ライフサイエンスコーパス: physical process

1 statistics of any number of fermions in any physical process.

2 quantum and thermal mechanisms into a single physical process.

3 jection from a phage capsid were caused by a physical process.

4 ntrol the vast parameter space affecting the physical process.

5 ced protocol for learning a high-dimensional physical process.

6 tively to exert strain, which is primarily a physical process.

7 ven amount of quantumness under an arbitrary physical process.

8 in protocell models via simple chemical and physical processes.

9 ds light on the interplay between mental and physical processes.

10 mas and the imaging characteristics of their physical processes.

11 eractions that capture most of the important physical processes.

12 ise from interactions between biological and physical processes.

13 e organization of ecological communities and physical processes.

14 y to forecast changes in populations tied to physical processes.

15 neural networks and intrinsically nonlinear physical processes.

16 urface ocean is influenced by biological and physical processes.

17 es as a function of different biological and physical processes.

18 tivity estimates and reveals the controlling physical processes.

19 wo-way interactions that link biological and physical processes.

20 l assemblies, new materials, and fundamental physical processes.

21 e signature of a broadly applicable class of physical processes.

22 parameterised quantum circuits and describe physical processes.

23 is a daunting task involving chemical and/or physical processes.

24 compute as they involve coupled, multiscale physical processes.

25 nking cell- and population-level genetic and physical processes.

26 er formation requires accounting for complex physical processes.

27 a prognostic equation for understanding the physical processes.

28 organic synthesis, biological catalysis and physical processes.

29 al waters are useful tracers for quantifying physical processes.

30 ormation concerning interfacial chemical and physical processes.

31 arliest ( approximately 4.5 Gy) chemical and physical processes.

32 content of one or more of these photons by a physical process?

33 etic field, but ambiguities remain about the physical processes active during remanence acquisition.

34 r their treatment are a product of how these physical processes affect dynamic network communication.

35 dimensions of the corresponding chemical or physical processes, allowing submicrometer structuring i

36 o be causally consistent with the underlying physical process and allow for human analysis, reasoning

37 ity deactivating O(2)((1)Delta(g)) through a physical process and synergistic effect in the presence

38 ve been a deterministic outcome of intrinsic physical processes and a key driving force for early cel

39 lows of energy and materials are mediated by physical processes and by the actions of diverse organis

40 lations further advance our understanding of physical processes and experiments demonstrate ultra-hig

41 an X-ray astronomy revolution: revealing the physical processes and extreme conditions involved in pr

42 w weeks and requires expert knowledge of the physical processes and methods involved.

43 wind and precipitation events can alter lake physical processes and some aspects of biogeochemical cy

44 sing a model that represents the influential physical processes and that is formulated in the appropr

45 Our study elucidates the physical processes and underlying mechanisms of three-di

46 ) was applied to extract the major separable physical processes and validate the significance of the

47 locations by marine habitat features, ocean physical processes, and invertebrate bioconcentration.

48 ral dispersal in aquatic systems, other than physical processes, and that lead to the rapid demise of

49 ls describe systems in terms of identifiable physical processes, and the parameters are assumed to ha

50 A range of chemical and physical processing approaches are employed to control t

51 These associated physical processes are also closely linked to clouds' fo

52 their applications for probing chemical and physical processes are discussed, along with emerging di

53 The responsible physical processes are elucidated with numerical simulat

54 Our study aims to understand how ocean physical processes are linked to biological variability.

55 ns demonstrating that the two most important physical processes are the crossing of the barrier and t

56 ding and manipulating nanoscale chemical and physical processes as well as technological applications

57 pplicability to transport, binding, or other physical processes, as well as spatially resolved FCS fr

58 olecular structures, interaction forces, and physical processes associated with light-responsive self

59 Here, we examine the central physical processes associated with the transition from i

60 t region, provided detailed insight into the physical processes at play during the event.

61 fficient spatial resolution to establish the physical processes at play.

62 ificant advances in our understanding of the physical processes at work in hot (magnetized) plasmas i

63 ely conceivable, a closer examination of the physical processes at work in tip growth raises a parado

64 this is the very first attempt to model the physical process behind the time-of flight mass spectrom

65 ergy but expands volume, in contrast to most physical processes, but similar to water freezing.

