ライフサイエンスコーパス: deformation

1 good ductility that are tolerant of complex deformation.

2 rces required to overcome soil resistance to deformation.

3 in jerky flow and the onset of inhomogeneous deformation.

4 t locally measures electromechanical surface deformation.

5 electrodeposition, nucleation, and membrane deformation.

6 f disordered colloidal solids during plastic deformation.

7 ompanied by an axon injury response and axon deformation.

8 this, in turn, changes the nature of further deformation.

9 accommodate stress and strain mismatch with deformation.

10 nes processes of hard-bedded sliding and bed deformation.

11 t of a coupling between light absorption and deformation.

12 te phase-dependent transient elastic lattice deformation.

13 with widely used models to interpret volcano deformation.

14 odes (stretch, bend, or press) of mechanical deformation.

15 as increased material stiffness and plastic deformation.

16 metry during a single phase of 3-dimensional deformation.

17 ses in terms of invariants of shear and area deformation.

18 and use it to identify the area of strongest deformation.

19 from solid to fluid under sufficient load or deformation.

20 the complex boundary conditions of their co-deformation.

21 mechanosensing mechanism involving receptor deformation.

22 ling of damage caused by repeated mechanical deformation.

23 combination of flank slip and visco-elastic deformation.

24 to maintain genome integrity in response to deformation.

25 uction from large-scale image distortion and deformation.

26 d by weak bonds usually exhibit more plastic deformation.

27 nting for 25% to 35% of regional variance in deformation.

28 eptibility to fractures with or without bone deformation.

29 gia to a childhood blinding disorder to bone deformations.

30 s, associated with basal soft sediment micro-deformations.

31 ers that change their color under mechanical deformations.

32 ies and by the lack of controlled multishape deformations.

33 g and analyzing information-rich 3D material deformations.

34 oid contractility and the surrounding matrix deformations.

35 tretchable conductors under large mechanical deformations.

36 posits, namely the basal soft sediment micro-deformations.

37 ustering in the relaxation of large membrane deformations.

38 ue to their ability to rapidly undergo large deformations.

39 e believed to kill bacteria through physical deformation, a mechanism that has immense potential agai

40 Instead, nondevelopable deformation about pillar tips is more likely to create a

41 zes polyethersulfone (PES) membranes against deformation above the polymers' glass transition tempera

42 transduction, whereby force-induced membrane deformation activates integrins by disrupting the associ

43 the parasite at the RBC membrane, while RBC deformation aids in the establishment of apex-membrane c

44 as the large magnetic field-induced membrane deformation allowing to determine the membrane bending e

45 ical energy associated with high-strain rate deformation alone can induce tau mislocalization to dend

46 eight arms were capable of all four types of deformation along their lengths and in all directions.

47 smonic platform, the analyte-induced nanoMIP-deformations amplified the resonance shift, enabling to

48 BD using partial least squares between brain deformation and 27 clinical variables.

49 Manipulation of the dynamic ejection, deformation and assembly of charged droplets by control

50 radient, which leads to compression-dominant deformation and asymmetric wall fracture, accomplishing

51 he potential that combined satellite surface deformation and edifice-scale surface warming time serie

52 mbrane cargo on the membrane induce membrane deformation and facilitate ILV formation: Upstream ESCRT

53 d in cargo sorting and ESCRT-III in membrane deformation and fission.

54 I needle insertion reduced both local tissue deformation and global prostate displacement because of

55 The local tissue deformation and global prostate displacement during the

56 lity to convert light energy into mechanical deformation and locomotion.

57 The nanopillars induce deformation and penetration of the Gram-positive and Gra

58 hrombus microstructure and properties on its deformation and possible release of emboli under differe

59 aminar schisis may be a sign of glaucomatous deformation and reflect ongoing pathophysiological damag

60 Earth's crustal stress field controls active deformation and reflects the processes driving plate tec

61 lood (thrombus) are crucial in dictating the deformation and remodeling of a thrombus after its forma

62 ric synthetic aperture radar (InSAR) surface deformation and satellite thermal infrared edifice-scale

63 ype and spacing of FCC/BCC interfaces on the deformation and spall behavior.

64 ivities are associated with large mechanical deformation and strain.

