ライフサイエンスコーパス: emergent property

1 dependent of the model specifications (i.e., emergent properties).

2 he particle interactions is thus a many-body emergent property.

3 electrical synapses into networks that have emergent properties.

4 ents, and pathosystems are studied for their emergent properties.

5 s, and promises to create a diverse range of emergent properties.

6 ng robust, sustainable states with favorable emergent properties.

7 order compartmentalised systems that exhibit emergent properties.

8 of the component individual NPs, leading to emergent properties.

9 be interaction because this outcome exhibits emergent properties.

10 zation that inhibits the robustness of these emergent properties.

11 Groups of rodent pups display two such emergent properties.

12 core, and panchromism of 1a*+ are the other emergent properties.

13 se diagrams open new avenues for engineering emergent properties.

14 o naturally gave rise to the second observed emergent property--a continuous pup flow.

15 plex type can arise relatively quickly as an emergent property among cooperating individuals, without

16 solved cellular mechanisms, and has revealed emergent properties and helped to gain a more comprehens

17 ate of oxygen consumption of the heart is an emergent property and is limited not simply by the maxim

18 y as a selection mechanism also occurs as an emergent property, and closer fits to the data gave bett

19 Aligned graphene flakes exhibit emergent properties approaching single-layer graphene.

20 Given that emergent properties are neither reducible to first princ

21 The model, and its emergent properties, are discussed in the context of exp

22 lti-component mixture can be used to uncover emergent properties arising from polypharmacological act

23 gy for high-performance materials exhibiting emergent properties arising from strong electron correla

24 ingle oscillatory pacemaker but rather is an emergent property arising from a number of stable limit

25 e from an adaptive behaviour but could be an emergent property arising from simple, straight-line mov

26 Stepwise tonotopy is an emergent property arising from wave reflection and inter

27 Theoretical studies suggest that many of the emergent properties associated with multicellular system

28 orders of magnitude) across the globe led to emergent properties at individual (e.g., growth rate), c

29 combinatorial molecular networks can produce emergent properties at systems level, which provide exci

30 ge the scales between microscopic events and emergent properties at the cellular level.

31 idual predator-prey relationships to explain emergent properties at the community scale.

32 oy multiscale modeling approaches to predict emergent properties at the tissue, organ, organism, and

33 ructure is essential for understanding their emergent properties, but has remained enigmatic.

34 when constructing new interface phases with emergent properties by juxtaposing incompatible ground s

35 cterial chemotaxis that manifests only as an emergent property by measuring symmetry breaking in a sw

36 cell-based assay systems designed to capture emergent properties can now integrate a broad range of d

37 nclude that the rhythm of segmentation is an emergent property controlled by the time scale of geneti

38 that a similar mode of activity with complex emergent properties could exist in networks of cortical

39 it was shown that binding selectivity is an emergent property derived from the imprinting process an

40 mming motions of the idealized jellyfish are emergent properties determined by the resulting fluid dy

41 Standard tissue culture models lack critical emergent properties driven by cellular organization and

42 We present detailed studies of how the emergent properties (e.g., cluster formation) of an enti

43 n interesting class of material that derives emergent properties from mesoscale structure, yet their

44 coding events in single cells correlate with emergent properties from the ensemble, and with behaviou

45 ive concept is that immunoglobulins manifest emergent properties, from their structure and function a

46 behaves as a biomimetic chemical system with emergent properties, functioning as a "proton-counting"

47 to develop complex molecular systems showing emergent properties; i.e. properties that go beyond the

48 ides, and provides a pathway for engineering emergent properties in quantum matter.

49 d will serve as a platform for understanding emergent properties in tectal circuits associated with v

50 link culturally embedded decision making to emergent properties in the multitrajectory model.

51 Orientation selectivity (OS) is an emergent property in the primary visual cortex (V1).

52 noparticle conjugates possess several unique emergent properties, including enhanced cellular uptake,

53 i larger than 10 microns, exhibiting several emergent properties, including periodic growth and colla

54 incorporated and used to genetically program emergent properties into recombinant proteins.

55 It is an emergent property involving different anatomical regions

56 cosystems are complex owing to the fact that emergent properties like trophic structure and productiv

57 k loops allow biochemical signals to exhibit emergent properties, most notably bistability and oscill

58 pendent feedback interaction to describe the emergent properties of a complex system.

59 ledge serves as a paradigm for exploring how emergent properties of a self-organizing system can dyna

60 rate that a wide variety of nCRF effects are emergent properties of a single sparse coding model impl

61 a pivotal role for the determination of the emergent properties of a system.

62 e decision-making modules and illustrate how emergent properties of adhesion-directed multicellular s

63 This begs the question, are all emergent properties of animal aggregations functional or

64 ential to offer mechanistic explanations for emergent properties of animal groups in nature.

65 results suggest these relationships are the emergent properties of both microbial biomass stoichiome

66 cal point at which the transition occurs are emergent properties of cardiac energy metabolism.

67 -microenvironment interactions determine the emergent properties of cell clusters.

