ライフサイエンスコーパス: deceleration

1 eeds and begin farther behind the rat during deceleration.

2 ith a transition from growth acceleration to deceleration.

3 celeration can actually change to heart rate deceleration.

4 ase is followed by a prolonged phase of slow deceleration.

5 nsitive to acceleration, but rose on initial deceleration.

6 only partially explain this millennial-scale deceleration.

7 stenosis in patients with paradoxical sinus deceleration.

8 possible to implement dispersion-free sound deceleration.

9 eration and steady state driving than during deceleration.

10 cceleration and the reverse process on rotor deceleration.

11 dissolution during vehicle acceleration and deceleration.

12 orces of gravity and sudden acceleration and deceleration.

13 activity in the ipsilateral CFN aids saccade deceleration.

14 hat subjects flies to rapid acceleration and deceleration.

15 n during acceleration and the first phase of deceleration.

16 ng saccade acceleration (phases 1 and 2) and deceleration (3 and 4).

17 erate to their premature termination: septal deceleration 79 +/- 35 cm/s2 vs. 48 +/- 21 cm/s2 (p < 0.

18 ation (87.5% and 88.7%, respectively) versus deceleration (80% and 62.5%, respectively; p = 0.004, ch

19 Furthermore, loss of the "deceleration-acceleration" notch during the rising phase

20 les exhibited acceleration and 65% exhibited deceleration, accompanied by corresponding changes in di

21 celeration before conditioning can elicit HR deceleration after conditioning.

22 the duration of surface melting, followed by deceleration after the melting ceases, indicates that gl

23 ward and return excursions exhibit a uniform deceleration and acceleration, respectively; 2), the pro

24 reased due to augmentation of early systolic deceleration and an attenuated rise in systolic accelera

25 onary patterns of wave formation followed by deceleration and annihilation.

26 velocities, facilitating integrin-dependent deceleration and arrest on inflamed vascular surfaces.

27 values for lateral and forward acceleration, deceleration and body-mass-specific power for any terres

28 ssed by DCs induced calcium-dependent T cell deceleration and calcineurin-dependent anergy.

29 tion of cohorts of mutations, but show later deceleration and convergence.

30 Deceleration and crushing injuries of the chest may trau

31 high shear stress and hemolysis whereas slow deceleration and free jets were not.

32 ploratory behavior, characterized by partial deceleration and frequent direction changes.

33 R(-) cells suppressed both their replication deceleration and mitotic extra centrosome phenotypes.

34 dependent and specifically activated in the deceleration and stationary growth phases.

35 es exponential rises in mortality, late-life deceleration and Strehler-Mildvan correlation.

36 LDA-detected phenotypes related to an early deceleration and subsequent slower-bending phase in glr3

37 of the linear, presumably chaotrope-induced deceleration and the presumed, square root-dependent ion

38 This model predicts an initial deceleration and then an accelerating increase in the in

39 ng engine braking conditions-that is, during decelerations and downhill driving while the engine is n

40 -derived E and A wave velocities, E:A ratio, deceleration, and isovolumic relaxation times; LV systol

41 oint, the timing of maximum acceleration and deceleration, and the duration of linear growth.

42 Peak velocity, and mean acceleration and deceleration, and the time-velocity integral of each flo

43 self in the field in terms of accelerations, decelerations, and changes in direction, indicating rapi

44 velocities, reduced accelerations, shallower decelerations, and increased durations compared with a c

45 l regulation of tubulin concentration and MT deceleration are dependent on two novel homologues of hu

46 The mechanisms responsible for this growth deceleration are largely unknown.

47 upply chain interventions that fed into this deceleration are precariously dependent on corporate ris

48 han a constant phase, suggesting that during deceleration associated with a shift from sensory-elicit

49 its peak region, the wave undergoes a sharp deceleration associated with a transition in which two p

50 s for decreased HR variability and transient decelerations associated with sepsis, and converts these

51 ased in an almost linear manner with a minor deceleration at around 3 mo of age.

52 to speeds greater than 1 meter per hour and deceleration back to a stationary state occur in minutes

53 nset of body righting responses, (b) cardiac deceleration (bradycardia) to 70 degrees head-up roll, (

54 e propose that distinct mechanisms of T-cell deceleration can be triggered during antigenic recogniti

55 The data suggest conditioned HR deceleration can generalize from conditioned stimulus to

56 ith different chelators displaying different deceleration capacities.

