ライフサイエンスコーパス: event frequency

1 relaxation), with magnitude that depends on event frequency.

2 approximately twofold) increase in recycling event frequency.

3 st by 30% without changing the overall burst event frequency.

4 temporal structure, ordinal expectation, and event frequency.

5 omplexity can be accounted for using binding event frequency.

6 SV super-pool size and miniature excitatory events frequency.

7 d research across a range of study sizes and event frequencies.

8 Descriptive statistics tabulated adverse event frequencies.

9 cients of variation (CV) for mean normalized event frequencies.

10 Our objective was to determine adverse event frequency after urgent reversal with frozen plasma

11 ell tolerated, with no difference in adverse event frequency among 95 vaccinees vs 102 placebo recipi

12 amic Ca(2+) signal parameters (active sites, event frequency, amplitude, duration, and spatial spread

13 single RRE molecule was visualized, and the event frequencies and corresponding binding and dissocia

14 5q neurons had increased excitatory synaptic event frequency and amplitude, increased density of dend

15 dian clock-regulated daily rhythms in firing event frequency and bursting proportion under light:dark

16 have been studied to ascertain translocation event frequency and capture rate.

17 The primary outcome measures were adverse event frequency and change in anti-alphaSyn antibody tit

18 Both event frequency and clustering of events near the start

19 te to the understanding of in-flight medical event frequency and outcomes and may inform policy, flig

20 y and tolerability measures included adverse event frequency and severity, and assessment of local sk

21 Safety measures included adverse event frequency and severity, and clinical and laborator

22 ility, assessed as treatment-related adverse-event frequency and severity.

23 g degrees and evaluate the effects on fusion event frequency and the rates of fusion pore transitions

24 y end points requires attention to estimated event frequency and/or random assignment to a control gr

25 ts >2 Mb in size, we observed an increase in event frequency as event size decreased.

26 hospitalization and modeling serious adverse event frequency associated with a colorectal cancer ther

27 helial microdomain inversely to alter Ca(2+) event frequency; at low pressures the consequence is act

28 oer2 knockout neurons restored the miniature event frequency but not Deltaex5-8 isoform.

29 Local glutamate application enhanced the event frequency by 3.5-fold on average and up to 10-fold

30 obstructive sleep apnoea (i.e. reduction in event frequency by 83%, in contrast to 48% in predicted

31 ysis, power spectral density evaluation, and event frequency calculations-into a single, cohesive pip

32 increased load, Ca(2+) spark (inter-RyR CICR events) frequency decreased and sparks terminated earlie

33 Adverse event frequencies did not significantly differ between G

34 Pulmonary function and adverse event frequency did not change with escalation of allerg

35 outcomes were occurrence of SAE and adverse event frequency during the first week.

36 similar sigmoid function fits the normalized event frequency evolution for both nanopores, thus the u

37 Relative event frequency (f/f(ref) ) rose with increasing [P(i) ]

38 Relative event frequency (f/f(ref) ) rose with increasing [P(i) ]

39 Baseline characteristics and event frequencies for TIMI 11B, ACUTE II, and INTERACT w

40 We compared nocturnal pulse event frequency in 46 MSA patients and age-/sex-matched

41 ted loss of mouse Apoer2 decreased miniature event frequency in excitatory synapses, which may be bec

42 n Nrxn-mediated synaptogenesis and miniature event frequency in excitatory synapses.

43 hibitor, mavacamten, caused no change in SRX event frequency in the C-zone but increased their freque

44 Crohn's disease in humans reduced epileptic event frequency in tumor-bearing mice compared with untr

45 Moreover, moist-heat extreme event frequency increases more substantially (by >=1600

46 of life events against which to compare the event frequencies of women with chromosomally normal los

47 o 50 degrees C, the molecules unfold and the event frequency of current blockade increases.

48 based on laboratory values, reported adverse event frequencies, or electrocardiograph findings.

49 novel experience by increasing their Ca(2+) event frequency preferentially.

50 confirmed the ability of CompEx to increase event frequencies, preserve treatment effect, and reduce

51 ompared to bare actin for myoVa-HMM based on event frequency, run length, and speed.

52 r polystyrene particles demonstrate that the event frequency scales linearly with applied pressure an

53 beta event features, including frontal beta event frequency spans and durations, and central beta ev

54 d with controls, despite similar respiratory event frequency, suggesting abnormal cardiac responses t

55 ed a large increase in spontaneous miniature event frequency that was specific to excitatory neurotra

56 requency ablation resulted in a reduction of event frequency to levels significantly lower than those

57 e of CompEx in seven trials by comparing the event frequency, treatment effect (hazard ratio; HR), an

58 dilation associated with increases in Ca(2+) event frequency was inhibited, and basal myogenic tone w

59 28; 95% CI: 0.80-2.05), although the overall event frequency was relatively low.

60 Immune-mediated adverse event frequency was similar for the combination (37 [36%

61 Serious adverse event frequency was similar in both groups.

62 Adverse event frequency was similar in patients in the combined

63 Otherwise, adverse event frequency was similar in the 2 groups.

64 Systemic and adverse event frequencies were similar across groups.

65 Serious adverse event frequencies were similar between groups, without e

66 emporal scales and an intriguing increase of events frequency with depth.