ライフサイエンスコーパス: low sensitivity

1 the low natural abundance of (29) Si and its low sensitivity.

2 s displayed relatively high selectivity with low sensitivity.

3 /dL were associated with mortality but had a low sensitivity.

4 unct to cystoscopy; however, it suffers from low sensitivity.

5 ed by their reliance on metals or relatively low sensitivity.

6 activity are indirect and laborious and have low sensitivity.

7 tensive, and are characterized by relatively low sensitivity.

8 ance between high detonation performance and low sensitivity.

9 Endomyocardial biopsy (EMB) has a low sensitivity.

10 erting it to layer sliding, which results in low sensitivity.

11 to 10(3), thereby overcoming NMR's inherent low sensitivity.

12 ively small impact on mortality owing to its low sensitivity.

13 are often overshadowed by its intrinsically low sensitivity.

14 time of extubation had high specificity but low sensitivity.

15 ramers with high specificity, but unexpected low sensitivity.

16 widespread use of CDT remains limited due to low sensitivity.

17 t agents, the main drawback deals with their low sensitivity.

18 ristics of exponential systems, suffers from low sensitivity.

19 r, these approaches have been criticized for low sensitivity.

20 e for estimating stroke incidence because of low sensitivity.

21 s from limited specificity and intrinsically low sensitivity.

22 case definition was highly specific but had low sensitivity.

23 ave large sample requirements and relatively low sensitivity.

24 stry, and life sciences, although limited by low sensitivity.

25 are not aligned with axes of either high or low sensitivity.

26 mportant limitation of NMR is its inherently low sensitivity.

27 recognizing a poxvirus peptide at relatively low sensitivity.

28 of chemical bonds, but is often hindered by low sensitivity.

29 the B. mori pheromone bombykol, albeit with low sensitivity.

30 unction with good specificity but relatively low sensitivity.

31 s the other two had moderate specificity and low sensitivity.

32 g-chain branching (LCB), but it suffers from low sensitivity.

33 zing luminescent external probes suffer from low sensitivity.

34 ed by a combination of broad NMR signals and low sensitivity.

35 erfectly detect stereo-impairment but with a low sensitivity.

36 in the field of molecular imaging due to its low sensitivity.

37 s of left ventricular hypertrophy (LVH) have low sensitivity.

38 multiple samples but had poor stability and low sensitivity.

39 ents had high positive predictive values but low sensitivities.

40 scenarios for a given RNA sequence and have low sensitivities.

41 of appendicitis with high specificities, but low sensitivities.

42 rogram discrimination limit of 2.0 mg/dL had low sensitivity (0.05-0.28).

43 gh specificity (0.96; 95% CI, 0.90-0.98) but low sensitivity (0.32; 95% CI, 0.20-0.48) to predict met

44 Conventional clinical signs had low sensitivity (11%-42%) for detecting intracranial hyp

45 all three physical examination findings had low sensitivity (12% and 8%), high specificity (98% and

46 Though it has low sensitivity, (13)C NMR has many advantages for such

47 The gene-level methods had low sensitivity (20-63%), high specificity (89-100%), an

48 For both observers, VSB had low sensitivity (21% and 18%) and high specificity (88%

49 2 month conversion had low sensitivity (27.3% [95% confidence limit 16.6-41.4])

50 a threshold to require further testing, had low sensitivity (28%; 95% CI, 18%-28%).

51 existing 2-tier serology-based assays yield low sensitivities (29%-40%) for early infection.

52 d runny nose was most specific (90%) but had low sensitivity (32%) for LCI.

53 for optical correction of hypermetropia had low sensitivity (38.1%; 95% CI, 37.6%-38.6%), and the ar

54 Conventional cytology has a low sensitivity (4%-20%) but 100% specificity.

55 ogression to carcinoma, PTEN-null status had low sensitivity (44%; 95% CI, 45-54%) and specificity (5

56 r greater detected SARS-CoV-2 infection with low sensitivity (45%, 27 of 60) but high specificity (89

57 wed high positive predictive value (95%) but low sensitivity (51%) for a diagnosis of dementia made d

58 st conservative cut-off (nGFR </= 20) it had low sensitivity (55.3%), specificity (75%), PPV (67.6%)