57 Implementing deceleration capacity into the modified early warning sc

58 Deceleration capacity is a strong and independent predic

59 Deceleration capacity of heart rate was calculated withi

60 Deceleration capacity was also a highly significant pred

61 Deceleration capacity was highly significantly lower in

62 t-rate-corrected QT interval duration (QTc), deceleration capacity, and white blood cell count was no

63 iter's atmosphere derived from Galileo Probe deceleration data increase from 109 kelvin at the 175-mi

64 ment reductions were associated with greater deceleration; deceleration was approximately 0.2% greate

65 ii) the erratic patterns of acceleration and deceleration differ from locus to locus, so that one loc

66 to 50 meters), as estimated from the tail's deceleration due to interaction with the surrounding cor

67 ution within grasses are lower, indicating a deceleration during diversification of the family.

68 istinct molecular mechanisms regulate T-cell deceleration during synapses or kinapses is unclear.

69 re pronounced HR acceleration and reduced HR deceleration during VNS.

70 more, the reaction, notorious for its ligand-deceleration effect, in water turned into the ligand-acc

71 ggest that pioglitazone has direct metabolic deceleration effects on the beta-cell that may contribut

72 Following deceleration, electrons reach the precursor ion cloud.

73 eton, that her cause of death was a vertical deceleration event or impact following a fall from consi

74 r traction by rotational and/or acceleration-deceleration forces.

75 vestibular stimuli used consisted of sudden deceleration from rotation at a constant horizontal velo

76 oftening and yielding is coupled to filament deceleration, halting, and recoil.

77 ales, engulfment coincided largely with body deceleration; however, humpback whales pursuing more agi

78 s the inclusion of the phenomenon of mitotic deceleration (implemented with a lognormal model of repl

79 ly acceleration around weaning followed by a deceleration in adulthood.

80 angular velocity decayed from the moment of deceleration in an exponential fashion.

81 post-natal development followed by a sudden deceleration in brain growth with progressive loss of ac

82 t ataxia accompanied by spike broadening and deceleration in DCN neurons, suggesting the facet of coo

83 es also hydrolyzed MgATP, but showed a rapid deceleration in hydrolysis.

84 rmin treatment as a tool to induce metabolic deceleration in INS1 (832/13) beta-cells, with the goal

85 ion in lung, kidney, and liver during growth deceleration in juvenile rats.

86 on; neither did fetal growth acceleration or deceleration in late pregnancy.

87 both an increase in death rates and a later deceleration in mortality, the timing of the surplus mor

88 Metabolic deceleration in pancreatic beta-cells is associated with

89 itially developed to study rate acceleration/deceleration in sequence evolution.

90 Dark matter's lack of deceleration in the "bullet cluster" collision constrain

91 Deceleration in the decline of all CVD, HD, and stroke m

92 .005) and (2) heart rate-corrected mean flow deceleration in the descending aorta measured by phase-v

93 Our results indicate a deceleration in the incidence of HCC around 2006.

94 zation growth rate) in the office and a 0.7% deceleration in the outpatient hospital setting.

95 by phases of intensified selection and rate deceleration in the retained functional complexes.

96 tween activating wave-front acceleration and deceleration in the SCZ and, respectively, contractions

97 le laser pulses is presented based on photon deceleration in underdense plasmas.

98 duces insulin secretion and causes metabolic deceleration in vivo independently of change in insulin

99 firing rate was phasic, punctuated by rapid decelerations in firing rate.

100 tive capacity and immune function and causes decelerations in statural growth that manifest gradually

101 ed risk of cerebral palsy were multiple late decelerations in the heart rate, commonly defined as slo

102 hese clades of ferns have undergone dramatic decelerations in their rates of molecular evolution and

103 The early onset of deceleration indicates that the ejected shell had a low

104 s that resulted from repetitive acceleration-deceleration injury.

105 ghly conserved despite the anomalously large deceleration it produces in the folding of this protein.

106 A deceleration lens slows the ions to allow for soft landi

107 isted of (1) abnormal chest X-ray, (2) rapid deceleration mechanism, (3) distracting injury, (4) ches

108 st 7 clinical criteria (age >60 years, rapid deceleration mechanism, chest pain, intoxication, abnorm

109 Major DI had the same criteria without rapid deceleration mechanism.

110 , including but not limited to acceleration, deceleration, merging, and path control.

