ライフサイエンスコーパス: jump

1 ivity for food crops and a much-needed yield jump.

2 shown to be a much more precipitous coherent jump.

3 tly populated intermediate limit by pressure jump.

4 have been responsible for the cross-species jump.

5 ssarily faster than that after a temperature jump.

6 compete in separate categories for the long jump.

7 cate a performance disadvantage for the long jump.

8 sessed muscle power during a countermovement jump.

9 terpotentials after standard instant voltage jumps.

10 standard diffusion with Poisson-distributed jumps.

11 including deterministic chaos and frequency jumps.

12 by presynaptic afterpotentials after voltage jumps.

13 not all phosphate rotations result in proton jumps.

14 ane and activated by substrate concentration jumps.

15 2 + SUR1) channels using rapid concentration jumps.

16 previously identified in other cross-species jumps.

17 and potential effectiveness of long-distance jumps.

18 orresponds to force ramps followed by sudden jumps.

19 chieve the same fitness due to repeated host jumps.

20 n into different conformations using voltage jumps.

21 ort their ongoing movements after the target jumped.

22 including expansion, bending, twisting, and jumping.

23 en, this robot is able to perform untethered jumping.

24 ence over millions of years and host species jumping.

25 are in qualitative agreement with measured T-jump 2D IR spectra.

26 The experiments demonstrate the use of T-jump 2D IR spectroscopy as a valuable tool for studying

27 ic TpnC4 in TDT muscles was able to maintain jumping ability, TpnC41C in IFMs could not effectively s

28 ation is fully deleterious, the pathogen can jump across the fitness valley by obtaining two mutation

29 Metarhizium spp., suggesting potential host jumping across kingdoms.

30 they have also been characterized by species jumping across wide phylogenetic distances.

31 ed out several pressure jump and temperature jump all-atom molecular dynamics trajectories in explici

32 segmental transfer abilities but was able to jump along ssDNA.

33 L91-39) is studied using temperature-jump (T-jump) amide I' two-dimensional infrared (2D IR) spectros

34 flexion strength, as well as the lowest long jump and 6-minute walk test distances (P < .05).

35 Mutant animals displayed highly compromised jump and flight ability, disrupted muscle proteostasis,

36 Finally, our concentration jump and single channel recordings suggest that GluN1-Gl

37 of dynamic processes with a combination of T-jump and single-molecule techniques.

38 experiments, we carried out several pressure jump and temperature jump all-atom molecular dynamics tr

39 se observations, the mutants had progressive jumping and flight defects.

40 gesting a redundancy in the contributions of jumping and intersegmental transfer to mutagenic efficie

41 used by semi-aquatic arthropods during water jumping and prescribe a method for reproducing these cap

42 was tested and hyperactive behaviors such as jumping and scratching were recorded.

43 The relationship between proton jumps and phosphate rotation was analyzed in detail by c

44 hosts are critical to understanding how host jumps and/or acquisition of novel traits can lead to new

45 int to the new target position if the target jumped, and "depthSTOP" in which participants were instr

46 enzyme-substrate encounter by using sliding, jumping, and intersegmental transfer movements.

47 riety of dynamical processes such as drifts, jumps, and oscillations.

48 atures were observed, such as dips, vertical jumps, and peaks.

49 aptive evolution is central to cross-species jumps, and this is why understanding the evolutionary pr

50 This 1-km jump appeared to occur in virgin air at a remarkably hig

51 In particular, such jumps are less constrained by sequence divergence and ex

52 The frequency jumps are similar for each protein and may be caused by

53 Many insects jump as a primary mode of locomotion and must therefore

54 ed on nanopillared substrates can be made to jump at desired angles.

55 onses could instead arise from instantaneous jumps at different times on different trials.

56 defects, but destabilizes R7 growth cones to jump between correct and incorrect layers.

57 ian arteriviruses, may have the potential to jump between different primate species and cause disease

58 f theropod evolution, and there was no great jump between nonbirds and birds in morphospace, but once

59 Migrating OPCs crawl along and jump between vessels.

60 surface, long-range translocation occurs by jumping between widely spaced DNA segments.

