ライフサイエンスコーパス: heteroduplex analysis

1 monstrated through its ability to facilitate heteroduplex analysis.

2 raphy (DHPLC) to detect base pair changes by heteroduplex analysis.

3 s among 23 SMA compound heterozygotes, using heteroduplex analysis.

4 ntional screening strategies such as SSCA or heteroduplex analysis.

5 f heterozygous animals was established using heteroduplex analysis.

6 ingle-strand conformational polymorphism and heteroduplex analysis.

7 a previously described method that combines heteroduplex analysis and analysis of single-stranded co

8 ion amplification of genomic DA, followed by heteroduplex analysis and direct automated nucleotide se

9 on amplification of genomic DNA, followed by heteroduplex analysis and direct automated nucleotide se

10 chain reaction amplification of genomic DNA, heteroduplex analysis and direct nucleotide sequencing d

11 CR amplification of genomic DNA, followed by heteroduplex analysis and direct nucleotide sequencing,

12 ification of each exon of ITGB4, followed by heteroduplex analysis and direct nucleotide sequencing.

13 tion of COL7A1 from genomic DNA, followed by heteroduplex analysis and direct nucleotide sequencing.

14 Screening of the RDS gene by heteroduplex analysis and direct sequencing failed to de

15 gh-performance liquid chromatography (DHPLC) heteroduplex analysis and direct sequencing to screen a

16 utations in the 50 exons of the ABCR gene by heteroduplex analysis and direct sequencing.

17 tations in the four exons of the RP1 gene by heteroduplex analysis and direct sequencing.

18 The K3326X polymorphism was detected using heteroduplex analysis and DNA sequencing.

19 BL genotype and phenotype were determined by heteroduplex analysis and ELISAs, respectively.

20 CR amplification of genomic DNA, followed by heteroduplex analysis and nucleotide sequencing of the P

21 DNA heteroduplex analysis and sequencing reveal a mutant mdr

22 With PCR amplification, DNA heteroduplex analysis, and DNA sequencing, both parental

23 o begin screening for sequence variants with heteroduplex analysis, and several affected individuals

24 The mutation detection strategy included heteroduplex analysis, automated sequencing, and allele

25 mers were subjected to temperature modulated heteroduplex analysis by denaturing high-performance liq

26 ded to each unknown before PCR, quantitative heteroduplex analysis can differentiate heterozygous, ho

27 Heteroduplex analysis demonstrated that two of the newly

28 We used heteroduplex analysis followed by direct DNA sequencing

29 ysis in this family by using electrophoretic heteroduplex analysis followed by direct nucleotide sequ

30 ngle-strand conformation polymorphism (SSCP)/heteroduplex analysis (HA) method, implemented in capill

31 Heteroduplex analysis has been used extensively to ident

32 imen were assessed by a method that combined heteroduplex analysis (HDA) and a single-stranded confor

33 ctrophoresis for detecting DNA mutations via heteroduplex analysis (HDA) is dependent upon both the e

34 ed soon after infection and were screened by heteroduplex analysis (HDA).

35 capillary and microchip electrophoresis for heteroduplex analysis- (HDA) based mutation detection.

36 These results show that temperature-mediated heteroduplex analysis is a potentially useful genotypic

37 PCR with species-specific primers and heteroduplex analysis makes it possible to reliably and

38 he single-strand conformational analysis and heteroduplex analysis methods of mutation detection, wit

39 PCR amplification of genomic DNA followed by heteroduplex analysis, nucleotide sequencing, and restri

40 ding portion of the motor domain of MYO7A by heteroduplex analysis of 14 exons.

41 me of the AbiA-insensitive phage (phi31A) by heteroduplex analysis of a 9-kb region.

42 single strand conformation polymorphism and heteroduplex analysis of all 21 coding exons, and by ass

43 Heteroduplex analysis of clinical samples from geographi

44 cDNA sequencing and heteroduplex analysis of elastin gene transcripts from t

45 Through SSCP and heteroduplex analysis of genomic DNA, we found two intra

46 Sequencing and heteroduplex analysis of one feral animal-derived SIV sh

47 cycloheximide-treated cultured fibroblasts, heteroduplex analysis of overlapping reverse transcripta

48 mperature-gradient capillary electrophoresis heteroduplex analysis of PCR amplicons of genes and ESTs

49 Heteroduplex analysis of PCR products containing the ind

50 LAP1 and Sarcobium lyticum) were examined by heteroduplex analysis of PCR products of the 5S rRNA gen

51 with a combination of direct sequencing and heteroduplex analysis of PCR-amplified exons.

52 Heteroduplex analysis of the ISR has been used to study

53 In the current study, heteroduplex analysis of the ISR was used to determine t

54 chain reaction amplification of genomic DNA, heteroduplex analysis of the polymerase chain reaction p

55 givalis strain diversity, we previously used heteroduplex analysis of the ribosomal operon intergenic

56 By heteroduplex analysis of the three PCR-amplified segment

57 ng patterns were identified, indicating that heteroduplex analysis of this gene can be used to classi

58 by restriction fragment length polymorphism, heteroduplex analysis, or allelic discrimination.

59 ng (denaturing gradient gel electrophoresis, heteroduplex analysis, or denaturing high-performance li

60 ophoresis, a polymerase chain reaction-based heteroduplex analysis, or direct sequencing.

61 by single-strand conformational polymorphism-heteroduplex analysis (SSCP-HA) and by direct sequencing

62 Heteroduplex analysis suggests that OBP(H7) interacts al

63 he technique relies on temperature-modulated heteroduplex analysis (TMHA) by chromatographic separati

64 We used directed heteroduplex analysis to identify polymorphism in the CC

65 GFR2 gene were sequenced and were assayed by heteroduplex analysis, to identify polymorphisms.

66 phy arrays for the detection of mutations by heteroduplex analysis under partially denaturing conditi

67 roducts are scanned for sequence variants by heteroduplex analysis using conformation-sensitive gel e

68 formed on 7 by PCR of each exon, followed by heteroduplex analysis using denaturing high-performance

69 this study was to apply temperature-mediated heteroduplex analysis using denaturing high-performance

70 In the present study, typing by heteroduplex analysis was compared to ISR sequence-based

71 PCR products were then directly compared by heteroduplex analysis with known strains of P. gingivali