ライフサイエンスコーパス: physical property

1 ous surface chemistry as well as homogeneous physical properties.

2 layered material that exhibits extraordinary physical properties.

3 yield cell-active molecules with reasonable physical properties.

4 al parameter for structure-driven control of physical properties.

5 gh the tailoring of scaffold composition and physical properties.

6 providing new technologies based on dynamic physical properties.

7 so nondestructive control of the electrodes' physical properties.

8 es as simple as improvements in stability or physical properties.

9 nd nanopores, which have unique chemical and physical properties.

10 nal surfaces, optical properties, and robust physical properties.

11 n extensive repertoire of silks with diverse physical properties.

12 pically observable as new gels with distinct physical properties.

13 accessible heterostructures with interesting physical properties.

14 tional groups on both device performance and physical properties.

15 n these clusters has involved elucidation of physical properties.

16 ted to exhibit good stability and remarkable physical properties.

17 and root traits also benefit essential soil physical properties.

18 exhibit an impressive array of chemical and physical properties.

19 membrane contains microdomains with distinct physical properties.

20 ls, determining their crystal structures and physical properties.

21 the chemical ordering of the dopants on the physical properties.

22 nal plane that is responsible for its unique physical properties.

23 anomalous lattice vibration and chemical and physical properties.

24 stals grown using both procedures affect the physical properties.

25 compounds with a wide range of chemical and physical properties.

26 , as well as to understand and predict their physical properties.

27 phenotype and classify cells purely based on physical properties.

28 ompounds were optimized for BRD4 potency and physical properties.

29 e devices owing to their unique chemical and physical properties.

30 riguing topologically dependent chemical and physical properties.

31 namically shape soft colloids and tune their physical properties.

32 ials with new optical effects and many other physical properties.

33 rials vary widely in their functionality and physical properties.

34 rose from their unusual oxidation states and physical properties.

35 use their non-trivial topology creates novel physical properties.

36 aterials with tunable optical, chemical, and physical properties.

37 at can bestow a huge variety of chemical and physical properties.

38 to their fascinating electrical, thermal and physical properties.

39 ibility and a wide range of compositions and physical properties.

40 allotropes with highly diverse chemical and physical properties.

41 ses with distinct structures, symmetries and physical properties.

42 the crystal structure resulting in different physical properties.

43 terials without significantly altering their physical properties.

44 face sites in relation to their chemical and physical properties.

45 candidates for designing both: chemical and physical properties.

46 hondria results in opposite changes in these physical properties.

47 A power discrimination was obtained using physical properties (97.06%), and the best separations w

48 of chemical complexity on their fundamental physical properties, a family of (eight) Ni-based, face-

49 universal nature of networks' structural and physical properties across diverse systems offers a bett

50 ble at subnanomolar concentrations and whose physical properties allow them to serve as highly sensit

51 id pose unique and well defined chemical and physical properties, allowing their further transformati

52 Due to their mechanical and physical properties, aluminium alloys possess wide poten

53 as become an obstacle to further explore the physical properties and advanced applications of 2D nano

54 ft on the titanium surfaces altered titanium physical properties and adversely affected the osteoblas

55 understand the effects of such water on the physical properties and chemical evolution of Earth's in

56 to the wide range of variations in chemical/physical properties and concentrations of these metaboli

57 mer quaternary assemblies with improved (bio)physical properties and divergent topologies.

58 The physical properties and elemental abundances of the inte

59 nantly peptides that display quite different physical properties and gas-phase conformations from lip

60 to bean flour and processing moisture on the physical properties and in vitro digestibility of rice-b

61 xtensive research interest for its excellent physical properties and its unique potential for applica

62 icular (119)Sn NMR and UV-vis spectroscopy), physical properties and material properties of polystann

63 istinct localized states, which often govern physical properties and may lead to unprecedented functi

64 Cholesterol is widely known to alter the physical properties and permeability of membranes.

65 onsiderable attention due to its interesting physical properties and practical applications.

66 -NH2(+)CH2-aryl, but they generally had poor physical properties and some showed toxicity in vitro.

67 live oil phenolic content and pattern on the physical properties and stability of olive oil mayonnais

68 hts into how this regulation may control the physical properties and structure of the plant cell wall

69 provides a direct explanation for different physical properties and understanding of the combination

70 menology of interactions, resulting in novel physical properties and unique functionalities.

