ライフサイエンスコーパス: karyotype analysis

1 rearrangements could be detected by standard karyotype analysis.

2 nd numerical chromosomal integrity by banded karyotype analysis.

3 or numerical chromosome changes based on SKY karyotyping analysis.

4 mined by metaphase spread assay and spectral karyotyping analysis.

5 secondary genetic events, by using spectral karyotyping analysis.

6 analysis yielded results more often than did karyotype analysis (87.4% vs. 70.5%, P<0.001) and provid

7 Using electrophoretic techniques for karyotype analysis, a highly dimorphic chromosome pair t

8 For karyotype analysis, a pool of human chromosome painting

9 ons in either the VHL or Ras genes, although karyotype analysis and chromosome painting revealed the

10 Karyotype analysis and fluorescence in situ hybridizatio

11 nomic hybridization (CGH) studies, Q-banding karyotype analysis, and autofusions of representative cl

12 ssessment of pluripotency factor expression, karyotype analysis, and pathogen/sterility testing was c

13 Karyotype analysis confirmed that this sequence was pres

14 Karyotype analysis coupled with fluorescence in situ hyb

15 trisomy index from pooled cytogenetic data (karyotype analysis) from 2 large cohorts of patients wit

16 Spectral karyotype analysis identified approximately 33% of neuro

17 Karyotype analysis indicated that cells lacking one copy

18 ine models of human carcinogenesis, however, karyotype analysis is technically demanding because mous

19 Unlike karyotype analysis, microarray analysis does not require

20 As compared with karyotype analysis, microarray analysis provided a relat

21 Using aCGH, we performed karyotype analysis of 33 small cell lung cancer (SCLC) t

22 abnormality is routinely undertaken by full karyotype analysis of chromosomes from cultured cells; p

23 ybridization for the X and Y chromosomes and karyotype analysis of cultured osteoblasts confirmed the

24 Metaphase karyotype analysis of fetal cells obtained by amniocente

25 Karyotype analysis of hTERT corneal fibroblasts identifi

26 SKY substantially improves the precision of karyotype analysis of malignant cells, which in turn lea

27 Karyotype analysis of MSCs revealed the development of t

28 Karyotype analysis of the S(10:11) generation detected a

29 Furthermore, spectral karyotype analysis of the tumors shows that the tumors h

30 Karyotype analysis of three of the cell lines revealed t

31 Based on marker and karyotype analysis of tumor samples, a significant fract

32 hromosomes in the primary tumor and spectral karyotyping analysis of derived cell lines identify chro

33 Spectral karyotyping analysis of metaphase chromosomes from prima

34 ARA in leukemogenesis, we performed spectral karyotyping analysis of myeloid leukemias from hMRP8-PML

35 operate with PML-RARA, we performed spectral karyotyping analysis of myeloid leukemias from transgeni

36 The pillar of karyotype analysis rests on chromosome banding technique

37 mparative genomic hybridization and spectral karyotype analysis reveal that genomic copy number loss

38 terized Pr1A subtilisin of M. anisopliae and karyotype analysis revealed that Pr1A and Pr1B are locat

39 Karyotype analysis revealed that this phenotype was sign

40 Comparative karyotyping analysis revealed that chromosome organizati

41 G-banded karyotype analysis should be reserved for patients with

42 Spectral karyotype analysis showed frequent intrachromosomal fusi

43 Karyotype analysis showed that increased chromosome numb

44 Karyotype analysis showed that the cells were of human a

45 Consistent with this hypothesis, spectral karyotype analysis (SKY) of lymphomas derived from Lck-B

46 chromosomal aberrations as shown by spectral karyotyping analysis, suggesting changes beyond neu sign

47 Microarray analysis is more likely than karyotype analysis to provide a genetic diagnosis, prima

48 By karyotype analysis, two independently derived cell lines

49 me instability might drive tumour evolution, karyotype analysis using single-cell sequencing technolo

50 gement of the 24 blocks can be obtained from karyotype analysis via comparative chromosome painting e

51 Follow-up karyotype analysis was done on all samples.

52 e lymphoblastic leukemia of infancy in which karyotype analysis was technically unsuccessful and did

53 This notion was confirmed by molecular karyotype analysis, which revealed gross chromosomal alt