Rush J, Mendels J
Pharmacol Biochem Behav. 1975 Sep-Oct;3(5):795-7. doi: 10.1016/0091-3057(75)90109-4.
Lithium chloride at two different doses (1 mEq/kg and 2 mEq/kg) IP BID for 10 days failed to inhibit muricidal behavior in rats. Lithium chloride at the higher dose caused neurotoxicity in 6 of 11 rats as measured by the rotorod. These dosages generated serum levels of 0.70 and 1.00 mEq/L respectively. The same behavior was blocked by imipramine HC1 at an ED50 of 8.5 mg/kg 45 min following a single IP injection without evidence of neurotoxicity by the rotorod method. These results indicate that lithium chloride is unlike the tricyclic agents in the muricide test. Therefore, if its clinical antidepressant activity is substantial, it may be most effective in a neurochemically different class of depressives than the tricyclics.
以两种不同剂量(1 毫当量/千克和 2 毫当量/千克)腹腔注射,每日两次,持续 10 天的氯化锂未能抑制大鼠的杀鼠行为。通过转棒试验测定,较高剂量的氯化锂在 11 只大鼠中有 6 只引起了神经毒性。这些剂量分别产生了 0.70 和 1.00 毫当量/升的血清水平。单次腹腔注射后 45 分钟,盐酸丙咪嗪以 8.5 毫克/千克的半数有效剂量阻断了相同行为,且通过转棒试验方法未发现神经毒性迹象。这些结果表明,在杀鼠试验中氯化锂与三环类药物不同。因此,如果其临床抗抑郁活性显著,那么它可能对神经化学性质与三环类药物不同的一类抑郁症患者最为有效。