ライフサイエンスコーパス: high-frequency oscillation

1 tional mechanical ventilation and 80 (46.8%) high-frequency oscillation.

2 chanical ventilation can be delivered during high-frequency oscillation.

3 ompared with infants initially ventilated by high-frequency oscillation.

4 VOR can be unstable and could be affected by high frequency oscillations.

5 f a more random topology is witnessed in the high frequency oscillations.

6 odes of increased activity with superimposed high-frequency oscillations.

7 quency oscillations and unable to respond to high-frequency oscillations.

8 ergic system, which will lead to deficits in high-frequency oscillations.

9 At high frequency oscillation (1.5 Hz), normal subjects inv

10 tween the phase of beta and the amplitude of high-frequency oscillations (256-362 Hz) emerged in the

11 toinhibition in CCK(+) BCs promotes aberrant high frequency oscillations and hyperexcitability in hip

12 to be involved in network phenomena such as high frequency oscillations and travelling waves.

13 ventilation at Day 30 was 36% and 31% in the high-frequency oscillation and conventional ventilation

14 opathologic evidence that the combination of high-frequency oscillation and perfiubron administration

15 We present a quantitative analysis of high-frequency oscillations and their rates of occurrenc

16 mechanism for delayed-onset, sustained ictal high frequency oscillations, and provide a practical, ef

17 aled spontaneous activities and pathological high-frequency oscillations; and (3) multineuron Ca(2+)

18 ( approximately 80 Hz) gamma-band and during high-frequency oscillations ( approximately 130 Hz).

19 High frequency oscillations are associated with normal b

20 Bursts of high frequency oscillations are temporally correlated wi

21 We demonstrated that high frequency oscillations are the major determinants f

22 High-frequency oscillations are important for auditory f

23 tensively studied but the cellular bases for high-frequency oscillations are not understood.

24 f medial entorhinal cortex can also generate high frequency oscillations associated with gamma rhythm

25 Ripples are high-frequency oscillations associated with population b

26 emble spiking, and simultaneous induction of high-frequency oscillations at multiple locations result

27 ure to detect delayed-onset, sustained ictal high frequency oscillations based on cross-frequency cou

28 nd high gamma amplitude are closely related, high frequency oscillations can be used as a surrogate m

29 High-frequency oscillations can be generated in the axon

30 High-frequency oscillations can involve the replay of sp

31 end of the treatment periods, only PLV using high-frequency oscillation continued to require higher a

32 mode of bursting that permits generation of high-frequency oscillations during locomotion.

33 flubron and five animals continued receiving high-frequency oscillation for a total duration of 2 hrs

34 Thirty-day mortality was 37% in the high-frequency oscillation group and was 52% in the conv

35 way pressure was significantly higher in the high-frequency oscillation group compared with the conve

36 The high-frequency oscillation group showed early (less than

37 BPD compared with 43 patients (53.8%) in the high-frequency oscillation group.

38 High frequency oscillations (> 80-90 Hz) occur in neocor

39 Aperiodic high-frequency oscillations (>100 Hz) reflect a short-te

40 nstrate that gamma oscillations coexist with high-frequency oscillations (>90 Hz).

41 High-frequency oscillation has been proposed for use in

42 High frequency oscillations have been proposed as a clin

43 time were decreased and the amplitude of the high frequency oscillations (HFO) seen during the expuls

44 Cortical sources within the high-frequency oscillation (HFO) bandwidth (70-150Hz) lo

45 ms of gas exchange, and potential utility of high-frequency oscillation (HFO) has been acquired in an

46 Within the OSCILLATE trial of high-frequency oscillation (HFO) versus conventional ven

47 The timing of high-frequency oscillation (HFO), which was sometimes pr

48 High-frequency oscillations (HFO) characteristic for the

49 Recent research suggests that high-frequency oscillations (HFO), in the ripple (80-250

50 sory evoked potentials (SEP) and the area of high-frequency oscillations (HFO).