71 Integrating toxicity data, physical properties, and fate and transport parameters w

72 s of complex chemical synthesis, undesirable physical properties, and poor selectivity along with unw

73 The solution structures, stabilities, physical properties, and reactivities of sodium diisopro

74 Thermal and physical properties are also similar to cocoa butter.

75 nce of VexE, Vi antigen is produced, but its physical properties are altered, its export is impaired,

76 models based on arbitrarily selected sets of physical properties are inherently deficient.

77 ts, one of which is how their structural and physical properties are modified at the nanoscale.

78 Their physical properties are strongly dependent on parameters

79 onse potency; highlighting the importance of physical properties as a consideration in designing a MW

80 ferent heat transport modes having different physical properties at small length scales: layer-restri

81 nd hierarchical regenerated silk fibers with physical properties beyond natural fiber construction.

82 tibodies critically determine biological and physical properties but their precise control is a signi

83 nanocrystals, with size- and shape-dependent physical properties, but they are less successful in ach

84 compelling strategy for producing desirable physical properties by atomic-scale manipulation.

85 ich allows fine-tuning of their chemical and physical properties by design.

86 In most synthetic elastomers, changing the physical properties by monomer choice also results in a

87 aries of colloidal nanocrystals with tunable physical properties by tailoring the nanocrystal size, s

88 film, a material's chemical composition and physical properties can be reversibly reconfigured using

89 Their physical properties can be very different from those of

90 It is shown that no physical property can be identified that carries signifi

91 been to quantitatively predict how membrane physical properties change upon addition of new amphiphi

92 d elastic properties of materials exhibiting physical properties comparable to pure diamond have rece

93 Cyclic polymers have dramatically different physical properties compared with those of their equival

94 oneys were analysed for various chemical and physical properties; comparison of rate constants and th

95 must be considered when collecting/analyzing physical property data of SmB6.

96 The combination of ideal physical properties (dense, smooth, uniform) and broad c

97 ing poly(aryl ethers), despite the excellent physical properties displayed by many polysulfides.

98 received little attention despite excellent physical properties displayed by many polysulfides.

99 er, the crystal phase-dependent chemical and physical properties (e.g. chemical stability, magnetic,

100 that previously reported some variations of physical properties (e.g., density, electrical conductiv

101 properties of chromatin constrained by some physical properties embedded in 5C data.

102 ies a central role in directing chemical and physical properties for almost any given compound or mat

103 triggered vigorous efforts to modulate their physical properties for their use in devices.

104 ategies are: simulation-based predictions of physical properties (for example, charge mobility, photo

105 ructure in metallic glasses (MGs) with their physical properties has been a long-sought goal.

106 es and demonstration of its correlation with physical properties has been challenging.

107 lexible and tunable chemical composition and physical properties have attracted tremendous attention

108 dary (MPB), where concomitant enhancement of physical properties have been detected.

109 Recently, new types of physical properties have been explored in lanthanide-bea

110 tal in chemistry, with profound effects upon physical properties, however their role in excited state

111 ributions (MWD) of polymers influences their physical properties; however, no synthetic methods allow

112 s to materials with fascinating chemical and physical properties imparted by the presence of inorgani

113 ent, with corresponding large changes in the physical properties in a bulk oxide at unprecedented low

114 cific environmental changes and adjust their physical properties in a predictable manner, making them

115 e motions can be coupled to other attractive physical properties in such 2D systems.

116 blish Cu2Si as a platform to study the novel physical properties in two-dimensional Dirac materials a

117 The physical properties including acidity, thermo-physical p

118 These states have remarkably different physical properties including very different optical con

119 he quantification of cell and model membrane physical properties, including local hydration, fluidity

120 define subsurface lithofacies and these same physical properties influence subsurface microbial commu

121 e combined effects of membrane thickness and physical properties influenced the size, shape, and dist

122 hysical properties including acidity, thermo-physical properties, ionic conductivity, spectroscopy, a

123 liquids (e-liquids), research on their chemo-physical properties is still in its infancy.

