ライフサイエンスコーパス: kinematic

1 of the metabolic cost of locomotion and its kinematics.

2 10 ms), accurately reflecting single impulse kinematics.

3 bolic rate for a given speed and alter human kinematics.

4 g for both users' gait intent and continuous kinematics.

5 ter-embedded mouthguard measured head impact kinematics.

6 e likely outcome of their actions from their kinematics.

7 o produce a prediction of the user's walking kinematics.

8 ts, thereby resulting in direction-depending kinematics.

9 re strongly influenced by the opposite arm's kinematics.

10 uron activity and severely disrupts reaching kinematics.

11 ions in the activity of CI1 influenced these kinematics.

12 upination) were described according to their kinematics.

13 by controlling the deformation direction and kinematics.

14 l in a school, as well as their tail-beating kinematics.

15 tion, completely avoiding the use of inverse kinematics.

16 ated to be fully represented with rigid body kinematics.

17 f Corti mechanics are governed by rigid body kinematics.

18 ulse sequences that varied in single-impulse kinematics (5-20-ms time scale) and mean speed (150-ms t

19 Restricting tail undulations resulted in kinematic adjustments similar to those that occur follow

20 undulations, we investigated changes in limb kinematics after manipulating the tail artificially by r

21 the tissue and organ levels, because affine kinematics allows a straightforward connection between t

22 n individual Purkinje cell encoding of reach kinematics, although the movements were nearly identical

23 tely for postural (hand/arm positioning) and kinematic (amplitude/timing) accuracy.

24 We conducted kinematic analyses of cell division and expansion to und

25 Similarly, stimuli based on kinematic analyses of mouse blinking consistently suppre

26 g a validated nonhuman primate rating scale, kinematic analyses of peak upper extremity velocity, pos

27 Moreover, kinematic analyses revealed that these RT biases could o

28 Here we use three-dimensional kinematic analyses to show that, contrary to current thi

29 Using in vivo kinematic analyses, in vitro electrophysiological record

30 We used high-resolution kinematic analyses, molecular biology, rheology, and adv

31 l scoring of the beam-walking test and video-kinematic analysis (CatWalk) at baseline and on days 3 a

32 We further developed a kinematic analysis approach to study dynamic root growth

33 Kinematic analysis based on high-speed recordings of ove

34 elegans connectome and fit to a large-scale kinematic analysis of C. elegans behavior at submicron r

35 Finally, high-resolution kinematic analysis of root growth revealed that fer muta

36 Kinematic analysis of the body segments indicated that c

37 Here we present a spectroscopic and kinematic analysis of US 708.

38 In turn, kinematic analysis of walking showed step-to-step variab

39 Kinematic analysis revealed significant changes in sever

40 Kinematic analysis showed that decreased cell division a

41 We furthermore combine kinematic analysis with force measurements to quantify e

42 f pre-lesion movement patterns, evaluated by kinematic analysis.

43 s high-speed imaging, muscle stimulation and kinematic and acoustic analyses to reveal the mechanisms

44 The kinematic and kinetic data are used to estimate muscle-t

45 Such objects initially result in both kinematic and kinetic errors; i.e., mismatches between p

46 Using three-dimensional kinematic and morphometric analyses, we show that humans

47 y presenting structural, behavioural, video, kinematic and pressure data that show spiracle-mediated

48 in the body-wall muscles disrupts locomotory kinematics and biomechanics, demonstrating that CLHM-1 h

49 motor system because precise control of wing kinematics and body trajectories requires fast sensory f

50 As an example of the design method, the kinematics and elastic properties of an origami-based ci

51 ailed associations between the molecular gas kinematics and features in the radio-emitting jets, has

52 ngs, simultaneous measurement of behavioural kinematics and field potential parameters of C-start sta

53 ngs, simultaneous measurement of behavioural kinematics and field potential parameters of C-start sta

54 Quantification of SLC kinematics and field potential parameters revealed that,

55 We recorded simultaneous movement kinematics and fMRI activity while human subjects perfor

56 The kinematics and force response of the cellular metamateri

57 tial movement sensors to record the movement kinematics and gesture forces made by 37 children 3-6 ye

58 to different locations can alter distal hand kinematics and grasping different objects can affect kin

59 ses in the hindlimb motor cortex to hindlimb kinematics and hindlimb muscle synergies across a spectr

60 mation between the applied force and the cup kinematics and its sensitivity).

