ライフサイエンスコーパス: rotational

1 Considering the cohort of analyzed eyes, on rotational 3D OCTA images, a total of 35 neovascular les

2 On rotational 3D OCTA images, these lesions were inclined o

3 impact measures, e.g. cumulative unweighted rotational acceleration (adjusted p = 0.0049), time betw

4 adjusted p value 0.0101), and time until DTI rotational acceleration (adjusted p = 0.0084), suggestin

5 ion (adjusted p = 0.0049), time between hits rotational acceleration (adjusted p value 0.0101), and t

6 Translational and rotational accelerations were measured during the tests.

7 000 image grids in 35 patients, labeled for rotational activation by experts who showed consistency

8 Apparent transmural migration of rotational activations (n=6) from the epi- to the endoca

9 Rotational activations are sensitive but not specific to

10 crystals of boron nitride (BN), in which the rotational alignment of all three components is controll

11 ain in the reactants, but with the extent of rotational alignment of their two cyclopentadienyl ligan

12 andgaps in the graphene arising from perfect rotational alignment with both BN layers can be modified

13 und in MCR studies, due to the phenomenon of rotational ambiguity associated with bilinear decomposit

14 equate solution and minimizing the degree of rotational ambiguity present in the system.

15 ainty in analyte prediction brought about by rotational ambiguity, in the form of an associated root-

16 work of a small number of spatially anchored rotational and focal sites, which interact, fluctuate, a

17 trate that loss of molecules occupying their rotational and hyperfine ground state is best described

18 ological hinge states protected by threefold rotational and inversion symmetries.

19 to prepare NO molecules in arbitrary single rotational and parity states of v = 10 for inelastic sca

20 n dependence of cluster size, viscosity, and rotational and translational diffusion.

21 cial markers, we computationally correct for rotational and translational drift, reduce overall data

22 Systematic analysis of rotational and translational dynamics indicates heteroge

23 Using this method, quantitative rotational and translational motion of the cargo in a 3D

24 Limiting ourselves to rotational and vibrational spectroscopy, emphasis will b

25 Theoretical calculations predict that the rotational angle between adjacent monomeric units in the

26 The reduction of the rotational angle gives rise to less efficient H-bonding

27 lated effective prism power as a function of rotational angle produced curves demonstrating that the

28 sticity are often further constrained by the rotational angular momentum.

29 FIVE-bpy-Ni, also referred to as ZU-61) with rotational anionic sites.

30 Rotational atherectomy (RA) is an established tool in in

31 Rotational axes from adduction to abduction averaged 1.1

32 Rotational axes in orbital coordinates were calculated f

33 most symmetric arrangement of 2- and 3-fold rotational axes, similar to the arrangement in the model

34 published extraocular muscle insertions and rotational axes.

35 ine the effect of axial length (AL) on globe rotational axis and horizontal extraocular muscle levera

36 ed no significant correlation between AL and rotational axis horizontal (R(2) = 0.06) or anteroposter

37 of this study was to determine the effect of rotational axis position (RAP and thus g-gradient) durin

38 Movement of the rotational axis position (RAP) from above the head towar

39 tribution of the angular momentum around the rotational axis.

40 Here, we present all-optical rotational B-mode pulse-echo ultrasound imaging.

41 e that the intramolecular H-bond reduces the rotational barrier about the aryl-amide bond, stabilizin

42 While 9-11 are chiral, their rotational barrier about the C(aryl)-C(aryl) bond is abo

43 nonaphthyl substituents (18-20) increase the rotational barrier by about 10 kcal mol(-1).

44 Steric contributions to the rotational barrier were isolated using control rotors, w

45 s in 3- and 6-positions have slightly higher rotational barriers (3.2-3.5 kcal/mol) than those carryi

46 Rotational barriers are often appropriately discussed in

47 The effect of distortion, structures, and rotational barriers around the N-C(O) axis is discussed.

48 plexes with different axial ligands and that rotational barriers depend on their steric size.

49 Linear relationships were found for the rotational barriers vs the charge shifts.

50 rectifying potassium conductance and biased rotational behavior.