66 lacement kinetics on toehold length: (i) the physical process by which a single step of branch migrat

67 systems has been stimulated by the fact that physical processes can be more easily controlled and har

68 viding a well-calibrated laboratory in which physical processes can be studied under conditions that

69 First, different physical processes can exist simultaneously in a system.

70 how spectroscopic techniques with different physical processes can influence and improve accuracy an

71 Multiple chemical and physical processes caused by the presence of manure coll

72 The physical processes causing energy exchange between the S

73 A multitude of concurrent biological and physical processes contribute to microbial community tur

74 f this energetic space revealed the dominant physical processes contributing to the more or less stab

75 een hampered by lack of understanding of the physical processes controlling subduction and evolution

76 ndings suggest a novel means by which simple physical processes could have led to the spontaneous for

77 evolution is a continuous and differentiable physical process coupling genotype to phenotype.

78 What are the physical processes coupling the ionosphere and magnetosp

79 nabled significant improvements in modelling physical processes described by partial differential equ

80 How biological and physical processes determine emergent spatial structures

81 lucidates key aspects of the causal chain of physical processes determining the tropical climate resp

82 signal intensity is essential for initiating physical processes, diagnostics, sensing, communications

83 simple method, this study articulates unique physical processes during freezing with important fundam

84 tribution analysis, we discuss some relevant physical processes (e.g., Arctic amplification and polar

85 er our results indicate two points: a purely physical process for deconstruction of cellulose is unli

86 However, the underlying physical processes for the observed changes are not enti

87 he plant was fed with the WEEE residues from physical processes for the recycling of fluorescent lamp

88 g to simulate experimental scale samples, as physical processes from atomic to mesoscopic scales all

89 Disclination lines play a key role in many physical processes, from the fracture of materials to th

90 eries of fundamental limits for the rates of physical processes, from the speed of light to the Lieb-

91 The physical processes generating seismicity within volcanic

92 Their motifs are similar to the outcomes of physical processes generic to condensed, chemically exci

93 enges are posed by identification of complex physical processes given by the interconnection of dynam

94 Despite much work, the physical processes governing energy dissipation during t

95 nd causal phenomena, causally related to the physical processes governing failure on a fault, to impr

96 These results illuminate the physical processes governing reflectin A1 assembly and L

97 This study examines the physical processes governing the accumulation and distri

98 The physical processes governing the onset of yield, where a

99 he NET model depicts the effects of numerous physical processes governing the topside dynamics and ca

100 results showed that combining chemical with physical processes greatly improved the functionality an

101 T(act)s of TMPAs can be adjusted by a purely physical process, guiding a directed crystallization in

102 Furthermore, mechanical/physical processing had only a minor impact.

103 Numerous physical processes have been proposed to account for the

104 ar gas - a model representative of the above physical processes - have so far evaded theoretical scru

105 The effects of physical processes (i.e., solubility and advection) were

106 ication, and exploration of the chemical and physical processes important for PM2.5 carbon in the atm

107 ght the need for improved representations of physical processes important for polar climate in climat

108 Magnetic reconnection is a fundamental physical process in plasmas whereby stored magnetic ener

109 : genetic patterning in one layer triggers a physical process in the adjacent layer - revealing post-

110 Convection is a fundamental physical process in the fluid cores of planets.

111 agnetic field connectivity, is a fundamental physical process in which magnetic energy is released ex

112 ples showing the interplay of biological and physical processes in a low-energy marine environment.

113 flow is critically important in a variety of physical processes in chemical and biomolecular science.

114 ions are controversial and their relation to physical processes in Earth's core unknown.

115 tential for these techniques to quantify the physical processes in glioblastoma, including tumor cell

116 nce of benthic communities on biological and physical processes in nearshore pelagic environments, lo

117 is known about the role of gravity-dependent physical processes in normal physiological function.

118 igation of many important biogeochemical and physical processes in structured soils.

119 Physical processes in the accretion flow lead to stochas

120 ccurring every 4-6 years, are constrained by physical processes in the preceding winter/spring and a

121 Understanding many physical processes in the solar atmosphere requires dete

122 s energy production in stars and more exotic physical processes in the universe, and provides a cruci

123 ission is characteristic of the most extreme physical processes in the universe.

