ライフサイエンスコーパス: stream

1 s have permeated from the gut into the blood stream.

2 y efficiency of 20% using a dilute CO(2) gas stream.

3 apors via flexible tuning of the carrier gas stream.

4 the optical pulling of NP against the photon stream.

5 io (target range from 128:1 to 2:1) for each stream.

6 ving input from parietal areas in the dorsal stream.

7 similarity), particularly in ventral visual stream.

8 ed in both the ventral and the dorsal visual stream.

9 etory granules before release into the blood stream.

10 s to the lung and other organs via the blood stream.

11 g task that was applied to the same stimulus stream.

12 es multiple components of the ventral visual stream.

13 compassing V1 and much of the ventral visual stream.

14 cture in the Galactic halo is the Magellanic Stream.

15 and total ionized-gas mass of the Magellanic Stream.

16 t's risk of sepsis based on physiologic data streams.

17 ug/g of dw, respectively, in mining-impacted streams.

18 t can be extended to arbitrary number of bit streams.

19 ogrammes, governance structures, and funding streams.

20 eV) and within (Ep(within) = 1.52 vs. 0 eV) streams.

21 rse multisensory, motor, and neuromodulatory streams.

22 ms and positive relationships in some colder streams.

23 s, where sounds are segmented into different streams.

24 s in the C biogeochemistry of the associated streams.

25 ltering the physical conditions of headwater streams.

26 rom high sediment yields in tropical montane streams.

27 encode the p-bit values (1 or 0) in the two streams.

28 lly when used as detector for FIA in gaseous streams.

29 rticularly across, these parallel processing streams.

30 leward movement and stalling patterns of jet streams.

31 ell that displays distinct Kinesin-dependent streaming.

32 total N (TN) concentrations in agricultural streams (1,520 +/- 1,640 vs. 780 +/- 600 ug N/L).

33 ution of land cover in the riparian areas of streams; (2) examine the discrepancies within the existi

34 These results challenge dual-stream accounts that deny a role for the arcuate fascicu

35 The resulting multiview image streams allow for data augmentation via 3D-reconstructio

36 information on N(2) O emissions from forest streams although they constitute a major part of the tot

37 In the wet stream, ammonia and nitrogen are the main products above

38 adsorption from mainstream coupled with side-stream ammonium recovery and adsorbent regeneration coul

39 lity for interactive visualizations and down-stream analyses of bulk queries.

40 ill facilitate research of PDEs and all down-stream analyses.

41 h better consistency, as well as better down-stream analysis results.

42 wo-phase flow, consisting of the sampled air stream and a stream of collection medium, is formed in t

43 ia the external desktop computer to the data stream and inserts optimized MS2 and MS3 scans in real t

44 e Milky Way, we can reproduce the Magellanic Stream and its leading arm.

45 simultaneous desorption of high-purity CO(2) stream and regeneration of up to 59% of the CO(2) captur

46 and harmful substances present in the blood stream and regulates the nutrients delivery to the brain

47 uction-using a series of geothermally heated streams and a comprehensive empirical analysis.

48 ir potential to leach organic compounds into streams and groundwater, mineral soil samples were heate

49 ion exposure at doses found in nuclear waste streams and highlights the need for a systematic approac

50 , with negative relationships in many warmer streams and positive relationships in some colder stream

51 nterneurons to rapidly depart from migratory streams and prematurely enter the cortical plate.

52 Streams and river networks are increasingly recognized a

53 Elevated nitrogen concentrations in streams and rivers in the Chesapeake Bay watershed have

54 In the Congo Basin, an expansive network of streams and rivers transport and cycle terrigenous C sou

55 disservices" via greater carbon evasion from streams and rivers.

56 sentation; networks and social mobilization; streams and social comparison; and messages and social c

57 as a tool to capture CO(2) from effluent gas streams and store it primarily as bicarbonate in the mar

58 Selenium is highly elevated in Appalachian streams and stream organisms that receive alkaline mine

59 the polar auxin flux, much alike rocks in a stream, and causes it to accumulate in the endodermis.

60 sustainably at < $2 kg(-1) from organic side-streams, and are shelf-stable to minimise waste.

61 useful phosphate can be recovered from waste streams, and how it can be recycled and used as a resour

62 The properties of the Phoenix stream are consistent with it being the tidally disrupte

63 Effluent-dominated streams are becoming increasingly common in temperate re

64 orgia, USA, a fluvial system where headwater streams are highly impacted by anthropogenic activities.

