ライフサイエンスコーパス: diplotype

1 re assigned paired TMEM154 haplotypes (i.e., diplotypes).

2 HTT allele-specific inactivation for a given diplotype.

3 es for subjects carrying the Delta19_G/i19_A diplotype.

4 ere successfully genotyped and assigned MBL2 diplotypes.

5 is revealed further differential risk of HLA diplotypes.

6 typed DNA from blood samples determined COMT diplotypes.

7 4) for ALS-G, compared to persons with other diplotypes after adjusting for SNP2.

8 Although interaction between these two diplotypes also increased risk for affective disorders,

9 a marginally significant excess of the H1/H1 diplotype among patients with Parkinson's disease (PD),

10 Diplotype analyses among nonusers of multivitamins showe

11 Individual, combination, haplotype, and diplotype analyses were done.

12 Diplotype analysis revealed a strong gene dose effect wi

13 Diplotype analysis revealed faster progression to both o

14 Diplotype analysis revealed similar results.

15 erved a robust association between the H1/H1 diplotype and PD risk (odds ratio for H1/H1 vs H1/H2 and

16 a significant (P = 0.04) interaction of COMT diplotype and time-varying stress showed that a postbase

17 The associations between MBL2 diplotypes and IPD susceptibility, serotypes, and outcom

18 There was no association between diplotypes and mortality or between diplotypes and pneum

19 between diplotypes and mortality or between diplotypes and pneumococcal serotypes.

20 embled haplotypes with respect to trio-based diplotype annotation as the ground truth.

21 lation studies of case-parents triads, whose diplotypes are simulated on the basis of draws from the

22 sis showed that ADH5 and ADH6 genotypes, and diplotypes at ADH1A, ADH1B, ADH1C and ADH7 (minimal P =

23 egion (GSTT2-22q11.23) with haplotype and/or diplotypes, but not individual SNP alleles associated wi

24 tion was limited to incident cases with COMT diplotypes coding for low-activity COMT, signifying impa

25 01-0.80) when compared with the common CC-AA diplotype (codons 486 and 1822, respectively).

26 rent CYP2A6 alleles, their numerous possible diplotype combinations and non-additive allele effects.

27 ent IPD (n = 12) for children with defective diplotypes compared with cases with a single episode (OR

28 An analysis of CRY2 diplotypes confirmed these significant findings.

29 s block and interaction between two specific diplotypes covering this block multiplicatively increase

30 Diplotype CTCAAA/CTCGTT (P = 0.005) and the interaction

31 iate analysis of the haplotype combinations (diplotypes) demonstrated that both whites (odds ratio, 0

32 We identified numerous SNPs, haplotypes, and diplotypes (diploid pairs of haplotypes) within the OCA2

33 Diplotypes for these genes explain 15% of iris color var

34 Each data set consists of haplotype pairs (diplotypes) for 20 SNPs typed at equal 50-kb intervals i

35 Two diplotype groups, carrying the haplotypes composed of th

36 rsons with the high-risk SNP6 and SNP9 AC/AC diplotype had an increased risk of 3-fold [95% confidenc

37 ts indicated that individuals with the H8-H8 diplotype had heavier body weights and faster growth rat

38 ot found in subjects with high-activity COMT diplotypes (hazard ratio = 1.42; 95% confidence limits:

39 incidence in subjects with low-activity COMT diplotypes (hazard ratio = 2.35; 95% confidence limits:

40 samples of marker haplotypes, genotypes, or diplotypes in case-control studies in which the markers

41 and variation of haplotypes and their pairs, diplotypes, in European population samples.

42 A predictive model that translates CYP2A6 diplotype into a single continuous variable was previous

43 IV in LC isolated from individuals with CCR5 diplotypes known to be associated with low, intermediate

44 In addition, a specific diplotype might inversely affect risk for AD and DD and

45 risk for meningitis than children with other diplotypes (odds ratio [OR], 0.85; 95% confidence interv

46 A novel diplotype of two polymorphic loci in the ABCG2 promoter

47 DTR analysis showed that ADH5 genotypes and diplotypes of ADH1A, ADH1B, ADH7, and ALDH2 were associa

48 bjects and alleles, genotypes, haplotypes or diplotypes of five tag SNPs were considered.

49 haplotypes fit into two main clades and that diplotypes of these clades were marginally associated wi

50 The effect of COMT genotype (diplotype) on cognition was curvilinear, which is consis

51 We found no association between NPY diplotype or diplotype-predicted expression and neurotic

52 ound no association between NPY diplotype or diplotype-predicted expression and neuroticism.

53 ims of Zhou et al. that neuropeptide Y (NPY) diplotype-predicted expression is correlated with trait

54 specific alleles, genotypes, haplotypes and diplotypes that were significantly associated with risk

55 t 2 and 16, respectively, when the number of diplotypes (the pair of haplotypes that compose the geno

56 structured association analysis, and a novel diplotype trend regression (DTR) analysis.

57 Diplotype trend regression analysis showed that ADH5 and

58 Several MMP-9 haplotype and diplotypes were associated with overall and invasive bla

59 Loss-of-function NUDT15 diplotypes were consistently associated with thiopurine

60 Children with defective diplotypes were not at higher risk for meningitis than c

61 of markers and are applicable to haplotypes, diplotypes, whole-genome association or candidate region