124 ankton concentrations are also influenced by physical processes, in particular the mixing properties

125 nty arises from imperfect representations of physical processes including basal slip and internal ice

126 munities affects an even wider range of soil physical processes, including hydrology and soil strengt

127 Many physical processes, including the intensity fluctuations

128 d-flow and geomechanical model describes the physical processes inducing seismicity corresponding to

129 l scale to match the range of ecological and physical processes influencing persistence of biodiversi

130 The physical processes involve the turbulent behavior of a p

131 act 3D geometry including all known relevant physical processes involved during these transient event

132 A and AlogP98, based on consideration of the physical processes involved in membrane permeability and

133 es a combination of multiple biochemical and physical processes involved in the dynamic regulation of

134 ead to hazardous volcanic eruptions, but the physical processes involved remain largely hidden from d

135 ut not completely perfect simulations of the physical processes involved, often resulting in incorrec

136 ve research into the underlying chemical and physical processes involved.

137 Understanding biological and physical processes involving nucleic acids, such as the

138 Here we consider how this simple physical process is affected by the fact that monitors a

139 This physical process is central to the production of electri

140 In general, the physical process is intrinsically local: spin is carried

141 ulated trajectories for which the underlying physical process is known, demonstrating that it chooses

142 on to the theoretical equations describing a physical process is not available, the new approach can

143 However, detailed knowledge of the physical process is still lacking.

144 lity of water to participate in chemical and physical processes is captured by thermodynamic variable

145 ncements but linking their skill to specific physical processes is not yet possible(8-10), limiting o

146 vancement of imaging of a distance-dependent physical process, known as the bioluminescent resonance

147 ce of evolved biochemical capabilities, such physical processes likely played an essential role in ea

148 s may take place via a range of chemical and physical processes, likely contributing to on-going Pu u

149 d, as it is unclear which sensory inputs and physical processes matter a priori.

150 is increasing evidence that other important physical processes may be occurring that standard isotop

151 d the solar atmosphere suggests that similar physical processes may be operating in these different s

152 vables and to observe their variation during physical processes may have implications in quantum stat

153 ese results demonstrate that while the basic physical processes may operate similarly to those at Ear

154 The results suggest that many physical processes may work similarly in producing the y

155 sociated (bio)chemical, mechanical, or other physical processes may yield numerous opportunities in b

156 n isolated nuclei and appears to be a simple physical process mediated by tension in the nuclear enve

157 ill be a hybrid modelling approach, coupling physical process models with the versatility of data-dri

158 rasitic device impedance, and so alternative physical processes must be exploited to modulate the QCL

159 oral autocorrelation functions for which the physical process, noise, and sampling properties can be

160 gate how the conductivity depends on various physical processes occurring during pulsed laser deposit

161 , a dynamic multicellular organism, with the physical processes occurring in the extracellular milieu

162 eractions requires knowledge of chemical and physical processes occurring in the region of the tip-sa

163 ures, would help to clarify the chemical and physical processes occurring in Triton's atmosphere.

164 The simple physical process of adsorption of water vapor to soil pa

165 bottlenecks are a simple consequence of the physical process of airborne viral transmission.

166 Here we study the physical process of blooming in the asiatic lily Lilium

167 tuations of plasma membranes to approach the physical process of CAM-mediated adhesion.

168 The physical process of cavitation leads to astrocyte abando

169 The authors view the physical process of chromatin reorganization as central

170 the establishment of cell polarity with the physical process of cytokinesis during asymmetric cell d

171 ent cell and cancer exosomes function in the physical process of invasion.

172 which are not membrane bound but form by the physical process of liquid-liquid phase separation (LLPS

173 Our results indicate that the physical process of liquid-liquid phase separation, toge

174 oscopy (FCS) is a powerful tool to infer the physical process of macromolecules including local conce

175 nmental influences, which suggests a dynamic physical process of pattern formation that cannot be gen

176 leoprotein condensates assembled through the physical process of phase separation.

177 companying having offspring, rather than the physical process of pregnancy experienced only by female

178 The physical process of protein folding is commonly characte

179 iodic pattern of somites and controlling the physical process of segmentation.

180 Here we report the chemical and physical processes of CsMP formation inside the reactors

181 ctive layer morphology and the corresponding physical processes of devices, ultimately boosting FF an

182 Despite new data as to the context and physical processes of early domestication, researchers s

183 it is challenging to identify the governing physical processes of geothermal field deformation inclu

184 high electrical conductivity, but plausible physical processes of iron enrichment have not been sugg

185 th-limiting factors are in turn regulated by physical processes of ocean circulation, mixed-layer dyn

186 vations at climate scales while the detailed physical processes of severe weather cannot be resolved

187 study proposes to quantitatively analyze the physical processes of stream-aquifer systems from connec

188 which the autoencoder is trained using known physical processes of the Standard Model.

