ライフサイエンスコーパス: genetic linkage analysis

1 and ordering contigs into pseudomolecules by genetic linkage analysis.

2 and 3 unaffected family members, followed by genetic linkage analysis.

3 g locus in the M. smegmatis chromosome using genetic linkage analysis.

4 ed LINKAGE package, to perform more powerful genetic linkage analysis.

5 order had been mapped to chromosome 11q22 by genetic linkage analysis.

6 ilies of line crosses for quantitative trait genetic linkage analysis.

7 rectly linked polymorphism (MLP1) useful for genetic linkage analysis.

8 se on chromosome 6p21.1-p12 were excluded by genetic linkage analysis.

9 nd six candidate genes have been excluded by genetic linkage analysis.

10 ly been localised to chromosome 17q12-q21 by genetic linkage analysis.

11 n D11S1765 and UGB (uteroglobin) in 11q13 by genetic linkage analysis.

12 ons is less than the 45 percent predicted by genetic-linkage analysis.

13 Two partly parallel approaches were used: genetic linkage analysis (19 large families) and the pro

14 y using an interspecific crossing design and genetic linkage analysis, a major quantitative trait loc

15 We performed genetic linkage analysis and candidate gene sequencing o

16 Genetic linkage analysis and complementation data establ

17 Using genetic linkage analysis and detailed physical mapping,

18 festing with calf weakness, we identified by genetic linkage analysis and exome sequencing a heterozy

19 Further genetic linkage analysis and full understanding of the c

20 Here we have performed genetic linkage analysis and mapped the disease locus to

21 We applied genetic linkage analysis and next-generation sequencing

22 paleoarcheology, genetic disease diagnosis, genetic linkage analysis, and genetic diversity studies.

23 In this study, deep sequencing, genetic linkage analysis, and transcriptome data were us

24 Three genetic locl have been identified by genetic linkage analysis at chromosomes 8q24.1, 11p11-13

25 vary among individuals of a species and that genetic linkage analysis can be used to identify quantit

26 Genetic linkage analysis can provide the means to identi

27 ission in the year following infection using genetic linkage analysis despite apparently increased ri

28 Genetic linkage analysis excluded known loci, and a nove

29 Genetic linkage analysis, exome sequencing, tumor studie

30 Genetic linkage analysis has identified loss-of-function

31 Genetic linkage analysis has identified regions of the g

32 Genetic linkage analysis has previously mapped the locus

33 Genetic-linkage analysis has implicated the fibrillin-2

34 The K4 locus was excluded by genetic linkage analysis; however, genetic linkage consi

35 Genetic linkage analysis identified 14 loci that were as

36 Genetic linkage analysis identified three loci with an L

37 We have performed genetic linkage analysis in 13 large multiply affected f

38 We performed a genetic linkage analysis in 14 patients from a 5-generat

39 Using genetic linkage analysis in a small number of families,

40 We performed genetic linkage analysis in consanguineous families affe

41 ed in controlling hair texture, we performed genetic linkage analysis in six families of Pakistani or

42 We carried out a genetic linkage analysis in the extended DYT4 family tha

43 Genetic linkage analysis in two large, unrelated Dutch f

44 Evidence from genetic linkage analysis indicates that a gene located a

45 rted to combine gene expression studies with genetic linkage analysis, leading to a new synergy betwe

46 Genetic linkage analysis mapped loci with lod scores of

47 Localization of complex traits by genetic linkage analysis may involve exploration of a va

48 17, 19, and X were constructed by multipoint genetic linkage analysis of 22 polymorphic markers in 40

49 By genetic linkage analysis of a large ADHED kindred, we ha

50 Genetic linkage analysis of families with multigeneratio

51 variation in gene expression, we carried out genetic linkage analysis of genomewide expression patter

52 mating in Leishmania, opening the way toward genetic linkage analysis of important traits and providi

53 Genetic linkage analysis of multicase families has recen

54 Recent genetic linkage analysis of patients with normal tension

55 ve gene, NKX2-5, has been identified through genetic linkage analysis of pedigrees with non-syndromic

56 Using genetic linkage analysis of proteoglycan-induced arthrit

57 Genetic linkage analysis of rats that were selectively b

58 We performed genetic linkage analysis of this family with microsatell

59 ine skin model of chemical carcinogenesis in genetic linkage analysis of three independent Mus muscul

60 We have performed genetic linkage analysis on a four generation British fa

61 These studies emphasize that genetic linkage analysis remains a useful tool for diffe

62 ed with those of the new kindreds (HP2), and genetic linkage analysis, screening for mutations throug

63 Genetic-linkage analysis showed conservation of the hapl

64 r describes MLIP, a multiprocessor two-point genetic linkage analysis system that supports statistica

65 , a HSL susceptibility gene), we conducted a genetic linkage analysis that included serotyping and ph

66 These results provide the groundwork for a genetic linkage analysis to identify the genes that infl

67 ial breast cancer has recently been shown by genetic linkage analysis to map to chromosome l3q12.

68 We previously mapped BWS, by genetic linkage analysis, to 11p15.5, which we and other

69 We performed a genomewide scan and genetic linkage analysis, to identify loci associated wi

70 Genetic linkage analysis used 167 short tandem repeat ma

71 To map the CPP locus we performed molecular genetic linkage analysis using microsatellite markers in

72 locate the disease-causing gene we completed genetic linkage analysis using short tandem repeat polym

73 Genetic linkage analysis was performed in a family with

74 Two-point genetic linkage analysis was performed with MLINK and mu

75 Genetic linkage analysis was performed with the ALLEGRO

76 Subsequent genetic linkage analysis was used to define a region of

77 arch and for understanding genome evolution, genetic linkage analysis was used to identify chromosome

78 Using genetic linkage analysis we have localized the HBID gene

79 Using genetic linkage analysis, we earlier identified Dice1 as

80 described by Virgil Haws in 1963, and using genetic linkage analysis, we localized the susceptibilit

81 Using genetic linkage analysis, we mapped a new locus for the

82 sults from the somatic deletion analysis and genetic linkage analysis, we were able to further narrow

83 To map this new locus we performed genetic linkage analysis with microsatellite markers in

84 Moreover, genetic linkage analysis with polymorphic short tandem r

85 e analyzed all 49 heritable phenotypes using genetic linkage analysis, with special emphasis on pheno