ライフサイエンスコーパス: to unveil

1 We used microarrays to unveil 18 additional 3OC6-HSL-controlled genes, 3 of

2 ve approach with Western blotting allowed us to unveil 84 proteins with significant changes in abunda

3 d in vivo and in vitro approaches allowed us to unveil a causal relationship between a marked inhibit

4 013) monitored a large twin cohort in Malawi to unveil a causal relationship between gut microbiota a

5 This work may contribute to unveil a cause of infertility and open new therapeuti

6 nd our knowledge of its basis has allowed us to unveil a general mechanism of selective vapor respons

7 deletion or proteolysis is the driving force to unveil a high affinity binding site(s) for FXa.

8 This methodological approach allowed us to unveil a novel association between ERP neuromarkers o

9 (CYPs) identified from these loci enabled us to unveil a novel multi-oxidation CYP for the tailoring

10 ll as density functional theory calculations to unveil a two-step process mediated by an orbital loca

11 rk Analysis to the entire proteomic data set to unveil a verifiable rank of Htt-correlated proteins a

12 In this Review, we highlight recent efforts to unveil adipose developmental cues, adipose stem cell

13 till unclear whether this resolution is able to unveil an accurate spatial organization of the human

14 endogenous i2 on drug response and attempted to unveil any additional biologic role(s) for the trunca

15 for the hydrolysis of organotrifluoroborates to unveil boronic acids using silica gel and H(2)O was d

16 We used an in vivo RNA interference screen to unveil candidates that altered the equilibrium betwee

17 New discoveries have begun to unveil connections between the basic physiological me

18 This allowed us to unveil distinct polarity characteristics of the plasm

19 To unveil distinctive features of the transcriptional re

20 -art enhanced sampling atomistic simulations to unveil DNA-induced effects on p53 structure and dynam

21 This study aims to unveil effects of AGE and FruArg on gene expression r

22 of the full wavefields, which are processed to unveil features of wave motion in a hexagonal lattice

23 s resolved many of these questions and began to unveil functional interactions between specific hormo

24 that this approach can be useful in attempts to unveil fundamental reasons for the distinctive variab

25 This report also paves the way to unveil further the roles of c-di-AMP signalling netwo

26 ncing in combination with functional studies to unveil genetic interactions that cause disease.

27 ed experimental and bioinformatic approaches to unveil genomic regions that require DNA methylation f

28 processes, and sentinels for future research to unveil hidden diversity.

29 l reconstitution and cellular investigations to unveil how CENP-C promotes kinetochore targeting of o

30 resolution of these studies is insufficient to unveil how the endocytic machinery actually drives me

31 macokinetic (PK) and pharmacological studies to unveil its potential for reduction of obstructive sle

32 hese mechanisms are disrupted, RIPK1 is free to unveil its program of cellular demise.

33 This approach can be used to unveil landscape topography in other systems, and we

34 Use of such ligands has allowed researchers to unveil many potential roles for the PPARs in patholog

35 we have used luminescence-decay measurements to unveil mechanistic information regarding the catalyti

36 redictions of gene essentiality that may aid to unveil metabolic liabilities in cancer.

37 analysis with coherent X-rays can be applied to unveil nano-scale structural motifs from functional n

38 rsue an analysis of neural response variance to unveil neural computations that cannot be discerned f

39 merous recent imaging studies have attempted to unveil neural substrates underlying multistable perce

40 on secure physiological precepts should help to unveil new biomedical hypotheses of stressor-specific

41 Recent discoveries, however, are beginning to unveil new components of the inflammasome machinery a

42 ly valuable for functional glycomics studies to unveil new functions of both glycans and carbohydrate

43 nd non-cell autonomous effects can synergize to unveil new intricate phenotypes caused by elevated WN

44 characterization of the Sle2c2 MDSCs promise to unveil new mechanisms by which lupus pathogenesis is

45 computational approaches have been suggested to unveil new opportunities in a systematic fashion, by

46 rotection remain obscure but may be relevant to unveil new ways to combat IGF-I/insulin resistance.

47 However, large-scale sequencing is beginning to unveil other unique mutational spectra in particular

48 ystematic analyses of cancer genomes promise to unveil patterns of genetic alterations linked to the

49 nearby patches of the deep fault and begins to unveil rich and complex patterns of tremor occurrence

50 The features of this DEMS cell to unveil solvent and electrolyte decomposition pathways

51 g each chromosome can be identified by class to unveil specific characteristics of each pathway.