189 Moreover, the precise physical processes of transcriptional pause and subseque

190 The influences of biological, chemical, and physical processes on the transformation of 30 illicit d

191 y relating the statistical EWS to underlying physical processes, our results suggest that the MEF pla

192 These deep reefs are characterized by local physical processes, particularly the steep gradient in i

193 m to gain a deeper understanding of relevant physical processes related to transport and effective me

194 However, the chain of events and physical processes remain elusive.

195 However, our understanding of the relevant physical processes remains limited by a scarcity of dire

196 Differences in key physical processes represented in each model, model forc

197 lated through bottom-up, top-down, or direct physical processes represents a long-standing issue in e

198 cells and compartmentalize the chemical and physical processes required for life.

199 inner core is important for deciphering the physical processes responsible for inner-core growth.

200 nformation provides important constraints on physical processes responsible for rapid accretion of th

201 challenges in confining these materials, the physical processes responsible for the coseismic reducti

202 hort-lived substances provides insights into physical processes: sea-level rise is often assumed to f

203 nucleation in living cells occurs through a physical process similar to that in inanimate materials,

204 on level is complicated by many cellular and physical processes, sophisticated statistical models nee

205 The complex and interacting biological and physical processes spanning vast temporal and spatial sc

206 reservoirs and demonstrate that in-reservoir physical processes strongly influence MeHg incorporation

207 indicates an interaction of biochemical and physical processes, studies have concentrated widely on

208 Despite ignoring heterogeneous physical processes such as aggregation and precipitation

209 leic acids critically affects biological and physical processes such as chromosome packing, RNA foldi

210 cent or with a metallic look, as a result of physical processes such as diffraction, interference, or

211 ssification is of fundamental importance for physical processes such as excited states, transport phe

212 es are pivotal in mediating key chemical and physical processes such as heterogeneous chemical reacti

213 d isotope fractionation by both reactive and physical processes such as sorption and transverse dispe

214 Many elementary chemical and physical processes such as the breaking of a chemical bo

215 rshore ecosystems are affected by a range of physical processes such as tides, local winds, and surfa

216 ger systems for anomaly detection of unknown physical processes, such as the detection of rare exotic

217 as implications for our understanding of the physical processes taking place during friction of chert

218 suppression in the broad class of scale-free physical processes termed crackling noise and suggest th

219 The essential physical process that causes a dying star to produce a G

220 Phagocytosis is an intensely physical process that depends on the mechanical properti

221 Cell crawling is an inherently physical process that includes protrusion of the leading

222 sr): we start with a generative model of the physical process that leads to the observed image data a

223 It is an outgrowth of a physical process that occurs during any act of measureme

224 if these TMs are intimately involved in the physical process that opens and closes the channel.

225 T cell recognition of antigen is a physical process that requires formation of a cell-cell

226 Cell division is at heart a physical process that requires mechanical forces, usuall

227 (2) approximations and assumptions about the physical process that these quantities measure.

228 kely to have been influenced by chemical and physical processes that acted to filter out various alte

229 The analysis invokes only those physical processes that are both justifiable by known bi

230 future climate change may involve additional physical processes that are not important for the curren

231 esis testing of competing models for complex physical processes that are typically unknown a priori.

232 del uncertainties, and are governed by basic physical processes that are well-represented in climate

233 mplemented systems are governed by nanoscale physical processes that can lead to very different behav

234 o be worked out, the identification of rapid physical processes that can produce both fresh and weath

235 There are also several physical processes that can remove gas from a galaxy, on

236 ge extent; due to the complexity of numerous physical processes that coexist in a transient laser-pla

237 samples, generating fresh insights into the physical processes that control colloidal dynamics and a

238 ies are particularly interesting because the physical processes that could create or accelerate them

239 Physical processes that could facilitate coherent contro

240 (SST) can synthesize information related to physical processes that describe change and variability

241 but it is difficult to estimate because the physical processes that determine global aerosol and clo

242 The understanding of the physical processes that determine such a robust morpholo

243 e to draw some general conclusions about the physical processes that direct a protein to its native f

244 ain within embryos and organisms are crucial physical processes that direct morphogenesis.