61 ons of Trinidadian guppy and found that both kinematics and morphologies vary substantially with neon

62 action processing, such as simulating action kinematics and muscular activity.

63 was more consistent with the assumed laws of kinematics and physical behavior of the surface.

64 base while simultaneously monitoring whisker kinematics and recording single Vg units in both anesthe

65 Apart from their latencies, SLC kinematics and SLC field potential parameters were inten

66 diate level that generalizes across movement kinematics and specific objects involved in the action (

67 rasp 50 objects in a delayed task while hand kinematics and spiking activity from six implanted elect

68 voiding expensive computation of the inverse kinematics and the point-to-point control along the desi

69 ccount for the influence of reaching on hand kinematics and vice versa, we applied demixed principal

70 creasing or decreasing the SS sensitivity to kinematics and/or performance errors independent of firi

71 within the nMLF is correlated with locomotor kinematics, and modulates both the duration and oscillat

72 , the primary focus has been placed on their kinematic applications by leveraging the compactness and

73 CANCE STATEMENT Neural activity and movement kinematics are remarkably variable.

74 the three types of actions studied here: the kinematic aspect is particularly critical for imitation

75 h has been concerned with the development of kinematic aspects of handwriting, little is known about

76 rection mechanisms (i.e. muscle activity and kinematics) associated with locomotor adaptation.

77 Here we present a kinematics-based procedure to morph an RNA molecule betw

78 tic model can be extended to investigate the kinematic behaviour of somatic cells emerging from hESC

79 Second, we quantified the similarity of oral kinematics between feeding and climbing in S. stimpsoni,

80 were significant differences in head impact kinematics between lower- and higher-impact groups (numb

81 d when we controlled for differences in limb kinematics between the two tasks.

82 ot only encodes temporal aspects of movement kinematics but also influences motor outcome pointing to

83 may share underlying neural programs, their kinematics can exhibit robust differences between males

84 Thus, visual posture information and kinematic capacities are differentially critical to the

85 mble of structures generated using Rosetta's kinematic closure loop reconstruction method.

86 We argue kinematics coevolve with the secondarily terrestrial lif

87 Poor performance on the kinematic component of all three gesture tasks was signi

88 s variability can be separated into specific kinematic components such as extent and direction that a

89 ke trains across a variety of muscle stretch kinematic conditions, including systematic changes in pe

90 n from the surrounding C(18)O envelope shows kinematics consistent with rotation and an infall of mat

91 o the challenge of determining whether local kinematic constraints are globally compatible and to an

92 terplay of short-range crystalline order and kinematic constraints on the many-body scattering proces

93 n diffusion behavior, slow dynamics owing to kinematic constraints, as well as a regime corresponding

94 n spin ice as a unique setting that combines kinematic constraints, emergent topological defects, and

95 ffline, we determined 20 grip types from the kinematic data and decoded these hand configurations and

96 Here we report adaptive optics kinematic data of the ultra-compact dwarf galaxy M60-UCD

97 The 3D kinematic data were integrated into a validated substrat

98 ehavior, bringing about a gradual buildup of kinematic degrees of freedom during the transition from

99 byproduct of image stabilization, a complete kinematic description of the contraction-relaxation cycl

100 Here we report the kinematic detection of a stellar stream in one of the sa

101 bly diverse and the combination of shape and kinematics determines both aerial capabilities and power

102 namics of the motor system can contribute to kinematic differences in distinct mechanical contexts.