52 spatial statistical analysis, has been used to unveil temporal changes in the myelin structure of di

53 urotransmitters and microdialysis techniques to unveil that cocaine and methylphenidate induced a mar

54 preventive measures and will support efforts to unveil the biological and environmental mechanisms un

55 -performing alloys, but also provides a tool to unveil the composition dependence of properties in a

56 To unveil the driving force for this process, simulation

57 , seven, or eight glycines have been studied to unveil the effects of loop length and the influence o

58 In this study, we aimed to unveil the effects on RNA-seq accuracy from multiple

59 etermine the onset of the process but unable to unveil the following dynamics.

60 ould be passed through the fistulous opening to unveil the full extent of the conjunctival tunnels on

61 om lasers and ionization processes allows us to unveil the great relevance of many-body correlations

62 dscapes in acute slices and in vivo promises to unveil the hitherto unexplored, potentially fundament

63 transfection-efficiency assays on live cells to unveil the intracellular trafficking mechanism of Lip

64 Here we use HeSE to unveil the intricate motion of pentacene admolecules

65 To unveil the mechanical impact of this molecular active

66 To unveil the mechanism of action of CAR, we showed that

67 lay an initial foundation for future efforts to unveil the mechanism of iterative catalysis control b

68 Recent studies that are now starting to unveil the mechanisms are presented in this review.

69 lyses are postulated as promising strategies to unveil the mechanisms involved in aneuploidy generati

70 Recent investigations have started to unveil the mechanisms of mammalian heart regeneration

71 tonin receptors, providing an in vitro model to unveil the melatonin signaling pathway(s) involved in

72 ing the AD1 domain in the TRPV1-AD2 chimera, to unveil the minimum number of amino acids needed to re

73 er-scanning mutagenesis assays were employed to unveil the molecular bases of OPR1 regulation by sene

74 etics and mouse genomics enables researchers to unveil the molecular basis for mouse phenotypes that

75 itor 2-aminooxyacetic acid, which allowed us to unveil the molecular basis of the amino acid specific

76 To unveil the molecular clock of HIV-1 we analyzed a uni

77 and in-vivo biological studies are beginning to unveil the molecular drivers of follicular lymphoma.

78 D model of HCC provides a unique opportunity to unveil the molecular events associated with various s

79 To unveil the molecular mechanisms taking place during t

80 The aim of the study was to unveil the molecular mechanisms underlying the functi

81 er animal and clinical studies are necessary to unveil the multifaceted roles of Lcn2 in iron dysregu

82 In a first attempt to unveil the neurobiological alterations underlying PTS

83 Despite accumulating efforts to unveil the origin of insect wings, it remains one of

84 ment of USB1 in splicing has not yet allowed to unveil the pathogenesis of PN and how the gene defect

85 ion experiments, live imaging and proteomics to unveil the physiological roles played by TMEM106B and

86 The objective of this study was to unveil the potential mechanism of focused ultrasound

87 To unveil the potential mechanism(s) underlying cellular

88 rent human CD4(+) T cell subsets and started to unveil the potential use of their quantity in human s

89 id WET1D NMR pulse sequence, which succeeded to unveil the presence of minor compounds in a high etha

90 To unveil the protein misfolding mechanism and to unders

91 lipid in a single variable, it was possible to unveil the real changes in the lipid profile due to t

92 l, meta- and para-substituted diarylethynyls to unveil the role of electronic effects alone.

93 duction (SCR) of harmful nitrogen oxides and to unveil the SCR mechanism.

94 e of this protein in signal transduction and to unveil the signaling elements that participate in the

95 We develop a methodology to unveil the signals that are smeared in the strong amb

96 To unveil the specific role of the envelope glycoprotein

97 Here, we use NMR to unveil the structural basis of selective recognition

98 To unveil the structural requirements for TLR4.MD-2-spec

99 In order to unveil the TFs regulating NHX1 gene expression, which

100 neurons, and might serve as a valuable tool to unveil the underlying mechanisms of this and other TD

101 To unveil the underlying mechanisms, we have developed a

102 Using tomo-seq, we were able to unveil the unknown relevance of SOX9 as a key regulat

103 To unveil the upstream signaling events that lead to the

104 Many efforts have been devoted to unveiling the structure of the sigma1 receptor and sp

105 tals of their molecular self-association and to unveil their application spectrum.

106 e of these genes in mosquitoes and attempted to unveil their evolutionary history.

107 igated with advanced experimental techniques to unveil their molecular mechanisms and the properties

108 Recent studies have begun to unveil their role in a wide range of processes, from

109 d neutrino observatories are well positioned to unveil this mystery before the centenary of their dis

110 ed with developmental and functional studies to unveil three roles for the ETS1 transcription factor

111 In order to unveil weak signal, we propose an orthogonalization o

112 activation of Trk or p75 receptors, promises to unveil yet another level of regulatory complexity.