ライフサイエンスコーパス: curved

1 topologically a two-dimensional surface, is curved.

2 lenoid with four distinct segments: a highly curved 800-residue N-terminal 'spiral', followed by a 40

3 ty is slow and meandering, generating short, curved actin tails that are enriched with Arp2/3 complex

4 e attribute to the bundle remaining slightly curved after the first deformation.

5 forming growing cells of Escherichia coli in curved agar microchambers, and find that chemoreceptor c

6 erential interactions between TOGs and fully curved alphabeta-tubulin that cannot exist elsewhere in

7 assembly, thus resulting in the formation of curved and concentric lamellae.

8 other dynamin relatives, Drp1 bound to both curved and flat membranes even in the absence of nucleot

9 esented a narrower ACA and a more anteriorly curved and inserted iris than those of the full-term chi

10 vated by rectilinear features, compared with curved and nonrectangular features.

11 that are designed to interact to form highly curved and planar assemblies.

12 ntermolecular dimerization interface between curved and planar CA lattices, as well as possible diffe

13 conformal coverage of electronic systems on curved and soft surfaces.

14 rganic films that can be bent to spread over curved and uneven surfaces.

15 rtant comparison of AOT at smaller micellar (curved) and planar oil-water interfaces.

16 rotein subunits are mostly alpha-helical and curved, and are arranged in the capsid in consecutive pe

17 ze CHMP4B/Snf7 concentration in a negatively curved annulus at the rim of the invagination.

18 eno[7,1,2-cde]picene (CIP, 1b), as well as a curved antiaromatic molecule with 48 pi-electrons, diben

19 unique entry to novel pentagon-embedding or curved antiaromatic polycyclic hydrocarbons.

20 isrupted cell-cell adhesions had nuclei with curved apical surfaces and variable heights.

21 , which is ideal in the use in neurovascular curved arteries.

22 s, whilst short range connections via highly curved association fibers terminate within modules.

23 the extent to which membranes are naturally curved at each of the cellular sites believed to engage

24 ven though most physiological interfaces are curved at the micrometer scale.

25 the intervening saccade, the second saccade curved away from a spatial representation of the distrac

26 olycystin deficiency phenotypes reversed the curved axis phenotype but not kidney cyst progression.

27 amines' basicity and the progressively more curved backbone of the host.

28 of nodes, kinks, scale-like interfaces, and curved backbones.

29 functions for cell shape, we focused on the curved bacterium Caulobacter crescentus.

30 bouquets with the CTCK dimer forming a down-curved base.

31 The failure loads predicated by curved beam CTRA and FEA are in agreement with experimen

32 roposed CTRA is based on a three dimensional curved beam theory to obtain critical stresses within th

33 hird bending modes of vibrations of slightly curved beams (arches): two-one internal resonance, three

34 o design, de novo, a series of proteins with curved beta sheets topped with alpha helices.

35 ities in native proteins are often formed by curved beta sheets, and the ability to control beta-shee

36 sential to the study and detection of highly curved bilayer structures.

37 l role in how MARCKS-ED detects and binds to curved bilayers.

38 The protein complex creates a curved binding surface spanning the length of the DNA an

39 t the TFN can be conformally deployed in the curved blood vessel of a swine model without any signifi

40 proving the mechanical safety in irregular, curved blood vessels.

41 reported in other zebrafish models of JBTS (curved body shape, pronephric cysts, and cerebellar abno

42 Typical ciliopathy phenotypes (curved body shape, retinal dystrophy, coloboma, and decr

43 image fragments such as extremities (limbs), curved boundaries, and parts of the torso drove the larg

44 to generate the desired illusion effect near curved boundaries.

45 ows that septins can promote the assembly of curved bundles of F-actin, providing an unexpected molec

46 arallel and parallel phases with straight or curved cables, consistent with observations of cells ove

47 g the surface, leading to the formation of a curved carbon cap when the steps flow across the edges o

48 of growth uncouples the lateral expansion of curved cartilaginous sheets from the control of cartilag

49 ical defects, including loss of rod shape (a curved cell phenotype) and inefficient separation of dau

50 mporal resolution indicates that flow causes curved cells to orient such that they arc over the surfa

51 eric pressure on the content and assembly of curved cellular membrane structures.

