ライフサイエンスコーパス: phase angle

1 tension time index), and high postextubation phase angle.

2 fic parameters include initial amplitude and phase angle.

3 ng the modulation frequency and the detector phase angle.

4 tion, but increased a little at intermediate phase angles.

5 h T-cycles (T26), but not T21, with similar phase angles.

6 d-body wall preparations and, at a different phase angle, also in isolated nerve cords.

7 measures were calculated by Fourier harmonic phase-angle analysis of local myocardial count variation

8 Phase angle and fat mass increased while fat-free mass d

9 The plots of phase angle and LBI as a function of data point number s

10 The distribution for phase angle and LBI was within a narrow range.

11 hose components can assume continuous-valued phase angles and binary magnitudes can be stored and ret

12 field-locked neurons had different preferred phase angles and did not co-occur within the same cycle

13 also determined from the titration curves of phase angles and modulations versus pH for the purpose o

14 x (BI), which quantifies differences in mean phase angles and phase concentrations between correct an

15 lds measurements of fat-free mass, fat mass, phase angle, and other measures.

16 rcentage and greater muscle mass, whole body phase angle, and resting metabolic rate (all significant

17 Low phase angle appears to be associated with suboptimal out

18 Two new approaches for setting the right phase angle are discussed.

19 pacitance, impedance, dissipation factor and phase angle) as a function of temperature from 25 degree

20 rg, Merrow and coworkers have shown that the phase angle at which spore formation occurs depends on t

21 Because individuals differ in the phase angle at which their circadian rhythms are entrain

22 termine the coherence, transfer function and phase angle between diastolic arterial pressure (DAP) an

23 The cross-spectral phase angle between systolic pressures and R-R intervals

24 to reduced gradient amplitudes and narrowed phase angles between gradients, offering a mechanistic a

25 coordination of the spatial distribution of phase angles between multiple sound emitters.

26 ce included fat and fat-free mass as well as phase angle calculated at 50 kHz.

27 search should ascertain whether preoperative phase angle can predict outcomes.

28 llular resistance (R(i), chi2 = 39.536), and phase angle (chi2 = 22.679) (P < 0.01).

29 ts to the imposed sleep-wake cycles but at a phase angle comparable to baseline.

30 subjects, although at a significantly wider phase angle compared with baseline.

31 s applied to the scintigraphic data and mean phase angles computed for the RV and LV.

32 agnitude of dynamic complex modulus |E( *)|, phase angle delta between force and indentation depth, s

33 cadian clock-controlled genes with different phase angles, demonstrating that many clock outputs are

34 Phase angle, determined by bioelectrical impedance analy

35 ylamine and nonabsorbing p-benzoquinone, the phase angle difference between absorption and diffractio

36 that are less dependent on the shape of the phase-angle distribution histogram provided higher sensi

37 narities, non-sinusoidality, and non-uniform phase angle distributions-attractive properties consider

38 The peak frequency of phase angle, f(peak), was observed to scale linearly wit

39 Response phase angles for all temporal frequencies tested were un

40 rical seed coefficients that, along with the phase angles for the map, are derived from the arrangeme

41 ytical method to approximately calculate the phase-angles for the synchronous oscillators.

42 tween the cycle times of maximal expression (phase angles) for a set of genes studied in two experime

43 The phase angle from bioelectrical impedance analysis (BIA)

44 pre and post assessment of body composition, phase angle, functional movement screen (FMS), balance,

45 Phase angle, grip strength, and 6-min walk test distance

46 % CI: 4.8, 12.4; n=26), whereas those with a phase angle >5.57 had a median survival of 40.4 mo (95%

47 Handgrip strength and phase angle improved after LTx (P<0.05).

48 ducted to investigate the prognostic role of phase angle in advanced colorectal cancer.

49 ther validate the prognostic significance of phase angle in cancer treatment settings.

50 was to assess the prognostic ability of the phase angle in HIV-infected patients in the era of HAART

51 Improvement in phase angle in the first month postoperatively was assoc

52 Neural phase angles in the alpha frequency range (8-12 Hz) over

53 tructed to evaluate the prognostic effect of phase angle independent of other clinical and nutritiona

54 The phase angle, indicative of cell membrane integrity, stea

55 Phase angle is a prognostic indicator in patients with a

56 o the tip-to-substrate distance, whereas the phase angle is broadly defined by the local capacitive r

57 , compared with younger adults, the coupling phase angle is shifted in time and is more variable in t

58 Because the scan radius is constant, the phase angle is sufficient to characterize the position o

59 Patients with a phase angle < or =5.57 had a median survival of 8.6 mo (

60 rst subcellular measurements of viscoelastic phase angles, LTM provides estimates of solid versus liq

61 reported on-chip MSCs showed a low impedance phase angle of -73 degrees at 120 Hz and a high power de

62 The as-fabricated device shows a phase angle of -75.4 degrees at 120 Hz with a specific c

63 ps distributed uniformly with respect to the phase angle of a 3-Hz frequency-modulated stimulus.

