ライフサイエンスコーパス: complexation

1 utamate and serine/threonine in zinc-peptide complexation.

2 surface-site blockage and/or organic Fe(II) complexation.

3 he complex and, DSC studied demonstrated the complexation.

4 hanced formation of reactive surface hydroxo complexation.

5 H)3 without irreversible polyhistidine-RG-II complexation.

6 h the change in solvent accessible area upon complexation.

7 competition between inner- and outer-sphere complexation.

8 TCs and Fe(II) and Fe(III) induced by their complexation.

9 retained than via outer-sphere kaolinite-CA complexation.

10 hanges and aggregation induced by host-guest complexation.

11 carbon-carbon bonds of the phenyl ring upon complexation.

12 s and relevancy of the light-regulated CB[8] complexation.

13 with differing formation constants of Cu(II) complexation.

14 hich the cysteine rotamers change upon metal complexation.

15 on of reactive species rather than via thiol complexation.

16 iation, which in turn is highly dependent on complexation.

17 y of conarachin I and arachin fractions upon complexation.

18 stance to salts known to inhibit polypeptide complexation.

19 hile elution was influenced by eluent cation complexation.

20 ay key roles in driving protein-carbohydrate complexation.

21 dynamic driving force for the organo-mineral complexation.

22 usion of a significant hydrophobic area upon complexation.

23 ating material properties in polyelectrolyte complexation.

24 tment (60 degrees C, 10 min) enhanced BLG-LA complexation.

25 inhibits Hg methylation due to strong Hg-DOM complexation.

26 ms of radical generation and mineral surface complexation.

27 hich undergo conformational change or ligand complexation.

28 bility of linalool by cyclodextrin inclusion complexation.

29 cement in adsorption associated with ternary complexation.

30 lity of protein and vitamin A as affected by complexation.

31 n be produced through two different types of complexations.

32 surface in a lateral fashion to satisfy the complexation [2 + 2] valency and thereby give stable two

33 Following its resolution by diastereomeric complexation, 5,5',6,6'-tetrahydroxy-3,3,3',3'-tetrameth

34 s treated by steaming and metal-chlorophylls complexations against combined acid-heat was compared wi

35 how microbial metabolism and organo-mineral complexation alter amino acid and organic carbon fluxes

36 rtant organic matter functions such as metal complexation and association with mineral surfaces.

37 They enable the complexation and co-crystallization of otherwise non-cry

38 e and evolutionary conservation of J-protein complexation and cooperation in disaggregation.

39 Parameters which affect the complexation and extraction (pH, DDTC, and Triton X-100

40 anionic HA biopolymer led to efficient ionic complexation and formation of homogenous liposome-polyme

41 I) from remediation products via both ligand complexation and increased solid solubility.

42 h stimuli as light, electrochemical voltage, complexation and mechanical modulation.

43 fect DOM-trace metal interactions, including complexation and metal-containing particle precipitation

44 ses contributing to the rates and extents of complexation and redox reactions between these important

45 uggesting that dissolution proceeded through complexation and removal of oxidized surface uranium ato

46 Exploiting co-complexation and trans-metal-trapping strategies with lo

47 spray drying, antisolvent, amylose inclusion complexation, and nano-emulsification are introduced in

48 sses: solution complexation, ternary surface complexation, and surface site competition.

49 tent was significantly lowered after beta-CD complexation, as revealed by thermogravimetric (TG) anal

50 d in toxicity experiments by cysteine-silver complexation at the EC50.

51 Complexation between a water-soluble calix[4]pyrrole and

52 rate selection is further tuned by transient complexation between different classes of J-proteins, wh

53 The complexation between L1 and Cu(2+) or Zn(2+) was delinea

54 Direct inner-sphere complexation between OC and iron oxides (Fe-O-C) is resp

55 The complexation between Ru(2+)-dimer and Fe(2+) demonstrate

56 hydrogen-bonding interactions promote strong complexation between substrates and a rigid beta-turn ca

57 ork, for the first time, reports the surface complexation between sulfate and plagioclase that can oc

58 Complexation by CB7 led to a 12 mV anodic shift, while C

59 ANS complexation by cyclodextrins or bovine serum albumin (B

60 on of flavour compounds related to inclusion complexation by dispersed native high amylose maize star

61 REEQC) with and without implementation of Hg complexation by dissolved organic matter (DOM).

62 the precipitation of U minerals as well as U complexation by Fe/Mn phases at our field site, and sugg

63 analogous peptide segments likely direct RS complexation by LS cages in other bacterial species.

