ライフサイエンスコーパス: fractionation

1 n in gene content through a process known as fractionation.

2 producer cells were subjected to subcellular fractionation.

3 /absence variation can arise is differential fractionation.

4 diffraction and asymmetrical flow field-flow fractionation.

5 of accretion or inherited from prior nebular fractionation.

6 tabolic quotient, clay content, and physical fractionation.

7 distribution of (64)Cu was measured by cell fractionation.

8 to design arrays for even nanoscale particle fractionation.

9 idation could be associated with substantial fractionation.

10 c line and endogenous COP1 after subcellular fractionation.

11 which was >50% more than detected before the fractionation.

12 nt framework for Cr mobilization and isotope fractionation.

13 virion properties were evaluated by density fractionation.

14 ins, Dcp1, Dcp2, and Dhh1, using subcellular fractionation.

15 and substrate-specificity of C and H isotope fractionation.

16 ation with phosphate does not induce isotope fractionation.

17 ws complete capture of HONO without isotopic fractionation.

18 fields may all be used for continuous SPLITT fractionation.

19 s regarding the processes underlying isotope fractionation.

20 ple procedure and without observing isotopic fractionation.

21 y broadband lasers to mitigate spectroscopic fractionation.

22 y)hydroxide solids and associated Cr isotope fractionation.

23 syntenic genes being subject to differential fractionation.

24 ith pressurized air was dominated by kinetic fractionation.

25 ctions that have distinctive stable isotopic fractionations.

26 constraints exist on the associated isotope fractionations.

27 ized in the bile salt mixed micelles with no fractionation according to the FA carbon chain.

28 Peptide fractionation according to their pI is also widely used

29 sibility of using asymmetric flow field-flow fractionation (AF4) connected online with single particl

30 nvestigated using asymmetric flow field-flow fractionation (AF4) coupled to UV, multiangle light scat

31 An asymmetrical flow field-flow fractionation (AF4) technique coupled to a multiangle li

32 Therefore, results showed that a mechanical fractionation allowed a feasible nutritional enhancement

33 Proximity mapping augmented with biochemical fractionation and additional validation methods reported

34 approach used several cycles of hydrolysate fractionation and bioactivity evaluation until the isola

35 Standard protocols for chemical fractionation and bioactivity-guided chemical analysis w

36 contribution is changed by molecular-weight fractionation and borohydride reduction.

37 ays in cell-free lysate, together with crude fractionation and chemical inhibition, indicate that P.

38 omics approach that incorporates subcellular fractionation and coimmunoprecipitation of tau from huma

39 n relative to electrode orientation and from fractionation and collision events.

40 Subcellular fractionation and confocal microscopy demonstrated TIE2/

41 g enzyme 9 (Ubc9) in HCC cell nuclei by cell fractionation and confocal microscopy; physical interact

42 that TGF-beta-RII-DN would lead to increased fractionation and decreased organization of AF electrogr

43 Using isotropic fractionation and flow fractionation methods for cell an

44 Using subcellular fractionation and immunofluorescence microscopy, we obse

45 lementary techniques of biochemical cellular fractionation and immunofluorescence, we demonstrate a s

46 biochemical approaches such as sub-cellular fractionation and immunoprecipitation remain the main ap

47 l processes responsible for uranium isotopic fractionation and link them to potential U incorporation

48 try with reverse phase liquid chromatography fractionation and mass spectrometry was used to identify

49 to plastid and mitochondrial nucleoids, but fractionation and protein-protein interactions data indi

50 Cell fractionation and qRT-PCR analysis indicated that LINC00

51 omnipolar EGMs can account for collision and fractionation and record EGM voltages unaffected by thes

52 timicrobial compounds, flash chromatographic fractionation and semipreparative high-performance liqui

53 Here, we used size-density fractionation and solid-state (13) C-NMR spectroscopy to

54 ficant interaction (p=0.051) between type of fractionation and treatment effect, the overall survival

55 Cellular fractionation and Western blot analysis were used to mea

56 reatment of OPSCC, and the appropriate dose, fractionation, and volume regimens with and without syst

57 dy presented herein characterizes a flexible fractionation approach for lowering the dispersity of su

