ライフサイエンスコーパス: increasing concentration of

1 for 1-hexanol and cyclohexane decrease with increasing concentration of 1-hexanol, consistent with t

2 Moreover, increasing concentrations of 1,1-DCE and cis-1,2-DCE to

3 Addition of increasing concentrations of 2 to 1 mM herring sperm DNA

4 oss attributable to caries was observed with increasing concentrations of 25(OH)D (P-trend = <0.05) b

5 ced from the ERRgamma LBD in the presence of increasing concentrations of 4-OHT and tamoxifen, but DE

6 s of channels are subsequently exposed to an increasing concentration of 5-FAM-(DA)(3) followed by wa

7 ulfenic acid formation to T cell activation, increasing concentrations of 5,5-dimethyl-1,3-cyclohexan

8 coupled to weak anomalous subdiffusion, with increasing concentration of 500-kDa dextran.

9 ding, translational mobility was assessed in increasing concentrations of 500 kDa dextran solutions.

10 However, increasing concentrations of 5MPEP induce parallel right

11 tilizes hydrogen peroxide in the presence of increasing concentrations of a chemical denaturant to ox

12 When exposed to increasing concentrations of a chimeric protein comprise

13 he first time, we show that co-assembly with increasing concentrations of a highly charged polysaccha

14 ulture virus, 2a HCVcc, was propagated under increasing concentrations of a neutralizing antibody to

15 several concentrations of Na+ and Ca2+ with increasing concentrations of a synthetic substrate (CH3-

16 ing biofilm cells to disperse in response to increasing concentrations of a variety of substances, in

17 Vitrification was obtained using increasing concentrations of a vitrification solution of

18 With this substrate, increasing concentrations of acceptor increased the rate

19 Reaction at neutral pH in the presence of increasing concentrations of acetate ion results in a de

20 the vasodilation of the liver circulation to increasing concentrations of acetylcholine.

21 more, microtubule effects were attenuated by increasing concentrations of actin monomers, suggesting

22 tibody, which was progressively shortened by increasing concentration of ADAMTS-13 after (but not bef

23 Increasing concentrations of adiponectin during oligomer

24 When the assay plate containing increasing concentrations of AFB1 is illuminated with a

25 to MDA in phosphate buffer was inhibited by increasing concentrations of albumin (10-200 microM), wh

26 Upon titration with increasing concentrations of AlF4-, the 13C resonances d

27 e of iox increased linearly with exposure to increasing concentrations of ambient iox (from 0 to 6 pp

28 mpoules with nutrient agar supplemented with increasing concentrations of amoxicillin, metronidazole,

29 Increasing concentrations of an inert polymer, dextran,

30 l for the dose-response of EEG parameters to increasing concentration of anesthetic agents with a dos

31 ntact B. henselae to HUVECs was inhibited by increasing concentrations of anti-Pap31 antibodies.

32 of the electrodes was found to increase with increasing concentration of antigen.

33 of the electrodes was found to increase with increasing concentration of antigen.

34 of the electrodes was found to increase with increasing concentration of antigen.

35 The dose-response sensorgrams of BSA upon increasing concentration of AP and AS have been shown.

36 f 25 mM ammonium acetate (pH 8.0) containing increasing concentrations of aprotinin (0-300 muM).

37 differential capacitance (Cd) decreases with increasing concentration of Ara h 1, although R(ct) exhi

38 ated with Zn(II) followed by incubation with increasing concentrations of arsenite, the ZnPARPzf sign

39 as motivated by the need to diagnose how the increasing concentration of atmospheric carbon dioxide (

40 obal energy and contribute indirectly to the increasing concentration of atmospheric carbon.

41 is an important strategy for stabilizing the increasing concentration of atmospheric CO2 and the glob

42 Increasing concentrations of atmospheric carbon dioxide

43 is not known how poison ivy might respond to increasing concentrations of atmospheric carbon dioxide

44 Increasing concentrations of atmospheric carbon dioxide

45 Increasing concentrations of atmospheric carbon dioxide

46 ng temperature and precipitation pattern and increasing concentrations of atmospheric CO(2) are likel

47 decreasing concentrations of soil P and with increasing concentrations of atmospheric CO2 , patterns

48 In response to increasing concentrations of atmospheric CO2, high-end g

49 Increasing concentrations of ATP or PknK exert cooperati

50 L/L210W/T215Y) was passaged in MT-2 cells in increasing concentrations of AZT.

51 ignificantly increased with both exposure to increasing concentrations of BDE99 and decreasing fish l

52 Such faradaic current decreases with increasing concentration of beta-cyclodextrin (beta-CD)

53 With increasing concentration of BFDMA, the hydrodynamic size

54 and maintain a negative zeta-potential with increasing concentration of BFDMA.