51 ity showed significant interactive effect on rotational behavior.

52 In this study, a natural phenomenon called rotational Brownian motion was characterized by Janus pa

53 can be tuned by creating a symmetry-breaking rotational bulk polarisation in the electronic charge di

54 The four primary outcomes were having a rotational cleaning system in place (to improve hygiene)

55 ion took place and a magazine bearer for the rotational clip assembly and visual signal outputs.

56 ined water are resolved with a markedly long rotational coherence, extended beyond 10 ps.

57 We detect an increasing rotational component to the flow velocity of the solar w

58 utL binding to a UvrD monomer-DNA complex, a rotational conformational state is favored that is inter

59 omain is regulatory and can exist in extreme rotational conformational states.

60 ions to 11 significant digits and derive the rotational constant of (40)CaH(+) to be B (R) = 142 501

61 ontour can be well simulated with calculated rotational constants; (3) convincing vibrational assignm

62 n energies are the same; (2) the origin band rotational contour can be well simulated with calculated

63 re done in the combined space defined by the rotational coordinate and the proton transport coordinat

64 lar dynamics simulations, we report that the rotational correlation time for the transmembrane domain

65 This technique is sensitive to the rotational correlation time of the molecule under study,

66 radical enables the measurement of the probe rotational correlation time with applications to measure

67 sample between 198 and 298 K, which revealed rotational correlation times in the microsecond regime,

68 l time constants could be obtained via their rotational correlation times, which increased with silyl

69 se larger aggregate species that have slower rotational correlations.

70 hic characterization of the full 360 degrees rotational cycle of overcrowded-alkene-based molecular m

71 tion enables a "shortcut" of the traditional rotational cycle of these compounds.

72 The four-step rotational cycle was explored using DFT calculations, an

73 laxation data indicate a very high degree of rotational diffusion anisotropy ( D( )/ D( ) ~ 7.6), con

74 led description of protein translational and rotational diffusion in concentrated solution on the bas

75 (3) radical is surprisingly found to exhibit rotational diffusion in the HydG active site at temperat

76 Rotational diffusion is highly sensitive to the particle

77 transmembrane proteins, proximity FRET, and rotational diffusion of fluorophore dipoles, complicate

78 fect of the protein on short-range order and rotational diffusion of lipids could be inferred from ch

79 The rotational diffusion of photosynthetic complexes could b

80 first direct evidence, to our knowledge, of rotational diffusion of photosynthetic complexes.

81 tool allows us to determine self-consistent rotational diffusion rates and enables calculations of a

82 lated intermediate that experiences hindered rotational diffusion relative to the free state.

83 kes-Einstein relations for translational and rotational diffusion remain valid, but the effective hyd

84 'free' excited state in which FliJ undergoes rotational diffusion.

85 rosis factor-alpha, was measured in terms of rotational diffusion.

86 e diffusive reorientations with 1.5 rad(2)/s rotational diffusivity, a value that compares with that

87 The rotational diffusometry realized by Janus particles was

88 The molecular gear dictates the rotational direction of the propellers and step-wise rot

89 swimming pattern, driven by switching of the rotational direction, which causes polymorphic flagellar

90 ic model for motor function and switching of rotational direction.

91 aried the object dynamics separately for two rotational directions.

92 ts atomic-scale structural features, such as rotational disorders and edges.

93 oscope, it is found that stacking faults and rotational disorders in multilayered 2D crystals can be

94 e ejection for the largest events, including rotational disruption, electrostatic lofting, ice sublim

95 reviously undetected bimodal carbon monoxide rotational distributions.

96 bility to detect a spinning surface from its rotational Doppler effect.

97 However, a mixture of linear and rotational Doppler effects can occur when an OAM beam is

98 ve using OAM carrying beams, both linear and rotational Doppler effects from several designer surface

99 icrowave beams with opposite OAM to separate rotational Doppler shift from micro-Doppler shift.

100 oscopy and micro-CT scans, and used to model rotational, drag and lift forces.

