ライフサイエンスコーパス: transfer function

1 noise ratio, and z-axis resolution (contrast-transfer function).

2 perty of proteins that facilitate the charge transfer function.

3 )] site that is presumed to have an electron transfer function.

4 st a possible catalytic rather than electron transfer function.

5 h the scissile phosphate) but not the proton transfer function.

6 he incident THz beam by modulating its phase transfer function.

7 having impaired photosynthetic and electron transfer function.

8 ion 87 of VirB8 to leucine abolished its DNA transfer function.

9 ackground activity and the stimulus-response transfer function.

10 separating the contribution of the diffusive transfer function.

11 e highlight the importance of optimizing the transfer function.

12 bout a factor of 2 larger than the diffusive transfer function.

13 ction but to be directly linked to its lipid transfer function.

14 transduced by large derivative ranges of the transfer function.

15 of this asymmetry to the quinone's electron transfer function.

16 out knowing the form of the original dynamic transfer function.

17 hich respond by induction of plasmid-encoded transfer functions.

18 red for transfer, but lacks the trans-acting transfer functions.

19 eB, is essential for control of excision and transfer functions.

20 y new sentinel, surveillance and information-transfer functions.

21 a coli strain carrying chromosomally-encoded transfer functions.

22 nsposition is limited by the availability of transfer functions.

23 agnitude and can be designed to have tunable transfer functions.

24 al for both helix destabilization and strand transfer functions.

25 cell-ganglion cell connections have distinct transfer functions.

26 providing structural, catalytic and electron transfer functions.

27 Repetitive-task training might also improve transfer functions.

28 he best NN architecture included a sigmoidal transfer function, 14 input, 16 hidden, and 3 output neu

29 function prediction; (2) it is beneficial to transfer functions across a wide range of organisms; (3)

30 cores using multiproxy and physically based transfer functions allow increasingly confident interpre

31 Contrast-transfer functions along the z axis for eight-element pr

32 Coherence and transfer function analyses were used to examine the rela

33 s assessed (i) in supine rest, analysed with transfer function analysis (gain and phase) and autoregu

34 determination of CA following calculation of transfer function analysis and rate of regulation (RoR).

35 dynamic cerebral autoregulation evaluated by transfer function analysis in the very low (<0.07 Hz), l

36 ween BP and R-R variability as quantified by transfer function analysis is determined predominantly b

37 Transfer function analysis revealed significant increase

38 ephrectomized control and diabetic rats, and transfer function analysis was used to determine the dyn

39 ood flow regulation could not be detected by transfer function analysis, suggesting that nonlinear ap

40 and cerebral blood flow velocity (BFV) using transfer function analysis.

41 n Type 1 copper center with a redox/electron transfer function and a nearby Type 2 center where nitri

42 to the korB open reading frame influence clt transfer function and demonstration that clt-korB sequen

43 s were performed to determine the coherence, transfer function and phase angle between diastolic arte

44 icle, to determine both the distance-to-time transfer function and the instrument response function o

45 ns were introduced to the assumed middle-ear transfer function and to the way that specific loudness

46 OTF oxygen transfer function and volume over threshold are noninvas

47 ate description of the photosynthetic energy transfer functioning and subsequent applications in arti

48 For optimal network, networks' transfer functions and different learning algorithms wer

49 These are combined with novel transfer functions and multiform, linked visualizations

50 etwork tolerates the variability of neuronal transfer functions and trial-to-trial variation that is

51 , is involved in the proton coupled electron transfer function, and is highly conserved.

52 between Objective Scatter Index, Modulation Transfer Function, and visual acuity (r = 0.4, P < .0001

53 The Objective Scatter Index, Modulation Transfer Function, and visual acuity were correlated wit

54 of virulence factors, the expression of gene transfer functions, and the production of antibiotics.

55 f their input-output responses-the so-called transfer function-and how to tune them.

56 l Fourier transform, to produce a modulation transfer function; and taking the inverse Fourier transf

57 re waveforms were derived from a generalized transfer function applied to the radial pressure wavefor

58 ance from seed origin were compared, using a transfer function approach.

59 adopting an enzymology-like framework, where transfer functions are described in terms of their input

60 This approach is based on the transfer function around the feedback loop (loop transmi

61 c factors that regulate the primary electron transfer function, as well as alternative functions and

62 ith the proposal that BLT4 LTPs have a lipid-transfer function associated with frost acclimation in b

63 ion (r = 0.65, P = .0001) and the OTF oxygen transfer function at 6 hours showed an inverse correlati

64 ficiency of manganese with a tangent sigmoid transfer function at hidden layer and a linear transfer

65 alitatively, and slightly altered modulation transfer function at higher spatial frequencies.

66 ansfer function at hidden layer and a linear transfer function at output layer.

67 To investigate the transfer function at the hair cell's synapse, we develop

68 A simple adaptive transfer function (ATF) was developed.

69 Thus, for MT neurons described by a linear transfer function, attention produced a multiplicative s

70 ge quality was measured by using the optical transfer function-based visual Strehl ratio (VSOTF).

71 on, because distant from the instability the transfer function becomes linear.

