ライフサイエンスコーパス: rheology

1 ces, friction with the substrate, and tissue rheology.

2 scopy, confocal fluorescence microscopy, and rheology.

3 an alternative route to standard oscillatory rheology.

4 ure and its relation to bulk and interfacial rheology.

5 tes to the bread aroma and might alter dough rheology.

6 orrows from recent principles in soft glassy rheology.

7 framework to relate microscopic structure to rheology.

8 ructure of soft materials to their nonlinear rheology.

9 rements using a bioluminescent reaction, and rheology.

10 n slab edge and require non-Newtonian mantle rheology.

11 to the jamming transition seen in its shear rheology.

12 etic and food industries, display intriguing rheology.

13 as well as atomic force microscopy (AFM) and rheology.

14 o confirmed by measurements of surface shear rheology.

15 acy, cell-to-cell variation, and the cluster rheology.

16 ical production and those that improve blood rheology.

17 lipoprotein cholesterol may also alter blood rheology.

18 ll interactions to predict macroscopic blood rheology.

19 od in a mathematical representation of blood rheology.

20 ion assays, multiparticle tracking, and bulk rheology.

21 nt to understand the influence of SNP on gum rheology.

22 dominates, leading to changes in erythrocyte rheology.

23 pathways that govern vascular integrity and rheology.

24 hat cause auxin-induced changes in cell wall rheology.

25 ve the greatest direct effects on neutrophil rheology.

26 essible information about fault strength and rheology.

27 microenvironment of the bead obeys power-law rheology.

28 onstraint on the structure of oceanic mantle rheology.

29 ined than that derived from laboratory-based rheology.

30 ned with LiB(OH)4, as judged by (1)H NMR and rheology.

31 sity fibrin gels using shear and extensional rheology.

32 etics of cell sickling, unsickling, and cell rheology.

33 and develop a theory based on the substrate rheology.

34 A as an important yeast metabolite for dough rheology.

35 odel system of cross-linked actin using bulk rheology.

36 llulase had a synergetic effect on the dough rheology.

37 eter to compare animal and plant single cell rheology.

38 ifying optimum network connectivity in glass rheology.

39 emoglobin polymerization leading to impaired rheology, 2) endothelial and leukocyte activation, and 3

40 g from feedbacks between erosion and crustal rheology active well before 2.5 Ma.

41 exposed to flowing blood together with local rheology and a variety of systemic factors.

42 ll and ultra-small angle neutron scattering, rheology and bright field microscopy, we identify the co

43 uring deoxygenation, altering red blood cell rheology and causing haemolysis.

44 questions remain however about the detailed rheology and chemistry of the interior fluid and the cor

45 Power-law rheology and collapse onto a master curve are predicted

46 s by critical gel concentration (CGC) tests, rheology and confocal laser-scanning microscopy (CLSM).

47 We then studied the rheology and dynamics of sickle RBC suspensions under co

48 to study the role of surface heteroatoms on rheology and electrochemical performance of a flow elect

49 Here we used surface tensiometry, rheology and electron microscopy to demonstrate the comp

50 on thickens the ice column, alters basal ice rheology and fabric, and upwarps the overlying ice sheet

51 detic observations are used to study Earth's rheology and fault behaviour, it is commonly assumed tha

52 ld play a central role in pathological blood rheology and flow behavior.

53 The nonlinear interplay between cell rheology and flow may generate complex dynamics, which r

54 include the coupling between grain-sensitive rheology and grain-size evolution with damage.

55 l physical understanding of such soft glassy rheology and how it can manifest in such diverse materia

56 w/w CaCO3) on the morphology, crystallinity, rheology and hydrolysis of gelatinized maize starch disp

57 The consistency between rheology and light scattering analysis under various sol

58 The link between interfacial rheology and macroscopic dissolution of [Formula: see te

59 regional subduction, incorporating realistic rheology and major phase transitions, yielding a model s

60 t LSR combines the strengths of conventional rheology and micro-indentation in assessing hydrogel vis

61 gelation, this work shows new ways in which rheology and microscopy can be used complementarily to r

62 The rheology and microstructure of Mozzarella-type curds mad

63 Rheology and nanoindentation experiments are used to ens

64 behaviour of our model, including power-law rheology and non-diffusive bubble motion and avalanches,

65 y to ischemic tissue by altering erythrocyte rheology and O2 unloading through an increase in bioacti

66 suitability of FLTM to study local cellular rheology and obtain values for the storage and loss modu

67 ion in the microvasculature influences blood rheology and plays a key role in vaso-occlusive manifest

68 ir influence on flour physicochemical, dough rheology and quality characteristics of chapatti.