52 The system is based on curved channels, in a novel toroidal configuration and a

53 The final shape of the curved CNT microstructures can be designed via finite el

54 e the structural and mechanical stability of curved colloidal crystals.

55 thin hemispherical shell bound to an equally curved compliant substrate.

56 These curved/concentric lamellae were observed in FPOSS-based

57 y is suppressed when it binds tightly to the curved conformation of tubulin.

58 ike TOG1, TOG2 binds selectively to a fully 'curved' conformation of alphabeta-tubulin, incompatible

59 d as well as rigidities in both straight and curved cross sections.

60 chip system with microfluidic channels with curved cross-sections embedded within a 3D collagen matr

61 a broader generality of previous results of curved crystallography and their robustness on the detai

62 Curved crystals are excellent platforms to perform such

63 findings open the door to future studies on curved crystals far from equilibrium.

64 the irreversible deformation and failure of curved crystals is still mostly unexplored.

65 les exhibit striking similarities with other curved crystals of charged particles and colloids.

66 Moreover, the results show that the proposed curved CTRA outperforms the regular straight beam CTRA,

67 These markedly curved digits in combination with an otherwise human-lik

68 Curved DNA binding protein A (CbpA) is a co-chaperone an

69 fragments containing attB and attP sites and curved DNA.

70 membranes, intimating localization to highly curved domains in autophagosome intermediate membranes.

71 lds formed in the liquid (disordered) phase; curved domains shifted the nucleation sites toward the p

72 ro and nano structures, which come naturally curved due to fabrication imperfections, such as CNTs, a

73 ight' during microtubule polymerization and 'curved' during microtubule depolymerization) is an essen

74 that generate either straight or negatively curved edge lines (R- and S-type proteins).

75 rinkling morphology and pattern selection in curved elastic bilayer materials.

76 led patterns obtained through wrinkling of a curved elastic system.

77 article physical contact, and the bending of curved elements (beams) modeling the particle structure.

78 usly, we found that V4 neurons selective for curved elements exhibit a high degree of spatial variati

79 descent at least once at 34 borders (47%), a curved ELM at 47 borders (64%), a reflected ELM at 37 bo

80 We constructed a vertex model for cells in a curved environment.

81 a conserved hydrophobic N terminus that is a curved extended alpha-helix, alpha1, in X-ray crystal st

82 ultaneously over large areas, than on highly curved faults.

83 rtical areas selective for the processing of curved features.

84 processing should include the processing of curved features.

85 Our visual environment abounds with curved features.

86 for generic Weyl semimetals with distinctly curved Fermi arcs on the two surfaces.

87 of FtsZ-GTP, but also stabilized the highly curved filaments and miniring structures formed by FtsZ-

88 On curved fluid interfaces, however, curvature capillary en

89 l maturity indicator, in all ABFT >/= 134 cm curved fork length (CFL) were <0.4, similar to Mediterra

90 simple spheres and cylinders to more complex curved forms; however, the mechanism by which growth is

91 A, a division protein that stabilizes highly curved FtsZ filaments, as a tool for assessing the contr

92 rvature (C0) will influence the stability of curved fusion intermediates.

93 reby burying the nucleotide, the differently curved GDP-FtsZ filaments exhibit a heterogeneous distri

94 Even relatively simple curved geometries cannot be realised with techniques lik

95 anoscale curved space is challenging, as the curved geometry is incommensurate with crystals having t

96 nks to the ultraflat dispersion relation and curved geometry of the multilayer stack, hyperlens can m

97 cular, we characterize the hydrophobicity of curved graphene sheets, self-assembled monolayers (SAMs)

98 d dimers with reduced interbase distances in curved, hairpin-like, and highly distorted DNA and RNA s

99 We investigated this phenomenon for general curved hand movements by analyzing an optimal control mo

100 ted to such a sensory perturbation by making curved hand movements.

