ライフサイエンスコーパス: quantitative gene

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1 We developed quantitative gene assembly and DNA library insertion int

2 Applying an advanced quantitative gene-by-environment interaction analysis wh

3 Quantitative gene content analysis reveals habitat-speci

4 Quantitative gene conversion assays show that this SNP a

5 Little is known regarding quantitative gene expression (QGE) of the LMNA gene in b

6 opathologic observations were verified using quantitative gene expression analyses examining gob5 gen

7 ic cell culture and fluorescence microscopy, quantitative gene expression analysis and mathematical m

8 Quantitative gene expression analysis of PDI, BiP, bZIP6

9 The results obtained from quantitative gene expression analysis of region-specific

10 uorescence measurements, immunolabeling, and quantitative gene expression analysis point to S. oneide

11 of captured target DNA and therefore permits quantitative gene expression analysis.

12 of ultrasensitive DNA biosensors capable of quantitative gene expression analysis.

13 acute phase and detoxification responses in quantitative gene expression and (phospho-)proteomics da

14 This study validated the use of a robust quantitative gene expression assay to detect immune and

15 lity of seven microarray platforms and three quantitative gene expression assays in profiling the exp

16 ndorf and the National Cancer Institute, and quantitative gene expression assays included TaqMan Gene

17 We developed quantitative gene expression assays to assess recurrence

18 esented here are various examples to present quantitative gene expression data using this method.

19 Here we report, on the basis of quantitative gene expression data, substantial anterior

20 anging from qualitative trait information to quantitative gene expression data, which vary among inbr

21 s used to infer regulatory interactions from quantitative gene expression data.

22 f flagellar biosynthesis in E. coli based on quantitative gene expression data.

23 or focused investigations of qualitative and quantitative gene expression differences between humans

24 amily-based sample of 14 human families, for quantitative gene expression dissection, and a sample of

25 Two different methods of presenting quantitative gene expression exist: absolute and relativ

26 can now serve as new data sources to obtain quantitative gene expression information.

27 y data set has been validated by alternative quantitative gene expression platforms thus supporting t

28 rom five different inbred lines of mice with quantitative gene expression profiling in normal brains

29 al analysis of six inbred mouse strains with quantitative gene expression profiling of several brain

30 Quantitative gene expression revealed that zonulin is ov

31 ascent RNA transcripts and yields predictive quantitative gene expression signatures.

32 Quantitative gene expression studies using laser capture

33 overview of the comparative C(T) method for quantitative gene expression studies.

34 ted the performance characteristics of three quantitative gene expression technologies and correlated

35 We observed high correlation between quantitative gene expression values and microarray platf

36 Here, we combine in vitro ligand binding, quantitative gene expression, protein-DNA interaction an

37 A quantitative gene expression-based assay reveals that tp

38 Quantitative gene-expression analyses showed a correspon

39 ltimate goal of delivering calibrated, truly quantitative gene-expression measurements on a genomic s

40 d used to obtain comprehensive, unbiased and quantitative gene-expression profiles.

41 ve developed a new microarray technology for quantitative gene-expression profiling on the basis of r

42 We report a flexible, sensitive, and quantitative gene-expression profiling system for assayi

43 agent effects for each gene, ATARiS produces quantitative, gene-level phenotype values, which provide

44 ination is likely to be a general feature of quantitative gene regulation in a chromatin context.

45 Supporting the essential role of GluN2B, quantitative gene-tagging revealed a fourfold molar exce

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