59 offs had high specificities (91.6-97.9%) but low sensitivities (7.1-31.5%) for predicting adult outco

60 The test showed a low sensitivity against PCR and culture (<40%); however,

61 +)/alpha2(-) binding site on the heteromeric low sensitivity alpha2beta2 nAChR and validated the func

62 est that lynx1 shifts nAChR stoichiometry to low sensitivity (alpha4)3(beta2)2 pentamers primarily th

63 is report, we compare CMPI interactions with low-sensitivity (alpha4)3(beta2)2 and high-sensitivity (

64 harmacological differences between high- and low-sensitivity alpha4beta2 subforms.

65 135 nM) were not selective between high- and low-sensitivity alpha4beta2, chlorisondamine, mecamylami

66 -appropriate, they suffered from drastically low sensitivities and high false negative rates.

67 Traditional echo indices showed overall low sensitivities and high specificities (among them myo

68 cytometry is commonly used, but suffers from low sensitivity and accuracy.

69 yeast Saccharomyces cerevisiae suffered from low sensitivity and activity.

70 ific medium solution (i.e. Microtox((R))) or low sensitivity and diffusion limited protocols (i.e. am

71 ver, they continue to suffer from relatively low sensitivity and figures of merit (FOMs).

72 ; however, current methods are challenged by low sensitivity and high bias, limiting their ability to

73 that detect antiviral antibodies suffer from low sensitivity and high cross-reactivity among differen

74 e expression in unique cell types have shown low sensitivity and high false positivity, thereby limit

75 B is predictive of death due to PE, but with low sensitivity and high interobserver variability.

76 d specific IgE quantification appear to have low sensitivity and high specificity.

77 cell population, is currently limited by the low sensitivity and high technical noise of single-cell

78 patients was not clinically useful due to a low sensitivity and increased referral rate.

79 n minutes, the currently available assay has low sensitivity and its application is limited to patien

80 c tests; however, LFAs generally suffer from low sensitivity and lack of quantification.

81 However, low sensitivity and long acquisition times limit a broad

82 binding reaction and hence, it is limited by low sensitivity and long detection times.

83 ensive sample treatment, and can suffer from low sensitivity and long turnaround times.

84 However, low sensitivity and low positive predictive value have l

85 sed approaches, all of which may suffer from low sensitivity and low throughput.

86 mass spectrometry (MS/MS) often suffer from low sensitivity and low-confidence protein identificatio

87 ed for such analysis, but this is limited by low sensitivity and low-throughput analysis.

88 termination of tryptamine in beer up to now: low sensitivity and matrix effects.

89 continuous), and technical variation due to low sensitivity and measurement noise and bias.

90 in non-TOP mRNA translation was obscured by low sensitivity and methodology biases.

91 oughput proteomic analysis, but to date, the low sensitivity and narrow dynamic range have limited th

92 copy independently or combined is limited by low sensitivity and poor positive predictive value.

93 modalities were similar for staging, sharing low sensitivity and PPV but relatively high NPV and spec

94 ed diagnostic tests are available, they have low sensitivity and reproducibility.

95 w bandwidth and long acquisition time, or by low sensitivity and resolution.

96 However, its relatively low sensitivity and reversible binding make it a tempora

97 ide based gas sensors associated with rather low sensitivity and selectivity, particularly under high

98 s of complex mixtures, NMR suffers from both low sensitivity and signal overlap.

99 oth bombykol receptor, BmorOR1, demonstrated low sensitivity and slow signal inactivation.

100 predictions at the time of ICU discharge had low sensitivity and specificity for predicting adverse e

101 es regarding the usage of AFP concerning its low sensitivity and specificity in detecting HCC.

102 However, low sensitivity and specificity limit their clinical uti

103 e clinical settings is inadequate due to the low sensitivity and specificity of blood smears.

104 However, due to the low sensitivity and specificity of current imaging metho

105 ents at risk for arrhythmia are, however, of low sensitivity and specificity, which results in a low

106 es between different species, owing to their low sensitivity and splice junction accuracy.