72 We use the models' water vapour as a transfer function between data sets that overcomes issue

73 eduction (to 50 mmHg) and by calculating the transfer function between physiological fluctuations in

74 ts of acute cerebral vasoconstriction on the transfer function between spontaneous changes in blood p

75 regulation was quantified by analysis of the transfer function between spontaneous changes of mean ar

76 tification input-output analysis to obtain a transfer function between the stimulus and the overall c

77 When the transfer function between transmitter release and Ca(2+)

78 hat the drug-metallochaperone inhibits metal transfer functions between copper-trafficking proteins.

79 f correlations, power-spectral densities and transfer functions between selected inputs and outputs.

80 kinetic scheme uniquely associated with the transfer function by means of a classification procedure

81 Some aspects of cholesteryl ester transfer function can be maintained in a chimeric protei

82 ted by a few picoamps about the mean and the transfer functions computed from each type of stimulus-r

83 how to calculate 3D models for the contrast transfer function (CTF) that describe the transfer of in

84 selective fm areas under the rate modulation transfer function curve.

85 SL) measurements provided ocular Modulation Transfer Function cutoff frequency and Objective Scatter

86 and the frequency dependence of the neuron's transfer function determine whether synchronous spikes p

87 Inactivation of the SCP2* transfer function did not prevent or reduce plasmid tran

88 aterial surfaces endowed with efficient gene-transferring functions do not yet exist.

89 We have used the directed transfer function (DTF) to investigate the direction in

90 Results indicate that tube-transfer function effects that produce asymmetric ion sw

91 We construct transfer functions for a simple model of a high characte

92 urther, we use comparisons of audiograms and transfer functions for stapes (or columella) velocity or

93 Computed and measured modulation transfer functions for the KPro were found to be very cl

94 threshold of sequence identity necessary to transfer function from a protein of known function to an

95 dentification tools are used to identify the transfer functions from biologically inspired control in

96 I estimate transfer functions from changes in atmospheric CO2 and f

97 ilica, diatom assemblages and pollen-climate transfer functions from the Ribains maar in France.

98 recipitation reconstruction (derived using a transfer function) from an alpine lake in North China, w

99 eck suction (NS) from +40 to -80 Torr, while transfer function gain (GTF) was calculated to assess th

100 increase in the low-frequency (0.07-0.20 Hz) transfer function gain and decrease in RoR (P < 0.05 ver

101 These changes in transfer function gain and phase persisted despite resto

102 frequencies except 0.03 Hz and increased the transfer function gain at frequencies above 0.05 Hz.

103 Transfer function gain at the low frequencies (LF, 0.07-

104 Spectral transfer function gain between beat-to-beat changes in l

105 BRS was determined as the LF transfer function gain between BP and HR.

106 power of HR and BP as well as BRS as the LF transfer function gain between BP and HR.

107 Transfer function gain between systolic BP and R-R inter

108 Thus, transfer function gain increased by 81%.

109 These very rapid increases in RBF and transfer function gain suggest that autoregulation is im

110 On analysis of transfer function gain, attenuation of the renal nerve s

111 The transfer function gain, phase, and coherence between the

112 ectral powers, cross-spectral coherence, and transfer function gains and phases in arterial pressure

113 experimental conditions, then the respective transfer functions generated by deconvolution with neura

114 Generalized transfer functions (GTFs) are available to compute the m

115 The transfer function had a low gain below 0.01 Hz (high aut

116 Existing head-related transfer function (HRTF) data bases provide descriptions

117 is explicitly described by the head-related transfer function (HRTF) from sound source to ear canal.

118 its origin to the cochlea [the head-related transfer function (HRTF)].

119 leus (DCN) is discrimination of head-related transfer functions (HRTFs), spectral cues used for verti

120 ure waveforms generated using a mathematical transfer function in 20 patients with stable refractory

121 delay, extent of LTI control and visuo-motor transfer function in six randomly disturbed, visuo-manua

122 Deletion of plasmid transfer functions, including the cis-acting origin of t

123 In addition to their electron transfer function, iron-sulfur clusters act as catalytic

124 They generate quantitatively identical transfer functions, irrespective of the identity of the

125 e desaturation but that a redundant electron transfer function is capable of compensating for IM acti

126 ency and observe that its current-to-voltage transfer function is compressively nonlinear, having a l

127 First, the transfer function is defined in terms of the wave travel

128 nges over which the polychromatic modulation transfer function maintains 80% of the peak value (DOF80

129 Oxygen transfer function may serve as an early marker for detec

130 all amount of defocus which enables contrast transfer function measurement and correction.

131 cells to the nanoparticles were analyzed via transfer function measurements, microscopic examination

132 th, neural sharpness, and area of modulation transfer function (MTF) also showed that change correlat

133 equired for the construction of a modulation transfer function (MTF) and subsequent determination of

134 The modulation transfer function (MTF) is a staple of auditory psychoph

135 size, background detrending), and modulation transfer function (MTF) test devices and methods.

136 for the direct measurement of the modulation transfer function (MTF) to assess image quality.

