ライフサイエンスコーパス: correction factor

1 verting MAG3 clearance to ERPF by means of a correction factor).

2 NA-derived, fluorescently labeled probe as a correction factor.

3 the Q(y) transition and f is the local field correction factor.

4 model may be useful in estimating ionization correction factor.

5 oach as it removes the need for a hydrolysis correction factor.

6 lar details alone, eliminating the empirical correction factor.

7 re constant and nc is an optical local field correction factor.

8 ce-related characteristics, including an age-correction factor.

9 is satisfied, by using the harmonic quantum correction factor.

10 can therefore be accounted for by the use of correction factors.

11 the head model for generation of attenuation correction factors.

12 lidated previously using empirically derived correction factors.

13 9mTc- and 201TI-derived normal databases and correction factors.

14 baseline noise, and reduce the magnitude of correction factors.

15 ed Mantel-Haenszel estimates with continuity correction factors.

16 ds on all clays, thus allowing for empirical correction factors.

17 easurements of house dust extracts to obtain correction factors.

18 without the use of any calibration curves or correction factors.

19 This correction factor agrees with experimental observations

20 it the measurements with multiplication of a correction factor, allowing effective non-destructive ap

21 specific and predictable, the application of correction factors allows abundance estimates.

22 regulated; moreover, the application of time correction factors amplifies the importance of productio

23 reas in interfaces are expressed as the area correction factor and can be interpreted as a first-orde

24 experimental with control samples, q is the correction factor and F(c) is the calibrated value.

25 We estimated the incidence correction factor and performed meta-analysis to calcula

26 This excessively large correction factor and the large difference in the isotop

27 tory motion causes errors in the attenuation correction factors and artifacts in the attenuation-corr

28 ons >1 g/L, 2) the application of arithmetic correction factors, and 3) the use of a regression corre

29 ons >1 g/L, 2) the application of arithmetic correction factors, and 3) the use of regression approac

30 on >1 g/L), 2) the application of arithmetic correction factors, and 3) the use of regression correct

31 equilibrium simulation approach with quantum correction factors, and the other is the reduced model a

32 ) concentrations >1 g/L; 3) apply arithmetic correction factors; and 4) use a regression correction a

33 Empirical bias correction factors appear to be nearly constant over at

34 The correction-factor approach yielded a more modest reducti

35 ease than was achieved with the exclusion or correction-factor approaches, and accounting for malaria

36 When appropriate correction factors are applied, helical CT is superior t

37 Both correction factors are closely tied to the delivered vol

38 Correction factors are proposed that estimate the relati

39 Correction factors are required for the urinary bladder

40 ng climatological ground-based regional bias-correction factors based upon comparison with in situ PM

41 determinations to assess the small, constant correction factor, be used to calibrate intracellular BC

42 ed to measurements made by Stratus OCT using correction factors calculated by this study.

43 A single correction factor cannot adjust for inconsistent biases.

44 which requires the application of a coherent correction factor (CCF) to the data, calculated as the r

45 iduals to obtain sufficient estimates of the correction factor, completely negating any benefit gaine

46 thin the brain was obtained from attenuation correction factors computed from uniform and nonuniform

47 entration range, suggesting that an internal correction factor could be applied.

48 njected activity/body weight, peak dead-time correction factor, counting rates, and residual scatter

49 or an amino acid sequence XYZ, we define two correction factors, Delta((X)Y)n,s and Delta(Y(Z))n,s, r

50 ries, the observed values were adjusted by a correction factor derived from the model.

51 An empirical chemical exchange correction factor, determined by use of the HX data from

52 The FIQ correction factors developed provide a convenient method

53 e application of this process and associated correction factors enabled assignment of the correct str

54 fically, we found that most of the values of correction factor fall in the slip and transition regime

55 lass vials, therefore, requiring a container correction factor for accurate dose assay.