69 amics such as structural adaptation, complex rheology and red blood cell circulation.

70 mucus has been associated with altered mucus rheology and reduced mucociliary clearance.

71 r morphology, pH, titratable acidity, color, rheology and sensory analysis.

72 The gelation times determined by rheology and SFS increased with the increase of heat tre

73 We demonstrate self-sorting by NMR, rheology and small angle X-ray scattering (SAXS).

74 A high sensitivity of the cytoskeletal rheology and structure to minor changes in parameters or

75 nan (HA) composites is studied by time sweep rheology and time lapse confocal reflectance microscopy

76 cts and chymosin was monitored using dynamic rheology and turbiscan.

77 operties; (2) heat-induced gelation (dynamic rheology); and (3) protein endothermic transitions (diff

78 ution kinematic analyses, molecular biology, rheology, and advanced imaging techniques to examine soy

79 ations and single molecule genomics, polymer rheology, and DNA-based nanofabrication.

80 model that is able to predict RBC mechanics, rheology, and dynamics in agreement with experiments.

81 Using surface plasmon resonance, analytical rheology, and hydrogen-deuterium exchange mass spectrome

82 ed by alternative methods such as turbidity, rheology, and microscopy.

83 ism, electron microscopy, X-ray diffraction, rheology, and molecular dynamics simulations.

84 the nonspherical particles, such as packing, rheology, and optical interaction.

85 ransmission electron microscopy, oscillatory rheology, and small-angle X-ray scattering.

86 Structure formation was followed using rheology, and the microstructure was observed by confoca

87 e Athabasca region are inconsistent with ice rheology, and the plates, spirals, and polygons are inte

88 The first two measures are determined by rheology, and the third by CRM.

89 f Fourier transform infrared spectroscopies, rheology, and vitreous ice cryo-transmission electron mi

90 indings demonstrate that although soft glass rheology appears to accurately predict certain cell mech

91 but not all materials expressing scale-free rheology are glassy (see plastics, wood, concrete or som

92 n, are limited, and models for structure and rheology are lacking.

93 Microscopy (TEM and AFM) and rheology are used to characterize the formed nanostructu

94 plant cells exhibit the same weak power law rheology as animal cells, with comparable values of elas

95 g length scale and scaling properties in the rheology as the material approaches the jamming transiti

96 cts of cations on gluten structure and dough rheology at levels tested were relatively small.

97 te the poroelastic model to explain cellular rheology at short timescales using microindentation test

98 plays a fundamental role in setting cellular rheology at short timescales.

99 r and triangular geometries to perform micro-rheology by defined oscillations of the beads relative t

100 disciplinary approach of analysis, utilising rheology, calorimetry and microscopy, argue for the occu

101 eral analytical criterion to determine which rheologies can obey resistive force hypotheses.

102 erimental evidence suggests that cytoplasmic rheology can be described by a poroelastic model, in whi

103 orheological (PR) fluids, i.e., fluids whose rheology can be tuned by light, have been a recent focus

104 Using a combination of rheology, confocal microscopy and space-resolved dynamic

105 scosity, and a simple scaling independent of rheology controls their onset.

106 Dynamic rheology correlated with texture and showed large increa

107 ta collection included coexisting morbidity, rheology data (immunoglobulin level, hematocrit, and blo

108 Protein solution rheology data in the biophysics literature have incomple

109 Interfacial shear rheology data showed that the A/W interface yields, i.e.

110 model showed the best fitting result of the rheology data.

111 ed air bubbles in water based on interfacial rheology design is presented.

112 We used rheology, disassembly spectrometry, and simulations to m

113 Ultrasonic rheology, DLS, and SLS measurements were also conducted

114 optically stretched hMSCs exhibit power-law rheology during both loading and recovery; this evidence

115 here order-order transition, as confirmed by rheology, electron microscopy, variable temperature (1)H

116 that time-dependent strain follows power-law rheology, enabling single-cell measurements of apparent

117 s constructed directly from micro- and macro-rheology experimental data on cell culture mucus, and a

118 Dynamic oscillatory rheology experiments collected under the same assembly c

119 omparable to those determined by macroscopic rheology experiments.

