Mattrey R F, Leopold G R, vanSonnenberg E, Gosink B B, Scheible F W, Long D M
J Ultrasound Med. 1983 Apr;2(4):173-6. doi: 10.7863/jum.1983.2.4.173.
In this study, Fluosol-DA, 20 per cent (composed of perfluorodecalin and perfluorotripropylamine) was tested as a liver-specific ultrasound contrast agent. Twelve normal rabbits were scanned, utilizing the Picker Microview (10 MHz), prior to and two days following the intravenous administration of 24 ml/kg of Fluosol (or 4.8 g/kg of perfluorochemicals) emulsion to ten of the rabbits and 24 ml/kg of Ringer's solution to two rabbits as control. In all ten rabbits given Fluosol, liver echogenicity increased relative to that of the kidney, whereas the liver remained less echogenic than the kidney in the two rabbits given Ringer's solution. Four independent reviewers correctly identified all rabbits that received Fluosol and both rabbits that received Ringer's solution. It is demonstrated that, similar to PFOB, Fluosol serves as an echogenic contrast material for ultrasound and opacifies the normal rabbit liver.
在本研究中,对20%的氟碳乳剂(全氟萘烷和全氟三丙胺组成)作为肝脏特异性超声造影剂进行了测试。对12只正常兔子进行扫描,其中10只兔子静脉注射24ml/kg氟碳乳剂(或4.8g/kg全氟化合物乳剂),2只兔子静脉注射24ml/kg林格氏液作为对照,扫描均使用Picker Microview(10MHz),扫描时间分别为注射前和注射后两天。在所有接受氟碳乳剂的10只兔子中,肝脏回声相对于肾脏增强,而在接受林格氏液的2只兔子中,肝脏回声仍低于肾脏。四名独立评估者正确识别出了所有接受氟碳乳剂的兔子以及接受林格氏液的两只兔子。结果表明,与全氟溴辛烷相似,氟碳乳剂可作为超声造影剂使正常兔肝脏显影。