ライフサイエンスコーパス: chromosome walking

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1 assembled into contigs that were extended by chromosome walking.

2 utational analysis, STS content mapping, and chromosome walking.

3 ase has been cloned from S. viridifaciens by chromosome walking.

4 We cloned the CER2 gene via chromosome walking.

5 discovered by subtractive hybridization and chromosome walking.

6 similar but not identical, complicates both chromosome walking and assembly of sequence-ready contig

7 Chromosome walking and DNA sequence analysis permitted t

8 e in situ hybridization to chromatin fibres, chromosome walking and DNA sequencing of genomic clones,

9 these two diseases, we used a combination of chromosome walking and expressed sequence tag (EST) scre

10 terized seven prevalent unknown sequences by chromosome walking and find these represent novel microb

11 f multiple BAC mapping strategies, including chromosome walking and multiplex oligonucleotide hybridi

12 A combination of chromosome walking and sequence-tagged site (STS)-conten

13 ra2 was cloned by chromosome walking and shown to encode a LATERAL ORGAN B

14 To facilitate map-based cloning, chromosome walking, and genome organization studies of M

15 We first conducted chromosome walking at the S2 locus using BAC clones that

16 ility of this YAC contig map will accelerate chromosome-walking experiments, provide substrates for l

17 i were cloned from Pyrenopeziza brassicae by chromosome walking from a mating type-linked polymerase

18 Mapping genes by chromosome walking is a widely used technique applicable

19 to clone additional regions of the GGI by a chromosome-walking procedure.

20 These results and our preliminary chromosome walking results suggest that the S locus is a

21 es, we used a method termed 'semi-random PCR chromosome walking' (SRPCW) to walk through a large moti

22 Three chromosome walking steps were performed by complete sequ

23 n of mouse caspase-12 gene by a PCR-mediated chromosome-walking technique, using mouse genomic DNA as

24 n homology search experiments, together with chromosome walking, to build both physical and radiation

25 Chromosome walking using clones identified from several

26 Chromosome walking was initiated from both markers but w

27 quence tagged site (STS)-content mapping and chromosome walking, we assembled a genomic clone contig

28 the BACs, STS development, and bidirectional chromosome walking yielded 109 markers (100 STS and 9 ge

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