ライフサイエンスコーパス: agglomeration

1 ue to the negative zeta-potential preventing agglomeration.

2 proteins drive the subsequent steps in TORC1 agglomeration.

3 dispersion, dissolution/dissociation, and/or agglomeration.

4 d frequently results in phase separation and agglomeration.

5 g to high metal dispersion in the absence of agglomeration.

6 n at 4 %, while higher concentrations caused agglomeration.

7 to the sustainable development of the urban agglomeration.

8 tially decrease their uptake due to particle agglomeration.

9 activation due to carbon coking and particle agglomeration.

10 ed to be anchored and stabilised, preventing agglomeration.

11 texts, growth was primarily a consequence of agglomeration.

12 ustainable development pathway for the urban agglomeration.

13 es, whose irregular shape is probably due to agglomeration.

14 h which to prevent MgO nanocrystallites from agglomeration.

15 lity and circumvents the problem of particle agglomeration.

16 of increased viscosities and severe particle agglomeration.

17 y of the QDs size, and reduced nanoparticles agglomeration.

18 surface area with cycling, suggesting sulfur agglomeration.

19 vides steric repulsions to prevent particles agglomeration.

20 emoves most of the HC, while DTAB induces NP agglomeration.

21 to surfactants developed to prevent hydrate agglomerations.

22 rface in approximately 50 mum sized globular agglomerations.

23 sible for primary crystal formations and fat agglomerations.

24 ce suggests that productivity rises in dense agglomerations.

25 a superlinear scaling regime for all Swedish agglomerations.

26 s had relatively poor surface structure with agglomerations.

27 sing stability with increasing pH and strong agglomeration above the isoelectric point and settling i

28 eation while suppressing particle growth and agglomeration across various disordered rock-salt compos

29 eptional colloidal stability without showing agglomeration after storage for 10 months and enables sm

30 Additionally, changes to the CNTs (e.g., agglomeration) after environmental release and matrix ef

31 Compared with Xcalibur, our statistical agglomeration algorithm produces 68% less m/z error and

32 Our statistical agglomeration algorithm reduces peakwise error by 38% ma

33 whereas Ag catalysts degrade due to particle agglomeration, an undesirable dissolution-recrystallizat

34 es through reactors, the direct link between agglomeration and chemistry is still contested due to mi

35 ed very inferior sensitivity due to possible agglomeration and decreased synergism.

36 We find two emerging classes, namely agglomeration and dispersion.

37 xs, as the Prxs presented challenges of both agglomeration and division.

38 Agglomeration and filtration by filter paper were the pr

39 O)) decrease with an increasing degree of Fe agglomeration and govern especially the promotion of the

40 Moderate initial agglomeration and high dispersion of nanoparticles (NPs)

41 show results on the rate of particle growth/agglomeration and identity of soluble oligomeric reactio

42 an enhanced stability, it often causes atom agglomeration and is incompatible with many temperature-

43 (II) by graphene oxide is challenging due to agglomeration and less selectivity, nevertheless of its

44 ists of the loss of active sites through the agglomeration and possible dewetting of Au NPs.

45 provide an enhanced barrier to nanoparticle agglomeration and promote nanoparticle-polymer binding.

46 ace density, while simultaneously preventing agglomeration and promoting electronic metal-support int

47 of ENM in complex matrices by measuring ENM agglomeration and sedimentation in municipal solid waste

48 ross-complementary hairpins self-selected by agglomeration and sedimentation.

49 However, agglomeration and surface oxidation remain as two major

50 at traps the nanoparticles to avoid particle agglomeration and to control the coalescence of nanopart

51 by ultrasound and study the fundamentals of agglomeration and ultrasound in different food matrices.

52 orosity occurred, likely due to nanoparticle agglomeration and zinc leaching.

53 hitization can arouse nanoparticle ripening, agglomerations and compositional changes.

54 y implications of emerging patterns of urban agglomerations and uncover insights for maintaining key

55 hus influence cell migration, proliferation, agglomeration, and cell death.

56 rious parameters including the size, length, agglomeration, and impurities of CNTs that may cause oxi

57 n (i) manipulating the size, shape, defects, agglomeration, and precipitation of nanoparticles, as we

58 enterprises, improving the degree of talent agglomeration, and reducing the operating costs of enter

59 electrons reduces or eliminates nanoparticle agglomeration; and the large difference between the chem

60 an insight into the potential of ultrasonic agglomeration applications in the food industry.

61 esent, it is generally agreed that P protein agglomerations are preparation artifacts due to injury,

62 how that leaf-captured PM is concentrated in agglomerations around leaf hairs and within the leaf mic

63 uch as low stability through dissolution and agglomeration, as well as suffering from high overpotent

64 ar Au nano-mounds based on diffusion limited agglomeration at comparatively low annealing temperature

65 thin 0.5% in most of the reported due to the agglomeration at higher loading concentrations.