65 ing interaction effects when both processing streams are simultaneously perturbed by violations (e.g.

66 nt motion, with stronger responses in dorsal stream areas compared to ventral stream areas.

67 Area LM, akin to primate ventral visual stream areas, showed higher selectivity for correlated s

68 s in dorsal stream areas compared to ventral stream areas.

69 ing in LM, resembling primate ventral visual stream areas.

70 hile most juveniles emigrated from the natal stream as fry or smolts, the survivors were dominated by

71 nitrate from groundwater that discharges to streams as base flow.

72 of 15 mL/min (0.9 L/h), producing a sampling stream at 1 mL/min while still enabling continuous detec

73 rida Current marks the beginning of the Gulf Stream at Florida Straits, and plays an important role i

74 roduced by fusion of two independent droplet streams at the inlet of the Hele-Shaw channel from unfus

75 timate of the N(2) O emission from low-order streams at the national scale revealed that ~1.8 x 10(9)

76 puts over multiple years and differential in-stream attenuation of individual compounds generate evol

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

78 It can be combined with down-stream batch effect correction methods to further correc

79 ces that the clusters travel in an inert gas stream before they condense in a cooled collector.

80 owever, some features are distributed across streams, begging the question of whether and how such di

81 However, stream biofilms also have the potential to accumulate pe

82 The results indicate that the sampling of stream biofilms can complement bed-sediment sampling by

83 ization (FGD)-associated bromide loads on in-stream bromide concentrations in the Monongahela River B

84 ent clones may migrate simultaneously in the streams but occupy separate tracks and show spatio-tempo

85 xt can segregate overlapping narrowband echo streams, but wideband FM echoes ordinarily do not segreg

86 as trees, buildings, and other surroundings stream by us.

87 hes were coded from the video and other data streams by trained analysts.

88 Listeners can parse speech streams by using not only grammatical and statistical cu

89 Other subnetworks represented separate streams by which DMN couples with other canonical large-

90 ce, our results provide evidence that forest streams can act as substantial N(2) O sources in the lan

91 Chemical spills in streams can impact ecosystem or human health.

92 ical position in the retinotectal processing stream, carry out diverse, task-specific functions in vi

93 ocks (cells moving in the same direction) or streams (cells moving in opposite direction) referred to

94 Stream channels respond to mountain uplift by eroding in

95 arrangement of local habitat patches within stream channels, and variation in ecological connectivit

96 sidering spatial and temporal variability in stream chemistry and biota and not only the presence of

97 whereas significant seasonal differences in stream chemistry were observed.

98 , consistent with the corresponding elevated stream CO(2) concentrations.

99 aggressive melanoma cells to enter the blood stream, colonize distal organs, seed and survive in the

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

101 n the streams was positively correlated with stream concentration of TN and negatively correlated wit

102 ate multimetric index, was used to represent stream condition.

103 ed effects of land-use and climate change on stream conditions.

104 Our results show that certain waste streams consist of mixtures of up to nine different poly

105 Only one such incident of stream contamination in Pennsylvania has been documented

106 are emitted annually in Sweden, with forest streams contributing about 80% of the total stream emiss

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

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

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

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

111 netic loss of JNK function led to precocious stream departure ex vivo, and stream disruption, morphol

112 to precocious stream departure ex vivo, and stream disruption, morphological changes and abnormal al

113 n of DOC export occur following wildfires in streams draining the Central Siberian Plateau.

114 understanding of how physical conditions in streams drive the performance of individual insects.

115 wo pools in the sympatric zone of a Hokkaido stream during two summers.

116 nerable due to prolonged residency in inland streams during the summer.

117 s to macroinvertebrate consumers in all five streams, during all 3 years of study.

118 al sensitivity of standard metabolic rate in stream-dwelling baetid mayflies and perlid stoneflies ac

119 Aquatic insects are vital to stream ecosystem function and biodiversity but insuffici

120 ) concentration from 1.6 to 2.1 mg L(-1) and stream ecosystem respiration from -3.2 to -4.5 mg L(-1).

121 ly increases the anthropogenic DOM load into stream ecosystems and alters the fluvial metabolism.