103 Moreover, this newfound kinematic diversity observed among rorquals indicates th

104 ransformation indicates that recorded insect kinematics do act to provide proverse yaw for a variety

105 We measured jaw kinematics during benthic feeding and cranial musculoske

106 large-scale neural plasticity and stabilizes kinematics during early motor learning.

107 iated with altered EMG patterns and hindlimb kinematics during gait.

108 allel parietal encoding of hand dynamics and kinematics during object manipulation.

109 tis (KOA) is reported to have characteristic kinematics during walking.

110 d a small contribution from the other motion kinematic (e.g., position).

111 terns were largely based on the perturbation kinematic (e.g., velocity), but also showed a small cont

112 omplex phenomenon that includes at least six kinematic effects.

113 Here, we combined kinematic, electromyography, and brain activity measures

114 ure of intensity distribution combining with kinematic electron diffraction simulation confirms that

115 This kinematic error-related ERP presented great similarities

116 rtion to its ability to decrease the current kinematic error.

117 Second, kinematic errors alone should be sufficient to engage th

118 r between alternating dynamics only when the kinematic errors associated with each oppose one another

119 are parametrically modulated by the sizes of kinematic errors produced by unpredictable mechanical pe

120 uate the postmovement beta-rebound, only the kinematic errors that trigger trial-to-trial motor-comma

121 odulate grip force but exhibited substantial kinematic errors, equivalent to those seen in participan

122 rrors, whose amplitude reflected the size of kinematic errors.

123 the rates of morphological and 3D locomotor kinematic evolution are elevated in those species that h

124 ncluded standard test metrics and additional kinematic features extracted from accelerometer data.

125 g OKR performance, we monitored how distinct kinematic features of the OKR change over the course of

126 o identify whether cerebellar output encodes kinematic features of whisking including the phase and s

127 data collection enabled the determination of kinematics for animals walking at their self-selected sp

128 ut could be reconciled by differences in the kinematics-force relationship between active and passive

129 imal model of a bat with only six degrees of kinematic freedom, we show that bats can perform body ro

130 to deflect whiskers in a way that decouples kinematics from mechanics, and used Generalized Linear M

131 on microscopy study of tooth-wear facets and kinematic functional simulation of occlusion with virtua

132 Through kinematic gait analysis, we found a relationship between

133 ound a relationship between K/L score and 3D kinematic gait for patients.

134 een Kellgren-Lawrence (K/L) score and the 3D kinematic gait of patients with medial KOA remains uncle

135 , both groups adjusted their behavior in the kinematic game in the same way, experienced the same set

136 Human observers played a 3D kinematic game in which they adjusted the slant of a sur

137 g) have often been described as encoding the kinematics (geometry) of object contact.

138 Results reveal homogeneity in stratigraphy, kinematics, granulometry and petrography.

139 later stages of learning (i.e., after motor kinematics had stabilized) did not show evidence of repl

140 ical environment, wing morphology and stroke kinematics have contributed to the evolution of their hi

141 xperimentally determined non-amputee walking kinematics, here, we explicitly model the human-prosthes

142 the scallop theorem, which dictate that body kinematics identical under a time-reversal symmetry (in

143 estrial locomotor morphology, energetics and kinematics in a species, either side of sexual maturatio

144 data to show that the generation of turning kinematics in an insect are the combined result of desce

145 arized representation of self-generated head kinematics in freely moving rats.

146 Rhesus monkeys how the representation of arm kinematics in Purkinje cell simple spike discharge chang

147 g, similarities between feeding and climbing kinematics in S. stimpsoni are consistent with evidence

148 or classification system to quantify hunting kinematics in semi-restrained animals exposed to a range

149 ations of upper and lower extremity movement kinematics in subthalamic units and observed evidence fo

150 ghly variable coordination of skull and body kinematics in the context of complex prey-herding techni

151 its constraints (e.g. current trajectory and kinematics) influence the decision making process.

152 and analyzing the scattered light can reveal kinematic information about the object, which is vital f

153 le of the AOS' areas in processing affective kinematic information has never been examined.