55 terfering RNAs in the absence or presence of increasing concentrations of bortezomib.

56 (Tyr) at 410nm was gradually increased with increasing concentration of both analytes, confirming th

57 wer levels, while the ACa(++) decreased with increasing concentration of both chelating salts.

58 Increasing concentrations of both 4R and 3R tau resulted

59 We found that increasing concentrations of both mtSSBs led to the elim

60 ors expressed in HEK293 cells and found that increasing concentrations of bupivacaine decreased chann

61 s reveal that vimentin networks stiffen with increasing concentrations of Ca(2+) and Mg(2+), showing

62 sited less than cit-AuNPs in the presence of increasing concentrations of CaCl2, but the opposite tre

63 However, increasing concentrations of cations increase the kineti

64 er, preincubation of CcrB-DNA complexes with increasing concentrations of CcrA blocked gel shift.

65 larger cells express more Cdc25, creating an increasing concentration of Cdc25 as cells grow and prov

66 These findings suggest that the effect of increasing concentrations of cGMP on endothelial permeab

67 Treatment with increasing concentrations of CH-11 (CD95/FAS agonistic a

68 process leading to movement of cells toward increasing concentrations of chemoattractants, is essent

69 ed films, composite films were prepared with increasing concentrations of chitosan (Ch) (100G:0Ch, 80

70 e-dependent potentiometric monitoring of the increasing concentration of chloride ions diffusing acro

71 The TGNPs have been core etched with increasing concentration of cholesterol and with 800 ng/

72 se in oligomerization state was observed for increasing concentrations of cholesterol.

73 was determined as cell-growth inhibition at increasing concentrations of cisplatin for 48 h.

74 ved from the parent PE01 line by exposure to increasing concentrations of cisplatin, eventually obtai

75 Increasing concentrations of clothianidin in bee bread w

76 Increasing concentrations of cobalt ions significantly u

77 n severing increased and then decreased with increasing concentration of cofilin.

78 When binary complexes were incubated with increasing concentrations of complementary nucleotide, t

79 It was also found that increasing concentration of Cr in the plant correlated w

80 bition of bacterial growth was observed with increasing concentration of cranberry proanthocyanidin,

81 In vitro, the effect of increasing concentrations of cranberry proanthocyanidin

82 blasts displayed reduced cell viability with increasing concentrations of CSE and STE.

83 We observed an association between increasing concentrations of cTnI and clinical end point

84 on rate exhibited saturation with respect to increasing concentrations of cyclohexene and H2O2.

85 Increasing concentrations of cyproterone acetate and mif

86 In cells expressing wild-type NCX1.1, increasing concentrations of cytosolic Na(+) led to a pr

87 and MeWo were repeatedly exposed in vitro to increasing concentrations of dacarbazine, and dacarbazin

88 In the Central Arctic Ocean increasing concentrations of DDE with depth were observe

89 ility to accumulate platinum when exposed to increasing concentrations of DDP, CBDCA, or L-OHP for 1

90 images of fibrin clotted in the presence of increasing concentrations of decorin core protein showed

91 ergo a gradual and continuous expansion with increasing concentration of denaturant.

92 mical cross-linking experiments performed at increasing concentrations of denaturants show no change

93 Increasing concentrations of dextran sulfate increased b

94 PC12 cells exposed to increasing concentrations of DFO (25-100 microM) exhibit

95 osphorylation levels decreased linearly with increasing concentrations of dihydrotestosterone as LNCa

96 from acidification have been accompanied by increasing concentrations of dissolved organic carbon (D

97 correlation between dioxane attenuation and increasing concentrations of dissolved oxygen, while the

98 Increasing concentrations of dissolved silicate progress

99 gh FRET from GFP to ReAsH in the presence of increasing concentrations of dithiol competitors.