65 in iRBD, combining cortical and subcortical deformation and subarachnoid/ventricular expansion to co

66 The artery has an imposed peristaltic deformation and the deformable brain tissue is modeled b

67 We find that deformation and warming are highly correlated, and depen

68 shape of specific isomers through geometric deformation and/or the rotation of fluorine atoms in ani

69 It is capable of producing large deformations and holding them with no additional power,

70 culties in precise spatiotemporal control of deformations and inefficient underwater actuation of exi

71 evaluate the feasibility of left atrial (LA) deformations and its prognostic values of ischemic strok

72 -temporal distribution of slow earth surface deformations and the results used for checking the compl

73 l correlations between midlevel visual (oral deformations) and auditory speech features (frequency mo

74 ell and quantified cell stiffness, chromatin deformation, and DHFR (dihydrofolate reductase) gene tra

75 asticity, toughness improvement during large deformation, and even photoinduced reversal of the effec

76 yosin II decreases cell stiffness, chromatin deformation, and gene upregulation.

77 nd cement, including density changes, sample deformation, and mineral precipitation and dissolution.

78 oscillatory shear near the onset of plastic deformation, and of the period bifurcation cascade near

79 a variety of ways such as interpenetration, deformation, and shrinking.

80 etric kerogenous lamellae, plastic tube-wall deformation, and tube-wall delamination.

81 apes due to surface tension, fluidity due to deformations, and fast internal molecular rearrangements

82 s at the heart of biology, and major protein deformations are correlated to specific functions.

83 for generation of axis stress and resultant deformations are discussed.

84 Specifically, deformations are measured at the adventitial surface by

85 Thus, irreversible junction deformations are regulated by RhoA-mediated contractilit

86 Note that bending deformations are reversible, while stretching deformatio

87 tances of 2-10 nm is particularly important: deformations arising from protein binding commonly fall

88 structing soft-tissue surfaces under dynamic deformations as well as for informing device design and

89 tions, despite obvious decrement of cellular deformation at moderate-to-higher shear stresses.

90 ight was associated with increased pituitary deformation, augmented aqueductal cerebrospinal fluid (C

91 elates the early receptor potential to these deformations based on the voltage-dependent membrane ten

92 hecus and Australopithecus) as captured by a deformation-based 3D geometric morphometric analysis.

93 Deformation-based morphometry was used to estimate corti

94 are remarkably resistant against mechanical deformations because collagen molecules hierarchically s

95 In those two films, there is a bimodal deformation behavior due to Cu-agglomeration under protr

96 ately, these studies enable control over the deformation behavior of future DNA-assembled nanomateria

97 e produced by some combination of four basic deformations: bending (orally, aborally; inward, outward

98 es tensile strains up to 60% without plastic deformation by aligning BNNTs, which enhances the compos

99 phase progressively increases during plastic deformation by forming at the stacking-fault network bou

100 LA deformations by the 3-beat method are feasible and repro

101 which is an algorithm that learns to rectify deformations by using a local z-scoring procedure, while

102 cropillars with different degrees of bending deformation can be configured in any spatial pattern usi

103 e demonstrate that microfluidic induced flow deformation can be used to robustly detect mechanical ch

104 Ground deformation can cause serious environmental issues such

105 e direct evidence that cell-scale mechanical deformation can elicit tau abnormalities and synaptic de

106 In addition, it has been found that flexible deformations can maximize the drag reduction rate.

107 To model cellular force response and deformation, cell mechanical models commonly describe th

108 ere significantly more resistant to physical deformation compared with the control experiment.

109 s (vdW) magnets are sensitive to the lattice deformation controlled by the external strain, providing

110 he deleterious moisture effects on long-time deformations, cracking damage, and fracture in concrete

111 contribution of these conditions to volcanic deformation, crustal stress evolution, and eruption fore

112 rate multilocation decoupling and multimodal deformation decoupling through a stretchable DFOS-integr

113 Plastic deformation, degradation, and relaxation of stress are t

114 hat hydrogen charged specimens after plastic deformation display a very characteristic pattern of tra

115 ccumulation, which drives extensive membrane deformation, DNA damage and chromosome fragmentation.

116 yclic loading, localization of intragranular deformation due to crystallographic slip acts as a precu

117 ctions in tensile stress and elastic-plastic deformation during dicing, thanks to a lower CoF.

118 ci of NFTs in CTE brains are regions of high deformation during injury.

119 ches which stabilized and reduced the tissue deformation during insertion.

120 echanical integrity that resists the plastic deformation during the lithiation/delithiation.

121 referred, although these undergo significant deformation during the printing process, which may impai

122 Neurons undergo nanometer-scale deformations during action potentials, and the underlyin

123 ances and are subject to significant stretch deformations during limb movements or sudden head moveme

124 High deformation energy and differences in solvation energies

125 he ability to accommodate extreme mechanical deformations, especially high levels of stretching, repr

126 ell as insensitivity to bending and twisting deformations-features that are important for soft device

127 are attributed to primary geology, tectonic deformation, followed by fluvial erosion (and lesser win

128 Harnessing flow-induced deformation for passive functionality provides a means o

129 maintaining its stable output under complex deformations for an all-solid-state supercapacitor.