245 eutic transport oncophysics investigates the physical processes that drive cancer immunotherapies.

246 also for understanding and interpreting the physical processes that drive climate variability.

247 In this Review, we analyze the physical processes that enable energy transfer in porous

248 cade has experienced renewed interest in the physical processes that fold the developing cerebral cor

249 erstanding their mechanical behavior and the physical processes that generate earthquakes.

250 foundation from which one can understand the physical processes that give rise to and modulate the la

251 amics is essential to further understand the physical processes that govern magnon generation, propag

252 years as an important tool for constraining physical processes that govern the formation of mountain

253 Untangling the physical processes that govern the marine sulfur cycle a

254 f temperature change based on the underlying physical processes that influence microclimate.

255 lack of understanding of several underlying physical processes that intrinsically characterize the b

256 y implies a series of chemical reactions and physical processes that lead from simple molecules (CH4

257 The fundamental physical processes that lead to their formation are diff

258 As with other ice shelves, the physical processes that led to the activation of the A68

259 transcrustal magmatic systems and highlight physical processes that might affect the growth and stab

260 es the importance of studying biological and physical processes that occur between cells in mixed bio

261 Attoscience is the study of physical processes that occur in less than a fraction of

262 , with two main competing classes of models: physical processes that occur within close proximity to

263 e to the lack of data describing the complex physical processes that operate near microscopic crack t

264 the potential to disentangle the biotic and physical processes that regulate gas transfer between so

265 discuss the unique geometric properties and physical processes that regulate plant cell expansion, t

266 In conclusion, our work sheds light on the physical processes that underlie chiral morphogenesis in

267 onnection have previously been reported, the physical processes that underlie jet formation have rema

268 and heavily influenced by climate-dependent physical processes that vary in both time and space.

269 Friction plays an essential role in most physical processes that we experience in our everyday li

270 he automaton does not include many important physical processes that would be present in a real syste

271 chirality and magnetism generates a distinct physical process, the magneto-chiral effect, which enabl

272 erestingly, both techniques rely on the same physical process: the interaction of an oscillating elec

273 GRB) is thought to produce emission from two physical processes: the central engine gives rise to the

274 ide spectrum of attached pathogens through a physical process to reduce the risk of bacterial infecti

275 Here, we use simple models of the underlying physical processes to evaluate and compare these predict

276 life, emphasizing the ability of unexpected physical processes to facilitate the self-assembly and s

277 y many orders of magnitude using fundamental physical processes to increase chemical reactivity.

278 l for numerical models including appropriate physical processes to make skillful predictions of regio

279 Physical processes ultimately shape tissue during develo

280 mpeting hypotheses to describe an underlying physical process under study, which is typically unknown

281 spite this evidence, characterization of the physical process underlying anomalous diffusion remains

282 Certain aspects of the physical process underlying nanopore sequencing mean tha

283 nges with regard to the understanding on the physical process underlying the manipulation still remai

284 s model may provide useful insights into the physical processes underlying amyloid diseases.

285 e analysis of cell shape helps to reveal the physical processes underlying cell shape and forces, but

286 onal tools to better define the biologic and physical processes underlying invasion and intravasation

287 hematical modelling is used to establish the physical processes underlying the assay.

288 It is demonstrated that the physical processes underlying the data-generation proces

289 ciations contain detailed information on the physical processes underlying the fragmentation.

290 bes a novel method to delineate and quantify physical processes underpinning particle behavior but al

291 of the entangled state is independent of the physical process used to produce the particles.

292 n number, which in a way correlates with the physical process used to quantify it.

293 ferent exogenic reservoirs by biological and physical processes was of importance for this biodiversi

294 s (>=10 mum) was more strongly influenced by physical processes, whereas the removal of smaller eDNA

295 Phosphorescence is the simplest physical process which provides an example of spin-forbi

296 finer spatial scales to evaluate underlying physical processes, which would be essential for future

297 We describe essential physical processes whose importance has only recently be

298 Magnetophoresis is an important physical process with application to drug delivery, biom

299 The description of physical processes with many-particle systems is a key a

300 enhance stability and activity via distinct physical processes, with the Mo moieties both directly i