64 Our data indicates that U(IV/VI) complexation by natural organic matter prevents the prec

65 (2+), data and modeling indicate that Ca(2+) complexation by NOM neutralizes some of the negative org

66 periments have established the importance of complexation by organic ligands in determining the bioav

67 C and free copper ion concentration owing to complexation by predominantly organic ligands.

68 The modeling of metal complexation by the biotic ligand has received little at

69 proposed detoxification responses involving complexation by thiol groups from peptides.

70 Importantly, metal complexation can be accomplished in situ and is found to

71 Metal complexation can be used to render gelatin derivatives a

72 By moving from methanol to water, the complexation changed from entropy driven to entropy oppo

73 ilable ligand families, an overview of their complexation chemistry, and an examination of their appl

74 N-NMR experiments exhibited signal loss upon complexation consistent with the formation of high-molec

75 strong dependence on pH and temperature: The complexation constant (KF) decreased as the pH and tempe

76 The apparent Cu(2+) complexation constant (logK; Cu(2+) + L(-) <--> CuL(+))

77 modeling, it was shown that the NA-magnetite complexation constant does not vary with Fe(II)/Fe(III)

78 how the different interactions influence the complexation constant.

79 Taking (i) surface complexation constants determined for Eu(III)-illite int

80 oichiometry in all the cases studied but the complexation constants were strongly dependent on the ty

81 ich is rooted in the field of fluoride anion complexation/coordination chemistry, has led to the deve

82 This study suggests that phosphate complexation could enhance the reductive removal of vana

83 elical conformational switching triggered by complexation/decomplexation.

84 w sorption of ligands coupled with strong Pu complexation decreased Pu sorption at pH 5 and 7, relati

85 ugh an intramolecular P horizontal lineO...B complexation directed by proximal alpha- or beta-hydroxy

86 rovide a powerful approach to studying metal complexation directly at the biotic ligand.

87 derstanding of the structure and pathways of complexation-driven assemblies, and raise intriguing pro

88 ual micelles is prevented in polyelectrolyte complexation-driven assembly of triblock copolyelectroly

89 Sensors based on the Pfeiffer effect rely on complexation-driven asymmetric transformation of the fir

90 hown to be more stable in the case of MA but complexation efficiency was greater for OA.

91 neutral, hydrophilic polymer and subsequent complexation enables the formation of nanoscale coacerva

92 has focused on a group of promising methods; complexation, encapsulation, and hot melting.

93 It is noteworthy that the complexation exerted by a monosaccharide (glucose or met

94 Complexation extends the radical lifetimes from 2 h to o

95 sid assembly, which involves recruitment and complexation, followed by allosteric growth of the prote

96 and changes from reductive elimination to pi-complexation for arenes bearing strongly electron-withdr

97 hat the prochiral reagent can sample several complexation geometries during the lifetime of a complex

98 cture-specific, highly selective, host-guest complexation has experienced rapid development.

99 menting the bidentate-binuclear inner-sphere complexation identified in the present study.

100 Fluoride anion complexation impacts a number of areas ranging from sens

101 Selective ion-ionophore complexation in a polymeric membrane is crucial to vario

102 rectly associated to OC through inner-sphere complexation in coastal sediments, as much as four times

103 We observe Cu(II) complexation in real-time using five ligands with differ

104 y products by microwave assisted extraction, complexation in situ by ethylenediaminetetraacetate (EDT

105 e complex with endogenous HG through calcium complexation in situ, confirming a recently suggested th

106 hanced solubility of QU due to the inclusion complexation; in addition, the stoichiometry of QU/beta-

107 s to Pu(IV) hydrolysis competing with ligand complexation, increasing sorption.

