Searching journal content for articles similar to Ruiz-Arenas et al. 30 (12): 1802.

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  1. ...be used to perform unbiased, -wide searches for quantitative trait loci. Population-phenotype associations in the 100-s strains In contrast to Warringer et al. (2011), we identified relatively few phenotype associations with populations (Table 1), the reasons for which are biological and technical. First...
  2. ...). Selectively swept regions in the can potentially be identified by a scan, and the low-variation interval surrounding the gene under selection narrowly circumscribed by fine-scale mapping. For example, a marker-based survey of chromosome 1 in rats from warfarin-resistant populations found a 0.5-centimorgan (c...
  3. ...and sufficiently defined. In this study, we explore how gene constraint can be used to identify variants with potential to impact phenotypes as trait-associated candidates, later determining association by investigating breed traits and characteristics of dogs carrying these alleles. Because variants are first...
  4. ...into structure and chromosome evolution through comparative genomics and recent success stories using genotype-to-phenotype mapping to clarify the basis for feline traits and species evolution. Lastly, we will explore the potential for discovering and applying genomic evidence to the management and conservation...
  5. ..., age-related phenotypes, microbiota, response to infections, and other environmental factors, as well as molecularly characterized endpoints, such as transcriptomes, proteomes, and metabolomes across many tissues. Advances in genetics, including transcriptome-wide and phenome-wide association analysis...
  6. ...parameters such as population demographic history and local rates of recombination. For each sampled locus, a statistic of interest (denoted here as Ti for the ith locus) is calculated, an empirical distribution is constructed, and outlier loci are identified in the tail of the empirical distribution...
  7. ...industry; to investigate the molecular basis of phenotypic buffering that may contribute to the success of autopolyploid crops; and to investigate the possibility that candidate genes for QTLs affecting carbohydrate metabolism in biomass crops might be identified based on discrete mutations affecting seed...
  8. ...that attempts to identify genetically distinct subpopulations based on patterns of allele frequencies ( Pritchard et al. 2000 ). Each genotyped dog is represented by a single vertical line divided into K colors, where K is the number of clusters assumed in each structure analysis. The length of the colored...
  9. ...affected only by direct genetic effects and random noise. These phenotypes, which we refer to as “polygenic phenotypes,” are modeled through the randomized selection of causal variants with effect sizes assigned based on their allele frequency and the total heritability of the trait. This approach...
  10. ..., are powering -wide association studies (GWAS), where many genetic variants (e.g., SNPs) are analyzed across different subjects to find the relationships between genetic and phenotypic traits (Mardis 2011; Wojcik et al. 2019), are used to develop new treatments and drugs (Shah and Gaedigk 2018), and to address...
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