kg of emulsion. Less than 1% of the dose was found in the tissues at 24 hours. A similar pattern of perfluoroctylbromide distribution was observed as in the rats. The tissue contents of perfluoroctylbromide at three months were below the limit of detection. The perfluoroctylbromide levels in the blood and urine of dogs and human volunteers were either non-detectable or barely detectable over a 48-hour period.
全氟辛基溴,在肺泡造影中以纯液体经气管给药,在支气管造影中以10:1乳剂经气管给药,在24小时内通过X射线检查从肺部清除。在气相色谱仪上进行定量分析。给大鼠分别注射2 ml/kg纯液体或0.4 ml/kg乳剂。24小时后,分别从组织中回收了1%的纯液体和8%的乳剂。肺中的含量最高,其次是肠道、脂肪组织和淋巴结。给狗注射4 ml/kg纯液体或2 ml/kg乳剂后,在不同时间点处死。24小时时,在组织中发现的剂量不到1%。观察到全氟辛基溴在狗体内的分布模式与在大鼠体内相似。三个月时组织中的全氟辛基溴含量低于检测限。在48小时内,狗和人类志愿者血液和尿液中的全氟辛基溴水平要么无法检测到,要么几乎无法检测到。