ライフサイエンスコーパス: low concentration

1 d allows for their fluorometric detection at low concentration.

2 i-inflammatory and cytoprotective effects at low concentration.

3 the approximation fails catastrophically at low concentration.

4 iomarkers exist in bodily fluids at an ultra-low concentration.

5 ids in olive oil is challenging due to their low concentration.

6 benzoquinone (BHT-Q) can cause DNA damage at low concentrations.

7 10% (with a 95% confidence interval) and at low concentrations.

8 en available in limited volumes and possibly low concentrations.

9 navigate at the brink of bioavailability at low concentrations.

10 also can sensitively detect EBV DNA at very low concentrations.

11 sed to detect food adulteration at extremely low concentrations.

12 iated with stroke and AF onset, even at very low concentrations.

13 late bacterial phenotypes even at relatively low concentrations.

14 f ORNs in the Anopheles mosquito antennae at low concentrations.

15 re present in the environment as mixtures at low concentrations.

16 re the very small nanoparticles (NP) at very low concentrations.

17 ysiological and ecological responses even at low concentrations.

18 eting bNAbs in neutralizing HIV-1 strains at low concentrations.

19 ial species but is normally detected only at low concentrations.

20 orward in measuring small molecules at ultra-low concentrations.

21 mmunities are poorly understood at relevant, low concentrations.

22 lls in vitro and also detect EBV DNA at very low concentrations.

23 on a substance of very high concern at ultra-low concentrations.

24 the physiological level in cells adapted to low concentrations.

25 nd false-negative detections when eDNA is at low concentrations.

26 mpact of local air pollution on mortality at low concentrations.

27 urements of disease-specific markers at very low concentrations.

28 t their recycling is mainly impeded by their low concentrations.

29 other competitors are present in relatively low concentrations.

30 rate temperature (reflux: 65 degrees C), and low concentration (0.014 M) of catalysts (NaOH and KOH).

31 H(2)O(2) at low concentrations (0.001 muM to 1 muM) increased endoth

32 minated, which is observed even at extremely low concentrations (0.025 c(*)) of linear polymers in th

33 othelial growth factor (siVEGF) at extremely low concentrations (0.04 nM), significantly reduced VEGF

34 on the bacteriophage surface, we found that low concentrations (0.09 mg/mL of the R5 bacteriophage,

35 e derivatives showed good protection at very low concentrations (0.1-10 muM), with PBN-CH(2)NHAc and

36 Column experiments demonstrated that a low concentration (10 mg/L) Na humate solution in synthe

37 rmore, our nanostructure allows detection of low concentration (10 pM) biomarkers as well as specific

38 r the detection of molecules at an extremely low concentration (10(-12) M).

39 At low concentrations, 2B8, the lead 2-AI compound, collaps

40 brane permeability to ATP at even relatively low concentrations (3% v/v and above).

41 The device can be used continuously with low concentrations (3.4 muM) of luciferase substrate.

42 ytotoxic Vgamma9Vdelta2 T cells at extremely low concentrations(4-6).

43 umans and various animals sense at extremely low concentrations(5,6).

44 The Cd stress, even at low concentration (50 mg l(-1) ), significantly enlarged

45 s an understanding of their joint effects at low concentrations across species.

46 Here we show that potassium as a low-concentration additive in biochar production can inc

47 complexes, thus behaving as TOP2 poisons at low concentration and inhibitors at high concentration.

48 nsic characteristics such as short sequence, low concentration and sequence homology challenge routin

49 The low concentration and short lifetime of the ROS superoxi

50 : zinc and copper are moderate activators at low concentration and then total inhibitors at higher co

51 The detection of miR at a very low concentration and with single-base discrimination wi

52 Interestingly, ADP was an activator at low concentrations and an inhibitor at high concentratio

53 ty prevents detection of proteins present at low concentrations and antibody cross-reactivity results

54 ticularly with regard to Zn binding to OM at low concentrations and Ca-Zn competition, that is, typic

55 In plants, sodium is found in low concentrations and has little metabolic function; in

56 olecules are present in the tissue milieu in low concentrations and in complex mixtures with other co

57 ly phase-separates into droplets in vitro at low concentrations and physiological salt conditions.

