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. 2020 Jun 15;40(3):211–223. doi: 10.1002/npr2.12117

TABLE 1.

Studies that evaluated the effect of pharmacological treatment on sleep outcomes in alcohol use cessation or treatment

Citation Medication RCT n Daily dose Duration of treatment Sleep outcome measured Results Effect on alcohol use
Antidepressants
Le Bon (2003) Trazodone Yes 18 50‐200 mg 4 wk PSG Sleep efficiency increase when calculated after sleep onset NA
Friedmann (2008) Trazodone Yes 173 50‐150 mg 12 wk PSQI Improved sleep quality during administration (mean change from baseline −3.02; 95% CI −3.38 to −2.67) Reduction in abstinent days compared to placebo
Anticonvulsants
Malcolm (2002) Carbamazepine/ lorazepam Yes 136 200‐800 mg/2‐8 mg 5 days Sleep Quality VAS Significant effect of drug group on sleep quality that favored carbamazepine (adjusted mean 62.1 vs 51.2; P = .0186) NA
Malcolm (2007) Gabapentin/ Lorazepam Yes 75 400‐1200/4‐6 mg 4 days BDI and ESS Those with multiple previous withdrawals reported reduced sleep disturbances and sleepiness in gabapentin compared to lorazepam group No difference
Brower (2008) Gabapentin Yes 21 1500 mg 6 wk SPQ and PSG No effect Significantly delayed the onset to heavy drinking
Trevisan (2008) Gabapentin Yes 57 1200 mg 4 wk PSQI No effect No effect
Anton (2009) Gabapentin/flumazenil (IV) Yes 60 Up to 1200 mg/2mg 39 days ISI and ESS

Decreased insomnia symptoms in those with low withdrawal symptoms on gabapentin vs placebo (P = .015)

Lower daytime sleepiness in gabapentin group vs placebo (P < .004)

Decreased alcohol use in patients with high withdrawal symptoms
Anton (2011) Gabapentin/Naltrexone Yes 146 1200 mg/50 mg 6 wk ISI Gabapentin/Naltrexone group reported better sleep compared to placebo or naltrexone‐only group (P = .02 and P = .03, respectively) Gabapentin/ Naltrexone group had improvements in drinking outcomes over naltrexone alone
Mason (2014) Gabapentin Yes 150 900 or 1800 mg 12 wk PSQI Significant improvement in sleep compared to placebo (P < .001) Significantly improved rates of abstinence and no heavy drinking compared to placebo
Karam‐Hage (2003) Gabapentin/ Trazodone No 50 300‐1800 mg/50‐300 mg Up to 6 wk SPQ Both groups improved significantly, however, gabapentin group improved more than the trazodone group from baseline (8.8 vs 6.1, P = .023) NA
Melatonin Agonists
Brower (2011a) Ramelteon No 5 8 mg 4 wk ISI Significant improvement insomnia score from baseline (mean 17.6 to 9.8; Cohen's d = 1.31) NA
Grosshans (2014) Agomelatine No 9 25‐50 mg 6 wk PSQI Significant improvement in insomnia score from baseline (mean 13.1 to 7.8, P < .01) NA
Antipsychotics
Litten (2012) Quetiapine XR Yes 218 Up to 400 mg 12 wk PSQI Significant improvement in sleep compared to placebo (P = .009) No effect
Chakravorty (2014) Quetiapine XR Yes 20 Up to 400 mg 8 wk PSG No effect on sleep efficiency yet a reduction in wake after sleep‐onset time from baseline (P = .03) NA
Other Agents
Staner (2006) Acamprosate Yes 24 1998 mg 3 wk PSG Decreased wake time after sleep onset and increased stage 3 and REM sleep latency compared to placebo (P < .05) NA
Perney (2012) Acamprosate Yes 592 2000 or 3000 mg 24 wk SSI Percentage of mean change over baseline was significantly improved with compared with placebo (P = .001) NA
Irwin (2009) Etanercept Yes 18 25 mg Single dose, crossover PSG Significant decrease in amount and percentage of REM sleep compared to placebo NA
Petrakis (2016) Prazosin Yes 96 16 mg 13 wk PSQI No effect No effect

Abbreviations: BDI, Beck Depression Inventory, Item 16; ESS, Epworth Sleepiness Scale; ISI, Insomnia Severity Index; IV, intravenous; n, number of evaluated subjects; NA, not applicable, not investigated; PSG, polysomnography; PSQI, Pittsburgh Sleep Quality Index; RCT, randomized clinical trial; SPQ, Sleep Problems Questionnaire; SSI, Short Sleep Index; VAS, visual analog scale; XR, extended‐release.