ライフサイエンスコーパス: streaming

1 lit into separate cohesive streams (auditory streaming).

2 d as a consequence of regimented cytoplasmic streaming.

3 et pattern are widely used to study auditory streaming.

4 onical Anillin ANI-1 or blocking cytoplasmic streaming.

5 the dynamics of human perception in auditory streaming.

6 at model secreting cells form clumps without streaming.

7 hase durations; and the build-up of auditory streaming.

8 fluid contents, a process termed cytoplasmic streaming.

9 tion, even when cells do not exhibit obvious streaming.

10 r of Kinesins required to drive the observed streaming.

11 ic spindles to the prevention of cytoplasmic streaming.

12 ant specific and responsible for cytoplasmic streaming.

13 s in humans have shown to influence auditory streaming.

14 d localization of PdsA during chemotaxis and streaming.

15 odynein at kinetochores and reduced poleward streaming.

16 membrane-attack complex is a key mediator of streaming.

17 stimulates binding to dynactin and poleward streaming.

18 the solution in the well, inducing acoustic streaming.

19 bly at stage 10B and blocks late cytoplasmic streaming.

20 d the germ cells do not appear essential for streaming.

21 s past the posterior pole during cytoplasmic streaming.

22 nd is constitutively capable of driving fast streaming.

23 tes there are two forms of microtubule-based streaming.

24 tage 9, and to prevent premature cytoplasmic streaming.

25 A in Dictyostelium discoideum chemotaxis and streaming.

26 This steady flow is known as acoustic streaming.

27 s, which displayed no systematic cytoplasmic streaming.

28 mbly in a process independent of cytoplasmic streaming.

29 g actin bundles that can support cytoplasmic streaming.

30 ell that displays distinct Kinesin-dependent streaming.

31 udy the time-scales that compose cytoplasmic streaming.

32 intravital multiphoton imaging of tumor cell streaming.

33 at a vibrating membrane can produce acoustic streaming.

34 quantitative coupled hydrodynamic model for streaming.

35 that is amenable to efficient generation of streaming.

36 myosin-XI, and F-actin mediates the plant ER streaming [6], the mechanisms underlying stable interact

37 eXpress uses a streaming algorithm with linear run time and constant me

38 ion programming interface for development of streaming algorithms in order to fully utilize the exten

39 of the order of 10(4) kelvin), unshocked gas streaming along filaments of the cosmic web into dark-ma

40 ae are formed by energetic charged particles streaming along the planet's magnetic field lines into t

41 Streaming also contributes to the distribution of nutrie

42 Streaming also occurs if cells are reacted in medium wit

43 Electron microscopy showed areas with Z-line streaming and a dilated sarcotubular system with vacuole

44 uted to the combined effects of the acoustic streaming and acoustic forces.

45 processes ultimately leading to microtubule streaming and advection, spanning multiple microtubule l

46 sin-XI [4, 10, 11], loss of SYP73 reduces ER streaming and affects overall ER network morphology and

47 rating forces that contribute to cytoplasmic streaming and are essential for the refinement of poster

48 anelles traditionally defined as cytoplasmic streaming and attributed to actomyosin motility.

49 e oocyte posterior, concurrent with the bulk streaming and churning of the oocyte cytoplasm.

50 It is shown that both the streaming and collision processes of lattice Boltzmann d

51 utants exhibit elevated rates of cytoplasmic streaming and delayed cellularization.

52 As a consequence, cell streaming and development are completely blocked.

53 sclerotome halves, disrupting metameric NCC streaming and DRG segmentation.

54 balloon-like tips with abnormal cytoplasmic streaming and F-actin arrangements and plants over-expre

55 nts, but they are distributed by cytoplasmic streaming and gradually disassemble.