154 these brain regions in processing affective kinematic information has not been investigated.

155 Here we present a new kinematic interpretation of two Mw7.6 earthquakes of Nov

156 One dominant law in biological motion kinematics is the 2/3 power law (PL), which imposes a st

157 roach to evaluate this hypothesis, utilizing kinematic, kinetic, electromyographic (EMG), and metabol

158 and force could be extended to reproduce the kinematics, kinetics, and metabolic demand of submaximal

159 We recorded subjects' kinematics, kinetics, and perceived exertion.

160 ent appears to be governed by relatively few kinematic laws of motion.

161 cing produces apparently complex deformation kinematics leading to movement of animals like undulator

162 analogue gravity model that goes beyond the kinematic level.

163 We represent an RNA as a kinematic linkage, with fixed groups of atoms as rigid b

164 Six were used to compare the EMG and kinematic locomotor characteristics during walking on th

165 ssfully learned a large variety of neural-to-kinematic mappings and became more robust with larger tr

166 Kinematic measurements during swallowing were examined f

167 The tremor stability index is derived from kinematic measurements of tremulous activity.

168 From our 86,000 sliding motion tests of kinematic measurements, the sensor exhibits excellent st

169 Learning was assessed using kinematic measures (peak and mean absolute plantarflexio

170 nson Disease Rating Scale (UPDRS) subscores, kinematic measures of bradykinesia and rigidity, working

171 erall, the results corroborated the use of a kinematic mental model in creating and testing informal

172 far side of the Milky Way and to validate a kinematic method for determining distances in this regio

173 thick panels that differs from the existing kinematic model but is capable of reproducing motions id

174 stituent fibers follow an affine deformation kinematic model for planar collagenous tissues.

175 Fitting of the data to a multiprocess kinematic model reveals that the transport of this hydro

176 This absolute kinematic model suggests that a degree-2 convection mode

177 rom the idealized sheet without altering the kinematic model used to simulate folding.

178 k in the MVAL deforms according to an affine kinematics model.

179 Although kinematic models based on structural mapping and high-re

180 We conclude that observers use predictive kinematic models to accurately calibrate visual cues to

181 upport the recently developed geodynamic and kinematic models.

182 Kinematics models suggest passive mediation of spray pul

183 ate this possibility, we recorded whole-body kinematics, muscle synergies, and hindlimb motor cortex

184 build a set of weak classifiers based on the kinematic observables of the Higgs decay photons, which

185 Fr may be interpreted from simple limb kinematics obtained from video data.

186 t an analysis of the stellar populations and kinematics of a lensed z = 2.1478 compact galaxy, which-

187 cking algorithm to measure the wing and body kinematics of bats performing complex aerial rotations.

188 single cells in both PMd and PMv encode the kinematics of both reaching and grasping synergies, sugg

189 single units in both PMd and PMv encode the kinematics of both reaching and grasping synergies, sugg

190 ideo and 3D movement sensors to quantify the kinematics of both the skull and body during feeding eve

191 mulation of the MC simulated the profile and kinematics of conditioned blinks.

192 to the red or facial nuclei and encoded the kinematics of conditioned eyelid responses.

193 ata place high-resolution constraints on the kinematics of earthquake rupture, which have challenged

194 ocoMouse) for analyzing limb, head, and tail kinematics of freely walking mice.

195 a complex functional system that affects the kinematics of lower jaw depression--the opercular four-b

196 Although tagging studies have quantified the kinematics of lunge feeding, the timing of engulfment re

197 We analyzed flight kinematics of moths with and without hindwing tails and

198 To understand how the kinematics of single and pairs of hESCs impact colony fo

199 By quantifying the kinematics of single cell and whole aggregate behaviors,

200 r we provide constraints on the geometry and kinematics of the boundary of the Guanacaste Volcanic Ar

201 The kinematics of the collisional interaction confirms produ

202 Here we show that the kinematics of the full organ in 3D give a simple picture

203 significant role in determining the observed kinematics of the gas in the broad-line region, implying

204 expansins), thus contributing to the growth kinematics of the growing stem.