58 Here, we used a rigorous subcellular fractionation approach to compare APA profiles of cytopl

59 directed analysis (EDA) including a parallel fractionation approach, a downscaled luciferase reporter

60 nt pore waters (SPWs), was combined with two fractionation approaches (ultrafiltration (UF) and cloud

61 more commonly performed methods of crude oil fractionation are often insufficient in the extent to wh

62 Haemoglobin and haem fractionation assays suggest a mode of action that resul

63 sulfide delta(34)S variability and isotopic fractionations at high ambient sulfate and with high spa

64 associated nascent RNA are prepared by cell fractionation, avoiding immunoprecipitation or RNA label

65 However, isotopic fractionation between liquid and vapour, followed by vap

66 However, the extent of iron isotopic fractionation between molten metal and silicate under hi

67 Under sulfidic conditions, no fractionation between seawater and sediment should be ob

68 ds, we calculate an equilibrium iron isotope fractionation between silicate and iron under core forma

69 e direct measurements of HDO/H2O equilibrium fractionation between vapor and ice ([Formula: see text]

70 their chemical evolution owing to subsequent fractionation by nebular and planetary processes.

71 on TiO2 selective phosphopeptide enrichment, fractionation by strong cation exchange chromatography (

72 his leads to a characterization of O isotope fractionation by thermal ionization mass spectrometry in

73 mi-purified by XAD-7 column), and fractions (fractionationed by Sephadex LH-20 column) from these two

74 of these proteins by traditional biochemical fractionation can be plagued with contaminants and loss

75 the remainder receive no protection), n-fold fractionation can greatly reduce infection attack rate a

76 density, by combining centrifugal field-flow fractionation (CeFFF; more commonly called sedimentation

77 developed cosolvent-enhanced lignocellulosic fractionation (CELF) pretreatment with SSF.

78 nisms involved in its depletion and isotopic fractionation compared with other reservoirs in the sola

79 luenced by directional factors, collision or fractionation, compared with contemporary bipolar techni

80 Cell fractionation confirmed the lysosomal localization of SN

81 This absence of measurable carbon isotope fractionation considerably facilitates the application o

82 al correlation between the instrumental-mass-fractionation-corrected (182)W/(184)W and (183)W/(184)W

83 Co-immunoprecipitation and biochemical fractionation data suggested that p75 TM stimulates TrkB

84 This Mg isotope fractionation dependence on pH might also be observed in

85 In a river model, isotope fractionation-derived degradation estimates agreed well

86 The chip-integration of gradient HPLC, fractionation, detection and post column addition of rea

87 with sulfur native to the film material and fractionation due to Ag2S precipitation from aqueous sul

88 the most promising method for the extract's fractionation due to the ionizable character of its cons

89 gates, for the first time, dual C-Cl isotope fractionation during anaerobic biodegradation of 1,2-dic

90 stigates for the first time hydrogen isotope fractionation during both aerobic and anaerobic biodegra

91 Here, we investigated isotope fractionation during complexation of Zn(2+) with the phy

92 We argue that possible magnesium isotope fractionation during condensation of the solar nebula, c

93 Modeling of the fractionation during Fe(III) sorption to cells and Fe(II

94 Isotope fractionation during formation of thiomolybdates could b

95 Isotopic fractionation during MoS4(2-) transformation with pressu

96 ile soil water, and whether there is isotope fractionation during plant water uptake.

97 (CH3)2 moiety and exhibit only minor isotope fractionation during the disinfection process.

98 mentally relevant scenarios, such as isotope fractionation during volatilization of organics from ope

99 ibuted to protein purity and/or to selective fractionation, enabling the purification of specific pro

100 precipitates, Feppt), with distinct isotopic fractionation (epsilon(56)Fe) values determined from fit

101 phS6 was linked to negligible carbon isotope fractionation (epsilonC = -0.2 +/- 0.2 per thousand to -

102 was associated with moderate carbon isotope fractionation (epsilonC = -0.8 +/- 0.1 per thousand to -

103 n NaphS6 exhibited a normal hydrogen isotope fractionation (epsilonH = -11 +/- 2 per thousand to -47

104 herited from different hydrogen biosynthetic fractionations (epsilonwax-lw).