56 e methods for top-down analyses, including a correction factor for accurate protein ratio determinati

57 ddress these issues we have (1) introduced a correction factor for antibody persistence rates into tr

58 A correction factor for deuterium levels is obtained by qu

59 differences were even more pronounced when a correction factor for differences in core temperature wa

60 sic spectral counting methods by including a correction factor for each protein (called Oi value) tha

61 This method includes a correction factor for each protein, based on the peptide

62 Inclusion of a correction factor for potential changes in aortic cross-

63 Stat Med 1989; 8:1051-69) measurement-error correction factor for relative risks estimated from logi

64 data undermine the use of a single incidence correction factor for SAM estimates.

65 which we use the known genealogy to derive a correction factor for the case-control association chi2

66 e time from the set of lattice points; and a correction factor for the number of targets present.

67 Creatinine levels are routinely used as a correction factor for urine concentration, and therefore

68 Correction factors for differences in flow path length a

69 Without trend data or correction factors for dolphin availability, the impact

70 n framework to calculate and apply empirical correction factors for ligase bias.

71 pecified to a fixed medium composition, with correction factors for other electrolyte concentrations.

72 e vehicles are presented in addition to time correction factors for production and end-of-life GHG em

73 e concepts used to derive sequence-dependent correction factors for random coil chemical shifts, and

74 an be used to generate noiseless attenuation correction factors for the PET emission data.

75 hrough the Cavalieri estimator, and adequate correction factors for vesicle profile number estimation

76 And in step 3, correction factors from steps 1 and 2 were applied to re

77 s for subject motion by deriving each set of correction factors from the corresponding emission study

78 The addition of 201TI-specific correction factors further improved accuracy (r= 0.94, y

79 Correction factors generated from the quotient of the ce

80 relation to section thickness, we derived a correction factor given by the equation CF=1/(D/T+1), wh

81 likely order of magnitude for the zero-time correction factor governing the effective time of centri

82 The solvatochromic "polarizability correction factor" has been determined to be 0 for PVC.

83 sing short model peptides, and the resulting correction factors have important applications such as c

84 were studied and used to demonstrate the FIQ correction factors in this study.

85 in a spectrum and a peptide sequence, then a correction factor is added to account for the propensity

86 or the wide pressure range investigated, the correction factor is always greater than 1, indicating K

87 ently are rarely collected for SAM, and so a correction factor is applied instead.

88 Provided that a correction factor is applied to 18O analyses, accuracy a

89 The correction factor is directly related to the uncertainty

90 studies of emphysema and incorporation of a correction factor is essential for quantitative image an

91 ng the burden of SAM with a common incidence correction factor is unlikely to be adequate.

92 y-2-[18F]fluoro-D-glucose (FDG) depends on a correction factor (lumped constant [LC]), which may vary

93 test the hypothesis that a single incidence correction factor may be used for estimation of SAM burd

94 The correction factor method was validated by comparison wit

95 Protein EXpression levels based upon learned correction factors, MS/MS spectral counts and each prote

96 For shorter pulse times, a roughness correction factor must be used to calculate dimensionles

97 Applying the correction factor nearly completely eliminated the overe

98 o provides a convenient way of accessing the correction factors necessary for determining accurate mo

99 The correction factor, obtained from Monte Carlo calculation

100 f at least 20% and >50% of nodes requiring a correction factor of >2.

101 specific equations are developed, applying a correction factor of 0.88 to white reference values is c

102 from the injection syringe, which required a correction factor of 0.973, attributed to an instrumenta

103 stituted dicarbyonyls introduce an estimated correction factor of 2 and at least a 25% uncertainty, s

104 We estimated a pooled incidence correction factor of 4.82 (95% confidence interval: 3.15

105 factor of >10, with 70% of nodes requiring a correction factor of at least 20% and >50% of nodes requ

106 iopsies compared to BM aspirates despite the correction factor of HDF cells provided by AI.

