ライフサイエンスコーパス: travel

1 derwent treatment at high-volume facilities (Travel).

2 has been suggested to be caused by cheap air travel.

3 er brain regions associated with mental time travel.

4 biculum neurons robustly encoded the axis of travel.

5 distances that these processive kinesins can travel.

6 re harsh terrain is seen as an impediment to travel.

7 ng from new medical procedures to deep space travel.

8 s are associated with shifts in the scope of travel.

9 h the potential for worldwide spread via air travel.

10 homogeneity of the medium through which they travel.

11 l properties in the media through which they travel.

12 cal increases in contraction amplitude as it travels.

13 an developed right lower quadrant pain while traveling.

14 e T cells survive for years while constantly travelling.

15 ancers per year, and 317 Travel patients who traveled 107.1 (IQR: 65-247) miles to centers treating 3

16 iteria, we identified 867 Local patients who traveled 2.7 [interquartile range (IQR): 1.6-4 miles] mi

17 nic, although 20% of women would have had to travel 42.54 miles (68.46 km) or more.

18 es of less than 30mum remained suspended and traveled 5m after sifting by all flour sifters.

19 In 2014, women in the USA would have had to travel a median distance of 10.79 miles (17.36 km) to re

20 We report the first travel-acquired Zika acute infection complicated with my

21 s of the plasma membrane found in cells that travel across tissues.

22 etween an input signal and a signal that has traveled across the network while the system is subject

23 nerated by a mobile genomics laboratory that travelled across northeast Brazil in 2016.

24 ed in this study highlight the importance of travel advisories and prevention measures for pregnant w

25 tings, all nucleic acids motor proteins must travel along substrates that are crowded with other prot

26 es on myosin Va molecular motor ensembles to travel along the cell's three-dimensional (3D) highway o

27 oposed to traverse extracellular space is by traveling along specialized filopodia called cytonemes.

28 ine how the ATP-dependent translocase RecBCD travels along DNA occupied by tandem arrays of high-affi

29 highly processive, with individual complexes traveling an average distance of >/=10 kilobases at a ve

30 , giving rise to "epigenetic solitons" which travel and diffuse along chromatin.

31 e use mobile phone data to quantify seasonal travel and directional asymmetries in Kenya, Namibia, an

32 health and are sustained by global commerce, travel and disruption of ecological systems.

33 centrated in inshore areas but required less travel and energy.

34 to a local micro-geographic context, such as travel and occupation.

35 topological connections available for future travel and right anterior hippocampal activity reflects

36 age, which may be the result of significant travel and time burdens associated with going to an eye

37 63 travel and tropical medicine clinics in 30 countries.

38 to several factors, including increased air travel and uncontrolled mosquito vector populations.

39 ight duty and 8% of heavy duty vehicle miles traveled and from 17% to 79% of various off-road equipme

40 Outcome measures included total distance traveled and rate of bypassing the nearest gastrectomy-p

41 face transplantation to reflect on the path traveled and to look forward to the challenges lying ahe

42 ir speed, survival, directionality, distance travelled and diffusivity.

43 ation has been depicted intuitively as cells travelling and resting on a rugged landscape, which has

44 nonlinear character of theta decreases as it travels and supports a hypothesis that activity dissipat

45 We employed facility-demand models (active travel) and land use regression models (particulate conc

46 ho have applied for insurance (health, life, travel, and disability) or have existing insurance cover

47 hat determined exposure opportunity, and air travel another risk factor.

48 Bypassing patients traveled approximately 16 miles beyond the nearest hospi

49 Only 2-3% of blocks (3-8% of total active travel) are "sweet spots" (i.e., high active travel, low

50 ravel-diary data obtained from adults in the Travel Assessment and Community Study (King County, Wash

51 ting of isolates from 4793 domestic and 1070 travel-associated infections revealed that, comparing 20

52 bite fever is the most commonly encountered travel-associated rickettsiosis, occurring in as many as

53 endemic areas, or early vaccination prior to travel at age 6-11 months.

