ライフサイエンスコーパス: be widely applicable to

1 neral method described in this report should be widely applicable to a large number of neuroendocrine

2 oring and solving such structures which will be widely applicable to a range of functional materials.

3 The results obtained should be widely applicable to a variety of selection-amplifica

4 analytical operations in the MuSiC framework is widely applicable to a broad set of tumor types and o

5 RS3D is widely applicable to a variety of RNA folding archite

6 The methodology is widely applicable to a variety of silicon, boron, and

7 The approach is widely applicable to analyses of human bacterial path

8 -throughput RNA structure profiling data and is widely applicable to analyze RNA structures in any tr

9 t resistance on the photovoltaic performance is widely applicable to any nanowire solar cell construc

10 cell lines indicates that this approach may be widely applicable to bacteria in the genera Anaplasma

11 is method of transformation and regeneration is widely applicable to both dicotyledonous and monocoty

12 l responses using time-reversed stimuli that is widely applicable to brain imaging.

13 This pipeline is widely applicable to different experimental paradigms

14 argeting fluorescence in situ hybridization, is widely applicable to different species and genetic lo

15 These results are widely applicable to diverse microbial infections in

16 The technique should be widely applicable to dynamical studies of radical int

17 In principle, this protocol is widely applicable to eukaryotic cells and herein is s

18 Therefore we anticipate that this method may be widely applicable to facilitate the identification of

19 selected by display technologies, as well as being widely applicable to general recombinatorial cloni

20 The strategy described here is widely applicable to identify active caspases involve

21 ates the MPD analyses, which, we expect, can be widely applicable to investigate complex equilibrium

22 RPAf is widely applicable to investigate its mechanism of act

23 computational workflow described here should be widely applicable to large-scale biomolecular investi

24 This incorporation and cleavage chemistry are widely applicable to many existing nucleic acid anal

25 possible from qualitative analysis alone and are widely applicable to many other cell biology problem

26 Therefore it should be widely applicable to many cell lines.

27 eceptor specificities among GRKs that should be widely applicable to many G-protein-coupled receptors

28 This hierarchical surface chemistry is widely applicable to many analytes and provides a gen

29 Spectral imaging is widely applicable to many areas of science, and the C

30 s in human cells, indicating that our system is widely applicable to many cellular locations.

31 proach to assess activity at high throughput is widely applicable to many problems in tRNA biology.

32 tween, these emerging general principles may be widely applicable to map formation throughout the ner

33 aptic labelling method described here should be widely applicable to mapping connections throughout t

34 This method is widely applicable to mapping many features of chromat

35 We expect our method to be widely applicable to measurements of [Ca(2+)] and [Ca

36 determination of oligomeric structures would be widely applicable to membrane proteins where paramagn

37 o TRAP suggests that an ends-in strategy may be widely applicable to modify plasmodial genes and perf

38 anogaster, and we expect these principles to be widely applicable to more economically important orga

39 We show that this method is widely applicable to nanostructures of different size

40 The methods introduced here are widely applicable to other reversible modification s

41 d experimental and modeling strategies could be widely applicable to other biological systems.

42 l approach to vaccination against HPAIVs may be widely applicable to other emerging strains of influe

43 these differential regulatory mechanisms may be widely applicable to other genes and may provide new

44 cetyltransferase assay presented here should be widely applicable to other HAT enzymes, and the resul

45 binding site identification protocol should be widely applicable to other low abundance cell types a

46 nerating transposon insertion mutants should be widely applicable to other organisms that are not nat

47 These measurements, which should be widely applicable to other systems, can provide impor

48 conditions close to physiological and should be widely applicable to other systems.

49 about regulation of HSC differentiation, and is widely applicable to other hierarchical biological sy

50 proach to quantifying the matrix composition is widely applicable to other organisms and to examining

51 d along with the low material demand, PrA-MS is widely applicable to protein characterization and is

52 lieve that the FRET method demonstrated here is widely applicable to protein conformational studies,

53 These methods should be widely applicable to research involving green algae.

54 Our approach should be widely applicable to scale 3C data to real spatial di

55 These guidelines are widely applicable to similar families of polymers an

56 ellular, and suggest that this approach will be widely applicable to studies of the molecular mechani

57 The method is widely applicable to studies of other metal ion trans

58 Our experimental strategy should be widely applicable to study conformational dynamics in

59 odopsin-like receptors, this approach should be widely applicable to study the existence and molecula

60 sHRP should be widely applicable to studying mechanisms of communica

61 in biological membranes, and the technology is widely applicable to studying the dynamics of diverse

62 the challenges to address for the methods to be widely applicable to supplement high-throughput exper

63 We believe that these strategies may be widely applicable to technologies reliant on biorecog

64 The described approaches are widely applicable to the study of conformational cha

65 nthesis strategies and have the potential to be widely applicable to the doping of colloidal chalcoge

66 approach suggests that this technique could be widely applicable to the fabrication of other hybrid

67 e family members, and thus these results may be widely applicable to the family as a whole.

68 Inosine-containing degenerate primers may be widely applicable to the identification of echovirus

69 These findings could be widely applicable to the many homogeneous transfer hy

70 ies based on covalent complementarity should be widely applicable to the study of protein kinases.

71 These approaches should be widely applicable to the study of protein-DNA complex

72 present a general statistical framework that is widely applicable to the analysis of genomic contact

73 This approach is widely applicable to the analysis of spontaneous or s

74 The method is widely applicable to the biophysical investigation of

75 imitations, we suggest the approach proposed is widely applicable to the evaluation of effects of pla

76 Furthermore, this novel biosensing strategy is widely applicable to the immobilization of any H2O2 p

77 In addition, the ACESIMS method is widely applicable to the simultaneous analysis of mul

78 This new method is widely applicable to the study of binding kinetics be

79 nic generation 2-photon fluorescence imaging is widely applicable to the study of Ca(2+)-contraction

80 e originally from neuroscience, optogenetics is widely applicable to the study of many different biol

81 This droplet sampling technique should be widely applicable to time-resolved cellular secretion

82 Ultimately, this method, which is widely applicable to virtually any protein, provides