107 Conventional paper lateral flow assays have low sensitivity and suffer from severe interference from

108 the gold standard for diagnosis, but it has low sensitivity and takes days to produce definitive res

109 a wide range of concentrations is limited by low sensitivity and the hook effect.

110 iagnosis because many are considered to have low sensitivity and the particular Leishmania species ca

111 the major disadvantage being its inherently low sensitivity and the subsequent inability to acquire

112 ed Amperometric Detection analysis, but with low sensitivity and use for quantification of an unknown

113 ging methods use ionizing radiation and have low sensitivity and/or low specificity for cancer cells.

114 emains a tedious (>2 d), manually intensive, low-sensitivity and low-throughput approach.

115 linical coronary and myocardial disease have low sensitivity, and altered hemodynamics during the LT

116 igen detection tests for GAS have relatively low sensitivity, and backup testing is recommended in ch

117 ble readout suffer from long reaction times, low sensitivity, and narrow dynamic range.

118 However, low specificity, low sensitivity, and the time consuming nature of curren

119 s resolution of low mass change metabolites, low sensitivity, and use of capillary or nanoflow LC-MS.

120 ssed diagnoses (for example, when tests with low sensitivity are used) and to false diagnoses (for ex

121 shing molecular structures, they suffer from low sensitivities arising from the scarcity of spin pair

122 of BAMS mass signatures has been limited by low sensitivity at high masses.

123 except that naproxen was not detected due to low sensitivity at negative polarity and interference at

124 These studies have low sensitivity, because psoralen cross-linking suggeste

125 sts for serum tTG IgA and EMA IgA levels had low sensitivity (below 50%) in detection of persistent v

126 Urinary and PF LAM assays have low sensitivity but high specificity for diagnosis of TB

127 machine learning algorithm can predict, with low sensitivity but high specificity, the impending occu

128 costly technique with high specificity, but low sensitivity), clinical use of these markers will imp

129 ysis in cancer since the 1970s, suffers from low sensitivity, complexity, and time-consuming and labo

130 had widespread use because of its relatively low sensitivity compounded by low natural abundance.

131 r imaging cellular metabolism are limited by low sensitivities, costs or the use of specialized hardw

132 ions in negative control data or suffer from low sensitivity detecting known driving fusions in gold

133 ugh toxin-targeting assays which suffer from low sensitivity due to poor antibody avidity.

134 antage of the dye displacement assays is the low sensitivity due to the excess of the dye used.

135 s of genes simultaneously yet are limited by low sensitivity, dynamic range, accuracy and sample thro

136 to 2.5 microM (14-24% of the population) and low-sensitivity EC50 values of 110 to 180 microM (76-86%

137 (86)Rb efflux, and the proportion of high to low sensitivity efflux declined with age.

138 atest challenge with status quo classifiers: low sensitivity, especially when dealing with rare cell

139 inct functional enrichment between high- and low-sensitivity estrogen responsive genes, supporting th

140 al studies are limited due to the relatively low sensitivity, excessive drift/noise, and inability to

141 s a VL of >/= 3.00 log(10) copies/ml, showed low sensitivities for A-266 (71.54%) and M-TFN (65.71%)

142 etric substrates which traditionally present low sensitivity for assay-miniaturization.

143 The fixed 7.5% threshold had relatively low sensitivity for capturing 10-year events in younger

144 Preoperative transvaginal US had low sensitivity for detecting TOC in women at high risk

145 erfusion, anuria was highly specific, but of low sensitivity for detection of DGF.

146 ceptably high false-positive rate (20%) or a low sensitivity for detection of MMD (40%).

147 coagulase-negative Staphylococcus spp., had low sensitivity for detection of oxacillin resistance in

148 ability of Candida, while cultivation showed low sensitivity for detection of the Malassezia mycotype

149 The current case definition of PML has low sensitivity for diagnosis of NTZ-PML in a real-world

150 gulation, yet current approaches suffer from low sensitivity for individual transcripts, limiting the

151 ation in the LAS era, perhaps because of its low sensitivity for obesity.

152 A qSOFA score greater than or equal to 2 has low sensitivity for predicting death in patients with su

153 G criteria were specific (many >95%) but had low sensitivity for RVH by cMRI.

154 d nodules 0.5 cm in diameter or larger, with low sensitivity for small non-FDG-avid nodules.

