ライフサイエンスコーパス: be rationalized in terms of

1 nsor and observed hyperfine coupling to 57Fe are rationalized in terms of a (superoxo)diiron(III/III)

2 onal properties of the S = 32 (FeNO)(7) unit are rationalized in terms of a limiting formulation invo

3 The binding affinities for the th-receptor are rationalized in terms of a model for the th-pharmaco

4 The differences are rationalized in terms of a simple MO model, and the

5 the quality of potentials used.These results are rationalized in terms of a threading free energy lan

6 These data are rationalized in terms of a two-step electrochemical

7 This remarkable effect of TBAF can be rationalized in terms of a deprotonation of the monoa

8 conjunction with those obtained earlier can be rationalized in terms of a novel, dual-function triad

9 These seemingly paradoxical results can be rationalized in terms of a simple geometric argument.

10 Tensile tests on dried composite films have been rationalized in terms of a CNT cell bridging mechan

11 nal theory calculations, this valence change is rationalized in terms of a formal reduction of the bo

12 )-N2) toward N identical withN bond cleavage is rationalized in terms of a ground-state electronic st

13 of configurations that favor the CD pathway is rationalized in terms of a model in which the KSI-sub

14 The small quasiclassical primary KIE (2.6) is rationalized in terms of a nonlinear transition state

15 The isolation of a single diastereomer was rationalized in terms of a Nazarov-type 4pi-electroc

16 Formation of the 5,7-fused skeleton was rationalized in terms of a spirocyclic ammonium ylid

17 formation of the major syn-beta-amino ketone was rationalized in terms of addition of the E-enolate t

18 The results for Cs(+) were rationalized in terms of adsorption to interlayer s

19 gioselectivity and diastereoselectivity that are rationalized in terms of an asynchronous, endo-selec

20 Periodic trends can be rationalized in terms of attractive and repulsive int

21 all reported aldose reductase inhibition can be rationalized in terms of binding of an alrestatin-lik

22 Increasingly, those differences can be rationalized in terms of biological function.

23 diphosphonites L 2a and L 2b ; these results are rationalized in terms of delta/lambda-chelate confor

24 t response of the two dimers to pressure has been rationalized in terms of differences in their linea

25 The results are rationalized in terms of different degrees of cooper

26 cts and substrate order for these two stages are rationalized in terms of different resting states an

27 This is rationalized in terms of diffusion of Cu(+) ions and

28 se to deletion mutation sites, but these can be rationalized in terms of direct interactions with the

29 ed by the free energy landscape theory, must be rationalized in terms of dominant variations of its c

30 The results are rationalized in terms of electronic effects on the t

31 The results are rationalized in terms of first-principles calculatio

32 The QCM results have been rationalized in terms of free volume theory which i

33 , Idd5.2, Idd9.1, Idd9.2, and Idd9.3) cannot be rationalized in terms of global effects on the nonind

34 The reversal of order of elution was rationalized in terms of intermolecular interactions

35 presence of two liquid-liquid interfaces and is rationalized in terms of ion transfer across the two

36 re and base on the course of these reactions are rationalized in terms of kinetic and thermodynamic p

37 These and other observations can be rationalized in terms of light-induced creation of mo

38 spite this, the driving force dependence can be rationalized in terms of Marcus theory.

39 The observed conformations can be rationalized in terms of maximizing the number of bac

40 ow stability of the Chm-beta protein and can be rationalized in terms of native turn-stabilizing inte

41 We argue that allostery can be rationalized in terms of pathways of residues that ef

42 e effects of substitutions at Ile 183 cannot be rationalized in terms of peptide-peptide contacts and

43 patterns in the fluorescence signal that can be rationalized in terms of photobleaching and stochasti

44 well as a series of substituted pentacenes, are rationalized in terms of "pitch and roll" inclinatio

45 iation after excitation at long lambda(phot) is rationalized in terms of radiationless transfer from