122 nvestigated how impacts of drought on boreal stream ecosystems are altered by the spatial arrangement

123 droughts can have extended consequences for stream ecosystems in the world's vast boreal region, and

124 e sites help explain previous research where stream ecosystems showed changes at (primarily nonwinter

125 d climate change are significantly affecting stream ecosystems, yet understanding of their long-term

126 ure on aquatic invertebrate communities from stream ecosystems.

127 elopment of shale resources to affect nearby stream ecosystems.

128 Our structure explains how up-stream effectors, including DOCK2 and ELMO1 phosphorylat

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

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

131 streams contributing about 80% of the total stream emission.

132 tter modeled by scaling the response to both streams equally (global gain) or by separately scaling t

133 Our findings demonstrate that high-elevation streams fed by snow and other cold-water sources continu

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

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

136 esources to consumers in five detritus-based stream food webs.

137 , is a valued paradigm for studying auditory stream formation and the cocktail party problem.

138 ee text] with the noticeable difference that stream formation is more ubiquitous compared to flock fo

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

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

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

142 need is not only to integrate multiple data streams from different sources, scales, and cadences, bu

143 e use of in situ characterization of process streams from laboratory-scale and microscale experiments

144 emical calcination produces concentrated gas streams from which CO(2) may be readily separated and se

145 es of the two MTJs and hence between the two streams (from 0 to 100%).

146 The Gulf Stream front separates the North Atlantic subtropical an

147 evidence of enhanced mixing across the Gulf Stream front.

148 hing generates a considerable amount of side-stream (FSS) with great potential for biotechnological e

149 Finally, applying BSC to the data streams generated by GPress instead of to the original f

150 Capturing CO(2)-rich streams generated in biorefineries can also contribute t

151 representation throughout the ventral visual stream, generating suppressed sensory responses.

152 short, multi-trip movements between lake and stream habitats as compared to both parental species.

153 results showed that agricultural and forest streams had comparable N(2) O concentrations of 1.6 +/-

154 y from agricultural and municipal wastewater streams has intensified.

155 ved 25-51% ammonium in 10 min from synthetic streams having 200-400% higher ionic strengths than thos

156 improving buffer zones monitoring to assess stream health.

157 odularity suggests segregation of processing streams, here we show that local circuits in the inferio

158 (CBD) stenting in the establishment of bile stream in the elderly patients and the ones who are not

159 ially thin, dynamically cold Phoenix stellar stream in the halo of the Milky Way.

160 Gaseous streams in biorefineries have been undervalued and under

161 f commonly generated plastic packaging waste streams in European sorting facilities.

162 olecules and quantitative detection of their streams in real-time with a limit of detection below 100

163 pring and summer from two small agricultural streams in the drainage basin of Lake Erie, a large, eut

164 p removal coal mining compared to unimpacted streams in the region.

165 by stochastic spatio-temporal synaptic input streams in these structures has presented a significant

166 ical and biological variability of headwater streams in watersheds undergoing OG development provides

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

168 I or varicella zoster virus [HSV/VZV], blood stream infection [BSI], invasive fungal infection [IFI])

169 limited clinical success in resisting blood stream infection and may increase the risk of emerging a

170 derstand how thermal stress affects mountain stream insects, particularly where glaciers are likely t

171 The current velocities create down-stream interdependence among closed areas and allow redu

172 pathogens unless neutrophils from the blood stream intervened.

173 n visual system, information from the retina streams into parallel bottom-up pathways.

174 tions in forest streams than in agricultural streams is due to the low pH (<6) in forest soils and st

175 osch process or reclaimed ammonia from waste streams is typically considered as the nitrogen source.

176 5 25th percentile) to 1.0% (B2 Lynch2016) of stream kilometers.

177 evaluated the thermal suitability of 31,699 stream km which are currently blocked by dams to explore

178 d walkover surveys along 2,715 kilometres of stream length for 147 rivers indicate that existing reco

179 f these targeted industrial process emission streams may lead to the avoidance of roughly 195 MtCO(2)

180 s reveal an underappreciated role that small streams may play in driving coastal eutrophication in la

181 only for temporal networks but also for data stream mining in topological space.

182 ior testing and treatment of such wastewater streams must be employed to minimize the adverse impacts

183 gh they constitute a major part of the total stream network globally.

184 ine populations, we first expanded a spatial stream network model to predict mean monthly temperature

185 difficulties of inspecting data for complex stream networks.