155 cal immunochemical test, which is limited by low sensitivity for the detection of advanced adenomas (

156 There was low sensitivity for the diagnosis of TBM across all diag

157 nal deletion mutant severely deregulated the low-sensitivity gene Tac-2.

158 d factor mutations preferentially deregulate low-sensitivity genes.

159 ng us to separate participants into high and low sensitivity groups.

160 However, their generally low sensitivity has limited their use for more challengi

161 in advantages over FDG-PET, but its inherent low sensitivity has restricted its use mostly to single

162 lities, excellent detonation properties, and low sensitivities, has been designed.

163 decisions for cooperation are risk-adverse (low sensitivity, high specificity).

164 Stool examination had quite low sensitivities in making diagnosis in our study.

165 However all those features have shown low sensitivities in the present study (30%, 30% and 50%

166 ally been the standard imaging modality, its low sensitivity in detecting osteolytic lesions and inab

167 tinal specialists had imperfect accuracy and low sensitivity in detecting retinal fluid.

168 st exists, and current serologic assays have low sensitivity in early HTBRF.

169 ost popular technology; however, this yields low sensitivity in low purity tumors.

170 ebrosides were not detected or detected with low sensitivity in MALDI MS because of other dominant ph

171 ause of the high rate of undertriage and the low sensitivity in predicting higher urgency levels.

172 f complex protein mixtures, but suffers from low sensitivity in protein identification.

173 ongenital adrenal hyperplasia (CAH) owing to low sensitivity in salt-wasting forms and a high rate of

174 Although oral swab analysis had low sensitivity in sputum-positive children, it detected

175 CT has moderate specificity but relatively low sensitivity in the detection of preoperative Wilms t

176 Conclusions DUS had an overall low sensitivity in the follow-up of patients after EVAR,

177 tion of analytes which traditionally exhibit low-sensitivity in plasma-based ADI-MS analyses.

178 ntly higher for high-sensitivity compared to low-sensitivity individuals.

179 Yet to overcome the low sensitivity inherent in inductive detection of weakl

180 The low sensitivity issue of capacitive biosensors was overc

181 nal one-beam absorption measurement exhibits low sensitivity, lack of three-dimensional sectioning ca

182 e sporadic CJD subtypes MM2C and MM2T, and a low sensitivity limited to variant CJD, Gerstmann-Straus

183 e PCR compared with saliva rapid culture had low sensitivity, limiting its value as a screening test.

184 The finding of low sensitivity limits the use of the tool, which will r

185 he resonance shift, enabling to attain ultra-low sensitivities (LOD = 1.2 fM; linear dynamic range of

186 s of conventional planar microarrays such as low sensitivity, long overnight hybridization time, lack

187 sting methods for SSR genotyping suffer from low sensitivity, low accuracy, low efficiency and high c

188 DNA damages, most of them are limited due to low sensitivity, low throughput, incompatibility for aut

189 oichiometry of 2alpha:3beta subunits but not low sensitivity (LS) receptors with the reverse ratio of

190 are referred to as high-sensitivity (HS) and low-sensitivity (LS) nAChRs, respectively, based on a di

191 Although low sensitivity may limit the use of claims to substitut

192 y of (11)C-ER176 in humans is similar to the low sensitivity measured in vitro and, second, to measur

193 7; SD=0.74) and 15 'less sensitive mothers' (low sensitivity mothers - LSMs, mean=2.13; SD=0.52) unde

194 Leptospirosis is underdiagnosed due to low sensitivity, need of specialised equipment, and expe

195 le traditional NMR spectroscopy suffers from low sensitivity, NMR signals can be significantly enhanc

196 atment; however, most methods are limited by low sensitivity, nonspecificity, and minimal multiplexin

197 hod to dramatically improve the MR signal of low-sensitivity nuclei.

198 % for parasitemia levels >0.5%, but a rather low sensitivity of 70% was achieved because of the small

199 Here, we demonstrate unusually low sensitivity of a 1.14 mum inner-shell clock transiti

200 rful tool for the study of ARF, although the low sensitivity of ARF codes is an important caveat.