130 shell formulation capable of handling large deformations for applications in vascular biomechanics.

131 f pillar elasticity confirm that deflection, deformation force, and mechanical energies are more sign

132 stimate cortical and subcortical gray matter deformation from T1-weighted magnetic resonance images.

133 isk of mechanical damage during brain tissue deformation from traumatic brain injury.

134 The device detects minute deformations from the unique laser-induced crack structu

135 nised our ability to measure Earth's surface deformation globally and with unprecedented resolution.

136 ent (i.e. change in lesion position), and 3D deformation (i.e. change in lesion shape) could inform o

137 ars, including the integration of myocardial deformation imaging into routine clinical practice to id

138 However, they are intolerant to mechanical deformation, impeding their application in flexible elec

139 Cell motion and deformation in a cross-slot channel was modeled for fixe

140 s exhibit superior resistance to macroscopic deformation in comparison to their analogs generated fro

141 Plastic deformation in crystalline materials consists of an ense

142 Experimental discovery of ultralarge elastic deformation in nanoscale diamond and machine learning of

143 lasticity contributes to the onset of pillar deformation in response to bacterial adhesion to the sur

144 different avenues for accommodating plastic deformation in the body-centered cubic (bcc) variants of

145 observe that human DHHC20 induces a drastic deformation in the membrane, particularly on the cytopla

146 nd Advanced-InSAR analysis highlights active deformation in the MS.

147 knowledge of how faults slip and distribute deformation in the shallow crust hinders efforts to miti

148 e, placed on a low-cost glass chip, we cause deformations in a thin liquid layer (850 nm) containing

149 l motion that produces mechanical forces and deformations in adjacent materials.

150 We investigated the diversity of arm deformations in Octopus bimaculoides with a frame-by-fra

151 st that further studies focus on these micro-deformations in order to test the representability of th

152 of membranes and the importance of membrane deformations in the analysis of swelling dynamics of bio

153 ation but permitting a family of zero-energy deformations in the bulk that may be used to reconfigure

154 , we show that Rho1 activity induces ectopic deformations in the dorsal and ventral epithelia of Dros

155 ped tissue samples when considering only the deformations in the far field.

156 ry and instability modes, as well as how the deformation increment size can influence the simulation

157 The platelet deformation index for GORE-TEX is 2-fold higher than tha

158 nt correlation was observed between AIRs and deformation, indicating that the highest yields of cell

159 ical gating mechanism stemming from membrane deformation induced by a non-planar transmembrane domain

160 le devices can detect the imperceptible skin deformation induced by the human pulse and capture the c

161 ng, walking, jumping, and swimming, by local deformations induced by selective spatiotemporal light i

162 This deformation-induced DNA damage, unlike nuclear-envelope-

163 ing, providing a molecular mechanism for the deformation-induced DNA damage.

164 of the embryo by quantifying its Lagrangian deformation, information that is inaccessible to simple

165 concept of elastic cables taking only axial deformation into account.

166 from discrete domains unaffected by ductile deformation into localized shear zones deforming via dif

167 iezoelectric materials to convert mechanical deformations into electrical signals, the representative

168 grooved detachment fault, and subdetachment deformation involving crustal-scale nappe folds and magm

169 We found that regional deformation is correlated with the deformation of struct

170 This deformation is coupled to liquid pinning induced by the

171 nal analysis also demonstrates that envelope deformation is increased by adhesion to nanopatterns wit

172 ry leads us to conclude that wavelike atomic deformation is largely responsible for the observed long

173 Deformation is mechanically coupled from the crust to th

174 of SF strengthening to work hardening during deformation is not well understood; as compared to dislo

175 This reversible deformation is retained in a broad class of face-centred

176 ge devices that can endure large and complex deformations is central to emerging wearable electronics

177 ly linking hormone transport to local tissue deformation leading to the generation of mechanical forc

178 orption of NPs is responsible for mechanical deformation, leading to cell rupture and death.

179 The deformation lifts the circular symmetry and creates chao

180 ent-twin boundary in order to understand the deformation localization behavior of this critical, 3D m

181 for systems with unidirectional variation in deformation magnitude.

182 ling is reversible and involves hierarchical deformation, making S. lepidophylla an attractive model

183 follow-up CT images was performed to obtain deformation maps of the whole lung.

184 Jacobian determinants calculated from the deformation maps were given as input to a deep learning-

185 eformations are reversible, while stretching deformation may be irreversible, leading to membrane dis

186 lowering of the energy required for membrane deformation may contribute to Ca(2+)-induced fusion.

