Searching journal content for articles similar to Wong et al. 13 (8): 1873.

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  1. ...tool, especially for rare diseases, which affect between 3.5% and 5.9% of the population (Nguengang Wakap et al. 2020) and are often caused by a single nucleotide variant (SNV) or a structural variant (SV). However, a minority of the rare disease patients receive a definite diagnosis and often must go...
  2. ...for further biomedical and population genetic use, but there is a need to consider each downstream analysis tool individually for its imputation quality thresholds and filtering requirements.Until recently, genotyping arrays were the only cost-effective approach for generating data for medical genomics...
  3. ...Corresponding author: jefetter@bu.eduAbstractMitochondrial DNA (mtDNA) variants cause a range of diseases from severe pediatric syndromes to aging-related conditions. The percentage of mtDNA copies carrying a pathogenic variant, variant allele frequency (VAF), must reach a threshold before a biochemical defect...
  4. ...aligned to a reference assembly, informative markers such as -wide single-nucleotide polymorphisms (SNPs) generated via high-throughput genomic data can contribute to the understanding of past and contemporary population demographics (Campana et al. 2016; Gautier et al. 2016; du Plessis et al. 2023; Luo...
  5. ...that -wide nucleotide diversity (π) of 100 randomly selected daily sequences over the UK pandemic mirrors the KHILL curve but distorts its amplitude. Because π provides a single statistic that averages polymorphism across a population, we deemed it the closest in spirit to KHILL. Still, the time required...
  6. ...LD decay compared with that of population 2 (Fig. 3A), suggesting its more recent origin. We next observed that the distribution of Tajima's D values in population 3 was skewed toward negative values (Fig. 3B), indicating an excess of rare polymorphisms. This skewness was less pronounced...
  7. ...statistics for a given significance threshold is a direction for future work. Future work could also improve upon the sibling mode of MR-Twin by using population-based priors to infer parental genotypes with a greater level of accuracy, thereby obtaining superior control of false positives. This approach...
  8. ...population size of 10,000 at all points. After filtering for minor allele frequency threshold of 0.05, the data set consists of 2.8 million SNPs.Simulation 2 has the following population split times: t1 = 200, t2 = 120, t3 = 80, and t4 = 40 with an assumed constant population size of 10,000 at all points...
  9. ...37 and GRCh38), at multiple different coverage thresholds (across RNA sequencing data from simulated data, population level experiments, and treated cell types) and in different biological settings, showing the potential widespread utility of the tool. Fourth, PAC is only able to correct alignment...
  10. ...Corresponding authors: tbenavi1@jhu.edu, mschatz@cs.jhu.edu, fritz.sedlazeck@bcm.eduAbstractAn increasingly important scenario in population genetics is when a large cohort has been genotyped using a low-resolution approach (e.g., microarrays, exome capture, short-read WGS), from which a few individuals...
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