108 experiments were carried out to measure the complexation-induced shifts on the half-wave potentials

109 Complexation inhibits endopeptidase activity and cell wa

110 Spatial and temporal coordination of complexation, inversion and setting fostered rapid ( app

111 The free energy for complexation is almost completely entropic over all salt

112 We demonstrate that berkelium's complexation is analogous to that of californium.

113 Polyelectrolyte complexation is critical to the formation and properties

114 Trace metal complexation is difficult to characterize in dynamically

115 various complexes with soluble hematin, but complexation is insufficient to suppress heme detoxifica

116 the ability to accurately predict As surface complexation is limited by the lack of molecular-level u

117 Regulation of enzymes through metal ion complexation is widespread in biology and underscores a

118 From complexation isotherms built at different total Eu(III)

119 ed with the assistance of penicillamine as a complexation ligand.

120 the negative organic charge and minimizes Fe complexation, making Fe species available for hydrolysis

121 hite (9.1-9.4), and an additional OA surface complexation mechanism at the (010) plane.

122 rth a new understanding on utilizing surface complexation mechanisms between the reactants and earth

123 Increasing the pH and temperature of the complexation media tended to improve the complexation pr

124 :9.5 (104.9mg TTO/g beta-CD) was used in all complexation methods.

125 rm model, and a diffuse double layer surface complexation model (DLM) was developed to describe metal

126 at high supersaturation and that a classical complexation model is sufficient to reproduce measured r

127 A diffuse double layer surface complexation model was developed for surface-functionali

128 uctor can be readily understood with our 2:2 complexation model, corresponding to a parallel conducta

129 , quantum chemical calculations, and surface complexation modeling (SCM), we have shown that sulfate

130 uminescence spectroscopy (TRLS), and surface complexation modeling (SCM).

131 ts were modeled simultaneously using surface complexation modeling (SCM).

132 cular structure allows more reliable surface complexation modeling of recent and future macroscopic d

133 Using surface complexation modeling, it was shown that the NA-magnetit

134 king, potentiometric titrations, and surface complexation modeling.

135 While surface complexation models can be modified to account for these

136 Surface complexation models use experimental adsorption measurem

137 tions are not yet accounted by the different complexation models.

138 frared (ATR-FTIR) spectroscopy and multisite complexation (MUSIC) modeling were used to monitor OA bi

139 Flavour composition also influenced starch complexation; no flavour complexes were reported with li

140 ioselectivity in the previously communicated complexation of (+/-)-trans-1,2-dimethylcyclohexane.

141 Cucurbit[8]uril (CB[8])-mediated complexation of a dicationic azobenzene in water allows

142 Complexation of a suitably derivatized beta-, gamma-, or

143 The complexation of aptamers with AuNPs protects the nanopar

144 that may also influence As mobility include complexation of As by dissolved humic substances, and co

145 The complexation of BChE with the microgel was found to be s

146 size of BChE results in a predominant outer complexation of BChE within the dangling chains of the m

147 is unique phenomenon is based on the surface complexation of benzyl alcohol (BnOH) with the Bronsted

148 sphonate calix[4]pyrrole counterparts in the complexation of both tetramethylphosphonium and octylamm

149 m cation that induces reversible solid-state complexation of Br2/Br3(-).

150 lteration of its surface charge suggesting a complexation of C3G molecules in the internal casein str

151 th Fe/CA molar ratios from 2 to 0.5, ternary complexation of CA to kaolinite via a five-coordinated F

152 e propose that FO biofouling was enhanced by complexation of calcium ions to bacterial EPS.

153 eukaryote-specific signature for interclass complexation of canonical J-proteins.