107 ic data are consistent with a Bell tunneling correction factor of Q(H) = 12 and an imaginary frequenc

108 The correction factor of SF for inflammation was derived fro

109 The correction factor of SF was 0.65.

110 Correction factors of +0.87 and +0.44% were obtained for

111 Correction factors of +9.4% for delta18O and 4.89% for d

112 subgroups, respectively, with corresponding correction factors of 0.77, 0.53, and 0.75.

113 The correction factor over a range of Knudsen number and pre

114 rimentally constrained model to evaluate the correction factor (Phi) needed for chamber SOA mass yiel

115 cation method, using the empirically derived correction factors, provides accurate and reproducible q

116 We present our results in a simple correction factor, psi, the ratio of the corrected Young

117 f errors due to bad estimates of attenuation correction factors resulting from smoothing over regions

118 pdated the average cell strain by defining a correction factor ("strain factor"), based upon the elas

119 er-operating-characteristic curves yielded 4 correction factors (SUV(max) 1.8-2.6).

120 sed to estimate a more powerful and accurate correction factor than genomic control.

121 mprehensive tabulation of sequence-dependent correction factors that can be applied for amino acids u

122 n theory (Po) lead to the determination of a correction factor, the permeability decrement f (= Pm/Po

123 ion on absorbed radiation dose and applies a correction factor to account for its effect.

124 We introduce a correction factor to adjust for biases due to non-optima

125 g internal calibration and the addition of a correction factor to adjust for the natural variation of

126 in epidemiological studies, and to derive a correction factor to adjust for this bias.

127 lculated flow rates and to assess a possible correction factor to adjust the proximal convergence ang

128 omes with a single rrn operon may lower this correction factor to approximately 2.5.

129 The T(1)(nom) (T(1) nominal) method uses a correction factor to compensate the partially relaxed MS

130 scious effort to decide if and when to use a correction factor to ensure the validity of the data.

131 Application of a correction factor to OCT 2000 measurements predicted Str

132 ws for the derivation of an ad hoc empirical correction factor to partially alleviate errors resultin

133 t; 0.5, moderate; 0.8, large), and applied a correction factor to reduce bias.

134 The new F'-test is simply adding a correction factor to the conventional F-test.

135 control of the family-wise error rate via a correction factor to the significance threshold.

136 ragmental constant values, f (i), as well as correction factors to account for various "intramolecula

137 es of fat and lean mass, we derived specific correction factors to improve the measurement of total f

138 silicon and must be used carefully and with correction factors to measure 13C enrichments by continu

139 al.:861-869) set out to update an incidence correction factor used for estimating numbers of cases o

140 The lumped constant (LC) is a correction factor used to infer glucose metabolic rate (

141 Our results show that the incidence correction factor varies widely and suggest that estimat

142 When a correction factor was applied, the volume of calcified p

143 ss of corneal thickness and whether or not a correction factor was applied.

144 A first-order correction factor was developed to account for errors in

145 fect with (13)C or deuterium labeling, so a "correction factor" was introduced to make the quantifica

146 count for incident cases using an "incidence correction factor." We used data from 3 West African cou

147 internal standard and the determination of "correction factors." We have developed a guard column wi

148 ted five or more P values while reporting no correction factor were used in a simulation study.

149 These correction factors were also used to assign Pb isotopic

150 Attenuation correction factors were calculated from both sets of CT

151 Tracer- and tissue-specific background correction factors were calculated via receiver-operatin

152 on to the C(x)H(y)N-model, several empirical correction factors were derived from the data for organi

153 study, fluorescence internal quenching (FIQ) correction factors were derived using an unquenched SNAP

154 Correction factors were derived using iron(III) absorpti

155 of the closest possible similarity, and then correction factors were determined and introduced.

156 key functional groups and carbon types, and correction factors were determined.

157 Correction factors were developed that allowed ELISA dat

158 The normalized correction factors were species and concentration indepe

159 easurements should be used to determine SSDE correction factors when possible.

160 This new set of correction factors will have important applications to f