56 ces and that there is no correlation between streaming and growth rates suggests that tip growth requ

57 rotubule motor kinesin-1 is required for all streaming and is constitutively capable of driving fast

58 A strong prediction is that streaming and masking of tones will be a common function

59 c analysis of the relation between multitone streaming and masking that underscores the expected simi

60 for C-Met inhibitors in blocking tumor cell streaming and metastasis in vivo, and for use in human t

61 ce with a nonsense mutation in Mypn showed Z-streaming and nemaline-like bodies adjacent to a disorga

62 ase was driven by actin-mediated cytoplasmic streaming and occurred as the chromosomes reach a suffic

63 processes, actomyosin-dependent cytoplasmic streaming and oocyte cellularization.

64 Blebbistatin also inhibits cell streaming and plaque expansion in myosin II-null cells.

65 is still a lack of toolkits that support the streaming and real-time analysis of MinION sequencing da

66 tion defects in NBs, but not the fast oocyte streaming and the localization of Staufen and Gurken.

67 uantitatively about the relationship between streaming and the motor activity which drives it.

68 findings lead us to propose that cytoplasmic streaming - and thus motion by advection - contributes t

69 nt on cytoskeleton organization, cytoplasmic streaming, and functional clathrin-mediated endocytic tr

70 entronuclear myopathy, central cores, Z-disc streaming, and SR dilation.

71 Streaming appears to be driven by the actomyosin cytoske

72 stimulus parameters governing this "auditory streaming" are well established, the brain mechanisms un

73 Oocytes, which display forceful cytoplasmic streaming, are excellent model systems to study the impa

74 The use of acoustic streaming as a noncontact mixing platform to accelerate

75 hanism responsible for this effect (acoustic streaming) as well as the technical feasibility of the p

76 y of dynein to remove checkpoint proteins by streaming at metaphase but not other aspects of kinetoch

77 to an external computer for live control and streaming at near gigabit speeds.

78 ormation of large polar-aligned domains, and streaming at the domain boundaries.

79 The signatures suggest plasma streaming away from the planet and injection sites in th

80 ature-specific forward suppression subserves streaming based on diverse perceptual cues and results i

81 Neural mechanisms have been proposed for streaming based on gross spectral differences between so

82 tral differences between sounds, but not for streaming based on other nonspectral features.

83 We utilized a streaming-based P300 BCI, which was developed as a low w

84 Then fast well-ordered streaming begins during stage 10B, just before nurse cel

85 Here we incorporate this streaming behaviour into a theoretical model that accoun

86 ation of filamin C- and Xin-positive lesions streaming between Z-discs.

87 form to determine a separation distance; the streaming "bit signal" contains all the information need

88 ounds remove actin and slow down cytoplasmic streaming, but do not lead to mislocalization of the aux

89 xternal conditions can indeed be enhanced by streaming, but to an extent that depends strongly on the

90 keleton triggers the shift from slow to fast streaming by inhibiting dynein.

91 LSA is implemented with a streaming calculation of unobserved variables that we ca

92 Streaming can be fully rescued by wild-type KHC and part

93 We find that streaming can be used to detect subtle changes in Kinesi

94 on of advective transport due to cytoplasmic streaming can have a large effect.

95 Performance was better when streaming caused the syllables preceding the target to t

96 sms regulating the transition from single to streaming cell migration remain elusive, although severa

97 the aggregation center becomes a 3D ring of streaming cells.

98 A steady streaming component of the through flow due to the peris

99 s and exploits read redundancy by performing streaming compression, alignment, and decompression of i

100 lants, the ER is also highly mobile, and its streaming contributes significantly to the movement of o

101 female heterozygous animals, whereas Z-band streaming could be observed in the jump muscle of these

102 Electrokinetic principles such as streaming current and streaming potential are extensivel

103 The method monitors the changes in streaming current in a fused silica capillary as target

104 rier Transform Infrared (FTIR) Spectroscopy, streaming current measurements (Zeta potential) and cycl

105 Tangential streaming current measurements were performed with ultra

106 wich assay utilizing an electrokinetic-based streaming current method for signal transduction is prop

107 The method records the changes in streaming current, first when a target molecule binds to

108 Theoretical models regarding streaming current/potential studies of particle-covered

109 microtubule orientation that drives vigorous streaming currents and thorough mixing of oocyte and nur

110 of thermal coagulation (pyknotic nuclei and streaming cytoplasm).