105 Fractionation experiments and immunoelectron microscopy

106 eporter gene CDKN1A, and in situ subcellular fractionation experiments demonstrated that EBF3 mutant

107 Ultracentrifugation fractionation experiments revealed that membrane-associa

108 Confocal microscopy and cell fractionation experiments revealed that upon LPS stimula

109 Cell fractionation experiments showed that caspase-3 activity

110 re, we discovered that the apparent hydrogen fractionation factor (epsilonwax-p) between leaf wax del

111 We suggest a constant equilibrium fractionation factor during incorporation of Mg into rib

112 l is not associated with a unique Mg isotope fractionation factor.

113 ilarity in Zn-coordinating donor groups, the fractionation factors are significantly different and ex

114 The isotopic fractionation factors decreased with increasing extent o

115 The calculated isotopic fractionation factors of epsilonC = 3 and epsilonD = 54

116 e we employed equilibrium hydrogen/deuterium fractionation factors to measure backbone hydrogen bond

117 modeling approach, two distinct Zn isotopic fractionation factors were calculated: Delta(66)Znadsorb

118 orbed iron and with Fe(II)aq using published fractionation factors, is consistent with our resulting

119 Cell fractionation, fluorescence imaging and immunoelectron m

120 the commonly applied chromatographic column fractionation followed by microtiter plate assay.

121 The previously calculated isotope fractionation for MoS4(2-) was confirmed, and the result

122 relatively new technique of acoustic SPLITT fractionation for the continuous separation of non-Brown

123 first time both carbon and chlorine isotope fractionation for three different engineered reactions:

124 ctionation group and 65% in the conventional fractionation group ( P = .148).

125 rials were grouped in three types of altered fractionation: hyperfractionated, moderately accelerated

126 To do so, we developed Fractionation iCLIP (Fr-iCLIP), in which chromatin, nucl

127 ller size range have limited most field-flow fractionation-ICPMS analyses to sizes > ca. 1 kDa.

128 Bioassay-guided fractionation identified two oxazole natural products wi

129 Using synaptosome fractionation, immunostaining, and coimmunoprecipitation

130 contrast strongly with pronounced Cl isotope fractionation in all natural and engineered reductive de

131 ected for the two-dimensional separation and fractionation in four 96-well plates.

132 of dynamic in situ experiments for studying fractionation in geochemical systems.

133 suggesting that the observed C and N isotope fractionation in NDMA may be diagnostic for NDMA precurs

134 nt study surveys carbon and nitrogen isotope fractionation in other environmental and engineered tran

135 ay guide the selection of radiation dose and fractionation in patients treated with immunotherapy.

136 profiles were attributable to mass-dependent fractionation in the benthos prior to incorporation into

137 bsence variation resulting from differential fractionation in the syntenic portion of the genome usin

138 highlight that the latter can monitor magma fractionation in these systems.

139 To experimentally confirm isotope fractionation in thiomolybdates, a new approach for dete

140 fractionation with DMA agreed with observed fractionations in zinc uptake by paddy rice in field exp

141 The fractionations (in per thousand) were +0.33 +/- 0.07 (1s

142 Flow field-flow fractionation is a powerful method for the analysis of n

143 on and understanding the controls of isotope fractionation is central to such studies.

144 wo distinct factors indicate that Zn isotope fractionation is dominantly controlled by the chemical c

145 itative data from microscopy and subcellular fractionation is experimentally difficult and low throug

146 The whey protein fractionation is performed under mild conditions, requir

147 d that hypofractionation versus conventional fractionation is similar in efficacy without increased t

148 solution pH, the pH-dependence on Mg isotope fractionation is thus due to differences in fungal cell

149 nt correlation of carbon and bromine isotope fractionation (LambdaC/Br) was observed not only for the

150 relation of (84)Kr/(36)Ar and (132)Xe/(36)Ar fractionation levels along with (4)He/(20)Ne with distan

151 is -1.16, very close to the mass-independent fractionation line of the Archean rock record.

152 assuming a delta(17)O-delta(18)O Terrestrial Fractionation Line.