61 Despite these jumps between groups, the major axes of within-group bil

62 iguing dynamics, as reflected by spontaneous jumping, bouncing, trampolining, and extremely short con

63 closer to the downhill limit by temperature jump, but closer to the transiently populated intermedia

64 producing muscle changed in magnitude during jumping, but at all joint angles would cause depression,

65 ion of the AHN elicited avoidance and escape jumping, but not immobility.

66 the coastal sea level north of New York City jumped by 128 mm.

67 affinity and kinetics of this intersegmental jumping by the ETS-family transcription factor ETS varia

68 eginterferon alfa-2a/ribavirin in PROPEL and JUMP-C, virologic breakthrough or nonresponse were not o

69 The findings support a model in which jumping can compensate for deficiencies in intersegmenta

70 though it is clear that even rare long-range jumps can lead to a drastic speedup--as air-traffic-medi

71 y a rapid rise in temperature (a temperature jump) caused a much slower rate of rise of tension than

72 = 0.055) toward fewer naloxone-precipitated jumps compared with CB2KO mice.

73 near post-glacial trajectory of novelty with jumps corresponding to periods of rapid changes.

74 Locally, each velocity jump corresponds to a fracture aperture variation; stati

75 R spectroscopy and laser-induced temperature-jump coupled with infrared spectroscopy was used to prob

76 activation process using a laser-induced pH jump coupled with tryptophan fluorescence as a probe.

77 al disruption of both TpnC genes resulted in jump-defective and flightless phenotypes of the survivor

78 amics can be understood in terms of a simple jump-diffusion process, combining standard diffusion wit

79 ted, flash frozen, lysed, then analyzed by a jump-dilution assay with substrate.

80 We find that the resulting pandemic virus jumped directly to swine but was likely displaced in hum

81 ere is also one 4 + 2 reaction sequence that jumps directly from a benzene stack to a degree-four pol

82 h a below the knee amputation (BKA) achieved jump distances similar to world-class athletes without a

83 t the major phase 2 of force decay upon a Pi-jump does not reflect kinetics of the force-generating s

84 o track the out-of-plane displacement of the jumping droplets, so as to accurately measure the drople

85 es slowly in time after a sudden temperature jump, due to nuclear spin conversion.

86 d hexane/water interfaces reproduce the fast jump dynamics of interfacial dangling OH with calculated

87 strate dramatic differences from the quantum jump evolution associated with photodetection and highli

88 kinetic modeling and found that the pressure jump experiments and MD simulations are most consistent

89 In addition, ligand-jump experiments reveal imperfect riboswitching of singl

90 Transient temperature jump experiments reveal time scales of 70-100 ns for fra

91 d folding times, consistent with temperature jump experiments, for hairpin folding initiated from rel

92 time scale were investigated by temperature-jump fluorescence spectroscopy as a function of temperat

93 r and thus would limit the bacteria to short jumps forward while stiff pili enable much greater displ

94 26-O-acyliso-Abeta42 (iAbeta42) through a pH jump from 3 to 7.4.

95 ted to rise to 22% of the total population-a jump from 800 million to 2 billion people.

96 resting membrane potential to spontaneously jump from hyperpolarization at the first zero-current po

97 Power conversion efficiencies have jumped from 3% to over 20% in just four years of academi

98 pid deactivation in outside-out patches when jumping from a pH 5 stimulus to a single resting pH of 8

99 IC1a/2a heteromers respond to brief stimuli, jumping from pH 8.0 to 5.0, approximating the time cours

100 he figure of merit of a p-type TC: its value jumps from approximately 200 to approximately 17,000 MOm

101 We also show that the brine-oil interface jumps from pore-to-pore during imbibition at an approxim

102 rtic acids, followed by a comparatively slow jump-from-cavity activation process.

103 We obtained a jump-from-cavity kinetic model of the PPi release utiliz

104 late further debate about the importance of 'jumping genes' as a source of major phenotypic novelty.

105 n after truncal PV anastomosis (9.8%) and to jump graft interposition (26.9%; P = 0.027).

