Minegishi K I, Yamaha T
Toxicology. 1977 Jun;7(3):367-83. doi: 10.1016/0300-483x(77)90054-3.
Absorption, excretion and distribution of Benzyl Violet 4B were investigated in rats, deterimining the colour by the 2-wavelength technique. This colour was hardly absorbed when given orally; only 0.89% of the dose was recovered from the bile after 24 h. On the other hand, it was rapidly excreted through the bile when given intravenously; the cumulative recovery of biliary excretion amounted to 88.4% at 4 h and 95.9% at 24 h. The levels of the colour distributed in the liver, kidney abdominal muscle and blood serum were in the range of 1--3 microgram/g of tissue in rats fed a diet containing 5% Benzyl Violet 4B for 8 weeks, whereas they were slightly lower in rats fed the diet for 18 weeks. When rats were given the colour intravenously, there was no sex-related difference in the distribution of the colour in either Wistar or Sprague--Dawley rats, but the disappearance of the colour from the brain, liver, abdominal muscle, abdominal skin and ear of Sprague--Dawley rats was slower than from those of Wistar rats.
采用双波长技术测定颜色,研究了大鼠对碱性紫4B的吸收、排泄和分布情况。口服时该色素几乎不被吸收;24小时后,仅0.89%的剂量从胆汁中回收。另一方面,静脉注射时它会迅速通过胆汁排泄;胆汁排泄的累积回收率在4小时时达到88.4%,24小时时达到95.9%。在喂食含5%碱性紫4B饲料8周的大鼠中,肝脏、肾脏、腹部肌肉和血清中该色素的含量在1 - 3微克/克组织范围内,而在喂食该饲料18周的大鼠中含量略低。当给大鼠静脉注射该色素时,在Wistar大鼠和Sprague - Dawley大鼠中,该色素的分布均无性别差异,但Sprague - Dawley大鼠大脑、肝脏、腹部肌肉、腹部皮肤和耳部色素的消失比Wistar大鼠慢。