120 stabilized by epoxy pre-polymer and exhibits rheology favourable towards large-scale manufacturing.

121 place in nature, where fluids with nonlinear rheology flow through chaotic vasculature composed from

122 re we show remarkable similarity between the rheologies for native spider-dragline and silkworm-cocoo

123 by Cel12A mimics some of the changes in wall rheology found after auxin-induced growth.

124 ich gives rise to the accompanying change in rheology from soft solid to melt, was observed at temper

125 asting, steady shear and dynamic oscillation rheology, gelatinization, retrogradation, and gel textur

126 ns to cell stiffness and frequency-dependent rheology have not been conclusively determined.

127 ies show that a QCM-D approach to ultrasonic rheology holds potential for the specific study of multi

128 n gels are often characterized by their bulk rheology; however, variations in the collagen fiber micr

129 After clarithromycin, the rheology, hydration, cohesion, and transportability of t

130 A power-law rheology implies that viscosity varies spatially with st

131 e role of membrane proteins on cell membrane rheology in addition to the role of the cytoskeleton.

132 indings suggest that the timescale-dependent rheology in living cells originates from the nonequilibr

133 ween air-filled albumin microbubbles and RBC rheology in the human myocardium.

134 ed that a wide variety of cell types exhibit rheology in which responses are not tied to any particul

135 Our understanding of ultrasonic rheology indicated decrease in repulsive and increase in

136 Farinograph dough rheology indicated reduced water absorption and stabilit

137 Temperature-dependent rheology indicated that the equilibrium storage moduli (

138 o-step yielding behavior during strain-sweep rheology, indicating gel formation by interconnected clu

139 he theory is a grain-size-dependent nonlocal rheology--inspired by efforts for emulsions--in which fl

140 tent vasodilator and responder to changes in rheology, into the arteries by activation of endothelial

141 In diseases in which cell rheology is altered genetically or by parasitic invasion

142 The role of lubricin in synovial fluid rheology is not known.

143 Scale-free rheology is often found in a class of materials called s

144 he prevailing view of some authors that cell rheology is timescale-free.

145 whether functionalized NPs can rectify mucus rheology is unknown.

146 We also explore how the microvillus rheology itself controls the dynamics of adhesion.

147 Laser Speckle Rheology (LSR) offers a novel, non-contact optical appro

148 results suggest that ubiquitous soft glassy rheology may be a consequence of emergent fractal geomet

149 opy and spatial inhomogeneity of cytoplasmic rheology may play an important role in mechanotransducti

150 Solution rheology measured with double gap geometry in a stress-c

151 Bulk rheology measurements on porcine gastric mucin (PGM) sho

152 of the actin crosslinker alpha-actinin, and rheology measurements reveal that changes in cell elasti

153 Bulk and interfacial rheology measurements show that meibum is extremely visc

154 The dissociation time from bulk rheology measurements was 2-3 orders of magnitude smalle

155 The hydrogels were characterized by rheology measurements, and circular dichroism spectra re

156 by direct comparison with conventional bulk rheology methods, and has been applied both to character

157 The basis of gel rheology, micromechanics of individual fibers, has never

158 We attempt to fit our data to the colloidal rheology models of Russel, Saville, and Schowalter (RSS)

159 noreactors, tissue engineering, diagnostics, rheology modifiers, enzyme mimics, and many other applic

160 The formation, stability and rheology of 5wt% oil-in-water nanoemulsions as a functio

161 ides new data on the mechanical strength and rheology of a comprehensive list of tissue adhesives wit

162 ssed in terms of x-ray fiber diffraction and rheology of actin gels.

163 osphate (UTP) plus amiloride may improve the rheology of airway secretions and enhance mucociliary cl

164 arance is determined by ciliary activity and rheology of airway surface liquid.

165 al behavior of wall-less plant cells whereas rheology of animal cells was mainly dependent on the act

166 echnologies and provide new insight into the rheology of associating polymers.

167 theoretical studies have suggested that the rheology of blood can influence the binding of circulati

168 ecules, cell-cell interactions and the micro-rheology of both cells and fluids.