154 been shown to be suitable for the effective complexation of chloride, nitrate, bicarbonate and sulfa

155 iation of Cr(III) and Cr(VI) was achieved by complexation of Cr(III)-TTA and the total Cr was measure

156 and Ni(0), with ethylene and other olefins, complexation of d(10) Zn(II) to simple olefins is too we

157 Co-crystal structures reveal Bd3460 complexation of dual targets, binding a conserved epitop

158 site occurred at the lower pH range and the complexation of Eu(III) to sulfonate site are more signi

159 n these dose-limited systems without Ca(2+), complexation of Fe species by NOM appears to be the mech

160 ion, possibly combined with enhanced surface complexation of Fe(II) cations promoted by anionic As(V)

161 The reaction started with complexation of Fe(II) with TC followed by oxidation of

162 eriments with Fe(II) and TCs showed that the complexation of Fe(II) with tetracycline (TTC), oxytetra

163 riments with Fe(III) and TCs showed that the complexation of Fe(III) with TC could generate oxidized

164 to investigate domains and residues enabling complexation of IFN-beta to IFNAR1.

165 The complexation of iron(III) with oxalic acid in aqueous so

166 scopic studies show that condition-dependent complexation of ketone to LiHMDS occurs in trialkylamine

167 The complexation of L by La(3+) was shown by absorption spec

168 ive to the modeling of organic and inorganic complexation of metals in solution.

169 d interferences were interpreted by modeling complexation of Nic and, separately, each of the interfe

170 The surface complexation of O2 with Al2O3 also activates the adsorbe

171 The complexation of OA and MA with alpha- beta-, gamma-, HP-

172 The capsule shell is formed by the complexation of oppositely charged polyelectrolytes at t

173 Complexation of particular diol groups by the boronic ac

174 It has been known that the complexation of protein and DNA involves mutual conforma

175 target as well as on the stabilization upon complexation of some of the mutated RNA sequences associ

176 Complexation of such syndiotactic vinyl-functionalized p

177 peciation calculations that predicted strong complexation of Tb(3+) by citrate.

178 Complexation of the acylated oxazolidinone by n-Bu2BOTf

179 Strong complexation of the alcoholic oxygen with Mg(II)bisporph

180 mination from Ar-Au(X)-Ar and lead to the pi-complexation of the arene by Ar-AuX2 becoming the turnov

181 regation between oxide particles and surface complexation of the dissolved Al ions with MnO2 .

182 density in the porphyrin dimers 3 and 4 upon complexation of the first C60 molecule, in good agreemen

183 Complexation of the Nic molecules by the MIP cavities wa

184 The complexation of the phenylboronic acid and cis-diol grou

185 have observed trace level Fe(III) and Cu(II) complexation of the protein fractions of peanut at pH 4.

186 Predesigned complementary complexation of two 2,2':6',2''-terpyridine-based ligand

187 ipitation of U-bearing mineral(oid)s and the complexation of U by a vast range of (in)organic surface

188 rcular dichroism (CD) analysis confirmed the complexation of unmodified and NOTA-modified somatropin

189 ormation pertaining to the degree of acetate complexation of uranyl ion (UO2(2+)) is assessed as a fu

190 we investigated isotope fractionation during complexation of Zn(2+) with the phytosiderophore 2'-deox

191 was developed using 5-Br-PAPS to examine the complexation of Zn(II) and Cu(II).

192 important contribution of Fe-bridged ternary complexation on CA retention.

193 at pH 7, and investigated the effect of NOM complexation on Fe(II) redox stability.

194 A reduction in extent of inner-sphere Fe(II) complexation on silica-ferrihydrite confers a decreased

195 ssay was performed to identify the effect of complexation on the solubility of carotenoids.

196 on = 0.49 +/- 0.06 per thousand for specific complexation onto edge sites.

197 o various substrates whereupon electrostatic complexation, phase inversion, and rapid setting were si

198 degrees C and 150 degrees C, attributed to a complexation phenomenon.

199 lar ratios </=0.5, kaolinite-Fe(III)-citrate complexation preferentially occurred, but less CA was re

200 examples including both aqueous and surface complexation problems illustrate the parameter estimatio

201 e binding constants (Ka) associated with the complexation process leading to the formation of the [2]

202 ium constants for the tartrazine-BSA and HSA complexation process were evaluated to be (1.92 +/- 0.05

203 the complexation media tended to improve the complexation process with triterpenic acids.

