ライフサイエンスコーパス: calibrator

1 he maximal reactivity observed for the assay calibrator.

2 method can be adapted for use with any dose calibrator.

3 n a mixed sample can be assayed using a dose calibrator.

4 able instrument, the ionization chamber dose calibrator.

5 racts be established by dPCR prior to use as calibrator.

6 based on volume as well as on the local dose calibrator.

7 ed candidate material for an Aspergillus DNA calibrator.

8 reement when that panel was used as a common calibrator.

9 dose of 600 mg/d for 10 days) was used as a calibrator.

10 of a mouse anti-human fVIIIAb as a surrogate calibrator.

11 mRNA levels in untreated control samples as calibrator.

12 re it also serves as the primary photometric calibrator.

13 thyl chroman-2-carboxylic acid (Trolox) as a calibrator.

14 rget material and is independent of external calibrators.

15 of RT-PCR data depend on the use of external calibrators.

16 andard deviation, was less than 9.2% for all calibrators.

17 occur when synthesized peptides were used as calibrators.

18 radionuclides in several commercial activity calibrators.

19 t of the positive human plasma-derived assay calibrators.

20 Index values (specimen absorbance value/calibrator absorbance value) for the screening dilution

21 yptic and cleavable SIL peptides as internal calibrators across various bottom-up assays (i.e., denat

22 investigation examined the accuracy of dose calibrator activity measurement of the beta-emitting rad

23 ucleic acids without the need of an external calibrator and a greater resistance to inhibitors than r

24 nstants are only correct for a specific dose calibrator and setting, the method can be adapted for us

25 The calibrator and the human plasma anti-fVIIIAb were captur

26 positive human plasma for the manufacture of calibrators and controls for diagnostic assays.

27 6329/10), and used to prepare working assay calibrators and controls, which supported an assay quant

28 mplified DNA lack standards for use as assay calibrators and controls.

29 We used internal oligonucleotide calibrators and custom analysis software to improve smal

30 es, calibration approaches utilizing various calibrators and internal standards (I.S.) have been deve

31 -inhibited BuChE were synthesized for use as calibrators and internal standards, respectively.

32 rate and precise by the repeated analysis of calibrators and quality control samples in urine and pla

33 d storage of chemicals, a constant supply of calibrators and reagents, stable electrical power, highl

34 bration factors for NIST-maintained activity calibrators and secondary standard ionization chambers t

35 The final method using recombinant protein calibrators and stable isotope labeled (SIL) peptide int

36 results obtained with the chimeric antibody calibrators and the positive human plasma calibrators wa

37 for internal calibration (i.e., as internal calibrators) and external calibration (i.e., as internal

38 yl-1-chroman-2-carboxylic acid (Trolox) as a calibrator; and phosphate buffer (pH 7.0) as a solvent.

39 d settings for the NIST Capintec CRC-12 dose calibrator are (631+/-4) x 10 and (621+/-3) x 10 for the

40 d epoxy mock syringe source used in activity calibrators as a long-lived substitute for (18)F.

41 ssignments by bottom-up assays using peptide calibrators, as well as protein calibrators, given that

42 9)Zr activity was measured in a central dose calibrator before delivery.

43 over the course of 22 sample sets containing calibrators, blanks, and quality control samples.

44 ecision through the use of isotope dilution, calibrator bracketing, and gravimetric measurements.

45 The calibrator can be used to standardize aspergillosis diag

46 oss different assays; use of a noncommutable calibrator can reduce agreement among laboratories.

47 Selection of the quantitative calibrator, commercially prepared primers and probes, an

48 hy (HPLC)-grade water, defined as the lowest calibrator concentration, was 25 pg/mL in a small, 500 m

49 Serial dilution of each RNA calibrator demonstrated a 5 log linear dynamic range (5

50 standardize 90Y sources to establish a dose calibrator dial setting for accurate calibration of clin

51 he local dose calibrator to the central dose calibrator, differences between the local activity assay

52 The identical treatment of sample and calibrators eliminates the need for subtracting the proc

53 of the relative response ratios in activity calibrators enabled the equivalent (18)F activity to be

54 ng AAA to verify purities of protein/peptide calibrators ensures accurate quantitation.

55 75 x 70 and 775 x 100 on a radionuclide dose calibrator for 90Y measurements.

56 ombination on the standard radionuclide dose calibrator for calibration of 90Y radiopharmaceuticals.

57 eveloped an automated, permeation tube-based calibrator for elemental and oxidized mercury, and we in

58 standard) was introduced in 2016 as a common calibrator for improving the harmonization of BKV nuclei

59 substitution rates in intronic regions as a calibrator for neutral change, we found a strong avoidan

60 r, CD4 protein has been used as a biological calibrator for quantification of other surface and intra

61 competitive molecule successfully served as calibrator for quantification, matrix normalisation, and

62 1 transcript-specific in vitro-generated RNA calibrators for absolute quantitation.