124 set of building blocks with new chemical and physical properties is transforming the study, manipulat

125 in accurate observational estimates of their physical properties (masses, radii, temperatures and alb

126 Physical property measurement results including resistiv

127 Physical property measurements indicate that oxygen vaca

128 Its detailed characterization, physical property measurements, and ab initio calculatio

129 in monomer syntheses and the preparation and physical properties, morphologies, mechanical behavior,

130 Here, we show preservation of SE physical properties, (morphology, concentration, intensi

131 djuvants are equal neither in terms of their physical properties nor their biological reactivity and

132 However, the distinct physical properties of (83)Kr that enable unique MRI con

133 The extremely promising optical and physical properties of 1 shown here motivate further exp

134 the spectral identification and describe the physical properties of a bright kilonova associated with

135 The physical properties of a doped quantum dot (QD) are stro

136 n rice (Oryza sativa) RSA in response to the physical properties of a granular substrate.

137 egree of informatic independence between the physical properties of amino acids as encoded in actual

138 on the view that cell shape arises from the physical properties of an elastic cell wall inflated by

139 onduct a comprehensive study of the chemical-physical properties of an empty HIV-1 capsid, including

140 osensors, Spillane and Tolar explore how the physical properties of antigen-presenting cell surfaces

141 lecular crowding agents has an impact on the physical properties of buffer solutions.

142 The unique chemical and physical properties of CAP have led to its use in variou

143 y affected by bulk solution pH, the chemical-physical properties of CaP solids collected on the catho

144 echniques relying on inherent mechanical and physical properties of cells offer high-throughput scala

145 ean and efficient way of reversibly altering physical properties of chemical systems and injecting en

146 er, proper understanding of how altering the physical properties of CNTs may influence antigen uptake

147 olecule inorganic chemistries to control the physical properties of colloidal QDs and provide microsc

148 addition, it enables tuning of the emergent physical properties of complex oxides, through strong in

149 les remain, particularly regarding different physical properties of crystalline and amorphous phases.

150 e experimental data provide a glimpse of the physical properties of dense hydrogen above 325 gigapasc

151 mental to understanding the variation in the physical properties of different spinel compositions.

152 Here we assess how physical properties of display sites can alter this bala

153 understood how these modifications influence physical properties of DNA and chromatin.

154 ylation has long been suspected to alter the physical properties of DNA, but the full spectrum of the

155 universes" depend strongly on the individual physical properties of each "universe" via the Purcell e

156 These results demonstrate that physical properties of engineered hydrogels modulate the

157 efore, mixing LAE with lecithin improved the physical properties of EOC nanoemulsions but did not imp

158 llable interfacial strain can manipulate the physical properties of epitaxial films and help understa

159 nd key molecules responsible for sensing the physical properties of food are unknown.

160 the molecule of choice for understanding the physical properties of graphene for over a decade.

161 oton can crucially affect the structural and physical properties of hydrogen compounds.

162 powerful approach to tailor the chemical and physical properties of interfaces and has given rise to

163 heory of associative polymers to uncover the physical properties of intrinsically disordered linkers

164 e microscopy, we analyzed the morphology and physical properties of isolated HIV-1 cores during the c

165 ty of the tafazzin reaction results from the physical properties of lipids.

166 The structure and physical properties of liquid crystal (LC) mixtures are

167 Few studies have addressed the basic physical properties of long single-stranded RNAs.

168 In order to understand the physical properties of materials it is necessary to dete

169 for tuning the crystal structure, bonds, and physical properties of materials, and is a significant t

170 es exist throughout nature and determine the physical properties of materials.

171 rmal conductivity is one of the most crucial physical properties of matter when it comes to understan

172 erization of catecholic small molecules, the physical properties of melanins are influenced by covale

173 the feasibility of dynamically changing the physical properties of microswimmers through assembly an

174 sponding thiols and alter the electronic and physical properties of modified proteins.

175 tions suggest a productive interplay between physical properties of mouse optic nerve gliomas and the

176 These results demonstrate that the physical properties of MreB filaments are important for

177 We hypothesized that altering the physical properties of multi-walled CNTs (MWNTs)-antigen

178 rovide us with the tools to understand which physical properties of nanoparticles are beneficial for

179 ibrils, which retain structural features and physical properties of native silk fibers, show potentia

180 The chemical and physical properties of nitrosamines, the parent amine, a

181 ulation variables had significant effects on physical properties of NLC.

182 ysical zero-knowledge proof that can compare physical properties of objects, this experiment opens th

183 Physical properties of omega-3 containing powders and ta

184 highly desirable in tuning the activity and physical properties of peptidic macrocycles.

185 mplexity proteins and RNA in determining the physical properties of phase-separated structures.