54 long an optical fibre, different wavelengths travel at different group velocities.

55 otion, low-mass white dwarf (LP 40-365) that travels at a velocity greater than the Galactic escape v

56 l lies in the bulk bandgap and the electrons travel ballistically through the topologically protected

57 t that ants do not adjust their direction of travel based on the perceived scene while going backward

58 ion-level patterns in exposure during active travel, based on spatial estimates of bicycle traffic, p

59 diverse populations, and with international travel becoming ever more accessible and affordable, the

60 g early sections of a route and prioritising travel between nearby destinations may reduce the search

61 sted by chaotic motions, broadband light can travel between optical modes with different angular mome

62 on-equilibrium kinetics describes the proton travel between the site of its photo-release and its arr

63 mbrane tension to account for the shape of a traveling bleb.

64 he purpose of this study was to evaluate how travel burden and hospital volume influence treatment an

65 major hospital ratings systems, we estimated travel burden as the additional 1-way travel distance to

66 ), US News Top Hospitals (81.8%).Significant travel burden is common for older adults seeking "better

67 Despite an increased travel burden, patients treated at high-volume centers h

68 Travel burdens may limit patient choice, particularly fo

69 5% CI, 5% to 9%; P < .001), and the distance traveled by all patients to the hospital for surgery inc

70 worn clothing exposed in sleeping areas when travelling can be exploited by bed bugs to facilitate pa

71 vel with very limited effects after westward travel, consistent with the >24-h period length of the h

72 Travel cost modeling and archaeological data suggest tha

73 between fleet size, capacity, waiting time, travel delay, and operational costs for low- to medium-c

74 imensionless ratio of the road supply to the travel demand explains the percentage of time lost in co

75 esulting from congestion, accessibility, and travel demand.

76 ses to non-endemic countries with a reported travel destination, and France and the UK receiving the

77 idays, potential disease-causing contact and travel deviate from typical patterns.

78 positioning system data and from individual travel-diary data obtained from adults in the Travel Ass

79 decouple body orientation and the control of travel direction are likely to be shared with other, fly

80 erence, which enables them to decouple their travel direction from their body orientation and hence n

81 al differences in home and away performance, travel direction, and team confounding variables, we obs

82 mittivity inhomogeneity perpendicular to the traveling direction of waves.

83 (11% wider), stride length (21% longer), and travel distance (61% greater), as objectively measured u

84 By fitting the power-law fluid model to the travel distance of blood through the micro-channel as a

85 imated travel burden as the additional 1-way travel distance to receive care at a better-rated hospit

86 (Local) and patients in the top quartile of travel distance who underwent treatment at high-volume f

87 d groups: patients in the bottom quartile of travel distance who underwent treatment at low-volume fa

88 Overlaying the upper and lower quartiles of travel distance with institutional volume established sh

89 a of residence, treatment facility location, travel distance), and comorbid (Charlson-Deyo score) fac

90 velocity over time to derive an estimate of travelled distance.

91 The shortest travel distances and travel times between the beneficiar

92 five artificial flowers in which minimising travel distances between individual feeders conflicted w

93 To receive care at a better-rated hospital, travel distances commonly exceeded 25 miles: HCAHPS (39.

94 Additional 1-way travel distances exceeded 25 miles commonly: HCAHPS (23.

95 Furthermore, ejection speeds and travel distances of Leidenfrost drops were derived using

96 Travel distances to treatment centers were calculated.

97 field of artificial intelligence originally traveled down two roads, one of which emphasized abstrac

98 rcity downstream; HI cause water scarcity to travel downstream.

99 at bioinformatic expertise and contributions travel easily and quickly, yet remain largely uncredited

100 rey contacting touch-sensitive hairs trigger traveling electrical waves.

101 undancy of specialist attention, unnecessary travel), empowerment for health (self-preservation for d

102 m the interaction between a charged particle travelling faster than the phase velocity of light and a

103 s known about the willingness of patients to travel for care.

