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1 evels increase immediately after a change in lighting condition.
2 s were lower in older participants under all lighting conditions.
3 tina is regulated by the time of day and the lighting conditions.
4 tensities in order to mimic realistic indoor lighting conditions.
5  to optimize vision at specific vergences or lighting conditions.
6 eeks while hamsters remained in experimental lighting conditions.
7  larval zebrafish challenged with changes in lighting conditions.
8 tions, and cones and melanopsin under bright lighting conditions.
9 oyal College of Surgeons rat under different lighting conditions.
10 ons before eye opening is independent of the lighting conditions.
11 mage cues revealing surface occlusion and/or lighting conditions.
12  soil, and permitted to emerge under natural lighting conditions.
13 h an altered lighting regimen, we found that lighting conditions acutely modulate responses when alte
14 do not adjust their sensitivity according to lighting conditions ("adaptation").
15                       When tuned to specific lighting conditions and body orientation with respect to
16 ially regulated by a circadian clock and the lighting conditions and is maximal at night under dark-a
17 , rods/M-cones/melanopsin under intermediate lighting conditions, and cones and melanopsin under brig
18 e worked with and studied using more ambient lighting conditions, and facilitates further study by fl
19 trength is dependent on the time of day, the lighting conditions, and the mouse strain.
20 his approach can occasionally mislead if the lighting conditions are different from natural.
21 remia magnitude was not altered by different lighting conditions at occlusion durations of 15 and 60
22 kground, types of administered compounds and lighting conditions but retinal health was not compromis
23 rovide the first demonstration that abnormal lighting conditions can give rise to temporal desynchron
24 ably, and this balance must be maintained as lighting conditions change.
25    All experimental groups were exposed to 3 lighting conditions: dark, ambient room light for 30 min
26 act in concert to accomplish this task, with lighting conditions dictating which mechanisms dominate.
27 determine those genes most indicative of the lighting conditions during growth.
28 pid turnover is independent of environmental lighting conditions during subjective day and is more ra
29             Hamsters were housed in constant lighting conditions, either constant darkness or constan
30 ge due to variable environmental, paper, and lighting conditions, especially across large multi-targe
31  had been acclimated to night-time white LED lighting conditions for 16 days and individuals that had
32 hotoreceptor systems to DACs under different lighting conditions, furthering our understanding of the
33 r individuals living in carefully controlled lighting conditions has now revealed that the intrinsic
34                         Modern environmental lighting conditions have led to excessive exposure to li
35  to enhance object recognition across varied lighting conditions in natural vision-although this is a
36 e provide a unique demonstration that, under lighting conditions in which the central clock in the SC
37 hour dark cycle, were assessed under various lighting conditions, in some cases after in vivo intravi
38        However, how changes in environmental lighting conditions lead to the fluctuations in mood is
39 AS-OCT parameters in normal individuals, but lighting conditions need to be strictly controlled since
40 al glaucoma, and to establish the effects of lighting conditions on task performance in glaucoma.
41 w), and this was crossed with differences in lighting conditions (permanent darkness vs. 12:12 h ligh
42 h responses to be mediated by rods under dim lighting conditions, rods/M-cones/melanopsin under inter
43 nal under a wide range of viewing angles and lighting conditions spanning direct sunlight as desired
44 c and wild type mice under normal laboratory lighting conditions, sponge transgenic mice displayed se
45 cle is that most rodent models have employed lighting conditions that cause cognitive deficits rather
46                     Further consideration of lighting conditions that infants are exposed to is there
47 ese two compartments respond to the constant lighting conditions that produce splitting, using three
48 elf-selected and the bright, but not the dim lighting condition, the onset of melatonin secretion in
49                     After a return to normal lighting conditions, the recovery process begins quickly
50 on cells transduce information about ambient lighting conditions to areas of the brain involved in ta
51 ive mode of operation required under limited lighting conditions to the less-sensitive energy-saving
52 o influencing factors: phase of transfer and lighting conditions upon transfer.
53  by angle-specific Mie scatter under ambient lighting conditions, utilizing a smartphone camera as a
54                            The self-selected lighting condition was compared with constant bright lig
55                    Half the subjects in each lighting condition were administered either caffeine (10
56   Linear regression showed that both age and lighting condition were significant predictors of perfor

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