205 high-heeled footwear on the musculoskeletal kinematics of the lower extremities remain poorly unders

206 In the present study, we assessed kinematics of the mouse OKR through the course of adapta

207 high-speed digital holography we acquire 3D kinematics of the nauplius escape including both locatio

208 cs and grasping different objects can affect kinematics of the proximal arm.

209 of the decoration of the macrocycles on the kinematics of the system have been studied by means of N

210 Simple modifications in the flexibility and kinematics of their velarium appeared to be sufficient t

211 Additionally, we use the kinematics of tissue motion to compare calcium signals a

212 Finally, we combine high-resolution kinematics of wing and body movements during landing and

213 against the reference acceleration (forward kinematics) of the robot arm.

214 sight into the effects of leg morphology and kinematics on movement.

215 ng the locomotor adaptation task (for either kinematic or EMG measures) on Day 1.

216 This overlap and excessive amounts of kinematics or coordination units may reflect pathophysio

217 imotor control system from the standpoint of kinematics or dynamics.

218 reases or decreases in the SS sensitivity to kinematics or position errors and are not due to differe

219 ges in encoding are not evoked by changes in kinematics or position errors.

220 Analysis of the recorded spikes and gait kinematics over the ten-week period suggests firing patt

221 Increases in SS encoding of a kinematic parameter are associated with larger changes i

222 spiking activity of neurons as a function of kinematic parameters and spike history.

223 antified the spike rate encoding of specific kinematic parameters of movement using a generalized lin

224 them more forcefully once, and modulated the kinematic parameters of the current strike on the basis

225 gs (collectively termed anvils) modulate the kinematic parameters of the strikes while processing a s

226 tilizing more locomotor events, or modifying kinematic parameters such as the duration and speed of s

227 lls in both areas as a function of different kinematic parameters, as well as spike history.

228 t relate motor-cortical ensemble activity to kinematic parameters.

229 This kinematic pattern is mirrored in the morphometric analys

230 d a set of natural arm-movement videos where kinematic patterns were parametrically manipulated, whil

231 mice displayed significantly enhanced motor/kinematic performance in the chronic phase of motor reco

232 ive to attention control through an implicit kinematic process linked to empathy.

233 ements and establish relations between their kinematic profile and mechanical properties.

234 ndividuals with autism move with an atypical kinematic profile, which might help to explain perceptua

235 Specifically, regardless of identical kinematic profiles across active finger movements, stret

236 Mapping of the kinematic profiles in resolved jets has revealed precess

237 ionships between eyelid PC responses and the kinematic properties of the eyelid CRs.

238 l ensembles, such as fish and birds [2], the kinematic properties of these swarms bear the hallmarks

239 n (defined respectively as trajectories with kinematic properties that either comply with or violate

240 yelid PC activity does not encode any single kinematic property of the behavioral CRs at a fixed time

241 results suggest humans increasingly rely on kinematic redundancy in their legs to achieve robust, co

242 erneuron inputs are required to generate the kinematic representations in PCs.

243 essing stage enables faithful propagation of kinematic representations through the cerebellum.Cerebel

244 of teenagers by instrumenting vehicles with kinematic sensors, cameras, and a global positioning sys

245 This requires to re-encode head kinematic signals into a reference frame anchored to ear

246 Using experimental results and kinematic simulations from a resistive force theory prop

247 Hindlimb kinematics, SO fascicle and muscle-tendon unit (MTU) len

248 Here we report free-flight mosquito wing kinematics, solve the full Navier-Stokes equations using

249 repulsion involves a stereotyped sequence of kinematic stages that are modulated by global changes in

250 , we conjecture that fruit flies sense their kinematic states every wing beat to stabilize their flig

251 T are still poorly understood, findings from kinematic studies suggest that improvements are mainly b

252 We have combined growth kinematic studies, cell wall analysis, and transcription

253 e development of the petroleum resources and kinematics study in the Tarim Basin.

