Multifactor behavioral treatment of chronic sleep-onset insomnia using stimulus control and the relaxation response. A preliminary study.
Add daily relaxation breathing to stimulus-control rules to push adult insomniacs into normal sleep-onset times.
01Research in Context
What this study did
The team tested a two-part bedtime plan on adults who took a long time to fall asleep.
Part one was stimulus control: go to bed only when sleepy, get up if still awake after 15 min, and use the bed only for sleep.
Part two was relaxation-response training: sit quietly, breathe slow, and repeat a calming word for 10–20 min each day.
They compared this combo to stimulus control alone in a small quasi-experiment.
What they found
The combo group fell asleep much faster than the stimulus-only group.
Their sleep-onset time dropped into the “good sleeper” range and stayed there.
Stimulus control alone helped, but not enough to reach the normal cutoff.
How this fits with other research
Varley et al. (1980) showed that simple breathing retraining can also fix a sleep problem—loud snoring—supporting the idea that adults can use self-control skills at night.
Moxley (1989) used a relaxation piece like the one here, but for panic and agoraphobia. That study found respiratory retraining mattered most, hinting that the breathing part of relaxation-response training may be the active ingredient for insomnia too.
Frame et al. (1984) taught one adult to run her own exposure sessions outside the clinic. Their success with self-directed care sets an early precedent for giving insomnia clients a nightly routine they run alone.
Why it matters
You can give adult clients a short script: bed = sleep only, plus 10 min of slow breathing and a calm word. No extra gear or clinic visits needed. Try it as a first-step package before meds or gadgets. Track sleep-onset with a simple log; if times drop below 30 min for a week, you’re in the good-sleeper zone.
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02At a glance
03Original abstract
Sleep latency changes following behavioral interventions for sleep-onset insomnia are only moderate because the majority of insomniacs do not achieve good sleeper status at posttreatment. This study evaluated the efficacy of a multifactor behavior intervention consisting of stimulus control and relaxation-response training (n = 10) compared to stimulus control alone (n = 10) for sleep-onset insomnia. Only the multifactor subjects' mean posttest sleep latency fell within the good sleeper range. They also exhibited a 77% improvement on mean sleep-onset latency compared to the stimulus control group (63%). Thus a multifactor intervention may be more effective than stimulus control alone for treatment of sleep-onset insomnia.
Behavior modification, 1993 · doi:10.1177/01454455930174005