ライフサイエンスコーパス: be awake

1 tes primarily outdoors and often when people are awake.

2 mples from groups and individual animals who were awake.

3 was applied every 3 hours while the subjects were awake.

4 pruritus recorded every hour while patients were awake.

5 magnetic resonance imaging (MRI) while they were awake.

6 s were recorded every 4 hours while patients were awake.

7 f the thermic effect of food and the cost of being awake.

8 S and after 10 h of RS that followed 38 h of being awake.

9 Mice were more likely to be awake after blinking than before, and blinking resets

10 transmission controls the degree to which we are awake, alert, and attentive.

11 He was awake, alert, ventilator-dependent via a tracheostom

12 Participants included 830 adults who were awake, alert, and able to be examined who experienc

13 itgeber time (ZT) 20) or at a time when they are awake and active (ZT 23).

14 tion during drug delivery in adult mice that are awake and behaving, whether head fixed or freely mov

15 patients, and is only possible when patients are awake and communicative.

16 ECMO support in patients who are awake and nonintubated represents a promising bridgi

17 robability of delirium onset in patients who are awake and not delirious in the ICU.

18 membrane oxygenation (ECMO) in patients who are awake and spontaneously breathing may represent a no

19 While daily patterns of when animals are awake and when they sleep are largely scheduled by t

20 s such as starvation require the organism to be awake and active(4), the ability to switch to a memor

21 ptimal times when an organism is intended to be awake and active, but electric lights and abundant fo

22 timulation and expressed no dyspnea, despite being awake and vigilant.

23 as measured by pulse oximetry while children were awake and asleep.

24 muscle strength testing as soon as patients were awake and attentive.

25 Six patients were awake and spontaneously breathing during ECLS suppo

26 negative blood-alcohol level and most likely were awake at the time of CO exposure (28 in residences

27 l of these studies tested infants while they were awake, because of the significant and unique method

28 uli tested, regardless of whether the animal was awake, behaving or anaesthetized.

29 tions observed in the brains of subjects who are awake but at rest.

30 D) is a mental state in which we realize not being awake but are dreaming while asleep.

31 elicited by identical stimuli while subjects were awake but not performing a task ('passive').

32 They appear to be awake, but show no signs of awareness of themselves,

33 ain intact, given that a sleeping animal can be awoken by intense stimuli (for example, a loud noise

34 to an animated ICU filled with patients who are awake, cognitively engaged, and mobile with family m

35 The primary endpoint was awake cough frequency measured at screening and Day

36 s on cellular output depending on whether we are awake, deeply asleep, or dreaming.

37 ke up after their surgery, or that they will be awake during the operation.

38 the instantaneous probability that a subject is awake during the SOP.

39 Fifteen children were awake during imaging; one was imaged with the use o

40 Volunteers were awake during surgery while a 10-microm-thick, micro

41 als slept, but enhanced NOR memory when they were awake during this interval.

42 We monitored these variables while the mice were awake, during periods of rapid eye movement (REM),

43 ary disease, who have a strong cough, or who are awake have better prognoses.

44 aph during 18F-FDG uptake, whereas 6 animals were awake in their home cages and scanned after 60 min

45 ns to neuronal firing after a long period of being awake is not known.

46 Language mapping while the patient is awake is an intraoperative technique designed to mini

47 Does being awake necessarily mean being conscious of somethin

48 In dim light, when the subjects were awake, no difference existed between the 2 groups.

49 nfusions were interrupted until the patients were awake, on a daily basis; in the control group, the

50 ntal cortex slices of mice and rats that had been awake or asleep, we found that the frequency and am

51 eurons is affected by how long an animal has been awake or asleep.

52 l classifier which detects whether a subject is awake or unconscious achieving high performance.

53 When mice are awake, stimulation of deep cortical layers reliably

54 A stronger cough and being awake were also associated with increased probabil

55 peaks and the mean peak ratio when patients were awake were the best predictors of faster progressio

56 phase-when mice are normally more likely to be awake-while also increasing sleep bout length and red

57 e orally or nasotracheally while the patient is awake with the aid of a flexible fiberoptic bronchosc