58 However, because of low concentrations and the great variability in physicoc

59 of the two antimicrobial peptides already at low concentrations and the resulting defect formation in

60 BTDs could also stain lipid droplets at very low concentrations and were visualized preferentially at

61 promoting cubic Pt nanocrystal formation at low concentration, and spontaneously transforms into a b

62 Extremely low concentrations are also expected in groundwater afte

63 aimed to evaluate the efficacy and safety of low-concentration atropine eye drops at 0.05%, 0.025%, a

64 Low-concentration atropine is an emerging therapy for my

65 "High-concentration" and "low-concentration" bench-scale batch plasma reactors wer

66 es enhanced sensors for detecting minute and low concentration biological and chemical analytes are r

67 s in the deposited Si film are controlled at low concentrations (both B and P are less than 1 ppm).

68 ne act as topoisomerase II (TOP2) poisons at low concentration but attenuate TOP2 activity at higher

69 MVN-triggered degradation of fluorescence at low concentrations but inhibited degradation at high con

70 imultaneous testing of multiple chemicals at low concentrations can accelerate the generation of biod

71 brafish, we examined the impacts of chronic, low-concentration carbamazepine (CBZ) exposure on a suit

72 sets and the use of SERS in important ultra low concentration chemical detection applications such a

73 Chronic low-concentration chemical exposures may have both direc

74 s of sample availability, contamination, and low concentrations, complicate this approach.

75 immon flours (Rojo Brillante and Triumph) at low concentrations could be used to develop spaghetti wi

76 vely inhibited by benzo[a]pyrene even at the low concentrations detectable in exposed human populatio

77 eFASH uses a low concentration dispersion of conductive particles in

78 g ignition and extinguishment and relatively low concentrations during steady-state operation.

79 best alternative reported tests for the same low concentration (e.g. a concentration of 25 muM CdCl(2

80 by facilitating substrate recruitment from a low-concentration environment.

81 Ps) of BHT were also detected in the PCPs at low concentrations (ETPs: < MQL to 19 014 ng/g, mean: 73

82 od and sample treatment optimized due to the low concentrations expected.

83 lex, biologically active systems for chronic low-concentration exposure scenarios.

84 FF-CONH2 undergoes hydrophobic collapse at a low concentration, followed by amyloid formation at a hi

85 olerance can also develop in response to the low concentrations found in the aquatic environment, it

86 stuarine and sea waters) was modeled at very low concentrations (from 0.1 to 5000 ppt).

87 t poses potential health risks at relatively low concentrations-from the reactions of phenols with ch

88 At low concentrations, genipin binds to arginine residues l

89 ization of epoxides and cyclic anhydrides at low concentrations (>=0.025 mol %), and the aminocyclopr

90 concentrations in human serum samples, very low concentrations have to be monitored after radical pr

91 were effective and renewable adsorbents for low-concentration Hg(0) adsorption and recovery.

92 d sustainable approach to adsorb and recover low-concentration Hg(0) in the off-gas downstream a dist

93 We found that Antennapedia transitioned from low concentration/high variability early, to high concen

94 calibration plot, the quantities of several low concentration HMOs were determined from a human milk

95 Low concentration hydrogen peroxide vapor (LCHP; 25 ppm)

96 estimates in the reported effect estimate at low concentrations (i.e., concentrations lower than the

97 order to obtain SERS activity of CA at very low concentration in colloidal aqueous solution.

98 were not accessible previously due to their low concentration in conventional extracts.

99 r our detection system due to its inherently low concentration in environmental water samples.

100 t they are challenging to study due to their low concentration in vivo in the presence of numerous in

101 ging to quantify multi-pesticide residues at low concentrations in complex matrices, such as tea.

102 y consumption and GHG emissions, despite its low concentrations in end-of-life products.

103 the physiological role of Abeta released at low concentrations in the healthy brain.