186 are likely to have large fractions of total stream nitrogen load derived from pathways with signific

187 e packaging parts present in a certain waste stream, nor on their quantitative levels of (elemental)

188 water nutrient concentrations, as well as in-stream nutrient uptake.

189 , consisting of the sampled air stream and a stream of collection medium, is formed in the curved cha

190 Participants were presented with a 6 Hz stream of images drawn from one semantic category except

191 tive information embedded in the 'bottom-up' stream of information processing.

192 nificantly lowers the effective tension of a stream of metal, transitioning it from droplets to long

193 in migrating cells in the rostral migratory stream of mouse revealed that decreases in ATP levels fo

194 o cope with the continuous, high-dimensional stream of sensory information it receives.

195 t behaviorally relevant information from the stream of sensory inputs through the hierarchy of cortic

196 alcohol content is of particular interest: a stream of the liquor is poured into a small vessel to in

197 a single massive transfer event or a gradual stream of transfers remains a matter of debate.

198 y a dialysis probe and were transferred to a stream of water.

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

200 eakly connected, giving rise to two parallel streams of activity for local and remote signal propagat

201 Jets--cylindrical streams of fluid-can form transiently at higher fluid ve

202 sory areas, neural microcircuits consolidate streams of information into unified representations of t

203 These streams of information project to the visual thalamus, t

204 x behavior, where neurons integrate multiple streams of information.

205 drives Rayleigh-Plateau instabilities, these streams of metal increase in surface area when laid flat

206 and tufted cells (MTCs) form parallel output streams of odor information processing.

207 nthesis and capable of generically detecting streams of small organic molecules.

208 have been proposed to subserve two parallel streams of social information processing, which allow a

209 ng piezoelectric dispensing, two independent streams of ~50-pl droplets of sample are deposited withi

210 ea lamprey follow a larval cue into spawning streams; once sexually mature, males release a pheromone

211 on) and highly stable (over 100 hour time-on-stream operation) conducted in a fixed-bed reactor (550

212 s, proving composting to be a feasible waste stream option and a sustainable marketing edge while tre

213 he use of highly modified proteins from side streams or the introduction of new protein sources that

214 s highly elevated in Appalachian streams and stream organisms that receive alkaline mine drainage fro

215 Slip of marine-terminating ice streams over beds of deformable till is responsible for

216 ulus in semantic processing, and for ventral-stream pathways in language production.

217 eciation modelling indicates that changes in stream pH and hydraulic conditions at low flow will decr

218 of nearly 20,000 tagged fish in intermittent stream pools during a 7-year period encompassing drought

219 In nearly half of the stream pools, salmon survival during drought was similar

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

221 Complementary streaming potential measurements then allow us to build

222 ommunity restricted to the highest elevation streams primarily below glaciers, but also snowfields an

223 interconnected set of regions in the ventral stream processing faces or bodies, but is has been uncle

224 e released within the north wall of the Gulf Stream provides direct observational evidence of enhance

225 perspective, we lay out the methods into two streams: QM:MM and QM:QM, showcasing the advantages and

226 direct impacts on the hydrological cycle and stream quality.

227 buted to complex mixture evolution along the stream reach.

228 CI = 8.3%-10.1%) reduction, mostly in warmer stream reaches, and westslope cutthroat trout experienci

229 After a pre-treatment year, each stream received N and P at different concentrations for

230 tional connectivity along dorsal and ventral stream regions mediating phonological and other linguist

231 or efficient exploitation of this dairy side stream, reliable analytical methods are essential.

232 and consistently to natural features such as streams, rivers and lakeshores.

233 for the dynamics (e.g. formation of flocks, streams, scattering).

234 Cortical parallel processing streams segregate many diverse features of a sensory sce

235 ignored speech, suggests an active cortical stream segregation process, which could explain a range

236 tive to the background provides evidence for stream segregation that emerges in A1 and is refined in

237 However, when we measured stream-specific changes in gain, responses to the foregr

238 to the foreground versus background stream (stream-specific gain).

239 eport measurements from the Southern Stellar Streams Spectroscopic Survey of the spatially thin, dyna

240 response to the foreground versus background stream (stream-specific gain).

241 Our data suggest that sensory information streams targeting the PPC may be impacted by recurring s

242 and then applied simple yet plausible future stream temperature change scenarios.

243 We then joined stream temperature predictions to 44,396 spatial observa

244 mitigate the negative effects of our warmer stream temperature scenarios.

