ライフサイエンスコーパス: thrust

1 es to generate forward thrust (i.e., suction thrust).

2 lexural movements to push water and generate thrust.

3 body are simultaneously generating drag and thrust.

4 le deformations of their flagella to produce thrust.

5 e behind a set of turbofan engines of 124 kN thrust.

6 d dynamic relationships to generate swimming thrust.

7 those with and those without definite varus thrust.

8 ile walking and scored for presence of varus thrust.

9 hanical load in order to maintain propulsive thrust.

10 r by reducing wingbeat frequency and overall thrust.

11 s of varus thrust and greater odds of valgus thrust.

12 ore rapid rate than patients without a varus thrust.

13 with a thrust compared with knees without a thrust.

14 zone lies about 15 kilometers below the main thrust.

15 th antiplectic metachronal waves to generate thrust.

16 sts that SwmA functions in the generation of thrust.

17 n the direction of sperm movement, providing thrust.

18 titudes as function of the parameters of the thrust.

19 is due to 2 distinct mechanisms of motility thrust.

20 is imparted to the water, demonstrating net thrust.

21 Mw 8+) propagate up to the Himalayan frontal thrust.

22 s considered a horizontal force that opposes thrust.

23 water jet stream, generating ~20-muN average thrust.

24 d wings lose ability to generate aerodynamic thrust.

25 characteristics strongly depended on engine thrust.

26 oke to generate lift and increase propulsive thrust.

27 factor of approximately 40 lower at takeoff thrust.

28 dy slip on uncoupled areas of the subduction thrust.

29 x (Indian plate rocks) via the Great Counter Thrust.

30 fuel aromatics content and decreasing engine thrust.

31 muscles execute rhythmic copulatory spicule thrusts.

32 to perform courtship displays or gonopodial thrusts.

33 A 4-RIE array matched the thrust (1 N) of a four-blade drone with similar blade si

34 echanisms and unmet clinical needs that have thrust a new generation of complement inhibitors into cl

35 w technique performed with naso-gastric tube thrust after nitrates medication in definite clinical ca

36 ive frictional coefficient along the Nobeoka Thrust after this small fluid-loss by the extensional cr

37 /= 8.5 mainshocks during the past decade are thrusts; after these events, the global rate of occurren

38 relaxed bent shape, and the 13-methyl group thrusts against the indole ring of Trp182 which tilts in

39 questions, and identifies promising research thrusts aligned with the advancement of the field toward

40 n management support with combined bottom-up thrusts, an internal information gathering and dissemina

41 ted approximate values for bundle torque and thrust and body torque and drag, and we estimated the fi

42 he helical motion of the cell body generates thrust and can explain the direction-dependent changes i

43 e tail shape of Spinosaurus produces greater thrust and efficiency in water than the tail shapes of t

44 nt baseline gait observation to assess varus thrust and full-limb radiography to assess alignment.

45 s, African Americans had lower odds of varus thrust and greater odds of valgus thrust.

46 Swimmers were not prone to maintaining the thrust and speed along the trial where a significant var

47 Overall, thrust and speed variables revealed a significant differ

48 A set of anthropometric, dry-land strength, thrust and speed variables were assessed.

49 Although I agree with the thrust and spirit of their recommendations, I argue that

50 ns for total WOMAC pain in relation to varus thrust and static varus alignment (i.e., corrected anato

51 it is shown how a spacecraft equipped with a thrust and subjected to a drag force can be bounded at s

52 ttle is known about the relationship between thrust and swim speed, and whether hypothetical imbalanc

53 nomia bijuga produce a division of labour in thrust and torque production that controls direction and

54 , the animat possessed motors that generated thrust and torque, a compass, and visual sensors.

55 MAC pain questions as the outcomes and varus thrust and varus alignment as the predictors.

56 otential energy from gravity, involving wing thrusts and flapping, coping with air resistance that sl

57 's involvement, and the nature of its policy thrusts and investment strategy in the sector, are outli

58 er dry-land strength also presented a higher thrust, and consequently higher speed.