111 n repolarization in induced patients but, on deceleration, moved earlier in both groups.

112 molysis had either free jets (n = 7) or slow deceleration (n = 4) (p < 0.001, power 0.99).

113 (n=1) jets whereas group 2 patients had slow deceleration (n=11) or free jets (n=2) (Fisher exact tes

114 s report characterizes the paradoxical sinus deceleration occasionally observed during dobutamine str

115 y that a series of angular accelerations and decelerations occur during the power stroke.

116 Subsidence and deceleration occurred over the subsequent 24 hours.

117 Paradoxical sinus deceleration occurs in 8% of patients during dobutamine

118 MT deceleration occurs where there is a decrease in local s

119 rge and can lead to dramatic acceleration or deceleration of [1,5]-hydrogen shifts and even to comple

120 Acceleration and deceleration of a ribosome result in corresponding chang

121 utants not capable of strand swapping and on deceleration of binding kinetics by mutations at the X-d

122 d sleep, prevention of body weight gain, and deceleration of cardiac aging under TRF, even when calor

123 ns as a result of decompression effects, the deceleration of carrier gas as a result of the increase

124 endogenous estrogens may be associated with deceleration of cellular aging.

125 age sensor conformation, leading to dramatic deceleration of current and fluorescence deactivation, b

126 that weak environmental correlations lead to deceleration of evolution, regardless of environmental c

127 , deceleration time (time from E velocity to deceleration of flow extrapolated to baseline) and absol

128 sity reduces 'current shading' (that is, the deceleration of flow from upstream to downstream neighbo

129 used an immediate reduction in cell size and deceleration of G1->SG2M phase cell cycle progression.

130 models, where maturation is accompanied by a deceleration of growth due to allocation of energy to re

131 No noteworthy deceleration of growth was observed in SBS children 6 mo

132 flects defective phosphorylation of PIN2 and deceleration of its brefeldin-sensitive membrane recycli

133 phic landslides involve the acceleration and deceleration of millions of tons of rock and debris in r

134 tes at the onset of aging and the subsequent deceleration of mortality.

135 nans was 280+/-12 bpm, but during subsequent deceleration of pacing, alternans persisted to significa

136 l-derived CG and NE critically contribute to deceleration of pathogen replication during the early ph

137 pared with the end (P = 0.087), suggesting a deceleration of progression by the time of CLS recording

138 s. 154% of sham), and diastolic dysfunction (deceleration of rapid filling=251% vs. 190% of sham).

139 ereas the EF-hand 3 role in Ca(2+)-dependent deceleration of RetGC was likely to be through the neigh

140 We show that the observed deceleration of somatic growth in females varies directl

141 The deceleration of the African Plate, due to its collision

142 c brain injury evoked via rapid acceleration-deceleration of the cranium, giving rise to subtle patho

143 Deceleration of the decline in all CVD mortality rates o

144 tour in three dimensions revealed long-range deceleration of the delivery particle, possibly due to i

145 EO A (in only 18.6 h), or the unusually weak deceleration of the event, was caused by the preconditio

146 induce DSBs but instead causes an arrest or deceleration of the progression of the replication forks

147 ration, but also in some regimes to dramatic deceleration of the reaction.

148 s of the 65-72 disulfide loop) that leads to deceleration of the regeneration of the mutant proteins.

149 part of the sequence, resulting largely in a deceleration of the unfolding kinetics without perturbin

150 ty to maintain large vessels, which caused a deceleration of tumorigenesis.

151 The deceleration of VDI was observed when the L-type channel

152 re reserves have contributed slightly to the deceleration of vegetation browning and the promotion of

153 Decelerations of the electric organ discharge frequency

154 T behavior: an abrupt change in growth rate (deceleration) of single MTs occurring in the cell periph

155 dy the effect of heart rate acceleration and deceleration on the ability of repolarization alternans

156 egrees of the VF, which was evidenced in the deceleration/"online" component of the movement.

157 were associated with rapid acceleration and deceleration or high peak shear rates, or both.

158 en with cerebral palsy who had multiple late decelerations or decreased variability in heart rate on

159 Fetal distress was defined by bradycardia, deceleration, or lack of fetal heart tones (FHTs).

160 ing acceleration versus 250+/-6.6 bpm during deceleration, P<0.05).

