ライフサイエンスコーパス: comparative genome hybridization

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1 of each duplication were determined by array comparative genome hybridization.

2 ber in solid tumors by cDNA microarray-based comparative genome hybridization.

3 ied on the basis of read-depth variation and comparative genome hybridization.

4 cross the genome was analyzed by array-based comparative genome hybridization.

5 was evaluated using four sets of microarray comparative genome hybridization (aCGH) data, which incl

6 use genome-wide oligonucleotide-based array comparative genome hybridization (aCGH) followed by rapi

7 n of next-generation sequencing (NGS), array-Comparative Genome Hybridization (aCGH) screening, famil

8 Using microarray-based comparative genome hybridization (aCGH), we have determi

9 following shRNA treatment, was confirmed by Comparative Genome Hybridization analyses of the same DN

10 Array comparative genome hybridization analysis of grade 3 PNS

11 A comparative genome hybridization analysis of HL-60[R] ce

12 Using forward genetic methods combined with comparative genome hybridization analysis, we were able

13 Application of oligomer-based array-comparative genome hybridization and custom analytic too

14 ence factors whose function was supported by comparative genome hybridization and expression profilin

15 nd optimized the probe set using solid phase comparative genome hybridization and liquid phase exome

16 ome), polymorphism discovery and genotyping, comparative genome hybridization, and genome resequencin

17 Array comparative genome hybridization (array-CGH) methods pro

18 Comparative genome hybridization arrays revealed that th

19 We apply here comparative genome hybridization as a novel tool to iden

20 Comparative genome hybridization (CGH) and cDNA microarr

21 We have used comparative genome hybridization (CGH) microarray analys

22 ially developed to analyse data derived from comparative genome hybridization (CGH) microarray experi

23 Comparative genome hybridization (CGH) to DNA microarray

24 The power of comparative genome hybridization (CGH) to identify novel

25 We have used comparative genome hybridization (CGH), in an array form

26 irming observations from sequencing or array Comparative Genome Hybridization (CGH).

27 This was compared to array comparative genome hybridization data available.

28 These in silico analyses, combined with comparative genome hybridization experiments between the

29 haracteristics and data from high-resolution comparative genome hybridization experiments in a discre

30 ome (69.2%) and plasmid (66%), together with comparative genome hybridization experiments, suggest th

31 ping, fluorescence in situ hybridization and comparative genome hybridization have improved our abili

32 By performing a comparative genome hybridization of 19 B. cereus and Bac

33 Comparative genome hybridization of the Francisella tula

34 ons have been experimentally validated using comparative genome hybridization on tiling-resolution ol

35 at permits high-resolution genome-wide array-comparative genome hybridization profiling of human and

36 ts were recovered at very low frequency, and comparative genome hybridizations revealed that Deltalmx

37 and (iii) genes identified by clinical array comparative genome hybridization studies as potentially

38 Recent comparative genome hybridization studies revealed that h

39 lied multiplex polymerase chain reaction and comparative genome hybridization to identify potential v

40 quence variation (re-sequencing, genotyping, comparative genome hybridization), transcription (expres

41 Comparative genome hybridization using this microarray e

42 chaffeensis strains Wakulla and Liberty, and comparative genome hybridization was performed using a d

43 Comparative genome hybridization was used to explore the

44 Finally, using comparative genome hybridization, we found that genetic

45 Comparative genome hybridization with DNA arrays reveale

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