59 In patients with knee OA, varus thrust, and possibly varus static alignment, were associ

60 into the foreland basin as an outer frontal thrust, and provide a modern snapshot of the development

61 t of the Andean orogenic axis and associated thrust-and-fold lowland dynamics in shaping patterns of

62 red separately, suggesting that knees with a thrust are a subset of varus-aligned knees at particular

63 t turbine engines rated at and below 26.7 kN thrust are certified only for visible smoke and are excl

64 Several forms for the thrusts are proposed in order to bound the altitude of t

65 its classification, epidemiological aspects, thrust areas demanding endotoxin control, commercially a

66 On mildly soft substrates, the thrust arises from bacterial shape deformations creating

67 tely 65%, and approximately 7% static engine thrust as a proxy for takeoff, cruising, and taxiing, re

68 This projectile was thrust at a velocity of 30 miles per hour and was timed

69 However, the mechanistic basis of thrust augmentation by flexible propulsors remained unre

70 n enhanced fluid circulation and, therefore, thrust augmentation for flexible margins of both medusan

71 emale mice showed no more mounting or pelvic-thrusting behavior toward an estrous female or a castrat

72 These difficulties also explain the thrust behind the enormous amount of innovation centered

73 d inland at the sub-Andean foreland fold and thrust belt, indicating that the Andes are continuing to

74 n earthquake within the southern Longmenshan thrust belt.

75 mountain belts are characterized by fold and thrust belts that grow through sequential stacking of th

76 he promise of ever greater performance, have thrust bioinformatics into the era of petabyte-scale dat

77 ling" with body drag, friction-dominated leg thrust, but no media flow as in air, water, or sand.

78 Most swimming bacteria produce thrust by rotating helical filaments called flagella.

79 nsufflation flow delivered through a reverse thrust catheter (RTC).

80 s, at catheter flow of 15 L/min; the forward thrust catheter increased carinal pressure and Pao2/FIO2

81 catheter flow rate of 15 L/min, the forward thrust catheter increased carinal pressure, PaO2, and Pa

82 The reverse thrust catheter increased PaO2 and PaO2/FIO2 both by 11%

83 The reverse thrust catheter increased PaO2/FIO2 by 102% (p<.001) and

84 The forward thrust catheter reduced PaCO2 by 29% (p<.002).

85 The forward thrust catheter reduced Paco2 by 40% (p<.04).

86 ing a flow of 1.0 L/kg/min through a reverse thrust catheter, at the same baseline and inspiratory/ex

87 adduction moment was greater in knees with a thrust compared with knees without a thrust.

88 resemble the ones of the approximately 100% thrust conditions, but they are more moderate.

89 s, African Americans had lower odds of varus thrust, controlling for age, sex, body mass index (BMI),

90 significant interaction between the site of thrust delivery and session was found (F(1,840) = 9.89,

91 may exhibit imbalances in their upper-limbs' thrust (differences between the thrust produced by each

92 quisite for these cells to produce a forward thrust during movement and suggest that crawling and swi

93 Treatment of varus thrust (e.g., via bracing or gait modification) may lead

94 The asymmetric interaction of thrust earthquake ruptures with the free surface leads t

95 ses induced by the asymmetric rupture of the thrust earthquake, a process previously unknown because

96 orrelation between the occurrence of shallow thrust earthquakes and the occurrence of the strongest t

97 f rupture and source depth for 40 interplate thrust earthquakes located offshore of Honshu between 19

98 Great thrust earthquakes on this section of the interface (wit

99 milliwatts of power, the system matches the thrust efficiency of similarly sized insects such as bee

100 l networks and future quantum networks) have thrust EIT to the forefront of experimental study during

101 lyfish vehicles to elucidate that propulsive thrust enhancement by flexible medusan bell margins reli

102 pe region seaward of a great subduction zone thrust event.

103 the deep aseismic zone exhibiting slow-slip thrust events.

104 easures the hook flexibility relative to the thrust exerted by the flagellum; this parameter and the

105 picules to reattempt insertion if a previous thrust failed to breach the vulva.