68 medial nucleus (VPM) of the thalamus encode emergent properties of complex multiwhisker stimulations

69 a graph theoretical approach to characterize emergent properties of distributed interactions between

70 These scale up to determine emergent properties of diverse forests, including size-f

71 t functional coordination across species and emergent properties of ecosystems, and a potential basis

72 el traits and properties scale up to predict emergent properties of forest stands, including size-fre

73 Smaldino proposes emergent properties of human groups, arising when indivi

74 ctromagnetic radiation, can give rise to the emergent properties of in-phase, out-of-phase, anti-phas

75 The emergent properties of islets, which differ from those a

76 ve functions such as working memory (WM) are emergent properties of large-scale network interactions.

77 These results reveal newly emergent properties of macroscopic cortical dynamics dur

78 Collective cell movement is critical to the emergent properties of many multicellular systems, inclu

79 Knowledge about emergent properties of marine gels provides important ne

80 eans to rationally implement and control the emergent properties of metallo-OPE materials.

81 The emergent properties of microbial consortia present a cha

82 Tsr and Tar in vivo, our results reveal the emergent properties of mixed receptor populations and em

83 Importantly, emergent properties of model networks reproduced two key

84 port that complex traits such as obesity are emergent properties of molecular networks that are modul

85 eometry and large-scale force balance affect emergent properties of movement.

86 ulate key features of human cancer, often as emergent properties of multigenic combinations.

87 ptic scaling rule and resultant dynamics are emergent properties of networks in general.

88 ators provides a framework to understand the emergent properties of networks of neuronal oscillators.

89 imaging tool will allow for the study of the emergent properties of neural circuits and permit experi

90 models are useful not only for studying the emergent properties of neural circuits in large-scale si

91 To understand the emergent properties of neural circuits, it would be idea

92 noise levels for neurons, demonstrating the emergent properties of neuronal networks can be more sen

93 te linkage was characterized in methanol for emergent properties of nucleobase tetrad formation.

94 d immediate application in understanding the emergent properties of other natural and artificial ligh

95 Opportunities abound for dissecting emergent properties of other polyploids, particularly an

96 limited to DNA and RNA but are likely to be emergent properties of polymers capable of information s

97 types surveyed, our study presents a view of emergent properties of prognostic genes.

98 e models in theoretical ecology explain many emergent properties of range expansions, such as a const

99 ancing microphysical detail with scaling and emergent properties of the aerosol-cloud radiation syste

100 The emergent properties of the Auditory Cortex (ACx) have be

101 Instead, they are emergent properties of the cell community which forms a

102 Recent work focusing on the emergent properties of the cross-talk networks has empha

103 gulation of the "Calcium clock" in SANCs are emergent properties of the diffusive coupling of an ense

104 The latter were a result of the emergent properties of the fusion protein.

105 riance effect appears to be one of the first emergent properties of the group and a general aspect of

106 hort-term changes in blood pressure arise as emergent properties of the integrated system.

107 treatment failure to be a consequence of the emergent properties of the interferon-signalling network

108 Linking neural microcircuit function to emergent properties of the mammalian brain requires fine

109 that determine the fitness landscapes become emergent properties of the model, avoiding the need to i

110 experiments, in contrast, did not reveal any emergent properties of the molecular ensemble.

111 le to its internal microstructure and to the emergent properties of the self-assembled materials, the

112 t predatory taxa in many ecosystems, and the emergent properties of their joint effects on insect her

113 Hence, emergent properties of these structures rely on two key

114 ed proteins and secreted factors and through emergent properties of tissues, including tension fields

115 lls communicate and cooperate to produce the emergent properties of tissues.

116 anscripts from high-copy DNA is therefore an emergent property of a minimal RNAi system.

117 at the mechanosensitivity of adhesions is an emergent property of a simple molecular-mechanical syste

118 We propose that periodic transcription is an emergent property of a transcription factor network that

119 also show that these results may reflect an emergent property of associative learning in neural circ

120 operates as an antagonistic network with the emergent property of bistability are discussed.

121 subunits, then modal gating can arise as an emergent property of channel behavior.

122 d activity in the alert monkey is largely an emergent property of cortex.

123 ts, arguing that Levy search patterns are an emergent property of fundamental characteristics of neur

124 Previous works identified robustness as an emergent property of gene network evolution but the unde

125 x network of coordinated substitutions is an emergent property of genetic systems with implications f

126 that follicle cell planar polarity may be an emergent property of individual cell migratory behaviors

127 demonstrate that rhythmic PIR activity is an emergent property of interactions between intrinsic and

128 p" mechanisms, in which the final size is an emergent property of local cell-cell interactions.

129 As awareness is thought to be an emergent property of network activity, we tested the hyp

130 Cortical computations are an emergent property of neural dynamics.

131 firing rate correlations between neurons--an emergent property of neural populations--can significant

132 h outline, how cognitive processes can be an emergent property of neurons and their connections.

133 n of virtual motion resulting from IPM is an emergent property of neurons at the level of the IC.

134 Orientation selectivity is a fundamental, emergent property of neurons in early visual cortex, and

135 1 architecture can be explained as a generic emergent property of random wiring.

