ライフサイエンスコーパス: can in principle be

1 of only a limited set of the properties that can in principle be accessed by this technique.

2 arameters, size, number, and total quantity, can in principle be accomplished by regulating the produ

3 This can, in principle, be achieved by reducing coke formatio

4 es used here are not limited to flagella and can in principle be adapted to probe size control system

5 The question can in principle be answered for regulatory evolution, o

6 e scaffold developed to enable this approach can in principle be applied to a broad range of cancer t

7 d using a single laser pulse, and the method can in principle be applied to any number of ions.

8 alized excitons and paramagnetic impurities, can in principle be applied to entangle an arbitrarily l

9 This technique can in principle be applied to other biological samples

10 This technology can in principle be applied to the large portion of reac

11 It was proved that the same protocol can in principle be applied to tritiation reactions impo

12 ination of synthesis and deconvolution which can, in principle, be applied to any type of macrocyclic

13 This approach can, in principle, be applied to image any molecular pat

14 Although synthetic biological circuits can in principle be assembled in the same fashion, they

15 These can, in principle, be assembled to form an almost unlimi

16 ces can be separated, and 2) f alpha (alpha) can, in principle, be calculated from the Ca2+ spark amp

17 l 16S ribosomal RNA (rRNA) gene target, they can, in principle, be compared to determine the relative

18 in silica is a deterministic phenomenon that can, in principle, be completely reversed.

19 Transmembrane asymmetry can in principle be comprised of an asymmetric charge di

20 It has long been known that B(22) can in principle be computed, but only very recently has

21 e, even low-frequency mechanical oscillators can in principle be cooled arbitrarily close to the moti

22 New functional materials can in principle be created using colloids that self-ass

23 Because synthetic polyamides can, in principle, be designed to recognize any specific

24 ation of energy-momentum conservation, which can, in principle, be detected in the laboratory via the

25 This phenomenon can in principle be explained entirely by the presence o

26 This emission can in principle be extended to 1,500 nm by doping of sm

27 Due to their short wavelength, X-rays can in principle be focused down to a few nanometres and

28 is valid for four different cage modules and can in principle be generalized in a computationally pre

29 Our methodology can in principle be generalized to diverse neurostimulat

30 Our method can in principle be generalized to monitor the temporal

31 rencies of cellular information, this system can, in principle, be generically used to control divers

32 applied locally to a damage site, so objects can in principle be healed under load.

33 s method is that almost any type of molecule can, in principle, be immobilized in a well-defined surf

34 to singlet fission, we find this population can, in principle, be increased by small compression alo

35 lesion, such as O(6)-methylguanine (m(6)G), can, in principle, be influenced by the surrounding nucl

36 The 5' and 3' splice sites within an intron can, in principle, be joined to those within any other i

37 adherent cells with high spatial resolution, can in principle be linked to virtually any surface, and

38 ir of well characterized quantum states that can in principle be manipulated quickly compared to the

39 that inhibit nuclear translocation and that can, in principle, be modified to target specific infect

40 based broadly on conformational changes that can in principle be modulated by protein-protein interac

41 Our results suggest that RPTPalpha activity can in principle be negatively regulated by dimerization

42 D diagnostic imaging of human breast cancers can, in principle, be performed at clinical compatible d

43 ower densities exceeding those of batteries, can in principle be provided by electrochemical capacito

44 y transfer from a proximal quantum well that can in principle be pumped either electrically or optica

45 ental paradigms demonstrate that these cells can, in principle, be regenerated from multiple endogeno

46 phase where the specific structural isomers can, in principle, be separated.

47 suggestive that the protein-folding problem can in principle be solved based on the current PDB libr

48 ' interactions between building blocks; this can in principle be straightforwardly implemented using

49 his means that the evolution of group traits can in principle be studied in an individualistic way, b

50 Although such gaps can in principle be the result of weak, incomplete cell

51 ontal eye field, and supplementary eye field can in principle be understood as a best-fit rendering o

52 d further show that the same reaction scheme can in principle be used both to strengthen and to weake

53 te secondary structures in the template, and can in principle be used for any enzyme traversing along

54 tegrated into the PubMLST.org website, which can in principle be used for the analysis of any pathoge

55 The proposed scheme is general and can in principle be used in different platforms such as

56 n that electromagnetic radiation-radio waves-can in principle be used to communicate over interstella

57 AFF is significant because it is general and can in principle be used to control activity of many enz

58 Such contact probabilities (CPs) can in principle be used to deduce the 3D spatial organi

59 block, designed to be tetrahedral in nature, can in principle be used to form tetrahedral assemblies.

60 The method used in this report can in principle be used to isolate additional component

61 Monocle can in principle be used to recover single-cell gene exp

62 tive positions of retinal ganglion cells and can, in principle, be used at retinogeniculate and retin

63 rrays are not limited to DNA separation, but can, in principle, be used for any particle in this size

64 in this study but is rather universal as it can, in principle, be used for the sensitive and accurat

65 SLIC can, in principle, be used in the study of any neurodege

66 described in this work is quite general and can, in principle, be used to analyze binding preference

67 but is rather universal and sensitive as it can, in principle, be used to determine enantiomeric com

68 ries data sets are available, dynamic models can, in principle, be used to infer correlative relation

69 body of research shows that protein docking can, in principle, be used to predict biologically relev

70 he emission of light, coupled to exocytosis, can in principle be utilized to monitor the activity of

71 ical foldamers, this water-assisted strategy can, in principle, be utilized for binding other hydroph