104 international referral system for legitimate travel for transplantation is proposed as a mechanism to

105 Strategies that support patient travel for treatment at high-volume centers may improve

106 ution of zip codes, suggesting that patients travel from greater distances to reach this facility.

107 (~ 20% of local roads) where shifting active travel from high-traffic roads to adjacent low-traffic r

108 ( 20% of local roads) where shifting active travel from high-traffic roads to adjacent low-traffic r

109 over the course of the year, with increased travel from rural to urban communities after national ho

110 In February 2015, two cold surges traveling from north China caused a temporary increase i

111 eft and right chromosome arms together while traveling from the origin to the terminus (>2 megabases)

112 (2) demonstrate that LDL-derived cholesterol travels from lysosomes first to PM to meet cholesterol n

113 US T1 (FT1), a mobile signaling protein that travels from the leaves to the shoot apical meristem to

114 ssentially unoccupied territories, where the travelling front is readily identified.

115 namics, as displayed in the amplitude of the travelling front, correlates and predicts levels of gene

116 The nitrosyl group could then travel further by transnitrosylation or be secreted, ena

117 routes for hospital-associated pathogens to travel further faster.

118 issions and any significant effort to reduce travel GHG emissions will need to encourage a movement t

119 ng </=3.3 PDs yearly, and 758 LT/HV patients traveled >/=45 (median 97.3) miles to centers performing

120 Tuff, were formed by pyroclastic flows that travelled >170 km from the eruptive centre and entrained

121 cs and increased noise that is indicative of travelling high-field domains.

122 hed short travel/low-volume (ST/LV) and long travel/high-volume (LT/HV) cohorts.

123 nant women with sexual partners with similar travel histories.

124 pecific to patient occupation, symptoms, and travel history were often unavailable to the laboratory

125 astructure and land uses to encourage active travel (i.e., bicycling and walking) are promising strat

126 r work uses population-level rates of active travel (i.e., traffic flows) rather than the probability

127 These changes in travel impact how fast communities are likely to be reac

128 ic, and political concern is the role of air travel in bringing infectious passengers or vectors to p

129 terised model suggests that resistance could travel in space at speed of several kilometres a year.

130 Energetic ions traveling in solids deposit energy in a variety of ways,

131 shift in PMT phases indicated that organisms travelled in discontinuous deep-sea undular vortices con

132 ow that ants can maintain their direction of travel independently of their body orientation.

133 time required for the fully deformed cell to travel inside the constriction, which mainly relies on t

134 The traveling ionic wave is triggered by the spatially local

135 Here, we present the use of traveling ionic waves to drive molecular transport and c

136 with amplitudes of up to 0.25 TEC units and traveling ionospheric perturbations (TIDs) moving away f

137 Active travel is correlated with population density, land use m

138 International air travel is increasingly affecting the epidemiology of inf

139 The simulation study shows that (i) sea travel is required to obtain reasonable predictions, wit

140 evel exposure to air pollution during active travel is understudied.

141 ct the peripheral nervous system and have to travel long distances along axons.

142 at can be difficult for patients who have to travel long distances for clinic follow-up.

143 s within its host's sleeping area manages to travel long distances is not yet clear.

144 Patients who travel longer distances to high-volume centers have sign

145 travel) are "sweet spots" (i.e., high active travel, low particulate concentrations); sweet spots are

146 with institutional volume established short travel/low-volume (ST/LV) and long travel/high-volume (L

147 Of 7086 patients, 773 ST/LV patients traveled </=6.3 (median 3.2) miles to centers performing

148 e data from hunter-gatherer ethnography, our travel model shows that seasonal-use models are highly u

149 Infection control measures for air travel need to be underpinned by coherent and enforceabl

150 ugh its role in 'future-oriented mental time travel' neither do justice to its capacity to ground ver

151 trations are highest (i.e., 20-42% of active travel occurs on blocks with high population-level expos