245 Our results showed that negative impacts of stream temperature warming can be offset for almost all

246 itions (e.g., precipitation, streamflow, and stream temperature) that vary among the watersheds where

247 Stream temperatures are predicted to rise and become inc

248 Above-average stream temperatures during spawning and rearing had vari

249 ma (CT(MAX) > 20 degrees C) far exceeded the stream temperatures mountain stoneflies experience (<10

250 but similar N(2) O concentrations in forest streams than in agricultural streams is due to the low p

251 cally have regions within the ventral visual stream that are selectively responsive to faces.

252 nd, it is important to exploit multiple data streams that are becoming abundantly available during th

253 geochemistry in the Congo Basin, six lowland streams that drain catchments of varying forest proporti

254 Twenty-five headwater streams that drain lands across a gradient of shale gas

255 the nutrient dynamics of small agricultural streams that drain to larger rivers and lakes, despite b

256 a variety of carbon sources, including waste streams that pose challenges to traditional chemical pro

257 From the continuous stream, the dialysate was injected into the separation c

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

259 predict base flow nitrate concentrations in streams throughout the Chesapeake Bay watershed.

260 The Phoenix stream thus represents the debris of the most metal-poor

261 tion by agglutinating platelets in the blood stream to sites of vascular injury.

262 ion, electrogram and spatial information was streamed to the RADAR system and analyzed to identify dr

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

264 ed analytical platform using continuous data streams to predict rehospitalization after HF admission.

265 s conducted at 12 river sites from headwater streams to the main river in the River Thames, UK.

266 ted ecological responses in alpine lakes and streams to these changes, our ability to predict such ou

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

268 cellular clones as they move along migratory streams toward target brain areas.

269 modes of motion: in-plane rotation and cross-stream translation along a bell-shaped path.

270 We used cost and effectiveness data from the STREAM trial in South Africa (February, 2017-October, 20

271 ed with standard of care, as reported in the STREAM trial.

272 tes in a temperate-region effluent-dominated stream (upstream, at, and progressively downstream from

273 fluence the subsequent development of dorsal stream visual areas.

274 we propose a general approach for molecular stream visualization in CFE via analyte-caused obstructi

275 instead by separate visual inputs to dorsal-stream visuomotor areas [42-48].

276 ed in the electrochemical cell and an acidic stream was produced that can be used to periodically rin

277 ern, the percent saturation of N(2) O in the streams was positively correlated with stream concentrat

278 vely linked to micropollutant levels both in stream water and in biofilm samples, and to shifts in th

279 epresents both the long-term (90)Sr trend in stream water and the time-dependency of the (90)Sr-Q rel

280 groundwater will exert a greater control on stream water chemistry and metal concentrations because

281 of oil and gas (OG) development, increasing stream water concentrations of known geochemical tracers

282 hat the concentration formation processes in stream water have been changing over a long period.

283 mposition of dissolved organic matter (DOM), stream water nutrient concentrations, as well as in-stre

284 This is because the proportion of stream water sourced from mined areas and mineralized st

285 rker for Y cells forming a motion processing stream, we suggest that peculiarities of SMI-32 staining

286 echanisms of convergence between these input streams, we used laser photostimulation circuit mapping

287 Additionally, two streams were monitored, and PAs were quantified with a n

288 Cell divisions produce a steady cellular stream which advects cells away from the niche, while ra

289 s due to the low pH (<6) in forest soils and streams which affects denitrification and yields higher

290 eractions among challenges in high-elevation streams, which include low but rising temperatures, low

291 neously manage two complex energy wastewater streams while reducing freshwater resource consumption.

292 In addition, lakes connected to rivers and streams will also experience flushing due to high flow r

293 cryosphere melts and thaws, alpine lakes and streams will experience major changes in temperature reg

294 odels of base flow nitrate concentrations in streams will help identify which portions of a watershed

295 fic computational hubs in the ventral visual stream with the distributed cortical memory network.

296 the first, thus correlating the second p-bit stream with the first.

297 trogen removal, particularly from wastewater streams with low chemical oxygen demand (COD) to nitroge

298 , and mobile homes, as well as for headwater streams with restricted elevation gradients.

299 iable monitoring of IgG in a flowing process stream, without elaborate sample preparation.

300 nge is altering conditions in high-elevation streams worldwide, with largely unknown effects on resid