ライフサイエンスコーパス: gene trapping

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1 We generated mice lacking Fbxw8 by gene trapping.

2 are accessible by either targeted or random gene trapping.

3 Using a gene-trapping approach, we have obtained mice which lack

4 We report a multifunctional gene-trapping approach, which generates full-length Citr

5 Enhancer and gene trapping approaches have generated hundreds of Gal4

6 Traditional gene-trapping approaches, in which genes are randomly di

7 epidermal differentiation, we used enzymatic gene trapping combined with immunohistochemical, ultrast

8 reated by either targeted gene disruption or gene trapping display a wide range of phenotypes associa

9 Disruption of the C1INH gene by gene trapping enabled the generation of homozygous- and

10 The major gene trapping groups worldwide have recently joined toge

11 Gene trapping in embryonic stem (ES) cells allows an eff

12 Gene trapping in embryonic stem cells and the generation

13 rovirus-mediated mutagenesis method based on gene trapping in embryonic stem cells was used to identi

14 with a cystine knot structure identified by gene trapping in embryonic stem cells.

15 l mutation in the betaIV-spectrin gene using gene trapping in embryonic stem cells.

16 use strain was produced by random retroviral gene trapping in embryonic stem cells.

17 d a gene, Mospd3 on mouse chromosome 5 using gene trapping in ES cells.

18 mline insertional mutagen useful for in vivo gene trapping in mice.

19 se using a combination of gene targeting and gene trapping in mouse embryonic stem (ES) cells and to

20 Gene trapping in mouse embryonic stem cells is an import

21 Gene trapping in murine embryonic stem cells is a proven

22 report on cortexillin I mutants isolated by gene trapping in Polysphondylium.

23 Gene trapping is a form of insertional mutagenesis that

24 Gene trapping is a method of generating murine embryonic

25 We demonstrate that transposon-based gene trapping is an efficient approach for identifying b

26 Recent modifications of gene-trapping methods and their increased use in mammali

27 hly scalable approach integrating methods of gene-trapping, microarray-based expression analysis, and

28 Enzymatic gene trapping of matriptase combined with HAI-1 immunohi

29 Enzymatic gene trapping of matriptase combined with prostasin immu

30 onal mutagenesis that can be used for either gene trapping or gene targeting.

31 ay alter normal gene transcription either by gene-trapping or by introducing PTCs through exonization

32 demonstrate that intronic insertions in the gene-trapping orientation severely disrupt the expressio

33 Gene trapping should allow the selection of thousands of

34 Genome-wide gene-trapping strategies, which integrate gene discovery

35 Utilizing a gene-trapping strategy in a mouse glioma model, we repor

36 Gene trapping strongly reduced DAGLalpha or DAGLbeta mRN

37 Our results demonstrate that the inducible gene trapping system described here can be used to enric

38 Complex trait analysis, gene-targeting and gene-trapping technologies, as well as insertional and c

39 high-throughput mutagenesis method based on gene trapping that allows the automated identification o

40 c analysis using homologous recombination or gene trapping to produce deletion or insertion mutants.

41 hat had been trapped by random (nontargeted) gene trapping with the same vector shows that virtually

42 ice generated via insertional mutagenesis by gene-trapping with retroviral vectors.

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