104 high concentrations of cVMS in sediment and low concentrations in water could be explained via a hyp

105 or the studied ions, the signal intensity at low concentrations increases by approximately a factor o

106 f the concentration-response relationship at low concentrations is critical for estimating this burde

107 rapid method for detecting bacteria at very low concentrations is presented using two sequential pre

108 he discovery that its emission color seen at low concentrations is unchanged even at 5 mM, some 3 ord

109 tor 5 with robust Abeta reduction in vivo at low concentrations, leading to a low projected human dos

110 IR can accurately quantify phenolics even at low concentration (less than 0.2%) in the food matrix su

111 e 291 food samples analysed or at relatively low concentrations, lesser than or equal to LB/UB 0.5/1.

112 Suitable recoveries were obtained at low concentration levels (0.5-25 mug kg(-1) for aflatoxi

113 The access to these low concentration levels allows for the long-term monito

114 S) at a high concentration (~100 mg/L) and a low concentration (<1 mug/L), respectively, in ion excha

115 tly denitrifying conditions was mobilized at low concentrations (<<1 muM Cr(VI); approximately 3% of

116 Orbitrap when measuring product ions at very low concentrations (<1 x 10(6) molecules cm(-3)), very g

117 Four nereistoxin metabolites, detected at low concentrations (<100 ug/kg), were also monitored.

118 gNPs by O(2) and H(2)O(2) in the presence of low concentrations (<=20 mg.L(-1)) of SRFA as a result o

119 onments with resource-limited phagotrophs at low concentrations may select for broader host range, be

120 Thus, salivary metal levels, even at low concentrations, may impact oral health.

121 due to sustained local emissions, while the low concentrations measured at Mt.

122 ducibility, coverage, and ability to extract low concentration metabolites.

123 llutants like pesticides often slows down at low concentrations (mug/L) in the environment.

124 At low concentrations, N-protein preferentially crosslinks

125 ghly dynamic and prone to disassembly at the low concentration needed for biological applications.

126 spectrometry (HRAM-MS) enabled detection of low concentrations (nM) of glucosinolate metabolites in

127 The detection of streptavidin at a low concentration of 0.1 ng/mL (~1.67 pM) is also demons

128 Sarcosine prostate cancer biomarker with the low concentration of 1 pM has been detected by controlli

129 dition, repeatable H(2)O(2) sensing with the low concentration of 10 pM as well as prostate cancer bi

130 be a gelling hypotonic solution containing a low concentration of a thermosensitive triblock copolyme

131 MS) utilizing an aqueous mobile phase with a low concentration of a volatile salt for characterizing

132 A low concentration of aged-Fe(0) synergistically promoted

133 Of note, preincubation with a low concentration of bupropion that mimics therapeutic d

134 t the process is very challenging due to the low concentration of CTCs.

135 igh concentration of starch, and casein, and low concentration of gelatin.

136 erials were then exposed to either a high or low concentration of HPV for various elapsed times.

137 Moreover, the demanding low concentration of IgE, compared to other analytes in

138 g because of the complexity, transience, and low concentration of many intermediates.

139 nd in all three groups of cells treated with low concentration of Mdivi-1.

140 be extremely lengthy, especially in case of low concentration of molecules to be detected.

141 The sample design based on the low concentration of nanoparticles allowed us to demonst

142 ation of native iodine; 2) milk containing a low concentration of native iodine, with the addition of

143 The oligotroph survived by adapting to low concentration of nutrients.

144 exity of blood matrixes along with extremely low concentration of pathogens in blood poses a great ch

145 Enhancement of the sensitizing effect of a low concentration of PGE(2) (10 nm), another characteris

146 Moreover, quinoa seed contains low concentration of prolamins (0.5-7% of total protein)

147 zation of heptameric assembly, especially at low concentration of protein.

148 caused no disease, confirming the extremely low concentration of PrP(D) in vCJD urine.

149 ng of the triplet excitons (95 +/- 5%) via a low concentration of QD acceptors, followed by the emiss

150 ogeneous catalysts is challenging due to the low concentration of surface sites and the lack of techn

151 Interestingly, a low concentration of the barbiturate phenobarbital had a

152 d sensitize FANCJ CRISPR knockout cells to a low concentration of the DNA cross-linking agent mitomyc

153 me-inactive dalphaTAT or by treatment with a low concentration of the microtubule-targeting agent vin

154 chemosensor showed linear range response for low concentration of Tz and SY with limit of detection f

155 g xenon problem, referring to the abnormally low concentration of xenon compared to other noble gases

156 We find that low concentrations of 20E support prolonged proliferatio

157 Treatment with low concentrations of 5-ITu eliminates the H3T3ph mark d

158 ntial TB biomarker present in urine at ultra-low concentrations of a few fg/mL.