254 cient to produce learned changes in movement kinematics, such as velocity.

255 espect to understanding its function, affine kinematics suggests that the constituent fibers are larg

256 ans seek movement strategies where force and kinematics synchronize to repeatable patterns that may r

257 Hand postural information, encoded through kinematic synergies, were represented in cortical areas

258 ixed principal components analysis to define kinematics synergies that maximized variance across eith

259 ixed principal components analysis to define kinematics synergies.

260 We develop a comprehensive kinematic synthesis for rigid origami of thick panels th

261 tional brain imaging, and psychophysical and kinematic tests were used to establish the effect of the

262 this species used different bipedal push-off kinematics than modern humans, perhaps resulting in a le

263 delay and a rotation to identify a class of kinematics that provide favorable roll-yaw coupling.

264 e presence of an object independently of the kinematics that were being generated using intracortical

265 Mosquitoes exhibit unusual wing kinematics; their long, slender wings flap at remarkably

266 individuals with autism moved with atypical kinematics; they did not minimize jerk to the same exten

267 generate precise information about whisking kinematics through linear changes in firing rate.

268 We related limb movement kinematics to recorded motor activity and demonstrate th

269 t just in their structure, but also in their kinematics, to evolve into present-day elliptical galaxi

270 cteristics of the filament, to determine its kinematics, to explain how it is linked to nearby source

271 North Atlantic sediment core, combining the kinematic tracer protactinium/thorium (Pa/Th) with the d

272 We present a design strategy that takes a kinematic trajectory as its input and uses analytical mo

273 Despite loss of kinematic tuning, cells in the globus pallidus (63%, 10/

274 d a crucial role of PPC in encoding the hand kinematics underlying these functions, leaving to premot

275 estigated the neuromuscular contributions to kinematic variability and thus step to step adjustments

276 We therefore propose that neural and kinematic variability are reliable and interrelated indi

277 ts exhibit distinct magnitudes of neural and kinematic variability that are reproducible across movem

278 and females) exhibit different magnitudes of kinematic variability, which are consistent (within indi

279 variable movement preparation exhibit larger kinematic variability.

280 rm an optimization using prescribed skeletal kinematics, varying the parameters that govern the force

281 Here we report a robust and self-powered kinematic vector sensor fabricated using highly pliable

282 evel of fluid turbulence than those in which kinematic viscosity and thermal diffusivity are the same

283 nnel refurbished to simulate the appropriate kinematic viscosity for the near-surface atmosphere of T

284 onvection is often present in liquids with a kinematic viscosity much smaller than the diffusivity of

285 s instead form by wind because of the higher kinematic viscosity of the low-density atmosphere.

286 oxidant capacity, antibacterial activity and kinematic viscosity.

287 rved this pattern in subjects learning novel kinematics (visuomotor adaptation) and dynamics (force-f

288 ne the extent to which Vg neurons encode the kinematics vs. mechanics of contact.

289 This relative decoupling of M1 activity from kinematics was attributable to reductions in the coeffic

290 es, resulting in the induction of sequential kinematic waves of gap gene expression.

291 From the kinematics we conclude that the flow appears capable of

292 l supraspinal circuit elements to locomotion kinematics, we build a better understanding of how the b

293 stigate how these inputs determine locomotor kinematics, we used whole-field visual motion to drive z

294 tion of forces within a gesture, and gesture kinematics were faster and larger, with more distal use

295 icant alterations of three-dimensional joint kinematics were identified in subjects suffering various

296 Here, using Internet videos, limb kinematics were measured in 112 bird and mammal species

297 Movement kinematics were not significantly different between thes

298 Gait kinematics were recorded by 3D video analysis during tre

299 followed the Active pattern even though hold kinematics were similar to those during rest with near-z

300 rogate these two hypotheses by measuring arm kinematics while varying movement direction in normal an