ライフサイエンスコーパス: practical use

1 low 100 K), which could be of importance for practical use.

2 and and competitor) were not well suited for practical use.

3 have sufficient spatial resolution to be of practical use.

4 g and interpretation, and 3) in clinical and practical use.

5 sed through before a discovery can be put to practical use.

6 rading scheme and confirms its potential for practical use.

7 the resulting structures are still of great practical use.

8 cost and hysteretic performance to restrict practical use.

9 risk assessment and therefore are of limited practical use.

10 s also possess good mechanical stability for practical use.

11 ess, which poses a severe hindrance to their practical use.

12 ents, but this is a significant drawback for practical use.

13 activity is of paramount importance for its practical use.

14 ial and thus provide limited tuneability for practical use.

15 procedure, providing recommendations for its practical use.

16 o discover safe mitochondrial uncouplers for practical use.

17 xperimental techniques have restricted their practical use.

18 instructively reflects their assumptions and practical use.

19 ntire new paradigm in harvesting photons for practical use.

20 les the algorithm to run in on-line mode for practical use.

21 scalable operation, with clear potential for practical use.

22 ration, and is simpler and more suitable for practical use.

23 nt mutations with sufficient reliability for practical use.

24 g a running time that is within the range of practical use.

25 nd further optimization is necessary for its practical use.

26 allowing for covariates, that restrict their practical use.

27 et molecules, which is insufficient for most practical uses.

28 ere carried out to test sensor's ability for practical uses.

29 ster than the 'non-indexed' version for most practical uses.

30 is one of the most important concepts in the practical use and implementation of crystal design.

31 or virtually all kinds of genetic markers in practical use and, if violated, can severely bias sibshi

32 Although practical uses and application of metagenomics, transcri

33 ied too widely (R0 from 1.5 to >20) to be of practical use, and often appear to disregard contingent

34 to engineer g-C3N4 micro/nanostructures for practical use, and then discusses the newly disclosed ap

35 s currently researching or putting phages to practical use are able to pool their knowledge and exper

36 e demonstrated, and some recommendations for practical use are given.

37 Its current practical uses are mostly confined to smaller surgical p

38 polymers, which provide limitations to their practical use, are favourably altered by the addition of

39 ed to molecular fluorescence enhancement for practical use as a highly functional and ultrasensitive

40 water with high stability, demonstrating its practical use as an electrochemical sensor.

41 Arbitrary criteria might have limited practical use, but still must be agreed upon by the comm

42 We demonstrate its practical use by analyzing multiple datasets related to

43 stable greenhouse gas that has found little practical use despite the growing importance of trifluor

44 maging of dynamic gut processes has not been practical using existing approaches.

45 degree of adrenal suppression precludes its practical use for CFS.

46 guish ethylbenzene degradation and may be of practical use for monitoring natural or technological re

47 ry distress syndrome (ARDS) that would be of practical use for the bedside clinician, under the auspi

48 portive therapies in sepsis that would be of practical use for the bedside clinician, under the auspi

49 portive therapies in sepsis that would be of practical use for the bedside clinician, under the auspi

50 ere sepsis and septic shock that would be of practical use for the bedside clinician, under the auspi

51 of blood products in sepsis that would be of practical use for the bedside clinician, under the auspi

52 pic support in septic shock that would be of practical use for the bedside clinician, under the auspi

53 munosuppressive medications that would be of practical use for the bedside clinician, under the auspi

54 early goal-directed therapy that would be of practical use for the bedside clinician, under the auspi

55 osis of infection in sepsis that would be of practical use for the bedside clinician, under the auspi

56 erties of an inorganic material, could be of practical use for the fabrication of photonic devices.

57 s environmentally benign solvents, but their practical use has been limited by the need for high CO2

58 Their practical use has been limited, however, owing to the di

59 uencing (NGS) as an alternative to qPCR, its practical use has not been assessed for routine analysis

60 a reliable way to detect HGT events but its practical use has remained limited because the method is

61 ng reported transformations; selectivity and practical use have been discussed.

62 magnetic and mechanical properties, but few practical uses have materialized because they are brittl

63 lumens/watt) and lifetimes (>5000 hours) for practical use; however, the factors that govern lifetime

64 ocess, and demonstrate its markedly improved practical use in a prototype non-dispersive infrared (ND

65 ular chemistry of anions has also found real practical use in a variety of applications such as catal

66 itivity and fluorescence lifetime needed for practical use in biology.

67 t of acidulated phosphate fluoride (APF) for practical use in caries prevention.

68 PHOLEDs) has remained insufficient for their practical use in displays and lighting.

69 to deliver fully virulent spores limit their practical use in early stages of product development.