161 asurements of the Hubble constant H0 and the deceleration parameter q0) are discussed.

162 itial peak velocity with prolongation of the deceleration phase and faster secondary peak velocities,

163 s were associated with a prolongation of the deceleration phase.

164 strongly enhanced hapA transcription in the deceleration phase.

165 crash" events, associated with fast particle deceleration, provides a way to quantify irreversibility

166 0.05 [captopril MI vs. untreated MI]; E wave deceleration rate 15 +/- 2 m/s2, p < 0.05 [captopril MI

167 of thalamus may entail pallidal firing rate decelerations rather than simple long pauses in spontane

168 he type of imaging studied demonstrated a 2% deceleration (reduction in per capita utilization growth

169 pauses and bursts with limb acceleration and deceleration respectively, they are consistent with a mo

170 t high-affinity antigen induced a pronounced deceleration selectively dependent on Ca(2+) signals and

171 luding walking and running, acceleration and deceleration, slope and stair negotiation, turning, and

172 luding walking and running, acceleration and deceleration, slope and stair negotiation, turning, and

173 artial passivation of the surface during the deceleration stage.

174 , while outlier phenotypes produce mortality decelerations, supporting inter-individual heterogeneity

175 n measured by RPA is more exaggerated during deceleration than acceleration at matched heart rates (r

176 ts of each rate transition and was higher in deceleration than in acceleration at matched heart rates

177 the threonine nucleophile resulted in a rate deceleration that we attribute to a reduction in the pop

178 stimuli at a rate of 5 Hz, however, elicited decelerations that were sixfold greater than that of con

179 responses for smooth accelerations than for decelerations through the same range of target speeds.

180 ersus 0.50+/-0.11; P<0.0001), shorter mitral deceleration time (199+/-58 versus 268+/-62 ms; P<0.0001

181 The E-wave deceleration time (average, 349+/-140 ms) was abnormal i

182 E-wave deceleration time (DT) has been fractionated into its st

183 alve early (E) and late (A) wave velocities, deceleration time (DT) of E (DT(E)), and pulmonary vein

184 ntricular (LV) systolic dysfunction, a short deceleration time (DT) successfully predicts clinical ou

185 ic relaxation time (IVRT) <80 ms, and E-wave deceleration time (EDT) <120 ms.

186 The deceleration time (from 112 +/- 40 to 160 +/- 44 ms, p <

187 ning (p < 0.05), a reduction in mitral valve deceleration time (p < 0.05) and an increase in left ven

188 y artery pressure, the strongest were mitral deceleration time (r = -0.61, p = 0.0001; odds ratio of

189 nificantly predictive of follow-up LVEF were deceleration time (r = 0.69, p = 0.0006), wall motion sc

190 .49, p = 0.004) and inversely related to the deceleration time (r = 0.73, p < 0.001).

191 locity), A (velocity at atrial contraction), deceleration time (time from E velocity to deceleration

192 02), left ventricular diastolic dysfunction (deceleration time [0.9%, P=0.03] and E/e' [1.4%, P=0.009

193 ndices (E- and A-wave velocities, E/A ratio, deceleration time [DT], diastolic filling time [DFT], an

194 e, and cardiac index) and diastolic (shorter deceleration time and larger left atria) function compar

195 w stroke index or with both shortened mitral deceleration time and lower ejection fraction.

196 ral flow was significantly lower, and E-wave deceleration time and LV isovolumic relaxation time were

197 by markers of LV diastolic function (mitral deceleration time and mitral annular e' velocity).

198 diastolic filling, characterized by reduced deceleration time and pressure tracings showing the squa

199 ling indexes, but overall a normalization of deceleration time as well as other variables.

200 n, less than 8%, coincides with the fireball deceleration time at the onset of the afterglow.

201 2 +/- 0.84%, p < 0.001; mitral inflow E-wave deceleration time before the race, 133 +/- 5 ms; after,

202 y, left ventricular end diastolic volume and deceleration time improved with 1.5 microg/kg/min.