153 interactions between proteins, among them co-fractionation / mass spectrometry (CF-MS), but it remain

154 essarily coincide, probably due to different fractionation mechanisms.

155 The LC x LC fractionation method was validated using analytical stan

156 atile and efficient biomass pretreatment and fractionation method.

157 Fluorescence microscopy and subcellular fractionation methods are commonly employed to follow in

158 Using isotropic fractionation and flow fractionation methods for cell and neuron counts, we est

159 observed differences especially in hydrogen fractionation might be used to differentiate between aer

160 wo-stage oil modified groundwater exsolution fractionation model is required to explain the light atm

161 given reaction mechanism, position-specific fractionation occurs, leading to a non-statistical distr

162 quifer sediments induced an average isotopic fractionation of -0.15 per thousand with the adsorbed U(

163 Isotopic fractionation of 1,2-DCA (epsilonbulk(C) and epsilonbulk

164 Bioassay-guided chromatographic fractionation of 2 supernatants according to polarity, f

165 , it is possible to achieve the simultaneous fractionation of a polydisperse suspension into multiple

166 resolution in PSGL-1 selection resulting in fractionation of a single cell type into subpopulations

167 with the pepper data, with constant isotope fractionation of about -4.

168 Fractionation of argon occurs as a result of loss of gas

169 Fractionation of beta8(high) cells from freshly resected

170 ranched PFOS, suggesting a selective cycling/fractionation of branched PFOS in the surface ocean medi

171 colloidal science, such as in separation and fractionation of colloids, as well as in fundamental sof

172 Fractionation of delta(15)NNO3 and delta(18)ONO3 during

173 ent continuous-flow operation and size-based fractionation of DNA still presents considerable challen

174 We also examined the size fractionation of eDNA and concluded eDNA is both intra-

175 ocal fluorescence microscopy and subcellular fractionation of endocytic vesicles on a Percoll gradien

176 The study of the isotopic fractionation of endogen elements and toxic heavy metals

177 nal sequencing of fragments isolated by HPLC fractionation of enzymatically digested subunits.

178 In previous studies, we reported that fractionation of HeLa cell nuclear extracts on glycerol

179 In this study we examined the fractionation of Hg stable isotopes during Hg methylatio

180 owed mass-dependent, but no mass-independent fractionation of Hg stable isotopes during Hg methylatio

181 trategy to enable high-resolution size-based fractionation of intact proteins (10-223 kDa) from compl

182 Subcellular fractionation of keratinocytes expressing E2(Y131A) show

183 nite are enriched above the expected kinetic fractionation of meteoric waters, suggesting a volcanoge

184 Statistical mixture design extraction and fractionation of Mikania plant samples were carried out

185 Additionally, isotope fractionation of NaphS6 was determined in an overlaying

186 nd pH of acceptor solution, and quantitative fractionation of nortriptyline into aqueous acceptor (96

187 l displacement (DLD) is a technique for size fractionation of particles in continuous flow that has s

188 potato tuber wounding, using activity-guided fractionation of polar extracts from a Yukon Gold cultiv

189 ve technique for the measurement of isotopic fractionation of protonated carbons at natural abundance

190 Model-based fMRI analysis revealed a fractionation of reinforcement learning (RL) signals in

191 Here, we performed activity-guided HPLC-fractionation of SBE, identified the active ingredient(s

192 ds have not yet satisfied the need for rapid fractionation of size-heterogeneous nucleic acid samples

193 xplanation for the striking mass-independent fractionation of sulfur isotopes that took place in the

194 The bioassay-guided fractionation of the aril of Myristica fragrans (mace sp

195 udy investigated dual carbon-bromine isotope fractionation of the common groundwater contaminant ethy

196 Gel permeation chromatography sub-fractionation of the crude protein hydrolysates showed t

197 Sucrose density gradient fractionation of the culture medium and cellular extract

198 Higher-resolution fractionation of the heat-stable protein (HSP) fraction

199 The strategy requires no prior fractionation of the lignocellulosic biomass, no further

200 hly bioactive fractions were produced by dry fractionation of the press cake.