111 ging, and also enables real-time analysis on streaming data.

112 lly reduced uropod enrichment and has severe streaming defects.

113 "Streaming DEP" is observed when DEP dominates diffusion

114 vior not previously reported in any acoustic-streaming device.

115 knowledge, this is the first observation of streaming dielectrophoresis.

116 tion of heliospheric radio emissions and the streaming direction of ions from the termination shock o

117 ts, coronal rain (made of condensing plasma) streaming down along the post-flare loops, and the chrom

118 capture thanks to DEP for 0 < SDN < 0.6; (2) streaming due to DEP for 0.6 < SDN < 1; (3) elution with

119 statistical properties of Kinesin-dependent streaming during mid-oogenesis in Drosophila.

120 Here, steady streaming eddies are produced by oscillating a liquid-fi

121 Steady streaming eddies can serve as well-mixed, easily control

122 ithout surface contact in one of four steady streaming eddies created by audible-frequency fluid osci

123 )-based actuation, which suppresses Rayleigh streaming effects on the submicrometer particles.

124 Streaming efficiently circulates and localizes mRNAs and

125 ational studies usually characterize triplet streaming either during alternations or during buildup.

126 Providing acoustic streaming electrolyte flow during charging, the device e

127 t capitalize on the emerging availability of streaming electronic health record data or capture time-

128 s known to be excited by modulated, downward-streaming electrons.

129 rst principles, we propose a robust model of streaming emergence that combines motor dynamics with bo

130 dvantage of Spark's built-in parallelism and streaming engine architecture to quickly map reads again

131 sequencer that permits real-time analysis of streaming event data.

132 Although this streaming event is microtubule-based, actin assembly is

133 myofibrillar pathology that includes Z-disc streaming, excess myofibrillar vacuolization and plaque-

134 model simulations and data from an auditory streaming experiment, and show that the model accounts f

135 roductive of tangentially migrating neurons, streaming extramurally (mossy fiber neurons) or intramur

136 cross while microsaccades were detected from streaming eye-position data.

137 whereby the combined acoustic radiation and streaming field results in size-selective aggregation in

138 igurations, and shape-changing vesicles with streaming filopodia-like protrusions.

139 equency-dependent low Reynolds number steady streaming flow and particle trapping behavior.

140 ng of acoustic radiation forces and acoustic streaming flow velocities with increasing frequency, exi

141 ive pressure rises, increase in temperature, streaming flow, and almost no cavitation in the liquid.

142 This naturally leads to streaming flows along the MTs.

143 wo-dimensional nematic liquid crystals whose streaming flows are controlled by internally generated f

144 Low-intensity acoustic streaming flows can serve as microfluidic elements witho

145 topological defects, which leads to complex streaming flows whose chaotic dynamics seem to destroy l

146 high-frequency vibration causes steady-state streaming flows.

147 configurations of acoustic wave and acoustic streaming for the manipulation of cells and molecules an

148 fy an additional function wherein regimented streaming forms distinct cytoplasmic subcompartments.

149 sual input with a subthreshold motion signal streaming from an agent to an object, can we manipulate

150 hat the brain encodes gaze as implied motion streaming from an agent toward a gazed-upon object.

151 minds, it uses a subthreshold motion signal, streaming from an individual to an object, to help repre

152 tes a fictitious, subthreshold motion signal streaming from B to the object of B's attention.

153 bition at the migrating front of SCs/progeny streaming from HFs during wound repair.

154 t processes of varying duration that make up streaming, from microtubule pairs to collective dynamics

155 Us) for further taxonomic profiling and down-streaming functional analysis.

156 versely, in the regime dominated by acoustic streaming (h >> lambdaf), the microbeads follow vortical

157 more than two centuries since its discovery, streaming has frequently been conjectured to aid in tran

158 We demonstrate a streaming hepatocyte-specific dedifferentiation process

159 sing of non-useful peaks is a bottleneck for streaming high-throughput processing of big MS data.