159 with physiological pulses of ligand, such as low concentrations of acetylcholine present for just ten

160 and is more robustly activated than c-fos by low concentrations of agonist.

161 Low concentrations of alkali metal salts caused marked c

162 Addition of low concentrations of alkali metals may provide an advan

163 cal technique for the detection of extremely low concentrations of amino acids using ORIGIN, a compac

164 At low concentrations of antigen, B cells internalize small

165 e modified the QVOA to reflect pressure from low concentrations of autologous antibodies and showed t

166 s to respond more rapidly and sensitively to low concentrations of bioactive/toxic analytes: statisti

167 ns due to a combination of factors including low concentrations of bioavailable dissolved U species,

168 The ability to detect low concentrations of biomarkers in patient samples is o

169 l measurement concepts, capable of detecting low concentrations of biomolecules with significantly im

170 obtained with hot acidified water contained low concentrations of C6 aldehydes, isothiocyanates, nit

171 The low concentrations of cancer biomarkers in the blood hav

172 o food analysis, especially for detection of low concentrations of carotenoids and to the monitoring

173 neutral H(2)O (i.e., 90 v/v%) and relatively low concentrations of catalyst (i.e., 1 mol %).

174 Treatment of cells with low concentrations of CDC7 inhibitor TAK-931 sensitized

175 dk1 regulates PP2A-B55 in a biphasic manner; low concentrations of Cdk1 activate PP2A-B55 and high co

176 ), while blocking of protein synthesis using low concentrations of chloramphenicol or gentamicin, low

177 nical condition in the ageing male combining low concentrations of circulating testosterone and speci

178 rsonalized therapy, but is challenged by the low concentrations of clinically significant nucleic aci

179 Furthermore, low concentrations of ClO(4)(-) inhibit I(-) transport n

180 al signaling using CO-releasing molecules or low concentrations of CO applied as pretreatment or post

181 Low concentrations of CO(2) cause stomatal opening, wher

182 iatom, Thalassiosira pseudonana, to high and low concentrations of CO2 at the level of transcripts, p

183 Despite very low concentrations of cobalt in marine waters, cyanobact

184 -contaminated waters to coastal regions with low concentrations of copper.

185 nts, this in vitro study concludes that even low concentrations of CP result in a deleterious change

186 In Abdsc ASCs, low concentrations of dexamethasone suppressed TGFbeta s

187 allosterically activated up to 1,300-fold by low concentrations of divalent cations and the polyamine

188 n developed to stabilize DNA origami against low concentrations of divalent cations and the presence

189 as acoustic probes for the detection of very low concentrations of DNA.

190 HOPS-dependent fusion is saturable at low concentrations of each Q-SNARE, showing binding site

191 These results suggest that low concentrations of engineered nanoparticles could alt

192 to the insufficient MS signal intensity from low concentrations of enriched phosphopeptides.

193 in vitro pharmacologic inhibition of xCT by low concentrations of erastin phenocopied xCT-KO and pot

194 In this work, we examined if low concentrations of essential elements (Co, Mn, Zn, an

195 The probe responded strongly to low concentrations of fluoride, carbonate, and acetate i

196 larity of foreign and self-peptides and very low concentrations of foreign ligands.

197 Low concentrations of FRNs and contaminants in suspended

198 y of the CI-Orbitrap at accurately measuring low concentrations of gaseous species formed from the ox

199 isolated from DU145 cells were sensitive to low concentrations of GL, and the treatment with GL supp

200 nificant reduction in aggregation induced by low concentrations of GPVI and CLEC-2 agonists and a dec

201 Both RDT types detected low concentrations of HRP2 with sensitivity estimates be

202 lysis of a microporous polymer (PIM-1) under low concentrations of hydrogen gas.

