ライフサイエンスコーパス: metaanalysis

1 an and African American ancestry followed by metaanalysis.

2 Stouffer-Liptak test to combine P values for metaanalysis.

3 odal to heteromodal activity in a functional metaanalysis.

4 ed for pack-years, lung volume), followed by metaanalysis.

5 gistry are also reported and included in the metaanalysis.

6 Five cohorts were identified for this metaanalysis.

7 sociated with alcohol intake in our previous metaanalysis.

8 y population were followed by a fixed effect metaanalysis.

9 erogeneity, when data are summarized through metaanalysis.

10 tes from each study, the latter leading to a metaanalysis.

11 even high-income countries provided data for metaanalysis.

12 Using a metaanalysis across the two brain areas, we identified a

13 The results from the metaanalysis and the pooling analysis showed that none o

14 res in predicting malignancy by performing a metaanalysis based on the published literature.

15 reater power and precision than conventional metaanalysis based on within-study estimates.

16 Although a previous metaanalysis centering on literature from 1990 to 2000 s

17 large chronic obstructive pulmonary disease metaanalysis cohort.

18 c factor for an individual patient, a recent metaanalysis could validate pCR as a surrogate marker fo

19 Updated metaanalysis data reveal a significant benefit of glutam

20 The metaanalysis identified six trials and showed that, when

21 ere associated with AWT and confirmed in the metaanalysis in cohorts with comparable lung function: P

22 led the city-specific effect estimates using metaanalysis methods.

23 dynamics in turn cascaded down to plants: a metaanalysis (n = 15 tree species) showed the beneficial

24 We performed a phylogenetic multilevel metaanalysis of 288 statistical associations between mea

25 questions, we collect and present a detailed metaanalysis of 38 laboratory-verified studies of host-p

26 from multiple ecosystems and latitudes, our metaanalysis of 632 published experiments quantified the

27 This study provides a comprehensive metaanalysis of 838 peer-reviewed studies (>2,500 sites

28 In a recent genome-wide association metaanalysis of alcohol intake, we identified a suggesti

29 On the basis of a preliminary metaanalysis of currently available studies with inclusi

30 Here, metaanalysis of data from 54 experiments on laboratory m

31 ide polymorphisms at two independent loci on metaanalysis of discovery and replication populations.

32 Through a metaanalysis of experimental and observational studies r

33 Network-based metaanalysis of four independent microarray studies iden

34 We then perform a metaanalysis of heterogeneity-diversity relationships in

35 Furthermore, a metaanalysis of imputed SNPs in this genomic region iden

36 hat were previously reported on the basis of metaanalysis of many studies from the literature (notabl

37 A metaanalysis of older trials comparing taxane-containing

38 angeland native species assemblages, through metaanalysis of peer-reviewed literature.

39 hese difficulties prompted us to undertake a metaanalysis of PET studies on tinnitus using a coordina

40 ty over the Common Era through a statistical metaanalysis of proxy relative sea-level reconstructions

41 In silico metaanalysis of publicly available gene expression datas

42 We performed a metaanalysis of randomized controlled trials focused on

43 We applied recursive cumulative metaanalysis of randomized controlled trials to evaluate

44 Metaanalysis of the effect of the microbiota on intestin

45 Metaanalysis of these 7 studies was conducted, with a to

46 We provide a global metaanalysis of these impacts and reveal their full exte

47 However, a metaanalysis of three randomized, controlled clinical tr

48 Metaanalysis of treatment trials was not undertaken beca

49 This is the largest and most comprehensive metaanalysis of undergraduate STEM education published t

50 n optical mapping, numerical simulations and metaanalysis of VF data in 11 mammalian species, we demo

51 We have performed a metaanalysis on gene expression data from aneuploid cell

52 We used metaanalysis on plant community measurements from standa

53 This metaanalysis pooled results of randomized controlled tri

54 eas with significant activation found in our metaanalysis replicate these earlier data.

55 Further, metaanalysis reveals glutamine reduces morbidity and mor

56 A recent metaanalysis shows that 0.7% of nanoparticles are delive

57 ccuracy determined for (18)F-FDG PET in this metaanalysis suggests potential value for diagnosis of c

58 This comprehensive metaanalysis suggests that noninvasive ventilation impro

59 This metaanalysis summarizes the efficacy of (68)Ga-DOTATOC f

60 s of 18 experimental studies and report on a metaanalysis that provides strong evidence that higher l

61 We determined in a metaanalysis that the chance of having intraoperative bo

62 We incorporated these results into a metaanalysis to compare distributional responses of trop

63 We updated a systematic review and metaanalysis to examine the efficacy of different interm

64 nonorganic farming systems were subjected to metaanalysis to identify differences in soil organic car

65 Here, we perform a global and multitaxon metaanalysis to show that empirical evidence for the rea

66 We performed a metaanalysis to test the generalizability of this patter

67 n the current evidence or the application of metaanalysis to the available clinical data.

68 A metaanalysis was conducted using methodology described i

69 Metaanalysis was performed on a per-patient basis.

70 The purpose of this systematic review and metaanalysis was to assess the diagnostic performance of

71 By using metaanalysis, we found that elevated CO2 only causes acc

72 es, correction for false discovery rate, and metaanalysis were used to test associations between COPD

73 Issues related to performing a detailed metaanalysis with consideration of particular issues, in

74 MLHE deficiency is a risk factor for autism (metaanalysis Z-score = 2.90 and P = 0.0037), although wi