160 AP trains using Oregon Green 488 BAPTA-1 and streaming images at 20-50 Hz.

161 an elliptical mound, in which the cells are streaming in closed orbits.

162 ccino (Capu) regulate the onset of ooplasmic streaming in Drosophila melanogaster.

163 Cytoplasmic streaming in Drosophila oocytes is a microtubule-based b

164 Cytoplasmic streaming in Drosophila oocytes offers a striking exampl

165 eterminant mRNA localization and cytoplasmic streaming in Drosophila.

166 ation occurred in the absence of cytoplasmic streaming in embryos depleted of either the orbit/CLASP

167 s, to obtain behavioral measures of auditory streaming in ferrets (Mustela putorius).

168 the high number of sequences and structures streaming in from genomic projects, there is a need for

169 We show that steady streaming in microfluidic eddies can be a flexible and v

170 Here, we examine streaming in multicellular fungal hyphae and identify an

171 r tail region is needed for fast cytoplasmic streaming in oocytes, which is a non-saltatory bulk tran

172 nsparent random-dot patterns containing dots streaming in opposite directions on two depth planes.

173 underpins cellular transport and cytoplasmic streaming in plant cells.

174 We further demonstrated that the reduced streaming in sliding-deficient oocytes resulted in poste

175 w through porous media or plasmodial shuttle streaming in slime molds.

176 ive endomembrane trafficking and cytoplasmic streaming in the plant cells.

177 e have successfully reconstructed tumor cell streaming in vitro by co-plating tumors cells, macrophag

178 d FZY-1/CDC20-dependent circular cytoplasmic streaming in wild-type and mei-1 mutant embryos during m

179 The acoustic streaming induced by the bubble oscillation was identifi

180 ttributed to a collective effect of acoustic streaming induced drag force and non-Newtonian fluid ind

181 ost likely mechanism for merging is acoustic streaming induced droplet deformation.

182 thin the open chamber can be detached by the streaming-induced Stokes drag force.

183 g in effective decorrelation of the channels streaming information to the brain.

184 modular neural circuit that is triggered by streaming input, processes the input, then makes a decis

185 troduction of localized and uniform acoustic streaming into an open chamber microfluidic device, the

186 Cytoplasmic streaming is a ubiquitous process in plant cells that is

187 Acoustic streaming is an effective and biocompatible way to creat

188 streaming system, we found that directional streaming is dependent on, and most effectively blocked,

189 Though the acoustic streaming is induced by a traveling wave, we are able to

190 However, evidence that streaming is modified or reset by attention [3], and tha

191 localization of oskar mRNA, suggesting that streaming is not essential for the oskar localization me

192 g that the notion of coordinated cytoplasmic streaming is not generally applicable to higher plants.

193 Cytoplasmic streaming is not the normal spindle translocation mechan

194 We demonstrated that streaming is reduced by genomic replacement of wild-type

195 t, in mei-1 mutant oocytes, this cytoplasmic streaming is sufficient to drive the spindle into the co

196 c cells, particularly in plants, cytoplasmic streaming is the circulation of their contents driven by

197 emature fast streaming, suggesting that slow streaming is the product of a novel dynein-kinesin compe

198 f transport at mid-oogenesis, as revealed by streaming, is an important component of the localization

199 applications requiring high-throughput data streaming, low-latency biosignal processing, and simulta

200 ng the modified X!Tandem program as a Hadoop Streaming mapper and reducer.

201 ng the modified X!Tandem program as a Hadoop Streaming mapper and reducer.

202 cent ring movement contrasts with a failsafe streaming mechanism of FtsZ/FtsA/EzrA observed in a Delt

203 To analyze the streaming mechanism, we combined observations of microtu

204 ure-driven ionic transport (characterized by streaming mobilities) by up to 20 times.