203 fold (e-scaffold) that generates controlled, low concentrations of hypochlorous acid (HOCl) suitable

204 Low concentrations of IL-12 during T-cell priming biases

205 Low concentrations of IL-1beta and IL-8 in bronchoalveol

206 Small samples (mass <50 mg), with low concentrations of illicit drugs, present a particula

207 stages of in vitro growth using low volumes/low concentrations of infectious materials can be perfor

208 tegrins alpha6beta1 and alpha7beta1, whereas low concentrations of lm211 support mDA lineage survival

209 charged intrinsically disordered proteins by low concentrations of multivalent ions--may be a control

210 It is now well established that low concentrations of myoglobin are aberrantly expressed

211 Low concentrations of nanoclay are applied to cross-link

212 ial function when the peptide was exposed to low concentrations of nanomaterials, and we further show

213 increased stability in the presence of even low concentrations of NOM may limit the rapidity of Ag d

214 hore reefs in Jardines de la Reina, Cuba had low concentrations of nutrients and organic carbon, abun

215 xyl species by co-electrolysis of CO(2) with low concentrations of O(2) can dramatically enhance the

216 xidized conditions, which could help explain low concentrations of organics within some smectite-cont

217 acteria are cultivated on minimal media with low concentrations of osmotically active compounds.

218 In addition, low concentrations of partly labile compounds pose a spe

219 robust, and sensitive biosensor to identify low concentrations of pathogens in their native sample m

220 dard in diagnostics, but robust detection of low concentrations of pathogens remains challenging.

221 is far more detrimental than loss of SoxR at low concentrations of phenazines, and also increases dep

222 the analytes, showing particular benefit for low concentrations of phosphorylated species.

223 Low concentrations of PLP are associated with rheumatic,

224 Quantitating ultra-low concentrations of protein biomarkers is critical for

225 es the rapid synthesis of polypeptides using low concentrations of reactants without the need for thi

226 ALF EVs (76% of total EVs) contain extremely low concentrations of RNAs and miRNAs.

227 ent of 12-S-HETE enhances chemotaxis towards low concentrations of S1P and stimulates motility.

228 r activity reduces migration of GSCs towards low concentrations of S1P in vitro In addition, inhibiti

229 nhances chemotaxis in GSCs migrating towards low concentrations of S1P.

230 lipoxygenase (Lox) blocks chemotaxis towards low concentrations of S1P.

231 nt AEC with two identical anti-EGFR scFvs at low concentrations of sEGFR, and met the clinically requ

232 4s was carried out under conditions that use low concentrations of SiR-PyPDS (20 nM) to provide infor

233 female Anopheles gambiae mosquitoes take up low concentrations of specific antimalarials from treate

234 y isolated human nasal epithelial cells with low concentrations of sphingosine prevented adhesion of

235 rradiation that allows the detection of very low concentrations of target virus even in complex biolo

236 ly sensitive and reliable detection of ultra-low concentrations of the Abeta-40 peptides.

237 n antibiotic resistance in environments with low concentrations of the antibiotic.

238 Importantly, we find that the addition of low concentrations of the BCL2-family inhibitor navitocl

239 d sufficient sensitivity to detect peanut at low concentrations of the dark roast peanut flours.

240 in the signal intensities especially for the low concentrations of the HbA1c obtained from electrokin

241 icity studies revealed low toxicity level at low concentrations of the NPs.

242 0-specific aptamers and used to detect ultra-low concentrations of the target peptide.

243 equency spectroscopy, we demonstrate that at low concentrations of the weakly hydrated anion (I(-)),

244 s, sensitive and selective analysis for very low concentrations of these carcinogenic compounds was d

245 eneration (TG) and amplified TG initiated by low concentrations of tissue factor.

246 tection of temperature, respiration rate and low concentrations of uric acid and tyrosine, analytes a

247 que for label-free, rapid detection of ultra-low concentrations of virus specific antibodies.

248 e sensitivity required to detect exceedingly low concentrations of waterborne pathogens can readily b

249 ow gelling process and in samples at pH 3 at low concentrations of WPI (<=8.4%).

250 when breeding in urine or sewage containing low concentrations of ZIKV.

