ライフサイエンスコーパス: gene analyses

1 tudies, and 346 target genes from individual gene analyses.

2 s thus far been limited to single, candidate gene analyses.

3 d bulk soil (3-12 mm) using ribosomal marker gene analyses.

4 issues were then dissected and preserved for gene analyses.

5 uding abnormal IENFD and QST underwent SCN9A gene analyses.

6 of the group is currently limited to single-gene analyses.

7 nents are needed alongside continued gene-by-gene analyses.

8 is, compared with current individual gene-by-gene analyses.

9 tly validated by molecular phylogeny and Hox genes analyses.

10 Discrepancies between 16S rRNA gene analyses and DNA-DNA hybridization and phenotypic a

11 d associations, including reported candidate gene analyses and genome-wide association data.

12 eads to identify error-prone reads in marker gene analyses and their contribution to spurious OTUs fo

13 agellum cluster of helicobacters by 23S rRNA gene analyses and whole-genome comparisons.

14 or rat apoptotic genes, computational target gene analyses, and luciferase reporter assay identified

15 hybridization experiments, promoter-reporter gene analyses, and ZmSUT1 localization studies to elucid

16 Reporter gene analyses demonstrate that promoter activities of cy

17 Target gene analyses for the three microRNAs showed 42 signific

18 Single variant or single gene analyses generally account for only a small proport

19 eactivity, initially identified by candidate gene analyses, has now been validated by genome-wide app

20 n-major histocompatibility complex candidate gene analyses have confirmed a role for the IL-1 gene co

21 ide association studies (GWAS) and candidate gene analyses have led to the discovery of several dozen

22 Reporter gene analyses identified sequences between -902 and -789

23 Genetic and candidate gene analyses in an Il10-deficient IBD mouse model syste

24 ntified by comparative sequence and reporter gene analyses in transgenic mouse embryos.

25 Reporter gene analyses indicated a severe auxin deficit in the ap

26 RNA hybridization, immunoblot, and reporter gene analyses indicated expression of AtGSTU19 induced b

27 Reporter gene analyses indicated induction of the SOS response fo

28 Small-subunit (SSU) rRNA gene analyses indicated that Bathyarchaeota were predomi

29 In the current era of diet-gene analyses, large sample sizes are required to uncove

30 esents a transformational advance for global gene analyses, novel obstacles have emerged, including t

31 Deletional and GAL4-fusion gene analyses now reveal repressor domains that lie outs

32 reviously conducted a series of 12 candidate gene analyses of acute subjective and physiological resp

33 , carbonate, and ferrous iron and functional gene analyses of adenosine 5'-phosphosulfate reductase i

34 We performed 2 candidate-gene analyses of CETP.

35 Reporter gene analyses of the HYDA1 promoter revealed that two GT

36 his study, we performed systematic candidate gene analyses of the Pulmonary adenoma resistance 2 locu

37 Global gene analyses reveal dysregulation of genes associated w

38 Sarcomere protein gene analyses revealed 8 sequence variants in cardiac my

39 Reporter gene analyses revealed a trend for increased NF-AT, but

40 Positional candidate gene analyses revealed an A to T transversion mutation i

41 Reporter gene analyses revealed that both miRNAs directly targete

42 Morphological and reporter gene analyses show that leaf-like structures are convert

43 Testis-specific gene analyses show that the expression of sperm 1 and cy

44 In human beings, 16S ribosomal RNA gene analyses showed an increased proportion of oxygen-t

45 Promoter-based reporter gene analyses showed that Ad-mda7 specifically activated

46 Taken together, the current findings from Ig gene analyses suggest that activation of B cells in the

47 tudy designs ranging from exon-only to whole-gene analyses that contain noncoding variants.

48 Based on overexpression studies and target gene analyses, the transcription factor DNA replication-

49 Based on separate and combined gene analyses using minimum evolution, maximum parsimony

50 Using immunoblot and promoter-reporter gene analyses, we found that IBR5 is expressed throughou

51 Using reporter gene analyses, we tested six of these motifs and found t

52 Inter-gene analyses were also performed to further characteriz

53 al approaches using microarray and candidate gene analyses were employed on Jarid2 knock-out embryoni

54 ridization (CGH) and cDNA microarray (17,840 genes) analyses were used to detect changes in DNA copy

55 Reporter gene analyses with a series of nested deletion mutants o