106 onal vein grafts, and 10 received mesoportal jump grafts.

107 e pressure (TMP) level (i.e., before the TMP jump) had larger gray intensities in the pH 5.5-7.0 regi

108 S4) at a high TMP level (i.e., after the TMP jump) had many more proteins in the pH range of 4.0-5.5,

109 anonical case of coevolution after a species jump has been further escalation by the virus in the fac

110 Whereas the fly's escape jump has been well studied [8, 9, 13-18], the neuronal u

111 lters the static phase diagram by creating a jump in (thermodynamic) pressure across flat interfaces.

112 This jump in choice-related firing resembled a step function

113 e, a sudden dissociation of the molecules, a jump in electrical conductivity, and loss of electron lo

114 The jump in eye size was, therefore, unlikely to have arisen

115 our knowledge), which reveal that this large jump in Keq is dominated by a 35-fold increase in tetral

116 hat was associated with the earliest species jump in RHDV.

117 Our studies demonstrate a sharp jump in T2 when the average V-H distance is decreased fr

118 This causes a jump in the complexity achievable by molecular logic-bas

119 he Eurasian plate following a westward ridge jump in the direction of the Iceland plume.

120 The benefits are real - it is time to jump in!

121 ying scores in BTBR, and reduced stereotyped jumping in C58/J (C58), at nonsedating doses.

122 theless strongly modulated by intersegmental jumping in heterogeneous site environments.

123 Jumping in planthopper and froghopper insects is propell

124 The existence of frequent jumps in a motion that is otherwise dominated by turbule

125 of magnitude slower than observed for Haines jumps in drainage.

126 s gradually with time with occasional sudden jumps in frequency.

127 a nonspecific fashion: The regular, discrete jumps in gene-copy number arising from DNA replication d

128 We observe quantized jumps in magnetoresistance versus magnetic field curves.

129 s, which express Col-I, predominantly showed jumps in their force curves, while PC3 cells on bovine-s

130 eration is achieved by replacing regular KMC jumps in trapping energy basins formed by neighboring te

131 y surface, and the approach curves exhibited jump-in events with attractive forces of 97 +/- 34 pN be

132 ad, which we melt in situ with a temperature jump induced by a heating laser pulse.

133 Using temperature-jump infrared spectroscopy, we are able to trigger a gel

134 humans around 10,500 years ago and may have "jumped" into cattle during the livestock domestication p

135 naturation, protein refolding after a fast P-jump is not necessarily faster than that after a tempera

136 Jumping is governed by the surface wettability, surface

137 bservations show that the condensate droplet jumping is induced by coalescence of multiple droplets o

138 pecific-like intermediate, 2) intersegmental jumping is rate-limited by dissociation from the nonspec

139 e dangling OH stretch in the absence of such jumps is found to be >10 ps.

140 mperature ramps versus ballistic temperature jumps is presented.

141 f the recent pandemics ignited by viral host jumps, it is necessary to better understand the ecologic

142 We show that when making targeted jumps, juvenile wingless mantises first rotated their ab

143 Force-jump kinetic investigations suggested competitive bindin

144 nts, ranging from single-molecule studies to jump kinetics and from nuclear magnetic resonance to ima

145 h processes based on scale-free, Levy stable jump length distributions (Levy flights) optimize the se

146 Using long-insert jumping libraries at 105X mean physical coverage and lin

147 to several challenging data types, including jumping libraries generated by the recently developed Il

148 recently enabled generation of high-quality jumping libraries that have a potential to significantly

149 longer Pacific Biosciences (PacBio) reads or jumping libraries to connect contigs into larger scaffol

150 d whole-genome sequencing using large-insert jumping libraries to delineate both cytogenetically visi

151 dissipation processes associated with sudden jump-like changes in the system's dynamic variables.