201 dge revealed numerous large glycans, whereas fractionation of the reduced N-glycans by ion-exchange c

202 mu-EME fractionation of the two drugs was compatible with raw h

203 )N sorption isotope effects, whereas isotope fractionation of transverse dispersion could not be iden

204 Fractionation of X2C gave a subfraction, with enhanced a

205 lubilization of photosynthetic membranes and fractionation on a sucrose gradient, but these preparati

206 A fractionation on XAD-16 afforded four fractions for each

207 -like degradation resulted in carbon isotope fractionation only, leading to LambdaC/Br infinity.

208 .0002), and higher prevalence of electrogram fractionation (P=0.0001).

209 o calculate and visualize gene retention and fractionation patterns across whole genomes.

210 nant attenuation in the environment, isotope fractionation patterns associated with different transfo

211 Even though multi-element isotope fractionation patterns provide crucial information with

212 fractionated in soil-wheat systems, and the fractionation patterns provide information on the biogeo

213 odel for interpreting isotope and enantiomer fractionation patterns showed potential for analyzing th

214 by 90-99%, showing that suggested multistep fractionation procedure is efficient in the recovery of

215 A sequential fractionation procedure using economical anion and catio

216 In the present study, the yeast cell wall fractionation process involving enzymatic treatments (sa

217 Importantly, the fractionation process is not always random, and a bias a

218 a careful selection of the most appropriate fractionation process should be performed to produce flo

219 in seed coarse and fine fractions after dry fractionation process.

220 nique might be for quality control, study of fractionation processes and determination of purity.

221 corn coproducts from three conventional corn fractionation processes and linking ANC partitioning in

222 However, the isotopic fractionation produced by adsorption may complicate the

223 Using fractionation profiling, a method that combines subcellu

224 strates the synergy of combining subcellular fractionation proteomics with other omics data sets and

225 Typical yields from a single fractionation protocol (2g MD starting material), includ

226 d particulate and dissolved phases, and this fractionation provides insight into the processes govern

227 al fractionation radiotherapy versus altered fractionation radiotherapy (comparison 1) or conventiona

228 plus concomitant chemotherapy versus altered fractionation radiotherapy alone (comparison 2).

229 plus concomitant chemotherapy versus altered fractionation radiotherapy alone) included five trials a

230 urvival was significantly worse with altered fractionation radiotherapy compared with concomitant che

231 of Head and neck (MARCH) showed that altered fractionation radiotherapy is associated with improved o

232 radiotherapy (comparison 1) or conventional fractionation radiotherapy plus concomitant chemotherapy

233 Comparison 2 (conventional fractionation radiotherapy plus concomitant chemotherapy

234 fractionated radiotherapy over other altered fractionation radiotherapy regimens and to assess the be

235 paring primary or postoperative conventional fractionation radiotherapy versus altered fractionation

236 Comparison 1 (conventional fractionation radiotherapy vs altered fractionation radi

237 Altered fractionation radiotherapy was associated with a signifi

238 tional fractionation radiotherapy vs altered fractionation radiotherapy) included 33 trials and 11 42

239 sight into the variation of rate in isotopic fractionation reaction regulated by carbonic anydrase (C

240 increments of CA activities during isotopic fractionation reaction.

241 atterning, we developed a novel ex vivo cell fractionation/reconstitution assay.

242 Differential fractionation refers to non-shared gene loss events betw

243 Fractionation refers to the loss of duplicate gene pairs

244 and evolutionary significance of such genome fractionation remain elusive.

245 have been responsible for the minor isotope fractionation reported for the oxygenation of other arom

246 The process of characterizing whole genome fractionation requires identifying syntenic regions acro

247 Ce/Ce* and Eu/Eu* are sensitive to redox and fractionation respectively, and here are used to evaluat

248 ility that Ceres experienced modest ice-rock fractionation, resulting in differences between surface

249 Fractionation revealed a more homogeneous structure of l

250 Furthermore, fractionation reveals an increase in the amount of ATP5G

251 travenous for 3 doses (arm A) vs accelerated-fractionation RT (70 Gy/35 over 6 weeks) plus panitumuma

252 CCHN were randomized 1:1 to receive standard-fractionation RT (70 Gy/35 over 7 weeks) plus cisplatin

253 was not superior to cisplatin plus standard-fractionation RT in LA-SCCHN and noninferiority was not