63 of plasmid DNA (pDNA) and genomic DNA (gDNA) calibrators for the quantification of MON 810 maize was

64 sing peptide calibrators, as well as protein calibrators, given that absolute accuracy was not univer

65 While the calibrator has limitations, it was able to routinely inj

66 o quantify viral genomes without requiring a calibrator; however, neither can currently compete with

67 g external calibration for surrogate protein calibrators (i.e., recombinant proteins) to produce inac

68 se results indicate that the use of a common calibrator improved the agreement between the two assays

69 surrogate source to calibrate their activity calibrators in a way that is consistent with the recent

70 ly available calibration source for activity calibrators in a way that is traceable to the national s

71 Dilution of the calibrators in total RNA from 1 x 10(3) non-WT1-expressi

72 dial setting for a given manufacturer's dose calibrator is required for accurate measurements.

73 res external calibration; a common choice of calibrator is the 8E5 cell line, which is assumed to be

74 hetic calibrators were identical to those of calibrators isolated from bone.

75 anti-P66 antibodies matched the assay index calibrator manufactured with human Toxo IgM-positive pla

76 gestion stringency and indicates why protein calibrators may not be commutable in bottom-up protein a

77 sample can be calculated from a single-dose calibrator measurement.

78 Dose calibrator measurements were evaluated using National In

79 0)Y in a 10-mL syringe geometry with 30 dose calibrator models from 3 different manufacturers.

80 polymerase chain reaction (qPCR) assays with calibrators now traceable to the First World Health Orga

81 OD was normalized (OD-n; OD-n = specimen OD/calibrator OD).

82 pecial care is taken to quantifying E with a calibrator of nature and matrix highly similar to the sa

83 ermined in this way are necessary as primary calibrators of reference measurement systems in order to

84 ata of the gene of interest relative to some calibrator or internal control gene.

85 riable regions and human constant regions as calibrators or controls in immunoassays.

86 Calibrator readings of 90Y sources in glass and plastic

87 IV IgG contents between the controls and the calibrator reagents was exploited to monitor individual

88 ch testing center using its own quantitative calibrators, reagents, and nucleic acid extraction metho

89 icated that the ferrous sulfate heptahydrate calibrator recommended by Benzie and Strain, the FRAP as

90 The use of a common calibrator reduced the between-assay variability to some

91 ments of radionuclides using commercial dose calibrators requires that the correct dial setting (or c

92 897 x 100 for Atomlab, CRC, and Mark V dose calibrators, respectively.

93 The dose calibrator response to 90Y radiation was linear within a

94 The dose calibrator response was also studied on 90Y sources at v

95 d from 188Re decay when calculating the dose calibrator response.

96 We implement a meta-analysis based on calibrator samples to characterize the coefficient of va

97 At the recommended dose calibrator setting for the measurement of 67Cu, at which

98 The dose calibrator setting for the medical radionuclide 188Re (a

99 need for experimental determinations of dose calibrator settings in the geometry in which the measure

100 Analysis of controls and calibrator specimen for all 343 runs showed a coefficien

101 Other internal calibrators such as 18S-ribosomal RNA (18S-RNA) have als

102 of: a common extraction procedure; a common calibrator, such as a pure gluten extract and an incurre

103 By introducing calibrator synthetic oligonucleotides during library pre

104 The use of a matrix-adapted control as calibrator to compensate the resulting C(T) bias allowed

105 After calibration of the local dose calibrator to the central dose calibrator, differences b

106 was developed using synthetic PYD and DPD as calibrators to analyze free and total PYD and DPD in uri

107 ectly compared in several models of activity calibrators to determine empirically the relative respon

108 ion will need to be controlled with suitable calibrators to maximize agreement between laboratories.

109 As clinical laboratories worldwide use calibrators traceable to the primary standard to harmoni

110 d uncertainty of about 0.8% for the activity calibrators used in this study.

111 012, Ortho Clinical Diagnostics adjusted the calibrator values for Vitros Chemistry Products BuBc Sli

112 Dose calibrator variability was less than 1%, although there

113 dy calibrators and the positive human plasma calibrators was > or =0.985.

114 umentation, including the survey meter, dose calibrator, well counter, intraoperative probe, organ ("

115 ectroscopic characteristics of the synthetic calibrators were identical to those of calibrators isola

116 d from a hemophilia A subject, was used as a calibrator with a detectability limit of 40 (+/-1.5) pM.

117 and oxidized mercury, and we integrated this calibrator with atmospheric mercury instrumentation (Tek

118 s and two "hybrid" approaches (i.e., protein calibrator with SIL-peptide or SIL-extended-peptide I.S.