101 boring causal signal pairs, and (3) localize rotational drivers (RDs) by quantifying the circular int

102 dentifying self-perpetuating spiral waves or rotational drivers (RDs) rotating around a phase singula

103 ond, paired chiral-antichiral (type II; n=5) rotational drivers controlled most of the atrial area.

104 Rotational dynamic rates in these structures depend on t

105 g to show that the transition from linear to rotational dynamics coincides with a plateau in decoding

106 ar molecules to relax and hence the observed rotational dynamics contributed to their dielectric prop

107 The nitroxide probe rotational dynamics in longer chain detergents is more r

108 of CT cocrystals that allows us to introduce rotational dynamics in noncentrosymmetric molecules, whi

109 plateau in decoding accuracy, revealing that rotational dynamics in the PFC preserve sensory choice i

110 Rotational dynamics measured by quadrupolar echo (2)H NM

111 C and its phosphorylation on the microsecond rotational dynamics of actin filaments, we attached a ph

112 ting that the cMyBP-C N terminus impacts the rotational dynamics of actin spanning seven monomers (i.

113 machinery, the analytical methods to analyze rotational dynamics of crystalline solids, and the key s

114 The rotational dynamics of dirhodium supramolecular gears, f

115 The observed long coherent rotational dynamics of isolated water molecules confined

116 al transitions agree well with low-frequency rotational dynamics of single water molecules in the gas

117 Through Fourier analysis of the rotational dynamics on several MA . (H(2)O)n complexes,

118 Moreover, PSID discovered distinct rotational dynamics that were more predictive of behavio

119 Churchland and his colleagues proposed that "rotational dynamics", uncovered through linear transform

120 er, it is challenging to gain information on rotational dynamics, which can be more indicative of the

121 linear Arrhenius behavior in molecular-level rotational dynamics, which correlates with 2) changes in

122 accumulation phase followed by a phase with rotational dynamics.

123 The (71)Ga{(1)H} rotational-echo double-resonance (REDOR) NMR and other d

124 The precision afforded by rotational-echo double-resonance (REDOR) NMR to interrog

125 ng to gravitational, deformational and Earth rotational effects(8), suggesting that the response of A

126 ternating carbon-carbon linkages between the rotational electron donors and acceptors of RBFs.

127 ion threshold exceeds the separation between rotational energy levels, preventing state-selective ion

128 Knowledge of rotational energy transfer (RET) involving carbon monoxi

129 ork to quantify formation and destruction of rotational events in cardiac fibrillation.

130 ents, (ii) toggling between vastly different rotational exchange rates in the self-assembled rotors t

131 ee text]O, across a range of vibrational and rotational excitations, both with and without the Coriol

132 management system we studied was a customary rotational fisheries closure system (akin to fallow agri

133 l domains (C0-C2) to labeled F-actin reduced rotational flexibility by 20-25 degrees , indicated by i

134 -bond with Leu300 of AR and to render larger rotational flexibility of the carboxymethyl pharmacophor

135 s in the microsecond regime, suggesting that rotational fluidity is 3 orders of magnitude too slow to

136 ver, such approaches target alleged drivers (rotational/focal) regardless of their activation frequen

137 Two leading-driver + rotational-footprint maps were generated 2.6 (IQR, 2.4-2

138 Both rotational-footprints and spatiotemporally stable leadin

139 Rotational-footprints were found at every leading-driver

140 amplitude modulation (iAM) and iFM to detect rotational-footprints without panoramic multielectrode a

141 The rotational force (torque) generated at the base of the f

142 hifts, and nuclear Overhauser effects (NOEs)/rotational frame nuclear Overhauser effects (ROEs).

143 Z units, while retaining a certain degree of rotational freedom of the intersegmental D-A axes that i

144 We furthermore find that changes in the rotational freedom of the tagged protein can lead to art

145 c torque can qualitatively reproduce how the rotational frequency depends on light intensity and pola

146 The APPS leverages the rotational geometry of the prostate and high speed struc

147 ammaliaforms) as well as a mortar-and-pestle rotational grinding stroke that was inherited from stem

148 quence is coupled with an eversion-inversion rotational grinding stroke.