204 evaluate the thermodynamic parameters of the complexation process, dissecting the entropic and enthal

205 ying substrate modulation on the cyt b5-P450 complexation process.

206 various purposes due to the versatile metal complexation properties of the TPA unit.

207 y a combination of molecular recognition and complexation properties with vital implications for host

208 y a combination of molecular recognition and complexation properties with vital implications for host

209 polyethers and evaluation of their metal ion complexation properties.

210 coupled to homogeneous chemical equilibria (complexations, protonations, ion associations, ...) that

211 nic MOP architecture and plug-and-play CB[n] complexation provides a potent new platform for drug del

212 nylboronic acid derivatives with unique diol complexation rates, 4-carboxyphenylboronic acid, and o-a

213 The complexation reaction with Au(I) ions spontaneously asse

214 the time-dependent responses in the case of complexation reactions occurring in the ion-selective me

215 , terrestrially derived FAs promote As-Fe-FA complexation reactions that may enhance As mobility.

216 of HPEP, pH 9.5 and 10 min after mixing the complexation reactions were completed.

217 Besides the fast complexation reactions, diffusion-limited processes, esp

218 in neutralization, precipitation, redox, and complexation reactions, with a multichannel pipet for ad

219 nd time of color formation for completion of complexation reactions.

220 could mitigate As mobilization with surface complexation reactions; (2) dissolution of available cal

221 The complexation-reduction mechanism is illustrated with the

222 efficiency for stripping Pu(IV), through the complexation-reduction mechanism, is suitable for use in

223 v) to determine the solvent influence on the complexation selectivity.

224 in that bonding is expected to be ionic and complexation should not substantially alter the electron

225 ct was MbetaCD (KF=606.65+/-30.18M(-1)), the complexation showing a strong dependence on pH and tempe

226 cussion of processes (redox transformations, complexation, sorption, precipitation, dissolution, evap

227 t of fractionation seems proportional to the complexation stability constant.

228 DOSY and HOESY analyses that illuminate the complexation state and H-bonding in solution.

229 We predict theoretically that the complexation stoichiometry affects not only the peak cur

230 ermine the binding constants and suggest 1:1 complexation stoichiometry for the ionophore I with chlo

231 The complexation stoichiometry is needed to yield the format

232 This technique also provided a complexation stoichiometry similar to those obtained by

233 Herein, we disclose a nitrogen complexation strategy that employs a strong Bronsted aci

234 ienediyne to be obtained via RCM; the alkyne complexation strategy therefore provides one valid techn

235 t manner to better understand solubility and complexation structure/activity function in process-rele

236 Complexation studies by NMR, in the presence of sodium t

237 Complexation studies revealed that fullerenes promote th

238 derstand the mechanism of the CPE procedure, complexation study of the TSIL with U was carried out by

239 operative or competitive processes: solution complexation, ternary surface complexation, and surface

240 o short-range interactions--intraparticulate complexation--, there might be interactions at longer ra

241 100 concentration, vortex agitation time and complexation time) were optimized in a univariate way.

242 ) has been functionalized with NOTA to allow complexation to (68)Ga ((68)Ga-NOTA-UBI).

243 with subnanomolar affinity, was selected for complexation to (99m)Tc via multiple spacers.

244 res of the water hydrogen-bonding network by complexation to BPL indicate that water clusters adopt s

245 The SCM indicated that Eu(III) and U(VI) complexation to carboxylate functional group is the main

246 Complexation to CB[7] increased the pKa for 4H(+) (pKa =

247 his study is to investigate the potential of complexation to encapsulate nisin (5g/L concentration) u

248 Its complexation to oligonucleotides determines a singular a

249 tation (i.e., "new" particle formation), and complexation to particulate matter.

250 in mechanism for their sorption to GO; their complexation to the sulfonate site occurred at the lower

251 BP produced a strong signal with and without complexation to U or Pu, but, in negative ion mode, no T

252 rous adhesive resulting from polyelectrolyte complexation triggered by solvent exchange.

