ライフサイエンスコーパス: low-pass filter

1 ma (50 Hz) frequency input, thus acting as a low-pass filter.

2 tead the decoding mechanism acts as a simple low-pass filter.

3 , active oscillator, quiescent resonator, or low-pass filter.

4 y change interparticle spacing, similar to a low-pass filter.

5 s across a stenosis, potentially acting as a low-pass filter.

6 pectral degradation in cochlear implants, or low-pass filtered.

7 intrinsic properties of bipolar cells shape low-pass filtering.

8 ecommended by the ISCEV standards because of low-pass filtering.

9 The coupling shows typical low-pass filtering.

10 observed high-pass filtering but not to the low-pass filtering.

11 cs follows dynamic rules similar to temporal low-pass filtering.

12 We found that the system acted as a low-pass filter, able to respond to low-frequency oscill

13 At this endbulb synapse, STP acts as a low pass filter and increases the dynamic range of the c

14 Raw force measurements were low-pass filtered and discrete pushing events identified

15 in length, but recent data suggest OHCs are low-pass filtered and unable to follow high-frequency si

16 oach that addresses the additional issues of low-pass filtering and correlated noise.

17 ane properties, synaptic integration and the low-pass filtering and distribution of coupling potentia

18 oop, while the loop acts as a spatiotemporal low-pass filter, and synaptic and dendritic dynamics tem

19 reproducible feature family, and the wavelet low-pass filter applied horizontally and vertically was

20 ct that positive feedback in cells acts as a low-pass filter at the population level in oscillatory f

21 by primary vestibular afferents, but undergo low-pass filtering at intermediate stages in the vestibu

22 posed that such a behaviour is mediated by a low-pass filter (averaging of mutational noise signals)

23 e variables (active and removed cases) and a low pass filter based on a rational transfer function to

24 olution of motion signals, spike trains were low-pass filtered before estimating the direction of mot

25 We then demonstrate that the low-pass filtering behavior can be exploited to enable p

26 ect and inverse temperature jumps, revealing low-pass filter behaviour during periodic temperature va

27 y to achromatic versus chromatic stimuli and low-pass filtering between the LGN and V1.

28 motor neuron bursts, tonically contract, and low-pass filter broad-band input.

29 ted fluorescence involves nonlinearities and low-pass filtering, but the effects of the transformatio

30 e attenuation allows the cascade to act as a low-pass filter by rejecting short-lived perturbations i

31 action of area occupied by flow pixels after low-pass filtering by local averaging 21x21 pixels.

32 action of area occupied by flow pixels after low-pass filtering by local averaging 41 x 41 pixels.

33 hypothesis that short-term processes enhance low-pass filtering by reducing responses to fast beat ra

34 orce responses to electric pulses follow the low-pass filtered calcium signal.

35 somatosensory cortex, revealing differential low-pass filtering capabilities.

36 In turn 3, the responses demonstrated low-pass filter characteristics.

37 adient, external radiative forcings, and the low-pass filtering characteristics of soils.

38 at the cAMP machinery in HEK cells acts as a low-pass filter disregarding the relatively rapid Ca2+ s

39 eptor potential may be greatly attenuated by low-pass filtering due to the OHC time constant (tau(m))

40 rast, eye-contra cells were characterized by low-pass filter dynamics relative to linear acceleration

41 ating a distributed delay and three cascaded low-pass filter elements.

42 e derived Euclidean Norm Minus One g (ENMO), Low-pass filtered ENMO (LFENMO), Mean Amplitude Deviatio

43 other non-linearity or that any significant low-pass filter followed the non-linear stage of the mod

44 that the T-junction is a site that acts as a low-pass filter for AP propagation.

45 n CHF rats is caused by an alteration in the low-pass filter function of the renal vasculature, resul

46 n in CHF is a result of an impairment in the low-pass filter function of the renal vasculature.

47 sic firing properties that contribute to the low-pass filtering function of dentate granule cells.

48 thin the hippocampus dentate gyrus serves a 'low-pass filtering' function that protects against hyper

49 ical example demonstrating short-wavelength, low-pass filter functionality.

50 re designed to function as short-wavelength, low-pass filters, further reducing light reflection.

51 over the entire dendritic field, providing a low-pass-filtered global depolarization to dendrites.

52 The use of depression for low-pass filtering, however, is itself a paradox; depres

53 dependent synaptic depression would act as a low pass filter important in the initial processing of g

54 In the representation disclosed by low pass filtering in this study, the response was stabl

55 TD sensitivity, suggesting the presence of a low-pass filter in the envelope domain.

56 quency in responses evoked by square-wave or low-pass filtered inspiratory currents but had no effect

57 thway, the HOG pathway, is shown to act as a low-pass filter, integrating the signal when it changes

58 4) in the presence of excess additive noise, low-pass filtering is required for evolutionary stabilit

59 sical stimuli were created: 8-,4-, and 2-kHz low-pass-filtered (LPF) versions with increasing high-fr

60 These data were low-pass filtered (<0.08 Hz), and cross correlations of

61 Attenuation of the oscillations by low-pass filtering (<50 Hz) decreased the precision in a

62 individual nanoparticle stepwise transients, low-pass filters maintain the step height.

