ライフサイエンスコーパス: by assuming that

1 ribution of interburst intervals was modeled by assuming that a burst was triggered whenever the inst

2 rns across the four tasks could be explained by assuming that a high-dimensional position/configurati

3 These phenomena are quantitatively described by assuming that a small fraction of "superprimed" synap

4 Gompertzian organisms provides a resolution by assuming that (a) conception initiates a stochastic p

5 These results can be interpreted by assuming that addition of methanol to water produces

6 m cells in vivo, hematopoiesis was simulated by assuming that all stem cell decisions (that is, repli

7 Numerous empirical findings can be explained by assuming that animals use some mechanism similar to t

8 ate and kinetic data cannot be accounted for by assuming that ATP binds to the channel and causes a g

9 were schematized as a six-compartment model by assuming that blood was the medium linking the exchan

10 nted for the observed sedimentation behavior by assuming that both HMM heads bent toward the tail in

11 pproximately two layers of water)], obtained by assuming that both Na(+) and SO(4)(2-) (i.e., Na(2)SO

12 homeostatic fiber stiffness can be achieved by assuming that cells periodically probe fiber stiffnes

13 oing fluctuations in climbing fiber activity by assuming that changes in pf*St/Bk synapses occur only

14 the LiMo3Se3 chemiresistors can be explained by assuming that coating of the nanowire bundles with an

15 toplasmic osmolality is adequately predicted by assuming that contributions of individual solutes to

16 ay to resolve this apparent contradiction is by assuming that D less, similar 20 kilometer family mem

17 ibits Ca2+-ATPase activity can be reconciled by assuming that dequalinium binds to two sites in CF1,

18 I by haloperidol administration is explained by assuming that dopaminergic antagonists decrease the v

19 ns, gating of MET channels is described here by assuming that each tip link is associated with two id

20 ait from the state of the other, for example by assuming that explicitly modelled age (or stage) clas

21 eterogeneity within agarose gels was modeled by assuming that fiber-rich, spherical inclusions were d

22 e complete data, we selected "observed" data by assuming that follow-up visits occurred every 6 month

23 By assuming that fundamental spatial statistics are near

24 hese observations are most readily explained by assuming that Golgi cisternae form at the cis face of

25 This behavior was accounted for by assuming that (i) the O2 activation at the Pt(II) cen

26 Our earlier paper modeled the first kind by assuming that if a level x male mates with a level y

27 Recall bias was investigated by assuming that, if bias had occurred, the odds ratio b

28 onstruct a model to quantify the heterophily by assuming that individuals choose collaborators to max

29 By assuming that interference exists during recovery, th

30 The spectrum was simulated well by assuming that it arises from electron-electron spin c

31 c kinetic model explains the kinetic changes by assuming that KChIP1 mainly impairs open-state inacti

32 A population of patients is constructed by assuming that key parameters can be sampled from stat

33 The antagonistic action is interpreted by assuming that lipid A molecules intercalate into the

34 liver vitamin A concentrations were assessed by assuming that liver weight is 2.4% of body weight and

35 of rapid glycoside cleavage, were estimated by assuming that methyl replacement should generate reas

36 The data could be fit by assuming that mutant subunits are more stable in the

37 hod leverages the spatial nature of IMS data by assuming that nearby locations share similar abundanc

38 n nucleotide binding is adequately explained by assuming that nucleotide binding to a remote site cau

39 nsable amino acids (IAAs) has been attempted by assuming that obligatory oxidative losses (OOLs) of I

40 ET) channels has been successfully described by assuming that one channel is associated with a tip li

41 alistic interactions between the two species by assuming that one of the species excretes a product t

42 cal model is proposed to explain this result by assuming that only a single row of vortices is allowe

43 water diffusivity, but instead can be fitted by assuming that only molecular H2O is diffusing and tha

44 s between samples using gene expression data by assuming that ontologically defined biological pathwa