101 61,500 archaellin subunits organized into a curved helix with a diameter of 10 nm and average length

102 the HF subfields, especially in the complex, curved hippocampal head region.

103 ented in addition to the squares, leads to a curved illusory motion path.

104 en, we propose the ultrathin hemispherically curved image sensor array as a promising imaging element

105 The hemispherically curved image sensor array exhibits infrared blindness an

106 describe a high-density and hemispherically curved image sensor array that leverages the atomically

107 iggered conformation switch from straight to curved in the constituent taxol-stabilized tubulin oligo

108 lity to interact with microtubules at highly curved interfaces such as those present for vesicle tran

109 of cylindrical monolayers in the negatively curved, inverse hexagonal phase.

110 lity are best explained by an inhomogeneous, curved jet that undergoes changes in orientation over ti

111 s interface is structurally ordered within a curved lattice have therefore been unclear.

112 linear layers in the precursor to single and curved layers in the delaminated material.

113 ded a performance comparable to conventional curved lenses.

114 omain competes with flat but not with highly curved lipid membranes to bind the N-BAR.

115 uction of magnetic domain structures in a 3D curved magnetic thin films with tubular shape by means o

116 for nanoscale disorder-order transitions on curved manifolds, including the assembly of viral capsid

117 arged or bulky headgroups can promote highly curved membrane architectures due to electrostatic and/o

118 eation mechanism but accumulates at strongly curved membrane areas generated during cell division.

119 recruit BAR proteins that associate with the curved membrane found at the microvillar base.

120 lity called LipidWrapper capable of creating curved membrane models with geometries derived from vari

121 an accumulation of active proteins at highly curved membrane sites through a curvature-protein coupli

122 Assembly of highly curved membrane structures is essential to cellular phys

123 that Yop1p favours the generation of highly curved membrane structures.

124 inite element approach to model diffusion on curved membrane surfaces based on solutions to Fick's la

125 membrane tubes displaying planar and highly curved membrane surfaces to analyze intrinsic membrane c

126 rtitions to and assembles clathrin on highly curved membrane surfaces.

127 res membrane packing defects found on highly curved membrane surfaces.

128 ost of reducing lipid-packing defects in the curved membrane.

129 xamined, all show preferences for positively curved membrane.

130 We find that the positively curved membranes are CME hotspots, and that key CME prot

131 demonstrate that the preference for strongly curved membranes arises from the curved shape of chemore

132 rial cristae, which contain not only locally curved membranes but also phosphatidylethanolamine and c

133 1 polymers form external coats on positively curved membranes in vitro and in vivo.

134 variation in the binding to both planar and curved membranes leads to a net increase in the recruitm

135 Whereas the AQP0 concentrations in flat and curved membranes were indistinguishable, KvAP was enrich

136 an exceptional avidity of this organelle for curved membranes without stereospecific interactions.

137 of intrinsically helical filaments bound to curved membranes.

138 embrane strain that leads to lysis of highly curved membranes.

139 ape-sensing proteins localize to differently curved membranes.

140 to sense packing differences in differently curved membranes.

141 was confirmed by accumulation at non-septal curved membranes.

142 ubes, with greater enrichment in more highly curved membranes.

143 l chain length primarily affected binding to curved membranes.

144 hape on the lateral diffusion of proteins in curved membranes; and 2) the self-assembly of a coarse-g

145 e to the differences in interaction with the curved micelle vs flat membrane with better geometric ma

146 and depolymerization generating straight and curved microtubule structures, is essential for accurate

147 is for the ability to bind both straight and curved microtubule structures.

148 ynaptic vesicles than those with straight or curved mitochondria.

