Last updated on April 2019

The Effects of Lateralized Thermal Sleepwear on Sleep Skin Temperature and Skin Moisture in Menopausal Women


Brief description of study

A home-based, sham-controlled, double-blind, crossover study evaluating the effects of wearing sleepwear with lateralized thermal characteristics on subjective and objective sleep measures, proximal skin temperature, and sternal skin moisture in menopausal women complaining of sleep disturbance and vasomotor symptoms.

Detailed Study Description

Sixteen menopausal women who have given informed consent to participate will be medically screened to rule out physiological sleep disorders. Sleep schedules will be regulated to the average bedtime of a two-week baseline sleep log. Subjects will undergo two two-night, home-based monitoring phases, one an experimental and one a control condition, separated by a washout period of at least five nights. The order of conditions will be counterbalanced between subjects in double-blind fashion. In the experimental condition subjects will wear sleepwear constructed of two fabric types arranged bilaterally, with typical cotton spandex insulating material on one side and specialized conductive material on the other. In the control condition subjects will wear sleepwear that is similarly lateralized in terms of appearance but constructed with typical cotton spandex insulating material on both sides. Ambulatory monitoring will include body position, EEG, actigraphy, skin temperature at multiple proximal sites, and sternal skin moisture. Subjective scales of insomnia severity, menopausal symptoms and sleepwear rating will also be employed.

Clinical Study Identifier: NCT03037554

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St. Peter's Sleep Center

Albany, NY United States
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Recruitment Status: Open


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