ライフサイエンスコーパス: functional test

1 e of GON eyes that had an abnormality on the functional test.

2 antagonist in the [35S]GTP-gamma-S in vitro functional test.

3 Their causality was then demonstrated by a functional test.

4 The 3 NODAGA analogs are antagonists in functional tests.

5 did not show significant changes on OCT and functional tests.

6 es were processed for histologic study after functional tests.

7 termined by using a comprehensive battery of functional tests.

8 demiologic analyses were concordant with the functional tests.

9 nd to exhibit both V(1b) and V(2) agonism in functional tests.

10 ified human chromosomes to hepatic cells for functional tests.

11 croscopic morphometry, Western blotting, and functional tests.

12 ers for percentile abnormality of seven good functional tests.

13 nsferred subsequently to mammalian cells for functional tests.

14 showed significant differences earlier than functional tests.

15 are complete, on the basis of structural and functional tests.

16 oying MRI, immunohistology, and neurological functional tests.

17 Males develop a pair of equally functional testes.

18 ntiretroviral therapy underwent standardized functional testing.

19 therapeutically actionable targets, requires functional testing.

20 ction, which will require validation through functional testing.

21 Wnt pathways predominate, which will require functional testing.

22 he integrity of the genomic fragments during functional testing.

23 om randomized trials comparing anatomic with functional testing.

24 ry computed tomography angiography (CCTA) vs functional testing.

25 othesis will now require rigorous direct and functional testing.

26 which regulated IL-4 production in unbiased functional testing.

27 g and the 3003 patients randomly assigned to functional testing.

28 disease probability, between cardiac CT and functional testing.

29 d invasive procedures, and higher costs than functional testing.

30 In a pilot functional test, 10 of 15 DHSs from pha-4, icl-1, and ce

31 izations showing no obstructive CAD than was functional testing (3.4% vs. 4.3%, P=0.02), although mor

32 ison with 4602 patients randomly assigned to functional testing (33.4% versus 78.0%, and 0.9% versus

33 All patients underwent functional testing (6-minute walk test, 50-foot walk tes

34 nd binding assays (56-fold), in the in vitro functional tests (80-fold), and for in vivo prostate sel

35 ugh a combination of expression analysis and functional testing across multiple BLBC cell populations

36 ntrations of beta-funaltrexamine followed by functional testing after removal of unbound drug.

37 mates of RGC counts combining structural and functional tests agreed closely with previous histologic

38 to a fast final diagnosis when compared with functional testing, although the effect was larger in wo

39 f Pla2g2a with Mom1 thus withstands a strong functional test and is likely to represent the successfu

40 vice, the PLR is strongly correlated with VF functional testing and measurements of RNFL thickness.

41 The same functional tests and DNA binding assays narrowed down th

42 Functional tests and immunohistochemical staining were p

43 the relation between these newer specialized functional tests and optic disc analyzers in detecting p

44 new avenues for the design of more sensitive functional tests and targeted neuroprotection.

45 ods such as muscle biopsy, serum biomarkers, functional testing, and imaging procedures, each with it

46 y contrast with time consuming and expensive functional tests, and (ii) displays higher predictive po

47 patients undergoing usual care with various functional testing approaches.

48 e tests, approaches combining structural and functional tests are essential in order to provide relia

49 olecules are ligands for Ly49 receptors, but functional tests are required to substantiate results fr

50 The model was then applied to the CCTA and functional testing arms, and test results and event rate

51 ry elements and highlights the importance of functional testing as a means of identifying false-posit

52 omparative prognostic evidence with CCTA and functional testing, as well as radiation dose reduction.

53 The limitations of current functional testing-based paradigms might be avoided by u

54 vs. 1.5%) were lower after coronary CTA than functional testing (both p < 0.001).

55 Functional testing by RNAi indicates that 10/13 top cand

56 dicting events was significantly better than functional testing (c-index, 0.72; 95% CI, 0.68-0.76 ver

57 0.13; all P<0.001) but not for corresponding functional testing categories (0.94 [P=0.87], 2.65 [P=0.