100 With increasing concentrations of DMPO in the reaction medium

101 y for CCCP decreased in a linear manner with increasing concentrations of DNA, indicative of competit

102 habitats, *OH formation rates increase with increasing concentrations of DOM and reduced iron, with

103 n outer surface protein A in the presence of increasing concentrations of doxycycline or minocycline.

104 68 small interfering RNAs in the presence of increasing concentrations of drug and identified 63 gene

105 ubating uracil-poor cells in the presence of increasing concentrations of dUTP or by infecting with v

106 With increasing concentrations of E. coli ORN 178, electron-t

107 We treated additional cells with increasing concentrations of either bisindolylmaleimide-

108 e-independent and could not be surmounted by increasing concentrations of either coagonist, glutamate

109 inity to GPR84, this was not competed for by increasing concentrations of either decanoic acid or 3,3

110 murine keratinocyte cell line was exposed to increasing concentrations of either IL-1alpha or IL-1ra

111 Increasing concentrations of either PylS substrate resul

112 Human endothelial cells were treated with increasing concentrations of Elaidic (trans-C18:1 (9 tra

113 Exposure of HEFs and HEMCs to increasing concentrations of eosinophil products or co-c

114 In breast cancer cells, increasing concentrations of estrogen induce increasing

115 Whereas increasing concentrations of ethanol or 2-propanol cause

116 Cell growth inhibition at increasing concentrations of etoposide for 72 h was dete

117 in-KD cells were fully rescued by plating on increasing concentrations of exogenous ECM.

118 Treatment with FSH and increasing concentrations of exogenous IGF-1 triggers sy

119 quation to examine how EGABA would vary with increasing concentrations of extracellular K(+) in neuro

120 The sample is then subjected to increasing concentrations of F6P or ATP in the running b

121 progressively decreased upon application of increasing concentrations of FCCP (0.3-20 mum), becoming

122 inhibition of the Fib-2 mediated binding by increasing concentrations of Fib-1 fragment suggesting p

123 verity of Abeta neurotoxicity increases with increasing concentration of fibrillar over monomeric Abe

124 However, increasing concentration of fish oil in a membrane might

125 ses with age-related nuclear cataract showed increasing concentration of fluorescent PTM towards the

126 eased polymeric pigments in the wine without increasing concentrations of free and sulfite-bound acet

127 Increasing concentrations of fructose and sucrose did no

128 A. variabilis grew better with increasing concentrations of fructose up to 50 mM, showi

129 d supported lipid bilayers (SLBs) containing increasing concentrations of ganglioside (GM(1)).

130 y incubation of transfected tumor cells with increasing concentrations of GCV.

131 Incubation of CcO with increasing concentrations of GdmCl produces an analogous

132 With further decreases in pH, increasing concentrations of GdmHCl led to rapid two-ste

133 ad, it first expands and then contracts with increasing concentration of GdnHCl.

134 e analogs achieve robust glycemic control by increasing concentrations of "GLP-1 equivalents" ( appro

135 atterned FRET sensor increases linearly with increasing concentration of glucose from 0.03mmol/L to 3

136 e from 3 to 10 mM glucose and in response to increasing concentrations of glucose in the INS-1 832/13

137 at the lowest concentration of glycine; with increasing concentrations of glycine, the potentiation s

138 Increasing concentrations of greenhouse gases in the atm

139 ein, expands gradually and continuously with increasing concentration of guanidine hydrochloride (Gdn

140 ional transition of a monoclonal antibody by increasing concentrations of guanidine.

141 Increasing concentrations of guanidinium chloride produc

142 tions with a fixed concentration of host and increasing concentration of guest is measured, here a co

143 ent of cultured HCECs from young donors with increasing concentrations of H(2)O(2) resulted in a dose

144 pwise exposure of the parental SF295 line to increasing concentrations of hCPT and BN80915, respectiv

145 ions and its sensitivity decreases with the increasing concentration of heavy metal ions.