149 and a high-altitude observatory(10), of the rotational ground-state transition of HeH(+) at a wavele

150 Transitions involving rotational inelasticity are often further constrained by

151 ception of linear acceleration from a single rotational input signal clarifies the origins of the neu

152 ception of linear acceleration from a single rotational input signal clarifies the origins of the neu

153 (c), they fluctuate in a way that breaks the rotational invariance at T(nem) and induces a crystallin

154 Rotational invariance strongly constrains the viscosity

155 T) as an effective means for encoding global rotational invariance.

156 sequently, and because of the concurrence of rotational isomerism under acidic conditions (fixed at h

157 mino acid residues in a protein based on the rotational isomers (hence the word rotamer).

158 rons serve a critical role in the control of rotational kinematics while pursuing a moving target.

159 ew kilohertz for transitions within the same rotational manifold(1), a few gigahertz for hyperfine tr

160 c-angle twisted bilayer graphene (TBG), with rotational misalignment close to 1.1 degrees, features i

161 onolayer semiconductors, lattice mismatch or rotational misalignment introduces an in-plane moire sup

162 Rotational misalignment or lattice mismatch of the layer

163 enhanced intermolecular coupling and reduced rotational mobility, respectively.

164 The role of rotational molecular motors of the ATP synthase class is

165 t normally stable nuclei developed irregular rotational motion after impact in 27 out of 30 networks.

166 The rotational motion changes the orientation of the central

167 onal motions is critical for large-amplitude rotational motion in crystals.

168 These results suggest that monitoring the rotational motion of bis(silylethynyl)acenes in restrict

169 osed that the exchange processes reflect the rotational motion of histidine imidazole rings that coor

170 rearrangement that triggers an anticlockwise rotational motion of interlinked alpha-helices with spec

171 We resolve the real-time coherent rotational motion of isolated water molecules encapsulat

172 es not change, indicating that no additional rotational motion of the core-shell nanoparticles is ind

173 n of increasing temperature would facilitate rotational motion of the DEB while diminishing the fluor

174 conclude that the water molecules dampen the rotational motion of the MA as the intermolecular bonds

175 cycle THz pulses to excite the low-frequency rotational motion of water and measure the subsequent co

176 ble orientation is in contradiction with the rotational motion predicted by classical colloidal hydro

177 (0) to convert proton gradient to torque and rotational motion presents a major puzzle despite signif

178 A coherent rotational motion, the vortex phase, is of great interes

179 itiation but can be attributed to persistent rotational motion.

180 These changes generally involve rotational motions and may thus be resolved by determini

181 rotator, the advantages of volume-conserving rotational motions, and the challenges associated with c

182 ine residues to the pore without significant rotational movement of the associated helices.

183 as a sliding crank that converts the planar rotational movement of the CNBD into a rotational upward

184 Within the TMD, TM1 undergoes a rotational movement, switching its interaction partner f

185 tion of VTA(Vgat+) neurons generate opposite rotational movements.

186 embles of cells with heterogeneous speed and rotational noise.

187 be applied to measure the spinning speed of rotational objects, which have wider applications in int

188 % women) showed 4.0+/-2.1 spatially anchored rotational or focal sites in AF in 3 patterns.

189 were analyzed based on utilization of either rotational or orbital CA.

190 y of the molecule-surface interaction on the rotational orientation of the molecules, and a remarkabl

191 The resulting rotational orientation places an extended glycine zipper

192 gh probability of the collision flipping the rotational orientation.

193 order of magnitude and enabled an additional rotational pathway.

194 temporal order of peak firing rates existed, rotational patterns could be easily obtained using a rat

195 d theoretical arguments, we present emergent rotational patterns in an array of identical magnetic ro

196 We observed that rotational patterns occurred in neuronal populations whe

197 We find an average rotational pitch of 1.5mum, which is remarkably robust t

198 Whereas the rotational plane hypothesis accounted for PFD shifts whe

199 ad direction (HD) cells encode 3D space: the rotational plane hypothesis and the dual-axis model.