149 onsisting of dual-cavity basket 1, forming a curved monolayer of large unilamellar vesicles in water

150 athematical equivalence between bilayers and curved monolayers simplifies the inverse problem conside

151 % higher flow through narrow channels in the curved monolithic configuration as compared to the strai

152 The motif consists of curved, moon-like beta-rich oligomers associated into an

153 lengths changed from a primarily linear to a curved morphology with increasing temperature suggestive

154 laws governing production and perception of curved movement may account for the attenuation of alpha

155 ysis, we introduced a new representation for curved movements based on a moving reference frame and a

156 te that revealed scale-invariant features of curved movements.

157 hotonic crystal cavity coupled with a highly curved mu-fibre.

158 associated with the buckling and folding of curved multilayered surfaces-which are common to a wide

159 rea of the aneurysm sac was measured using a curved multiplanar reconstruction.

160 pendence and unusual transmission due to the curved nature of the individual crystals.

161 in embryos with hydrocephaly and abnormally curved notochords and overall body shape, whereas publis

162 andidates for conformal wave manipulation on curved objects due to their low profiles and rich functi

163 isassembly end-products consisting of highly curved oligomers and 16-subunit -220 A diameter mini-rin

164 ally nonpathogenic, while all strains with a curved or helical shape retained their expected virulenc

165 linear structure into less fluorescent, more curved or helically folded states enables patterned reco

166 nous white matter lesions, Dawson's fingers, curved or S-shaped U-fibre juxtacortical lesions).

167 l-shift changes in the presence of urea show curved or sigmoidal titration curves suggestive of direc

168 is that the number and morphology (straight, curved, or donut-shaped) of mitochondria in dlPFC presyn

169 h introduces geometrical artifacts on highly curved organs.

170 d a tendency for end-stopped sites to prefer curved over straight contours.

171 ate and lateral motor area fibers (M1/LPMCv) curved over the putamen.

172 sts, exhibited ancestral scale-covered tails curved over their caudal fins.

173 wed two helical bundles connected by a long, curved pair of swapped helical domains.

174 No existing theory of curved path perception explains the neural mechanisms by

175 V1 to reflect the illusory filling-in of the curved path, similarly to filling-in with linear, shorte

176 mulus conditions than the activity along the curved path.

177 Directing acoustic waves along curved paths is critical for applications such as ultras

178 ree time delays when detoured around sharply-curved paths, thus offering a unique paradigm for compac

179 he real world require humans to travel along curved paths.

180 extruded ink, and print various thickened or curved patterns with straight nozzle motions by accumula

181 anisotropic alignment, relative to the more curved PF2,3 counterpart, consistent with the higher hol

182 hieved by grayscale lithography to produce a curved photoresist (PR) template, where the PR acts as s

183 d by x-ray diffraction analysis, and feature curved pi planes.

184 CIT manifest planar structures, DPT shows a curved pi-conjugated carbon skeleton.

185 in a loose collagen matrix using prominent, curved planar protrusions, which are rapidly remodeled a

186 es growing in the presence of kinesin-5 have curved plus ends, suggesting that the motor stabilizes g

187 ing to this model, weak interactions between curved polar FtsZ protofilaments through their the C-tai

188 than POPC membranes, but inversely higher on curved POPC than DOPC membranes.

189 lliard--a two-dimensional area enclosed by a curved potential barrier.

190 tion (PECVD) process at low temperature, the curved PR topography can be transferred to the silicon d

191 ) domain undergoes dimerization to produce a curved protein structure, which superimposes onto membra

192 ot differs from modern humans in having more curved proximal pedal phalanges, and features suggestive

193 Furthermore, the curved quantum spin Hall system can be achieved by the c

194 leading edge at the potential minimum and a curved rear.

195 ounter rotating Dean vortices present in the curved rectangular channels and existing in the state of

196 ernal limiting membrane (ELM) descent (flat, curved, reflected, and scrolled) at the border of outer

197 Eliminating curved refracting lensing components used in conventiona

198 ined polyhedral structures with at least one curved region contacting the inner face of the viral mem

199 alid for any shape and demonstrate that more curved regions lead to preferential localized deposition

200 ation, but enriches preferentially on highly curved regions of microtubules where it strongly inhibit

201 ughout reversion, MreB localized to inwardly curved regions of the cell, and fluorescent cell wall la

202 ebs preferentially originate from negatively curved regions, generated on the flanks of either extend

203 s, which assemble into rows along the highly curved ridges of lamellar cristae.