186 The physical properties of polycrystalline materials depend

187 ng gels, have important consequences for the physical properties of polymeric materials.

188 distribution impact the chain dimensions and physical properties of polymers.

189 eral changes that reduce the nutritional and physical properties of potatoes.

190 Three chemical and physical properties of primary sequences: purine, pyrimi

191 Our studies thus demonstrate that the physical properties of prion-like domains can retarget c

192 of dispersion-bound systems, we explore the physical properties of prototypical ABO3 bulk ferroelect

193 The chemical and physical properties of QD surfaces and the interfaces in

194 n this study, effects of HHP up to 600MPa on physical properties of quinoa starch were studied and co

195 etal-insulator transition and the intriguing physical properties of rare-earth perovskite nickelates

196 The chemistry, microbiology and physical properties of saline groundwater were character

197 Physical properties of sediments are commonly used to de

198 Additionally, we measure the physical properties of separated tissues and quantify th

199 ucts of microbial decay and the chemical and physical properties of silt and clay particles that occl

200 sucrose behenate for the modification of the physical properties of soft fats, such as soybean oil-ba

201 Hydrogels mimic many of the physical properties of soft tissue and are widely used b

202 aterial design to exploring the chemical and physical properties of structures already known.

203 s in controlling the geochemical cycling and physical properties of subduction zones.

204 ipulating the size, shape, distribution, and physical properties of synthetic vesicles, with potentia

205 nfluence of spin-orbit coupling (SOC) on the physical properties of the 5d(2) system Sr2MgOsO6 is pro

206 n amino acid sequence, and identify specific physical properties of the amino acids that govern varia

207 ic to mesoscopic length scales and (iii) the physical properties of the amyloids in the context of th

208 Although widely observed, the physical properties of the assemblies, as well as the me

209 nities for further exploration of the exotic physical properties of the B4 phase.

210 In particular, the physical properties of the bilayer perovskite Sr3Ru2O7 a

211 , the parent amine, and the influence of the physical properties of the carbon sorbents on nitrosamin

212 ction engenders a dramatic modulation of the physical properties of the chain compound.

213 ology of the human lateral canal using known physical properties of the endolymph and perilymph in th

214 ll wall-modifying enzymes, thus altering the physical properties of the endosperm to condition a mech

215 g the bidirectional relationship between the physical properties of the environment and the cell mech

216 Chemical and physical properties of the environment control cell prol

217 Tumor progression alters the composition and physical properties of the extracellular matrix.

218 ological facies, and the relationships among physical properties of the facies, physicochemical attri

219 thod of graphite oxidation can influence the physical properties of the graphitic oxide, the preparat

220 As the physical properties of the materials are being explored,

221 ngth of the "rollers" and the electronic and physical properties of the materials are carefully studi

222 We show a correlation between the physical properties of the membrane (bending rigidity an

223 pholipid scrambling significantly alters the physical properties of the membrane and its landscape an

224 rom a variety of theoretical work that known physical properties of the membrane, such as its bending

225 t tactile judgment of speed is influenced by physical properties of the moving object, though the neu

226 In turn, alterations in the chemical and physical properties of the nanoparticle often have a neg

227 fic chromatin modifications, which alter the physical properties of the nucleus and thereby enable T-

228 on, Escherichia coli LPS environments on the physical properties of the OMs and OprH using all-atom m

229 renders antigen extraction sensitive to the physical properties of the presenting cells.

230 increase in interest in the potential of the physical properties of the radio channel itself to provi

231 akes advantage of the intrinsic chemical and physical properties of the respective components to enco

232 The physical properties of the resultant HPHs were evaluated

233 Our data reveal the chemical and physical properties of the solvent-derived ligand of the

234 rted by the subsiding reservoir roof and the physical properties of the subsurface flow path explain

235 ding, arise naturally with variations in the physical properties of the surface.

236 ves as a first look toward understanding the physical properties of the textile itself to better unde

237 These physical properties of the tissue connect across scales

238 eption consistently misjudges the objective, physical properties of the visual stimulus.

239 ot only do we find distinctively contrasting physical properties of the VO2 polymorphs, but that the

240 Sensory hair cells require control of physical properties of their apical plasma membranes for

241 sts a means by which bacteria can manage the physical properties of their membranes through the cell

242 must quickly adapt in the short term to the physical properties of their surroundings.