201 This emergence and the low sensitivity of biological tests raise the question o

202 We found a low sensitivity of BN for point-of-care detection of RSV

203 and reactions in microfluidic devices where low sensitivity of conventional magnetic resonance would

204 It can be hypothesized that the relatively low sensitivity of conventional neuroimaging techniques

205 ems repertoire, and therefore decreasing the low sensitivity of current behavioural measures, we also

206 ne at the start of a research programme, the low sensitivity of current detection methods means that

207 did not indicate a potential relation of the low sensitivity of fish embryos to a limited uptake of t

208 NMR spectroscopy is often complicated by the low sensitivity of heavy nuclei.

209 e the overall binding energy as evidenced by low sensitivity of ionic distribution to the presence or

210 The low sensitivity of Mobile Health (mHealth) optical detec

211 ion of S-pigment might not contribute to the low sensitivity of mouse S-cones.

212 However, as a result of the intrinsically low sensitivity of MR imaging, high local concentrations

213 deep penetration to visualize soft tissues, low sensitivity of MRI frequently requires tumor imaging

214 Because of the low sensitivity of MRI however, designing new fluorochem

215 zation techniques have boosted the otherwise low sensitivity of NMR spectroscopy, the efficiency of t

216 transport failure occurs under conditions of low sensitivity of photosynthesis and high sensitivity o

217 One factor is the low sensitivity of present-day aerosol to natural emissi

218 ients as "low risk," in combination with the low sensitivity of quick Sequential Organ Failure Assess

219 hanced Raman scattering (SERS), the previous low sensitivity of Raman measurements has also been alle

220 ission setting of Swaziland, we demonstrated low sensitivity of RDT for malaria diagnosis, owing to a

221 Collectively, results suggest that low sensitivity of reward circuitry increases risk for o

222 Because of the low sensitivity of skin prick tests to meat, we studied

223 f the difficulty of collection of specimens, low sensitivity of smear microscopy, and poor access to

224 The generally low sensitivity of standard in vivo toxicity tests to im

225 s of serine bound to an allosteric site, the low sensitivity of the archaeal protein to serine is con

226 It is notable that the low sensitivity of the benchtop (1 T) NMR enables the us

227 ls on the DFA assay slides suggests that the low sensitivity of the chromatographic immunoassay may r

228 rgely obtained in research settings, and the low sensitivity of the Confusion Assessment Method for t

229 l distribution, and the laborious nature and low sensitivity of the current methods used to assess tr

230 by the often mild clinical presentation, the low sensitivity of the currently used diagnostic tools,

231 8, GII.10, and GII.16 were not detected, the low sensitivity of the EIA is primarily caused by low vi

232 ide, and is thus largely responsible for the low sensitivity of the human pathogen Mycobacterium tube

233 he more impressive because of the inherently low sensitivity of the method.

234 biological systems has been hampered by the low sensitivity of the optical techniques usually employ

235 The low sensitivity of the standard diagnostic test leads to

236 ampered by long acquisition times due to the low sensitivity of the technique.

237 estion of whether this phenomenon represents low sensitivity of the test or late development of fetal

238 One major limitation is the relatively low sensitivity of these methods, which recently has bee

239 However, the low sensitivity of these techniques can make it difficul

240 ings cannot rule out dengue fever due to the low sensitivity of this examination.

241 significant change in urinary L/R indicating low sensitivity of this methodology in studies on acute

242 However, the low sensitivity of this technique hinders its applicatio

243 that varied in their photosensitivities: (a) low-sensitivity OFF-RGCs that selectively respond to lar

244 PCR also has low sensitivity on blood, attributed to the low bacteria

245 The low sensitivity on short read homology search can lead t

246 ts are laborious and low-throughput and have low sensitivity or poor resolution.

247 All definitions presented either low sensitivity or specificity.

248 ric acid cycle activity postsucrose, whereas low-sensitivity perceivers had a more efficient conversi

249 However, its low sensitivity poses a problem.

250 ients with breast cancer is invasive and has low-sensitivity preoperatively.