205 's own text, the server can be operated in a streaming mode.

206 cortical area MT respond well to transparent streaming motion in distinct depth planes, such as cause

207 The signature swirling and streaming motion within a swarm is an interesting phenom

208 cterial swarms show large-scale swirling and streaming motions involving millions to billions of cell

209 includes a modular Java backend with a novel streaming.mzML parser to demonstrate the API-based servi

210 g addressing, and demonstrate retrieval with streaming nanopore sequencing.

211 ng these verbal transformations, we assessed streaming objectively by requiring listeners to detect o

212 nforce to ultimately develop the patterns of streaming observed in the Characeae and other streaming

213 eir growth rate and the vigorous cytoplasmic streaming observed in the rhizoids.

214 movements of cytoplasm, known as cytoplasmic streaming, occur in some large eukaryotic cells.

215 Slow, poorly ordered streaming occurs during stages 8-10A, while pattern form

216 Cytoplasmic streaming occurs in diverse cell types, where it general

217 These results suggest that auditory streaming occurs in ferrets, and that the two tasks desc

218 ation of streamers requires C activation; no streaming occurs in media, NHS-EDTA, or in sera depleted

219 oth chemotaxis and chemotaxis-dependent cell streaming of Dictyostelium, and chemotaxis of neutrophil

220 We show that, while in carbonate rocks the streaming of dissolved carbon dioxide persists, the chem

221 eckpoint (SAC) at metaphase because poleward streaming of dynein/dynactin/RZZ was inhibited.

222 We show here that there is a general streaming of gonad cytoplasm towards and into the enlarg

223 partially suppress the premature cytoplasmic streaming of orb mutants.

224 visualization, interaction, and hierarchical streaming of teravoxel-scale images.

225 deling whereby the dynamic rearrangement and streaming of the ER network depend on the propelling act

226 cles and its active transport by cytoplasmic streaming of the hyphae ('hyphal pipelines').

227 dent encoding models to test for evidence of streaming of the repeating stimulus.

228 rtex, reported across noninvasive studies of streaming of triplets; show percept-related changes in f

229 on appropriate to the archetypal "rotational streaming" of algal species such as Chara and Nitella th

230 the CD20 Ag, induces more rapid killing and streaming on Daudi cells than RTX.

231 of the acoustic radiation force and acoustic streaming on the particles.

232 fied two populations of microtubules in fast-streaming oocytes: a network of stable microtubules anch

233 Dynamic cytoplasmic streaming, organelle positioning, and nuclear migration

234 are also required to prevent premature fast streaming, our observations support a model in which the

235 en studied for many years using the auditory streaming paradigm, and recently it has become apparent

236 as enabled automated analysis of high-volume streaming patient waveform data for clinical and transla

237 t self-organization driving the formation of streaming patterns during morphogenesis.

238 duced directional movement and prolonged the streaming phase of multicellular aggregation.

239 Using a novel streaming phylogenetic placement method samples can be a

240 re is needed to process the large volumes of streaming physiologic waveform data increasingly availab

241 ichannel visualization includes a multilevel streaming pipeline plus a triple-buffer compositing tech

242 a given experiment, we have developed a data streaming platform, XCMS Stream, which capitalizes on th

243 presents a simple platform to eliminate the streaming potential and can become a powerful tool for n

244 , which is close to the values obtained from streaming potential and second-harmonic generation studi

245 tic principles such as streaming current and streaming potential are extensively used for surface cha

246 Because the relative polarity of the streaming potential is determined by the surface charge,

247 e important for design and interpretation of streaming potential measurements and modeling assumption

248 Streaming potential measurements confirm that the zeta-p

249 ls external to the explant, which may affect streaming potential measurements particularly under cond

250 Complementary streaming potential measurements then allow us to build

251 water-K(+)-ion-coupled transport detected by streaming potential measurements.

