ライフサイエンスコーパス: metastability

1 dynamic properties in terms of synchrony and metastability.

2 igate the contribution of two Env regions to metastability.

3 ocused/constrained mode characterized by low metastability.

4 otein that lie at the heart of its prefusion metastability.

5 DAN increases global synchrony and decreases metastability.

6 th in the computational running time and the metastability.

7 omplete crystallization, indicating extended metastability.

8 entamers of polyoma viruses maintains capsid metastability.

9 connection between structural plasticity and metastability.

10 y to "long-lived" metastability to transient metastability.

11 ooling direction allow for the expression of metastability, a feature of liquid crystalline phases th

12 ination Dynamics proposes a mechanism called metastability, a subtle blend of integration and segrega

13 apolating from simulated data, synchrony and metastability across the RSNs emerged at coupling streng

14 twork connectivity and a decrease in network metastability allows rules that are coded throughout wor

15 However, metastability and a web of nonnative states slow the ave

16 tationary plateau indicating the presence of metastability and multi-exponential decays in case of mu

17 lex because of strong lattice strains, phase metastability and path dependent phase behaviors.

18 uctuations in electrical conductance display metastability and power law scaling of temporal correlat

19 es attentional focus by 'tuning' whole-brain metastability and so adjusts how stable brain network ac

20 In the empirical RSNs, higher metastability and synchrony were respectively associated

21 ntal operations, higher-order RSNs had lower metastability and synchrony.

22 cused/exploratory mode characterized by high metastability, and a focused/constrained mode characteri

23 e relationship among brain network activity, metastability, and cognitive state in humans, testing th

24 ten globule, has a wide temperature range of metastability, and it is identified as the "slow interme

25 This metastability appears to be a consequence of pressure to

26 computational approaches to investigate how metastability arises from the healthy structural connect

27 bone, we explored the fatigue resistance in metastability-assisted multiphase steels.

28 rogen chains in pure forms, and also exhibit metastability at ambient conditions.

29 phosphate supersaturation or upper limit of metastability between thiosulfate-treated and control ra

30 l that multispike engagement can exploit the metastability built into virus the envelope to irreversi

31 ion cascades including reactant stability vs metastability, catalytic vs noncatalytic transduction, p

32 the conduction band are responsible for the metastability change.

33 l findings presented can allow assessment of metastability characteristics of leading thin-film photo

34 he transient perturbation and how the serpin metastability contributes to the perturbation.

35 scontinuous change in area, arguing that the metastability does not reflect transition of the POPC fi

36 Here we present a metastability-engineering strategy in which we design na

37 This metastability-engineering strategy should thus usefully

38 Here, the "metastability-engineering" strategy is exploited in brit

39 The energetic metastability explains why coffinite cannot be synthesiz

40 emperature anharmonicity and low-temperature metastability fine-tuned with phonon stability at the lo

41 We also report the regions of metastability for non-ground state equilibrium configura

42 Using the full diagram, we examined the metastability gaps, i.e., the distance between the cryst

43 e, we found that IgG antibodies have similar metastability gaps.

44 Metastability has been studied for its potential role in

45 Although metastability has garnered increasing attention, it has

46 neutralizing activity in human sera, but its metastability has hindered characterization.

47 ain during resting state operates at maximum metastability, i.e. in a state of maximum network switch

48 Here, we illustrate metastability in continuous neural and behavioral record

49 cid addition, and they represent a source of metastability in Escherichia coli's proteome.

50 We found reduced metastability in large-scale neural dynamics after TBI,

51 n humans, testing the hypothesis that global metastability is "tuned" by network interactions.

52 coherence, such as the chimera-like chi and metastability lambda indices, which quantify the degree

53 y and motor RSNs showed greater cohesion and metastability, likely to respectively reflect their func

54 Metastability may confer important behavioral properties

55 respond to biological function and how their metastability may underlie devastating protein aggregati

56 the two positional isomers a high degree of metastability, meaning that altering the chemical state

57 ndogenous concentrations of the peptide, the metastability of Abeta oligomers, and the wide range of

58 Organisms tune the metastability of amorphous calcium carbonates (ACC), oft

59 The metastability of californium(II) is responsible for many

60 The metastability of critical systems maximizes their dynami

61 ersification of properties that affected the metastability of HAs required for their membrane fusion

62 pect to twist deformation contributes to the metastability of HbS fibers: HbS double strands are twis

63 This implies a lower limit of metastability of liquid water just below T(H) and well a

64 Our approach takes advantage of the metastability of our cationically charged materials to i

65 Initial experiments confirmed similar metastability of POPC if compressed above a threshold ra

66 This molecular mechanism points to the metastability of reflectins as the centrally important d

67 The conformational metastability of RNA polymerase revealed by this single-

68 Metastability of the immature lattice has been proposed

69 Our experiments collectively demonstrate the metastability of the protonated triazoline intermediate

70 cture provides mechanistic insights into the metastability of the unliganded state, receptor-induced

71 ies, supersaturation, and the upper limit of metastability of urine.

72 h the equilibrium state after deviation from metastability or can be frozen on returning from nonequi

73 in the FPCN/DAN and DMN might control global metastability, providing a mechanistic explanation of ho

74 es in trimer design, the roots of Env trimer metastability remain elusive.

75 etailed understanding of prefusion F-protein metastability remains elusive.

76 The structural architecture of serpin metastability seems to be designed to ensure the active

77 es in functional connectivity, synchrony and metastability, this analysis revealed a significant shif

78 properties whose modulation confers certain metastability to their structures to fulfill each task o

79 f a crossover from stability to "long-lived" metastability to transient metastability.

80 erimental evidence for the optically induced metastability transition and expand the divacancy model

81 This reduction in metastability was associated with damage to the connecto

82 onstrated increased synchrony, and decreased metastability was associated with increased activity wit

83 Furthermore, decreased metastability was associated with reduced cognitive flex

84 To explore the limit of electronic metastability, we tried to make the related quadruply ch

85 important factor impacting the efficiency is metastability, where material changes occur over timesca

86 n at the A(vy) locus and that the epigenetic metastability which confers this lability is due to the

87 oimaging data, we link CTC to the concept of metastability, which refers to a rich exploration of the

88 BOLD signal across regions of the brain; and metastability, which we define as the extent to which sy

89 atmosphere the structure shows considerable metastability with increasing temperature (T <160 K) bef

90 ding of glasses includes their thermodynamic metastability with respect to crystals.