152 resence of relatively stronger higher-order "jumping links" between nonadjacent perisylvian cortical

153 RNA viruses exhibit a high frequency of host jumps, major differences exist among the different virus

154 Inference using reversible-jump Markov chain Monte Carlo (MCMC) to model the placem

155 rmation which is encoded into spectral phase jumps may be decoded into measurable spectral intensity

156 We perform comparative analysis of hydrogen jump mechanisms observed in BeH2 and LiBeH3 over a broad

157 mitation of this previous work is that the T-jump method makes only small perturbations to equilibriu

158 , we use a phototriggered chemical potential jump method to rapidly initiate the proton reduction act

159 nts acquired using stop-flow and temperature-jump methods.

160 We have previously used temperature-jump (T-jump) methods to demonstrate that the reaction landscape

161 d skip migrants' populations can recover but jump migrants cannot adjust and decline severely.

162 h perfect knowledge of advancing phenology, 'jump' migrants (low-frequency stopover) require more ada

163 We introduce a microfluidic double-jump mixing device for investigating rapid biomolecular

164 d at the DNA interface and explained via the jump model by the diversity in local DNA interfacial top

165 lecular dynamics simulations and an analytic jump model, which provide valuable new molecular level i

166 an excellent candidate for further pressure jump molecular dynamics studies to compare experiment an

167 oupling between a giant interneuron and the "jump" motor neuron was weakened and dye coupling between

168 nt fibre descending neurons, which drive the jump muscle motor neuron to trigger an escape take off.

169 re expressed in an indirect flight (IFM) and jump muscle myosin null background to study the effects

170 gal depressor of the trochanter muscle (TDT; jump muscle).

171 icing patterns when ectopically expressed in jump muscles or tissue culture cells.

172 istinct from other skeletal muscles, such as jump muscles, and express several uniquely spliced muscl

173 became spliced in a manner characteristic of jump muscles.

174 Falling is always downward, but targeted jumping must achieve many possible desired trajectories.

175 By tracking the size dependence of the jump number, we infer that skyrmions are assembled into

176 appear at a rate of 2 x 10(-7) when template jumps occur between 71% identical sequences, they are su

177 idly increasing the temperature (temperature-jump of 0.5-20 masculineC) of permeabilized trabeculae o

178 tron spin coherence, resulting in a dramatic jump of coherence times from few tens of nanoseconds to

179 main to be determined.IMPORTANCE The species jump of myxoma virus (MYXV) from the South American tape

180 The Haines jump of non-Darcy flow in porous media has been investig

181 In this study, the micron-scale Haines jump of the air-water interface in rough fractures was i

182 onary to growing asters with a discontinuous jump of the aster velocity to a nonzero value.

183 oes a rapid sign change, suggesting a sudden jump of the Fermi surface and a destruction of the Kondo

184 Coalescence-induced jumping of condensate droplets from a superhydrophobic s

185 p manipulation mechanism combining activated jumps of 'super'-Cu atoms to/from the tip with their dra

186 Polarization jumps of 0.3 muC/cm(2), and repeated mutual control of f

187 Here we track the quantum jumps of a possible error syndrome, namely the photon nu

188 rus infection, and from recent cross-species jumps of gammaretroviruses from rodents to primates and

189 turbulence by performing frequent relocation jumps of low amplitude that seem unrelated to localized

190 stability represents L evy noise with large jumps of low intensity, that can be interpreted as a fir

191 ved that higher noise intensities and larger jumps of the Levy motion shortens the MFET and thus bene

192 A "jumping" of the PBDE local atmospheric stocks from the N

193 oint along the equilibrium paths: stochastic jumps off the paths return with, on average, a direction

194 ids were the foci of study, thus providing a jumping-off point for advancing our fundamental understa

195 Jumping on water is a unique locomotion mode found in se

196 With each saccade, the image jumps on the retina, causing a discontinuity in visual i

197 jumping robotic insect and verified that it jumps on water with maximum momentum transfer.

198 noise, which is able to describe even large jumps, on the coherent switch and the on/off switch via

199 ecision task in which they watched 15 tokens jump, one every 200 ms, from a central circle to one of

200 ledge, we have developed a novel temperature-jump optical tweezers setup that changes the temperature

201 Once airborne, as a result of either jumping or falling, further adjustments may be needed to

202 volved through a likely human-to-rabbit host jump over 40 years ago and that only a single naturally

203 ied by positive nucleotide distribution skew jumps overlap with origins identified by ini-seq and OK-

204 s(-1), which correspond to ca. 4600 Brownian jumps per second in the solid state at 300 K.