200 Moreover, Drg1 morphants display abnormal rotational polarity of basal bodies and a decrease in ap

201 iation: a gas-phase molecular laser based on rotational population inversions optically pumped by a q

202 ncrease in lung donations after implementing rotational positioning of deceased donors.

203 Rotational positioning of donors began in 2008.

204 oles of cis- and trans-acting factors in the rotational positioning of nucleosomes between non-mammal

205 sequence, but how its kinetics depend on the rotational positioning of the sticky ends around the hel

206 rocurement organizations consider adopting a rotational positioning protocol for donors to increase t

207 Rotational positioning significantly increased the avera

208 TFBS located at differing translational and rotational positions within the nucleosome.

209 ic even at 373 K, the RR isomer shows a slow rotational process of the phenylene ring at temperatures

210 the changes in the complex amplitudes of the rotational projection quantum states, and express them u

211 r hydrogen is the coupling between molecular rotational properties and nuclear spin orientations, giv

212 dification of the coupling between molecular rotational properties and the nuclear spin system can be

213 ert Principal Component Analysis (CHPCA) and Rotational Random Shuffling (RRS).

214 tin flexibility and modestly increased actin rotational rates.

215 We studied water diffusion and rotational relaxation in live Shewanella oneidensis bact

216 ter slowdown (by -10-30%) and an increase in rotational relaxation times (+10-40%) compared with wate

217 es of the first gas chromatography-molecular rotational resonance spectrometer (GC-MRR).

218 By exploiting the increased rotational sensitivity of RLGs in the vicinity of an exc

219 duces a torsional stress, and the associated rotational shift in the Rossmann fold closes the catalyt

220 ified AF image grids into those with/without rotational sites with 95.0% accuracy (CI, 94.8%-95.2%).

221 nformers responsible for the extremely dense rotational spectra observed, it was essential not only t

222 Rotational spectra of several difluoromethane-water addu

223 unds enables measurement of their laboratory rotational spectra, which are the critical data needed t

224 studied in a conformer-specific manner using rotational spectroscopy and theoretical approaches.

225 ly retrieved, largely through pump-probe and rotational spectroscopy measurements with the aid of cal

226 developed and used nano-rheological magnetic rotational spectroscopy with nanorods to quantitatively

227 Here we present a broadband rotational-spectroscopy study on the stepwise hydration

228 er gain efficiency by properly selecting the rotational speed of two small cylinders, located paralle

229 halves allows for the facile tuning of their rotational speed.

230 groups were found; a satisfying three months rotational stability was achieved.

231 Rotational stability was statistically significantly sup

232 um-rubidium molecules in their first excited rotational state and observed a modulation of the chemic

233 oscopy structures of human V-ATPase in three rotational states at up to 2.9- angstrom resolution.

234 from bovine mitochondria determined in three rotational states by electron cryo-microscopy provides e

235 Here we demonstrate entanglement between the rotational states of a (40)CaH(+) molecular ion and the

236 fested as a strong parity preference for the rotational states of the products.

237 to magnetic field but increases for excited rotational states.

238 tly faster loss for an incoherent mixture of rotational states.

239 le it has been well described that prolonged rotational stepping will adapt the podokinetic sense of

240 transcription by RNAP, we directly observed rotational steps that correspond to the unwinding of sin

241 nd 0% grade with elastic ankle exoskeletons (rotational stiffness: 0-250 Nm rad(-1)) in one training

242 t can be adopted as a pre-grazing target for rotational stocking systems to optimize sheep nutrition

243 changing electric field interacting with the rotational structure of the molecules with dipole moment

244 .1-3.4 angstrom resolution, in four discrete rotational sub-states, which provide a comprehensive str

245 orsional flexing of the entire complex and a rotational sub-step of F(o) associated with long-range c

246 The torque and rotational switching of the motor was almost identical t

247 o dissect the mechanism underlying flagellar rotational switching, we use Borrelia burgdorferi as a m

248 the rotating torque generator, facilitating rotational switching.