203 n, 1.0+/-0.3 vs. 1.9+/-0.7 [p < 0.0001]) and deceleration time longer (inspiration, 198+/-53 ms versu

204 septal apical to basal LSsys ratio >2.1 plus deceleration time of early filling <200 milliseconds was

205 iastolic deceleration time of early filling (deceleration time of early filling <200 milliseconds), a

206 o >2.1), combined with a shortened diastolic deceleration time of early filling (deceleration time of

207 Deceleration time of early filling was significantly low

208 stolic filling, late to early filling ratio, deceleration time of early filling, diastolic filling pe

209 and atrial peak transmitral flow velocities, deceleration time of early transmitral flow velocity, my

210 between the N2BA:N2B titin isoform ratio and deceleration time of mitral E velocity, A wave transit t

211 Conventional Doppler indexes (deceleration time of mitral E wave velocity, ratio of pe

212 Deceleration time of pulmonary vein diastolic wave is mo

213 When either deceleration time or WMSI or LV mass was entered into a

214 Peak A wave velocity and E wave deceleration time showed no correlation with MR severity

215 y a reduced and delayed E' and a shortened E deceleration time that reflect slow relaxation and incre

216 ty (E') was decreased and delayed, and the E deceleration time was shorter.

217 Likewise, mean atrial filling fraction and deceleration time were highest in HTN-DM, followed by HT

218 , peak A wave velocity, E/A ratio and E wave deceleration time were measured in all patients.

219 ngth, right ventricular function, and mitral deceleration time were not influenced by renal function.

220 ass, the index, ejection fraction and mitral deceleration time were significant predictors of outcome

221 all thickness, left atrial volume index, and deceleration time were still associated with the presenc

222 d with diastolic dysfunction (shorter mitral deceleration time) and the degree of functional mitral r

223 (shortened mitral A-wave duration and mitral deceleration time), and increased filling pressure (shor

224 The sensitivity and specificity of the deceleration time, < 180 m/s, which indicated a mean lef

225 hile diastolic dysfunction (medial E/e', 16; deceleration time, 185 ms; left atrial volume, 44 mL/m(2

226 nary flow velocity reserve (CFVR), diastolic deceleration time, and the presence of systolic retrogra

227 relations were found among tau and tricuspid deceleration time, E', E/E', TimeE-E', A wave velocity,

228 omplete the movement and exhibited increased deceleration time, greater number of velocity correction

229 The diastolic parameters E-wave deceleration time, isovolumetric relaxation time, and E'

230 ular mass index, left ventricular dimension, deceleration time, left atrium dimension, E/e', and pro

231 ferential strain rate and increased mitral E deceleration time, LV isovolumic relaxation time, mitral

232 In 11 out of 12 patients with abnormal deceleration time, the region with the highest overlap i

233 On multivariate analysis, tricuspid deceleration time, TimeE-E', and global early diastolic

234 lation between mean left atrial pressure and deceleration time.

235 diastolic velocity: r = -0.26), compliance (deceleration time: r = -0.55), and filling pressure (ear

236 , but 54% of the patients revealed prolonged deceleration times in an arm pointing task, which probab

237 ling with lower mitral E/A ratios and longer deceleration times in groups with albuminuria.

238 he mitral valve tips for E, acceleration and deceleration times of E, and isovolumic relaxation time.

239 revealed a quantitative association between deceleration timing and the previous two or three ramp d

240 acceleration from 100 to 150 beats/min, then deceleration to 100 beats/min at electrophysiologic stud

241 of AVA measured at mid-acceleration and mid-deceleration to the AVA at peak velocity was calculated.

242 n the angular positions of accelerations and decelerations to the profiles of the evolutionarily dist

243 N/min) upon a step decrease in stiffness and deceleration upon a step increase in stiffness.

244 s were associated with greater deceleration; deceleration was approximately 0.2% greater for each add

245 This deceleration was attributed to a change in the lifetime

246 s to confirm that the timing of anticipatory deceleration was based on the history of timing, rather

247 erval prolongation in response to heart rate deceleration was greater in ankyrin(B)(-/-).

248 7 +/- 3 vs. 77 +/- 2 cm/s, p < 0.05), E wave deceleration was more rapid (23 +/- 3 vs. 12 +/- 1 m/s2,

249 ring classically conditioned heart rate (HR) decelerations was studied.

250 ting in an additional proximally originating deceleration wave during systole.

251 obstruction is associated with an additional deceleration wave.

252 ch broadband and, simultaneously, large wave decelerations, well below the diffraction limit, can be

253 Decelerations were strongest (median = 4.7 Hz; range, 3.

254 theory also predicts the late-life mortality deceleration with subsequent leveling-off, as well as th