66 synergistic addition of NaCl, AuNPs undergo agglomeration at lower chlorpyrifos concentrations but a

67 r metal particle nucleation, growth, and now agglomeration (B + B --> C) and secondary surface autoca

68 A + B --> 2B (rate constant k2), bimolecular agglomeration, B + B --> C (rate constant k3), and secon

69 chemical descriptors of bimolecular particle agglomeration, B + B --> C, and autocatalytic agglomerat

70 gglomeration, B + B --> C, and autocatalytic agglomeration, B + C --> 1.5C, involved in, for example,

71 was highly impacted by the particle-specific agglomeration behaviour in this study.

72 explain this phenomenon; instead, local ion agglomeration best explains reduced diffusion.

73 sed analysis (PCA), the apparent tendency of agglomeration between samples G1 and G3 was verified.

74 guishing between nanoparticle aggregation vs agglomeration by characterizing a colloidal system of Ag

75 However, the often extensive particle agglomeration can result in reduced nanospecific effects

76 ts suggest that the core cities in the urban agglomeration can take on a leadership role.

77 e development of energy systems within urban agglomerations can be achieved.

78 e the effort, intricate fabrication process, agglomeration characteristic, and non-uniform output wer

79 ster analysis showed two equal-sized patient agglomerations characterized by proinflammatory (interfe

80 f posttransplant responses revealed two main agglomerations, characterized by IFN-gamma and IL-10 phe

81 f posttransplant responses revealed two main agglomerations, characterized by IFN-y and IL-10 phenoty

82 In the subsequent growth phase, hierarchical agglomeration could be a dominant process and would prod

83 hout any indication of particle formation or agglomeration, creating unique, molecularly mixed compos

84 sing SA concentration in the solvent, gluten agglomeration decreased with gluten yield reductions of

85 protein-particle interactions and subsequent agglomeration, diffusion and sedimentation.

86 s in individual tubes indicate that At SEOR1 agglomerations do not markedly affect or alter flow.

87 e first protective barrier to inhibit the Fe agglomeration during pyrolysis.

88 ed via this route displayed minimal particle agglomeration during the deposition and activation steps

89 glucose oxidase (GO) and H(2)O(2) on gluten agglomeration during wheat flour gluten-starch separatio

90 ovide identification of the "discrete" AgNPs agglomeration (e.g. 2-3 NPs) formed through the inter-pa

91 ractiveness with its floorspace, and with an agglomeration effect approximated as the total retail fl

92 In the industrial sector, spatial agglomeration effects are typical, but such changes in t

93 Urban scaling research finds that agglomeration effects-the higher-than-expected outputs o

94 ing positive knowledge spillover effects and agglomeration externalities as well as embracing the non

95 tterns, we propose a model that combines two agglomeration forces and simulates human settlements' hi

96 result of carbon dioxide emissions as urban agglomerations grow.

97 agriculture, trade and task differentiation, agglomerations have evolved according to scaling rules t

98 In-situ formed nanosheets exhibit faster agglomeration, higher removal rate, and stronger anti-in

99 cused on the Yangtze River Delta (YRD) urban agglomeration in China and proposed an optimization fram

100 ter streams, stabilizes silver colloids from agglomeration in high salinity marine waters by electros

101 a of quantifying the role of floor-space and agglomeration in retail location choice.

102 nd showed sphericity, smooth surface and low agglomeration in SEM.

103 ults showed that UV aging did not affect the agglomeration in solution but decreased the MNP's capaci

104 reus surface proteins are a prerequisite for agglomeration in synovial fluid, low activity of the Agr

105 tational flow stirs and suppresses precursor agglomeration in the core of the cilia-driven vortex.

106 undergo size/shape-dependent dissolution and agglomeration in the gut of the daphnids, which determin

107 measure the connection between chemistry and agglomeration in the smallest iron oxides relevant to ma

108 e 2 mM Ca(2+) and 100 mM Na(+) enhanced AgNP agglomeration in the synthetic media.

109 n induced ROS production followed by protein agglomeration in vitro.

110 ically evidenced to be common in major urban agglomerations in China.

111 ation of 500 nm and 1000 nm polystyrene (PS) agglomerations in natural seawater from a coastal enviro

112 Many smaller scale populated agglomerations including their surrounding rural areas a

113 At higher NP loadings, surface roughness and agglomeration increased, reducing tensile strength.

114 rmation of Pt carbonyls (Pt1-CO), leading to agglomeration into subnano clusters.

