ライフサイエンスコーパス: elapsed time

1 S, using hierarchical multiple regression of elapsed time.

2 trongly depended on the exact conditions and elapsed time.

3 striatum and cortex-has been shown to encode elapsed time.

4 gnaled changes in the monkey's perception of elapsed time.

5 pal CA1 pyramidal cells can reliably predict elapsed time (15-20 s) during wheel running with a preci

6 estamibi washout was complex and depended on elapsed time after isotope introduction and perfusion ra

7 a pinhead can actively sense the passage of elapsed time, allowing it to predict when certain salien

8 a categorical variable (patients ordered by elapsed time and divided into deciles).

9 Such anticipation requires knowledge of elapsed time and of the probability that an event will o

10 ls dominated, carrying information about the elapsed time and the preceding direction.

11 revealed an internal representation of both elapsed time and the probability that the 'go' signal wa

12 amely limb motor planning, the estimation of elapsed time, and reward-based decisions.

13 The main predictor of interest was elapsed time as measured between presentation to the hos

14 butions of circadian phase, prior sleep, and elapsed time awake on cognition and sleep.

15 Elapsed time before major depression recurred in one thi

16 hyly or exclusivity of populations, when the elapsed time between lineage-splitting events is large r

17 des [Ca2+]i changes and we estimate that the elapsed time between sperm-egg fusion and the onset of t

18 ations of MPC cells faithfully represent the elapsed time between taps, and there is significant tria

19 an accurate trial-by-trial representation of elapsed-time between taps.

20 ng of MI neurons is not simply a function of elapsed time but depends also on oscillatory phase.

21 and test a novel theory: the brain exploits elapsed time during decision formation to combine sensor

22 The total elapsed time for running a MicroSeq identification was 1

23 e study was designed to assess the effect of elapsed time from coronary revascularization (CR) on the

24 The mean elapsed time from diagnosis to nonoperative intervention

25 rkstation were significant predictors of the elapsed time from examination completion until review by

26 anifestation, and illness progression (i.e., elapsed time from first exposure to an ill prairie dog t

27 Elapsed time from initial culturing to treatment decisio

28 Elapsed time from initial culturing to treatment decisio

29 lity risk and survival benefit depend on the elapsed time from MI.

30 s of simultaneously recorded neurons encoded elapsed time from stimulus onset.

31 tify how well populations of neurons encoded elapsed time from stimulus onset.

32 Elapsed time from the onset of ischemia to the ischemic

33 Elapsed times from triage and qualification for early go

34 spatial navigation also support tracking of elapsed time in behaviorally relevant contexts.

35 matic and large inaccuracies in the recorded elapsed time in data files from the analytical ultracent

36 behavior between diffusive displacement and elapsed time in different regions of the channel.

37 cell activity reflects distance traveled or elapsed time independent of external information, we rec

38 utonium remaining in solution after specific elapsed time intervals using liquid scintillation counti

39 he hippocampus is critical for the memory of elapsed time is lacking.

40 Elapsed time is useful because (1) decisions that linger

41 netic resonance angiography, and categorized elapsed time (< or =12 or >12 hours) from stroke onset t

42 eterogeneity in the neural representation of elapsed time may facilitate temporally controlled behavi

43 sed at a median age of 27 years and a median elapsed time of 15 years in the genitourinary system (35

44 ction limit of 5+/-0.58cfu/mL within a total elapsed time of 4h; much faster than conventional cultur

45 until it reaches saturation after an average elapsed time of about 100 min.

46 es reveal a delay in spreading rate after an elapsed time of about 2.2h for particle-modified surface

47 Older age at diagnosis, shorter elapsed time, older treatment era, exposure to dexametha

48 to changes in brain activation according to elapsed time or number of trials but not categories base

49 hippocampus is critical for keeping track of elapsed time over several minutes.

50 sterior parietal cortex (area LIP) represent elapsed time relative to a remembered duration.

51 mparts value to features that serially track elapsed time relative to observable stimuli.

52 tingly, the autocorrelation structure of the elapsed-time representation is consistent with a DDM.

53 Conditional DFS accounts for elapsed time since achieving remission and may provide m

54 is an alternative measure that accounts for elapsed time since diagnosis, providing more relevant pr

55 ound between nerve fibre layer thickness and elapsed time since injury in log years, giving a rate of

56 The elapsed time since leaving the box provided a better pre

57 incomplete selective sweeps; (2) estimating elapsed time since such events based on time-dependent d

58 both the level of Ca(2+) activation and the elapsed time since the first movement.

59 tional survival--a measure that accounts for elapsed time since treatment initiation--for prognostica

60 Elapsed-time studies demonstrated lower diffusion rates

61 he repeated events (calendar time, gap time, elapsed time); the number of preceding events (predictor

62 ate analysis showed a 24-min decrease in the elapsed time to obtain information during periods with t

63 to record scavengers removing carcasses and elapsed time to removal.

64 ween the correct path and the trace, and the elapsed time to trace a path were used to evaluate subje

65 Once referred, there was no difference in elapsed-time to program entry (P=0.2).

66 Elapsed time was measured with a two-color fluorescent m

67 numerical ring breakup (RBU) values, and the elapsed time when the cumulative values (RBU sum) exceed