152 to calculate GHG emissions arising from the travel of spectators to and from football games within e

153 Active travel often occurs on high-traffic streets or near acti

154 een an expanding turbulent quantum gas and a traveling optical speckle might burgeon into an exciting

155 No patients reported recent travel or antibiotic use, and no male patients reported

156 including new populations at risk because of travel or relocation, occupation, or immunosuppression;

157 ther the infection risks associated with air travel or the empirical evidence for the effectiveness o

158 tions of solar plasma and magnetic flux that travel out through the solar system, driving extreme spa

159 p mapped account of where and with whom they traveled over a full day from waking until being assault

160 al for substrate transport, as drugs have to travel past the loop to reach the deep binding pocket an

161 chemistry to neuroscience, avoiding the more-traveled paths was richly rewarding.

162 Travel patients were more likely to undergo esophagectom

163 .9-3.3) esophageal cancers per year, and 317 Travel patients who traveled 107.1 (IQR: 65-247) miles t

164 To determine travel patterns for patients undergoing gastrectomy for

165 Football authorities should have robust travel plans and educate spectators to employ more susta

166 ducate spectators to employ more sustainable travel plans to games.

167 KEY POINTS: Wave travel plays an important role in cardiovascular physiol

168 losures, rather than age-specific mixing and travel, produced these observed holiday influenza dynami

169 n reasonable predictions, with a minimum sea-travel range of 300 km per generation; (ii) leapfrog coa

170 est was conducted to evaluate differences in travel related GHG emissions between the eight football

171 sequences (WGS), adding 6 recently sequenced travel related isolates, and 312 MLST profiles.

172 shape of 472,040 spatiotemporally optimized travel routes in the 92 most populated cities in the wor

173 tem directly from the Ising Hamiltonian of a traveling salesman problem (TSP).

174 Here we develop a traveling salesman problem and hidden Markov model-based

175 ard NP-complete examples including a 16-city traveling salesman problem using experimentally benchmar

176 aging sites face a problem, analogous to the Travelling Salesman Problem, of finding an efficient rou

177 In clinical and travel settings, the clinical functional score is the si

178 infected plant debris as pseudostromata, and travels short distances by rain splash-dispersed conidio

179 We demonstrate a travelling source approach that overcomes the sub-lumina

180 Here, the authors demonstrate a travelling-source approach utilizing the group-to-phase

181 nt active (7.6%-9.6%) or by increasing their travel speed (8.5%-8.9%).

182 y animals use the visual motion generated by traveling straight-the translatory optic flow-to success

183 other viral proteins through which DNA must travel, such as the alpha-helical barrel domains of P22

184 we examined the effects of jet lag, that is, travel that shifts the alignment of 24-h environmental c

185 After traveling the world a bit, Calisher joined the faculty o

186 were compared with experienced ants that had travelled the route for two days.

187 yla transported over 6 years on objects that traveled thousands of kilometers across the Pacific Ocea

188 lectron battery' configuration in which ions travel through an external circuit to interact with the

189 r reaction conditions, mobilized Cu ions can travel through zeolite windows and form transient ion pa

190 een the input signal and the signal that has traveled through the system.

191 light that is produced by a charged particle traveling through a dielectric medium faster than the sp

192 For group-living animals traveling through heterogeneous landscapes, collective m

193 sed by measuring the velocity of micro-beads traveling through the fluid surrounding the cilia.

194 MMPs) has felt like riding a roller coaster, traveling through times of both excitement and despair.

195 In vivo, P. aeruginosa traveled throughout the stroma in discrete regions or ba

196 ses are grouped by historical, language, and travel ties.

197 Isolated beetle spots were sorted by travel time and compared with predictions.

198 There was a significant interaction between travel time and major amputation as well as travel time

199 travel time and major amputation as well as travel time and revascularization strategy; however, the

200 gy; however, the inverse association between travel time and unplanned readmission rate was evident i

201 calculated by using Google Maps distance and travel time application programming interfaces.

