ライフサイエンスコーパス: jet lag

1 ep timing and circadian rhythmicity ('social jet-lag').

2 eep and circadian misalignment (i.e., social jet lag).

3 rapid re-entrainment following experimental jet lag.

4 vironmental cues has the potential to reduce jet lag.

5 indicating that these cells are a target for jet lag.

6 peritoneal macrophages in mice after chronic jet lag.

7 logical clocks disrupted in a mouse model of jet lag.

8 and 0.5 mg taken on a shifting schedule) for jet lag.

9 contrasting melatonin regimens to alleviate jet lag.

10 circadian rhythm-sleep disorders and social jet-lag.

11 ilitated by longer circadian periods, reduce jet lag after westward travel and make it easier to work

12 rcadian misalignment, as occurs acutely with jet lag and chronically with shift work.

13 er understanding the biological responses to jet lag and shift work, with the hope that this will pav

14 to the development of therapies for treating jet lag and sleep disorders, and add to our understandin

15 a new rating scale for measuring severity of jet lag and to compare the efficacy of contrasting melat

16 health outcomes associated with shift-work, jet-lag and exposure to artificial light.

17 ked shift of the clock effectively inducing "jet lag" and causing impaired time perception.

18 hand, and stress (including stress caused by jet-lag) and depression on the other.

19 ong-haul flights, cosmic-radiation exposure, jet lag, and cabin-air quality are growing health-care i

20 Jet lag arises from a misalignment of circadian biologic

21 Difficulties with jet lag because of sleep loss and decreased performance

22 A new study suggests that this 'social jet lag' can be remedied by a 'personalized schedule', a

23 e are subjected to continuous light or to a 'jet lag' (defined as a shift of 12 h).

24 hat identifies prominent daytime symptoms of jet lag distress.

25 team confounding variables, we observed that jet-lag effects were largely evident after eastward trav

26 disrupted by a model of human shift-work and jet-lag, Fischer (344) rats were exposed to either a sta

27 in crew group, who had a history of repeated jet lag, had significantly higher salivary cortisol leve

28 On the other hand, jet lag impacted both home and away defensive performanc

29 Surprisingly, we found that jet lag impaired major parameters of home-team offensive

30 adian timing in shift work or during chronic jet lag in animal models leads to a higher risk of sever

31 This pathophysiological pathway is driven by jet-lag-induced genome-wide gene deregulation and global

32 increases enterohepatic bile acid levels and jet-lag-induced HCC, while loss of constitutive androsta

33 Chronic jet lag induces spontaneous hepatocellular carcinoma (HC

34 Since jet lag is caused mainly by inappropriate timing of the

35 The model predicts that ameliorating social jet-lag is more effectively achieved by reducing evening

36 an rhythms, such as occurs in shift work and jet lag, is associated with disruption of rhythmicity in

37 Ratings on a summary jet lag item were highly correlated with total jet lag s

38 The use of melatonin for preventing jet lag needs further study.

39 side world, resulting in conditions such as "jet-lag." Numerous aspects of human physiology are great

40 To test the effects of repeated jet lag on mental abilities, airline cabin crew were com

41 It is now believed that frequent jet lag or shifts of daily rhythms caused by rotating sh

42 uently, the mice rapidly phase shift under a jet lag paradigm and their behavior rhythms gradually de

43 Jet lag ratings were made on the day of travel from New

44 ot sleep loss or stress, are associated with jet lag-related dysregulation of the innate immune syste

45 Jet lag's symptoms, such as depressed cognitive alertnes

46 , syndrome-specific instrument, the Columbia Jet Lag Scale, that identifies prominent daytime symptom

47 There was a marked increase in total jet lag score in all four treatment groups on the first

48 The internal consistency of the total jet lag score was high on each day of the study.

49 t lag item were highly correlated with total jet lag scores (from a low of r = 0.54 on the day of tra

50 Here, we examined the effects of jet lag, that is, travel that shifts the alignment of 24

51 ights are associated with travel fatigue and jet lag, the symptoms of which are considered here, alon

52 ratory oscillations, altered by experimental jet lag, were implemented by perivascular SNS fibers act

53 related changes in the response to simulated jet lag will reflect altered circadian function, we exam