249 ing a complete set of 2-, 3-, 4-, and 6-fold rotational symmetries can be rationally designed from ce

250 cells exhibit firing patterns with a 6-fold rotational symmetry [5, 6], barriers within the field ab

251 Eventually, the oscillating sphere breaks rotational symmetry along the future head-foot axis of t

252 s are the singular vortices arising from the rotational symmetry group SO(3), with surprising topolog

253 el superstructure with unexpected three-fold rotational symmetry in a single two-dimensional layer of

254 hat this uniaxial TDM originates from broken rotational symmetry in the quantum ring geometries.

255 a global stripe charge order that breaks the rotational symmetry of the moire superlattice.

256 Nanofabricated particles with n-fold rotational symmetry rotate steadily with speed and direc

257 y, a correlated electronic state with broken rotational symmetry, has been reported in a host of meta

258 cellular structures and organelles that have rotational symmetry.

259 ch are forbidden in any sample with two-fold rotational symmetry.

260 crystalline insulator protected by a twofold rotational symmetry.

261 at the trapping potential retains three-fold rotational symmetry.

262 ogical hinge states protected by the twofold rotational symmetry.

263 in the crystal and in solution with twofold rotational symmetry.

264 l an energy- and doping-dependent three-fold rotational-symmetry breaking of the local density of sta

265 ular rotation during predissociation and the rotational temperature of the parent molecule in the mol

266 This study explored whether rotational three-dimensional (3D) visualization of optic

267 sion, this study used an algorithm to obtain rotational three-dimensional visualization of type 3 MNV

268 a from conventional coagulation tests (CCT), rotational thrombelastometry (ROTEM) and thrombelastogra

269 We did rotational thromboelastometry (ROTEM) and conventional c

270 Rotational thromboelastometry (ROTEM) is a holistic bloo

271 Intraoperative rotational thromboelastometry screening effectively excl

272 ly 1-hour before bypass separation using the rotational thromboelastometry variable fibrinogen thromb

273 Rotational thromboelastometry was used to quantify the r

274 E 1: Global tests of clot formation, such as rotational thromboelastometry, thromboelastography, sono

275 ity of an intraoperative point-of-care test, rotational thromboelastometry, to screen out patients at

276 The rotational time ( ) and initial anisotropy (r(0)) retrie

277 ithin the fluorescence lifetime, so that the rotational time constants could be obtained via their ro

278 Measured relative intensities of J = 1-0 rotational transition lines yield vibrational-level popu

279 a molecule for a terahertz laser, almost any rotational transition of almost any molecular gas can be

280 discussed in terms of such effects where the rotational transition state has broken the interaction b

281 The observed rotational transitions agree well with low-frequency rot

282 We can resolve rotational transitions to 11 significant digits and deri

283 n in a single quantum state, drive terahertz rotational transitions with an optical frequency comb, a

284 r hyperfine transitions, a few terahertz for rotational transitions, to hundreds of terahertz for fun

285 The rapid quenching and rotational/translational freedom of (*)CH(3) shows that

286 By introducing a rotational twist in their geometry, asymmetric transmiss

287 the all-optical probe is viable for clinical rotational ultrasound imaging.

288 lanar rotational movement of the CNBD into a rotational upward displacement of the VSD.

289 at least 2-years interval is needed when the rotational use of insecticides with different modes of a

290 provided the electrical stimulation-induced rotational vector has a component orthogonal to gravity.

291 in-the-Wild dataset (GW) includes eye + head rotational velocities (deg/s), infrared eye images and s

292 reviously reported we have shown that slower rotational velocities are more readily adapted than fast

293 vestibular system and provide sensitivity at rotational velocities that are too slow to activate the

294 ode accretion or mergers, although its large rotational velocity and large content of cold gas remain

295 s inside a cold, dusty, rotating disk with a rotational velocity of about 272 kilometres per second.

296 No systematic effects of gap size and rotational velocity on the viscosity of a Newtonian flui

297 antly and accurately by conceptualizing head rotational velocity profiles as two-dimensional images f

298 ed phase shift that scales linearly with the rotational velocity(2,3).

299 (2), NO(2), N(2)O, and NO by detecting their rotational-vibrational modes using graphene plasmon.

300 A rotational viscous field increased the distance healthy