187 ture changes suggests a relationship between deformation mechanisms and chemical atomic distribution,

188 nd call for further investigations about the deformation mechanisms and elasticity of minerals in the

189 has significance for reducing irrecoverable deformation mechanisms during loading and cycling throug

190 Thermoelastic deformation mechanisms in polycrystalline biomedical-gra

191 Understanding deformation mechanisms in silicon is critical for reliab

192 These findings also connect micrometer-scale deformation mechanisms with fatigue failure at the bulk

193 Therefore, bending deformations need only be considered in reversible physi

194 n, cancer cells experience extensive nuclear deformation, nuclear envelope rupture, and DNA damage.

195 Bending was the most common deformation observed, although the proximal third of the

196 in the comet's body testify that large-scale deformation occurred in a brittle-plastic regime and was

197 d that the light-induced periodic mechanical deformation of actin nanofibres with a frequency of 50 H

198 For non-sealing fractures mechanical deformation of altered asperities can rapidly reduce per

199 odeled as samples from an unknown, nonlinear deformation of an underlying Riemannian manifold, which

200 growth/biofilm matrix production, mechanical deformation of both the biofilm and the substrate, and t

201 fortuitous and can be attributed to elastic deformation of capillary walls(23-25), which suppresses

202 amic approaches to the relaxation, flow, and deformation of glasses.

203 Twinning is commonly activated in plastic deformation of low stacking-fault face-centered cubic (F

204 , which enter a shock state characterized by deformation of many cellular structures, including mitoc

205 tic pathway that directly relates mechanical deformation of neurons to tau-mediated synaptic impairme

206 Here, we report that a mechanical deformation of plastic organic single crystals such as b

207 regional deformation is correlated with the deformation of structurally and functionally connected n

208 Although the surface deformation of tectonic plate boundaries is well determi

209 el transduces optical energy into mechanical deformation of the 3D cross-linked hydrogel matrix.

210 use; above a critical flux, the flow-induced deformation of the cell blocks the outflow, interrupting

211 To monitor the localization and deformation of the droplets, fluorous soluble fluorophor

212 ese conformational changes might lead to the deformation of the GDP-binding pocket.

213 The deformation of the heart tissue due to the contraction c

214 in lipid nanodiscs, suggesting that physical deformation of the lipid bilayer, either by mechanical f

215 rupture, we show that, in others, mechanical deformation of the nucleus is sufficient to cause DNA da

216 cally induced DNA damage, linking mechanical deformation of the nucleus to DNA replication stress.

217 the generation of mechanical forces and the deformation of the organ in three dimensions.

218 plant tissue that are balanced by an overall deformation of the organ, hence changing its orientation

219 ovement is caused by buckling and subsequent deformation of the suspended ice, with a threshold that

220 n the crystals enable homogeneous plastic co-deformation of the two regions.

221 onent to TT content exchange, wherein cyclic deformation of TT during diastolic stretch and systolic

222 Mechanical deformations of DNA such as bending are ubiquitous and h

223 in the modeling of sorption and hygrothermal deformations of nanoporous materials such as hydrated ce

224 We consider the zero-energy deformations of periodic origami sheets with generic cre

225 and Pseudomonas aeruginosa can induce large deformations of soft synthetic hydrogels.

226 ropulsion mechanisms rely on global or local deformations of the cell surface.

227 Deformations of the disc and adjacent PPR were measured

228 There were no significant deformations of the disc during abduction by older subje

229 r of the DW comes from energy changes due to deformations of the DW shape during the rotation around

230 the campaniform sensilla (CS), which detect deformations of the exoskeleton arising from resisted mo

231 tudy the interrelations between synchronized deformations of the soft solitonic particles and their a

232 This phenomenon arises due to deformations of the solid at the moving contact line, en

233 agonal lattices prompt repetitive shear-like deformations of the solitons, which synchronize the elec

234 Typically, ion migration for crystal deformation or connection with other nanocrystals needs

235 as to investigate if microgravity can create deformations or movements of the eye or optic nerve, and

236 The mechanical deformation originates from the electron transport and i

237 fraction imaging to investigate the internal deformations originating from the inhomogeneous Cu ion d

238 proach provides an insight into the molecule deformation over a surface at high pressures under nonde

239 ability to precisely detect millimeter-scale deformation over broad regions of active faulting.

240 Distributed deformation patterns are circumscribed by specific funct

241 eyl semimetal NbAs by combining the internal deformation potential of coupled phonons with applied st

242 o-strain transducer involving thermoelastic, deformation potential, or inverse piezoelectric effects.

