Mandell A J, Knapp S
Psychopharmacol Commun. 1975;1(6):587-97.
Lithium cloride (10 meq/kg/day) administered to rats for 3 days before pharmacological challenge with cocaine hydrochloride (100 mg/kg) antagonized the effects of the stimulant drug on complementary constituents of serotonin synthesis. This neurobiological antagonism, as well as lithium's antagonism of the behavioral effects of other drugs that can produce extreme moods in man, suggests that lithium may work against mania and depression by "buffering" the serotonergic system--that is, by pushing two adaptive processes respectively to their upper and lower limits, which returns the net synthesis of transmitter to a "normal" range and keeps it there.
在对大鼠进行盐酸可卡因(100毫克/千克)药理激发前3天,给予其氯化锂(10毫当量/千克/天),可拮抗该兴奋剂药物对血清素合成互补成分的作用。这种神经生物学拮抗作用,以及锂对其他可在人类中产生极端情绪的药物行为效应的拮抗作用,表明锂可能通过“缓冲”血清素能系统来对抗躁狂和抑郁——也就是说,通过分别将两个适应性过程推向其上限和下限,使神经递质的净合成恢复到“正常”范围并维持在该范围。