106 (M = 7.9) earthquake, which ruptured a large thrust fault along the range front causing tens of thous

107 s in a continuous fashion the Main Himalayan thrust fault as it extends from a shallow depth under Ne

108 on of the GPS data reveals a shallow-dipping thrust fault at a depth of 4.5[?]km that we interpret as

109 derately dipping (20 degrees to 30 degrees ) thrust fault away from the deformation front.

110 ediments folded above the Puente Hills blind thrust fault beneath Los Angeles reveal that the folding

111 uakes reveal the presence of an active blind-thrust fault beneath metropolitan Los Angeles.

112 istent with a model having no slip along the thrust fault between 2 and 40 km depth.

113 A blind thrust fault is interpreted in the subsurface, above the

114 al, delineating for the first time an active thrust fault nearly 100 km north of the surface expressi

115 upture occurred on a north-dipping Himalayan thrust fault propagating south of Bhutan.

116 eal the existence of a torquing mechanism of thrust fault ruptures near the free surface that causes

117 d that rupture of the Sierra Madre-Cucamonga thrust fault system is unlikely to trigger rupture of th

118 ult interactions between the strike-slip and thrust fault systems in southern California.

119 systematic depth-dependence of slip along a thrust fault with a number of 2D dynamic simulations usi

120 ult-related folding above the blind Reelfoot thrust fault.

121 a non-planar geometry of the Main Himalayan Thrust fault.

122 a images reveal previously undetected lobate thrust-fault scarps and associated meter-scale secondary

123 tion on Io may involve localized deep-rooted thrust faulting and block rotation, due to compression a

124 ith different geometries, with the triggered thrust faulting only being revealed by detailed seismic

125 ace is poorly understood as shallow parts of thrust faults are considered to be frictionally stable.

126 ater than +/-60 degrees, indicating that the thrust faults are globally distributed.

127 ze that tectonic inversion produced not only thrust faults but also reactivated structures with strik

128 k flysch belt, with evidence of near-surface thrust faults caused by convergence between Eastern Tibe

129 estructive earthquakes often propagate along thrust faults including megathrusts.

130 the contraction is primarily accommodated on thrust faults rather than on the northeast-trending stri

131 4 Northridge earthquakes revealed that blind thrust faults represent a significant threat to metropol

132 ed: (1) brittle crustal thickening, in which thrust faults with large amounts of slip that are rooted

133 also crossed by other active strike-slip and thrust faults.

134 the tectonic signals expected from the blind thrust faults.

135 Many of Earth's great earthquakes occur on thrust faults.

136 ) as a function of fuel aromatic content and thrust for an in-production aircraft gas turbine engine.

137 We find that the propulsive thrust for fibroblast locomotion, approximately 0.2 dyn,

138 a, but also directly generates the necessary thrust for locomotion.

139 erculosis drugs, facilitates the present day thrust for new drugs to counteract multiple drug-resista

140 h the bacterial shape provides the necessary thrust for propulsion.

141 The engines of ingenuity to provide the thrust for the 21th century will come from molecular gen

142 Scaling transistors' dimensions has been the thrust for the semiconductor industry in the last four d

143 rsible flagellar dynamics, thereby providing thrust for untethered forward locomotion of the swimmer.

144 ly and noninvasively determine the flagellar thrust force and swimming speed of motile cells.

145 es caused bacterial mobilization through the thrust force of their flagellar propulsion.

146 h opening to closing, and although they need thrust force to stabilize their posture, the head does n

147 ce during the feeding phase, suggesting that thrust force was used to hold the head up and to stabili

148 effect causes the overestimation of the body thrust forces in the RFT.

149 This negative pressure acts as thrust forces on the anterior body.

150 r through the computation of lift, drag, and thrust forces.

151 First, the vibrissae are thrust forward as the rostral extrinsic muscle, musculus

152 ackwards and sometimes, in addition, the jaw thrust forward.

153 rrupt degradation because 1) the translocase thrusts forward less effectively or because 2) the trans

154 ls in terms of a balance between the forward thrust from swimming movements and drag on the body.