243 These deformations prevent the automatic extraction of vital c

244 ials, providing fundamental insight into the deformation process of the involved materials.

245 eneration and therefore spatially nonuniform deformation profiles that drive out-of-plane buckling of

246 From the deformation profiles, we determined key biophysical prop

247 eastern Nepal, we present evidence of recent deformation propagating >37 km south of the MFT.

248 Theoretical modeling of thermal deformations provides a clear understanding of the micro

249 d finite element modeling to investigate how deformation rate and mechanical properties of the shallo

250 sults demonstrated the maximum line-of-sight deformation rate of 14.6 cm/year and maximum vertical de

251 f the fluid rotation-rate (vorticity) by its deformation-rate (strain).

252 de aging stiffened the nucleus and decreased deformation recovery rate.

253 were used to establish a new measure of cell deformation, referred to as the "elongation index" (EI).

254 However, the structural deformation regarding inhomogeneous active regions durin

255 edbacks between deep carbon mobilization and deformation remain poorly investigated.

256 hanges are rectified to produce irreversible deformation, remains poorly understood.

257 ork, we study the equilibrium properties and deformation response of a complex DNA structure called a

258 Nuclear deformation, resulting from either confined migration or

259 The deformation score also predicted cognitive performance o

260 The deformation scores from patients with iRBD were compared

261 full-field observations of the spike-induced deformations shed light upon the electromechanical coupl

262 though the expected pattern of tidal forced deformation should be symmetric between the north and so

263 e physiological swelling, whereas stretching deformations should also be considered in pathological i

264 etection and classification of distinct skin-deformation signatures, enable the reliable decoding of

265 on rate of 14.6 cm/year and maximum vertical deformation (subsidence) rate about 19.1 cm/year which c

266 patients showed subtle changes in myocardial deformation, suggesting subclinical myocardial injury.

267 trix without further knowledge of the matrix deformations surrounding the cell and without performing

268 Here we track in situ the yield stress and deformation texturing of pure nickel samples of various

269 CLC mixtures was more effective in membrane deformation than clathrin with single neuronal isoforms

270 biofilms) were potentially less resistant to deformation than the thinner and denser biofilms (tin an

271 The resistance to macroscopic deformation that arises from a microphase-separated stru

272 The resulting elastic lattice deformation that follows scanning irradiation of a laser

273 density, skyrmions may exhibit such extreme deformation that spontaneous merging with nearest neighb

274 ple foldable 3D microstructures that involve deformations that typical conductive materials, such as

275 ic digital image correlation technique while deformations throughout the wall and thrombus are inferr

276 By applying finite deformation to the spectrin network, we obtain the total

277 er pores, each tRNA is required to undergo a deformation to translocate.

278 n introduces a new degree of freedom, cavity deformation, to the microcomb studies, and our microcomb

279 cts work synergistically to bias crystallite deformations toward a subset of the available outcomes.

280 t to those in most Fcc metals, a majority of deformation twins in Bcc metals are unstable and undergo

281 insights into the structure and stability of deformation twins in Bcc metals.

282 rther showed that BC nanopaper showed little deformation under creep, with a secondary creep rate of

283 Here we show that plastic deformation under triaxial compression at room temperatu

284 e vesicle disruption and asymmetric membrane deformation upon alpha-synuclein binding to phosphatidyl

285 1 even reaches a level resisting substantial deformation upon deposition on an Au(111) surface, as de

286 Membrane deformation upon swelling generates tensile stress and i

287 t to crystalline defects formed during creep deformation, using combined transmission electron micros

288 Gray matter deformation was estimated in a sample of 133 individuals

289 ly captures the non-monotonic osmosis-driven deformation waves and determines the onset of their emer

290 Overall, the prognostic performances of LA deformations were attenuated after adding global longitu

291 More than 16,500 arm deformations were observed in 120 min of video.

292 noted that spider web could experience large deformation when the spider uses its silk to catch prey.

293 model may increase the risk for bending and deformation, which could result in the skeletal dysplasi

294 This deformation, which is larger in younger than older subje

295 Using only the kinematics of tissue deformation, which naturally integrates local and global

296 ct with the substrate results in significant deformation, which not only produces adhesion, but can c

297 can resiliently tolerate extreme forces and deformation while being manufactured at large scales hav

298 s that can be twisted and folded to multiple deformations while retaining their electrochemical perfo

299 ate reversible reaction with fast structural deformation whose lifetime is around 20 ps at 298 K.

300 layers are frequently subjected to extensive deformations, yet sustain such mechanical stress without

301 Deformation zones beneath the Bhadrapur topographic high