Hauri P, Roth T, Sateia M, Zorick F
Br J Clin Pharmacol. 1983;16 Suppl 1(Suppl 1):109S-114S. doi: 10.1111/j.1365-2125.1983.tb02280.x.
This study evaluated laboratory sleep and performance after placebo, after 5, 10 and 20 mg of midazolam and after 30 mg of flurazepam. EEG recordings showed that 20 mg of midazolam significantly decreased sleep latency and stage 1 sleep, increased stage 2 sleep, and delayed the onset of the first REM period when compared with placebo. Subjective reports from the patients showed that the dose decreased the frequency of awakenings. In the morning, 9 h after drug ingestion, performance on most tests was affected very little by 20 mg of midazolam. However, performance on two psychomotor tests was slightly impaired after 20 mg of midazolam, while a test of free recall was slightly improved. On most variables, 5 mg of midazolam acted like placebo, while 10 mg of midazolam was intermediate between placebo and 20 mg of midazolam. Preliminary data suggest that 20 mg of midazolam may be as efficacious in inducing sleep as 30 mg of flurazepam, but may show fewer performance decrements in the morning.
本研究评估了服用安慰剂后、服用5毫克、10毫克和20毫克咪达唑仑后以及服用30毫克氟西泮后的实验室睡眠情况和表现。脑电图记录显示,与安慰剂相比,20毫克咪达唑仑显著缩短了睡眠潜伏期并减少了1期睡眠,增加了2期睡眠,并延迟了首次快速眼动期的开始。患者的主观报告表明,该剂量降低了觉醒频率。在服药9小时后的早晨,20毫克咪达唑仑对大多数测试的表现影响很小。然而,20毫克咪达唑仑后两项精神运动测试的表现略有受损,而一项自由回忆测试则略有改善。在大多数变量上,5毫克咪达唑仑的作用与安慰剂相似,而10毫克咪达唑仑的作用介于安慰剂和20毫克咪达唑仑之间。初步数据表明,20毫克咪达唑仑诱导睡眠的效果可能与30毫克氟西泮相同,但在早晨可能表现出较少的表现下降。