155 retreat of deformation from the easternmost thrust front.

156 se wild-type swarm, the effect of the active thrust generated by the flagella can be singled out.

157 eved to be one of the highest measured for a thrust generating apparatus within the animal kingdom.

158 swimming mode has been shown to enhance the thrust generation over a finite range of the flapping fr

159 two segments of the active Himalayan Frontal Thrust (HFT) in northwestern India.

160 een widely hypothesized to enhance flagellar thrust; however, detailed hydrodynamic analysis supporti

161 The core tenet of the "Spear Thrusting Hypothesis", that underhand thrusting requires

162 ure along their surfaces to generate forward thrust (i.e., suction thrust).

163 s known to be required for the generation of thrust, identification of other components of the motili

164 rome coronavirus 2 (SARS-CoV-2) pandemic has thrust immunology into the public spotlight in unprecede

165 determine the frequency of varus and valgus thrust in African Americans and Caucasians and to identi

166 trast, the hindlimbs provide relatively weak thrust in all simulations.

167 Having a thrust in both knees versus neither knee was associated

168 ng claim that mastigonemes enhance flagellar thrust in C. reinhardtii, and so, their function still r

169 illatoria, may function in the generation of thrust in gliding motility.

170 otein that is required for the generation of thrust in Synechococcus sp. strain WH8102.

171 ked at low thrust levels (7 and 40% take-off thrust in terms of nvPM number and mass, respectively).

172 As plasma proteins have become a major thrust in the field of biomarkers, we have enabled a bat

173 ange of concentrations has long been a major thrust in the field of colloidal ligand-capped semicondu

174 -substrate-air interface, thereby creating a thrust in the form of a localized pressure gradient at t

175 tions states plus colloidal forms, the major thrust in this work was to study the behavior of most mo

176 Key research thrusts in both academia and industry will speed this tr

177 culine behavior, including mounts and pelvic thrusts in females, and ejaculation in males.

178 o refine seismic hazard assessments of blind thrusts in other metropolitan regions.

179 One of the major thrusts in proximal probe techniques is combination of i

180 One of the key thrusts in three-dimensional (3D) printing and direct wr

181 Thrust increased 4-fold (age-, sex-, body mass index-, a

182 In varus-aligned knees, thrust increased the odds of OA progression 3-fold (adju

183 Varus thrust increased the odds of progression among varus-ali

184 e dimethylbenzimidazole nucleotide "tail" is thrust into a deep hydrophobic pocket in the protein.

185 within humans, a genetic heritage that, when thrust into our modern "obesogenic" environment, creates

186 th and disease, gammadelta T cells have been thrust into the limelight due to their prevalence in per

187 In doing so, university leaders were thrust into unchartered waters and forced them to make u

188 Evolving research thrusts involve interfacing traditional and molecular sy

189 Varus thrust is a potent risk factor, identifiable by simple g

190 Valgus thrust is believed to be less common than varus thrust;

191 of the zymogens, but in Drosophila, a major thrust is derepression of caspase inhibitors.

192 animal swimming is the idea that propulsive thrust is generated by pushing the surrounding water rea

193 a thin sharp reflection where the subduction thrust is inferred to be locked, to a broad reflection b

194 Undulatory locomotion, a gait in which thrust is produced in the opposite direction of a travel

195 The present research thrust is towards the development of a user friendly bio

196 ces imposed during regular underhanded spear thrusting is the most influential explanatory hypothesis

197 clinical and preclinical findings that have thrust ketamine to the forefront of rapid antidepressant

198 on show also a clear correlation with engine thrust level, comparable with the TEM study.

199 The nvPM emission indices peaked at low thrust levels (7 and 40% take-off thrust in terms of nvP

200 mmercial aviation) from two manufacturers at thrust levels ranging from idle to takeoff.

201 fly's movements along near cardinal axes of thrust, lift, and forward sideslip.

