Wenzel M, Wu Y F
Int J Rad Appl Instrum A. 1987;38(1):67-9. doi: 10.1016/0883-2889(87)90240-1.
The radioactive decay of [103Ru]ruthenocene derivatives leads to 103mRh labelled rhodocinium derivatives, which can be separated by the extraction of a lipophilic solution of the ruthenocen derivate with water. The separation factor 103mRh/103Ru reaches values of 32:1 Rh3+ ions are not liberated and extracted. The organ distribution of the 103mRh labelled rhodocinium derivatives gained from ruthenocene and from N-isopropyl-ruthenocene amphetamine is different from the distribution of the parent ruthenocene compound. The liver and kidney uptake of the rhodocinium-amphetamine is much higher than the uptake with ruthenocene amphetamine.
[103Ru]钌茂衍生物的放射性衰变会生成103mRh标记的玫瑰树碱衍生物,可通过用水萃取钌茂衍生物的亲脂性溶液将其分离。分离因子103mRh/103Ru达到32:1,Rh3+离子不会释放和萃取出来。从钌茂和N-异丙基钌茂苯丙胺获得的103mRh标记的玫瑰树碱衍生物的器官分布与母体钌茂化合物的分布不同。玫瑰树碱-苯丙胺在肝脏和肾脏中的摄取量远高于钌茂苯丙胺的摄取量。