58 DT40-luciferase (DT40-luc) is a functional test comprised of a B-cell line expressing Fc

59 d with lactose-digester status, and in vitro functional tests confirm that the -14009( *)G allele als

60 Functional tests confirmed that the abnormal expression

61 Nevertheless, anatomical and functional tests demonstrate a normal circadian pacemake

62 Functional tests demonstrate that the region contains a

63 Structural homology and functional testing demonstrated that SLC5A8 is a member

64 Furthermore, functional tests demonstrated an allelic series of activ

65 That the results of visual functional testing did not correspond to older adults' d

66 a strategy of initial CTA, as compared with functional testing, did not improve clinical outcomes ov

67 initial anatomic testing, in comparison with functional testing, did not provide an incremental benef

68 Functional tests examining ET patency confirmed a reduce

69 ary computed tomography angiography (CTA) or functional testing (exercise electrocardiography or nucl

70 tery disease (CAD) were randomly assigned to functional testing (exercise electrocardiography, nuclea

71 computed tomographic angiography (CTA) or to functional testing (exercise electrocardiography, nuclea

72 ocyte glucose uptake assay as a confirmatory functional test for Glut1 DS and as a surrogate marker f

73 The authors suggest that functional testing for activated protein C resistance is

74 ngiography is more accurate than noninvasive functional testing for detecting significant CAD defined

75 nd Selective CT Angiography in Comparison to Functional Testing for Suspected Coronary Artery Disease

76 They provide a basis for designing multiple functional tests for early detection of glaucoma and for

77 y essential nutrient intake and may serve as functional tests for evaluating nutritional status.

78 support a rationale for performing exocrine functional tests for patients with IRF6-damaging mutatio

79 Functional testing found that 17 of 25 tested candidate

80 mited data exist as to how CAC compares with functional testing (FT) in estimating prognosis in sympt

81 Timed functional tests, functional parameters, and pulmonary f

82 tient was lower in the CTA group than in the functional-testing group (10.0 mSv vs. 11.3 mSv), but 32

83 roup (3.3%) and in 151 of 5007 (3.0%) in the functional-testing group (adjusted hazard ratio, 1.04; 9

84 11.3 mSv), but 32.6% of the patients in the functional-testing group had no exposure, so the overall

85 l loss using a combination of structural and functional tests has been shown to perform better than i

86 Nevertheless, functional testing identified two cross-reactive VH1-46

87 A functional test in differentiating epiblast shows that C

88 Additional functional testing in 1 patient suggested that cones wer

89 Functional testing in Arabidopsis of a homolog of the ri

90 for the utility of combining structural and functional testing in clinical research on patients with

91 provides better prognostic information than functional testing in contemporary patients who have sta

92 Unfortunately, direct functional testing in humans is limited, demonstrating t

93 ombination of large-scale DNA sequencing and functional testing in the laboratory reveals that approx

94 directed mutagenesis of all three sites and functional testing in transgenic embryos using reporter

95 Ac insertional mutagenesis and subjected to functional testing in transgenic maize plants.

96 reaction (PCR) and immunohistochemistry, and functional testing in vivo of the regional candidate gen

97 We used FRAP, super-resolution microscopy, functional tests in mammalian cells and flies, and other

98 nslated to identifying genes of interest for functional tests in the future and generating new hypoth

99 Functional testing included kinetic widefield perimetry,

100 Male mice lacking TR2 have functional testes, including normal sperm number and mot

101 Also, new functional tests, including short-wave-length automated

102 In addition, functional tests indicate that genomic Su(Hw)-binding si

103 Functional tests indicated a higher propensity for Ca2+

104 retinal ganglion cell (GC) density from each functional test is explored.