146 We identified 3,527 genes that react to increasing concentrations of HGF, in Madin-Darby canine

147 Furthermore, increasing concentrations of human anti-GRP78 IgG show a

148 MGP in EC, we cultured bovine aortic EC with increasing concentrations of human MGP (hMGP) for 24 h.

149 A few weeks after transplantation, increasing concentrations of human proteins (e.g., human

150 released over 4months; or in the presence of increasing concentrations of hyaluronidase, 60% incorpor

151 cultured from young donors were treated with increasing concentrations of hydrogen peroxide (H(2)O(2)

152 We hypothesized that increasing concentrations of hydrogen peroxide are more

153 Continuous exposure to stepwise increasing concentrations of imatinib resulted in the se

154 mutants were selected for E. coli growth on increasing concentrations of imipenem, a carbapenem anti

155 To examine the hypotheses that increasing concentrations of interleukin-1 (IL-1) or tum

156 d large differences in Hounsfield units with increasing concentrations of iodine (118.9 HU for 1.6 mg

157 Dose-dependent uptake was established with increasing concentrations of IRDye 800CW 2-DG for epithe

158 goes significant inhibition of activity with increasing concentrations of its substrate, hydroxypyruv

159 In the presence of increasing concentrations of KBr (0.1-2.5 M), which disr

160 ength at either 350 or 504 nm decreased with increasing concentration of KI.

161 Increasing concentrations of known inhibitors showed dec

162 Wild-type mouse Muller cells treated with increasing concentrations of L-161982 demonstrated a sig

163 HRMECs treated with increasing concentrations of L-161982 demonstrated a sig

164 Human RMECs (HRMECs) were treated with increasing concentrations of L-161982, and cell prolifer

165 Hearts were perfused with increasing concentrations of labeled docosanoate, oleate

166 In macrophages and monocytes, increasing concentrations of lactate reduced TLR4-mediat

167 Chemotaxis of monocytes and iDCs to increasing concentrations of leukotriene D(4) (LTD(4)) w

168 Increasing concentrations of long-chain n-6 polyunsatura

169 Treatment with increasing concentrations of lysophosphatidylcholine res

170 ity of nanozyme is selectively quenched with increasing concentration of malathion and is the princip

171 e relative MALDI-TOF MS signals obtained for increasing concentrations of mammalian phosphatidylinosi

172 incremental in vitro cGMP dose response with increasing concentrations of mANP.

173 ted by recording surface fluorescence versus increasing concentration of membrane bound ligands.

174 of the films increased almost linearly with increasing concentrations of methylamine (r=0.931).

175 rus were added at different N:P ratios using increasing concentrations of N ( 80-650 mug/L) and corre

176 hwater pelagic algae (phytoplankton) to five increasing concentrations of n-TiO(2) (ranging from cont

177 On average, increasing concentrations of n-TiO(2) had no significant

178 nionic fibrillization inducers revealed that increasing concentrations of N744 decreased the total fi

179 d to maize (Zea mays) B73 by irrigation with increasing concentrations of NaCl from the initiation of

180 he spherulites are formed in the presence of increasing concentrations of NaCl.

181 posite trend was observed in the presence of increasing concentrations of NaCl.

182 The experiments demonstrate that increasing concentrations of NaHCO3 in the system lead t

183 viscosity (eta) increases significantly with increasing concentration of NaOH.

184 formation of whey protein isolate (WPI) with increasing concentrations of native wheat starch (WS) ha

185 The diffusivity of RNase decreased with increasing concentrations of negative dextran, and the a

186 DNA was extracted from nematodes exposed to increasing concentrations of NiCl2 and electrochemically

187 tively old mouse oocytes and exposed them to increasing concentrations of NO donor S-nitroso acetyl p

188 otein binding or function in the presence of increasing concentrations of non-specific ligand.

189 Exposure of ovarian cancer cell lines to increasing concentrations of norepinephrine or epinephri

190 Upon the addition of increasing concentrations of NS3, fluorescence energy tr

191 ured under multiple turnover conditions with increasing concentrations of NS3; however, no increase i

192 ) produced decreased in a linear manner with increasing concentrations of O(2) over the range 2-12% (

193 Increasing concentration of octanol increased the impedi

194 ferent olfactory receptor neurons respond to increasing concentrations of odorants with barrages of a

195 ions and water significantly decreases with increasing concentration of organic solute.

196 when serially passaged in cell culture with increasing concentrations of oseltamivir.