202 nd 5% data sets and Google Maps distance and travel time application programming interfaces.

203 delay systematically contribute to the total travel time by comparing for individual MSO neurons the

204 Average travel time for nondiscretionary conditions requiring im

205 es for the internal delay: the difference in travel time from either ear to the MSO neuron.

206 The droplet travel time is varied from 20 to 320 mus by changing the

207 A travel time map was also created using road network anal

208 s the length of flagella on the basis of the travel time of IFT protein in the flagellar compartment.

209 of migration, contributing to differences in travel time of up to 30 days in birds subsequently detec

210 ection surveys, we calculated yearly maps of travel time to previous beetle impact.

211 ndiscretionary or nonemergency), and average travel time to the ED.

212 ysis was performed to evaluate the effect of travel time to the hospital on readmission rate.

213 Travel time to the hospital was inversely associated wit

214 erence in odds by sex, wealth, education, or travel time to the nearest hospital.

215 Villages were stratified by travel time to the nearest NPHC and tribal status, and r

216 pagation from the upper atmosphere for which travel time would be several minutes.

217 were difficult for us to access in terms of travel time.

218 by approximately 30% during their observable travel time.

219 hthalmologists across the state, and (3) the travel times associated with traveling to the 5 primary

220 ative resource acquisition through time) and travel times between patches have been difficult to esti

221 The shortest travel distances and travel times between the beneficiary and the laser provi

222 ce of an internal delay, a difference in the travel times from either ear to the MSO.

223 ves rise to an inverse power distribution of travel times from existing outbreaks.

224 In these areas, long travel times in the vadose zone may delay the impact of

225 Groundwater travel times inferred from the age-data indicate decades

226 The precisely measured acoustic wave travel times which were used to derive the velocities an

227 ed on population density, radiation based on travel times, and mobile-phone based).

228 After adjustment, travel to a high-volume center remained associated with

229 Bison were more likely to travel to an agricultural patch for the first time by fo

230 thods that are physically demanding, require travel to deep waters, and are considered more sustainab

231 f unvaccinated infants requires avoidance of travel to endemic areas, or early vaccination prior to t

232 serotype 2 were isolated from a patient with travel to Haiti who developed fever, rash, arthralgias,

233 brain-gut axis via the vagus nerve, and then travel to higher centers, compromising the substantia ni

234 termined the distance and time patients must travel to receive care.

235 , and with an increase in within-country air travel to Rio de Janeiro.

236 Intraendosomal exosomes travel to the ER and are distributed to lysosomal compar

237 s segregate from L1 in the late endosome and travel to the nucleus, IFN-gamma treatment led to decrea

238 atients with Guillain-Barre syndrome who had traveled to areas with ZKV transmission.

239 Distance traveled to destination hospitals in California averaged

240 Our research subject traveled to North and South Carolina and Michigan in the

241 IKV-positive donors were more likely to have traveled to ZIKV-endemic countries (50% vs. 9%, P = .05)

242 Ten percent had traveled to ZIKV-endemic countries and 19% had outdoor o

243 smission, ZIKV was more common in donors who traveled to ZIKV-endemic countries.

244 the main exposure represented hours per week traveling to and from a place of paid employment.

245 eated at local, low-volume centers and those traveling to high-volume centers.

246 te, and (3) the travel times associated with traveling to the 5 primary care clinics in our study.

247 ted intraocular axonal collaterals of ipRGCs traveling to the eye's ciliary body or even to the iris

248 Participants travelled to and from games by walking, cycling, car, bu

249 The average distance travelled to and from games was 41.5 km.

250 es of haematuria who have immigrated from or travelled to areas where this disease is endemic.