252 s of a solid wall in solution rely on either streaming potential or electroosmotic mobility measureme

253 We report a method to suppress streaming potential using an Ag-coated microfluidic chan

254 The magnitude of the streaming potential was found to be proportional to the

255 Based on the principle of streaming potential/current, a microfluidic generator (M

256 with the increase of salt concentration, the streaming potentials for all the protein pores decrease,

257 In this paper, pulsed streaming potentials generated in plastic microfluidic c

258 lly, we show that solution flow can generate streaming potentials on the order of volts and that this

259 nal method of steady flow, in this work, the streaming potentials were measured under pulsed conditio

260 ation, fluid flow, hydrostatic pressure, and streaming potentials; however, the role of these physica

261 c rates of the order of few hertz during the streaming process, closely following known neural and be

262 rete mechanistic framework for the ooplasmic streaming process.

263 We expect that streaming read compressors such as Oculus could become a

264 Previous experimental works on streaming regeneration in cells of Characean algae, whos

265 ply infolded sarcolemma, and frequent Z-line streaming regions, which were more severe in males.

266 rent neurocomputational theories of auditory streaming rely on tonotopic organization of the auditory

267 efficient oocyte production and cytoplasmic streaming require Galpha(s)-adenylate cyclase signaling

268 aments with lengths on the order of the free-streaming scale, which can be approximately 10(20) meter

269 Custom streaming Single Instruction Multiple Data (SIMD) extens

270 nalytics; time-synchronized, continuous data streaming; soft mechanics and gentle adhesive interfaces

271 treaming observed in the Characeae and other streaming species.

272 Surprisingly, cytoplasmic streaming still occurs in kinesin light chain null mutan

273 bdaf): acoustic-radiation force and acoustic-streaming Stokesian drag force.

274 dynein is required to prevent premature fast streaming, suggesting that slow streaming is the product

275 Using this in vitro reconstituted streaming system, we found that directional streaming is

276 e sustained actomyosin-dependent cytoplasmic streaming that drives oocyte growth.

277 tivation and Arp2/3-orchestrated cytoplasmic streaming that transports the chromosomes.

278 Streaming the sequencing reads allows this approach to s

279 here Kinesin is unable to induce cytoplasmic streaming, the growth direction of MT plus ends is also

280 Cytoplasmic streaming, the rapid motion of plant cell organelles, is

281 two hallmarks of bistability during auditory streaming: the selectivity of bistability to specific st

282 re two moving stimuli could appear as either streaming through, or bouncing off each other.

283 including raw data in the form of images and streaming time-lapse movies.

284 ilar proportion of inhibition of growth over streaming to that of profilin.

285 fact that tip growth is more sensitive than streaming to the inhibitory substances and that there is

286 g that the peristaltic wave induces a steady streaming to/from the brain which strongly depends on th

287 Faces from which subthreshold motion was streaming toward an object were judged as paying more at

288 is an emergent property, similar to cellular streaming, triggered by mechanical exclusion interaction

289 bilized droplets is correlated with acoustic streaming velocity.

290 and highly localized production of acoustic streaming vortices on microfluidic length scales.

291 of microtubule sliding in oocyte cytoplasmic streaming, we used a Khc mutant that is deficient in mic

292 e, participants tended to hear two streams ("streaming") when Deltaf1 was intermediate or large compa

293 Likewise, we demonstrate that acoustic streaming, when present, is not directly responsible for

294 ize a specialized mode of migration known as streaming, where a linear assembly of tumor cells migrat

295 applied fields, aided by hydrodynamic fluid streaming which was also studied by fluorescence correla

296 y through the combined action of cytoplasmic streaming, which circulates their fluid contents, and sp

297 ns of radio emissions and energetic particle streaming with extensive three-dimensional magnetohydrod

298 oustic waves (SAWs) to drive intense chaotic streaming within a 100 muL chamber cast in polydimethoxy

299 By recording the streaming x, y coordinates of continuous goal-directed h

300 city of kinesin-1 transport in vitro blocked streaming yet still supported posterior localization of