205 t species has critical thermal limits, and a jumping performance optimum, shifted ~2 degrees C warmer

206 duced lesion-opening times using temperature-jump perturbation spectroscopy.

207 m prolific in intricate structures, discrete jumps, plateaus, and exotic spin states with increasing

208 toward computationally predicting the "host jumping" potential of a virus into a new host species.

209 (i) the swaps obey a continuous-time Markov jump process implemented via Gillespie's stochastic simu

210 Then a three-state stochastic Markov jump process is used to drive the wind burst activity th

211 gnized biological mechanism limiting species jumps provides a measure of adaptive potential and may s

212 43% since 2005) and hot-spots for suicide by jumping (reduction of 86% since 2005, 79% to 91%).

213 Recent P-jump refolding experiments on the helix bundle lambda-re

214 ison of microsecond pressure and temperature jump refolding kinetics of the engineered WW domain FiP3

215 eta cycle exhibiting large "phase precessing jumps" relative to spikes in foregoing cycles.

216 Temperature jump relaxation experiments on these three mutants revea

217 Here, we use T-jump relaxation in conjunction with protein engineering

218 Therefore, interpreting T-jump results of lactate dehydrogenase kinetics has requi

219 ally, we report UV absorbance and emission T-jump results with improved signal-to-noise ratio at fast

220 The combination of mixing and T-jump results yields an unprecedented view of lactate deh

221 a critical signal that can be used to unite jumping retinal images into a consistent visual scene.

222 airpins after direct and inverse temperature jumps, revealing low-pass filter behaviour during period

223 duce this feat in a surface tension-dominant jumping robot, we elucidated the hydrodynamics involved

224 We built a 68-milligram at-scale jumping robotic insect and verified that it jumps on wat

225 This loop behaves as a molecular jump rope that brings reactive Cys-111 close to the disu

226 omic dynamic picture consisting of molecular jumping rotational modes and phonons, which is establish

227 However, the existing temperature-jump setups tend to involve sophisticated and expensive

228 We analyzed our pressure jump simulations by kinetic modeling and found that the

229 ics and behaviour with power-law distributed jump size.

230 During the landing phase of running or jumping some activated skeletal muscles are subjected to

231 Influenza A viruses (IAVs) can jump species barriers and occasionally cause epidemics,

232 rrent understanding of how influenza viruses jump species barriers is limited.

233 Rapid-mixing, pH-jump spectrophotometry revealed a basic pKa of 10.0 for

234 ion recognition trajectory using temperature-jump spectroscopy.

235 Thus, we hypothesized that jumping spider activity level IIV would relate positivel

236 acoustically responsive neural units in the jumping spider brain.

237 The results showed that, in the field, the jumping spider Evarcha albaria was the most abundant, ha

238 Behavioral experiments with the jumping spider Phidippus audax reveal that these animals

239 physiological recordings from the brain of a jumping spider, Phidippus audax (Salticidae).

240 Jumping spiders (Salticidae) are famous for their visual

241 Jumping spiders (Salticidae) are renowned for a behavior

242 -prey interaction outcomes in beach-dwelling jumping spiders (Terralonus californicus).

243 ensitive neural units in the brains of these jumping spiders showed responses to low-frequency tones

244 peed, the Bacteroides provide a significant 'jump-start' on uncovering the guiding principles that go

245 Factors that jump-started its early expansion remain unclear.

246 From 2013 to 2016, BD2K jump-started training in this area for all levels, from

247 increase continuously but exhibits wait-and-jump steps.