45 mate reconstructions, this is generally done by assuming that past climate change occurred at a linea

46 By assuming that people with many partners have fewer co

47 photon number fluctuations were deconvoluted by assuming that Poisson distributions characterize the

48 This profile is then interpreted by assuming that positions that have large effects on st

49 icate that most effects can be accounted for by assuming that PPNDS slows agonist binding/unbinding a

50 and localization patterns of these proteins by assuming that SoPIN1 is polarized up the auxin gradie

51 tion games, modeling behavior in these games by assuming that speakers attempt to be informative and

52 ' is used to predict a water 'loss function' by assuming that stomatal regulation exploits transport

53 By assuming that structurally registered myofibrils also

54 nd experimentally under high ATP and no load by assuming that the ATP binding affinities at the secon

55 By assuming that the binding of myosin heads induces and

56 This behavior can be explained by assuming that the binding of two Na(+) ions prior to

57 We explore this hypothesis by assuming that the bistability is due to the release a

58 It was developed by assuming that the catalytic domain of P-type pumps ev

59 tions of all metabolic rates in an organism, by assuming that the cell is optimizing a metabolic goal

60 oscopic behavior of such systems was modeled by assuming that the collective dynamics of microscopic

61 This could be explained by assuming that the concerted motions of two preceding

62 d degradation was modeled phenomenologically by assuming that the decay rate of an individual bond is

63 ing extreme value theory and, in particular, by assuming that the distribution of fitnesses belongs t

64 significant theoretical progress in ecology by assuming that the effective interactions among specie

65 Viral kinetics could be well fitted by assuming that the effectiveness in blocking viral pro

66 nactivation particles reproduced the results by assuming that the F1304Q mutation specifically influe

67 Flood discharges are often estimated by assuming that the floods filled the canyons to their

68 By assuming that the inhibition constant is independent

69 The cells are coupled by assuming that the input of the sensor cell is proport

70 howed that good curve fits could be obtained by assuming that the linker between adjacent TSR domains

71 l to the kinetics of DNA breakage and repair by assuming that the local volume fraction of the elasti

72 Further, by assuming that the mass transport of proteins to the e

73 tion with experimental binding free energies by assuming that the most stable binding site in the sim

74 The results can be quantitatively explained by assuming that the N-terminal deletions stabilize the

75 By assuming that the native structure of a protein is kn

76 ical studies have characterized this process by assuming that the nervous system uses internal models

77 The differences can be explained adequately by assuming that the observed data contain a significant

78 The results are modeled by assuming that the phenolic proton of Tyr L167 is trap

79 n these metal centers has been accounted for by assuming that the protein scaffold creates an entatic

80 l approach to modeling excitability dynamics by assuming that the recovery timescale is itself a dyna

81 to infer how humans will respond to stimuli by assuming that the same biological pathways will be af

82 the post-glacial colonisation of the region by assuming that the species' distribution has ascended

83 pe is determined through energy minimization by assuming that the spectrin tetramer links satisfy the

84 in the incongruent condition of Stroop tasks by assuming that the task-relevant and the task-irreleva

85 These results can be explained by assuming that the tetramethrin molecule displaces the

86 size, which may be understood theoretically by assuming that the torques exerted by the outermost ba

87 he observed EPR parameters could be obtained by assuming that the unpaired electron resides in an xy

88 Moon and the modern Earth is best explained by assuming that the W isotopic compositions of the two

89 finding the statistics of persistence times by assuming that there is a maximum population size.

90 In addition, by assuming that there is a probability mass at zero rep

91 The entire set of 61 spectra were fit by assuming that there were 4 species present during the

92 e traditionally addressed coastal ecosystems by assuming that they adapt to preexisting dune topograp

93 natural dendritic branches can be described by assuming that they are fractal objects with an averag

94 em can only be divided into smaller networks by assuming that two or more gap junctions are necessary