63 After low-pass filtering, models were aligned with the reconst

64 sponse to loud sound (120 dB SPL, 30 minutes low-pass filtered noise).

65 Considerable low pass filtering of AN inputs away from BF results in

66 in neighboring RCs and is transmitted by the low-pass filter of the gap junctions.

67 trum (CPMG) from the regular 1D spectrum and low-pass filtering of 1D NOESY by its derivatives (c-SMo

68 s were inversely frequency-dependent, due to low-pass filtering of DA release by Ca(2+)-dependent rel

69 These neurons also showed low-pass filtering of electrosensory information but wit

70 vivo is putatively limited by the electrical low-pass filtering of the cell's transmembrane potential

71 tude primarily accounts for the steady-state low-pass filtering of these neurons beyond that contribu

72 bservations such as negative capacitance and low-pass filtering of translocation events (we term this

73 in fact, seafloor-shaping processes act as a low-pass filter on variations in magma supply, strongly

74 The dynamic aspect performs low-pass filtering on each unit's response, providing an

75 Most often, a low-pass filter or a comb filter was required to optimiz

76 concept applies to any temporal data that is low-pass filtered or decimated to improve signal to nois

77 Postsynaptic potentials resembled low-pass filtered presynaptic spikes with frequency depe

78 he stabilization behavior reflects a sensory low-pass filtering process rather than the self-location

79 However, OHC membranes have electrical low-pass filter properties that attenuate high-frequency

80 Subtypes 5s and 8 exhibited low-pass filtering property in response to a sinusoidal

81 sive properties can contribute up to 7 dB of low-pass filtering; PSP depression can add up to an addi

82 Electrical synapses behaved as low-pass filters, reducing currents passing at frequenci

83 ak subthreshold EPSC trains were essentially low-pass filtered, resonance emerged as EPSC amplitude i

84 nals [HFEN], and HFEN plus Euclidean norm of low-pass filtered signals minus 1 g [HFEN+]) were derive

85 The membrane acts as a low-pass filter, so that voltage and spiking mainly trac

86 0 Hz in telephone speech were restored), and low-pass filtered speech (f < 3,400 Hz, LP, i.e., distor

87 First, we used 50-Hz low-pass filtered speech envelopes and noise carriers, s

88 The IHC membrane time constant introduces a low-pass filter that attenuates fluctuations of the rece

89 We show that the metabolic system acts as a low-pass filter that reliably responds to a slowly chang

90 d to neck motoneurons, these signals undergo low-pass filtering that limits neck motoneuron phase-loc

91 re either unblurred or blurred with Gaussian low-pass filters that had cutoff frequencies spanning a

92 es exhibit novel wave characteristics (e.g., low-pass filters that transmit waves "isotropically" up

93 d synaptic and dendritic dynamics temporally low-pass filter the activity more generally.

94 CAPRI seems to low-pass filter the Ca2+ signal, converting different in

95 was observed despite mechanisms that clearly low-pass filter the in vivo electromotile response.

96 e stimuli in particular, AMMC neurons simply low-pass filter the receptor population response, thus p

97 Electrocorticogram (ECoG), obtained by low-pass filtering the brain signal recorded from a macr

98 detection of high-frequency hearing loss by low-pass filtering the broadband masking noise.

99 lex-formation mechanism behaves as a spatial low-pass filter, the bandwidth of which is inversely pro

100 Low-pass filtering therefore does not critically limit t

101 riving force that circumvents the membrane's low-pass filter, thus permitting amplification at high a

102 The mixing channel acted as a low pass filter to attenuate these pulses to produce the

103 We show that distance can establish a low-pass filter to periodic inputs and can enhance the f

104 e and arterial blood pressure waveforms were low-pass filtered to remove the respiratory and pulse co

105 d trend, and 67% of the detrended and 5-year low pass-filtered variance, in northern tropical Atlanti

106 d that monkey muscle activity also exhibited low-pass filtered vestibulocollic reflex dynamics.

107 An in-silico variable frequency active low-pass filter was developed using a microlithographica

108 PP)-dentate gyrus (DG) synapse operates as a low-pass filter, where responses to a train of 50 Hz, ga

109 Current injection evoked low-pass filtering, whereas light responses in voltage-c

110 ponse to dynamic stimuli, COM neurons act as low-pass filters, whereas CPn neurons act as bandpass fi

111 ellular receptor potentials are electrically low-pass filtered, which should hinder high-frequency he

112 ear stage in the cone model was subject to a low-pass filter with a time constant of no more than 1 m

113 d with the rectangle, Bessel and Butterworth low pass filters, with the later minimizing time shifts.

114 Fourteen neurons showed low-pass filtering, with a maximum decline in the amplit

115 Such low pass filtering would "buffer" cancer cell pHi from n