169 This is achieved by manipulating the rheology of ceramic pastes and the shear forces they exp

170 By directly comparing the rheology of collapse with structural relaxation in equiv

171 es of this system, we have characterized the rheology of crude interphase extracts.

172 Here, we measure the rheology of epithelial cells in the cellularizing Drosop

173 re the myocardial kinetics and microvascular rheology of FS-069 and Albunex when injected directly in

174 for cross-linking, may apply to macroscopic rheology of hemoglobin S gels.

175 or investigating, within the laboratory, the rheology of materials at extreme pressures.

176 lance with dissipation monitoring (QCM-D) to rheology of mixed-phase micellar systems.

177 conduction, thermal boundary reduction, and rheology of nanoparticles could attribute to CHF enhance

178 While the rheology of non-brownian suspensions in the dilute regim

179 Although the rheology of olivine, the dominant upper-mantle mineral,

180 Such dependencies are observed in the rheology of other biopolymer networks whose structure ex

181 understanding and predicting the macroscopic rheology of polycrystalline materials based on single-cr

182 r than expected based on measurements of the rheology of purified actin-filamin solutions.

183 t with current physical understanding of the rheology of reversible gels.

184 s well suited for accurately determining the rheology of single cells, the study of temporal and cell

185 ion between foam stability and surface shear rheology of soluble surfactants.

186 have previously shown that the intravascular rheology of sonicated air-filled albumin microbubbles is

187 ing of ACPs is the major determinant for the rheology of the actin network.

188 e turgor pressure and the secretion rate and rheology of the cell wall material.

189 urthermore, based on characterization of the rheology of the cytoplasm in vivo, we establish estimate

190 disruption has no discernable effect on the rheology of the deeper interior.

191 ld, a formal analogy can be made between the rheology of the flow and the elasticity of simple networ

192 is dependent on the non-Newtonian suspension rheology of the slurry in which the particles are disper

193 ng hydrodynamic forces, adhesive forces, the rheology of their surroundings, and transport rules that

194 ular processes responsible for the optimized rheology of these melts, connecting fundamental science

195 rats were used to compare the microvascular rheology of these two contrast agents, and in vitro mode

196 omponent of gastric mucus, indicate that the rheology of this material is pH dependent, transitioning

197 llebrand disease (vWD), on the structure and rheology of vWF A1 domain adhesiveness to the platelet G

198 ies of complexes and their influences on the rheology of wheat starch were characterized.

199 ilute hyaluronate (HA) polymer solution, the rheology of which depends on HA-protein interactions, an

200 We explore the impact of rheology on actin-dependent cytoplasmic contraction, and

201 al models to evaluate the effects of crustal rheology on the formation of the Himalayan-Tibetan oroge

202 osins do not contribute significantly to the rheology or ATP-dependent, non-Brownian motion in the ce

203 ed from the response to measurements such as rheology or swelling, are a combination of these two ver

204 ide) (NON) triblock copolymer was studied by rheology over the concentration range 1-5 wt %.

205 Rheology parameters, color changes (h degrees , C *, Del

206 ctor [TF], fibrinogen), and indexes of blood rheology (plasma viscosity, plasma fibrinogen, and hemat

207 le, standard linear solid (SLS) or power-law rheology (PLR), best suits the experimental data.

208 ign, local pharmacology, tissue biology, and rheology preclude an intuitive understanding of drug dis

209 quantify the relationship among cytoplasmic rheology, pressure, and bleb expansion dynamics, and pro

210 icochemical analysis, proximate analysis and rheology properties of LH-butter were compared with butt

211 ontact physics to the suspension macroscopic rheology, provide direct evidence that the recent fricti

212 oach, which we tentatively label shear front rheology, provides an alternative route to standard osci

213 soft cells that change their morphology and rheology relatively quickly.

214 ons, the link between RBC dynamics and blood rheology remains unsettled.