137 The time course of HOAs and modulation transfer function (MTF) was compared between groups and

138 The modulation transfer function (MTF) was measured by using an edge de

139 tical quality, as measured by the modulation transfer function (MTF), degrades with age, but the MTF

140 tability, uniformity of response, modulation transfer function (MTF), noise power spectrum, detective

141 the human visual system, and the modulation transfer function (MTF), which assesses the resolvable s

142 ons were compared with the use of modulation transfer function (MTF).

143 Cascades with ultrasensitive transfer functions naturally operate near saturation, an

144 leavage site is not responsible for the stop-transfer function of SA-I.

145 ack mechanisms in protecting the information transfer function of saturable, heterogeneous cell signa

146 correlations, internal fluctuations and the transfer function of single neurons.

147 stimulation is well approximated by a simple transfer function of summed calcium entry.

148 performing a full correction of the contrast transfer function of the microscope.

149 The mutations abolished the DNA transfer function of the protein as well.

150 We conclude that the transfer function of the right heart and lungs is equiva

151 The synaptic transfer function of various measurements of EPSP or IPS

152 to resolution, we calculated the modulation transfer function of yttrium-aluminum-garnet doped with

153 can compensate for the lack of the electron transfer functions of a multi-heme c-type cytochrome has

154 The modulation transfer functions of CNIC neurons differed dramatically

155 P90) in other rats, the temporal modulation-transfer functions of cortical neurons were documented.

156 ircuit can affect the input-output response (transfer function) of the circuit.

157 Detailed quantitative descriptions of the transfer function or input-output function for genetic p

158 dot motion, we estimated the optimal linear transfer function (or kernel) between the global motion

159 er from the lungs into the blood, the oxygen transfer function ( OTF oxygen transfer function ) was c

160 Modulation transfer function, point spread function, and Strehl rat

161 Corti in vivo Our goal was to determine the transfer function relating the radial shear between the

162 The method can automatically adjust the transfer function relating the spatial distance to the P

163 n does not result in increased expression of transfer functions required to mobilize a plasmid contai

164 The nonlinear input-output transfer function requires strong optical nonlinearity,

165 obtained by determining their real space tip transfer function (RSTTF).

166 outside this core of stable inheritance and transfer functions show that this plasmid has been subje

167 For each patient, transfer functions (TFs) between aortic and radial press

168 n of pulse rate and outline an intracellular transfer function that likely facilitates the response t

169 ly, due to the nonlinear voltage-firing rate transfer function, the preferred orientation of the F0 a

170 For certain neural transfer functions, the conditions for optimal sensory c

171 Based on the concept of coherent transfer functions, the underling resolving power of axi

172 ous physical systems, which ensures that the transfer function-the transmission of a physical quantit

173 ld also be observed as a signal shift in the transfer function.The results of our study indicate the

174 ere converted to central aortic waveforms by transfer function to assess integrated measures of pulsa

175 inverse Fourier transform of the modulation transfer function to produce a point-spread function in

176 Control circuits linking plasmid transfer functions to the status of the bacterial popula

177 eeds) yields the highest coverage rates when transferring functions to model proteomes.

178 method, with or without optimization of the transfer function, to four different MDS-based algorithm

179 mulated by IS3 transposase (Tnp) and plasmid transfer functions (TraI).

180 s by digitally manipulating the head-related transfer functions used to create the VS stimuli by inde

181 ferring protein, as well as with an electron-transfer function via thiol-disulfide interchanges.

182 (RMS) wavefront error and volume modulation transfer function (vMTF) induced by changes in tear film

183 ty (visual Strehl ratio based on the optical transfer function; VSOTF) were computed for simulated de

184 t temporal rate at which temporal modulation-transfer function was at half of its maximum was reduced

185 function of the stimulus frequency, and its transfer function was called differential immittance spe

186 he standard dose of allergen, the OTF oxygen transfer function was decreased at 6 hours in asthmatic

187 The oxygen transfer function was significantly lower in patients in

188 The measured evanescent wave transfer function was then used to convert the vertical

189 d, the oxygen transfer function ( OTF oxygen transfer function ) was calculated.

190 t room air and at 100% oxygen and the oxygen transfer function were calculated.

191 Changes in the transfer function were observed when yeast suspension wa

192 The changes in the transfer functions were assessed using the overlapping i

193 Modulation transfer functions were calculated from CT images of 50-

194 Transfer functions were unchanged, but phase angle shift

195 mated via radial tonometry and a generalized transfer function) were assessed at baseline.

196 plates in other protein structures, so as to transfer function when a match is found.

197 The modulation transfer function, which measures the minimum detectable

198 was thereafter employed to define a variable transfer function, which was applied to the calibrated w

199 the loss and gain of transferred DNA (T-DNA) transfer functions, which is consistent with the view th

200 on a single camera, resulting in a detection transfer function with axially extended support.

201 attention scaled the temporal profile of the transfer function with no appreciable shift in time or c

202 as evaluated by the polychromatic modulation transfer function with Stiles-Crawford effect.

203 fic to each hyperemic component, a universal transfer function (with LFP or MUA) yielded predictions

204 er low-pass or band-pass temporal modulation transfer functions, with the proportion of band-pass res