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1 riant frequency, predicted pathogenicity and pedigree analysis.
2 ination that are virtually unapproachable by pedigree analysis.
3 ce of the same age (5.5%), in agreement with pedigree analysis.
4 larly for traits not amenable to traditional pedigree analysis.
5 is checkpoint in budding yeast by performing pedigree analysis.
6                             As expected from pedigree analysis, a single mutant allele causes GA1 in
7 ceptibility genes arising from twin studies, pedigree analysis and studies of phenotypes associated w
8  of data for breeders, tools that facilitate pedigree analysis and visualization are scant, leaving b
9 4 controls and used deubiquitinase assays, a pedigree analysis, and a histopathological review to ass
10 trait loci (QTL) mapping, genetic diversity, pedigree analysis, and detection of heterozygosity.
11 d the results obtained by using the extended-pedigree-analysis approach proposed in this study with o
12         Furthermore, using a newly developed pedigree analysis assay, we demonstrated the epigenetic
13 xome sequencing, Sanger sequencing analysis, pedigree analysis, bioinformatic analysis of the mutatio
14                                Combined with pedigree analysis, cBROCA sequencing contributes to unde
15                                              Pedigree analysis confirmed that the haplotypes are iden
16 -N gene (encoding centromere protein N), and pedigree analysis confirms the lethality of homozygosity
17                                     However, pedigree analysis demonstrated that all three patients h
18                                          The pedigree analysis detected closely related individuals a
19                                              Pedigree analysis established that DSBs occurring in G1
20                                              Pedigree analysis established that this mutation arose d
21 ries a germline mutation can be estimated by pedigree analysis for autosomal dominant genes with inco
22 n of Coats-like exudative vitreoretinopathy, pedigree analysis, genetic testing, retinal imaging, and
23                                   In humans, pedigree analysis has documented variation at the chromo
24    The introduction of stochastic methods in pedigree analysis has enabled geneticists to tackle comp
25 id aortic valve (BAV) has been observed, and pedigree analysis has suggested recessive inheritance.
26 e, we carried out whole exome sequencing and pedigree analysis, identifying HTRA2 p.G399S as the alle
27               Meiotic crossovers detected by pedigree analysis in the mouse MHC cluster into hotspots
28                                              Pedigree analysis in the NSDTR and functional evaluation
29                                              Pedigree analysis indicated that individual loci undergo
30                                              Pedigree analysis is a longstanding and powerful approac
31 on screens, especially in instances in which pedigree analysis is difficult.
32 ogram that uses sparse inheritance trees for pedigree analysis; it performs rapid haplotyping, genoty
33                                              Pedigree analysis of British families with Leber heredit
34                                     However, pedigree analysis of cells in microcolonies demonstrated
35                                            A pedigree analysis of confirmed resistant PBLs revealed t
36            In addition, we have extended our pedigree analysis of divergence in the mtDNA coding regi
37                                              Pedigree analysis of reverted pl1 alleles reveals variab
38                                              Pedigree analysis of the intergenerational stability of
39         Analysis was performed by use of the Pedigree Analysis Package, with extensions to the bivari
40 ion analysis was carried out by means of the Pedigree Analysis Package.
41 lyses and can handle more markers than other pedigree analysis packages.
42 ion problem for genealogies as well as other pedigree analysis problems.
43 ods have been implemented as a module of the pedigree analysis program package MENDEL.
44 cted-sib-pair programs and two nonparametric pedigree-analysis programs to perform linkage analysis.
45                   Expanded ECG criteria plus pedigree analysis provided accurate clinical diagnosis o
46                               A Quantitative Pedigree Analysis (QPA) was performed in 195 of a total
47                                              Pedigree analysis revealed inheritance only through the
48               Based on 2927 individuals, our pedigree analysis revealed that longitudinal philopatry
49 ness is eponymously named "Nougaret' because pedigree analysis reveals that the disease originated in
50                                              Pedigree analysis showed that a large proportion of Lebe
51                                   Similarly, pedigree analysis showed that postmitotic repair of a br
52                                              Pedigree analysis suggested an autosomal recessive inher
53                                              Pedigree analysis suggests that flagellar number in uni3
54                  We used a multigenerational pedigree analysis to demonstrate that domestication sele
55  tests for population differentiation, and a pedigree analysis to examine the spatial distribution of
56 ctions were related to a common founder, and pedigree analysis was consistent with an autosomal reces
57                                  By applying pedigree analysis, we dissected and quantified the maint
58            Using whole-genome sequencing and pedigree analysis, we identified possible susceptibility
59 ov model, our approach allows for multipoint pedigree analysis with large numbers of SNP markers orga