202 Varus thrust may also predict poor physical function outcome.

203 Our data suggest that the Main Central thrust may have a large amount of pre-Tertiary displacem

204 eismicity, whereas south of the Main Frontal Thrust (MFT), the foreland basin is typically portrayed

205 subsurface propagation of the Main Himalayan Thrust (MHT) into the foreland basin as an outer frontal

206 nly along a single fault--the Main Himalayan Thrust (MHT)--which reaches the surface in the Siwalik H

207 Blinks and head thrusts modestly improved the range and speed of volunta

208 and demonstrated the complex strike-slip and thrust motion that characterizes the region.

209 2 widely used midline-traction and bilateral-thrust OA designs differ in effectiveness to reduce the

210 Varus thrust observed during gait has been shown to be associa

211 ed sediment, yields a slip rate on the blind thrust of 6.1 +/- 0.7 mm/year for the past 2300 +/- 100

212 sion in acidic media reflects the continuous thrust of hydrogen bubbles generated by the spontaneous

213 refore promotion of myelin repair is a major thrust of multiple sclerosis treatment research.

214 This review summarizes the thrust of quality improvement, provides justification fo

215 ncurrently with radiation therapy, the major thrust of radiobiology research in the last two decades

216 Long before the recent thrust of scientific research on the microbiome, the imp

217 A major thrust of the Commission is turning public-health knowle

218 active oxygen species (ROSs) provide a major thrust of the inflammatory response, though excessive RO

219 nal grouting pressure, the bulkhead additive thrust of the jacking machine, the frictional force betw

220 We examine fault gouge from the Lewis thrust of the southern Canadian Rockies, which we determ

221 early effects are outlined and form the main thrust of this paper, with speculation about other disci

222 ctional imaging will therefore form the main thrust of this review.

223 the most common fish swimming mode, generate thrust on their anterior bodies using leading-edge sucti

224 It began with thrusting on the previously unrecognized Susitna Glacier

225 The ground motion from a thrust or reverse fault is larger than that of a normal

226 ximately 1 mdyn (10,000 pN) total propulsive thrust, originating in the wings of the cell.

227 in those with versus without definite varus thrust (P=0.007) and 5.0 versus 4.2 in those with versus

228 ght ratio of 4.1 to 1, demonstrating greater thrust per muscle mass than typical biological counterpa

229 balanced not by the muscle power but by the thrust power.

230 oyantly away from the ground; given the high thrust/power (i.e., momentum/buoyancy) ratio of modern a

231 Trained examiners assessed thrust presence by gait observation.

232 was used to identify factors associated with thrust presence, and odds ratios (ORs) with 95% confiden

233 ians and to identify factors associated with thrust presence.

234 es in strain accumulation and the interplate thrust process from one event to the next.

235 upper-limbs' thrust (differences between the thrust produced by each upper-limb).

236 The thrust produced on the anterior bodies of these carangif

237 negative pressure comprises 28% of the total thrust produced over the body and caudal fin, substantia

238 scopy results reveal that approximately 100% thrust produces the highest amount of soot, the highest

239 drive elastic instabilities associated with thrust production and leads to a spontaneous swimming ga

240 ectosome contribute predominantly to forward thrust production.

241 h extends from the upward termination of the thrust ramp at 3 kilometers depth to the surface, docume

242 c strain is preferentially concentrated in a thrust ramp.

243 osition may strongly control the location of thrust ramps by enhancing or removing the surface point

244 "Spear Thrusting Hypothesis", that underhand thrusting requires greater muscle activity on the right

245 pproximately 65% and approximately 7% engine thrust, respectively) could be a concern for human healt

246 emissions by 7-34% and 65-67% at idle and 7% thrust, respectively, indicating that the use of paraffi

247 ity equivalents (TEQ)/kg fuel at idle and 7% thrust, respectively.

248 ld measurements, demonstrate that this extra thrust results from positive pressure created by a vorte

249 is larger than that of the footwall in both thrust (reverse) and normal earthquakes.

250 The asymmetry between normal and thrust (reverse) faults results from time-dependent norm

251 The thrust ruptured a seismic gap that previously had uncert

252 For example, we demonstrate that the drag-thrust separation framework helps to predict the observe

253 We also show how drag-thrust separation leads to models that can predict the s

254 the top of a mechanically strong lower crust thrusting several tens of kilometers underneath Qilian.