251 l of maternal Vg1 enables rapid signaling at low concentrations of zygotic Nodal.

252 bio-samples is challenging because of "ultra-low" concentrations of uranium, inherent matrix complexi

253 the serum of patients with DILI that were at low concentration or not present in healthy individuals.

254 ommunities and with chemical contaminants at low concentrations, our current understanding of biotran

255 Even at low concentrations, our polytherapy performs superior to

256 stronger attraction with PRM(5), heparin at low concentrations partitioned heavily into the droplet

257 ts achieved with this technology, denoted as low-concentration photo-CIDNP (LC-photo-CIDNP), depend o

258 Such unprecedented low concentrations place BZF-containing plants on the fr

259 ium model cells (Caco-2) have shown that, at low concentrations, plant extracts may present beneficia

260 Subsequently, a "low concentration" plasma reactor was used to remove add

261 er of OMPs potentially present in samples at low concentrations pose an analytical challenge.

262 ntroller was designed and developed to sense low concentration (ppb to ppm regime) of volatiles (NH(3

263 ir incorporation in forming dental enamel at low concentrations promotes mineralization.

264 erformed showing excellent capability in the low concentration range (20 muM-1 mM) for non-invasive s

265 In intramolecular/static excimer form (low concentration range), it displays a ratiometric resp

266 ains unexplored for bacteria adapted to this low concentration regime.

267 ever, many important proteins are present at low concentrations, rendering them undetectable using co

268 ictions, but assembly of Tau-rich domains at low concentrations requires a different model.

269 polymerization and decomposition at high and low concentrations, respectively, but also have revealed

270 more frequently discordant when detected at low concentrations (S. aureus, P < 0.001; H. influenzae,

271 Low concentration samples resulted in the elimination of

272 larization was adapted to data collection on low-concentration samples by radiofrequency gating, enab

273 Liposomes composed of RP+ST(LC)(()(low concentration)()) showed spherical and irregular ves

274 parent and the new reaction were compared at low concentration, showing that the use of a highly reac

275 of these hybrid porous materials in removing low-concentration SO2 .

276 which can be time-consuming and nonideal for low-concentration species.

277 These results suggest that, at low concentrations, streptonigrin may primarily enhance

278 ire nitrate when oxygen becomes available at low concentrations suggests that they are an important s

279 n Drosophila projection neurons (PNs), where low concentrations suppress odor-evoked activity and hig

280 demonstrate that serotonergic modulation at low concentrations targets a specific population of LNs

281 e prediction that effective block of INaP by low concentration tetrodotoxin will stop respiratory rhy

282 tions of the results were under 5.0% even at low concentrations that established high precision for r

283 Narrow filaments dominate at low concentrations that may be more relevant in vivo.

284 In blood at low concentrations, these exist as monomers, initiating

285 yl)-l-cysteine (gammaGluCys-4MMP) but at too low concentration to be quantified.

286 In this study, we applied SMA at low concentration to human primary cardiovascular cells

287 cial mimic of cigarette smoke odor tested at low concentration to identify highly sensitive receptors

288 ition from predominately unfolded monomer at low concentrations to an alpha-helical trimer at high co

289 mino acid that continues to function at very low concentrations to support the growth of nontransform

290 At low concentration, transmission electron microscopy and

291 ital discharge (22 [88%] of 25 patients with low concentrations vs 13 [52%] of 25 patients with high

292 tal salen/nucleophilic cocatalyst systems at low concentrations, we report a bifunctional complex in

293 n-, and sulfur-containing) analytes found in low-concentrations were analyzed by Fourier transform io

294 and a synergism was already detected at the low concentration when exposure to chlorpyrifos followed

295 Alkali metals are beneficial at low concentrations, where they homogenize the halide dis

296 at with multiplexed target quantification at low concentrations, which would be highly desirable for

297 used successfully for proteins detection at low concentrations with high selectivity and reproducibi

298 duction, we have detected atrazine in fairly low concentrations, with the limit of detection being 0.

299 ensitivity and selectivity to carrageenan at low concentration without interference from other polyan

300 tecting the presence of bisphenol A in ultra-low concentrations, yielding a wavelength shift of 0.15