248 n L9 (NTL91-39) is studied using temperature-jump (T-jump) amide I' two-dimensional infrared (2D IR)

249 We have previously used temperature-jump (T-jump) methods to demonstrate that the reaction l

250 The temperature-jump technique, in which the sample is rapidly heated by

251 lustered small steps and intermittent longer jumps that often extend towards the size of the entire s

252 Why do we jump the gun or speak out of turn?

253 le experimental data and after a temperature jump the overall rate of tension rise was much slower th

254 rther ion isolation can then be performed by jumping the quadrupole frequency to each side of the sta

255 lts imply that when an avian influenza virus jumps the species barrier from birds to seals, amino aci

256 olutionary mechanisms, growth and preference jumping, the distribution of hyperedge cardinalities is

257 This is more than twice as fast as the jump time from one hydrogen-bonded configuration to anot

258 s of interfacial dangling OH with calculated jump times of 1.4 and 1.7 ps for the air and hydrophobic

259 t low firing rates can paradoxically cause a jump to a high minimum firing rate when expressed at hig

260 retch excitation is almost entirely due to a jump to a hydrogen-bonded configuration that occurs in 1

261 the evolution is characterized by a quantum jump to a lower energy state.

262 turbations of key regulatory genes induced a jump to a nearby attractor.

263 3 wheat served as a springboard for the host jump to common wheat.

264 steep force gradients that lead to premature jump to contact of the probe and insufficient sampling o

265 Bayesian phylogenetic analyses estimate the jump to the US at around 1970 and place the ancestral US

266 roove widening aids the approach of, and the jump to, a new water H-bond partner.

267 l in mice with early stage MCF-7 tumors, and jumped to 23.9% and 28.2% when tumor growth progressed t

268 In 2009, a swine influenza virus (pH1N1) jumped to humans and spread globally.

269 es, the Psychotic Symptom Rating Scales, the jumping to conclusions bias, self-esteem, and quality of

270 even in the absence of an improvement on the jumping to conclusions bias.

271 oms, with the chemical potential immediately jumping to or near the top of the lower Hubbard band.

272 Jumping to premature conclusions, negative or positive,

273 (PSC) with 1.2 cm2 active area, and the PCE jumps to 18.3% (stabilized output of approximately 17.5%

274 On a minority (40%) of trials, the target jumps to a new location and participants are instructed

275 rotocol was optimised by applying a "current jump" to the IRMS device.

276 ultraviolet circular dichroism, temperature-jump transient-infrared spectroscopy, and molecular dyna

277 nd quiescent states through an unusual sharp jump transition when sampling the strong coupling limit.

278 fications of regions juxtaposed to 1q12, and jumping translocations 1q12.

279 To investigate the impact of jumping translocations of 1q12 (JT1q12) on receptor chro

280 c procedure based on decision trees (called 'jump trees') to reconstruct the GRN topology, allowing t

281 nitially at rest on a surface, spontaneously jump upon rapid heating and continue to bounce with incr

282 .3 have been measured for this process by pH-jump, UV-vis spectroscopy.

283 rom a narrow "throat" to a wide "body", with jump velocities as high as five times the bulk drainage

284 The jumping velocity decreases gradually with an increase in

285 The results demonstrate that the highest jumping velocity is achieved when two droplets coalesce.

286 s developed to explain the trends of droplet jumping velocity observed in the experiments.

287 The jump-walking Monte-Carlo algorithm is revisited and upda

288 It is demonstrated that the updated jump-walking simulations are able to produce equilibrium

289 The depth jump was designed to occur in 20% of the trials in both

290 Energy to power jumping was generated by slow contractions of hind leg d

291 The breakthrough phase (final jump) was imaged for 2 events.

292 cial velocities represent significant Haines jumps when the meniscus passes from a narrow "throat" to

293 illustrated with a super-Nernstian potential jump, where a membrane initially void of analyte ion is

294 ore effective take-off technique in the long jump, which provided the best athlete with BKA a perform

295 propulsive hind legs to produce a controlled jump with a precise landing.

296 xation imaging, which combines a temperature jump with fluorescence microscopy of FRET (Forster reson

297 d in terms of bulk excursions that introduce jumps with a heavy-tail distribution.

298 ynchronize the frequency of their relocation jumps with the frequency of small-scale turbulence by pe

299 mode of motions is the rotameric side chain jumps, with the Met-35 displaying the most complex multi

300 igh-speed local velocities during the Haines jump would not average out spatially for a bulk system.