136 tterns of individual foraging related to the emergent property of residential movements.

137 lobes and that behavioural inhibition is an emergent property of spatially distributed functional ne

138 s reveal that morphogen interpretation is an emergent property of the architecture of a transcription

139 naling reaction systems can be considered an emergent property of the cell.

140 al regulation of hepatic transcription as an emergent property of the circadian system.

141 The tunable threshold is treated as an emergent property of the dynamics of the T cell's signal

142 his suggests that the adder phenomenon is an emergent property of the independent regulation of pre-

143 ty in single mesendoderm cells represents an emergent property of the intact tissue.

144 t the ciliary beat is not present, but is an emergent property of the interacting components of the c

145 ence," where implicit inference occurs as an emergent property of the mechanism.

146 cyclic pattern of glycogen accumulation, an emergent property of the model, has timing characteristi

147 dispersal and cooperation are promoted by an emergent property of the morph locus that increases gene

148 s consequential to neural oscillations or an emergent property of the networks that interconnect them

149 ent with balancing selection operating on an emergent property of the PGI protein.

150 variability in self-renewal efficiency is an emergent property of the pluripotency gene regulatory ne

151 A key emergent property of the primary visual cortex (V1) is t

152 Because regulation is an emergent property of the reaction it is resistant to sel

153 voke a fast network oscillation, which is an emergent property of the synaptically and electrically i

154 f trophic control in complex food webs is an emergent property of the system and thus unintuitive.

155 An emergent property of the system is manifested in pattern

156 suggests that aftereffects on FRP may be an emergent property of the system that cannot be explained

157 sents long-term correlations that are a true emergent property of the system, i.e. they are not relat

158 nated response is not intentional, but is an emergent property of the system.

159 odulation of the number of myosin motors, an emergent property of their array arrangement.

160 ns often generate synchronous activity as an emergent property of their interconnections.

161 hypothesis that such global patterning is an emergent property of these cells as they engage in local

162 The actual motion is an emergent property of these interactions.

163 mplex disease syndromes, can be viewed as an emergent property of these multiscale systems.

164 An emergent property of these simple but realistic mechanis

165 upon cycling from 298 to 338 K, which is an emergent property of this molecular ensemble.

166 etric growth of cells within the network, an emergent property of this system and a feature commonly

167 An emergent property of this type of Ca2+ oscillation-gener

168 sis is common, and that additivity can be an emergent property of underlying genetic interaction netw

169 lecular insights into how noise arises as an emergent property of variable binding affinity of TBP fo

170 ity is not a primary sensation but rather an emergent property, or perception, whose "pacemaker" lies

171 cted phenomenon is developed, explaining the emergent properties out of the interplay between the tem

172 Predicting emergent properties represents a huge theoretical proble

173 ta-dependent increase in current arose as an emergent property requiring four alpha(1C) intracellular

174 and growth pattern of cancer populations are emergent properties resulting from the nonlinear dynamic

175 es, which suggests that superdiffusion is an emergent property resulting from the interaction of the

176 he strength of cell-cell junctions but is an emergent property, similar to cellular streaming, trigge

177 Importantly, this switch-like response is an emergent property, so that removal of multiple ITAMs, se

178 ibuted to phenotypic innovation and/or other emergent properties such as ecological adaptation by pol

179 These networks exhibit emergent properties such as integration of signals acros

180 Many Heusler compounds, which exhibit rich emergent properties such as unusual magnetism, supercond

181 These multi-scale patterns and other emergent properties, such as enhanced resistance to and

182 spin and orbital orders in the mechanism of emergent properties, such as high-temperature supercondu

183 Polyploidy often confers emergent properties, such as the higher fibre productivi

184 Complex gene regulatory circuits exhibit emergent properties that are difficult to predict from t

185 The emergent properties that arise from self-assembly and mo

186 ing that organisms are holistic systems with emergent properties that arise from their organization a

187 cillations of interacting electrons, possess emergent properties that dramatically alter the optical

188 al taxa with global influence and drivers of emergent properties that influence microbial community s

189 ory responses in the mouse MeA and uncovered emergent properties that shed new light onto the transfo

190 r data indicate that tissue elongation is an emergent property that arises from the collective regula

191 The function of neural circuits is an emergent property that arises from the coordinated activ

192 ultiplex protein kinase inhibitors may be an emergent property that cannot be understood fully by con

193 Twist-bend coupling is an emergent property that introduces local asymmetry to act

194 hat fast relaxation of striated muscle is an emergent property that reflects multiscale interactions

195 in this positive feedback loop constitute an emergent property that regulates the large dynamic range

196 ghly fluorescent inclusion complexes possess emergent properties; that is, as compared to the buildin

197 ulations that the model reproduces the first emergent property--the phase transition.

198 lonized by pathobiota dynamically expressing emergent properties which drive, and are driven by, a pa

199 , with the caveat that these may demonstrate emergent properties with regard to protective efficacy.

200 he complexity of the response suggested that emergent properties would be uncovered by a more compreh