Shift work in nursing has been found to result in sleep disruption and sleep deprivation, and in sleepiness or fatigue at work. Slow reaction, insufficient attention and poor judgement often come with increased fatigue, which contributes to a high risk of accident and patient safety. Studies have shown that aerobic exercise is helpful in promoting high sleep quality. The study is conducted a prospective parallel randomized trial is performed to 60 nurses with low sleep quality. The subjects are randomly assigned to: (i) the experimental group, in which aerobic exercise training is given; (ii) the control group, in which the subjects kept their original lifestyles. The study aims to investigate the effects of aerobic exercise training on nurses' sleep quality, fatigue, attention and cortisol profile.
When work shifts and lifestyles change, the synchronous relationship between the body's biological clock and the environment, i.e., circadian rhythms, is disrupted, resulting in insufficient sleep and insomnia. Shift work in nursing has been found to result in sleep disruption and sleep deprivation, and in sleepiness or fatigue at work. Slow reaction, insufficient attention and poor judgement often come with increased fatigue, which contributes to a high risk of accident and patient safety. Studies have shown that aerobic exercise is helpful in promoting high sleep quality, whereas few researchers have argued over how aerobic exercise training improves sleep quality in nurses. The study is conducted in two stages. Previous stage, we conducted with a cross-sectional study design with convenience sampled 200 participants to fill out the Chinese Pittsburgh Sleep Quality Index (CPSQI) questionnaire for screen the low sleep quality (CPSQI \> 5) participants. A total of 200 nurses were recruited, and 199 valid samples were collected, 108 participants were found to have low sleep quality (CPSQI \> 5). The study will adopt a prospective, longitudinal, parallel-group comparative study, randomly sample from previously screen low sleep quality participants, then random assign to experimental (aerobic exercise) and control (routine activity) groups, and actigraphy sleep recording, saliva samples and attention data will be collected. The study aims to investigate the effects of aerobic exercise training on nurses' sleep quality, fatigue, attention and cortisol profile. The findings of the study could provide guidelines on improving nurses' fitness and sleep quality.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
OTHER
Masking
NONE
Enrollment
60
the experimental group, in which aerobic exercise training is given three times a week, a total of twenty-four times in eight weeks
Taipei Medical University
Taipei, Taiwan
Total sleep time sleep change
The actigraphy reported on sleep parameters of the amount of actual sleep minutes
Time frame: The 1st workday 8:00AM to 5th workday 8:00AM of 4th, 8th, and 12th week
Wake after sleep onset change
The actigraphy reported on the amount of minutes they were awake between sleep onset and wake time.
Time frame: The 1st workday 8:00AM to 5th workday 8:00AM of 4th, 8th, and 12th week
Sleep efficiency change
The actigraphy reported on sleep parameters of percentage of time asleep while in bed from lights off to lights on.
Time frame: The 1st workday 8:00AM to 5th workday 8:00AM of 4th, 8th, and 12th week
Seep onset latency change
The actigraphy reported on sleep parameters of the minutes between lights off and first sleep episode.
Time frame: The 1st workday 8:00AM to 5th workday 8:00AM of 4th, 8th, and 12th week
Simple visual reaction time testing
Psychomotor Vigilance Task Monitor to test simple visual reaction time
Time frame: Before and after work, the test are completed within 5 min
Saliva cortisol
Diurnal cortisol concentration
Time frame: Collected at awakening [0 min] and at 30 min, 6 hours, and 12 hours after awakening
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