ライフサイエンスコーパス: experimental verification

1 hich were incomplete and/or had little or no experimental verification.

2 along with suggestions for further possible experimental verification.

3 bining two datamining strategies followed by experimental verification.

4 tRNA-aaRS recognition are amenable to direct experimental verification.

5 roposed for this process, most of which lack experimental verification.

6 and/or have been deemed putative without any experimental verification.

7 ns, that have been predicted but have defied experimental verification.

8 tudies, in silico analysis and some targeted experimental verification.

9 mpounds, the estimates reported here require experimental verification.

10 a symmetry of our universe, it still awaits experimental verification.

11 gions can easily go beyond the capability of experimental verification.

12 omic regions requiring attention for further experimental verification.

13 These predictions await experimental verification.

14 with correlated fluxes, there is a need for experimental verification.

15 of structure-based computations followed by experimental verification.

16 lar localization of such candidates requires experimental verification.

17 ions are predicted quantitatively for future experimental verification.

18 , particularly in modular proteins, requires experimental verification.

19 dictions from genome sequences combined with experimental verifications.

20 Based on secondary filters and experimental verifications, a subset of 158 genes showed

21 ation of monomeric protein is convenient for experimental verification and for use in rate equations

22 milies to select 13 potential new miRNAs for experimental verification, and found that corresponding

23 An integrated network pharmacology and experimental verification approach was used to decipher

24 Rigorous experimental verifications are presented.

25 ease WS9 of Wormbase (August 1999), provided experimental verifications for approximately 55% of pred

26 ide (FeSe) and related pnictides, but direct experimental verification has been lacking.

27 Mathematical modeling and experimental verification identified mechanisms of insul

28 of the proposed EHEC virulence factors lacks experimental verification in animal models.

29 Yet there has been so far only limited experimental verification in complete accordance with th

30 line tension theories, we provide the first experimental verification in free-floating bilayers.

31 d for laboratory strains of E. coli, require experimental verification in pathogenic strains which we

32 e molecular dynamics simulations and cognate experimental verifications in both LeuT and human dopami

33 Experimental verifications include confirmation of a CTG

34 Target gene predictions and experimental verification indicate that several embryoni

35 ns, and both amperometric and potentiometric experimental verification is demonstrated using ammonium

36 entral constriction in the channel pore, but experimental verification is lacking due to the sensitiv

37 n of coherent 'dark' nuclear spin states but experimental verification is lacking, especially due to

38 to the presence of rapid-decay channels, but experimental verification is lacking.

39 ort mechanisms have been proposed, but their experimental verification is limited to poor conductors.

40 stence of certain classes of regulators, but experimental verification is needed.

41 ues and increases in computing power, direct experimental verification is still lacking.

42 e been performed with this concept; however, experimental verification is yet to be attained even for

43 lutionary analysis, structural modeling, and experimental verification may provide an efficient appro

44 We report the identification and experimental verification of 16 previously unknown ADAR

45 This experimental verification of a complete PBG and realizat

46 We report on a theoretical analysis and experimental verification of a mechanism for photoconduc

47 In this paper, we demonstrate the experimental verification of a new class of autonomous f

48 Experimental verification of a range of these designs de

49 The results provide experimental verification of a theoretical model for two

50 High-throughput experimental verification of alternative splice forms, f

51 We report the design, fabrication and experimental verification of an illusion device working

52 An experimental verification of an optical microscope techn

53 lso present basic computational results with experimental verification of both fluid ejection and flu

54 These results provide the first experimental verification of computational studies carri

55 Comparative genomic analysis and experimental verification of DapL candidates revealed th

56 ures is difficult, which in turn has limited experimental verification of different physical mechanis

57 Having previously tested this technique by experimental verification of discoveries in selected vir

58 Since systematic experimental verification of each such candidate gene is

59 idging metabolic network reconstruction with experimental verification of enzyme encoding open readin

60 ough these genomic analyses are informative, experimental verification of functions of genomic sequen

61 0 genes in higher vertebrate genomes and the experimental verification of gene-phenotype relations re

62 Experimental verification of its existence is an importa

63 This study provided experimental verification of many features of self-assem

64 icted An. gambiae miRNAs, offering the first experimental verification of miRNAs from mosquito specie

65 ntrol models and provides benchmark data for experimental verification of model mechanisms.