204 cture with a clear concave face and a highly curved rim.

205 V. cholerae has a characteristic curved rod morphology, with a longer outer face and a sh

206 nt strains, along with a newly characterized curved-rod Delta1228 mutant strain.

207 a combination of open structures and doubly curved, saddle-shaped edges.

208 or strongly curved membranes arises from the curved shape of chemoreceptor trimer of dimers.

209 showed that it may likely originate from the curved shape of the tubular recognition system of 4, whi

210 tochores and enables the spindle to obtain a curved shape.

211 ss its thickness, resulting in a permanently curved shape.

212 rvature, ultimately adopting uniform-contact curved shapes.

213 which is widely thought to hold for general curved shapes.

214 und energy flows through a three-dimensional curved shell in air leaving a close-to-zero pressure reg

215 nd shape transformable materials, folding of curved shells is still not fundamentally understood.

216 ions are well understood for flat membranes, curved shells show anomalous behavior due to the geometr

217 odeling shows that it folds into a classical curved solenoid structure.

218 C5-containing fullerenic (high tortuosity or curved) soot nanostructures arising from decreased combu

219 ly tuning crystallization within a nanoscale curved space is challenging, as the curved geometry is i

220 In addition, an underlying curved space-time provides a distinct contribution to a

221 rials often involves crystalline ordering in curved spaces.

222 ions are interpreted in terms of an emergent curved spacetime generated by the waves themselves, whic

223 ins that can promote the formation of highly curved spherical or cylindrical membranes.

224 The demonstration of curved stacked channels operating in a cascaded manner a

225 In such a case, location of the highly curved stalk near the less-ordered and thus (relatively)

226 referred straight Gabors, V4 sites preferred curved stimuli, and many PIT sites showed a preference f

227 t the same mechanism of tension acting along curved streamlines governs the onset of elastic instabil

228 sesses a central kink revealing a distinctly curved structure.

229 oscopy shows the formation of various highly curved structures such as tubules or smaller vesicles in

230 ntify and guide the dynamic sculpting of the curved structures that often arise in accretive minerali

231 of the hydration shell, formation of highly curved structures, and, eventually, fusion pore widening

232 ng after being transferred to flat or highly curved substrates even after being subjected to various

233 be easily transferred on various planar and curved substrates.

234 entrate unpolymerized alphabeta-tubulin near curved subunits already bound at the microtubule end.

235 which result from order along the crystal's curved surface and induce a vivid polychromatic appearan

236 e to reproduce the scattering behaviour of a curved surface and vice versa, thereby giving rise to pe

237 e results offer the prospect of applying the curved surface approach to rationally investigate the ch

238 at bridges this gap by working directly with curved surface images extracted from 3D data.

239 The scattering of the curved surface is shown to be reproduced by its flat ana

240 pendent on the geometry of the embryo, whose curved surface is taken into account in the simulations.

241 In the CLINT technique, the curved surface of a convex lens is used to deform a flex

242 olid-liquid interfacial tension by using the curved surface of a solid.

243 ometrically necessary surface defects on the curved surface of the NPG, offering atomic insights into

244 Flattening of the curved surface to a plane unavoidably introduces local g

245 of hemispherical elastic shells by coating a curved surface with a polymer solution that yields a nea

246 ation of CO2 (-) intermediates on the highly curved surface, resulting in smaller overpotentials need

247 s of particles constrained to an arbitrarily curved surface.

248 or reshaping the flat division septum into a curved surface.

249 nerated through a wrinkling instability on a curved surface.