51 Interictal high frequency oscillations (HFOs), in particular those

52 Hippocampal high-frequency oscillations (HFOs) are prominent in phys

53 ere is compelling evidence that pathological high-frequency oscillations (HFOs), called fast ripples

54 In epilepsy, high-frequency oscillations (HFOs, >80Hz) have proven pa

55 Transient high-frequency oscillations (HFOs; 150-600Hz) in local f

56 shown to influence the temporal dynamics of high-frequency oscillations (HFOs; 200-500 Hz) and singl

57 High-frequency oscillations (HFOs; 80-500 Hz) are though

58 High-frequency oscillations (HFOs; 80-500 Hz) seem bette

59 eous neural firing correlated with a lack of high frequency oscillations in adjacent subdural recordi

60 Presentation of the images induced high frequency oscillations in all three studied bands w

61 (ii) we found no difference in the rates of high frequency oscillations in control neocortex and the

62 rate (Hz) on tidal volumes delivered during high-frequency oscillation in adults.

63 Recent reports converge to the idea that high-frequency oscillations in local field potentials (L

64 ity size and explains previously undescribed high-frequency oscillations in measles incidence.

65 tudies show that cholinergic agonists induce high-frequency oscillations in slice preparations.

66 of East Antarctica that show high-magnitude, high-frequency oscillations in surface level during the

67 de array recordings, we report activation of high-frequency oscillations in the beta and gamma ranges

68 High-frequency oscillations in the beta range (10-45 Hz)

69 High-frequency oscillations in the brain open a new wind

70 ment, but are ideally arranged to damp these high-frequency oscillations in the limb.

71 We conclude that high-frequency oscillation is a safe and effective mode

72 e show that, during motor behavior, low- and high-frequency oscillations jointly couple cortex and st

73 These data suggest that high frequency oscillations may represent the substrate

74 These findings suggest that high-frequency oscillations may subserve intra- and inte

75 (n = 7); d) partial liquid ventilation with high-frequency oscillation (n = 7); and e) partial liqui

76 ring persistent gamma frequency oscillations high frequency oscillations occur with a high bispectral

77 The data suggest that high-frequency oscillations occurred as a consequence of

78 High-frequency oscillation of the perfiuorocarbon-filled

79 Unique high-frequency oscillations of 250 to 500 Hz, termed fas

80 Coherent high-frequency oscillations of electrical activity in CA

81 Regular high-frequency oscillations of insulin secretion are cha

82 Patients received either high-frequency oscillation or jet ventilation if respira

83 andatory ventilation (IMV) rate; c) PLV with high-frequency oscillation; or d) PLV with high-frequenc

84 ication and it has been suggested that these high frequency oscillations originate as collective beha

85 It has been 10 years since pathological high-frequency oscillations (pHFOs) were described in th

86 able as increased coherence between low- and high-frequency oscillations, probably resulting from inh

87 that larger prospective studies correlating high-frequency oscillations rates with seizure-onset zon

88 The power spectrum of these high-frequency oscillations shows either two peaks of en

89 Here we investigate high frequency oscillations spanning the high gamma (50-

90 In summary, our results show that high frequency oscillations, spanning a wide range of fr

91 Thus high-frequency oscillations synchronize the activity of

92 taneous ripples, and focal optically induced high-frequency oscillations ("synthetic" ripples) in fre

93 Sharp-wave ripples (SWRs) are high-frequency oscillations that generate highly synchro

94 of strongly increased overall activity with high-frequency oscillations, the so-called sharp-wave/ri

95 ermittent, strong increases of activity with high-frequency oscillations; the models developed predic

96 ed ten pediatric centers that frequently use high-frequency oscillation to describe current clinical

97 ant epilepsy and to focus on interictal very high-frequency oscillations (VHFOs) between 500Hz and 2k

98 D for conventional mechanical ventilation vs high-frequency oscillation was demonstrated, after adjus

99 After stabilization, high-frequency oscillation was initiated at a mean airwa

100 To examine the possibility of high-frequency oscillations, we used a finite-element mo

101 Both the gamma frequency and high frequency oscillations were attenuated by the gap j

102 These repetitive high frequency oscillations were seen in recordings from

103 ies suggested that additional low-amplitude, high-frequency oscillations were also possible.

104 decision making, the amplitudes of multiple high-frequency oscillations were dynamically modulated i

105 rby pyramidal cells was sufficient to induce high-frequency oscillations, whereas closed-loop silenci

106 elow the cut, respectively) and eliminated a high frequency oscillation which occurred during the bur

107 nctive features of epileptic foci, including high-frequency oscillations with evidence of out-of-phas

108 athway for histamine-dependent regulation of high-frequency oscillations within the hippocampal forma