197 Moreover, effects of increasing concentrations of oxygen on light intensity w

198 * Here, we investigated the effects of increasing concentrations of ozone ([O(3)]) on soybean c

199 Transfection of increasing concentrations of p300 in the presence of bom

200 Increasing concentrations of palmitate from 0.4 mmol/l (

201 d medium containing bovine serum albumin and increasing concentrations of palmitic and oleic acid at

202 Likewise, the addition of increasing concentrations of panulirin to a lobster hemo

203 ssed independently; however, coexpression of increasing concentrations of PAR4SFT, together with PAR4

204 Increasing concentrations of parabens on the cytoplasmic

205 Increasing concentrations of PCBs and HCB were positivel

206 Increasing the viscosity by increasing concentrations of PEG, ethylene glycol, glyce

207 othrombin activation by prothrombinase, with increasing concentrations of peptide, resulted in comple

208 Temporal trends (2000-2009) showed increasing concentrations of PFNA, PFDA, and PFUnDA, whe

209 estimated that exposure of pregnant mice to increasing concentrations of PFOA was associated with a

210 , and its effects were not fully reversed by increasing concentrations of PGD2after an initial 15-min

211 COX-2-null mouse Muller cells treated with increasing concentrations of PGE(1)-OH demonstrated a si

212 tory effects on palm oil crystal growth with increasing concentration of PGEmix-8.

213 Transepithelial Na+ transport decreased with increasing concentrations of phenformin (0.1-10 mm) and

214 absence of anionic lipid but increased with increasing concentrations of phosphatidylglycerol to 50

215 hen apoptosis was induced in the presence of increasing concentrations of plasminogen, apoptosis was

216 As with another TLS polymerase, Pol IV, increasing concentrations of Pol II displace the Pol III

217 strate hydrolysis by AVP-pVIc increased with increasing concentrations of polyE.

218 ed in a saturation binding experiment, where increasing concentrations of polysaccharides are run on

219 This association reduces with increasing concentrations of Porcupine inhibitor (C59),

220 eroxide (200 muM) were exposed to vehicle or increasing concentrations of propofol (10-50 muM).

221 ary switches that are digitally recruited by increasing concentrations of PTH.

222 By increasing concentration of PTX, tripolar mitosis was tr

223 Increasing concentrations of purified UL84 produced a re

224 Increasing concentrations of putrescine, spermine and sp

225 However, increasing concentrations of RBDPO in the blends also re

226 con-containing cell lines in the presence of increasing concentrations of RBV.

227 th BALB/c and C57BL/6 mice were treated with increasing concentrations of recombinant chemokines prio

228 Increasing concentrations of recombinant Rac2 in vitro a

229 media (CM) or unconditioned media (UCM) with increasing concentrations of recombinant Tpo and compare

230 Increasing concentrations of rMal d 1 in 0.9% NaCl were

231 Succinylation increased (5.63-11.68%) with increasing concentration of SA.

232 Addition of increasing concentration of salts has been shown to conv

233 The affinity for cocaine also decreased with increasing concentrations of serum or urine, with the 2A

234 Positive ion mass spectra show increasing concentrations of silver ion-naphthalene addu

235 Increasing concentrations of single odorants led to prop

236 Increasing concentrations of sodium nitrite cream were a

237 g-term culture of infected Huh7.5 cells with increasing concentrations of sofosbuvir was used to prom

238 Increasing concentrations of soluble humic matter determ

239 When administering hGH nasally in rats with increasing concentrations of Solutol HS15, it was found

240 e water content of the media is decreased by increasing concentrations of sorbitol.

241 circular dichroism to observe the effect of increasing concentrations of sterol in the membrane on p

242 cles (AuNSs) and successively incubated with increasing concentrations of streptavidin, achieving a l

243 -scored positive hedonic facial reactions to increasing concentrations of sucrose in control and D2R-

244 on was manipulated experimentally by feeding increasing concentrations of sulfate to mutant strains t

245 nZVI was pre-exposed to increasing concentrations of sulfide in simulated Hanfor

246 sed to the same levels as HAP2 and HAP1 with increasing concentrations of sulforaphane, benzyl isothi

247 ex formation is inhibited in the presence of increasing concentrations of supercoiled and linear pUC1

248 full-length DNA synthesis in the presence of increasing concentrations of synthetic nucleotides reduc

249 d significantly up to 34% as the function of increasing concentration of TA according to A(v), L(v),

250 Increasing concentrations of TA (0-16 ng/mL) were applie

251 Recipient lab rats were fed increasing concentrations of tannic acid, and we monitor

252 s stream of aptamer was mixed online with an increasing concentration of target and introduced into t

253 Increasing concentrations of TGF-beta1 alone had no effe

254 owever, myocytes that were co-incubated with increasing concentrations of TGF-beta1 demonstrated dose

255 gation rate for Hb S polymers decreased with increasing concentration of the 15-mer His peptide.