46 The experimental results are rationalized in terms of several related free-radica

47 n reactions of C3 with benzenes vs biphenyls is rationalized in terms of small differences in the ele

48 show noticeable functional differences that are rationalized in terms of spectroscopic properties an

49 These findings can be rationalized in terms of stabilization of the Ca(2)E1

50 Our results can be rationalized in terms of strong and weak cooperative

51 and-gated ion channel with bound agonist can be rationalized in terms of subunit-subunit instability,

52 e of the folding rate in some cells that can be rationalized in terms of temperature-dependent crowdi

53 ficiency virus protease, and HIV-1 integrase are rationalized in terms of the dehydron distribution,

54 ic electrochemical and rheological responses are rationalized in terms of the effective electron hopp

55 The results are rationalized in terms of the exo-anomeric effect, st

56 fects of ionic strength were observed; these are rationalized in terms of the model.

57 nanoparticles on carbon and TiO(2) supports are rationalized in terms of the particle/support wettin

58 Differences in these pKa values are rationalized in terms of the pH- and concentration-d

59 These results are rationalized in terms of the properties of the react

60 The results are rationalized in terms of the rates of intersystem cr

61 strate discrimination by QSOX family members are rationalized in terms of the stringent steric requir

62 nd sets and the pK values of the transitions are rationalized in terms of the structure of the heme p

63 s in these three recombination reactions can be rationalized in terms of the amount of B2 excitation

64 ne in folding newly synthesized proteins can be rationalized in terms of the crowded nature of the in

65 The structure-activity profile of AcSHA can be rationalized in terms of the crystal structure of the

66 nectivity between PDI and (2)BPNO(*) and can be rationalized in terms of the dependence on molecular

67 f NC for SL2, SL3 and SL4 stem-loops can now be rationalized in terms of the different structural pro

68 illogenic propensities of these peptides can be rationalized in terms of the equilibrium thermodynami

69 Although most of the results can be rationalized in terms of the folded structure, there

70 Our observations can be rationalized in terms of the formation of a nucleopro

71 le in defining the topological ordering, can be rationalized in terms of the oxygen-packing fraction

72 humidity-dependent release rates, which can be rationalized in terms of the physicochemical characte

73 The results could be rationalized in terms of the presence of GroEL hetero

74 d threonine are distinctly different and can be rationalized in terms of the steric interactions with

75 ation in flow at elevated temperature, could be rationalized in terms of the strain energy in the mac

76 mutations in the C-terminal half of YscF can be rationalized in terms of the structure of the heterot

77 and simulation, we show that this result can be rationalized in terms of the temperature-dependent so

78 These types of phenomena have often been rationalized in terms of the "structure-making" or

79 The observed chemical behavior has been rationalized in terms of the already reported rever

80 stereocontrol was observed, the results have been rationalized in terms of the factors that contribut

81 The high stereoselectivity has been rationalized in terms of the greater stability of t

82 lvent than the 10R (-)-trans-anti-dG adduct, is rationalized in terms of the adduct structures.

83 methionine near the carboxyl terminal of CaM is rationalized in terms of the enhanced solvent accessi

84 This difference in binding mode is rationalized in terms of the greater electron-donatin

85 This observation is rationalized in terms of the latter radical ion pair,

86 The occurrence of ionic phases is rationalized in terms of the relative ease of forming

87 for concerted reaction, the observed barrier is rationalized in terms of the reversible formation of

88 of the catalyst on the product distribution is rationalized in terms of the Rh-catalyzed isomerizati

89 This apparently contradictory finding is rationalized in terms of the subsequent enzymatic oxi

90 This is rationalized in terms of the three electron two cente

91 The results were rationalized in terms of the amphiphobic nature of

92 the catalytic performance of these complexes were rationalized in terms of the predicted mechanisms o

93 well as systematic up-field shifts that can be rationalized in terms of their stronger binding affin

94 The unusual spectral properties of rC(557) are rationalized in terms of this structure.