<p>During the two baseline days sleep episodes were scheduled from 00:00 to 08:00 Thereafter, the sleep-wake schedule was advanced gradually resulting in a 10 hour advance of the sleep-wake schedule. Sleep episodes on day seven and eight were scheduled from 14:00 to 22.00. During scheduled sleep episodes, participants were exposed to darkness (<0.02 lux). During waking hours the participants were exposed to ∼90–150 lux moderate light. During the bright light treatment episodes, the moderate light participants remained in moderate light, whereas the bright light treatment participants received ∼10,000 lux of light. Both moderate light and bright light treated participants participated in dim light work simulations.</p
BackgroundLight is the primary synchronizing cue for the circadian timing system, capable of exertin...
<p>Panel A demonstrates dependence of the simulated Δ<i>t<sub>CBT</sub></i><sub>min</sub> on shift l...
Exposure to light has short- and long-term impacts on non-visual responses in humans. While many asp...
<p>Subjects came to the lab 7 h before scheduled sleep time and stayed for 2 consecutive nights moni...
<p>Following a 8-h baseline night, ten short sleep-wake cycles were scheduled over 40 h, each consis...
<p>The panels on the left show the results of the non-adapted group, whereas the panels on the right...
<p>(<b>A</b>) Subjects took part in a 6-day laboratory study. Circadian rhythms were assessed using ...
<p>Panels show four experimental conditions: (A) Acute sleep deprivation with 0 h TIB, (B) 4 h TIB f...
<p>(A) The simulation consists of 60 h dark, 48 h constant light, 92 h constant dark. 10 data points...
<p>The protocol is plotted for a participant maintaining a 00:00–08:00 h sleep schedule (black bars)...
Before the light exposure, electroencephalographic (EEG) electrodes were attached in room light (RL)...
<p>Experimental Protocol: Three experimental groups and the wake control group were all trained at 1...
<p>Experimental sessions started at 20:00 h and lasted until 04:00 h. Subjects were in dim light (<1...
Objectives: Light is not only crucial for vision but also influences other aspects of physiology and...
<p>The timing of events in each laboratory session occurred as shown in the figure. Baseline assessm...
BackgroundLight is the primary synchronizing cue for the circadian timing system, capable of exertin...
<p>Panel A demonstrates dependence of the simulated Δ<i>t<sub>CBT</sub></i><sub>min</sub> on shift l...
Exposure to light has short- and long-term impacts on non-visual responses in humans. While many asp...
<p>Subjects came to the lab 7 h before scheduled sleep time and stayed for 2 consecutive nights moni...
<p>Following a 8-h baseline night, ten short sleep-wake cycles were scheduled over 40 h, each consis...
<p>The panels on the left show the results of the non-adapted group, whereas the panels on the right...
<p>(<b>A</b>) Subjects took part in a 6-day laboratory study. Circadian rhythms were assessed using ...
<p>Panels show four experimental conditions: (A) Acute sleep deprivation with 0 h TIB, (B) 4 h TIB f...
<p>(A) The simulation consists of 60 h dark, 48 h constant light, 92 h constant dark. 10 data points...
<p>The protocol is plotted for a participant maintaining a 00:00–08:00 h sleep schedule (black bars)...
Before the light exposure, electroencephalographic (EEG) electrodes were attached in room light (RL)...
<p>Experimental Protocol: Three experimental groups and the wake control group were all trained at 1...
<p>Experimental sessions started at 20:00 h and lasted until 04:00 h. Subjects were in dim light (<1...
Objectives: Light is not only crucial for vision but also influences other aspects of physiology and...
<p>The timing of events in each laboratory session occurred as shown in the figure. Baseline assessm...
BackgroundLight is the primary synchronizing cue for the circadian timing system, capable of exertin...
<p>Panel A demonstrates dependence of the simulated Δ<i>t<sub>CBT</sub></i><sub>min</sub> on shift l...
Exposure to light has short- and long-term impacts on non-visual responses in humans. While many asp...