66 By performing experimental verification of more than 1,000 SAGE tags a

67 Independent experimental verification of more than 100 sites estimat

68 report our computational identification and experimental verification of muscle-specific cis-regulat

69 This latter set of assignments provides experimental verification of one of the disulfide patter

70 els, confirmed by crossvalidation and by the experimental verification of our predictions for additio

71 Experimental verification of several of the predicted as

72 f an ORF to encode a functional product with experimental verification of strand-specific transcripts

73 However, no direct experimental verification of such a phase transition has

74 tiple metabolites in parallel, thus enabling experimental verification of the active metabolic pathwa

75 Subsequent experimental verification of the compounds in in vitro a

76 analysis and curation, followed by eventual experimental verification of the computational predictio

77 Given the experimental verification of the computational results,

78 ts with different brain lesions and provided experimental verification of the detailed shape of primi

79 semble-based techniques to be proven through experimental verification of the discovery of new inhibi

80 In addition, experimental verification of the existence of spoof-LSPs

81 These results provide the groundwork for the experimental verification of the function.

82 This is a unique experimental verification of the influence of nonconscio

83 alysis of the membrane elastic energy and by experimental verification of the major model assumptions

84 Experimental verification of the model was achieved in a

85 While a rigorous experimental verification of the multiplexing hypothesis

86 eat theoretical interest in the past decade, experimental verification of the predictions has been el

87 For experimental verification of the predictions of the theo

88 oretical predictions and, therefore, provide experimental verification of the previously developed th

89 Experimental verification of the resolution measure is c

90 hysiologically important receptors, although experimental verification of the role of these binding p

91 In silico analysis and subsequent experimental verification of the selected sequences sugg

92 Both a theoretical background and experimental verification of the technique is presented

93 Here we report on the experimental verification of the theory, made with a fiv

94 ns, and differences in loop size necessitate experimental verification of these comparative models.

95 ion of the electrochemical double layer, the experimental verification of these models has been chall

96 variety of emergent topological properties, experimental verification of these predictions can be ob

97 Experimental verification of these results using standar

98 Experimental verification of this catalytic process in s

99 For experimental verification of this microRNA, the predicte

100 lectroosmotic flow dispersion (EOFD) and the experimental verification of this phenomenon are present

101 Here we report the direct experimental verification of this phenomenon.

102 This experimental verification of topological behaviour is a

103 developed a reporter protein system for the experimental verification of twin-arginine signal peptid

104 d previously, we describe the prediction and experimental verification of: (i) a new group of presume

105 Experimental verifications of binding of these computati

106 r physics beyond the standard model, refined experimental verifications of Lorentz symmetry are desir

107 This work provides direct experimental verification (on the level of single molecu

108 ogether with novel analytical strategies and experimental verification, revealed or clarified the rol

109 or cellulose degradative enzymes followed by experimental verification successfully identified severa

110 utility of our approach was demonstrated by experimental verification that four secreted proteins fr

111 We used computational prediction followed by experimental verification to identify and characterize s

112 However, the use of experimental verification to identify disease-related mi

113 diffuser, and rotator-in both simulation and experimental verification using finite element method an

114 Using bioinformatic prediction and experimental verification, we demonstrate that HO-1 expr

115 atabases, comparative sequence analysis, and experimental verification, we have extended genes, fused

116 ning computational data mining and wet-bench experimental verification, we identified 492 human-speci

117 Using bioinformatic predictions and experimental verification, we identified five pre-mRNAs

118 structures, emphasizing the need for careful experimental verification when extrapolating findings fr

119 ation of predictive modeling with systematic experimental verification will be required to gain a dee

120 he iterative process of model refinement and experimental verification will continue until an accurat