215 gs may explain why previous studies of actin rheology report a wide range of values when purified act

216 -ray diffraction at small angles and in situ rheology (rheo-SAXS) experiments using the high X-ray fl

217 est part of the cell by volume and hence its rheology sets the rate at which cellular shape changes c

218 Vial-inversion tests and rheology show that ThT increases the stiffness of the Li

219 and self-assembly mechanism, and oscillatory rheology shows that the resulting hydrogel is mechanical

220 Rheology shows that the resulting hydrogel is rigid but

221 ubbles are pure intravascular tracers with a rheology similar to that of red blood cells, CEU could b

222 pe I collagen fibrillogenesis using confocal rheology-simultaneous confocal reflectance microscopy, c

223 is fully reversible as determined by TEM and rheology studies and occurs because of a subtle change i

224 tions of fibrinogen (3-10 mg/mL), where most rheology studies have been conducted.

225 These data correlated with bulk rheology studies of the same samples.

226 Previous rheology studies on gastric mucin, the key viscoelastic

227 pproach for high-pressure nanotechnology and rheology studies, we draw fundamental conclusions about

228 Electron microscopy and quantitative rheology suggest that the morphologies and micromechanic

229 perature (30 and 40 degrees C) determined by rheology, synchronous fluorescence spectroscopy (SFS) an

230 atomic-force-microscopy-based wide-frequency rheology system, we measured the dynamic nanomechanical

231 We use a suite of interfacial rheology techniques to characterize spherical and ellips

232 We use the AHTM and passive bead rheology techniques to determine the relative compliance

233 ucted based on a few simple standard polymer rheology tests to characterize the shape memory performa

234 to have greater direct effects on neutrophil rheology than the Gram-positive bacterial toxins, LTA, a

235 e a precursor, we confirmed by (31)P NMR and rheology that enzyme-triggered conversion of the precurs

236 We demonstrate by macroscopic shear rheology that the cells increase the elastic modulus of

237 However, data on gel rheology, the immediate cause of obstruction, are limite

238 variant processes governed by the soft glass rheology theory derived from soft matter physics.

239 imidazolium based IL and use particle-probe rheology to (i) catch this phenomenon and (ii) highlight

240 under applied stress, allowing structure and rheology to be correlated on the micron-scale in monolay

241 le to produce matrix proteins by interfacial rheology to compare the evolution of pellicle elasticity

242 ence, material science, fluid mechanics, and rheology to describe ion and charge percolation, adsorpt

243 e visualize force-induced changes in nuclear rheology to examine short- and long-time genome organiza

244 of studies on cell physical properties, from rheology to force generation to migration, have been per

245 Furthermore, we use rheology to measure the relative stiffness of modified c

246 protein micropatterns with magnetic tweezer rheology to probe the viscoelastic properties of neurona

247 We used rheology to show that other planar aromatics, some catio

248 cattering, wide-angle X-ray diffraction, and rheology, to explore the properties of such gels, as wel

249 behaviors, it is not a unified model of cell rheology under biologically relevant conditions and thus

250 Oscillatory rheology, used to measure bulk hydrogel rigidity, showed

251 This study investigates the roles that mucus rheology, wall effects, and HBE culture geometry play in

252 ms of kinetics of action and effects on wall rheology, wall loosening by Cel12A differs qualitatively

253 Interestingly the interfacial dilatational rheology was highest at the isoelectric point, indicatin

254 Using extensional and shear rheology we found that cervical mucus from women at high

255 ical models of transient viscoelastic mantle rheology, we demonstrate that the landward motion is a c

256 Finally, using rheology, we demonstrate that the presence of these matr

257 Using scattering methods and oscillatory rheology, we observe the structural and mechanical regul

258 With analytical rheology, we quantify real-time platelet pause times and

259 nt of the linear regime of F-actin networks' rheology, we report novel measurements of the high-frequ

260 Here, by using oscillatory rheology, we show that fire ant aggregations are viscoel

261 scanning calorimetry and oscillatory dynamic rheology were used to evaluate the effect of treatments

262 ular dichroism, atomic force microscopy, and rheology were used to follow the kinetics of the reassem

263 lution and damage mechanism with a composite rheology (which is compatible with field and laboratory

264 s arise substantially from their interfacial rheology, which depends strongly on surfactant mass tran

265 rkers of inflammation, hemostasis, and blood rheology with incident heart disease and stroke after ac

266 s, which enables simultaneous measurement of rheology with mucociliary transport parameters that we p

267 Fundamental rheology, yeasts heat production by isothermal microcalo

268 s by filamin by means of frequency-dependent rheology yields an increase in the filament's elasticity