251 ite) confirmatory primer-probe set which has low sensitivity, probably due to a mismatch to circulati

252 cture of organic molecules, but its inherent low sensitivity prohibits the observation of diluted sam

253 ine ortholog Vmn2r1, is a calcium-dependent, low-sensitivity receptor specific for the hydrophobic am

254 ated fabrication, long measurement time, and low sensitivity remain the greatest challenge due to the

255 dity which partially explains the relatively low sensitivity reported for LM as compared to other pat

256 ions for wheat flour and soy reached overall low sensitivities, sensitivities of other tested SPT sol

257 suffer from a lack of efficiency, relatively low sensitivity, slow electron transfer kinetics, high b

258 osis (Mtb) have many disadvantages including low sensitivity, slow turnaround times, or high cost.

259 Because of the low sensitivity, targeting individuals in non-help-seeki

260 ull cells revealed high-, intermediate-, and low-sensitivity targets.

261 ecificity and that of mycological culture by low sensitivity, the Aspergillus lateral-flow device see

262 Due to its relatively low sensitivity, the BioStar Chlamydia OIA should only b

263 The commonly used sensors suffer from low sensitivity, the interference of ascorbic acid, and

264 ith long latencies have high spatial acuity, low sensitivities to contrast, temporal frequency, and s

265 by periprosthetic tissue cultures; both have low sensitivities to detect persistent infection.

266 est results may be unreliable in people with low sensitivity to a test odorant but an otherwise norma

267 d selective for the alpha4beta2 subform with low sensitivity to acetylcholine.

268 The low sensitivity to activation and desensitization of (al

269 with disinhibition; and those that confer a low sensitivity to alcohol.

270 tive innate immune response characterized by low sensitivity to bacterial LPS, hypergammaglobulinemia

271 ransmission may lead to runaway dynamics and low sensitivity to changes in rate.

272 dvantages of such techniques are potentially low sensitivity to contamination and lack of the require

273 local Lorentz invariance; and has extremely low sensitivity to external perturbations.

274 th, the astrocyte passive conductance showed low sensitivity to extracellular Ba(2+), and extracellul

275 4; 95% CL, 3.1-18.0) compared to people with low sensitivity to heat pain (IOR = 3.9; 95% CL, 1.7-8.4

276 oded in parallel by channels having high and low sensitivity to inhibition.

277 Patient samples with p53 mutations showed low sensitivity to KPT-185.

278 values were never observed for AgNEs with a low sensitivity to NH(3).

279 minal isoforms, having fast inactivation and low sensitivity to nifedipine, mainly control the fast f

280 Catalyst activity has low sensitivity to oxygen.

281 E2(1-920)/AE1(613-929) without affecting its low sensitivity to pHo.

282 challenge for current infrared pyrometry is low sensitivity to small temperature variations, which i

283 Bronsted acid type receptors show relatively low sensitivity to solvent polarity and are equally or e

284 These coatings have a low sensitivity to the angle of incidence and require mi

285 t cluster with eukaryotic IleRSs and exhibit low sensitivity to the antibiotic mupirocin.

286 le core genes (p < 3.38e-6), with relatively low sensitivity to the ethnic backgrounds or areas of br

287 spond to touch, but have low spike rates and low sensitivity to the movement of whiskers.

288 0) peptide recruits low-avidity T cells with low sensitivity to Tregs and fails to modulate the suppr

289 ce of exogenous GABA exhibited both high and low sensitivity to Zn(2+) inhibition (IC(50) values, 1.8

290 Its weakness is its low sensitivity towards contrast media.

291 The combination of a fast, low-sensitivity weighted keyword-based first pass algori

292 These low sensitivities were present across all 4 studies.

293 Particularly low sensitivities were seen with pulse palpation (43%, C

294 the evaluated molecular diagnostic tool had low sensitivity when applied to synovial fluid.

295 Abdominal radiography is mainly limited by low sensitivity when compared with low-dose CT in the sc

296 voltage transients, many indicators exhibit low sensitivity when imaged under two-photon illuminatio

297 istically difficult at program scale and has low sensitivity when people have low infection burdens.

298 promise for POC diagnostics but suffers from low sensitivity when used on blood samples.

299 mance of conventional culture was limited by low sensitivity, while that of the BDG test was limited

300 ever, current techniques can have relatively low sensitivity, with prior antimicrobial therapy and in