105 An additional functional test is often required because both anatomic

106 With this functional test it was shown that tissue vitamin A defic

107 The method relies on a functional test, ligand specificity of the expressed pro

108 A total of 86,705 patients underwent either functional testing (n = 53,744, mean age 57.4 years, 49%

109 This cycle thus provides a functional test of 60S subunit binding and the GTPase si

110 As a functional test of delivery, the hydrophobic pesticide b

111 This functional test of filaggrin in living cells supports it

112 A functional test of H2-Ea in transgenic mice showed 100%

113 Here we sought to provide a functional test of its candidacy as a growth suppressor

114 a1, 2, and 3 genes was coupled with a direct functional test of the effect of added purified factors

115 This provided a model-independent, functional test of the hypothesis that GABA is trapped o

116 These observations prompted a functional test of the importance of His-233.

117 As a functional test of the pathogenicity of the 295C allele,

118 In addition, a functional test of TTX diffusion around the BC indicated

119 These data constitute the first functional test of zebrafish histocompatibility genes, e

120 Synthesis and functional testing of a subset of these beta-defensins s

121 Functional testing of approximately 12 kb of 5' flanking

122 genetic basis of intermediate phenotypes and functional testing of candidate quantitative traits gene

123 Functional testing of dermal papilla (DP) signaling inpu

124 The Ulp1-Smt3 crystal structure and functional testing of elements within the conserved inte

125 on of cloned DNA into mammalian cells allows functional testing of genes contained on the fragments.

126 ators of intracellular protein function, but functional testing of identified VHHs is laborious.

127 enting the traditional laborious picking and functional testing of individual phage clones and (iii)

128 Functional testing of mutant RHEB in vertebrate animal m

129 involved ex vivo isolation, phenotyping, and functional testing of myeloid DCs (mDCs), plasmacytoid D

130 Functional testing of naturally occurring in vivo polymo

131 To enable rapid functional testing of NPQ-related genes from diverse org

132 By applying next-generation functional testing of primary patient-derived lymphoma c

133 NS) involvement, we combined T-cell cloning, functional testing of T-cell responses with positional s

134 Both descriptive and functional testing of the bone-implant interface include

135 Further functional testing of the critical genes by gene transfe

136 Functional testing of the gene product in Escherichia co

137 Functional testing of the putative transmembrane segment

138 Functional testing of the variants IFIH1 alleles demonst

139 The need for functional testing of these complexes is discussed.Inter

140 Functional testing of this allele in vivo and in vitro s

141 Functional testing of this model on two known human dise

142 aHUS patients and that genetic screening and functional tests of ADAMTS13 should be considered in the

143 Functional tests of chodl, by overexpression and knockdo

144 ion and small RNAs in the rice endosperm and functional tests of five imprinted genes during seed dev

145 Of the objective (electrophysiological), functional tests of glaucomatous damage, three hold the

146 g radioligand competition binding as well as functional tests of H3 receptor-mediated calcium mobiliz

147 Functional tests of hCPC regenerative potential were per

148 Future, functional tests of homologous and paralogous CMTs will

149 riched features by embryo microinjection and functional tests of multiple protein reporters.

150 Functional tests of neighboring interactions revealed th

151 sive phenotyping of NK cells populations and functional tests of NK cells were performed.

152 The results of functional tests of the truncated protein R482X in Xenop

153 In functional tests of their role in DNA repair, we find th

154 ies in vivo is now possible, enabling direct functional tests of their significance for sensation and

155 Furthermore, functional tests of virally transduced muscles revealed

156 In total, 29 compounds were selected for functional testing on recombinant GLIC, and 16 of these

157 We carried out functional tests on these sites in four different immort

158 %; P=0.0001), but similar normalcy rates for functional testing (P=0.65).

159 Thus, a functional test performed at the time of initial diagnos

160 he field of transplantation is that existing functional tests poorly correlate with in vivo immune re

161 Functional testing proved that autoantibodies directed a

162 Genetic screens and functional tests remain a necessity for the identificati

163 is evaluated on the basis of structural and functional test results, the spatial relationship betwee

164 n case of abnormal noninvasive anatomical or functional test results.