251 th Organization (WHO) recommends that people travelling to or living in areas with Zika virus (ZIKV)

252 Atlantic Ocean during autumn migration when travelling to their non-breeding grounds in the Caribbea

253 It co-localizes with cellular membranes, travels to nucleus and becomes dispersed in other subcel

254 with hepatocytes that express hREG3A, which travels to the intestinal lumen, are less sensitive to c

255 ing with conventional traveling waves (i.e., traveling trap; TT region) and the second having an inte

256 n by cold surges from the ground level could travel up to 2000 km from northern to southern China wit

257 ding the increased global population, aging, travel, urbanization, and climate change, favor the emer

258 In these mice, hREG3A travels via the bile to the intestinal lumen.

259 and distinguished, and that if a collective traveling wave (the metachronal wave) is present, this h

260 We report on the implementation of a traveling wave (TW) based compression ratio ion mobility

261 ultralong path with extended routing (SUPER) traveling wave (TW) ion mobility (IM) module in conjunct

262 Notably traveling wave (TWIMS) was found to operate at resolutio

263 The Drift Tube (DTIMS), the Traveling Wave (TWIMS), and the Trapped Ion Mobility Spe

264 olecules in nitrogen on the widely available traveling wave IM-MS (TWIM-MS) platform.

265 Traveling wave ion mobility (TWIM) mass spectrometry (MS

266 Concerted tandem and traveling wave ion mobility mass spectrometry (CTS analy

267 The traveling wave moved up to 450 mum within 30 min, while

268 (i.e., uniform field, trapped ion mobility, traveling wave, cyclic, and overtone instruments) using

269 ugh to maximize the spatial extent of the TM traveling wave.

270 agated from frontal to parietal regions as a traveling wave.

271 Non-linear amplification of the travelling wave functioned over a broad frequency range

272 Here, we measured the travelling wave in regions of the guinea pig cochlea tha

273 of partial differential equation to support travelling wave solutions and interpret the long time be

274 tion, with the coupling originating from the traveling-wave Brillouin scattering interaction, that br

275 ative mobilities found for DAACP pairs using traveling-wave IMS (TWIMS) with different ion sources an

276 Using standard traveling-wave ion mobility parameters (600 m/s, 40 V),

277 Relative to fixed velocity traveling-wave ion mobility settings, ramping the travel

278 this protocol, we describe how to integrate traveling-wave ion mobility spectrometry (TWIMS) into tr

279 fy ion mobility resolution from a commercial traveling-wave ion mobility time-of-flight mass spectrom

280 Overall, variable-velocity traveling-wave ion mobility-mass spectrometry significan

281 ling-wave ion mobility settings, ramping the traveling-wave velocity increased drift space occupancy,

282 two regions, one operating with conventional traveling waves (i.e., traveling trap; TT region) and th

283 The initial use of traveling waves (TW) for ion mobility (IM) separations u

284 In the ion escalator design, traveling waves (TW) were utilized to transport ions eff

285 air bundle stiffness has little effect on TM traveling waves calculated with physiological parameters

286 ations in actin dynamics, often resulting in traveling waves of protrusion.

287 e dynamics of endocytic proteins as periodic traveling waves on the cell surface.

288 e membranous duct at high frequencies evokes traveling waves that move away from the location of inde

289 plasma membrane and modulate the geometry of traveling waves.

290 of this loss and other cochlear loads on TM traveling waves.

291 Furthermore, being applicable to travelling waves of any nature (e.g. electromagnetic, gr

292 collapse of standing waves and transition to travelling waves within the resonator.

293 a cause constructive interference of emitted travelling waves, forming extremely localized sources of

294 linear diffusion can result in shock-fronted travelling waves.

295 In some of these scenarios, sex and air travel were included as confounders or effect modifiers.

296 weeks of symptom onset or within 6 weeks of travel were tested with real-time reverse transcription-

297 n the face of climate change in species that travel widely between and within seasons.

298 effects were largely evident after eastward travel with very limited effects after westward travel,

299 Neural connectivity-based categorization travels with diagnostic category and is clinically predi

300 Axons traveling within the brachial plexus are responsible for