250 cillus subtilis, the only convex (positively curved) surface in the cell is the forespore, an approxi

251 he self-assembled micelles and vesicles have curved surfaces and precisely tuning crystallization wit

252 rovide a framework for modeling diffusion in curved surfaces and suggest that biological regulation c

253 ts (mean age was 71.4 years) to discriminate curved surfaces by actively feeling objects with a singl

254 w that wettability patterns on both flat and curved surfaces can be generated spontaneously via a sim

255 The family of curved surfaces is analytically determined, and a transf

256 Diffusion of particles in curved surfaces is inherently complex compared with diff

257 ane design method is proposed to approximate curved surfaces of interest with generalized Miura-ori u

258 rface 'amorphous' films, under strain on the curved surfaces of the nanowires (as a non-autonomous su

259 metrical or topological constraints, such as curved surfaces or the shapes of the particles.

260 and bending of filaments on anisotropically curved surfaces such as the cylindrical surfaces conside

261 reening is weaker in the vicinity of concave curved surfaces, and stronger in the vicinity of convex

262 ow paper-based generators are conformable to curved surfaces, appropriate for kirigami-like "stretchy

263 l nature of confining elastic filaments onto curved surfaces, for which efficient methods to conceptu

264 focused on solving the diffusion equation on curved surfaces, for which it is not tractable to incorp

265 , we have developed algorithms to operate on curved surfaces, such as cell segmentation, lineage trac

266 d are difficult to scale up and implement on curved surfaces.

267 y of the concentration difference across the curved surfaces.

268 aration of the concentration contours on the curved surfaces.

269 depth of radiation penetration over complex curved surfaces.

270 cus on topological defects in 2D crystals on curved surfaces.

271 owire arrays and single nanowires on flat or curved surfaces.

272 NG can be a bendable power source to work on curved surfaces; it can also be adaptively attached onto

273 show that ssDNA binds preferentially to the curved SWCNT surface, leading us to conclude that the di

274 ing is that binding strength of ssDNA to the curved SWCNTs is much greater than to flat graphite, whi

275 rom chronoamperometry experiments, obtaining curved Tafel plots that contradict the Butler-Volmer equ

276 owever, the finger bones are longer and more curved than in most australopiths, indicating frequent u

277 rds visualizing magnetization textures of 3D curved thin films with virtually arbitrary shape.

278 le Erk5 (fl/fl) mice had a severely deformed curved thoracic spine, with an associated loss of trabec

279 omprised of seven alpha-helices and a highly curved three-stranded antiparallel beta-sheet.

280 We found that water striders rotate the curved tips of their legs inward at a relatively low des

281 u of native tissues or conform well with the curved topology of human organs needs to be further expl

282 axial and longitudinal planes by linear and curved transducers.

283 adopts a three-bladed propeller shape with a curved transmembrane region containing at least 26 trans

284 mly distributed across a family of invariant curved transverse surfaces instead of the flat cross-sec

285 as accomplished by having subjects walk on a curved treadmill and on a flat treadmill.

286 of the CoM was significantly reduced on the curved treadmill.

287 in tubular CA assemblies, which contain the curved triangular lattice of a mature virion, including

288 n residue specifically required for the Kip3-curved tubulin interaction.

289 naptic protein alpha-synuclein (alphaS) with curved vesicle membranes to fold Asp2-Ala89 into a conti

290 the coincidence of PI(4,5)P2 and PI(3)P in a curved vesicle triggers actin polymerization.

291 on of large unilamellar vesicles into highly curved vesicles approximately 25 nm in diameter.

292 Here, we performed experiments with highly curved vesicles brought into contact using low concentra

293 esicles into lipid tubes or small and highly curved vesicles in vitro.

294 that divalent guest molecules 4/5 cover the curved vesicular surface in a lateral fashion to satisfy

295 d) (PLLA) as the model polymer, we show that curved water/p-xylene interface formed by the miniemulsi

296 tected backscattering suppression around the curved waveguide are further demonstrated.

297 ofiles under applied current conditions were curved, with a weak parabolic fit.

298 sive outgrowth, and cone outer segments were curved, with lamellae of heterogeneous sizes, defects al

299 Dislocations are smoothly curved without any preferred line orientation indicating

300 The crystal structure revealed a curved Y-shaped architecture and the molecular details o