165 normal optic disc structure that had normal functional test RESULTS: results.

166 Functional tests revealed that transdetermination was si

167 mally transformed mosaic wing epithelium and functional tests revealed tumor cooperation by multiple

168 Finally, functional tests show that many transposon transcripts a

169 Positional cloning followed by functional tests show that PRD-4 is an ortholog of mamma

170 Functional tests show that the ancestral enhancer drives

171 In addition, in vivo functional tests show that the SpEts4 cis element confer

172 Functional tests show that two key spindle assembly fact

173 Functional testing showed higher antibody responses agai

174 Functional testing showed substantial improvement: mean

175 Functional testing showed that arachidonic acid and E(2)

176 evealed abnormal myotendinous junctions, and functional tests showed a ninefold reduction in enduranc

177 The functional tests showed preservation of sensitivities, a

178 f cohesin to the locus is Sir-dependent, and functional tests showed that silent chromatin acts in a

179 AMPA receptor functional tests showed that the o-tyrosine analogues ar

180 ooth function of time and (ii) an associated functional test statistic.

181 puted tomography angiography versus standard functional testing strategies (exercise ECG, stress nucl

182 (Genotype Information and Functional Testing Study [GIFT]; NCT00992420).

183 Objective functional tests, such as electroretinography, provide a

184 Functional tests suggest that each disease genotype migh

185 netic marks on sperm genes, and there are no functional tests supporting the role of sperm epigenetic

186 e hypothetical miRNA regulatory circuits for functional testing that represent transcriptional events

187 In conclusion, here we have established 2 functional tests that allow for evaluation of platelet f

188 Functional tests that predict the change in renal functi

189 Compared with functional testing, there was significantly higher use o

190 sing the relative efficacy of structural and functional tests throughout the course of the disease.

191 driven cSCC (K14-HPV16 mice), we conducted a functional test to determine whether administration of R

192 with X-CGD, which may also prove useful as a functional test to evaluate the efficacy of gene therapy

193 en pre- and post-change products may require functional testing to establish the biological or clinic

194 e diagnostic standard, sensitivities of both functional tests to detect GON increased to 42%.

195 nt RNA sequencing, phylogenetic analyses and functional tests to identify the gene(s) responsible for

196 combining the measurement of structural and functional tests to provide an estimate of RGC.

197 ortance of integrating molecular profile and functional testing tools for optimization of alternate s

198 ity-based screening of high-risk groups with functional testing using FDT perimetry can be effective,

199 Functional tests using affected individual-derived iPSCs

200 Functional testing was done and sensation in the reinner

201 A battery of functional tests was carried out to demonstrate function

202 A battery of functional tests was performed to demonstrate expression

203 for further testing after CT, compared with functional testing, was most evident in women (P interac

204 Using a combination of bioinformatics and functional testing we identified the first self-peptide

205 As a functional test, we assayed the CNSs from the set of end

206 As a functional test, we determined (36)chloride flux in rat

207 tyrosine auxotrophy in Escherichia coli as a functional test, we have found that the in vivo function

208 mbining a series of structural analyses with functional testing, we show that 20-mer peptide ligands,

209 the growth-suppressible phenotype and direct functional tests, we demonstrate that the glucocorticoid

210 Through protein engineering and in vivo functional tests, we report here variants of the Q-syste

211 Indeed, the alpha4beta2 and alpha3beta4 functional tests well differentiate behaviors that the b

212 ramingham Risk Score (>10%) who had a normal functional test were reclassified as being mildly abnorm

213 Visual functional tests were largely unrelated to changes in NE

214 Functional tests were performed by transiently co-transf

215 Neurological functional tests were performed, and serum HDL level was

216 Neurological functional tests were scored daily by grading of clinica

217 We used specific functional tests with a previously not-sequenced and not