Study Objectives To investigate sex differences in the effect of sleep deprivation on performance, accounting for menstrual phase in women. Methods We examined alertness data from 124 healthy women and men (40 women, 84 men; aged 18–30 years) who maintained wakefulness for at least 30 hr in a laboratory setting using a constant routine protocol. Objective alertness was assessed every 2 hr using a 10 min psychomotor vigilance task. Subjective alertness was assessed every hour via the Karolinska Sleepiness Scale. Results Women in the follicular phase of the menstrual cycle demonstrated the poorest level of performance. This poor performance was most pronounced at times corresponding to the typical sleep episode, demonstrating a window of vuln...
This study aimed to examine female recreational (FRC) athletes’ knowledge of the menstrual cycle and...
This thesis examines sex differences in shift work tolerance by looking at how the circadian system ...
The sleep-wake cycle and circadian rhythmicity both contribute to brain function, but whether this c...
Study Objectives: To investigate sex differences in the effect of sleep deprivation on performance, ...
Previous research shows that female athletes sleep better according to objective parameters but repo...
Previous research shows that female athletes sleep better according to objective parameters but repo...
Abstract The effects of sleep pressure and circadian phase on neurobehavioral function can be sensit...
Night shift work impairs vigilance performance, reduces the ability to stay awake, and compromises b...
Sex differences in sleep begin at a very early age and women report poorer sleep quality and have hi...
Memory formation can be influenced by sleep and sex hormones in both men and women, and by the menst...
Acute sleep deprivation can lead to judgement errors and thereby increases the risk of accidents, po...
With twice the lifetime risk of developing mood and anxiety disorders (i.e., affective disorders) wo...
One of the most prominent symptoms of the late-luteal phase of the menstrual cycle is sleep disturba...
The present study examined self-reported sleep across the menstrual cycle and the relationship betwe...
Study Objectives: Women with severe premenstrual syndrome (PMS) or premenstrual dysphoric disorder (...
This study aimed to examine female recreational (FRC) athletes’ knowledge of the menstrual cycle and...
This thesis examines sex differences in shift work tolerance by looking at how the circadian system ...
The sleep-wake cycle and circadian rhythmicity both contribute to brain function, but whether this c...
Study Objectives: To investigate sex differences in the effect of sleep deprivation on performance, ...
Previous research shows that female athletes sleep better according to objective parameters but repo...
Previous research shows that female athletes sleep better according to objective parameters but repo...
Abstract The effects of sleep pressure and circadian phase on neurobehavioral function can be sensit...
Night shift work impairs vigilance performance, reduces the ability to stay awake, and compromises b...
Sex differences in sleep begin at a very early age and women report poorer sleep quality and have hi...
Memory formation can be influenced by sleep and sex hormones in both men and women, and by the menst...
Acute sleep deprivation can lead to judgement errors and thereby increases the risk of accidents, po...
With twice the lifetime risk of developing mood and anxiety disorders (i.e., affective disorders) wo...
One of the most prominent symptoms of the late-luteal phase of the menstrual cycle is sleep disturba...
The present study examined self-reported sleep across the menstrual cycle and the relationship betwe...
Study Objectives: Women with severe premenstrual syndrome (PMS) or premenstrual dysphoric disorder (...
This study aimed to examine female recreational (FRC) athletes’ knowledge of the menstrual cycle and...
This thesis examines sex differences in shift work tolerance by looking at how the circadian system ...
The sleep-wake cycle and circadian rhythmicity both contribute to brain function, but whether this c...