255 lts that grow through sequential stacking of thrust sheets from the interior (hinterland) to the exte

256 lateral discontinuities preserved in higher thrust sheets of the Himalaya, and in ancient orogens el

257 ourtship behaviours such as mounting, pelvic thrust, solicitation, anogenital olfactory investigation

258 ewed as Indian shield basement that has been thrust southward onto Lesser Himalayan sedimentary rocks

259 sion quartz veins exposed around the Nobeoka Thrust, southwestern Japan.

260 to design an autonomous guidance law for low-thrust spacecraft.

261 t the fatal stab was delivered with a wooden thrusting spear.

262 tools and the possible use of projectile or thrusting spears.

263 chaean intraoceanic island arcs by imbricate thrust-stacking and tectonic accretion of a diversity of

264 between the surface and mantle traces of the thrust system reveals a steep boundary, indicating that

265 ruising speed increases drag and thereby the thrust (T) needed to fly, while weight and lift (L) requ

266 or deltoid (PD)) during three distinct spear-thrusting tasks and four separate scraping tasks.

267 d to the right side of the body during spear thrusting tasks.

268 e and kinematics allow trout to produce more thrust than bluegill, suggesting that they may swim more

269 ted historic great earthquakes on high-angle thrusts that are poorly oriented for failure under dry c

270 ed speeds of 50 km/h, a feat accomplished by thrusting the flukes while adjusting attack angle with t

271 produce a highly stereotyped tail flip that thrusts the animal away from the source of stimulation.

272 For a specific set of parameters of the thrust, the spacecraft is bounded to a given altitude.

273 ust is believed to be less common than varus thrust; the prevalence of each is uncertain.

274 found on most cells in the human body, have thrust this organelle to the forefront of studies on the

275 nance (NMR) spectroscopy contributes to this thrust through its unique capability of sampling chemica

276 increase propulsive efficiency by enhancing thrust through the alteration of vortex ring geometry.

277 nery fashioned by the crystalline beams that thrust through the darkness of the cave from floor to ce

278 nd the estimated dip of the underlying blind thrust to calculate a slip rate of 4.8 +/- 0.2 mm/year.

279 n processing and communication industry, the thrust to explore radical concepts is increasing rapidly

280 nger uses limbs for propulsion but generates thrust to overcome drag by propagating an undulatory tra

281 it most terrestrial environments, generating thrust to overcome drag on the elongate body via contact

282 an fertilize the egg, they must acquire more thrust to penetrate the cumulus and zona pellucida.

283 Recently, there has been a major thrust to understand biological processes at the nanosca

284 The experiments determine thrust, torque, and drag, thus providing a complete desc

285 By noninvasively measuring thrust, velocity, and power output over time at a single

286 The pore pressure around the Nobeoka Thrust was close to lithostatic pressure during the enti

287 Varus thrust was present in 67 of 401 knees.

288 The major thrust was protection of pine stands by eliminating curr

289 cimetry, we found that the pulsation motions thrust water upward and enhance mixing across the coral-

290 Also independently associated with varus thrust were age, sex, BMI, disease severity, strength, a

291 Also independently associated with valgus thrust were disease severity and malalignment.

292 The odds of valgus thrust were greater for African Americans than for Cauca

293 (voxels) to the background, and another for "thrust", which is the distance transform field of the fo

294 e ophiolite is defined onshore by the Semail thrust while the eastern limit extends several km offsho

295 the engine exhaust decreased with increasing thrust while the fraction of oxidized compounds, for exa

296 knee osteoarthritis who have a visible varus thrust will also progress at a more rapid rate than pati

297 lampreys-anguilliform swimmers-which produce thrust with negative pressure but do so through undulato

298 h restricted mouth opening (MR) or bilateral thrust with opening permitted (BP) design OAs.

299 mplitude polyspikes during massive myoclonic thrusts with or without a very fast running episode; (4)

300 Motion on major thrusts within the orogen has resulted in damaging histo