70 unity-level species loss models are to be of practical use in ecology or conservation, they need to i

71 The adaptive landscape analogy has found practical use in recent years, as many have explored how

72 h makes KCE methods one step closer to their practical use in selection of drug leads, and diagnostic

73 atory myopathies, which are not currently of practical use in the clinic or office.

74 population is an essential next step towards practical use in the clinical setting.

75 e electrochemical aptasensor is suitable for practical use in the detection of CAP in milk samples.

76 es are now available that may prove to be of practical use in the differential diagnosis of Parkinson

77 MHC interactions as performed here may be of practical use in the engineering of peptides with desire

78 ity phenomenon which is not conducive to the practical use in the fast photoelectric response devices

79 setting of simulation studies and show their practical use in two experimental scenarios: (1) a data

80 ptide exchange on class I molecules also has practical uses in epitope discovery and T-cell monitorin

81 ture of molecular recognition events and has practical uses in guiding drug design and understanding

82 ents of optical coherence tomography and its practical uses in neurology.

83 f metazoan parasites can be expected to have practical uses in transgenesis and epidemiological studi

84 enting the current antifouling coatings from practical use, including difficult fabrication, low effi

85 rge in attempts to apply these processes for practical uses, including enhancement of many energy and

86 ty to improve solar cell efficiency, but its practical use is hindered by the limited number of known

87 Practical use is illustrated by detecting DNA oxidation

88 However, their practical use is limited because of the large amount of

89 that hitherto have not been thought to have practical uses may indeed be useful in the management of

90 An issue critical for practical use of [FeFe](P)/FeS(2) is whether this cataly

91 This flow process enables practical use of an unstable allenyllithium intermediate

92 ineage commitment in the thymus, and for the practical use of CD4-/- mice as models of helper deficie

93 ilable implementation, making this the first practical use of codon models for phylogenetic inference

94 tial peptide binding, until now limiting the practical use of current epitope-prediction tools for va

95 Current limitations on the practical use of deep sequencing for viral diagnostics a

96 However, the practical use of DNA-coated colloids (DNACCs) has been l

97 nce of correlation with anatomic imaging and practical use of FDG imaging in patient management will

98 Thus, we highlighted the practical use of genetically modified ES cells for study

99 Though there has not been widespread practical use of genomic information in everyday practic

100 Practical use of IMCM is illustrated with the site-speci

101 antages over traditional HPLC such as speed, practical use of longer columns, a normal-phase retentio

102 me will be of particular significance to the practical use of microCE in the emerging miniaturized an

103 These results provide clear evidence for a practical use of nanobodies in circumventing lactococcal

104 The practical use of NDEx is presented in the context of a n

105 We have made practical use of our genetic system to confirm that resi

106 for electron-donating cofactors prohibit the practical use of P450s as isolated enzymes.

107 ic embryos in X. laevis and may increase the practical use of phiC31 integrase in other systems as we

108 We evaluated the practical use of pooling first-catch urine (FCU) specime

109 o envisage and theoretically investigate the practical use of proposed absorbers and/or photothermal

110 We report the first practical use of SF6 as a fluorinating reagent in organi

111 ded DNA and RNA is a serious obstacle to the practical use of short oligonucleotide probes (<20-mers)

112 The device demonstrates a practical use of stress-composition-voltage coupling in

113 The practical use of such constructs is limited by the chall

114 Important consequences for the practical use of tACS follow from our work.

115 METHODS AND The PULSE (Practical Use of the Latest Standards of Electrocardiogr

116 The practical use of the method is demonstrated with double-

117 To demonstrate the practical use of the model in treatment design, model ca

118 account for these effects further extend the practical use of the new curves.

119 s separate entities, all of which hinder the practical use of the resulting HNPs.

120 is principle and enhancement of the reliable practical use of the scale through continuing education

121 with antimicrobial peptides, as well as the practical use of these devices as portable pathogen dete

122 r, the very low birth rate of SC pups limits practical use of this approach.

123 About forty million years ago, the practical use of this dense fuel, available only in wide

124 The practical use of this mixed bioprobes for simultaneous q

125 Ts) significantly enhances the potential for practical use of this remarkable class of material in ad

126 Before investigating the practical use of this strategy, we first characterized t

127 chondrial-targeted marker lines verified the practical use of this system.

128 ounds are briefly reviewed to illustrate the practical use of this technique for a broad variety of r

129 ed by specially commissioned articles on the practical uses of other relevant online tools.

130 a and analysis tools available, illustrating practical uses of PATRIC for the biologist.

131 s are reviewed, with an emphasis on possible practical uses or on biomedical significance.

132 but their chip-scale integration is not yet practical using standard photonics foundry processes.

133 This review can be of practical use to justify the prevailing gaps, especially

134 by Monte Carlo studies, and illustrate their practical uses using an example from the study of immune