64 could be instantly rescued by reversing the phase angle of alternating current.

65 virally encoded WT melanopsin; however, the phase angle of entrainment and masking were indistinguis

66 circadian variation in CDC, S-phase length, phase angle of entrainment to light or clock, and its di

67 n phenotypes: free-running circadian period, phase angle of entrainment, amplitude of the circadian r

68 To control for variance in phase angle of entrainment, we used dual internal refere

69 he SCN are sufficient to maintain the normal phase angle of entrainment.

70 time, this lag or lead was quantified as the phase angle of neural TI onset.

71 imate the incidence, magnitude, and relative phase angle of temporally correlated activity from simul

72 At finite frequency, we can also tune the phase angle of the active modulus to produce a direction

73 e 5'-5' linkage, the C3'- exo pseudorotation phase angle of the alpha-nucleotide, and unusual backbon

74 tion explores the impact of manipulating the phase angle of the applied voltage to exert a level of c

75 igher frequencies, the peak frequency of the phase angle of the modulus (representing fluid-solid fri

76 to what extent the circular ordering of the phase angles of genes is maintained across multiple expe

77 chains-are mathematically equivalent to the phase angles of rotating planar ('XY') spins.

78 m 121 A at pH 6 to 133 A at pH 8.5, allowing phase angles of the lamellar data to be obtained by a sa

79 orbital arcs, we constrain the distances and phase angles of the objects using known asteroids as pro

80 The influence of phase angle on time to clinical progression, adjusted fo

81 The pseudorotational phase angle, P, of the sugar puckers for the bound nucle

82 value of the 3' and 5' sugar pseudo-rotation phase angle, P; a change in the value of shift causes a

83 The phase angle (PA) has been used as a prognostic marker in

84 s high amplitude mu-alpha waves at different phase angles (peaks, troughs, rising and falling flanks)

85 es work of breathing (WOB) indices including phase angle ( ), percent rib cage (RC %), breaths per mi

86 ed (c) as surrogate for tissue stiffness and phase-angle (phi) of the complex shear modulus reflectin

87 namic complex indentation modulus, |E*|, and phase angle, phi, between the force and tip displacement

88 ol in cardiac surgical studies, in which low phase angle predicted morbidity and mortality.

89 ansition between these states, with opposite phase angles predicting minimal versus maximal input.

90 of the torsional response on the rotational phase angle Psi0 between adjacent nucleosomes.

91 The phase-angle ratio after the first cycle of the first NAC

92 Conclusion MRE-derived phase-angle ratio and tumor stiffness ratio were associa

93 ive to before NAC (tumor-stiffness ratio and phase-angle ratio, respectively).

94 Specifically, EIM measurements (phase angle, reactance, and resistance) at 2 and 50 kHz

95 ly memory was associated with a deviation in phase angle relative to pair memory.

96 ritional status of HIV-infected persons, low phase angle remains an independent adverse prognostic ma

97 ticity (repeatability coefficient, 8.3%) and phase angle (repeatability coefficient, 5%).

98 ts that successfully reproduces the observed phase angle response.

99 Transfer functions were unchanged, but phase angle shifted from positive to negative with appli

100 ivation progressed, the muscle stiffness and phase angle steadily increased; these increases graduall

101 (inf) (T = - 5.438, P < 0.001) and increased phase angle (T = 2.436, P = 0.023), independently of ECM

102 e M-cell locked to two diametrically opposed phase angles that were frequency dependent but intensity

103 There was also a significant increase in the phase angle theta of the cryopreserved vessels (theta=24

104 the viscous component of arterial wall (lag phase angle, theta) was calculated from hysteresis plots

105 effective properties, we confirm the use of phase angles to define the backward propagation conditio

106 This results in a change in the phase angle up to 15 degrees and 30 degrees and in the m

107 in forward scattering geometry (~174 degrees phase angle) using the Colour and Stereo Surface Imaging

108 Higher phase angle was associated with a lower relative mortali

109 BIA was conducted on all patients and phase angle was calculated.

110 In the relaxed state, a large negative phase angle was observed, which suggests the existence o

111 Muscle quality (via phase angle) was assessed using bioelectrical impedance

112 from the psbAI promoter, changing amplitude, phase angle, waveform, or period.

113 Low perioperative and 1-mo phase angles were associated with prolonged posttranspla

114 Neural phase angles were compared for correct versus incorrect

115 ak in p20, limiting G1/S transition, and its phase angle with the expression of core clock genes, Clo

116 omechanics, specifically tumor stiffness and phase angle within these regions of interest, were quant

117 We demonstrate that by using the phase angle xi defined as xi=arctanV2(')/V2('') in the l