115 This agglomeration is shown to be induced by complex formatio

116 rasonic compaction, also known as ultrasonic agglomeration, is an emerging technology that represents

117 that represents a novel alternative for food agglomeration; it is of great interest to the food indus

118 Many bacterial pathogens form cellular agglomerations known as biofilms, which considerably lim

119 es and proteins, characterize nanoparticles' agglomeration levels and interfaces between nanoparticle

120 ing factors include nanoparticle dispersion, agglomeration, magnetic field frequency, and coil geomet

121 We propose a multilevel equivalent agglomeration (MEA) model in which all particles in an i

122 hitecture maximizes Sn utilization, prevents agglomeration, mitigates volume variation, and allows co

123 s to the molecule-specific proteins, free of agglomeration, nonspecific binding, or biomolecule deact

124 e to the complex synthesis procedure and the agglomeration of active sites during high-temperature re

125 d in terms of the steric effects produced by agglomeration of Ag atoms into larger clusters following

126 Agglomeration of AgNP exposed in filtered natural freshw

127 Agglomeration of AgNPs was not observed despite a high s

128 ferences between treatments in the degree of agglomeration of AgNPs, as indicated by the accumulation

129 ocrystals are as follows: first, GO-promoted agglomeration of amorphous spherical Cu(2)O nanoparticle

130 Agglomeration of BSO was observed in all microcapsules a

131 We also explore the size, shape, and agglomeration of bubbles near the focal region by contro

132 action), facilitates nucleation, growth, and agglomeration of cholesterol monohydrate crystals; this

133 tion in the United States was accompanied by agglomeration of crop types, not just overall cropland a

134 these tasks requires a unified framework for agglomeration of data from various genomic resources, no

135 obilized DNA strands as templates avoids the agglomeration of DNA caused by shielding of charges on D

136 -year decline, indicating persistent spatial agglomeration of ecological quality.

137 An agglomeration of I4.0 technologies and methodologies is

138 y dissolution, redeposition, detachment, and agglomeration of Ir species.

139 but also suffering from deactivation through agglomeration of isolated sites into Cr(2)O(3).

140 AgNP surface remains uncoated, promoting the agglomeration of Lyz-AgNP conjugates.

141 e early phase (4800-4200/4100 BCE), over the agglomeration of mega-sites (4200/4100-3650 BCE), to the

142 However, enormous volume expansion and agglomeration of nano Sn lead to low Coulombic efficienc

143 rrelations reveal a "high-low" or "low-high" agglomeration of negative values during certain individu

144 The reduced agglomeration of nHfO2 was achieved through controlled h

145 e Brownian motion of NMO that led to reduced agglomeration of NMO.

146 eration of the samples resulted in extensive agglomeration of NP to form larger (>50 nm) colloids, an

147 The rapid agglomeration of Pd atoms under CO oxidation conditions

148 lent stability and recyclability without any agglomeration of PdNPs after several cycles.

149 origins are a fixed set of loci, or a loose agglomeration of potential sites used stochastically in

150 t to a critical role for Snx4 in cytoplasmic agglomeration of proteasomes en route to autophagic dest

151 tion significantly suppresses detachment and agglomeration of Pt nanoparticles, two of the major degr

152 carbon support and subsequent detachment and agglomeration of Pt particles.

153 Hence, the agglomeration of rare variants, even in the hitherto una

154 RNA target sites within the vast and dynamic agglomeration of RNA molecules in the living cell.

155 h dose is attributed to the accumulation and agglomeration of scattering centres at lower doses.

156 However, poor wettability and agglomeration of self-assembled molecules(9-12) cause in

157 strategies of restricting the migration and agglomeration of single metal sites into metallic cluste

158 These particles are attributed to agglomeration of smaller particles and clusters and/or h

159 layer can relieve internal stress, avoid the agglomeration of Sn to accelerate the Na(+) transport, a

160 Although the mechanistic basis for the agglomeration of staphylococcal cells in biofilms has be

161 This interaction promotes the agglomeration of the AgNPs and inducing the formation of

162 tant proteins nor the phospholipids, induced agglomeration of the AgNWs.

163 ES1 treatment induced the rapid agglomeration of the auxin translocators PIN2 and AUX1 a

164 xidation of the CQD surfaces and reduces the agglomeration of the nanoparticles at 100 degrees Celsiu

165 at the SEM and TEM images depict a clustered agglomeration of the nanoparticles, while EDAX confirmed

166 ncrease in surface hydrophobicity and slight agglomeration of the powder, especially for powder kept

167 These differences were linked to the agglomeration of the sulfidic precipitates and coprecipi

168 However, high-temperature processes cause agglomeration of these nodes, so that the single-site ch

169 ransmission electron microscopy (TEM) showed agglomeration of these structures in granules of low tot

170 Silencing PI4KA also resulted in aberrant agglomeration of viral replicase proteins, including NS5

171 erature ex-solution effectively inhibits the agglomeration of WO(3) sheets while maintaining well-dis

172 ey role in controlling growth and inhibiting agglomeration of ZnO.