243 ch allows us to predefine the mechanical and physical properties of these materials, achieved by the

244 Consequently, the physical properties of these systems just above or below

245 ll wall is discussed with respect to how the physical properties of this structure affect water loss

246 re largely offset at the refinery due to the physical properties of this tight oil.

247 a powerful tool for optimizing the intrinsic physical properties of TMD systems.

248 Analysis of the physical properties of tumor cells and integrin adhesion

249 Grain boundaries have a major effect on the physical properties of two-dimensional layered materials

250 Boosted by the remarkable electronic and physical properties of two-dimensional materials such as

251 provide an important basis for relating the physical properties of unstructured proteins to folding

252 xide (GO) in an effort to improve the thermo-physical properties of various base fluids.

253 Effects on physical properties of white bread of adding crude (E1)

254 show and explain how the layer stacking and physical properties of WSe2 are influenced by screw disl

255 udy reveals an unexpected new phenotype in a physical property of central neurons lacking FMRP that c

256 The viscosity of complex solutions is a physical property of central relevance for a large numbe

257 system (formulation) affect the optical and physical property of contact lenses.

258 ow-power consumption display in terms of the physical property of liquid crystal material and the ele

259 ergotamine or triptans, to the brain despite physical properties otherwise restricting their entry.

260 Thanks to their chemical and physical properties PDMS and PAm hydrogel mimic the extr

261 for fundamental theories, while their unique physical properties promise a wide range of possible app

262 esigned to produce structures with a desired physical property rather than a specific shape.

263 tions can vary substantially in chemical and physical properties related to product quality.

264 We report a study of the structural-physical properties relationship of high crystalline qua

265 els exhibited a wide range of highly tunable physical properties, remarkable in vitro and in vivo bio

266 of how such interfaces can be used to tailor physical properties requires characterization techniques

267 r vesicles (EVs) whose biogenesis, size, and physical properties resemble those of retroviruses.

268 al location, phylogeny, conserved domain and physical properties showed highly conserved nature of la

269 sts of these high-metallicity absorbers have physical properties similar to massive star-forming gala

270 us to capture a single cell and measure its physical properties simultaneously.

271 To address this controversy, we assessed the physical properties, structure, purity, Dectin-1 binding

272 ontinuing advances in our ability to measure physical properties such as absorbed light dose, photose

273 vacancies, it is possible to influence their physical properties such as band-gap, conductivity, magn

274 surface states, but also exhibits appealing physical properties such as extremely large magnetoresis

275 of transformation and hence the evolution of physical properties such as fluid pressure.

276 roperties, sensorial attributes, shelf-life, physical properties such as melting, crystallization and

277 science communities due to their exceptional physical properties such as ultra-high mobility and extr

278 Its fundamental physical properties, such as an excellent spatial and te

279 Both the structure of the crystal and its physical properties, such as methane storage capacity an

280 In addition, physical properties, such as solubility, melting points,

281 ite the distinguishable differences in their physical properties, suggests the universality of the ph

282 sign of protein sheets with architecture and physical properties suitable for nanotechnological appli

283 emitting semiconductors by solely relying on physical properties that are indigenous to the material

284 a series of MOFs with a remarkable range of physical properties that are not observed with the ligan

285 ign of nanomaterials through the lens of the physical properties that produce contrast signal for the

286 o various chemical reactions to modify their physical properties then conjugated to ovalbumin (OVA),

287 The controlling physical properties (thermodynamics and kinetics) are de

288 x, protect, and deliver mRNA and then change physical properties through a degradative, charge-neutra

289 structure prediction with the computation of physical properties to allow researchers to choose the m

290 nyl metabolites to change their chemical and physical properties to such an extent that the labeled m

291 tive to TiO2 ETM, ZnO materials have similar physical properties to TiO2 but with much higher electro

292 etic phase, highlighting thickness-dependent physical properties typical of van der Waals crystals.

293 ir loosely bound electrons, electrides offer physical properties useful in chemical synthesis and ele

294 e distinct forms of spider silk chemical and physical property variability.

295 coordination complexes with particular photo-physical property, wherein unique donors are combined wi

296 Three important physical properties which may affect the performance of

297 ese results are attributed to the material's physical properties, which include hierarchical porosity

298 community attention because of their unique physical properties, which make them promising candidate

299 of the ACI perovskites is expressed in their physical properties, which show a characteristic decreas

300 d with sesame peels flour showed interesting physical properties with lower moisture content and high