Plenge P
Psychopharmacology (Berl). 1978 Jul 19;58(3):317-22. doi: 10.1007/BF00427398.
The time course of lithium effects on several brain energy metabolites has been investigated in rats. The rats were injected once daily with lithium chloride and killed by freezing in liquid nitrogen 1--8 h after the last injection. The effect of lithium was most marked in the period in which the brain lithium concentration was increasing, whereas the effect was wearing off when the brain lithium concentration had stabilized, even though the lithium concentration was higher. These results led to the hypothesis that the effect of lithium on several parameters depends on the increase in lithium concentration following the administration of lithium, rather than on the absolute concentration of lithium.
已经在大鼠中研究了锂对几种脑能量代谢物影响的时间进程。大鼠每天注射一次氯化锂,并在最后一次注射后1至8小时通过在液氮中冷冻处死。锂的作用在脑锂浓度增加的时期最为明显,而当脑锂浓度稳定时,这种作用逐渐消失,尽管锂浓度更高。这些结果导致了这样一种假设,即锂对几个参数的影响取决于锂给药后锂浓度的增加,而不是锂的绝对浓度。