254 patients with LA-SCCHN treated with standard-fractionation RT plus high-dose cisplatin vs accelerated

255 n RT plus high-dose cisplatin vs accelerated-fractionation RT plus the anti-EGFR antibody panitumumab

256 ths, the PFS of panitumumab plus accelerated-fractionation RT was not superior to cisplatin plus stan

257 ompositions are affected by mass-independent fractionation (S-MIF down to Delta(33)S = -0.8), somethi

258 or 37.5 Gy in 15 daily fractions of 2.5 Gy; fractionation schedule predetermined for all patients at

259 e assay, surface proteolysis, and novel cell fractionation schemes revealed that MOSP in TDE exists a

260 this study, we used Sedimentation Field Flow Fractionation (SdFFF) to prepare enriched populations de

261 rs are significantly different and extent of fractionation seems proportional to the complexation sta

262 Cell fractionation showed that adenosine or an ADORA2A or ADO

263 mmunofluorescence microscopy and subcellular fractionation showed that coexpression of P-Rex1 and Nor

264 Liver cell fractionation showed that macrophages and activated hepa

265 Mass balance of As chemical fractionation showed that ~89-100% of As in porewater wa

266 Biochemical fractionation shows co-enrichment and co-localization of

267 equently incorporated a centrifugation-based fractionation step to deplete the highly abundant myofib

268 Cell fractionation studies demonstrate that PANCR is primaril

269 Cell fractionation studies determined that IL-12 and TNF-alph

270 Immunocytochemical and cell fractionation studies revealed that TM6SF2 was present i

271 Subcellular fractionation studies revealed the presence of multiple

272 Using an in situ fractionation technique to selectively remove free PARP-

273 However, none of the current column-based fractionation techniques or any microscopic technique ar

274 Utilising sensory-guided multi-dimensional fractionation techniques, the compounds with the highest

275 ical mixing, nuclear reactions, and chemical fractionations that occur in the chaotic nuclear firebal

276 As a by-product of oat processing and fractionation, the starch may also be utilised for food

277 Multidetector thermal field-flow fractionation (ThFFF) is shown to be capable of separati

278 ves away from an era of empirical dosing and fractionation to an era focused on the development of ev

279 mill waste waters (OMWW) by ammonium sulfate fractionation to be used as natural additive in food pre

280 mbination of enantiomeric and carbon isotope fractionation to characterize the degradation of alpha-H

281 ntified by combining biochemical subcellular fractionation to the protein isolation method.

282 rom dissolved-gas data (Ar, N2) and isotopic fractionation trends associated with denitrification (De

283 e, stable-element proxies delineate chemical fractionation trends that can be used to connect present

284 )N/(14)N ratios of NDMA give rise to isotope fractionation trends that can be used to infer NDMA form

285 20 fractions is non-inferior to conventional fractionation using 74 Gy in 37 fractions and is recomme

286 ing (LOPIT), which combines biochemical cell fractionation using density gradient ultracentrifugation

287 Activity-guided fractionation using the ABTS(+) radical scavenging assay

288 Transformation-associated isotope fractionation values (epsilonbulk(H)) were -115 +/- 18 p

289 Carbon and chlorine isotope fractionation values were -8 +/- 1 per thousand and -0.4

290 inc in the complexed form, and the extent of fractionation was independent of the Zn:ligand ratio use

291 ousand), whereas an inverse hydrogen isotope fractionation was observed for the aerobic strains (epsi

292 Using subcellular fractionation, we showed that the MLP ratio increased by

293 Purification and bioassay-guided fractionation were employed to isolate proanthocyanidins

294 Products obtained from selected fractionations were characterized with respect to degree

295 The extent of fractionation with DMA agreed with observed fractionatio

296 rofiling, a method that combines subcellular fractionation with mass spectrometry, we identified appr

297 abled the combination of the high resolution fractionation with multi-element analyzes.

298 SynapTRAP, which combines synaptoneurosomal fractionation with translating ribosome affinity purific

299 c peaks had to be collected to avoid isotope fractionation within peaks.

300 egimens and to assess the benefit of altered fractionation within the context of concomitant chemothe