256 and MinE with lipid bilayers increased with increasing concentration of the anionic phospholipids ph

257 f both types of cooperativity increased with increasing concentration of the cofactor Mg(2+) except f

258 taste behavior have also been observed with increasing concentration of the cosolute.

259 Increasing concentration of the dyes in a solution led t

260 -melting-point metal (Pt) bleeds out and the increasing concentration of the high-melting-point metal

261 ng from 43.4 to 49.7 degrees C along with an increasing concentration of the paste subjected to retro

262 iotensin converting enzyme and monitored the increasing concentration of the product angiotensin II o

263 isted and gradual unfolding occurred with an increasing concentration of the surfactant.

264 of breast cancer cell lines was treated with increasing concentrations of the AKT inhibitor GDC-0068

265 genic mice, we demonstrated that exposure to increasing concentrations of the cognate OVA peptide fav

266 Increasing concentrations of the detergent octyl-beta-d-

267 Increasing concentrations of the disaccharide altered th

268 uced increased the transformation rate while increasing concentrations of the electron donor, lactate

269 To examine the effects of increasing concentrations of the endogenous agonist nore

270 rived from COX-2-null mice were treated with increasing concentrations of the EP(4) agonist PGE(1)-OH

271 and wild-type Muller cells were treated with increasing concentrations of the EP(4) antagonist L-1619

272 TM cell lines were treated for 24 hours with increasing concentrations of the HepII domain.

273 ely 150 viral life cycles in the presence of increasing concentrations of the inhibitory protein.

274 of EM increase by an order of magnitude with increasing concentrations of the more polar solvent, phe

275 quantum yields increase, as predicted, with increasing concentrations of the reactants and the co-se

276 with the square root of ionic strength upon increasing concentrations of the relatively nonchaotropi

277 inhibition in cell culture and in vitro with increasing concentrations of the Src inhibitor N-(5-chlo

278 2B7-transfected COS-1 treated with increasing concentrations of the Src-specific inhibitor

279 ty at 470 nm is observed, and increases with increasing concentration of thrombin.

280 or heat-aggregated IgG, then stimulated with increasing concentrations of thrombin.

281 n a population of bacteria, we observed that increasing concentration of TiO2 NPs increased the cell

282 Increasing concentrations of TNF-alpha and IL-1beta each

283 ous inserts and then treated with or without increasing concentrations of TNF-alpha prior to addition

284 he Guam ecosystem fits a classic triangle of increasing concentrations of toxic compounds up the food

285 ystems with many wastewater sources recorded increasing concentrations of triclosan, CTDs, and their

286 edance changes resulting from the binding of increasing concentrations of troponin-T to the immobiliz

287 he benthic invertebrate Hyalella azteca with increasing concentrations of two different vanadium spec

288 Venoconstriction progressed to 47% with increasing concentrations of tyramine (0.129 to 25.8 mmo

289 ion molecule 1 and OLR1 gene expression with increasing concentrations of tyrosol and hydroxytyrosol

290 Cell suspensions were amended with increasing concentrations of U to establish an adsorptio

291 response signals linearly correlate with the increasing concentrations of urea in milk ranging from 2

292 rionic detergent lauryl dimethylamine oxide, increasing concentrations of urea result in a complex se

293 t competes with the global folding events at increasing concentrations of urea: We determine how the

294 to oilseed supplementation, with respect to increasing concentrations of vaccenic acid and omega-3 f

295 d and found to be linearly proportional with increasing concentration of VEGF165 in sample solution i

296 ct) of the probe was increased linearly with increasing concentration of VEGF165 in the range of 2.5-

297 As with SB, increasing concentrations of VPA demonstrated opposing e

298 oides and M. faveolata larvae decreased with increasing concentrations of WAF, CEWAF and Corexit(R) 9

299 pts, but the yields of X2(*-) increased with increasing concentrations of [X(-)].

300 we show that Cu nano-clusters modified with increasing concentration of Zn, derived from ZnO support