253 ted tractable rates, reveals a rate-limiting complexation via a transition structure with a complicat

254 Flavour-starch complexation was dependent on the flavour compound hydro

255 The extent of the complexation was evaluated by differential pulse voltamm

256 Hg-DOM complexation was modeled using three approaches: binding

257 Complexation was shown to be more stable in the case of

258 Carbon dioxide complexation was undertaken into solid matrices of amorp

259 Both pre- and on-capillary complexations were employed to obtain stable metal-Phen

260 t-structured hydrogel assemblies via polyion complexation when mixed in aqueous media.

261 powerful tool for studying real-time Cu(II) complexation, which is essential speciation information

262 The self-assembly is mediated by the PNA-DNA complexation, which results in the formation of hydrophi

263 demonstrates enrichment of Cr(VI) after its complexation with 1,5-diphenylcarbazide.

264 Upon complexation with a divalent cation, the accessible conf

265 of the adduct with a "water finger" prior to complexation with an ionophore at the membrane/water int

266 t minutes of simulated intestinal digestion, complexation with beta-CD allowed anthocyanins degradati

267 Complexation with beta-CD showed a thermal stabilization

268 across the backbone can be achieved through complexation with BF2, as observed by (1)H NMR analysis

269 peroxidase activity of cyt c gained upon its complexation with cardiolipin in the presence of reactiv

270 this phase, CTLA4 surface expression and its complexation with CD80/CD86 cause internalization and de

271 e the L1 exhibited spherical particles, upon complexation with Cu(2+), it exhibits chain like morphol

272 MOP 3 undergoes noncovalent complexation with cucurbit[n]urils to yield MOPs 4-6 wit

273 obtained the highest score (5/8) along with complexation with cyclodextrin suggesting that these met

274 ing-closing metathesis reactions followed by complexation with dicobalt octacarbonyl.

275 Following complexation with Gd, this PTPmu-targeted molecular cont

276 n of aggregation-prone tau as induced by the complexation with heparin is accompanied by large change

277 hat appeared in several reports on fullerene complexation with hosts containing the 1,3-dithiolyliden

278 Notably, complexation with HSA did not hinder the activity of sil

279 chromatography (SEC) demonstrated functional complexation with human growth hormone binding protein (

280 jugation and consequent purification through complexation with immobilized metal affinity chromatogra

281 Indeed, domain reorientation by c-di-GMP complexation with MrkH, which leads to a highly compacte

282 tion state, which are strongly influenced by complexation with natural organic matter (NOM).

283 Radical organic ions can be stabilized by complexation with neutral organics via interactions that

284 roposed anti-iminometalation of alkyne by pi-complexation with Ni(0) and subsequent attack by the N-H

285 Complexation with Ni(II) of the major regioisomer led to

286 -5-yl)phenyl)amine (L); which upon selective complexation with Pd(II) ions resulted in the formation

287 g spray-drying technique and to evaluate how complexation with pectin or alginate (2g/L concentration

288 Structural changes of nisin induced by complexation with pectin or alginate and spray-drying we

289 The results showed that complexation with pectin or alginate preserved nisin str

290 Complexation with phytosiderophores is a key reaction an

291 of 8-hydroxyquinoline (8HQ) following Ca(2+) complexation with PLD-generated PA.

292 Dihydrogen complexation with retention of the H-H bond, once an exo

293 mately 10% of the CTD residues are free from complexation with RNA, resulting in partially exposed CT

294 nt correlation spectroscopy showed effective complexation with siRNA as well as its release upon part

295 to encapsulate tea tree oil (TTO) by direct complexation with solid amorphous beta-cyclodextrin (bet

296 d by mutations that reproduce the effects of complexation with the alpha-subunit.

297 d 0.15 M Mg(ClO4)2 due to the protonation or complexation with the Lewis acid of the pyridine nitroge

298 Collectively, our data suggest that complexation with the polymer chain is rate-limiting for

299 sence of humic acid appeared to be driven by complexation, with (208)Pb and UV254 size-exclusion chro

300 This study investigated the complexation yield and physicochemical properties of sol