173 ially used polycrystalline ceramics that are agglomerations of a very large number of variously orien

174 Biofilms are surface-attached agglomerations of microorganisms embedded in an extracel

175 However, agglomerations of phytoplankton into patches are observe

176 turgeon otoliths are frequently comprised of agglomerations of small microcrystalline vaterite spheru

177 high-resolution microcomputed tomography are agglomerations of smaller calcified matrix vesicles.

178 work investigates the effect of whey protein agglomeration on the survivability of Saccharomyces boul

179 The impact of agglomerations on phloem flow is discussed.

180 This approach effectively prevents phase agglomeration or separation during successive H2 dischar

181 ost matrix proteins such as fibrin initiates agglomeration; our present results show that, thereafter

182 able outcome, we take advantage of the early agglomeration phenomenon observed for whey protein by ad

183 The sustainable development of urban agglomerations plays a pivotal role in national and glob

184 Crowded agglomerations pose serious risk of triggering superspre

185 was dispersed in the adhesive resin without agglomeration, presenting intermittent luminescence by b

186 olution of agglomerates over time during the agglomeration process.

187 Such sorption of PAHs increases the agglomeration rate of Nano-PS during the exposure time,

188 As a result it is concluded that agglomeration rather than irreversible aggregation takes

189 n quantitatively to offer probable reference agglomeration ratio (not necessary a very precise value)

190 son results indicate the satisfactory priori agglomeration ratio estimations range from renovated mod

191 value of 193.72 +/- 7.35, indicating minimal agglomeration-related issues and a more uniform size dis

192 gh losses of TiO(2) NP through adsorption or agglomeration resulted in recoveries ranging from 14-34%

193 was an important parameter influencing their agglomeration-results obtained using dynamic light scatt

194 ing either via aggregation (irreversible) or agglomeration (reversible) processes.

195 w energy efficiency, CO(2) emission, and ash agglomeration significantly delay the deployment of the

196 ibers had a network structure with a similar agglomeration sponge, with more homogeneous pores compar

197 tributions of the intrinsic activity and the agglomeration state are identified.

198 nship between the catalytic activity and the agglomeration state of platinum group metal-free ORR cat

199 The agglomeration state of the deposits measured by AFM expl

200 importance of measuring the exact amount and agglomeration state of the materials under study.

201 icochemical properties that determines their agglomeration state under various environmental conditio

202 substances, no relevant changes in the AgNP agglomeration state were measured.

203 characterized for their size and morphology, agglomeration state, structure, and Ag speciation.

204 nanomaterials surface chemistry, purity and agglomeration state.

205 g quantitative analysis of their aggregation/agglomeration states and the particle concentration in a

206 rence, in turn, depended upon NP type, size, agglomeration status, and position relative to the focal

207 This highly specific agglomeration step leads to a change in the plasmonic re

208 ccurred at a(w)s from 0.43 to 0.79 including agglomeration, stickiness and collapse.

209 rolimus formulation (LCPT) with a controlled agglomeration technology.

210 high specific surface area and with the low agglomeration tendency of Ag nanoparticles in comparison

211 We found the processing routes affected the agglomeration tendency, particle size distribution, anti

212 pproach was opted to reduce the band gap and agglomeration the magnetic ZF nanoparticles.

213 ction to 20 nm leads to significant particle agglomeration, thus decreasing the activity.

214 nt-based model of spatio-temporal search and agglomeration to investigate the dynamics of cell motili

215 The effects of ultrasonic agglomeration (UA) on the thermophysical and structural

216 is a bimodal deformation behavior due to Cu-agglomeration under protruding grains and planar Ta-rich

217 potential procedural artifacts (dissolution, agglomeration) using a dissolved/particulate Ag mass rat

218 However, particle agglomeration was found at higher loading of silica (i.e

219 ntially enhanced heating, while nanoparticle agglomeration was found to promote localized overheating

220 Bulk agglomeration was not a relevant loss mechanism at low i

221 urface of AgNP became positive and increased agglomeration was observed.

222 hibited a sequence of particle splitting and agglomeration while maintaining a zero oxidation state d

223 ong metropolitan cities (defined as an urban agglomeration with a population of over 1 million), Delh

224 MPS simulation package that mimicked similar agglomerations with a predicted diffusion coefficient as

225 terized by High-High (H-H) and Low-Low (L-L) agglomerations, with low-value areas exhibiting an outwa

226 of OSM building stock data for 13,189 urban agglomerations worldwide.